CN106155345A - Interactive Call answering system and keyboard-type call answerer thereof and their application - Google Patents

Abstract

The present invention relates to a kind of Interactive Call answering system and keyboard-type call answerer thereof and their application.Described call answerer is the lower-cost autonomous device based on the keyboard technique of active computer or a part for equipment.The button of call answerer has 5 to 60, and the keycap of each button is provided with the symbol representing relevant with call answering activity, and the lower section of the keycap of each button is provided with a light emitting diode solely belonging to this button.Described Interactive Call answering system is provided with remote computer and above-mentioned call answerer, call answerer by access using one cable equipment access system, long-range display function and remote input function that in use call answerer can be had with it and carry out communication for information the most easily with remote computer.Common requirement in the regular activity relating to everybody, repercussion, attitude can be exchanged with situation and feed back by the present invention in the application in time, it is possible to the efficiency of relevant daily routines is greatly improved.

Description

Interactive Call answering system and keyboard-type call answerer thereof and their application

Technical field

The present invention relates to a kind of optic type call answerer and be provided with call replay system and their application of this optic type call answerer.

Background technology

Call answering activity is one of people's modal form carrying out communication for information each other.The modal equipment with call answering is exactly transmitter receiver and landline telephone, it addition, pager (beeper), mobile phone (mobile phone) and personal computer are also the equipment with call answering.But, when people use the said equipment to carry out call answering activity, mainly reached the purpose of call answering by sound as medium, the most also have the supplementary means using visual signal as call answering.nullUse the said equipment to carry out call answering activity and there is following technical problem，One is to carry out communication for information by sounding often other people to be produced interference，Two is that people have certain reply pattern to the activity being often engaged in，According to pager (beeper)、Mobile phone (mobile phone) or personal computer process these information，Then must tie up these equipment，Have impact on these equipment to other affairs、The especially process to complex transaction，For three are the crowd in being in a certain place，Need to carry out some with the activity of general character and carry out each other interactive time，Then need the relevant equipment of personal use to be carried out networking and forms system，Except above-mentioned personal computer can be as the client computer of LAN、Outside above-mentioned transmitter receiver inherently uses in certain intercom system，Remaining equipment then to form special system temporarily just can carry out the activity of corresponding call answering，Not only operate complex，The setting of deactivation system is also needed after activity completes，And have impact on the process to other affairs because occupying these equipment equally.

Prior art the most not finding, mainly utilize vision as medium not only has call function but also have the special call answerer of answering, this call answerer can be collectively referred to as optic type call answerer, the communication media that it is used can be using visual signal as single communication media, or using visual signal as main communication media, using other signal such as acoustical signal as supplementary AC medium.But use special optic type calling set the most universal in different occasions at present.Special optic type calling set is divided into optic type wireline call device and optic type wireless pager two kinds, and optic type wireless pager is most widely used.Dividing by product technology, optic type wireless pager can be divided into the wireless pager using frequency modulation technology and the wireless pager using amplitude modulated technique.Wherein, the optic type wireless pager using frequency modulation technology is more stable, and the optic type wireless pager price using amplitude modulated technique is the most relatively low.The field of employment of optic type calling set is more and more extensive, can apply in Internet bar, super chain, the factory building site of KTV, food and beverage sevice, bathing lodgings, bank, row noise, business, much industries such as medical treatment endowment.At present, some optic type calling sets use metal dome button (Metal Dome array) or thin film switch, as pressing keys.For clear instruction, can be also metal dome button or backlight set up by thin film switch.

But current optic type calling set button is the most less, what such as Beijing Heng Yuan flourishing age Electronics Co., Ltd. produced is available for the E3BT type wireless pager that consumer operates with, there is checkout, service and cancel 3 buttons, calling service man or the customizing messages that asks for one's bill can only be sent to corresponding receptor.After receptor receiving calling signal, according to being calling service man or asking for one's bill and sent corresponding personnel to come the scene at the calling set place sending call signal by callee.There is foregoing description to understand: for the signal of calling service, need service personal to reach the spot after linking up face to face, the real needs of the clear and definite caller of ability, then process.Although this facilitates consumer, but but because the convenience of calling is greatly improved, some consumer can call service man every now and then, not only increase the round number of times of service personal, and then add the workload of service personal, for the real caller needing service, add the time of wait because of service personal busy.Additionally, owing to this calling set can not obtain the feedback information (namely response message) of callee after sending call signal from calling set, if service personal can not come to the spot in time because being busy with one's work etc., the waiting state using the consumer of calling set to be usually in anxiety can be made.Chinese patent literature CN 201018617 Y(application numbers 200620166071) disclose one " Multifunctional wireless calling system ", this system includes at least one wireless pager, at least one main frame and at least one receptor.Described wireless calling system uses frequency modulation technology.Described wireless pager has the identity code uniquely automatically generated, and can represent Position Number by set-up function code in using.Described wireless pager has at least one button, after one of them button is triggered, produces a coding information, the identity code corresponding to calling set and key code is launched.Described receptor include in pager, voice messaging machine or service monitor system receiver arbitrarily or at least one.In main frame, each calling set may be configured as the address code of at least one in corresponding receptor, or multiple calling sets may be configured as the address code of corresponding same receptor, it is preferable that the corresponding address code of calling set at most may be configured as the address code of corresponding 3 receptors.The Identity information of decoded calling set is judged by main frame, find the address code of the receptor of this calling set identity code that should receive, and send after the digital information corresponding to this identity code is converted to pocsag code, it is sent to the receptor of the address code of correspondence.Meet the receptor of this condition to be probably one and be also likely to be multiple.After this receptor receives this information, it can be exported with word or voice mode, and remind service personal with the form of sound, light.

From the description above: after using this calling set to send call signal, still can not obtain the response message of callee from calling set.

Chinese patent literature CN 202422252 U(application number 201220070958.4) disclose one and " there is the system of wireless transmission function ".This system is used for Zero queuing, including main frame and at least one receiver.Described main frame can connect outer computer by communication interface, and the main control chip of main frame is carried out the setting of parameter and function by described outer computer.Main frame couples mutually with receiver, when the card reading module of main frame receives the induction information of IC contactless card of described receiver, it is possible to record numbering and the typing time of this receiver, produce queue number information, shown by display, and be sent to described receiver by wireless transmitter module.Main frame can also be by the numbering of input through keyboard receiver or queue number information.Main frame, according to instruction, launches return information to described receiver.Issued receiver also timing can be launched queueing message by main frame.When receiver receives described queue number, shown by its display screen；When receiver receives return information, light emitting diode carries out luminous prompting, and/or instruction shaking sensor vibrations.Receiver also includes input equipment, after input equipment input inquiry residue queue number information, shows residue queue number by the display screen of receiver.Main frame also support group is exhaled and grouies busy, under group exhales interface, can call part receptor by group number or call whole receptor.

Seen from the above description: send return information to receiver at main frame, after namely sending call signal, still can not be obtained the response message of called client by main frame.

(network address is Beijing Heng Yuan flourishing age Electronics Co., Ltd. webpage in its website: http://www.bjmmcall.cn/proview.php?Newsid=80) disclosing a kind of two-way pager being provided with 5 silica gel push-buttons in publicity, " two-way bank calling set, supporting speak out of turn cat way moving main frame and the use of two-way wrist-watch pager can realize the calling of teller and the confirmation of called people for these.First item two-way pager in the industry, confirming call, exhaled and just had response: at once to, can not come still to wait a mement ... ".(network address is the webpage introducing its enhancement mode bank outlets double-direction radio calling system and application case in this website: http://www.bjmmcall.cn/yingyongview.php?Newsid=77) mention in that " the cat enhancement mode of speaking out of turn bank outlets double-direction radio calling system is a set of to be truly realized the internal two-way interconnection of bank outlets, the bank cashier calling system of calling and the two-way combination of response.On the basis of bank's tradition application, add answering, teller can be allowed to understand the response status of called people, thus preferably process client traffic, provide more comfortable business handling for client and experience ".Calling set employed in the schematic diagram of the solution of this webpage is teller's calling set, and the use of this system operation is as follows: one be " teller after pressing the respective keys of calling set, by prompt tone and five-pointed star display lamp glittering expression access success "；Two is " after called personnel receive information, being confirmed by the option on wrist-watch machine, such as: going, do not go and go a moment later at once, confirmation feeds back to teller's calling set via main frame "；Three is " button of teller's caller operations lights corresponding color, and green expression goes at once, and blue expression goes in a moment, and red expression does not goes "；Four is " as not being people " (should be called people here) " confirming to come to process, teller then needs to call other people "；Five is " if called people cannot process business, then need wrist-watch machine is set to off-line state "；Six is " called people can be by the pending information inquiry calling message on wrist-watch machine ".This webpage it is also mentioned that: the feature of system includes: one be " really realize teller to interconnect with called people, convenient coordinate, it is to avoid allow client wait ".Two is " can teller knows calling result at any time, if having people's response, process etc. of coming in time ".Three is " called people (financing manager, supervisor and lobby manager etc.) is received call information and can be confirmed by the reply of wrist-watch machine ".Four is " wireless pager is that USB port power supply is powered, it is not necessary to change battery, simple and convenient, saves consumptive material expense ".Five is " watch style pager is built-in lithium battery, is charged by USB port, once charges, can be standby up to 5 days ".Six is " native system main frame can work independently, it is not necessary to computer, and system uses brand-new home control network communication protocol, safer, faster ".It addition, the webpage introducing teller's calling set in this website (network address is http://www.bjmmcall.cn/proview.php?Newsid=142) mentioning this calling set in is " catbank of speaking out of turn classics calling set, bank's calling set that installation amount is maximum.Uni-directional call, stable performance ".This webpage is it is also mentioned that " this kind of calling set face patch can be self-defined, can make face patch according to the call contents using bank to need, more convenient！This kind of calling set is arranged on bank cashier platform, facilitates shop assistant to look for other relevant departments, save client's waiting time, be bank's optimum selection of improving efficiency, increasing customer satisfaction degree ".

Information from disclosed in above-mentioned network address: this system is in operation, after making described two-way pager send call signal, it is possible to obtain the response message of callee from calling set.Described calling is combined in substantially with response is two-way: in use sends call signal by the button of pressing calling set to two-way wrist-watch pager, after called personnel receive information, carries out confirming and response by the option on wrist-watch machine.Thus so-called calling combination two-way with response is that the user (called person) of calling set calls to the user (called people) of wrist-watch machine, and called people carries out response to called person；And the call information that this two-way pager is sent is simply: ask called people to call place, introduction according to above-mentioned webpage, called people typically will be considered that it is that teller is handling in a certain affairs for certain client, when not handling because of reasons such as authorities, and needs oneself (called people) to process.As for specifically what affairs, called people can not learn.

Chinese patent literature CN 203909950 U(application number 201420009837) disclose " a kind of classroom communication means ".This device includes attaching plug, wireless transmitter, receptor, display panel, call button, ringing pilot lamp, panel, response button and answer lamp etc..In use, by any one student in classroom operate with wireless transmitter with the use of call button, receptor in corresponding Staff Room sends call signal, after called teacher receives information, by operation response button control corresponding ringing pilot lamp bright, go out, transmit teacher whether at the signal of office to this student.Seen from the above description: the function of this device is that any one student sends call signal at classroom operation call button to the office of corresponding teacher, and operation of teacher response button carries out response to this call signal, to represent that oneself is in office.

Along with reduction and the popularity rate of computer prices are more and more higher, a lot of services and management place, how super chain, the factory building site of such as food and beverage sevice, KTV, bathing lodging, bank, row noise, business, medical treatment endowment unit etc., be equipped with foreground computer for management and services at the management such as foreground, service personal place.These computers, in order to allow these computers more effectively work, are connected into LAN by more than one of number of computers that a lot of places are equipped with mostly.

Write by science popularization China encyclopaedia science entry and apply (the English name Local Area Network of LAN defined in job, it is called for short LAN) it is meant that: in the geographic range of a local (in a school, factory and office), within usually having an area of a few km, various computers, external equipment and database are linked up mutually the computer communication network of composition.It can pass through data communication network or exclusive data circuit, is connected with LAN, data base or the processing center in a distant place, constitutes a large range of information processing system.The functions such as LAN can realize file management, application software is shared, sharing printer, scanner are shared, schedule, Email and facsimile service in working group.It is case type on LAN stricti jurise.It can be made up of in office several up to ten thousand computers the most thousands of.LAN is by the network hardware and Network Transfer Media, and network software is formed.The network hardware therein generally includes the webserver (referred to as server), network workstation (also referred to as client computer, be called for short client computer, the most referred to as client computer), the network printer, network interconnection device (common are hub, switch, router or other wired or wireless network interconnection apparatus, network interconnection), network interface card etc..The calculating unit that simplest LAN is connected with each other by netting twine by two computers being provided with network interface card and corresponding network software and forms.

Current LAN is broadly divided into cable LAN and WLAN, science popularization China encyclopaedia science entry writing and applying the English name of WLAN defined in job is Wireless Local Area Networks, is called for short WLAN.With main difference is that of cable LAN, it is more convenient data transmission system, and it utilizes radio frequency (Radio Frequency；RF) technology, uses electromagnetic wave, replaces the LAN that old-fashioned copper twisted pairs is constituted, the LAN being aloft communicatively coupled.WLAN based on IEEE802.11 standard allows to use 2.4GHz or the 5GHz radio-frequency range in the ISM band that can authorize to carry out wireless connections in LAN environment.They are widely used, again to various service locations from family to enterprises and institutions.2014, Chinese first opened the passenger train Guangzhou of WIFI service to T809 through train of Kowloon from eastern station, Guangzhou, and mark Chinese Railway starts to provide WIFI to service.WIFI also has title Wi-Fi's, and English full name is Wireless Fidelity (Wireless Fidelity).

At present, WIFI is the technology that the terminals such as PC, handheld device (such as PAD, mobile phone) can wirelessly be interconnected by one.Wireless Fidelity is the brand of a wireless network communication technique, Wi-Fi connection held.Purpose is to improve the intercommunity between wireless product based on IEEE 802.11 standard.

WIFI module is to turn a kind of transmission conversion products of WIFI communication for serial ports or Transistor-Transistor Logic level, is a kind of application of WiFi technology, has multiple commercial vendors produce or sell this series products at present.WIFI module built-in wireless network protocol IEEE802.11 protocol stack and ICP/IP protocol stack, it is capable of user's serial ports or Transistor-Transistor Logic level data to the conversion between wireless network, interface is general MCU interface such as UART, SPI etc., is suitable for all kinds of Smart Home or Intelligent hardware list product.At present, generally can be configured WIFI module by special software or webpage pattern, the mode of operation that can set WIFI module is networking or networking, arranges the network address of WIFI module, the network name set up or be connected into and password etc..

At present, radio network technique is the most constantly developed, and various new technical schemes and standard the most constantly occur.Science popularization China encyclopaedia science entry is write and applies job to participate in the 6LoWPAN write Entry, ZIGBEE entry etc. describe the new development of recent radio network technique.Write by science popularization China encyclopaedia science entry and can be consulted by Baidupedia to the relevant entry applying job to participate in writing.

Consuming occasion at Internet bar, KTV etc., the application of LAN is relatively conventional.Foreground computer in the present invention, refers to the computer at management, service personal place, for continuing computer on duty during management, attendant works.Foreground computer is generally arranged at foreground, it is also possible to be arranged on logging desk or management, the office at service personal place.Foreground computer can work alone with separate unit, when after the computer access to LAN of foreground, then becomes foreground client computer.

In Internet bar, its computer used is based on personal desktop computer, and most or all of personal desktop computer is as client computer in equal access to LAN.Wherein, generally on foreground equipped with the client computer for cash register with other management for Service Management librarian use, this client computer is referred to as foreground client computer, is referred to as foreground computer in the present invention.All being also equipped with a client computer for online to the consumer of machine in Internet bar, these client computers are referred to as user client computer, referred to as subscriber computer in the present invention.

In the Karaoke singing-hall (hereinafter referred to as KTV) using order programme based on computer local area planar network architecture, not only Service Management personnel are used for managing equipped with foreground client computer on foreground, and all of parlor is equipped with a song-order machine, this song-order machine can be a Set Top Box, can also be a client computer, request a song for consumer.Current KTV requesting song Set Top Box, can be connected into the LAN in KTV place, and then be connected with the song-requesting service device in LAN, to realize song ordering function by netting twine.KTV requesting song Set Top Box is also provided with USB interface, carries out requesting song operation for the USB device such as external connection keyboard, mouse.The client computer being previously described for requesting song can be described as client computer of requesting a song, and is called for short requesting song computer.Song-order machine top box or requesting song computer provisioned in these parlors are all connected with in a local network effectively to work with the foreground computer servicing management personnel's outfit.

Current Internet bar and the LAN system of KTV, mainly use cable network, many employing tcp/ip communication agreements.System hardware mainly has switch, netting twine, server, client computer, router, outer net to connect equipment and various connection accessories etc..Deng Duo company of TG-NET company all can provide local area network technology solution, including providing corresponding software and related hardware.

Current Internet bar and the LAN system of KTV mostly are without disc system, and subscriber computer that in Internet bar, machine user is used or the requesting song computer that KTV parlor consumer is used are not provided with hard disk, need the server without dish in LAN to coordinate in use.And service, management personnel be equipped with foreground computer be usually provided with hard disk.

In current computer peripheral equipment, keyboard be the most frequently used be also one of topmost input equipment, English alphabet, numeral, punctuation mark etc. can be input in computer by keyboard, thus send order, input data etc. to computer.Usually the keyboard of indication is usually traditional hardware entities keyboard (also referred to as physical keyboard), and a kind of soft keyboard is not the hardware entities keyboard of usual indication, but by software simulating keyboard, hits to computer input corresponding information by mouse or Trackpad point.The one that keyboard is soft keyboard at 101touch website (network address is http://www.101touch.com/) upper entitled " 101touch " introduced.Keyboard (without the keyboard of specified otherwise in the present invention, refer to traditional hardware entities keyboard) is mainly included mechanical keyboard, silica gel thin film formula keyboard, conductive rubber formula keyboard and contactless electrostatic capacitance keyboard etc. by operation principle.When the keycap of a certain button of keyboard is pressed, deformation is produced for supporting the flexible member (the silica gel elastic body in such as silica gel thin film formula keyboard, the spring etc. in mechanical keyboard mechanical switch) of this button, thus the position of this button can move down, and then the state of the corresponding switch in the switch matrix circuit of the keyboard pressing signal generating apparatus corresponding to this button is caused to change (such as becoming closure state from off-state)；When unclamping this key cap of key set being pressed, under supporting the effect of flexible member of this key cap of key set, the position of this button can be moved upwards up to the initial position before not being pressed, and then causes the state of the corresponding switch in the keyboard switch matrix circuit of the keyboard pressing signal generating apparatus corresponding to this button to change (such as going off state from closure state).The change of above-mentioned on off state is arrived by the IC scanning of the keyboard switch matrix circuit of responsible scanning keyboard pressing signal generating apparatus, and then generates corresponding message and be sent to the computer corresponding with this keyboard.

Backlight keyboard is a kind of common keyboard the most day by day popularized, and can show the character mark on keyboard apparent, more attractively.Backlight keyboard can pass through serial communication (COM) interface, PS/2 interface or USB (universal serial bus) (USB) interface and computer wired connection, it would however also be possible to employ 2.4G is wireless wireless mode and the computer radio connections such as (being called for short 2.4G), bluetooth, WIFI.The keycap of the backlight keyboard of character Nonopaque type therein generally has spray paint laser engraving formula character transparent keycap and double-shot moulding formula character transparent keycap.The laser engraving formula character transparent keycap that sprays paint is that the preferable plastics of light transmittance are overall, its surface spraying has nontransparent paint, and on paint face, use laser burn with laser engraving machine, the part burning paint reverts to the preferable state of light transmittance, forms the light-transmission character on keycap.Double-shot moulding formula character transparent keycap, by two different colors of plastic raw materials injection mo(u)lding, represents that the part of character is the preferable plastics of light transmittance, and the other parts of keycap then use the plastics that light transmittance is poor, thus form the light-transmission character on keycap.

Above-mentioned backlight keyboard mainly has silica gel thin film formula backlight keyboard and mechanical type backlight keyboard.The back light of silica gel thin film formula backlight keyboard is light emitting diode (LED, also known as LED, LED lamp bead) and light guide plate, owing to conductive film assembly and the silica gel elastic body of silica gel thin film formula keyboard all can use the material that light transmittance is higher, therefore light source can be arranged on the lower section of these two parts, the light that light emitting diode (LED) sends is after light guide plate, formed and be positioned at the smooth area source below conductive film assembly and silica gel elastic body, the light that light guide plate propagates out, appear from each button installing hole of keyboard through conductive film assembly and silica gel elastic body, it is radiated at below the keycap of character printing opacity, transparent character portion is highlighted.The G510 type keyboard of sieve skill brand is exactly the keyboard using this technology.

And the circuit board of mechanical type backlight keyboard is nontransparent material, therefore it is not convenient to use area source, needs to arrange single light emitting diode (LED) in the lower section of each keycap, to reach preferable character luminous display effect.The keyboard that model is MGU006USB of the TT brand produced by THERMALTAKE company is exactly the keyboard using this technology.

Current light emitting diode (LED) has monochromatic LED and multi-colored led, the multi-colored led LED illuminator that many different colours are set in a LEDs electroluminescent lamp therein, the level of each multi-colored led pin of Single-chip Controlling can be passed through, control the luminance of each LED illuminator, such that it is able to be combined into manifold color-emitting and luminance.The common cathode full-color RGB paster LED lamp that Taiwan Yiguang Electronic Industry Co., Ltd. provides is exactly the product using this technology.Redness, green, blue three LED illuminator it are provided with in this LED, have 4 pins, wherein one is the negative electrode (namely outfan) that three luminous bodys share, and other three is three the respective anode of LED illuminator (namely input) red, green, blue respectively.

Current backlight keyboard, in order to reach more attractive effect, can arrange the color of keyboard back light by the interface of the function key on keyboard or the keyboard driver software in computer and luminous light and shade changes.The model of the HOLTEK brand that Taiwan Shengqun Semiconductor Co., Ltd produces is single-chip microcomputer (the English also referred to as MCU that can be used for Keyboard Control of HT68FB560, the present invention is also referred to as main control microprocessor) there is multiple general purpose I/O(GPIO) port, these ports can be with flexible configuration, control by its built-in control software, these ports can be set as according to certain communication protocol (such as SPI, UART etc.) with other integrated circuit (such as 2.4G wireless module, bluetooth radio module, WIFI wireless module, ZIGBEE wireless module and LED light emitting control integrated circuit etc.) port that communicates.The article of " the SPI serial communication intended based on single-chip processor i/o mouth die realizes " of the Wang Ping of China Shipbuilding Industry Corporation the 710th institute that " CYBERSPACE " was delivered on the 14th phase in 2013, and the Zhao Xuejun of Guilin Electronic Science and Technology Univ. " Design of software UART based on general I/O pins of MCU " that be published in " microcomputer information " 2007 volume 23 describe the technology of this respect.These general purpose I/O port can also be set as the port of the switch matrix circuit for scanning keyboard, and HT68FB560 can process the pressing signal scanning of up to more than hundred keyboards.Model is the integrated circuit that can be used for keyboard LED light emitting control of HT68F40, can send, according to HT68FB560 chip, the instruction of coming, by its TCP LED matrix, be controlled the luminance of more than hundred LED by drive circuit.A kind of mode of the control instruction relevant with keyboard LED matrix luminescence that computer generates is, this instruction can include keyboard LED matrix luminance tables of data, different field in this tables of data, represents the luminance of certain LED illuminator corresponding in corresponding LED matrix.Keyboard main control MCU is according to the data in these fields, generate command adapted thereto and be sent to LED light emitting control integrated circuit, and then the luminance of each LED illuminator in control LED matrix, make the luminance of each LED illuminator in LED matrix, the control instruction relevant with keyboard LED matrix luminescence that according calculation machine generates.

Write by science popularization China encyclopaedia science entry and be meant that with applying MCU defined in job: micro-control unit (Microcontroller Unit；MCU), also known as one chip microcomputer (Single Chip Microcomputer) or single-chip microcomputer, it is central processing unit (Central Process Unit；CPU) frequency and specification do suitably reduction, and by the perimeter interface such as internal memory (memory), enumerator (Timer), USB, A/D conversion, UART, PLC, DMA, even LCD drive circuit is all incorporated on one chip, form the computer of chip-scale, do various combination control for different application scenarios.

Science popularization China encyclopaedia science entry is write and applies job to define single-chip microcomputer further to be meant that: single-chip microcomputer (Microcontrollers) is a kind of IC chip, it is to use very large scale integration technology the central processor CPU with data-handling capacity, random access memory ram, read only memory ROM, multiple I/O mouth and interruption system, the functions such as timer/counter (may also include display driver circuit, pulse-width modulation circuit, analog multiplexer, the circuit such as A/D converter) it is integrated on one piece of silicon chip the little and perfect microcomputer system constituted, extensively apply at industrial control field.

At present, single-chip microcomputer is provided with the most therein can data are not lost after the most erasable and power down electrically-erasable memorizer, electrically-erasable memorizer within single-chip microcomputer can be the built-in flash storage of single-chip microcomputer (English name is Flash Memory), and above-mentioned memorizer can be used for storing built-in control software or the related data of single-chip microcomputer.Above-mentioned storage content can just write this single-chip microcomputer before the equipment of this single-chip microcomputer built-in assembles.When needing to store more data, it is also possible to arrange with single-chip microcomputer with the use of specific store integrated circuit.

At present, multiple USB interface device can pass through one or more usb hubs (USB HUB), and such as the model of Guangzhou Di Te Electronic Science and Technology Co., Ltd. product is DTECH The usb hub of DT-3000, connects on one computer.According to USB standard, computer can connect the USB device of not more than 127.If USB HUB is only from mainboard USB port power taking, too much USB device, long USB line etc. are all likely to result in USB device electricity shortage, therefore according to actually used situation, can be USB HUB is equipped with external power supply.Above-mentioned DT-3000 usb hub is equipped with external power supply, and its usb expansion interface is more than 10.

At present, multiple USB interface device, one or more wired USB device servers can be passed through, such as Xi Laikai thinks the wired USB device server that model is SX-3000GB that technology company produces, and is connected into LAN in a wired fashion；Can also be by one or more wireless USB apparatus servers, such as Xi Laikai thinks the wireless USB apparatus server that model is SX-DS-3000WN of technology company's production and is wirelessly connected into LAN.

Internet bar is as a kind of entertainment place, and consumer's time of staying is longer, and it often also has the consumption demand of food and drink class during Internet bar uses subscriber computer.When the consumption of consumer's food and drink to be carried out class, generally there are two kinds of modes of ordering.First kind of way is: link up face to face with service personal, informs consumption demand, then is processed this demand by service personal.The second way is: consumer proposes service request by the related software being arranged in its subscriber computer used to foreground computer, then is processed this demand by the service personal on foreground.

And the main purpose that consumer surfs the Net in Internet bar logs in game server often by subscriber computer online and plays online game, and the feature of online game is: this consumer and other players logging in game server are real-time interactives simultaneously, above-mentioned the second mode of ordering needs user temporarily to interrupt game operation, run relevant program of ordering to file an application to foreground computer, make troubles to the game operation of consumer.The one of the first mode of ordering above-mentioned is specifically: consumer leaves seat and finds service personal to propose food and drink class demand face to face, needs also exist for temporarily interrupting game operation.Another kind is specifically: use calling set or direct calling service personal to come at consumer's place subscriber computer, the demand of food and drink class is proposed face to face, foreground is gone to be that consumer fetches required food product by service personal again, need service personal to increase once to come and go, improve the labor intensity of Internet cafe service personnel.

Such as, Chinese patent literature CN 201600751 U(application number 200920261633) disclosed in " internet bar beeper " be a kind of calling set based on Internet bar's LAN, but this calling set can only transmit simple call information, need for Internet cafe service personnel in the case of Hen Duo and come at the consumer sending call signal, after linking up face to face, the real needs of the clear and definite consumer of ability, then process.For another example, Chinese patent literature CN 201364546 Y(application numbers 200820213587) disclosed in " keyboard of webmaster can be directly called " and CN 101895567 A(application number 201010198293) disclosed in " Internet bar's calling system, internet bar call method, Internet bar's keyboard special " be all by set up in conventional keyboard calling webmaster dedicated button by the way of, increase consumer calling webmaster convenience.But, still can not transmit accurate demand, Internet cafe service personnel are needed to come at consumer's place subscriber computer, the demand of food and drink class is proposed face to face, foreground is gone to be that consumer fetches required food product by service personal again, not only Internet cafe service personnel labor intensity is higher, and consumer is also required to temporarily interrupt game operation and Internet cafe service personnel do necessary communication, brings inconvenience to consumer.

At present, the service location such as Internet bar, can be by the way of providing questionnaire, consumer is carried out satisfaction investigation, but this investigation needs to take specially a period of time of consumer and service personal, and this investigation method participation number is limited, it is impossible to reflect actual business circumstance all sidedly.

At present, have on the market and a kind of use food product title Direct Mark machine for ordering dishes on button, this machine for ordering dishes mostly is front office cashier's equipment, typically all it is integrated with cash register, change making function, used by seller, the purpose of its use food product title Direct Mark button is that food product is commonly used in input that can be easy, with quick cash register, thus reduces labor intensity.Its button is transparent material, can built-in printing or the hand-written paper card having food product title or plastic cards so that this button represents specific food product.When food product title needs change, take out original paper card or plastic cards, put into printing or the hand-written paper card having new food product title or plastic cards.Due to be food product seller use, thus its button arrange need not multimode display function.This machine for ordering dishes shows food product information generally by the integrated display device towards the person of ordering to buyer.

At present, professional food and drink class service location on the market can also use the touch Self-service order system with liquid crystal indicator, its occupation mode is that the LCDs being touched, with hands, end of ordering by user orders food, this terminal of ordering transmits, to service end, signal of ordering, then is processed this demand by the service personal of service end.The terminal but this lcd touch formula is ordered, relatively costly, and be easily damaged, so being fixed on the district that orders, or being delivered to the person's of ordering use face to face by service personal more, using rear service personal i.e. to take meal ordering device away.Such as, Chinese patent literature CN 103745421 A(application numbers 201410030884) disclosed in " a kind of network meal-ordering system " be exactly to use panel computer as the above-mentioned this meal ordering system of terminal.

Above-mentioned Self-service order system is not appropriate for using in Internet bar.One is that Internet bar is different from other specialty food and beverage sevice place, the Mei Zhuo consumer one-man of Internet bar, and the amount of seats of same 100 people, and the seat arrangements of specialty food and beverage enterprise, if average 5 people one, only needs 20 terminals of ordering.For Internet bar, the seat of 100 people then needs 100 station terminals, and purchase cost is high far beyond specialty food and beverage enterprise.Two is that consumer carries out the spending amount of food and drink class and is far smaller than the spending amount in specialty food and beverage sevice class place in Internet bar, if Internet bar directly uses such system, then its input-output ratio is relatively low.Three is that the food and drink class range of goods provided due to Internet bar is less, it mostly is again packaged food, or the packaged food that subpackage is sold again, therefore order the massive store of terminal and image conversion display output function without intellectuality, use the touch Self-help ordering terminal with liquid crystal indicator to there is the biggest waist performance.Four is owing to Internet bar's desktop is less than the space of restaurant table, and the equipment of also existing falls, tramples, the application risk such as beverage is stained, the smoking scald privately that violates the rules, and is unsuitable for using terminal unit of ordering more accurate, flimsy.Five is to use panel computer Terminal Type, if infrequently charged, battery can quickly deplete, ineffective.And rechargeable battery all has service life, the power consumption of panel computer Terminal Type is relatively large, if every day is continuously display in the business hours, all needs every day repeatedly to charge, can consume the service life of rechargeable battery quickly so that use cost is higher.

Chinese patent literature CN 203849764 U(application number 201420223143) disclose " a kind of button dining table wireless terminal ".After consumer inputs the numbering of the order formed after ordering food on the keyboard of this terminal unit, then the O/No. inputted is sent to wireless base station by the ZIGBEE wireless communication module in this terminal unit.Signal about order is sent to service side place computer by base station again, shows the table number at the consumer place of this O/No. of ordering on the display device, in order to service personal's food delivery.But this equipment is only capable of sending simple food delivery positional information to service side, it is impossible to transmit concrete content of ordering, it is only applicable to the work of the food delivery after having ordered.

At present, KTV is as a kind of entertainment place, and consumer's time of staying is longer, often also has the consumption demand of food and drink class during KTV sings.At present at KTV, when the consumption of consumer's food and drink to be carried out class, it is typically calling service personal to link up face to face to KTV parlor, inform consumption demand, this demand is processed again by service personal, this is also required to service personal and again comes and goes, and improves the labor intensity of KTV service personal, too increases the waiting time of consumer.Meanwhile, because usual song is very big in KTV parlor, and service personal links up inconvenience, and consumer goes out parlor and links up with service personal or oneself go point of sale to buy, and adds the most again the inconvenience of consumer.

Chinese patent literature CN 102739618 A(application number 201110093277) disclosed in " interactive mobile information exchange display system " be a kind of existing display device used in KTV, especially touch sensitive liquid crystal display equipment is ordered the mode of terminal to increase the convenience that consumer orders as interactive mode.But this mode can take existing display device, consumer needs to interrupt singing activity and orders food, and brings inconvenience to consumer.Chinese patent literature CN 101795285 A(application numbers 200910238832) disclose " a kind of network TV electronic meal ordering system, service end of ordering and network TV terminal ".This technology is that the television terminal possessing network access facility using place, consumer place (such as food and drink class place) orders food, but this mode also can take existing display device, consumer needs to interrupt viewing TV programme and orders food, and brings inconvenience to consumer.It is similar to, the technology of all employing places integrated call function of existing device especially Interactive Call function, all there is the situation taking existing display device, thus affect the use of Core Feature.It is of particular importance that this kind of mode cannot show sales promotion information constantly for a long time to consumer, because taking existing display device for a long time to show that sales promotion category information is that consumer is unacceptable to consumer.

Chinese patent literature CN 101060614 B(application number 200710074196) disclosed in " multimedia service device and realize the system of multimedia service, method " be a kind of near consumer, to set up multimedia play equipment, show and the technology of Self-help ordering for food product.But, set up multimedia play equipment the most relatively costly, although the image of the most this big intensity or audio presentation mode are applicable to restaurant etc. with the place that food and drink is core consumption purpose, be not suitable for place that food and drink is secondary consumption purpose.Such as in Internet bar, the image of multimedia or sound can disturb consumer's online or play computer game；Consumer then can be disturbed to sing at KTV；The place being major consumers purpose with talk in coffee shop, teahouse etc. then can disturb consumer to talk.

At present, nursing house etc. nurses place, also how to be provided with calling set in by the room of object of nursing, in order to calling nursing staff, the medical care handle calling set of the cat brand of speaking out of turn that such as Beijing Heng Yuan flourishing age Electronics Co., Ltd. produces.So at nursing house, owing to a lot of old man's audition and linguistic competence decline, or avoid the rest using phone to bother same other old man of room, when needs nursing staff provides service, can be by using the calling service of this type of medical care formula calling set.But this type of calling set also can only transmit single call information, generally require nursing staff and come the room of calling, go and find out what's going on face to face, then make further process, which increase the round number of times of nursing staff, and then add the workload of nursing staff and the waiting time of old man.

For railroad train, owing to crew member's number is limited, working the busiest, the commodity and the food product supply that provide for passenger are frequently not lasting, but provide commodity and food product for passenger by the way of flowing go-cart or by the way of arranging dining car or point of sale.The problem that the mode of flowing go-cart exists: one is finite capacity, contained commodity or food product limited amount, and go-cart of can only by the time flowing after selling off returns to deposit the place of goods and could supplement.Two is to there is a need to buy the passenger of underlying commodity or food product go-cart of must by the time flowing through out-of-date, just can carry out selecting to buy.Three is to be difficult to provide need the most edible food existing processed or beverage.Chinese patent literature CN 104217301 A(application numbers 201410483047) disclose one " railway make a reservation trade managing system ", hand-held therein terminal of ordering makes crew member can clearly record the sales situation of commodity or food product, for com-parison and analysis, but this terminating machine is carried by crew member, the effect of record can only be played, passenger cannot be allowed to use this terminal to propose to buy commodity or the demand of food product to service end, thus the convenience demand that passenger buys at any time cannot be solved.

At present, in the lodging place such as hotel, restaurant, passenger except stay demand in addition to, the most also food and drink or the demand of commodity purchasing.Therefore, a lot of lodging places placed the commodity that portion requirements is more in guest room.Meanwhile, be also normally provided with in guest room can in front of the telephone set of platform no-charge call.Passenger can propose food delivery by the way of making a phone call or give the demand of some commodity to foreground.But the type of merchandize of placement can not be a lot of in being because guest room, and the commodity that each room is placed are typically equally, in order to service personal manages.And the demand of passenger is had nothing in common with each other, the commodity that therefore in guest room, placement part demand is more, the individual demand of passenger can not be met well.Meanwhile, this method of supplying limits shelf-life shorter food product or the offer of commodity, such as bread, cake etc..After the food product such as bread, cake is made, the same day, consumption was the most suitable.If such food product is placed in each guest room, and passenger's same day in some room such food product of non-selected consumption, then such food product quality can be caused to extend in time and decline, the even more than shelf-life causes waste.But if the food product such as bread, cake is not placed in room, a lot of passengers needing such food product are accomplished by leaving lodging place, go out voluntarily to buy.Not only cause the inconvenience of passenger, decrease the benefit in lodging place.It addition, this method of supplying also limit the supply of medium-to-high grade cigarette alcoholic commercial articles.On medium-to-high grade tobacco and wine market, fake products is more, and a lot of fake products is from being difficult to differentiation in appearance.If placed medium-to-high grade tobacco and wine in guest room, and when some passenger changes, with fake products, such commodity that lodging place provides, service man only is difficult to identify with outward appearance.Not only cause damage, also can cause dispute when the follow-up passenger moving in this guest room consumes such commodity.Therefore, when passenger needs medium-to-high grade cigarette alcoholic commercial articles, generally require and leave lodging place, go out voluntarily to buy.Not only cause the inconvenience of passenger, decrease the benefit in lodging place.When having above-mentioned inconvenience prepositioned commodity in guest room on foreground, passenger is accomplished by by using the phone in guest room, makes a phone call notification requirements to the service personal on foreground, more corresponding food product or commodity are delivered to by foreground service personal the guest room at passenger place.But foreground phone needs to tackle the phone in all guest rooms, what outside line to be answered was squeezed into book rooms phone etc., if running into the situation that the line is busy, it is necessary to passenger dials foreground phone repeatedly.Meanwhile, if foreground personnel are away from keyboard, also can miss the phone that passenger dials, make troubles to passenger.And, when the food product that foreground supply quality guarantee period such as bread, cake is the shortest, stock can not be too much, in order to avoid causing waste.Being over if all sold, also not having suitable mode to inform the passenger in each guest room.Passenger, in the case of unwitting, may dial foreground phone call blindly and provide such food product.Not only bringing inconvenience to passenger, the most invalid calling phone also can be answered in foreground, adds foreground management, the labor intensity of service personal.

At present, in bathing, foot bath, therapeutic massage class place, usual consumer can in parlor rest a period of time.When rest, consumer not only has the demand of food and drink class consumption, the most also can select some oneself required health care projects, be beneficial to the healthy of oneself.Such as cupping, scrape therapy, pedicure etc..Due to each place, to be skillful in technician's number of certain naturopathy limited, and at rush periods, consumer generally to wait in line.Especially prominent in big-and-middle-sized bathing, foot bath, this phenomenon in therapeutic massage class place.In order to timely respond to the consumption application of consumer, and linking up wait situation in time, this kind of place generally requires and is equipped with more service personal near rest parlor, causes bigger human cost to pay.

For for the social group handling official business in same region or working (such as party and government group office, the more enterprises and institutions of number or other social groups and tissue), leaders and its subordinate do not handle official business in same office or same place.Due to not at same office or same work site, and clock in and out system can only manage employee to the lay-off time, cannot the duty of full time of real time record employee, so the working time that leader cannot intactly understand each employee be completely used for work or often leave the post to waste the working time.And process the leader of work for often going out for, more it is intended to know the duty of employee.For subordinate, owing to not at same office or same work site, the duty of its leader also cannot be understood at any time, it is impossible to arrange work rightly the report time.And use liaison mode with leader makes an appointment telephone expenses to be paid and to take the working time, sometimes more than time reservation, also have plenty of and worry that oneself making a phone call to contact leader can affect the work of leader.Prior art has a kind of office automation software, can real time record reflect leader and the respective duty of employee during operation.When duty changes or check when whether leader's time is idle, being both needed to switch software interface and operate, the operating time of accumulation is the most more.If leader is not when unit, arranging if any a certain job demand, generally require the instantaneous operating conditions first understanding current each subordinate, ratio is such as whether in unit, if having emergency management processing, if is participating in meeting etc., is arranging the most further.If making a phone call one by one to confirm, or going inquiry by assistant, take a lot of time and telephone expenses.

Write by science popularization China encyclopaedia science entry and apply computer user interface defined in job (English for User Interface, also has referred to as software interface or user window, referred to as interface or window) refer to the global design of the man-machine interaction to software, operation logic, beautiful interface.User interface is to interact between system and user and the medium of information exchange, and it realizes the inner form of information and the mankind can be with the conversion accepting between form.User interface is to design the mutual related software linked up each other between user and hardware, purpose allow users to go to rate to operate hardware easily and effectively two-way mutual to reach, complete the desired work completed by hardware, user interface definition is extensive, contains man-machine interaction and graphical user interface.

At present, a lot of schools with good conditionsi, it is provided with campus area network's (abbreviation campus network).Client computer in its LAN is broadly divided into two classes: a class is provided in client computer (the hereinafter referred to as teacher's client computer handled official business by faculty and staff of office, referred to as teacher's computers), the another kind of client computer (the hereinafter referred to as classroom client computer, referred to as classroom computer that use for teachers' instruction being provided in each classroom.This computer can be fixedly mounted at the computer in certain classroom, it is also possible to is the teacher mobile model computer that takes that classroom carries out giving lessons to).Current classroom computer is the most only furnished with a set of teacher's input equipment, and student is not equipped with respective input equipment, and therefore each student cannot advantageously use classroom computer.Teacher at school time can often put question to, or arrange student do example, exercise, the most often ask whether classmates' this class today is understood lower class hour.But due to the teaching of teacher dozens of a to be responsible for student, the class period is the most limited, teacher have no time to check and record each problem of each classmate do topic situation.Teacher often often can only make a speech with feeling to remember which classmate, the topic situation of doing of each problem and the situation of listening to the teacher of class classmates, it is difficult to each classmate of accurately quantitative analysis make a speech the grasp situation of situation, the accuracy of each problem and class classmates, and these situations have important effect to the teaching that teacher's guidance oneself is follow-up.Simultaneously, in the teaching of a day teacher to be used for time of students in Answering Teachers ' Designing Questions the most limited, when often classmate wants to look for certain teacher to answer questions, do not know that again this teacher is now with having no time or whether having had a lot of classmate looking for this teacher to answer questions, the situation that student makes a fruitless trip, the learning time that waste is valuable often occur.

Chinese patent literature CN 203397543 U(application number 201320521563) disclose one " Portable wireless teaching terminal ".This instructional terminal includes built-in MCU, ZIGBEE wireless communication module, liquid crystal indicator and keyboard.The level of intelligent teaching can be improved in this instructional terminal.For example, it is possible to realize the functions such as electronics roll-call, multiple-choice question electric answer.But, still cannot be by this instructional terminal record student to each problem (being especially non-True-False, multiple-choice question topic type) or the grasp situation of whole course.Meanwhile, the keyboard of this instructional terminal is tradition input keyboard, totally 21 buttons (including the partial function key such as numeral keys and letter key and switching on and shutting down, plus-minus, page turning, deletion).The document is not expressly recited the key arrangement of keyboard, infers it is letter, digital complex button by the content in its description.This button uses more inconvenience when input, and this equipment must could effectively work by fluid,matching crystal display screen.It is furnished with liquid crystal display screen, the most more power consumption, is also easily damaged during student uses simultaneously, such as, falls down desk and break.Further, this instructional terminal can not provide long-distance interactive call function between Faculty and Students, it is impossible to be used for callwork of answering questions.

At present, before consumer goes movie theatre to watch certain film, by the way of viewing movie trailer or film poster, mainly estimate the quality of film, or by consulting recommendation article or the recommendation score of some these films, and then determine whether booking is watched for oneself.Owing to content is maintained secrecy before showing by film, the real evaluation more comprehensively of a film often the most gradually to be reflected after this movie show a period of time.And the working days of showing of a film generally only have several time-of-weeks, cause showing initial stage consumer when buying film ticket more blindly, or can miss some films perfect in workmanship show the working days.

Wireless ballot at present, scoring system, be mainly used in television station's live vote, marking, or conference voting, poll etc..This ballot, the terminal unit of scoring system are a kind of can to carry out the equipment of radio communication with main frame.By numeral keys, letter key or function key on pressing terminal unit, do not drill the ballots such as person, person participating in the election and proposal or marking unexpectedly to current, and result is wirelessly sent to main frame.But, this equipment usual a certain moment is only an item ballot or marking, and ballot or the marking of each item to be carried out successively.Wanting all or most of people to vote or after marking with regard to a certain item, then start ballot or the marking of next item, holding time is more.The most this equipment uses inconvenience in the environment of dark.Chinese patent literature CN 103854350 A(application numbers 201410038618) disclose one " control method of television program record live vote based on radio communication and system ".Described wireless ballot system, by liquid crystal display screen display ballot contents of object, then is gone to check different contents by operation both direction key, and is voted by operation acknowledgement key.Although this equipment is used as when dark, but this equipment is only capable of going on ballot object easily, row selects, and gives a mark to ballot object by shaking the time length of this equipment or frequency, not only uses inconvenience but also the most accurate.

Summary of the invention

The first object of the present invention is to provide that a kind of simple in construction, cost are relatively low, have remotely display and remote input function and can carry out the keyboard-type call answerer of communication for information easily when using.The second object of the present invention is to provide a kind of Interactive Call answering system with above-mentioned keyboard-type call answerer.The third object of the present invention is application and the application of above-mentioned Interactive Call answering system of above-mentioned keyboard-type call answerer.

The total technology design realizing the keyboard-type call answerer described in an object of the present disclosure is: use the keyboard technique of active computer, the number of keys of the button set of described keyboard is reduced to 5 to 60, the keycap of each button is provided with and represents the symbol relevant with call answering activity, including being used for representing the mesh aiming symbol information of the state of this target (the described symbol can also include representing)；The target display being provided with all buttons composition button set representing mesh aiming symbol selects key group.Described keyboard-type call answerer also sets up dot matrix LEDs circuit, target display selects the lower section of the keycap of each button of key group to be provided with the light emitting diode of an above-mentioned dot matrix LEDs circuit solely belonging to this button, so that described keyboard-type call answerer in use becomes a kind of part with long-range display function and the hardware device of remote input function or this hardware device can received and sent messages each other with remote computer.

First technical scheme of the basic technical scheme namely call answerer that realize an object of the present disclosure is: described keyboard-type call answerer is an independent hardware device, an or part of the keyboard of personal computer, an or part of the keyboard of other computer；Described keyboard-type call answerer mainly includes upper cover, lower cover, button set, pressing signal generating apparatus and circuit arrangement；Circuit arrangement mainly includes that circuit board, external signal transmitting and receiving parts, dot matrix LEDs circuit and keyboard control integrated circuit；Upper cover and lower cover are fixed together and constitute shell, and lower cover, circuit board, upper cover and button set set gradually according to order from bottom to up；Button set has 5 to 60 buttons, and each button is arranged at covering；Pressing signal generating apparatus, circuit board, dot matrix LEDs circuit and integrated circuit are respectively positioned in shell；The lower end part of each button contacts or corresponding to the corresponding pressing signal signal generating unit being positioned at lower section of pressing signal generating apparatus；Dot matrix LEDs main circuit light emitting diode to be included；Dot matrix LEDs circuit and keyboard are arranged on circuit boards with controlling integrated circuit；The pressing signal input part that the pressing signal output part of pressing signal generating apparatus controls integrated circuit with keyboard electrically connects；Keyboard controls the COM1 of integrated circuit and electrically connects with the COM1 of external signal transmitting and receiving parts；Controlling whether integrated circuit has driving function according to keyboard, keyboard electrically connects with the input of dot matrix LEDs circuit or control end with the corresponding port of outfan controlling integrated circuit；The keycap of each button is provided with and represents the symbol relevant with call answering activity, including being used for representing the mesh aiming symbol information of the state of this target (the described symbol can also include representing)；The target display being provided with all buttons composition button set representing mesh aiming symbol selects key group；Target display selects the lower section of the keycap of each button of key group to be provided with a light emitting diode solely belonging to this button；Described keyboard-type call answerer in use has remote input function and remotely shows function.

The remote input of described keyboard-type call answerer, refers to that the object of its remote input is remote computer；Described long-range display, refers to that the equipment that sends of its remotely initial control signal of display carried out is remote computer；The remotely display of described keyboard-type call answerer includes the most actively display, or includes that the most actively display and long-range response show, described the most actively display includes that dbjective state shows (can also include that remote call-in shows or remotely arranges display).Described remote input includes that Remote Selection inputs (can also include that long-range response inputs), the input of described Remote Selection includes that remote call-in inputs, or input including remote visiting system, or include remote call-in input and remote visiting system input (remote call-in input and remote visiting system input are and the most actively select input).The signal of described remote visiting system input also can be considered a kind of call signal that need not response.With step 2. 1. the work process of keyboard-type call answerer have the steps, or have the steps 1., step 2. with step 3..

1. described step is that dbjective state shows: target display selects the light emitting diode belonging to each button of key group under the control of remote computer, represent the state of a target corresponding with this button with corresponding luminance, described state includes to carry out remote call-in or can carrying out the state of remote visiting system.

2. described step is Remote Selection input: selectively pressing step 1. in expression be in and can carry out remote call-in, or it is in the button of the target of the state that can carry out remote visiting system, or 2 to 5 buttons of pressing and being in including the most at least 1 expression of pressing can carry out remote call-in or be in the button of target of the state that can carry out remote visiting system in a joint manner, and to remote computer, the relevant requirement to respective objects or request (namely remote call-in input) are proposed, or submit the relevant option (namely remote visiting system input) to respective objects to remote computer.

3. described step is that long-range response shows: under the control of remote computer so that described light emitting diode represents the corresponding response that the relevant requirement 2. proposed step or request are carried out with corresponding luminance.

Further, above-mentioned steps 2. described in propose the relevant requirement of respective objects or request (namely remote call-in input), be can with step 1. in the state of this target show corresponding.Specifically, when the state of this target has the multiple state that can carry out remote call-in, such as this target has regular supply, give a discount supply or purchase by group the multiple states that can carry out buying such as supply, step 2. described in propose be multiple can to carry out the state of remote call-in one to one with described to the relevant requirement of respective objects or request (namely remote call-in input).Such as, when the state of the target that this button indicates is shown as regular supply, it is that this target normally bought requirement (namely send for this target normally buy call signal) by press that this button proposes；The state of the target indicated when this button is shown as giving a discount for seasonable, is that (namely send discounting for this target buy call signal) is bought and require in the discounting to this target by press that this button proposes；The state of the target indicated when this button is shown as purchasing by group for seasonable, is this target to purchase by group purchase require (namely send for this target purchase by group purchase call signal) by press that this button proposes.As shown in the above description: different Yu traditional calling set, its certain call button can only send the call signal of single implication, the remote call-in that certain target display of the call answerer of the present invention selects the button of key group to send can have multiple implication, the state of the implication of described various remote call-in and the target shown by this button can be with one_to_one corresponding, and the state of the target shown by this button can be controlled by remote computer, namely the button of the target display selection key group of the call answerer of the present invention is the button that in use can carry out controlled calling, further, the call answerer of the technical program is the call answerer that in use can carry out controlled calling.

In above-mentioned basic technical scheme, it is that keyboard control integrated circuit is main control microprocessor that keyboard controls the first situation of integrated circuit, and this main control microprocessor also has the function of driven for emitting lights diode；The corresponding port of the outfan of main control microprocessor electrically connects with the input of dot matrix LEDs circuit.It is that keyboard control integrated circuit is main control microprocessor that keyboard controls the second situation of integrated circuit, and this main control microprocessor does not have the function of driven for emitting lights diode；The corresponding port of the outfan of main control microprocessor electrically connects with the control end of dot matrix LEDs circuit.Keyboard controls the third situation of integrated circuit, and keyboard controls integrated circuit and is made up of main control microprocessor and light emitting control integrated circuit；Main control microprocessor is provided with the first COM1 and the second COM1；Light emitting control integrated circuit has driving function；First COM1 of main control microprocessor electrically connects with the COM1 of external signal transmitting and receiving parts as the COM1 of keyboard main control integrated circuit；Second COM1 of main control microprocessor electrically connects with the COM1 of light emitting control integrated circuit；The corresponding port of the outfan of light emitting control integrated circuit electrically connects with the input of dot matrix LEDs circuit.Keyboard controls the 4th kind of situation of integrated circuit, and keyboard controls integrated circuit and is made up of main control microprocessor and light emitting control integrated circuit；Main control microprocessor is provided with the first COM1 and the second COM1；Light emitting control integrated circuit does not have driving function；First COM1 of main control microprocessor electrically connects with the COM1 of external signal transmitting and receiving parts as the COM1 of keyboard main control integrated circuit；Second COM1 of main control microprocessor electrically connects with the COM1 of light emitting control integrated circuit；The corresponding port of the outfan of light emitting control integrated circuit electrically connects with the control end of dot matrix LEDs circuit.

In above-mentioned basic technical scheme, circuit board is one piece of overall circuit board, or the circuit board set being made up of the polylith circuit board being electrically connected to each other.In above-mentioned basic technical scheme, above cover and be provided with button installing hole.In above-mentioned basic technical scheme, a part for inside that the external signal transmitting and receiving parts of circuit arrangement are arranged on shell or the outside or external signal transmitting and receiving parts that are arranged on shell is arranged on the inside of shell.

The second technical scheme namely the second technical scheme of call answerer based on above-mentioned basic technical scheme be: the most actively display of described keyboard-type call answerer, selecting the luminance in use of the light emitting diode at each button of key group including being positioned at target display, the remote computer that can be received by external signal transmitting and receiving parts initiates the control signal sent and is controlled with active form.

The long-range response of described keyboard-type call answerer shows, shows that the remote computer that the luminance in use of the light emitting diode at each button of selection key group can be received by external signal transmitting and receiving parts initiates, with response form, the control signal sent and is controlled including being positioned at target.

The Remote Selection input of described keyboard-type call answerer, selecting a certain button in key group including pressing target display the most selectively or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

The 3rd technical scheme namely the 3rd technical scheme of call answerer based on above-mentioned basic technical scheme be: the button set of described keyboard-type call answerer preferably has 10 to 55 buttons；The symbol that expression set on the keycap of button is relevant with call answering activity, also includes for representing the symbol that the call answering activity to a certain form confirms；It is provided with the expression function key group to each button composition button set of the symbol that the call answering activity of a certain form confirms.The button of function key group has 1 to multiple, preferably 1 to 5.

The 4th technical scheme namely the 4th technical scheme of call answerer based on above-mentioned 3rd technical scheme be: the most actively display of described keyboard-type call answerer, selecting the luminance in use of the light emitting diode at each button of key group including being positioned at target display, the remote computer that can be received by external signal transmitting and receiving parts initiates the control signal sent and is controlled with active form.

The long-range response of described keyboard-type call answerer shows, shows that the remote computer that the luminance in use of the light emitting diode at each button of selection key group can be received by external signal transmitting and receiving parts initiates, with response form, the control signal sent and is controlled including being positioned at target.

The Remote Selection input of described keyboard-type call answerer, selecting a certain button in key group including pressing target display the most selectively or press 2 to 5 buttons (12) in a joint manner and select a certain button in key group including pressing target display selectively and the most also include 1 to 2 button of pressing function key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

The 5th technical scheme namely the 5th technical scheme of call answerer based on above-mentioned 3rd technical scheme be: set on the keycap of the button of the button set of described keyboard-type call answerer represents the symbol relevant with call answering activity, also includes the symbol for representing oneself state；The oneself state of each button composition button set being provided with the symbol representing oneself state selects key group.Oneself state selects the button of key group to have 2 or more than 2.

The 6th technical scheme namely the 6th technical scheme of call answerer based on above-mentioned 5th technical scheme be: the most actively display of described keyboard-type call answerer, selecting the luminance in use of the light emitting diode at each button of key group including being positioned at target display, the remote computer that can be received by external signal transmitting and receiving parts initiates the control signal sent and is controlled with active form.

The long-range response of described keyboard-type call answerer shows, shows that the remote computer that the luminance in use of the light emitting diode at each button of selection key group can be received by external signal transmitting and receiving parts initiates, with response form, the control signal sent and is controlled including being positioned at target.

The Remote Selection input of described keyboard-type call answerer, the a certain button in key group is selected including pressing target display the most selectively, or pressing 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively and the most also include 1 to 2 button of pressing function key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

The Remote Selection input of described keyboard-type call answerer, press oneself state selectively in also including using and select a certain button in key group, or pressing 2 to 5 buttons (12) in a joint manner and select a certain button in key group including pressing oneself state selectively and the most also include 1 to 2 button of pressing function key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

In above-mentioned first to the 6th technical scheme, the 7th technical scheme of the 7th technical scheme based on arbitrary technical scheme namely call answerer is: the target display of the button set of described keyboard-type call answerer select the keycap of the button of key group be transparent material spray paint laser engraving keycap and laser engraving position therein is the transparent position representing symbol, or double-shot moulding keycap and therein double-colored in of the same colour be the symbol of transparent color；When button set also includes that oneself state selects key group, oneself state select the keycap of button of key group be transparent material spray paint laser engraving keycap and laser engraving position therein is the transparent position representing symbol, or double-shot moulding keycap and therein double-colored in of the same colour be the symbol of transparent color.

In above-mentioned first to the 6th technical scheme, the 8th technical scheme of the 8th technical scheme based on arbitrary technical scheme namely call answerer is: the light emitting diode of described keyboard-type call answerer is as Tricolor LED；Described pressing signal generating apparatus is made up of silica gel elastic body and conductive film assembly；According to order from bottom to up, lower cover, conductive film assembly, silica gel elastic body, circuit board and upper cover set gradually；Each protuberance of silica gel elastic body upwards exposes hole from corresponding the passing through of circuit board, and the upper-end part of driving of each protuberance contacts with the lower end part of a corresponding button, the surface of corresponding a pair upper and lower contact being positioned at conductive film assembly by compression leg of each protuberance, namely described call answerer is conductive film type call answerer.

In above-mentioned first to the 6th technical scheme, the 9th technical scheme of the 9th technical scheme based on arbitrary technical scheme namely call answerer is: the light emitting diode of described keyboard-type call answerer is as Tricolor LED；Described pressing signal generating apparatus is mechanical switch；The upper-end part of driving of each mechanical switch is keycap connecting portion, and keycap connecting portion is in the surface of switch contact, and can move up and down relative to the shell of mechanical switch；According to order from bottom to up, lower cover, circuit board and upper cover set gradually；The top of circuit board is installed on circuit boards and be positioned to each mechanical switch, and the lower end part compression type of the keycap connecting portion of each mechanical switch and button links together, namely described call answerer is mechanical switch-type call answerer.

nullIn above-mentioned first to the 6th technical scheme, the tenth technical scheme of the tenth technical scheme based on arbitrary technical scheme namely call answerer is: the external signal transmitting and receiving parts of described keyboard-type call answerer are USB connecting line、So that call answerer becomes wired call answerer，Or described external signal transmitting and receiving parts are built-in 2.4G wireless communication module、Bluetooth communication、WIFI communication module、Or ZIGBEE communication module、So that call answerer becomes wireless type call answerer，Wherein，When external signal transmitting and receiving parts are built-in 2.4G wireless communication module、Call answerer is 2.4G wireless type call answerer，When external signal transmitting and receiving parts are bluetooth communication、Call answerer is bluetooth wireless type call answerer，When external signal transmitting and receiving parts are WIFI communication module、Call answerer is WIFI wireless type call answerer，When external signal transmitting and receiving parts are ZIGBEE communication module、Call answerer is ZIGBEE wireless type call answerer.

The total technology design realizing the Interactive Call answering system described in the present invention the second purpose is: on the basis of LAN or single computer, keyboard-type call answerer in arbitrary technical scheme in access using one cable equipment being set and total technology design of above-mentioned keyboard-type call answerer being set or in each technical scheme above-mentioned, by LAN be not the computer of a computer on line and above-mentioned single computer is arranged to remote computer.Can be with the hardware device with remote input function and long-range display function of remote computer receiving and transmitting signal each other when described call answerer is to use, and the initial signal of the luminance of the light emitting diode at each button remotely controlling target display selection key group that the external signal transmitting and receiving parts of in use call answerer are received is by described remote computer generation.

First technical scheme of the first basic technical scheme namely system of realizing the present invention the second purpose is: described Interactive Call answering system is LAN system, has a computer on line, convergence switch, core switch, server, two computer on line and router；An each computer on line is electrically connected with corresponding convergence switch by netting twine, each convergence switch electrically connects with core switch, core switch electrically connects with two computer on line, router and each station server respectively, and router is provided with the port being connected with wide area network；It is structurally characterized in that: also have the keyboard-type call answerer described in arbitrary technical scheme in the first to the 9th technical scheme of access using one cable equipment and above-mentioned call answerer；The quantity of described call answerer has multiple stage, described call answerer to be wired call answerer, and its external signal transmitting and receiving parts are USB connecting line, and each call answerer electrically connects with a corresponding computer on line；The quantity of one computer on line is identical with the quantity of call answerer；One computer on line has been held concurrently the effect of access using one cable equipment；Two described computer on line are remote computer.

According to the actually used demand of LAN, the switch in LAN can also only be provided with core switch；Or access switch, convergence switch and core switch can also be provided with.

The remote input of described call answerer includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button selectively after, a corresponding computer on line, corresponding convergence switch and core switch can be passed sequentially through, and to two wires computer input information.The remotely display of described call answerer includes the most actively display, or includes that the most actively display and long-range response show；Described the most actively display is that the luminance of light emitting diode relevant in it uses can be initiateed, with active form, the control signal sent by two computer on line and is controlled.Described long-range response shows, is that the luminance of relevant light emitting diode can be initiateed, with response form, the control signal sent by two computer on line and is controlled in it uses；Described is initiateed, by two computer on line, the control signal sent, and passes sequentially through core switch, corresponding convergence switch and a corresponding computer on line and is sent to call answerer.

In first technical scheme of said system, described Remote Selection input includes that the target display pressing call answerer the most selectively selects a certain button in key group or presses 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, after the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through a corresponding computer on line, convergence switch and core switch by external signal transmitting and receiving parts, it is sent to two computer on line.

In first technical scheme of said system, described the most actively display includes that being positioned at target display selects the luminance in use of the light emitting diode at each button of key group, and two computer on line that can be received by external signal transmitting and receiving parts initiate the control signal sent and are controlled with active form；Described long-range response shows and includes being positioned at the luminance in use of the light emitting diode at each button of target display selection key group, and two computer on line that can be received by external signal transmitting and receiving parts initiate, with response form, the control signal sent and are controlled；The described control signal being initiateed generation by two computer on line, passes sequentially through core switch, corresponding convergence switch and a corresponding computer on line and is sent to call answerer.

Second technical scheme of the second basic technical scheme namely system that realize the present invention the second purpose is: described Interactive Call answering system is separate unit system, has two computer on line；It is structurally characterized in that: also have the keyboard-type call answerer described in arbitrary technical scheme in the first to the 9th technical scheme of access using one cable equipment and above-mentioned call answerer；The quantity of described call answerer has multiple stage, the quantity of access using one cable equipment is corresponding with the quantity of described call answerer, and call answerer and a corresponding access using one cable equipment wired connection or in use wireless connections (also have document in use wireless connections be referred to as couple)；Each access using one cable equipment directly electrically connects with two computer on line, or is connected by other network hardware equipment and two computer on line；Two described computer on line are remote computer.

The remote input of described call answerer includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button selectively after, can be by the network hardware equipment including corresponding access using one cable equipment to two wires computer input information.The remotely display of described call answerer includes the most actively display, or includes that the most actively display and long-range response show；Described the most actively display is that the luminance of light emitting diode relevant in it uses can be initiateed, with active form, the control signal sent by two computer on line and is controlled；Described long-range response shows, is that the luminance of relevant light emitting diode can be initiateed, with response form, the control signal sent by two computer on line and is controlled in it uses；Described is initiateed, by two computer on line, the control signal sent, and is sent to call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment.

Described access using one cable equipment is usb hub, wired USB device server, 2.4G wireless transmitter, Bluetooth adapter, wireless router, wireless USB apparatus server or ZIGBEE wireless base station.

When access using one cable equipment is usb hub, each call answerer electrically connects with a corresponding usb hub, and each usb hub directly electrically connects with two computer on line, and call answerer is wired call answerer.

When access using one cable equipment is wired USB device server, other network hardware equipment is switch, each call answerer electrically connects with a corresponding wired USB device server, each wired USB device server electrically connects with switch, switch and two computer on line electrically connect, and call answerer is wired call answerer.

When access using one cable equipment is 2.4G wireless transmitter, other network hardware equipment is usb hub, with corresponding 2.4G wireless transmitter wireless connections when each call answerer uses, each 2.4G wireless transmitter electrically connects with corresponding usb hub, each usb hub and two computer on line electrically connect, and call answerer is 2.4G wireless type call answerer.

When access using one cable equipment is Bluetooth adapter, with corresponding Bluetooth adapter wireless connections when each call answerer uses, each Bluetooth adapter and two computer on line electrically connect, and call answerer is bluetooth wireless type call answerer.

When access using one cable equipment is wireless router, a kind of situation of separate unit system is: with wireless router wireless connections when each call answerer uses, wireless router and the electrical connection of two computer on line, and call answerer is WIFI wireless type call answerer.

When access using one cable equipment is wireless router, the another kind of situation of separate unit system is: also have the switch as other network hardware equipment, with corresponding wireless router wireless connections when each call answerer uses, each wireless router electrically connects with switch, switch and two computer on line electrically connect, and call answerer is WIFI wireless type call answerer.

When access using one cable equipment is wireless USB apparatus server, other network hardware equipment is wireless router, each call answerer electrically connects with a corresponding wireless USB apparatus server, with wireless router wireless connections when each wireless USB apparatus server uses, wireless router and two computer on line electrically connect, and call answerer is wired call answerer.

When access using one cable equipment is ZIGBEE wireless base station, other network hardware equipment is switch, with corresponding ZIGBEE wireless base station wireless connections when each call answerer uses, each ZIGBEE wireless base station electrically connects with switch, switch and two computer on line electrically connect, and call answerer is ZIGBEE wireless type call answerer.

In second technical scheme of said system, described Remote Selection input includes that the target display pressing call answerer the most selectively selects a certain button in key group or presses 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal, two computer on line can be sent to by external signal transmitting and receiving parts by the network hardware equipment including corresponding access using one cable equipment.

In second technical scheme of said system, described the most actively display includes that it is positioned at target display and selects the luminance in use of the light emitting diode at each button of key group, and two computer on line that can be received by external signal transmitting and receiving parts initiate the control signal sent and are controlled with active form；Described long-range response shows and includes that it is positioned at target display and selects the light emitting diode luminance in use at each button of key group, and two computer on line that can be received by external signal transmitting and receiving parts initiate, with response form, the control signal sent and are controlled.Described is initiateed, by two computer on line, the control signal sent, and is sent to call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment.

3rd technical scheme of the third basic technical scheme namely system of realizing the present invention the second purpose is: described Interactive Call answering system is LAN system, has the multiple stage one computer on line convergence switch corresponding with the quantity of the quantity of a computer on line and two computer on line with multiple stage two computer on line, quantity, core switch, 1 to multiple servers and router；An each computer on line and Ge Tai bis-computer on line electrically connect with corresponding convergence switch each via netting twine, each convergence switch electrically connects with core switch, core switch electrically connects with router and each station server respectively, and router is provided with the port being connected with wide area network；It is structurally characterized in that: also have the multiple keyboard-type call answerers described in the 5th or the 6th technical scheme of access using one cable equipment and above-mentioned call answerer；Described call answerer is wired call answerer, and call answerer includes a line call answerer, thus a described line call answerer in use has corresponding remote input function and remotely shows function accordingly.

The symbol that expression set on the keycap of the button of a described line call answerer is relevant with call answering activity, also include not only for representing oneself state, but also for representing the symbol of long-range response, being provided with state and the listening key group of each button composition button set of the symbol representing oneself state and long-range response；The symbol that expression set on the keycap of the button of one line call answerer is relevant with call answering activity, also includes the symbol for representing remotely arrangement, is provided with the remotely arrangement key group of each button composition button set of the symbol that expression remotely arranges；The lower section of the keycap of each button of state and listening key group is provided with a light emitting diode solely belonging to this button；The lower section remotely arranging the keycap of each button of key group is provided with a light emitting diode solely belonging to this button.

A described computer on line has been held concurrently the effect of access using one cable equipment, and the quantity of a computer on line is identical with the quantity of a line call answerer, and every computer on line electrically connects with a corresponding line call answerer；One in server is remote computer, and this can be described as remotely using server as the server that remote computer uses；Described is remotely corresponding with an each computer on line with server, thus corresponding with each line call answerer, namely long-range server is the first remote computer of all line call answerers；Described long-range server is also corresponding with each two computer on line, each two computer on line are then corresponding with one to a several computer on line by long-range server, thus each two computer on line corresponding namely described with to several line call answerers can be as the second remote computer of a line call answerer corresponding thereto.

The remote input of a described line call answerer includes that Remote Selection inputs, described Remote Selection input be in it uses can by a corresponding computer on line to long-range server input information and can also so by this long-range server to corresponding two wires computer input information.

The remotely display of a described line call answerer includes the most actively display, or includes that the most actively display and long-range response show.Described the most actively display is the luminance of light emitting diode relevant in it uses, and can be initiateed, with active form, the control signal sent by remote computer and be controlled；Described long-range response shows it is the luminance of relevant light emitting diode in it uses, and can be initiateed, with response form, the control signal sent by remote computer and be controlled.Described remote computer is remotely with server or corresponding two computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and a corresponding computer on line and passes to a line call answerer；When the remote computer sending initial control signal is corresponding two computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch and a corresponding computer on line and be sent to a line call answerer.

In 3rd technical scheme of said system, the Remote Selection input of a described line call answerer, the a certain button selected in key group is shown including the target pressing a line call answerer the most selectively, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through a corresponding computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, and carried out record by long-range server；Or show, including the target pressing a line call answerer the most selectively, a certain button selected in key group, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through a corresponding computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch is sent to two corresponding computer on line.

In 3rd technical scheme of said system, the Remote Selection input of a described line call answerer, it is additionally included in use a certain button in the oneself state selection key group pressing a line call answerer selectively, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing oneself state selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through a corresponding computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, and carried out record by remote server.

In 3rd technical scheme of said system, the Remote Selection input of a described line call answerer, it is additionally included in use a certain button pressed selectively in the state of a line call answerer and listening key group, or press 2 to 5 buttons in a joint manner and including a certain button in pressed state selectively and listening key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through a corresponding computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, and carried out record by remote server；Or it is additionally included in use a certain button pressed selectively in the state of a line call answerer and listening key group, or press 2 to 5 buttons in a joint manner and including a certain button in pressed state selectively and listening key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through a corresponding computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch is sent to two corresponding computer on line.

In 3rd technical scheme of said system, the remotely actively display of a described line call answerer or remotely response shows, are positioned at, including it, remote computer that the luminance in use of the light emitting diode at each button of target display selection key group can be received by external signal transmitting and receiving parts and initiate to send or initiate, with response form, the control signal sent with active form and be controlled.The described remote computer sending initial control signal is remotely with server or corresponding two computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and a corresponding computer on line and is sent to a line call answerer；When the remote computer sending initial control signal is corresponding two computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch and a corresponding computer on line and be sent to a line call answerer.

In 3rd technical scheme of said system, the remotely actively display of a described line call answerer, also includes that it is positioned at the remote computer that the luminance in use of the light emitting diode at each button of state and listening key group can be received by external signal transmitting and receiving parts and initiates the control signal sent with active form and be controlled.The described remote computer sending initial control signal is remotely with server or corresponding two computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and a corresponding computer on line and is sent to a line call answerer；When the remote computer sending initial control signal is corresponding two computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch and a corresponding computer on line and be sent to a line call answerer.

In 3rd technical scheme of said system, the remotely actively display of a described line call answerer, also includes that it is positioned at the remote computer that the luminance in use of the light emitting diode at each button remotely arranging key group can be received by external signal transmitting and receiving parts and initiates the control signal sent with active form and be controlled.The described remote computer sending initial control signal is remotely with server or corresponding two computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and a corresponding computer on line and is sent to a line call answerer；When the remote computer sending initial control signal is corresponding two computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, pass sequentially through core switch, corresponding convergence switch and a corresponding computer on line and be sent to a line call answerer.

4th technical scheme of the system based on the 3rd technical scheme of said system is: described Interactive Call answering system also has two wires access device and one to multiple stage three computer on line；Described call answerer also includes multiple two wires call answerer, thus described two wires call answerer in use has corresponding remote input function and remotely shows function accordingly；Two computer on line have been held concurrently the effect of two wires access device, and the quantity of two computer on line is identical with the quantity of two wires call answerer, and each two wires call answerer electrically connects with corresponding two computer on line；Each three computer on line electrically connect with corresponding convergence switch each via netting twine, and corresponding convergence switch electrically connects with core switch；Remotely use server is corresponding with each two computer on line, thus corresponding with each two wires call answerer, namely long-range server is the first remote computer of all two wires call answerer；Also the most corresponding with each three computer on line with server, each three computer on line are then corresponding with one to several two computer on line by long-range server, thus each three computer on line corresponding namely described with to several two wires call answerer can be as the second remote computer of two wires call answerer corresponding thereto.

The symbol that expression set on the keycap of the button of described two wires call answerer is relevant with call answering activity, also include not only for representing oneself state, but also for representing the symbol of long-range response, being provided with state and the listening key group of each button composition button set of the symbol representing oneself state and long-range response；The symbol that expression set on the keycap of the button of two wires call answerer is relevant with call answering activity, also includes the symbol for representing remotely arrangement, is provided with the remotely arrangement key group of each button composition button set of the symbol that expression remotely arranges；The lower section of the keycap of each button of state and listening key group is provided with a light emitting diode solely belonging to this button；The lower section remotely arranging the keycap of each button of key group is provided with a light emitting diode solely belonging to this button.

The remote input of described two wires call answerer includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button selectively after, corresponding two computer on line, corresponding convergence switch and core switch can be passed sequentially through, and input information to long-range server, and and then remotely can also be passed sequentially through core switch, corresponding convergence switch with server by this, and to corresponding three computer on line input information.

The remotely display of described two wires call answerer includes remotely active display or includes that the most actively display and long-range response show；Described the most actively display is the luminance of light emitting diode relevant in it uses, and can be initiateed, with active form, the control signal sent by remote computer and be controlled；Described long-range response shows it is the luminance of relevant light emitting diode in it uses, and can be initiateed, with response form, the control signal sent by remote computer and be controlled；Described remote computer is remotely with server or corresponding three computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and corresponding two computer on line and is sent to two wires call answerer；When the remote computer sending initial control signal is corresponding three computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch and a corresponding computer on line and be sent to two wires call answerer.

In 4th technical scheme of said system, the Remote Selection input of described two wires call answerer, the a certain button selected in key group is shown including the target pressing two wires call answerer the most selectively, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through corresponding two computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, and carried out record by long-range server；Or show, including the target pressing two wires call answerer the most selectively, a certain button selected in key group, or press 2 to 5 buttons in a joint manner and including a certain button pressing target display selection key group selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through corresponding two computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, after long-range server record, and then pass sequentially through core switch, it is sent to three corresponding computer on line after corresponding convergence switch.

In 4th technical scheme of said system, the Remote Selection input of described two wires call answerer, it is additionally included in use a certain button in the oneself state selection key group pressing two wires call answerer selectively, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing oneself state selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through corresponding two computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, and carried out record by remote server.

In 4th technical scheme of said system, the Remote Selection input of described two wires call answerer, it is additionally included in use a certain button in pressed state and listening key group selectively, or press 2 to 5 buttons in a joint manner and including a certain button in pressed state selectively and listening key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through corresponding two computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, and carried out record by remote server；Or it is additionally included in use a certain button pressed selectively in the state of two wires call answerer and listening key group, or press 2 to 5 buttons in a joint manner and including a certain button in pressed state selectively and listening key group, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through corresponding two computer on line by external signal transmitting and receiving parts, corresponding convergence switch and core switch are sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch is sent to three corresponding computer on line.

In 4th technical scheme of said system, the most actively display or the long-range response of described two wires call answerer show, being positioned at target display including it and select the luminance in use of the light emitting diode at each button of key group, the remote computer that can be received by external signal transmitting and receiving parts initiates with active form to send or initiate, with response form, the control signal sent and is controlled.The described remote computer sending initial control signal is remotely with server or corresponding three computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and corresponding two computer on line and is sent to two wires call answerer；When the remote computer sending initial control signal is corresponding three computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, and then pass sequentially through core switch, corresponding convergence switch and corresponding two computer on line and be sent to two wires call answerer.

In 4th technical scheme of said system, the remotely actively display of described two wires call answerer, also includes that it is positioned at the remote computer that the luminance in use of the light emitting diode at each button of state and listening key group can be received by external signal transmitting and receiving parts and initiates the control signal sent with active form and be controlled.The described remote computer sending initial control signal is remotely with server or corresponding three computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and corresponding two computer on line and is sent to two wires call answerer；When the remote computer sending initial control signal is corresponding three computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, pass sequentially through core switch, corresponding convergence switch and corresponding two computer on line and be sent to two wires call answerer.

In 4th technical scheme of said system, the remotely actively display of described two wires call answerer, also includes that it is positioned at the remote computer that the luminance in use of the light emitting diode at each button remotely arranging key group can be received by external signal transmitting and receiving parts and initiates the control signal sent with active form and be controlled.The described remote computer sending initial control signal is remotely with server or corresponding three computer on line；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and corresponding two computer on line and is sent to two wires call answerer；When the remote computer sending initial control signal is corresponding three computer on line, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, pass sequentially through core switch, corresponding convergence switch and corresponding two computer on line and be sent to two wires call answerer.

5th technical scheme of the 4th kind of basic technical scheme namely system that realize the present invention the second purpose is: described Interactive Call answering system is LAN system, has multiple stage classroom two computer on line and multiple stage teacher with two computer on line, quantity and the quantity of classroom two computer on line and teacher with corresponding convergence switch, core switch, 1 to multiple servers and the router of the quantity of two computer on line；Each classroom is electrically connected with corresponding convergence switch by netting twine with two computer on line with two computer on line and Ge Tai teacher, each convergence switch electrically connects with core switch, core switch electrically connects with router and each station server respectively, and router is provided with the port being connected with wide area network；It is characterized in that:

Also there are the multiple keyboard-type call answerers described in arbitrary technical scheme in the first to the tenth technical scheme of access using one cable equipment and above-mentioned call answerer；And call answerer includes student's call answerer；Described student's call answerer is wired call answerer or wireless type call answerer；Described wireless type call answerer is 2.4G wireless type call answerer, bluetooth wireless type call answerer, WIFI wireless type call answerer or ZIGBEE wireless type call answerer；

When student's call answerer is wired call answerer, each student's call answerer electrically connects with a corresponding usb hub, and each usb hub directly electrically connects with two computer on line with classroom, and now access using one cable equipment is usb hub；

When student's call answerer is 2.4G wireless type call answerer, with corresponding 2.4G wireless transmitter wireless connections when each student uses with call answerer, each 2.4G wireless transmitter electrically connects with corresponding usb hub, each usb hub electrically connects with two computer on line with classroom, and now access using one cable equipment is 2.4G wireless transmitter；

When student's call answerer is bluetooth wireless type call answerer, with corresponding Bluetooth adapter wireless connections when each student uses with call answerer, each Bluetooth adapter electrically connects with two computer on line with classroom, and now access using one cable equipment is Bluetooth adapter；

When student's call answerer is WIFI wireless type call answerer, with wireless router wireless connections when each student uses with call answerer, wireless router electrically connects with two computer on line with classroom, and now access using one cable equipment is wireless router；

When student's call answerer is ZIGBEE wireless type call answerer, with the wireless connections of ZIGBEE wireless base station when each student uses with call answerer, ZIGBEE wireless base station electrically connects with two computer on line with classroom, and now access using one cable equipment is ZIGBEE wireless base station；

Described classroom the first remote computer that two computer on line are all of student's call answerers in this classroom；One in server is remote computer, and this can be described as remotely using server as the server that remote computer uses；Described is remotely corresponding with two computer on line with each classroom with server, thus corresponding with call answerer with each student, namely long-range server is the second remote computer of all student's call answerers；Described long-range server is also corresponding with two computer on line with each teacher, each teacher is then corresponding with two computer on line with one to several classroom by long-range server with two computer on line, thus each corresponding with call answerer with several students namely described teacher can be as the 3rd remote computer of student's call answerer corresponding thereto with two computer on line；

The remote input of described student's call answerer includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button selectively after, can be by corresponding access using one cable equipment to two wires, classroom computer input information and and then information can also be inputted with two computer on line to long-range server by this classroom and this long-range server can also be further advanced by and use two wires computer input information to corresponding teacher；

The remotely display of described student's call answerer includes the most actively display or includes that the most actively display and remote call-in show；Described the most actively display is the luminance of light emitting diode relevant in it uses, and can be initiateed, with active form, the control signal sent by remote computer and be controlled；Described long-range response shows it is the luminance of relevant light emitting diode in it uses, and can be initiateed, with response form, the control signal sent by remote computer and be controlled.Described remote computer is that corresponding classroom two computer on line, long-range server or corresponding teacher use two computer on line；When the remote computer sending initial control signal is corresponding classroom two computer on line, this control signal is sent to student's call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment；When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and corresponding classroom two computer on line, and then is sent to student's call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment；When the remote computer sending initial control signal be corresponding teacher with two computer on line time, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, after long-range server record, pass sequentially through core switch, corresponding convergence switch and corresponding classroom two computer on line, and then be sent to student's call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment.

In 5th technical scheme of said system, the Remote Selection input of described student's call answerer, the a certain button selected in key group is shown including the target pressing student's call answerer the most selectively, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through the network hardware equipment including corresponding access using one cable equipment by external signal transmitting and receiving parts, it is sent to corresponding classroom two computer on line, and carried out record by this classroom with two computer on line；Or show, including the target pressing student's call answerer the most selectively, a certain button selected in key group, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through the network hardware equipment including corresponding access using one cable equipment by external signal transmitting and receiving parts, it is sent to corresponding classroom two computer on line, by this classroom with after the computer recording of two wires, and then pass sequentially through corresponding convergence switch and core switch is sent to remotely with server, and remotely carried out record with server by this；Or show, including the target pressing student's call answerer the most selectively, a certain button selected in key group, or press 2 to 5 buttons in a joint manner and select a certain button in key group including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be passed sequentially through the network hardware equipment including corresponding access using one cable equipment by external signal transmitting and receiving parts, it is sent to corresponding classroom two computer on line, by this classroom with after the computer recording of two wires, pass sequentially through corresponding convergence switch and core switch is sent to remotely with server, by this remotely with after server record, and then core switch can also be passed sequentially through, corresponding convergence switch is sent to corresponding teacher and uses two computer on line.

In 5th technical scheme of said system, the most actively display or the long-range response of described student's call answerer show, being positioned at target display including it and select the luminance in use of the light emitting diode at each button of key group, the remote computer that can be received by external signal transmitting and receiving parts initiates with active form to send or initiate, with response form, the control signal sent and is controlled.The described remote computer sending initial control signal is that corresponding classroom two computer on line, long-range server or corresponding teacher use two computer on line.When the remote computer sending initial control signal is corresponding classroom two computer on line, this control signal is sent to student's call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment.When the remote computer sending initial control signal is remotely to use server, this control signal passes sequentially through core switch, corresponding convergence switch and corresponding classroom two computer on line, and then is sent to student's call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment.When the remote computer sending initial control signal be corresponding teacher with two computer on line time, this control signal passes sequentially through corresponding convergence switch and core switch is sent to remotely with server, by this remotely with after server record, pass sequentially through core switch, corresponding convergence switch and corresponding classroom two computer on line, and then send student's call answerer by the corresponding network hardware equipment including corresponding access using one cable equipment.

The technical scheme realizing the first basic technical scheme of the present invention the 3rd purpose namely the application of call answerer is: the application of the keyboard-type call answerer in arbitrary technical scheme in the first of above-mentioned call answerer to the tenth technical scheme.

The application of described keyboard-type call answerer, it is the Internet bar's call answerer for ordering or other occasion call answerer including keyboard-type call answerer, or the KTV call answerer for service, bathing call answerer for service, foot bath call answerer for service, therapeutic massage call answerer for service, train or other call answerer used for vehicle for service, public lodging place call answerer for service, nursing place call answerer for service, for collecting the investigation call answerer of feedback information, office call answerer for office, and or for the student's call answerer imparted knowledge to students.

The above-mentioned viewing investigation call answerer investigated for theaters market for collecting the investigation call answerer of feedback information to include, for the ballot call answerer of TV programme live vote, and the ballot call answerer for conference voting.

The technical scheme of the second basic technical scheme namely systematic difference that realize the present invention the 3rd purpose is: the application of the Interactive Call answering system in arbitrary technical scheme in the 5th technical scheme of the first technical scheme of above-mentioned system to system.

nullThe application of described Interactive Call answering system，It is the Internet bar's Interactive Call answering system for ordering or other occasion Interactive Call answering system including Interactive Call answering system，Or the KTV Interactive Call answering system for service，Bathing Interactive Call answering system for service，Foot bath Interactive Call answering system for service，Therapeutic massage Interactive Call answering system for service，Train or other Interactive Call answering system used for vehicle for service，Public lodging place Interactive Call answering system for service，Nursing place Interactive Call answering system for service，For collecting the investigation Interactive Call answering system of feedback information，Office Interactive Call answering system for office，And or for the Interactive Call answering system imparted knowledge to students.

The described viewing investigation Interactive Call answering system investigated for theaters market for collecting the investigation Interactive Call answering system of feedback information to include, ballot for TV programme live vote Interactive Call answering system, and the ballot Interactive Call answering system for conference voting.

The present invention has positive effect: the Interactive Call answering system of (1) present invention and keyboard-type call answerer thereof are mainly used in the most reciprocity call answering occasion; common requirement in the regular activity relating to everybody, repercussion, attitude can be exchanged with situation and feed back by the present invention in the application in time, it is possible to be greatly enhanced the efficiency of relevant daily routines.Especially can be advantageously used between server with consumer, between manager and the person of being managed, educator and exchanging by the simple and important information between educator and between investigator with surveyee.The keyboard-type call answerer (hereinafter referred to as call answerer) of the present invention is a kind of simple in construction, cost brand-new eye-minded hardware device that is relatively low, easy to operate and that can cooperate with computer or computer system when using.Its structure can use for reference principle and the technology of the keyboard of personal desktop computer and other is about technology.Interactive Call answering system (the hereinafter referred to as system of the present invention of the present invention, or referred to as system) the form of the composition have multiple, one is to be main to constitute system (hereinafter referred to as separate unit system) by the computer of separate unit and multiple call answerers, and two is to be main to constitute system (hereinafter referred to as LAN system) by LAN and multiple call answerers.The Interactive Call answering system of the present invention the most also should arrange corresponding software in relevant device, and corresponding program can be started in each call answerer and corresponding computer when system start-up, thus realize the simple communication for information between the most reciprocity above-mentioned personnel.The demanders such as consumer, the person of being managed and student are referred to as first-line staff by the present invention, and server, manager and teacher etc. are referred to as support personnel, then the leading body at a higher level of server, manager and teacher etc. is referred to as three informant persons.The leading body at a higher level of described teacher is properly termed as instruction administrators, or referred to as school control's layer personnel, or referred to as school control's layer.In the present invention, the computer that the different other personnel of above-mentioned line directly use then is referred to as the other computer of corresponding line, the call answerer that the different other personnel of above-mentioned line directly use then is referred to as the other call answerer of corresponding line, and the above-mentioned other computer of each line is provided with software related to the present invention, and the other call answerer of each line is also provided with software related to the present invention.In the LAN system of the present invention, it is alternatively referred to as several system for not setting the LAN system of a computer on line, namely the several system of the present invention is a kind of relatively simple LAN system.

(2) for building the LAN system of the present invention, first kind of way is newly-built, and the second way is to build on the basis of existing LAN, and the third mode is to build in the place with multiple stage computer.Such as in the place such as enterprises and institutions, place to operate schools, Internet bar, KTV, bathing lodging, amusement and recreation, food and beverage sevice, bank, row noise, business super chain, train, passenger steamer, factory building site, medical treatment endowment, all may make up the LAN system of the present invention to realize low cost, high efficiency information communication.

(3) in the LAN system of the present invention, can only set a computer on line and two computer on line, it is also possible to a computer on line, two computer on line and three computer on line are set.Wherein, three computer on line are i.e. the client computers for three line staffings, and two computer on line are i.e. the client computers being equipped with for support personnel, and a computer on line is i.e. the client computer being equipped with for first-line staff.The call answerer of the present invention is divided into a line call answerer and two wires call answerer according to the other difference of user of service's line, call answerer can be directly accessed the most collinear other computer in these places, it is also possible to is directly accessed LAN system by other access device.According to using the other difference of personnel's line of this call answerer, the access device of its be directly accessed LAN then referred to as other access device of corresponding line, if this access device is computer, then this computer has also been held concurrently the effect of the other access device of corresponding line.In the separate unit system of the present invention, its computer used is two computer on line, and this two computer on line is provisioned in support personnel, and each call answerer is then provisioned in first-line staff.Call answerer is typically connected by corresponding connection equipment and two computer on line, thus this corresponding connection equipment is access using one cable equipment.

(4) compared with traditional calling set, the call answerer of the present invention can arrange multiple button according to different demands, each button is by arranging the symbol relevant with call answering activity on button, described symbol includes representing target, (described symbol includes light-transmission character for the symbol of oneself state or the symbol of expression function, light-transparent pattern or light-transmission character add light-transparent pattern), indicate a certain target representated by this button, a certain oneself state or a certain function (or symbol is set on button, and part or the loophole of printing opacity are set on the position on the side of the corresponding button installing hole of upper cover；Or use the button of light-transmitting materials, button arranges lighttight character, lighttight pattern or lighttight character and adds lighttight pattern；Or use light-transmitting materials button and on button or upper cover each button installing hole side position on symbol is set；Or use the button of light tight material and the symbol of printing opacity is set on the position on the side of each button installing hole of upper cover).Described target includes demand item or includes certain option or both included that demand item also included certain option, described demand item include commodity, service, work, the most different detailed programs such as teaching, described demand item can be the concrete food product needed for the user of call answerer, commodity, article, material, service, personnel, instruct, cooperation etc.；Certain option described can be the performance of concrete a certain task, a certain feedback opinion or a certain evaluation.Above-mentioned each button has the controlled multi-color LED solely belonging to its keycap, and the luminance of each controlled multi-color LED can be controlled by two computer on line.So when first-line staff directly operates call answerer (call answerer now is a line call answerer), the current state of target that this button indicated can be recognized beforehand through the luminance at each button, it is to avoid call in the blind.Meanwhile, support personnel, after learning that first-line staff calls by two computer on line, can process this calling by two computer on line in time.The result of this calling may finally be shown by the luminance at the respective keys of the call answerer that first-line staff uses, allow first-line staff can obtain feedback information in time, namely learning the disposition oneself called, it is simple to first-line staff is ready.The glow color of each controlled multi-color LED, or/and illumination mode has more form, can the most diversely demonstrate the various status informations of each objectives according to practical situation.Simultaneously, owing to the call answerer of the present invention can match with computer or computer system in use, can be the single depression of button, quickly pair meaning that the mode of operation definition that secondary pressing or long-time pressing etc. are different is different, can the most diversely input information.

Further, support personnel can be according to practical situation, control some of the call answerer (call answerer now is a line call answerer) that directly operates of first-line staff actively by two computer on line and be labeled with the luminance of the multi-color LED belonging to the button of aiming symbol, thus transmit the related status information of the target that above-mentioned button is indicated to first-line staff；When now first-line staff is by pressing above-mentioned button, sent is can be corresponding with the correlation behavior of the target shown by above-mentioned button to two wires computer remote input signal, so can the most diversely input information.Further, support personnel can also be according to practical situation, control some of the call answerer (call answerer now is a line call answerer) that directly operates of first-line staff actively by two computer on line and be labeled with the luminance of the multi-color LED belonging to the button of aiming symbol, to send the call information relevant with above-mentioned target to first-line staff；The above-mentioned calling of support personnel can be responded by first-line staff by pressing above-mentioned button.

As shown in the above description: press a certain button being labeled with a certain target of the call answerer of the present invention simply and easily, or press 2 to 5 buttons in a joint manner and be labeled with the button of a certain target including this, can send relevant with this target, simple and important, complete and clear and definite information to two computer on line, this information can show corresponding support personnel by the process of two computer on line.Simultaneously, user can also obtain related feedback information by the variation pattern of the luminance after this key press, owing to the variation pattern of luminance can be various, so related feedback information can also be various, stage by stage, it is simple to user makes most suitable reply.

(5) call answerer of the present invention jointly shows the current state of real needs project that this button indicated or concrete certain option by the symbol set by the luminance at each button and this button.This information exhibition method, compared to the information exhibition method of the display device using liquid crystal or other technology, has the uniqueness of self, both clearly can observe for first-line staff, can try one's best again and not disturb other affairs of first-line staff.The most this information exhibition method is low compared to the display device power consumption of employing liquid crystal or other technology, when making wirelessly to connect, it is possible to reduce the charge frequency of equipment, it is simple to use.The call answerer of the present invention can highlight some commodity needing sales promotion or service in the way of using the button arranging minority particular design.Such as: on special printing opacity color and the button of light transmission state, the button of large-size, button or near button, be provided with product or the button of service item picture, the button of special substance color, the button etc. of special shape.

(6) call answerer of the present invention is compared with traditional calling set, can more clearly transmit the work of first-line staff, teaching or the demand information of required commodity, service etc..Therefore, under many circumstances, support personnel need not come after carrying out communication for information or inquiry first-line staff at first-line staff Face to face and further provide commodity, service or instruct, thus decrease coming and going between first-line staff and support personnel, and then reduce the labor intensity of mutual personnel, it is possible to reduce the waiting time of mutual personnel.When the target display of the call answerer of the present invention selects whole buttons of key group or part button to be set to investigate button, first-line staff can feed back the real-time impression of oneself at any time by some button in pressing investigation button.Being different from common can only inputting to be satisfied with, be satisfied in the main, be unsatisfied with such general information, the call answerer of the present invention can more clearly feed back the actual impression of surveyee, is conducive to the information improved or understood of investigation side's work to be more nearly reality.

(7) when using radio connection and a computer on line or being directly connected with two computer on line, the luminous power consumption of the keyboard-type call answerer of the present invention far beyond lcd touch formula calling set, meal ordering device show used by power consumption be low, can need not charge the longer time, it is simple to use.

(8) call answerer of the present invention is divided into the most collinear other call answerer according to the difference of user of service, and the call answerer of the present invention can be used for many different occasions.Essentially identical for the structure of the call answerer of different occasions, it is in place of main difference: the symbol on the button of call answerer is corresponding with the occasion used, and the software matched with this system of the present invention also has corresponding different.For the system of the present invention of a certain occasion, call answerer therein can only have a line call answerer, it is also possible to arrange a line and two wires call answerer simultaneously, even arranges a line, two wires and three line call answerers.For there being the system of the most collinear other call answerer, the structure of the most collinear other call answerer therein is the most essentially identical or identical.If there being difference, its difference is: the symbol at the button of call answerer is corresponding with the personnel used, and the software matched with this system of the present invention also has corresponding different.

(9) the Interactive Call answering system of the present invention is used, and after the target of call answerer shows the button that selection key group setting has respective identification, so that service, management or communication for informationes of being difficult to before some are achieved.

1. at passenger-traffic system.If if laying the calling system of prior art ON TRAINS, hardware aspect arranges calling service end main frame at conductor's cubic, at each seat or berthing-list, calling terminal etc. is set, after software aspects configures accordingly, owing to can not accurately transmit the information of required commodity or food product when this system is run, so every time crew is required for push go-cart and comes and send the passenger of call signal at, for this passenger selection；Because dolly gait of march is very slow, this service mode is to be difficult to conveniently, thus is difficult to really implement.In comparison, if using the system of the present invention, hardware aspect arranges two computer on line at conductor's cubic, at each seat of passenger or berthing-list, call answerer is set, two computer on line form the separate unit system of the present invention by switch or usb hub with call answerer, or the separate unit system by the wireless transmission method composition present invention, and after software aspects configures accordingly, so that every passenger (namely first-line staff) can accurately pass on the information of required commodity or food product；And crew member (namely support personnel) only need to be in the commodity needed for passenger is taken out in kinds of goods storeroom or food product to sending at the passenger of call signal.Not only walk conveniently, and speed is far faster than pushing away goods selling trolley.So on the one hand, facilitate the purchase of passenger, on the other hand too increase the sales volume in terms of railway, improve the benefit of railroading.

It addition, a lot of food existing processed needing to eat in time or beverage are to be difficult to supply, such as Fresh Ground Coffee, milk tea the most processed, chips etc. ON TRAINS.These food or beverage, be that passenger prefers during the journey, but these food are once made and are accomplished by quickly selling away, otherwise will result in waste.And passenger goes dining car the most inconvenient, simultaneously when certain passenger wants to select these foods, crew member is not the most near this passenger, and the most this kind of food being well suited for eating during the journey or beverage are difficult to be occurred ON TRAINS.After using the system of the present invention, passenger just can be reached by the call answerer of the present invention and send the demand information of this kind of food product or beverage to crew member, crew member can arrange dining car to make by existing onboard wireless intercom system, then removing dining car is that passenger fetches the complete food of making or beverage, delivers to buy at the seat of passenger.So being possible not only to improve the travelling quality of passenger, the railway system can also improve effectiveness of operation further.

2. in Internet bar.On the basis of existing Internet bar LAN system, a computer on line connects the call answerer of the present invention, and configures corresponding software in systems, i.e. may make up the Interactive Call answering system of the present invention.The use of this system is possible not only to be achieved at low cost the intelligent management that Internet bar orders, and can greatly reduce the labor intensity of Internet cafe service personnel (namely support personnel).Simultaneously, because the call answerer visual clear display of the present invention, easy and simple to handle, in Internet bar, machine user (namely first-line staff) can use call answerer while manipulation game, only can complete to order by the operation of the button on pressing call answerer the most once or several times, and can understand, by the change of the luminance at respective keys, the treatment progress oneself ordered, upper machine user does not use computer operating game produce excessive interference.Simultaneously this call answerer compared to lcd touch formula meal ordering device shock resistance, resistance to be stained, when button is scalded in smoking privately if upper machine user violates the rules, only need to change corresponding button and can keep in repair, its maintainability is preferable.

3. in singing-hall.At the KTV using LAN order programme, on the basis of KTV existing LAN system, the call answerer of the present invention is connected with the client computer (namely a computer on line) of each parlor, and configure corresponding software, thus constitute KTV for the Interactive Call answering system remotely ordered.This system can not only be achieved at low cost the intelligent management that KTV orders, reduce the labor intensity of KTV service personal (namely support personnel), but also because the call answerer visual clear display, easy and simple to handle of the present invention, need not consumer (namely first-line staff) and KTV service personal link up under the noisy environment of big volume, leave parlor and the KTV service personal communication of oneself also without consumer or arrive point of sale purchase voluntarily, thus greatly facilitating service personal and consumer.

4. in nursing places such as nursing houses.Being typically required lodging place by care-giver (namely first-line staff), so whole place area is the biggest, nursing staff (namely support personnel) and first-line staff's distance are usual the most farther out, not even at same floor.Some is by care-giver, and the old man's inconvenience telephone system being more especially hard of hearing exchanges with nursing staff, and existing calling set can only transmit relatively simple call information.Meanwhile, the article that some nursery work needs are more, such as, change and urinated wet bedding etc..Therefore, generally require support personnel and come at first-line staff after confirmation demand, then go to fetch corresponding article and provide service for the first-line staff sending call signal, not only increase the labor intensity of support personnel, also add the waiting time of first-line staff.The call answerer of the present invention can send the clearest and the most definite call information to support personnel, it is no longer necessary to send confirmation demand at the first-line staff of call signal in the case of support personnel are a lot, go again to fetch corresponding required article, but directly get out corresponding article, then go to provide at first-line staff care.It is possible not only to reduce the labor intensity of support personnel, and the waiting time of first-line staff can be reduced.

5. at office.The Interactive Call answering system of the present invention can record the duty that employee (namely first-line staff) is operationally interior all sidedly, avoid attendance recorder and can only record employee to the lay-off time, and cannot record comprehensively and add up employee operationally in the problem of duty.Employee can pass through to represent the luminance at the display of leading position state and call button on call answerer simultaneously, understands the duty of leader (namely support personnel) at any time, in order to select the most appropriate time to go to report the work, improve work efficiency.Under being logged in by the way of LAN by the Internet, leader can be by various cable information terminals, the computer of such as wire accessing interconnected network or wireless information terminal, the smart mobile phone that such as wirelessly accesses the internet, panel computer etc. understand the instantaneous operating conditions of each subordinate at any time, and leader can be facilitated further to arrange current work.Compared to traditional telephone contact, above-mentioned work call answering mode had both saved telephone expenses, and more convenient.And, after being equipped with the call answerer of the present invention, comparing existing office automation software, above-mentioned duty is registered and writing function in real time, and work call answering a lot of in the case of be not required to take Computer display interface, need not time-consumingly toggle software interface.Even if if an office automation software changing interface and operation simply one minute, but the duty conversion of employee every day is that ten times is exactly 10 minutes, takes care of the pence, and the biggest time can be caused to waste many times.And using the keyboard-type work call answerer of the present invention, minimum of operation need to press 1-2 button every time, holding time hardly.It addition, because employee work needs, the interface of office automation management software can not show on the display of computer always.Once switching off this interface, job placement on the same day is exactly sightless with the information of leader's instantaneous operating conditions.And the job placement on the same day that the keyboard-type work call answerer of the present invention demonstrates is the most visible with leader's instantaneous operating conditions, employee can check the most easily, can preferably plan darg, improves work efficiency.

6. at teaching occasions.The call answerer of the present invention can be used for imparting knowledge to students, and accesses campus area network and configures structure teaching LAN system after corresponding software in corresponding hardware.When teacher (namely support personnel) is when arranging students (namely first-line staff) Zuo Mou road example, exercise, or at the end of certain class, teacher can do topic situation or condition survey of listening to the teacher instruction by being connected to the client computer (namely classroom two computer on line) being arranged in this classroom of LAN system to everyone call answerer transmission used of full class student.Now, each student can use the call answerer of oneself easily, sends the overall grasp situation of this road example, the situation of solving a problem of exercise or this class to above-mentioned classroom two computer on line.These data, after receiving these feedback data, can be forwarded in corresponding server storage by switch or wireless mode, call at any time for teacher by classroom two computer on line.So, teaching LAN system just can record all-sidedly and accurately every one example of each classmate, exercise do topic situation, it is also possible to record the actual grasp situation of each class of each classmate all-sidedly and accurately.Teacher is carried out follow-up teaching by these data important directive significance.Special call answerer (referred to as two wires, the classroom call answerer for teacher in classroom also can be set in the teaching LAN system of the present invention, or referred to as classroom call answerer, or referred to as classroom call answerer), by classroom two computer on line access teaching LAN system when this call answerer uses.Teacher is when using this call answerer, it is possible to operate classroom two computer on line more easily.

Meanwhile, each student can observe the state of currently answering questions of each section teacher of oneself class in the time period of answering questions that school specifies by the call answerer of oneself.If teacher is in the state that can answer questions, and certain student is when thinking to answer questions at this teacher, this student can represent the button of this teacher by pressing, and two computer on line (referred to as teacher two computer on line) used to this teacher being arranged on office by teaching LAN system send application of answering questions.This teacher can be according to the overall condition of all application students, agree to or refuse the application of answering questions of this student, and the information of this agreement or refusal is sent to by teacher two computer on line classroom two computer on line of the class at this student place, and then by this classroom two computer on line to the line call answerer transmission signal sending application signal of answering questions so that the luminance at the button of this teacher of representative on this line call answerer changes.So, student can avoid going for teacher blindly and answer questions, and can not find teacher in order to avoid making a fruitless trip, or the student answerred questions at this teacher effect that too much causes answering questions is poor.Teacher can also be according to overall students in Answering Teachers ' Designing Questions application situation, and arranged rational is answerred questions the order of student, it is to avoid has too much student to look for simultaneously and oneself answers questions.When the student that answers questions is less, teacher can also operate teacher two computer on line of oneself and send call instruction to classroom two computer on line of certain class, and then the luminance represented on a line call answerer of certain student at the button of oneself is controlled by this classroom two computer on line, and transmit call signal to this student, call this student to teach at oneself, look for this student without oneself to classroom, the instructional blocks of time of preciousness can be saved.

7. at movie theatre.The call answerer of the present invention can be used for the viewing investigation of film.When film projection draws to an end, the call answerer that two computer on line on movie theatre foreground can control to be arranged on each cinema seat starts, make the backlight lightening of call answerer, so that spectators can use in the environment of movie theatre dark, two computer on line are then in the state waiting score data.Now, the consumer seen a film to cinema, can experience according to the actual viewing of oneself, by pressing and the scoring selection key indicating different scoring on oneself corresponding call answerer, marking the film just watched, the information that these are marked by call answerer by Intermediate connection device is transferred to two computer on line.These score data are recorded and store by two computer on line, form corresponding data base, for movie theatre management personnel.If national chain type cinema circuits, oneself affiliated movie theatre is all laid the call answerer of the present invention throughout, it becomes possible to System goes out whole nation spectators' evaluating data to new released movies, can be supplied to consumer's reference in time.And movie theatre management personnel can also reasonably adjust the waiting of each film according to these data, to obtain more preferable economic benefit.Owing to these data are to be given according to the actual viewing impression of oneself by numerous consumers watching this film, it is thus possible to preferably reflect practical situation.

8. in various consumption places.In various consumer places, it is typically the consumer that minority service personal's service number is more, and consumer is typically carry out certain recreation or process certain affairs in certain consumer place, service personal had not both had time enough to promote commodity or the service item that oneself place is sold inconvenient each consumer's one or many of whereabouts yet.And employing the occasion of the system of the present invention, service personal can be arranged on the luminance at each button of the call answerer near consumer by time control, attracts the attention of consumer, or pushes certain preferential advertising campaign, to promote to sell.This promotion method, shows intensity appropriateness, does not has excessive visual stimulus to consumer, recreation ongoing to consumer or the affairs that processing will not produce excessive interference.And, service personal can send sales promotion information to multiple consumers by simple computer operation, decreases service personal and carries out the amount of labour of sales promotion work.Meanwhile, this sales promotion information can continue the time of appropriateness, it is simple to consumer is observed at one's leisure.Therefore, using the call answerer of present system, the advertising campaign in the consumption place carried out, compared to the traditional approach such as distribution and voice broadcast service distribution face to face, motility is bigger, spreadability is higher, persistence is more preferable, interference is less.

(10) the keyboard-type call answerer of the present invention and Interactive Call answering system both may be used in crowd the call answering between not peer-to-peer personnel, it is also possible to call answering between peer-to-peer personnel in crowd.Although illustrated embodiment is the most reciprocity relation mostly in the detailed description of the invention of the present invention, but when using call answerer and the system of the present invention in the crowd of peer-to-peer, as long as corresponding computer arranging corresponding software and arranging accordingly.It addition, the different LAN system of the present invention can also consist of the wide area network system of the present invention the Internet.Namely each relevant LAN system bears higher level department or the leader (three informant persons) of management responsibility, or bearing the relevant departments of service function or partner, can to realize management and service etc. by the wide area network system of the present invention functional and understand relevant information and exchange.

Accompanying drawing explanation

Fig. 1 is a kind of schematic diagram of the keyboard-type call answerer of the present invention, and in embodiment 1, this call answerer is used for Internet bar, uses keyboard-type call answerer as ordering, gives a kind of layout of its button in figure.Facing up of call answerer in figure, direction shown in it be Fig. 2 A to.Fig. 1 a is the another kind of schematic diagram of the keyboard-type call answerer of the present invention, and this keyboard-type call answerer is wireless keyboard-type call answerer.

Fig. 2 is a kind of structural representation of the button in Fig. 1, Fig. 1 a, Figure 14 to Figure 19, Figure 21 a, Figure 21 b, Figure 23, Figure 26, Figure 27 or Figure 35 to Figure 39.

The schematic diagram of press-key structure when Fig. 3 is to observe from the B-B direction of Fig. 2.

Fig. 4 is the another kind of structural representation of the button in Fig. 1, Fig. 1 a, Figure 14 to Figure 19, Figure 21 a, Figure 21 b, Figure 23, Figure 26, Figure 27 or Figure 35 to Figure 39, and shown in it, direction is identical with Fig. 1.

Fig. 5 is a kind of schematic diagram of the Interactive Call answering system of the present invention, and this system is used for Internet bar.

Fig. 6 a and Fig. 6 b is a kind of schematic diagram of corresponding to the system shown in Fig. 5 work process with relevant part of ordering, and wherein Fig. 6 a is the first half of work process, and Fig. 6 b is the latter half of work process.Fig. 6 c and Fig. 6 d is a kind of schematic diagram of corresponding to the system shown in Figure 10 work process with relevant part of ordering, and wherein Fig. 6 c is the first half of work process, and Fig. 6 d is the latter half of work process.

Fig. 7 a to Fig. 7 h is a kind of electrical schematic diagram of the circuit arrangement of the call answerer of the present invention, the electrical connection between components and parts in each electricity principle component is by corresponding letter mark, namely the terminals identifying identical letter (or monogram) place interconnect.Wherein Fig. 7 a is the electrical schematic diagram of usb circuit；Fig. 7 b is the electrical schematic diagram of main control microprocessor；Fig. 7 c is the electrical schematic diagram of the conductive film assembly being connected with main control microprocessor；Fig. 7 d is the electrical schematic diagram of the first peripheral circuit for main control microprocessor；Fig. 7 e is the electrical schematic diagram of the second peripheral circuit for main control microprocessor；Fig. 7 f is the electrical schematic diagram of light emitting control integrated circuit；Fig. 7 g is the electrical schematic diagram of the peripheral circuit for light emitting control integrated circuit；Fig. 7 h is the electrical schematic diagram of dot matrix LEDs circuit.

Fig. 8 is the electrical schematic diagram of the mechanical switch matrix circuit being connected with main control microprocessor of the present invention.

Fig. 9 is the electrical schematic diagram of the keyboard dot matrix LEDs circuit that the invention is provided with price seven segment digit display light emitting diode.

Figure 10 is the another kind of schematic diagram of the Interactive Call answering system of the present invention, and multiple keyboard-type call answerers with USB connecting line therein are attached with foreground client computer (namely two computer on line) by USB hub (namely access using one cable equipment).Figure 10 a is the third schematic diagram of the Interactive Call answering system of the present invention, multiple keyboard-type call answerer with USB connecting line therein passes through wired USB device server (namely access using one cable equipment), is attached with foreground client computer (namely two computer on line) via switch.

Figure 11 is the 4th kind of schematic diagram of the Interactive Call answering system of the present invention, and multiple keyboard-type call answerers therein use the mode of wireless 2.4G to be attached with foreground client computer (namely two computer on line) via USB hub by 2.4G wireless receiving and dispatching end (namely access using one cable equipment).

Figure 12 is the 5th kind of schematic diagram of the Interactive Call answering system of the present invention, and multiple keyboard-type call answerers therein use the mode of wireless blue tooth to be attached with foreground client computer by the USB Bluetooth adapter (namely access using one cable equipment) being arranged on foreground client computer (namely two computer on line).

Figure 13 is the 6th kind of schematic diagram of the Interactive Call answering system of the present invention, and multiple keyboard-type call answerers therein use the mode of wireless 802.11WIFI to be attached with foreground client computer (namely two computer on line) by wireless router (namely access using one cable equipment).Figure 13 a is the 7th kind of schematic diagram of the Interactive Call answering system of the present invention, and multiple keyboard-type call answerers therein use the mode of wireless 802.11WIFI to be attached with foreground client computer (namely two computer on line) via switch by multiple wireless routers (namely access using one cable equipment).Figure 13 b is the 8th kind of schematic diagram of the Interactive Call answering system of the present invention, multiple keyboard-type call answerer with USB connecting line therein passes through wireless USB apparatus server (namely access using one cable equipment), is attached with foreground client computer (namely two computer on line) via wireless router.Figure 13 c is the 9th kind of schematic diagram of the Interactive Call answering system of the present invention, multiple keyboard-type call answerers therein use the mode of ZIGBEE radio communication by multiple ZIGBEE wireless base stations (namely access using one cable equipment), are attached with foreground client computer (namely two computer on line) via switch.

Figure 14 is the third schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer for KTV, also serves as ordering and uses keyboard-type call answerer, give the another kind of layout of button in figure in an embodiment.Figure 14 a is the 4th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is for KTV, also serves as ordering and uses keyboard-type call answerer, gives the another kind of key arrangement with pricing information on button in figure.Figure 14 b is the 5th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is for bathing, foot bath, the keyboard-type point unitary call transponder in therapeutic massage class place, gives a kind of layout of button in figure.Figure 14 c is the 6th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is ordered call answerer by the keyboard-type used on passenger train, gives a kind of layout of button in figure.Figure 14 d is the 7th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is to be applicable to the keyboard-type call answerer that the lodging place such as hotel, hotel uses, and gives a kind of layout of button in figure.Figure 14 e is the 8th kind of schematic diagram of the keyboard-type call answerer of the present invention, the keyboard-type call answerer that this call answerer uses for medical treatment and nursing, providing for the aged and nursing place, gives a kind of layout of button in figure.

Figure 15 is the 9th kind of schematic diagram of the keyboard-type call answerer of the present invention.

Figure 16 is the tenth kind of schematic diagram of the keyboard-type call answerer of the present invention.

Figure 17 is the 11st kind of schematic diagram of the keyboard-type call answerer of the present invention.

Figure 18 is the 12nd kind of schematic diagram of the keyboard-type call answerer of the present invention.

Figure 19 is the 13rd kind of schematic diagram of the keyboard-type call answerer of the present invention.

Figure 20 is the key component schematic diagram of the integrated display device of the keyboard-type call answerer of Figure 19.

Figure 21 a is the schematic diagram of the keyboard-type call answerer 2 group of the present invention key arrangement of one of them when supporting the use, and Figure 21 b is the schematic diagram of the layout of the button with the call answerer matching used keyboard-type call answerer shown in Figure 21 a.

Figure 22 is the another kind of electrical schematic diagram that conductive film assembly is connected with main control microprocessor.

Figure 23 is the 14th kind of schematic diagram of the keyboard-type call answerer of the present invention.

Figure 24 is the tenth kind of schematic diagram of the Interactive Call answering system of the present invention.

Figure 25 a is a kind of schematic diagram of the work process of with a computer on line start relevant part corresponding to system shown in Figure 24.Figure 25 b is a kind of schematic diagram of the work process that with first-line staff change duty relevant part corresponding to system shown in Figure 24.Figure 25 c is a kind of schematic diagram of the work process that with support personnel change duty relevant part corresponding to system shown in Figure 24.Figure 25 d is a kind of schematic diagram of the work process that with first-line staff call support personnel relevant part corresponding to system shown in Figure 24.

Figure 26 is the 15th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is used by student.

Figure 27 is the 16th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is used by faculty and staff.

Figure 28 is the 11st kind of schematic diagram of the Interactive Call answering system of the present invention.Figure 28 a is that configuration schematic diagram installed by the software of system shown in Figure 28.

Figure 29 a is after system shown in Figure 28 starts, the schematic diagram of the partial information field that classroom two computer on line comprises in the beginning packet of giving lessons that server sends.Figure 29 b is that after system shown in Figure 28 starts, classroom two computer on line has inscribed the schematic diagram of the partial information field comprised in packet to doing of sending of server.Figure 29 c is after system shown in Figure 28 starts, the schematic diagram of the partial information field that classroom two computer on line comprises in situation of the solving a problem packet that server sends.Figure 29 d is after system shown in Figure 28 starts, the schematic diagram of the partial information field that classroom two computer on line comprises in situation of the listening to the teacher packet that server sends.Figure 29 e is after system shown in Figure 28 starts, the schematic diagram of the partial information field that classroom two computer on line comprises in the student that server sends raises one's hand packet.

Figure 30 is a kind of schematic diagram starting sessions in the work process corresponding with system shown in Figure 28.

Figure 31 is a kind of schematic diagram that doing in the work process corresponding with system shown in Figure 28 has inscribed part.

Figure 32 is a kind of schematic diagram of the condition survey part of solving a problem in the work process corresponding with system shown in Figure 28.

Figure 33 is a kind of schematic diagram of the condition survey part of listening to the teacher of the work process corresponding with system shown in Figure 28.

Figure 34 is a kind of schematic diagram of the record part of raising one's hand of the work process corresponding with system shown in Figure 28.

Figure 35 is the 17th kind of schematic diagram of the keyboard-type call answerer of the present invention, and this call answerer is used by faculty and staff.

Figure 36 is the 18th kind of schematic diagram of the keyboard-type call answerer of the present invention, and some button of target therein display selection key group is pressed the mode of highlighting and arranged.

Figure 37 is the 19th kind of schematic diagram of the keyboard-type call answerer of the present invention, and some button of target therein display selection key group highlights mode according to another kind and arranges.

Figure 38 is the 20th kind of schematic diagram of the keyboard-type call answerer of the present invention, is provided with user investigation key group in button therein.

Figure 39 is the 21st kind of schematic diagram of the keyboard-type call answerer of the present invention, is provided with viewing investigation key group in button therein.

Figure 40 is a kind of schematic diagram of the work process of the viewing survey section corresponding with the movie theatre Interactive Call answering system being provided with the keyboard-type call answerer shown in Figure 39.

Labelling in above-mentioned accompanying drawing is as follows:

nullCall answerer 1、Upper cover 11-1、Lower cover 11-2、Button installing hole 11-3、Seven sections of loophole 11-4、Point-like loophole 11-5、Loophole 11-6、Button 12、Target display selects key group 12-1、Leading position state shows and calls key group 12-1-3、Teaching job state shows and calls key group 12-1-4、Learning effect key group 12-1-5、Exercise question selects key group 12-1-6、Learning information gathers key group 12-1-7、User investigation key group 12-1-8、Viewing investigation key group 12-1-9、Function key group 12-2、Oneself state selects key group 12-3、Instantaneous operating conditions key group 12-3-1、State and listening key group 12-4、Instantaneous operating conditions and checking key group 12-4-1、Remotely arrange key group 12-5、Job placement on same day key group 12-5-1、Button set 120、Silica gel elastic body 13、Silica gel elastic body protuberance 13-1、Silica gel elastic body presses compression leg 13-2、Conductive film assembly 14、Circuit board 15、USB connecting line 16、Light emitting diode 17、Single color LED 17-1、Display screen 17-2、Keyboard is with controlling integrated circuit 18、Main control microprocessor 18-1、Light emitting control integrated circuit 18-2、Mechanical switch 19、On & off switch cap-linking part 19-1、One computer on line 20、2.4G wireless receiving and dispatching end 21、WIFI wireless router 22、Usb hub 23 with external power supply、Wired USB device server 24、WIFI wireless USB apparatus server 25、ZIGBEE wireless base station 26、USB Bluetooth adapter 27、Netting twine 3、Switch 4、Convergence switch 41、Core switch 42、Remotely access computer 5、Server 6、Remotely with server 61、Two computer on line 7、Classroom is with two computer on line 71、Teacher is with two computer on line 72、Leader is with three computer on line 73、Router 8、No. 1 call answerer 201、No. 2 call answerers 202、One line call answerer 301、Two wires call answerer 302、Student is with call answerer 101、Classroom call answerer 102、Teacher is with call answerer 103，Leader uses call answerer 104.

Detailed description of the invention

(embodiment 1 , Internet bar Interactive Call answering system and keyboard-type call answerer thereof)

See Fig. 1 to Fig. 3 (referring to Fig. 1, Fig. 2 and Fig. 3), the keyboard-type call answerer of the present embodiment is a kind of carry out communication for information when using each other with personal computer there is input function and the hardware device of display function, the primary structure of this keyboard-type call answerer is essentially identical with the primary structure of the keyboard of personal computer, it may be said that the keyboard-type call answerer of the present embodiment is a kind of keyboard with specific function.Owing to keyboard-type call answerer is generally used by first-line staff's (being i.e. the consumer as Internet user in the present embodiment), therefore referred to as one line call answerer, referred to as call answerer 1.The call answerer 1 of the present embodiment is a kind of USB device, and its external signal transmitting and receiving parts are the USB connecting line 16 with USB interface, thus the call answerer 1 of the present embodiment is the call answerer of wired.The call answerer of the present embodiment is ordered for Internet bar, therefore alternatively referred to as Internet bar orders with call answerer, or referred to as orders with call answerer, and the call answerer 1 of the present embodiment is a kind of wired conductive film type call answerer for ordering.

Still seeing Fig. 1 to Fig. 3, the call answerer 1 of the present embodiment includes upper cover 11-1, lower cover 11-2, button 12, pressing signal generating apparatus and circuit arrangement.

The upper cover 11-1 of described call answerer 1 is provided with 24 button installing hole 11-3, and cooperates between upper cover 11-1 and lower cover 11-2, and shapes and sizes size is corresponding.

The button 12 of above-mentioned call answerer 1 has 24, the keycap of each button 12 is provided with and is shown in the movable relevant symbol of call answering, described symbol includes that (symbol in the present embodiment is character for the symbol representing demand item and the symbol representing function, it it is further the character of Nonopaque type, in other embodiments, described symbol can be pattern, or character adds pattern).The button 12 being provided with the symbol representing demand item has 20, and these 20 button composition target displays select key group 12-1, and the button 12 being provided with the symbol representing function has 4, these 4 button 12 composition function key groups 12-2.Target display selects the character of expression demand item set on the keycap of 20 buttons of key group 12-1 to be food product title, they successively: cattle laughable, red, BABAOZHOU, Sucus Mali pumilae, Pulp Citrulli juice, muffin, cake, egg tart, dried meat floss volume, sandwich, beef with brown sauce, old altar sauerkraut, spicy beef, spareribs with brown sauce, fresh shrimp fish plate, fish-flavoured shredded pork, Spicy diced chicken with peanuts, Curried chicken, Fructus Lycopersici esculenti egg and red-cooked eggplant.The character of expression function set on the keycap of 4 buttons of function key group 12-2 is to purchase by group, subscribe, cancel and confirm successively.

Can generate the device of pressing signal when above-mentioned pressing signal generating apparatus is pressing keys 12, pressing signal generating apparatus has silica gel elastic body 13 and conductive film assembly 14.

The circuit arrangement of above-mentioned call answerer 1 has circuit board 15, external signal transmitting and receiving parts, dot matrix LEDs circuit, integrated circuit and the peripheral circuit being matched therewith.Dot matrix LEDs circuit is made up of 24 light emitting diodes 17 and corresponding drive circuit, and the quantity of light emitting diode 17 is corresponding with the quantity of button 12, and light emitting diode is Tricolor LED (also referred to as four pin controllable multi-color light emitting diode).Described external signal transmitting and receiving parts are the USB connecting line 16(hereinafter referred to as USB connecting line 16 with USB interface), thus the call answerer 1 of the present embodiment is USB device.

See that Fig. 7 a to Fig. 7 h(refers to Fig. 7 a, Fig. 7 b, Fig. 7 c, Fig. 7 d, Fig. 7 e, Fig. 7 f, Fig. 7 g and Fig. 7 h), the integrated circuit of the circuit arrangement of the call answerer 1 of the present embodiment is mainly keyboard and controls integrated circuit 18.Keyboard controls integrated circuit 18 and has main control microprocessor 18-1 and light emitting control integrated circuit 18-2.Main control microprocessor 18-1 can select the IC chip that model is HT68FB560 that can be used for the HOLTEK brand produced by Taiwan Shengqun Semiconductor Co., Ltd that computer keyboard controls.Light emitting control integrated circuit 18-2 can select the IC chip that model is HT68F40 of the HOLTEK brand produced by Taiwan Shengqun Semiconductor Co., Ltd that can be used for being controlled the light emitting diode of computer backlight keyboard.The internal memory of main control microprocessor 18-1 has stored control software in the application, generates program including keyboard scan program, luminous instruction output program and infomational message.Keyboard scan program therein and luminous instruction output program are the general program matched with the present invention, and infomational message generates program and both can use the general program matched with the present invention, it is possible to use the infomational message exclusively for the present embodiment is supporting to generate program.The internal memory of light emitting control integrated circuit 18-2 has stored lumination of light emitting diode in the application and has controlled software.It is the general program matched with the present invention that this lumination of light emitting diode controls software.Each above-mentioned general program can be provided with before assembling call answerer 1 in advance, and the above-mentioned infomational message supporting for the present embodiment generates program and can also be provided with in advance before assembling call answerer 1.

Above-mentioned light emitting control integrated circuit 18-2 may also take on other embodiment.As the main control microprocessor 18-1 that employing function is more powerful, the single-chip microcomputer that model is KL26 such as produced by TM (FREESCALE SEMICONDUCTOR), lumination of light emitting diode controls software and can also be arranged in 18-1.Light emitting control integrated circuit 18-2 can select the LED emission control circuit of the LED light emitting control program of curing type an appropriate number of, built-in.Such as by ISSI(INTEGRATED SILICON SOLUTION, INC.) model produced is the integrated circuit of 3731, software is controlled without arranging lumination of light emitting diode, also without the drive circuit arranging light emitting diode 17, and directly driven by the pin of light emitting control integrated circuit 18-2, namely light emitting control integrated circuit 18-2 now has held concurrently the effect of LED driving circuit.

When the performance of main control microprocessor 18-1 and the quantity of general purpose I/O port can meet use needs, it is also possible to be not provided with light emitting control integrated circuit 18-2, now lumination of light emitting diode control software is also disposed in 18-1.Such as, when the number of keys of call answerer 1 is 6.Now, main control microprocessor 18-1 can arrange 5 general purpose I/O port for scanning include 6 by the conductive film assembly 14 of key mapping, the control of totally 18 LED illuminator for 6 Tricolor LEDs 17 of dot matrix LEDs circuit of 9 general purpose I/O port is set, such as, performance and the general purpose I/O port quantity of the HT68FB560 of 48 pins can meet use needs.

The peripheral circuit of above-mentioned dot matrix LEDs circuit, main control microprocessor 18-1, light emitting control integrated circuit 18-2 and integrated circuit is arranged on circuit board 15.Circuit board 15 is one piece of overall circuit board, or the circuit board set being made up of the polylith circuit board being electrically connected to each other.USB connecting line 16 and conductive film assembly 14 all electrically connect with circuit board 15, and then are electrically connected with main control microprocessor 18-1 by peripheral circuit.

Seeing Fig. 7 h and Fig. 7 f, in the present embodiment, the drive circuit (hereinafter referred to as drive circuit) of the dot matrix LEDs circuit of call answerer 1 is made up of 9 P-channel field-effect transistor (PEFT) pipe MOS-P, 8 N-channel field effect transistor MOS-N and corresponding resistance；Wherein the grid of each field effect transistor collectively constitutes the control end of drive circuit namely dot matrix LEDs circuit.The different level output of light emitting control integrated circuit 18-2 actually used LR1 to LR8 and LC1 to LC9 port, control 24 light emitting diodes 17 in the present embodiment, each light emitting diode 17 comprises redness, green, each 1 blue of LED illuminator, namely each light emitting diode 17 has 3 LED illuminator, thus 24 light emitting diodes 17 have 72 LED illuminator.

nullThe connected mode of above-mentioned Tricolor LED 17 is: in 4 pins of each Tricolor LED 17，Wherein each pin of 3 pins as input electrically connects with the drain electrode of a corresponding P-channel field-effect transistor (PEFT) pipe MOS-P of drive circuit and corresponding resistance，The then port electrical connection corresponding to LC1 to the LC9 port of light emitting control integrated circuit 18-2 of the grid of each P-channel field-effect transistor (PEFT) pipe MOS-P，The pin as public outfan in 4 pins of light emitting diode 17 is electrically connected by the drain electrode of corresponding N-channel field effect transistor MOS-N，Each N-channel field effect transistor MOS-N is then connected by a corresponding resistance port corresponding to LR1 to the LR8 port of light emitting control integrated circuit 18-2 by its grid，To form Tricolor LED matrix circuit.

The call answerer 1 of the present embodiment is all provided with light emitting diode 17(or the light emitting diode of one group of single led luminous body of different colours of a polychrome in the position that each button selecting key group 12-1 with target display is corresponding), this is that prior art is unexistent.Light emitting diode can be set at each button of function key group 12-2 as required, it is also possible to is not provided with light emitting diode.The target display of the call answerer 1 of the present invention selects each button 12 of key group 12-1 only when respective light emitting diode 17 is lighted, and is just transparent to show that the information of corresponding demand project.

Seeing Fig. 2, the circuit board 15 of the call answerer 1 of the present embodiment is the circuit board body of a monoblock, and it is sized to be slightly smaller than upper cover 11-1 or lower cover 11-2, and the size of conductive film assembly 14 is essentially identical with circuit board 15.This set, be not only simple in structure, dependable performance, and in using conductive film assembly 14 as the keyboard producing the key press signal of telecommunication, use monoblock circuit board so that fixing one by one for multiple buttons and arrange that solely to belong to the light emitting diode 17 of this button be also that prior art is unexistent.

Above-mentioned conductive film assembly 14 is placed on lower cover 11-2, and silica gel elastic body 13 is arranged on conductive film assembly 14, the push contact of silica gel elastic body 13 and the levels thick-film printed circuit contact one_to_one corresponding in conductive film assembly 14.Circuit board 15 is arranged on silica gel elastic body 13, and each silica gel elastic body protuberance (abbreviation protuberance) 13-1 of silica gel elastic body 13 upwards exposes hole from corresponding the passing through of circuit board 15.Upper cover 11-1 is fixedly connected on lower cover 11-2, and is arranged at the top of circuit board 15.The button of target display selection key group 12-1 is the most identical with shape with the structure of the button of function key group 12-2, and the cervical region of each button 12 is positioned in the corresponding button installing hole 11-3 of upper cover 11-1, and its lower end contacts with silica gel elastic body 13.When upper cover 11-1 and lower cover 11-2 forms shell by screw locking, each assembly of call answerer 1 is fixedly installed togather, it is connected electrically in the USB connecting line 16 on circuit board (15) also to stretch out from the shell that upper cover 11-1 and lower cover 11-2 is formed, and its USB interface is positioned at the outside of shell.Thus, the call answerer 1 of the present embodiment is the wired conductive film type call answerer for ordering.When pressing certain button 12, the protuberance 13-1 of the silica gel elastic body 13 below this button 12 is deformed, and the silica gel elastic body of this protuberance 13-1 is pressed compression leg 13-2 and the contact of the printed circuit of the conductive film assembly 14 of lower section is formed extruding, and make this upper and lower contact contact, if being now under the state that call answerer 1 starts, then contact is turned on by this, thus generates key press signal.

Seeing Fig. 5, Internet bar's Interactive Call answering system of the present embodiment is used for ordering, and this system can newly-built be set up, or sets up on the basis of existing Internet bar LAN.The present embodiment is preferably set up on the basis of existing Internet bar LAN, and use above-mentioned for the wired conductive film type call answerer 1 ordered, thus form the LAN system of the present embodiment, namely Internet bar's Interactive Call answering system of the present embodiment is a kind of wired Interactive Call response LAN system with wired conductive film type call answerer for ordering, may be simply referred to as Internet bar and order with LAN system, or referred to as order with LAN system, or referred to as LAN system, or referred to as system.Described wired interactive mode refers to that the connected mode between the hardware of system is wired connection mode.

Still see Fig. 5, in the present embodiment, the quantity of convergence switch 41 is 4 to 25, and the quantity of a computer on line 20 is 20 to 1000, and the quantity of call answerer 1 is identical with the quantity of a computer on line 20, also being 20 to 1000, every convergence switch 41 electrically connects with 5 to 40 computer on line 20.

The LAN system of the present embodiment includes above-mentioned multiple (20 to 1000) call answerer 1, a computer on line 20 in computer on line 20(the present embodiment that quantity is identical with the data of call answerer 1 has been held concurrently the effect of access using one cable equipment, one computer on line 20 is user client computer), netting twine 3, the convergence switch 41 that quantity is corresponding with the quantity of a computer on line 20, one core switch 42, when one or more server 6(uses without dish LAN, comprise without dish server), one two computer on line 7(namely foreground client computer), one router 8, and outer net connects equipment and various connection accessories etc..In the present embodiment, each call answerer 1 electrically connects with a corresponding computer on line 20, each computer on line 20 and corresponding call answerer 1 are matched by respective USB port and can be in communication with each other, an each computer on line 20 is electrically connected with corresponding convergence switch 41 by netting twine 3, each convergence switch 41 electrically connects with core switch 42, core switch 42 respectively with two computer on line 7, router 8 and each station server 6 electrically connect, thus constitute the LAN system of the present embodiment, namely the system of the present embodiment is a kind of wired Interactive Call response LAN system with wired conductive film type call answerer for ordering.

In actual use, according to the actually used demand of LAN, the switch in LAN can also only be provided with core switch；Or access switch, convergence switch and core switch can also be provided with.

The server 6 of the LAN system of the present embodiment selects the Internet cafe service device of seven degree of companies, and remaining network equipment selects the corresponding Internet bar network equipment of TG-NET company, and these are prior art for hardware product and the software kit of Internet bar's LAN.

The corresponding software matched with it is also installed and run to the LAN system of the present embodiment in the application, so that the LAN system of the present embodiment can normally work in the application.Wherein, with the USB mutual receiving and transmitting signal of wire communication mode between call answerer 1 and access using one cable equipment.The described corresponding software matched refers to: be provided with the drive control software of a computer on line 20 matching used with the present invention in without dish server 6, controls drive software (being called for short a line software or a sequence of threads) including its line call answering played a role in this LAN system；In two computer on line 7, it is provided with the two wires call answering matched with the present invention controls software (referred to as two wires software or two sequence of threads)；The corresponding software (namely arrange control software in aforesaid main control microprocessor 18-1 and arrange lumination of light emitting diode control software in aforesaid light emitting control integrated circuit 18-2) matched with it is installed in aforesaid call answerer 1.

When after above-mentioned computer on line 20 start, can be that a computer on line 20 generates system image without dish server 6, meanwhile, a line software also can be copied in the system image of a computer on line 20 and run.Two wires software is the most properly functioning when two computer on line 7 are started shooting.An above-mentioned line software, two wires software and the aforesaid control software being arranged in main control microprocessor 18-1 and the lumination of light emitting diode being arranged in light emitting control integrated circuit 18-2 control software, it is to ensure that the LAN system of the present invention normally works required software, these softwares not only match with corresponding hardware, and all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

The main control microprocessor 18-1 of above-mentioned call answerer 1 can scan, by the certain port in C1 to C17 port and R1 to R8 port, the matrix circuit being made up of conductive film assembly 14, judges the conducting situation of each contact of conductive film assembly 14 according to this scanning result.Seeing Fig. 7 c, in the present embodiment, actually used C1 to C3 port and R1 to R8 TCP contain 24 matrix circuits by the conductive film assembly 14 of key mapping of SW1 to SW24 altogether.When pressing certain button 12 of call answerer 1, the contact of the corresponding levels printed circuit of conductive film assembly 14 can turn on.At this moment main control microprocessor 18-1 produces according to this conducting C1 to C3 port and the change of R1 to R8 TCP signal, it is judged that be the pressing change that occurs of which button 12.Main control microprocessor 18-1 generates message according to this signal, by USB D+ and the USB D-port of main control microprocessor 18-1 through USB connecting line 16, sends the signal to a computer on line 20.

In the present embodiment, the main control microprocessor 18-1 of call answerer 1 is when with computer on line 20 two-way connection, its signal sent contains product ID (the Product ID showing that this USB device is keyboard-type call answerer, hereinafter referred to as PID), in order to a computer on line 20 identifies call answerer 1.When message produced by pressing keys 12 is passed to a computer on line 20 by main control microprocessor 18-1, keypad numerals code (also referred to as button value) in message is also different from the button value in the message that the universal computer keyboard that a computer on line 20 connects and miscellaneous equipment send, in order to avoid producing interference.This message is by the way of keypad numerals, some target display indicating call answerer 1 selects the button in key group 12-1 to be pressed, what this keypad numerals specifically represented is any commodity or service, is finally changed by two computer on line 7 according to the set information of the demand item corresponding to set in advance and each keypad numerals and shows.So, when because managing the kind needing to change food product, commodity or service, change target display selects which button in key group 12-1, it is also required in the software of synchronization control two wires the demand item set information of the keypad numerals of these key positions corresponding, the demand item set information making these keypad numerals represents new food product, commodity or service, in order to normally use.

Above-mentioned light emitting control integrated circuit 18-2 passes through its LR1 to LR8 and LC1 to LC9 port output light emitting diode LED control signal, under the control of this control signal, drives through drive circuit so that corresponding light emitting diode 17 is luminous.It is connected by tetra-SPI communication bus ports of respective SPI_MOSI, SPI_ MISO, SPI_SCLK, SPI_CSN are corresponding between light emitting control integrated circuit 18-2 and main control microprocessor 18-1, and thus transmits signal each other.The lumination of light emitting diode control instruction that light emitting control integrated circuit 18-2 transmits according to the main control microprocessor 18-1 received exports to the different level controlling LR1 to LR8 and LC1 to LC9 port, thus reaches the illumination effect wanted.

(application examples 1, Internet bar order by the work process of LAN system)

Seeing Fig. 6 a and Fig. 6 b, and see Fig. 5, Fig. 1 to Fig. 3 and Fig. 7 a to Fig. 7 h, should use-case be that the Internet bar of embodiment 1 orders by a kind of work process of LAN system, the key step of this work process be as follows:

Step 10: start.Before computer on line 20 start, during two computer on line 7 are already at running two sequence of threads and having generated the state of current food product status data.

Step 20: be this a certain computer on line 20 when consumer operates the computer on line 20 of a certain below a computer on line 20() make it start shooting after, i.e. run startup program, generated system image by the server without dish in LAN system 6 for this computer on line 20 and run, including a sequence of threads.Call answerer 1(refers to the call answerer 1 being connected on an above-mentioned a certain computer on line 20 simultaneously) obtained electric by its USB connecting line 16 by a computer on line 20, thus its main control microprocessor 18-1 starts control software, and its light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 a: computer on line 20 runs the program in the system image received, and including a sequence of threads.

Step 40: after a sequence of threads starts, one computer on line 20 first generates opening initialization request for data bag, again according to ICP/IP protocol, pass sequentially through corresponding convergence switch 41 and core switch 42 and this opening initialization request for data bag is sent to two computer on line 7.

Step 50: after two computer on line 7 receive this packet dissection process, according to ICP/IP protocol, passes sequentially through core switch 42 and corresponding convergence switch 41 and sends current food product state data packets to this computer on line 20.

Step 60: after a computer on line 20 receives the next current food product state data packets of two computer on line 7 transmissions dissection process, by USB interface of computer (specifically, the USB interface electrically connected with call answerer 1, lower with) USB D+ and USB D+ and USB D port from USB D port to the main control microprocessor 18-1 of call answerer 1 send current food product status command.

Step 61: main control microprocessor 18-1 generates the light emitting control instruction being controlled light emitting diode 17 according to the current food product status command that step 60 receives.

Step 62: the instruction that step 61 generates is sent to light emitting control integrated circuit 18-2 by main control microprocessor 18-1 by SPI communication bus port.

Step 63: after light emitting control integrated circuit 18-2 receives, by SPI port, the light emitting control being controlled light emitting diode 17 instruction that main control microprocessor 18-1 sends, generate lumination of light emitting diode control signal, control the output level of its LR1 to LR8 and LC1 to LC9 port.

Step 70: call answerer 1 is under the output level of step 63 controls, by the driving of drive circuit, controls the luminescence of corresponding LED illuminator and its luminance, thus controls printing opacity color and the light transmission state of respective keys keycap backlight.These key cap of key set backlights dissipate out by the light-transmission character of the expression demand item on the keycap of button 12, so that call answerer 1 is in the state of the supply situation showing current food product.Call answerer 1 now is also at waiting the state ordered.At this moment, the supply situation of the current each food product in Internet bar can be recognized at a glance according to the character on these buttons and color thereof and luminance by consumer.

Such as, target display selects the button being in non-light emitting state of key group 12-1 to represent that the food product that this button is indicated temporarily is unable to supply, the button being in green light transmission state represents that the food product that this button is indicated currently can be with regular supply, it is in the button of red light transmission state and represents that carrying out food product that this button indicated in Internet bar purchases by group activity, the button being in red printing opacity flicker state represents that the activity that purchases by group carrying out the food product that this button is indicated in Internet bar will full terminate, the button being in yellow light transmission state represents the present Discount Promotion of food product etc. that this button is indicated.Herein be shown as should use-case call answerer 1 remotely actively display in dbjective state show.Specifically, in the present embodiment, target display selects to be in green light transmission state, red light transmission state, red printing opacity flicker state or the dbjective state shown by button of yellow light transmission state in key group 12-1, is the state that can carry out remote call-in；Further, now press that the button of above-mentioned green light transmission state generated be corresponding with the food product that this button is indicated normally buy call information, now press that the button of above-mentioned red light transmission state or red printing opacity flicker state generated is that call information is bought in purchase by group corresponding with the food product that this button is indicated, now press that the button of above-mentioned yellow light transmission state generated is that the discount corresponding with the food product that this button is indicated buys call information.

Step 80: main control microprocessor 18-1 is after completing step 62, it is constantly in and continually scans for C1 to C3 port and whether R1 to R8 port has the state of Continuity signal, namely the main control microprocessor 18-1 of call answerer 1 is in the state of the pressing signal detecting whether call answerer button, thus represent that call answerer 1 is also at waiting the state ordered.

When certain food product is felt to need by consumer, only need to simply observe the button of call answerer 1 and directly press respective keys 12.Such as, when this food product can be for seasonable, and consumer only needs directly to press the respective keys 12 of target display selection key group 12-1 indicating this food product title.Now, the corresponding protuberance 13-1 of the silica gel elastic body 13 under described button 12 is deformed, it is pressed against on conductive film assembly 14 by compression leg 13-2, make the corresponding contacts contact conducting of conductive film assembly 14 bilevel printing film circuit, thus main control microprocessor 18-1 scans this conducting change when to its C1 to C3 port and R1 to R8 TCP.

Step 81: after the main control microprocessor 18-1 of call answerer 1 scans the pressing signal of call answerer button, then generate infomational message of ordering accordingly.Herein input for should use-case call answerer 1 Remote Selection input in remote call-in input.

Step 90: for the infomational message of ordering generated, the main control microprocessor 18-1 of call answerer 1 is sent to a coupled computer on line 20 by its USB D+ and USB D-port through USB connecting line 16.After this computer on line 20 receives and parses through this message of process, generate packet of ordering, according to ICP/IP protocol, pass sequentially through corresponding convergence switch 41 and core switch 42, and then be sent to two computer on line 7.

Step 100: the CPU of two computer on line 7 receives and parses through process and orders after packet, then sends the relevant display information parsed to the display of two computer on line 7.

Step 110: the information of display is window of ordering on the display of two computer on line 7, and this window of ordering is showing the positional information (namely numbering that this computer on line 20 is in existing Internet bar LAN system) of this computer on line 20 included in packet and the window of the information (namely requirement of ordering) of put food product.Simultaneously, two computer on line 7 are in wait self keyboard of pressing for this computer on line 20 or click on mouse and generate in the state of corresponding operational order, for being for this computer on line 20, the CPU of two computer on line 7 is in etc. and to be confirmed to order or to refuse in the state of operational order ordered.If the computer on line 20 now having other sends packet of ordering, two computer on line 7 then start other subprogram, this other ordering is required otherwise processed, and what two computer on line 7 acquiescences were most recently received orders packet for packet of currently ordering, display demonstrates that multiple window of ordering, current window therein (abbreviation of window of currently ordering) are the windows of ordering of the corresponding contents showing the packet of ordering being most recently received.Internet cafe service personnel can select current window separately by keyboard or mouse, and requirement of ordering current window is replied.Time actually used, Internet cafe service personnel are not only by input through keyboard, can also be by the corresponding button in click graphical interfaces, complete to confirm accordingly to order (confirmation of also referred to as ordering) or refuse to order the instruction input of (refusal of also referred to as ordering), uses keyboard and mouse as command input device in the present embodiment simultaneously.

In separate unit system, several system or the LAN system being provided with multiple call answerer, all can tackle multiple call request in the way of using similar above-mentioned windows display, this is common a kind of display mode in subsequent applications example.

Step 120: Internet cafe service personnel press the respective keys of the keyboard of two computer on line 7 or carry out the click of mouse, requirement of ordering for a certain window of ordering (namely window of ordering of step 110 generation), carry out generating the operational order (instruction here refers to that level is uprised or the signal of electric pulse or other electricity being suitable for is or/and the signal of magnetic by low by high step-down or level, lower with) confirming to order or the selection operation generating the operational order that refusal is ordered.

Step 130: Internet cafe service personnel in step 120 are carried out generating the selection operation of the operational order that confirmation is ordered, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation packet of ordering for a corresponding computer on line 20, two computer on line 7, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and this confirmation packet of ordering are sent back this computer on line 20；Simultaneously for the requirement of ordering of this computer on line 20, the CPU of two computer on line 7 is in the state waiting operational order of having ordered.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation packet of ordering corresponding to this other computer on line 20, and according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and confirmation packet of ordering is sent back this other computer on line 20.

Step 140: a computer on line 20 receive and parse through process order confirmation packet after, by the USB of USB interface of computer D+ and USB D-port sends confirmation instruction of ordering to the main control microprocessor 18-1 of call answerer 1.

Step 141: main control microprocessor 18-1 receives and parses through after processing the confirmation instruction of ordering that step 140 generates, and generating orders with this confirms the lumination of light emitting diode control instruction that instruction is corresponding.

Step 142: what main control microprocessor 18-1 was generated to the SPI communication bus port forwarding step 141 of light emitting control integrated circuit 18-2 by its SPI communication bus port confirms, with ordering, the lumination of light emitting diode control instruction that instruction is corresponding.

Step 143: the lumination of light emitting diode control instruction that light emitting control integrated circuit 18-2 generates according to step 142, generates and confirms, with ordering, the lumination of light emitting diode control signal that instruction is corresponding, and sent by its LR1 to LR8 and LC1 to LC9 port.

Step 150: the control signal that LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 sends, driving through drive circuit, control to be positioned at the pin level of the relevant LED illuminator of the light emitting diode 17 at the respective keys of target display selection key group 12-1, and make it luminous according to certain way, so that this button 12 is in confirms corresponding printing opacity color and light transmission state with ordering, with display some food product be capable of supply that.

Such as, after flashing 3 times, become blue, represent that foreground has accepted this and ordered, and represent and this food product will soon be sent here at consumer.Being shown as herein should show in the long-range response of call answerer 1 of use-case.

Step 160: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate packet of having ordered.Concrete condition may is that when put food product is delivered at consumer by Internet cafe service personnel, after consumer receives, Internet cafe service personnel go back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and packet generally can use the current food product state data packets representing current food product state.

Step 170: the packet of having ordered generated in step 160 is passed sequentially through core switch 42 and corresponding convergence switch 41 sends back a corresponding computer on line 20 according to ICP/IP protocol by two computer on line 7, after this computer on line 20 receives and parses through this packet of process, send, to call answerer 1, instruction of having ordered by USB connecting line 16.

Step 171, step 172, step 173, step 180: the main control microprocessor 18-1 of call answerer 1 receive and parse through process ordered instruction after, send lumination of light emitting diode control instruction to light emitting control integrated circuit 18-2, then controlled glow color and the luminance of the light emitting diode 17 of the respective keys of target display selection key group 12-1 by light emitting control integrated circuit 18-2.Such as after flashing 3 times, become Internet bar's current supply status of this food product.

It is above-mentioned that to order complete process similar with confirmation process of ordering, the step 171 in complete process of ordering, step 172, step 173, step 180 respectively with the step 141 during confirming of ordering, step 142, step 143, step 150 one_to_one corresponding each other.Wherein:

Step 171: main control microprocessor 18-1 receives and parses through after processing the instruction of having ordered that step 170 generates, and generating has ordered with this instructs corresponding lumination of light emitting diode control instruction.

Step 172: main control microprocessor 18-1 by SPI communication bus port forwarding step 171 from its SPI communication bus port to light emitting control integrated circuit 18-2 generate with the lumination of light emitting diode control instruction having ordered corresponding.

Step 173: the lumination of light emitting diode control instruction that light emitting control integrated circuit 18-2 generates according to step 172, the lumination of light emitting diode control signal generating with having ordered corresponding, and sent by its LR1 to LR8 and LC1 to LC9 port.

Step 180: the control signal that LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 sends, driving through drive circuit, control to be positioned at the pin level of the relevant LED illuminator of the light emitting diode 17 at the respective keys of target display selection key group 12-1, and make it luminous according to certain way, so that this button 12 is in completes corresponding printing opacity color and light transmission state with ordering.Being shown as herein should the long-range second set response of call answerer 1 of use-case show, described second set response shows it is the display of the second step response making a certain calling.

In application examples 1, if the packet that two computer on line 7 in step 160 are exported is current food product state data packets, call answerer 1 now is in the state of the supply situation showing current food product, returns step 80 simultaneously, is in and waits the state ordered.So normal flow this time ordered of consumer is disposed, and call answerer 1 is returned to show the state that the supply situation of the current food product in Internet bar and wait are ordered.During whole, consumer only need to press call transponder 1, and Internet cafe service personnel also have only to food delivery and walk about once, has both facilitated consumer, does not affect consumer and normally uses computer, also reduces the labor intensity of Internet cafe service personnel.

Step 190: Internet cafe service personnel in step 120 are carried out generating the selection operation of the operational order that refusal is ordered, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, and generate the refusal for a corresponding computer on line 20 and order packet, two computer on line 7, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and packet of being ordered by refusal sends back this computer on line 20.

Step 200 a: computer on line 20 receives and parses through process refusal and orders after packet, sends, by USB connecting line 16, refusal instruction of ordering to the main control microprocessor 18-1 of call answerer 1.

Step 201, step 202, step 203, step 210: main control microprocessor 18-1 receive and parse through process order refusal instruction after, send lumination of light emitting diode control instruction to light emitting control integrated circuit 18-2, then controlled glow color and the luminance of the light emitting diode 17 of the respective keys of corresponding target display selection key group 12-1 by light emitting control integrated circuit 18-2.Such as become the most luminous after flashing 3 times, represent that foreground has been refused this and ordered.

It is above-mentioned that to order refusal process similar with confirmation process of ordering, step 201 during refusal of ordering, step 202, step 203, step 210 respectively with the step 141 during confirming of ordering, step 142, step 143, step 150 one_to_one corresponding each other.Wherein:

Step 201: main control microprocessor 18-1 receives and parses through after processing the refusal instruction of ordering that step 200 generates, and generates the lumination of light emitting diode control instruction that refusal instruction of ordering with this is corresponding.

Step 202: the lumination of light emitting diode control instruction corresponding with refusal instruction of ordering that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 201 of light emitting control integrated circuit 18-2 by its SPI communication bus port.

Step 203: the lumination of light emitting diode control instruction that light emitting control integrated circuit 18-2 generates according to step 202, generates the lumination of light emitting diode control signal corresponding with refusal instruction of ordering, and is sent by its LR1 to LR8 and LC1 to LC9 port.

Step 210: the control signal that LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 sends, driving through drive circuit, control to be positioned at the pin level of the relevant LED illuminator of the light emitting diode 17 at the respective keys of target display selection key group 12-1, and make it luminous according to certain way, so that this button 12 is in the printing opacity color corresponding with refusal of ordering and light transmission state, show that put food product can not be supplied.Such as become the most luminous after flashing 3 times, represent that foreground has been refused this and ordered.Being shown as herein should show in the long-range response of call answerer 1 of use-case.

Step 220: ordered packet a period of time (such as 10 seconds) when a computer on line 20 receives and parses through process in step 170, or receiving and parsing through process in step 200 and order after refusal packet a period of time (being the most also 10 seconds), the CPU of a computer on line 20 detects the machine whether in shutdown process.If not in shutdown process, returning step 40, send to two computer on line 7 and initialize request for data bags, so that the glow color of each light emitting diode 17 of the call answerer 1 being connected with this computer on line 20 and the luminance real-time food product supply status current with Internet bar are consistent.Herein be shown as should use-case call answerer 1 remotely actively display in dbjective state show.

Step 230: if the CPU of a computer on line 20 detects that the machine, in shutdown process, or when the CPU of a computer on line 20 receives off signal, first carries out the shutdown subprogram of call answerer 1, sends shutdown command to call answerer 1 in step 220.

Step 231, step 232, step 233, step 240: after main control microprocessor 18-1 receives and parses through process shutdown command, the light emitting control instruction extinguishing light emitting diode is sent to light emitting control integrated circuit 18-2, controlled by light emitting control integrated circuit 18-2 again so that target display selects the light emitting diode 17 at each button of key group 12-1 and each button of function key group 12-2 the most luminous.

Above-mentioned shutdown process is similar with confirmation process of ordering, step 231 in shutdown process, step 232, step 233, step 240 respectively with the step 141 during confirming of ordering, step 142, step 143, step 150 one_to_one corresponding each other.Wherein:

Step 231: main control microprocessor 18-1 receives and parses through after processing the shutdown command that step 230 generates, generates the light emitting control instruction of extinguishing light emitting diode corresponding with this shutdown command.

Step 232: the light emitting control extinguishing light emitting diode that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 231 of light emitting control integrated circuit 18-2 by its SPI communication bus port instructs.

Step 233: the light emitting control instruction extinguishing light emitting diode that light emitting control integrated circuit 18-2 generates according to step 232, generates the corresponding LED control signal extinguishing light emitting diode, and is sent by its LR1 to LR8 and LC1 to LC9 port.

Step 240: the control signal that LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 sends, driving through drive circuit, control is positioned at the pin level of the relevant LED illuminator of the light emitting diode 17 at each button of target display selection key group 12-1 and each button of function key group 12-2, and make it the most luminous, so that each button 12 is in corresponding unglazed appears state with shutting down.

Step 250: terminate.

From should the foregoing description of use-case, the light emitting diode 17 of the call answerer 1 of the present invention is the operation of the service personal by two computer on line 7 of system, or two computer on line 7 finally control according to the rules of order set by two sequence of threads, and the call answerer 1 of the present invention is provided with the port receiving the instruction controlling Light-Emitting Diode, namely the interface of the USB connecting line 16 of call answerer 1 is to receive the interface having OFF signal including the instruction controlling Light-Emitting Diode, and the button 12 of the call answerer 1 of the present invention is provided with the light-transmission character of the title of marking object or service or other alternative demand item, light-transparent pattern, or light-transmission character adds the button of light-transparent pattern.

Still see Fig. 1, further, when Shang Ji consumer of Internet bar, when wanting to buy certain food product by preferable discount, can first click the button 12 indicating " purchasing by group " light-transmission character in function key group 12-2, then press the button 12(such as sandwich of the food product being thought purchase).After main control microprocessor 18-1 scans this twice operation, corresponding message can be generated, be sent to the computer on line 20 being connected with this call answerer 1 by USB connecting line 16.After this computer on line 20 receives and parses through this message of process, generation comprises this food product of initiation and purchases by group the packet of the information of ordering, and according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42, and then be sent to two computer on line 7.After two computer on line 7 receive and parse through this packet of process, the computer location information of this computer on line 20 comprised in video data bag on the display of two computer on line 7 and initiate this food product and purchase by group the information ordered.Meanwhile, two computer on line 7 are in etc. and to be confirmed to purchase by group or to refuse in the state of operational order that purchases by group.

Internet cafe service personnel press the respective keys of two computer on line 7, carry out generating confirmation and purchase by group instruction or generate the selection operation refusing to purchase by group instruction.Two computer on line 7 receive after confirming the operational order that purchases by group, generate the packet of the feedback information purchasing by group confirmation, and pass sequentially through core switch 42 according to ICP/IP protocol and corresponding convergence switch 41 is sent to a computer on line 20 of all starts.After each computer on line 20 receives this packet dissection process, generate corresponding control instruction and issue connected call answerer 1 by USB connecting line 16.The target display of call answerer 1 selects the respective keys 12(such as sandwich of key group 12-1) light emitting diode 17 at place is in corresponding printing opacity color and light transmission state.Such as become red after flashing 3 times, represent that Zhong You consumer of Internet bar has initiated purchasing by group of this food product.Want that the consumer participated in can press the button 12(such as sandwich representing this food product) and participate in this and purchase by group.When participating in the personnel purchased by group and being i.e. up to setting number, under two computer on line 7 control, representing the button 12(such as sandwich of this food product) glow color of the light emitting diode 17 at place and luminance can be changed into the redness persistently flashed, and reminds the consumer wanting to participate in participate in as early as possible.When participating in the personnel purchased by group and reaching setting number, two computer on line 7 send respectively and purchased by group packet to a computer on line 20 of all starts.Again after the operating process of similar feedback information of ordering, target display on the call answerer 1 of the consumer that participating success purchases by group selects the printing opacity color of respective keys (such as sandwich) of key group 12-1 to become expression to order successful color (such as blue), does not participates in the display of the target on the call answerer 1 of this consumer purchased by group and selects the printing opacity color of respective keys (such as sandwich) of key group 12-1 then to become the color (such as green) of regular supply.So far, this flow process purchased by group is fully completed.So Internet bar can promote sales volume, and consumer can buy the food product (such as sandwich) wanted by the price of discount, it is achieved the doulbe-sides' victory of both sides of supply and demand.As shown in the above description: although the call information of ordering that purchases by group that a certain consumer sends needs just can be transmitted to other consumer by the confirmation of support personnel, but from practical effect, its essence is that a certain consumer invites, to what other consumers sent, the call information participating in purchasing by group, that is to say the equity calling between consumer and other consumers.

Still see Fig. 1, further, consumer when Internet bar, want to subscribe buy certain the most temporarily can not supply but can subscribe food product time, can first click the button 12 indicating " reservation " light-transmission character in function key group 12-2, then press the button 12(such as egg tart being shown presently as temporarily can not supplying the food product still can subscribed that sign has been wanted to buy).After main control microprocessor 18-1 scans this twice operation, corresponding message can be generated, be sent to the computer on line 20 being connected with this call answerer 1 by USB connecting line 16.After this computer on line 20 receives and parses through this message of process, generation comprises the packet subscribing this food product (such as egg tart) information of ordering, and according to ICP/IP protocol, pass sequentially through corresponding convergence switch 41 and core switch 42, and then be sent to two computer on line 7.So, consumer can subscribe certain and the most temporarily can not supply the food product still can subscribed, in order to after this food product recovers supply, can preferentially obtain.

Still see Fig. 1, further, the falseness caused for reducing false touch is ordered, a line software in a computer on line 20 can be set, the only acknowledgement key in having pressed function key group 12-2, and after the correspondingly received acknowledgement key come to main control microprocessor 18-1 transmission of a computer on line 20 presses message, just before two computer on line 7 transmission foundations receive acknowledgement key pressing message, the packet of ordering that the message that when last pressing target shows selection key group 12-1, main control microprocessor 18-1 is sent generates；Can also arrange in the built-in control software of main control microprocessor 18-1, only when scanning acknowledgement key and being pressed, just according to scanning before acknowledgement key is pressed, the target display scanned selects the pressing signal of key group 12-1 to generate message.The falseness caused for reducing false touch further is ordered, can also set in the built-in control software of a line software or main control microprocessor 18-1, only a period of time before pressing acknowledgement key, such as, in 10 seconds, consumer's pressing target display selects the signal of key group 12-1 to be only useful signal；Can also set further, only within a period of time, such as in 2 seconds, consumer does not has the cancel key in pressing function key group 12-2, and above-mentioned acknowledgement key is pressed the just real onset of produced confirmation signal.Order to further reduce mistake, the confirmation call signal of ordering that confirmation signal of ordering responds can also be set as needs, when the target of call answerer 1 show select the illumination mode of a certain button of key group 12-1 be expression order confirmation time, consumer needs within a certain period of time, such as 2 minutes, responding this confirmation call signal of ordering by pressing this button, otherwise this is ordered and will be cancelled.

Still see Fig. 1, further, consumer purchases multiple food product with time point for convenience, can be configured in corresponding software, when consumer presses the button that the display of multiple targets selects key group 12-1 simultaneously or the most quickly, represent that consumer needs to buy the food product that the display of above-mentioned multiple targets selects the button of key group 12-1 to be indicated simultaneously, corresponding message, packet and window of ordering comprise this multiple food product the most accordingly.

Work as seasonal variations, or when Internet bar's food product changes, Internet bar manager needs to change food product shown on call answerer 1.At this moment, it is only necessary to the respective keys 12 changing target display selection key group 12-1 being labeled with required food product title can complete the conversion of food product.Wherein, for different translucent symbols, it is only necessary to the depiction of change laser engraving machine can produce easily to be had corresponding light-transmission character, pattern or character and add the button 12 of pattern.On the one hand, because the production cost of the button 12 of call answerer 1 is relatively low, the common food product kind in Internet bar is the most limited, and call answerer 1 can be equipped with the button 12 more than upper cover button installing hole 11-3 quantity, is used for substituting food product, covers more demand.Meanwhile, when required food product title is not in all of standard configuration and standby button, Internet bar can buy new target display by the way of customized and select some button in key group 12-1, to meet the needs that Internet bar manages.Now, target display for being changed selects the relevant button in key group 12-1, it is also required in the software of synchronization control two wires the set information of the demand item of the keypad numerals of these key positions corresponding, the set information making the demand item of these keypad numerals represents new commodity or service or other demand items, in order to normally use.

(embodiment 2 , Internet bar Interactive Call answering system and keyboard-type call answerer thereof)

See Fig. 4, Fig. 1, Fig. 7 a, Fig. 7 b, Fig. 7 d to Fig. 7 g, Fig. 8, and see Fig. 2, the structure of the keyboard-type call answerer 1 of the present embodiment is essentially identical with the call answerer of embodiment 1, and still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is same as in Example 1.The call answerer 1 of the present embodiment remains a kind of USB device, and its external signal transmitting and receiving parts remain as USB connecting line 16, thus the call answerer 1 of the present embodiment remains as the call answerer of wired.The call answerer of the present embodiment is still ordered for Internet bar, therefore also can be still referred to as Internet bar and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer 1 of the present embodiment is a kind of wired mechanical switch-type call answerer for ordering.

See Fig. 4, the difference with the call answerer of embodiment 1 of the call answerer 1 of the present embodiment is: the call answerer 1 of the present embodiment is not provided with silica gel elastic body 13, and key press signal generating apparatus is changed to, by conductive film assembly 14, the keyboard switch matrix that the mechanical switch 19 of keyboard forms.The upper-end part of driving of each mechanical switch 19 is keycap connecting portion 19-1.Circuit board 15 then uses the circuit corresponding with mechanical switch 19 and structure to become the circuit board of fitting machine tool formula switch, and integrated circuit and the peripheral circuit matched, light emitting diode 17 and drive circuit thereof are then arranged on the described circuit board 15 installing mechanical switch.So that the call answerer 1 of the present embodiment becomes a kind of wired mechanical switch-type call answerer for ordering.

See Fig. 5, Internet bar's Interactive Call answering system of the present embodiment is still used for ordering, and it is essentially identical with the LAN system of embodiment 1, its difference is: the call answerer 1 that the system of the present embodiment is used is the above-mentioned wired mechanical switch-type call answerer for ordering, therefore the system of the present embodiment is a kind of wired Interactive Call response LAN system with wired mechanical switch-type call answerer for ordering, still may be simply referred to as Internet bar and order with LAN system, or the most referred to as order with LAN system, or still it is referred to as LAN system, or still it is referred to as system.

The LAN system of the present embodiment is in the application, the most also install and run the corresponding software (namely being respectively mounted and run, in without dish server 6, two computer on line 7 and call answerer 1, the corresponding software matched with them) matched with it, so that the LAN system of the present embodiment can normally work in the application.Wherein, still with the USB mutual receiving and transmitting signal of wire communication mode between call answerer 1 and access using one cable equipment (namely a computer on line 20).

See Fig. 4 and Fig. 8, and see Fig. 2, under each keycap of the present embodiment, be provided with a mechanical switch 19 for keyboard and a light emitting diode 17.Keyboard mechanical switch 19 and light emitting diode 17 are all welded on circuit board 15.The integrated circuit that main control microprocessor 18-1 still uses model to be HT68FB560, the integrated circuit that light emitting control integrated circuit 18-2 the most still uses model to be HT68F40, relevant peripheral circuit is also welded on circuit board 15.The USB connecting line 16 of call answerer 1 also electrically connects with circuit board 15.When constituting the Interactive Call answering system of the present invention, the interface of USB connecting line 16 is then connected in the USB interface of a computer on line 20.Circuit board 15 remains the circuit board body of a monoblock, is still arranged on top and the lower section of upper cover 11-1 of lower cover 11-2；After upper and lower covers is screwed, form the agent structure of stable call answerer 1.Keycap coupling part 19-1 and the light emitting diode 17 of keyboard mechanical switch 19 are exposed by the button installing hole 11-3 of upper cover 11-1, the target display of call answerer 1 selects key group 12-1 and each keycap of function key group 12-2 and corresponding keycap coupling part 19-1 compression type to link together, thus constitutes the agent structure of the call answerer 1 of the present embodiment.

Although the hardware configuration of the circuit board 15 of the present embodiment is substantially identical with the mechanical type backlight keyboard in personal computer of the prior art.

But, existing mechanical type backlight keyboard is that each keycap arranges the purpose of light emitting diode and is intended merely to clearly show with attractive in appearance.The backlight color of its each button and the init state of illumination mode are that factory default is arranged, or are driven control program setting by the user last time by operating the backlight keyboard in the corresponding computer being connected with this backlight keyboard.Before the most again setting, backlight color that every time during start, each button is initial and illumination mode are just as.Each key-press backlight color of existing mechanical type backlight keyboard and the change principle of illumination mode are to be pressed some specific keyboard keycap by operator to produce corresponding instruction, or operation drives control program to produce corresponding instruction with the backlight keyboard in the computer that this backlight keyboard is connected, this instruction passes sequentially through corresponding integrated circuit and controls each Light-Emitting Diode of backlight keyboard.

The target display of the call answerer 1 of the present embodiment selects each button 12 of key group 12-1 to be equipped with a light emitting diode 17, and can arrange light emitting diode at each button of function key group 12-2 as required, it is also possible to be not provided with light emitting diode.

The current food product state data packets that the initialization glow color of each button 12 of target display selection key group 12-1 of the call answerer 1 of the present embodiment and illumination mode are sent by two computer on line 7 determines, during start, each button is initial every time backlight color and illumination mode are all probably different.After operator presses certain button 12, first sent message to a computer on line 20 by call answerer 1, it is transferred to two computer on line 7 by switch 4 after being generated packet by a computer on line 20 again, and shown by after two computer on line 7 dissection process packets, by the service personal of two computer on line 7, two computer on line 7 are operated again and generate feedback signal packet (or two computer on line automatically generate feedback signal packet according to rules of order) to a computer on line 20, command adapted thereto is sent to the main control microprocessor 18-1 of call answerer 1 again by after a computer on line 20 dissection process packet, the luminance of the Light-Emitting Diode 17 of respective keys is controlled by light emitting control integrated circuit 18-2 by main control microprocessor 18-1.

As can be seen here, the light emitting diode 17 of the call answerer 1 of the present embodiment and embodiment 1 is the operation of the service personal by two computer on line 7 of system, or two computer on line 7 finally control according to the rules of order set by two sequence of threads, and the call answerer 1 of the present embodiment and embodiment 1 is provided with the port receiving the instruction controlling Light-Emitting Diode, namely the interface of the USB connecting line 16 of call answerer 1 is to receive the interface having OFF signal including the instruction controlling Light-Emitting Diode, namely the call answerer 1 of the present embodiment is to have remote input function and the equipment of long-range display function in use.And, the marking object set by button of the call answerer 1 of the present embodiment and embodiment 1 or the light-transmission character of the title of service or other alternative demand item, can be replaced by pattern when manufacturing button 12 as required or character adds the combination of pattern.

(application examples 2, Internet bar order by the work process of LAN system)

Seeing Fig. 6 a, Fig. 6 b and Fig. 5, and see Fig. 4, Fig. 1, Fig. 7 a, Fig. 7 b, Fig. 7 d to Fig. 7 g and Fig. 8, should use-case be that the Internet bar of embodiment 2 orders by a kind of work process of LAN system, the key step of this work process be essentially identical with application examples 1.

(embodiment 3 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

See Fig. 1 to Fig. 3, and see Fig. 7 a to Fig. 7 h, the structure of the keyboard-type call answerer 1 of the present embodiment is identical with the structure of the call answerer in embodiment 1, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is same as in Example 1.The call answerer 1 of the present embodiment remains a kind of USB device, and its external signal transmitting and receiving parts remain as USB connecting line 16, thus the call answerer 1 of the present embodiment remains as the call answerer of wired.The call answerer 1 of the present embodiment still ordering for Internet bar or other place, therefore alternatively referred to as Internet bar or other place are ordered with call answerer, or also can the most referred to as order and use call answerer, and the call answerer of the present embodiment remains a kind of wired conductive film type call answerer for ordering.

Seeing that Figure 10, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, but this system is separate unit system, it has certain different from the LAN system of embodiment 1.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, therefore the system of the present embodiment is a kind of wired Interactive Call response separate unit system with wired conductive film type call answerer for ordering, may be simply referred to as Internet bar or other place to order and use separate unit system, or referred to as order and use separate unit system, or referred to as separate unit system, or referred to as system.Described wired interactive mode refers to that the connected mode between the hardware in system is wired connection mode.

Still see Figure 10, the separate unit system of the present embodiment is with the difference of the LAN system of embodiment 1: the separate unit system of the present embodiment does not set a computer on line 20, the most do not set the switch including core switch 42 and convergence switch 41, and do not set server 6, and it is provided as the usb hub 23 of access using one cable equipment, and the quantity of usb hub 23 is corresponding with the quantity of call answerer 1, each usb hub 23 and one or several call answerers 1 corresponding are matched by respective USB port and can be in communication with each other.

Still seeing Figure 10, in the present embodiment, the quantity of USB HUB 23 is 3 to 5, and the quantity of call answerer 1 is 10 to 50, and each usb hub 23 electrically connects with 3 to 10 call answerers 1.Such as the mainboard USB interface lazy weight of two computer on line 7, the PCI-E usb expansion card that model is ORICO PVU3-502I that Yuan Chuan Time Technology company limited of Shenzhen produces can be used, increase the USB interface quantity of computer.Each model is the PCI-E of PVU3-502I Usb expansion card, can extend 5 USB interface.

The separate unit system of the present embodiment mainly includes multiple (10 to 50) above-mentioned call answerer 1, the quantity usb hub 23 corresponding with the quantity of call answerer 1 and two computer on line 7.In the present embodiment, each call answerer 1 is connected electrically on the usb hub 23 accordingly with external power supply by the interface of respective USB connecting line 16, usb hub 23 electrically connects with two computer on line 7 again, thus constitute the separate unit system of the present embodiment, namely the separate unit system of the present embodiment is a kind of wired Interactive Call response separate unit system with wired conductive film type call answerer for ordering.

In the separate unit system of the present embodiment, usb hub 23 selects the usb hub that model is DTECH DT-3000 that Guangzhou Di Te Electronic Science and Technology Co., Ltd. produces.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the USB mutual receiving and transmitting signal of wire communication mode between call answerer 1 and access using one cable equipment (usb hub 23).

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

Two computer on line 7 of the present embodiment are essentially identical with two computer on line 7 in embodiment 1, but its two wires software stored is special in the face of the two wires software of call answerer 1, and this two wires software is the most properly functioning when two computer on line 7 are started shooting.Two computer on line 7 of the present embodiment, in addition to not being access using one cable equipment, have essentially functionsed as the effect of both a computer on line 20 and two computer on line 7 in embodiment 1, thus its two wires software run have been corresponding two wires software.

The call answerer 1 of the present embodiment is USB device, and the identification of each call answerer 1 and the foundation of signal transmission relation can be completed after system starts for the first time by two computer on line 7.

For guaranteeing accurately identifying of each call answerer 1, each call answerer 1 is provided with that each call answerer 1 in native system is that all differ, unique device numbering, this device numbering is stored in electrically-erasable memorizer built-in for main control microprocessor 18-1, and the control software of main control microprocessor 18-1 is operationally, when running into the situation producing message according to button 12 pressing, the most all contain this device numbering.This device numbering is in writable each electrically-erasable memorizer built-in for main control microprocessor 18-1 in process of production, and marks out, for use in the attached electronics of this product or paper document.

Caller corresponding to the device numbering of some call answerer 1 or caller's positional information, operated two wires software by service personal input one by one and preserve, so that the device numbering in message is converted into caller or caller's positional information of correspondence by two computer on line, and then can be normally used the system of the present embodiment.

In the systematic difference of the present invention, for using device numbering as separate unit system or the LAN system distinguishing multiple call answerers, all can by use similar above-mentioned in the way of set device numbering and caller or the corresponding relation of caller position, subsequent embodiment can carry out the process being similar to.

After the separate unit system start-up of the present embodiment (after referring to that two computer on line 7, usb hub 23 and each call answerer 1 all must electrically activate and run), when two wires software is properly functioning, service personal can call arrange the subprogram of call answerer positional information and consumer information by operating two computer on line 7, according to device numbering, each call answerer 1 is arranged the positional information of its site, or it is set using the information of the consumer (person of ordering) of this call answerer, for service personal.Two computer on line 7 are during running two wires software, also described device numbering is included in the control instruction that call answerer 1 is sent, main control microprocessor 18-1 is by the byte of the mark device numbering in control instruction and the device numbering contrast being stored in self electrically-erasable memorizer, when the device numbering only unanimously or comprised in instruction when two numberings is the omnipotent numbering set, just perform this instruction.

The present embodiment difference from Example 1, in addition to the present embodiment is the separate unit system consisted of separate unit two computer on line 7 usb hub 23 and multiple call answerers 1.Two computer on line 7 directly receive after call answerer 1 is sent the message come by usb hub 23 rather than received by a computer on line 20 and pass to two computer on line 7 by LAN again.It is also to be sent to call answerer 1 by usb hub 23 rather than be sent to a computer on line 20 by LAN that two computer on line 7 are sent to the instruction of call answerer 1, then is transmitted to call answerer 1 by a computer on line 20.

In the present embodiment, multiple USB devices are public technology by the technology that usb hub is connected with computer.

The separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.Now, in whole LAN system, two computer on line 7 of the present embodiment can regard the client computer corresponding with two computer on line 7 in embodiment 1 as, and LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 3, Internet bar or other place)

Seeing Fig. 6 c, Fig. 6 d and Figure 10, and see Fig. 1 to Fig. 3 and Fig. 7 a to Fig. 7 h, should be the Internet bar of embodiment 3 or other place is ordered by a kind of work process of separate unit system by use-case, the key step of this work process has the most identical and different compared with application examples 1.Should be in use-case:

Step 10 changes into: start.

Step 20 changes into: after two computer on line 7 and usb hub 23 are all started shooting, all call answerers 1 being connected on usb hub 23 are obtained electric by its USB connecting line 16 by usb hub 23, thus its respective main control microprocessor 18-1 starts control software, and its respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 changes into: two computer on line 7 run two wires software, generates current food product status command.

Step 40, step 50, step 60 are merged into step 60 and change into: the current food product status command generated is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by two computer on line 7 by usb hub 23.

Step 61 is to step 81 constant (concrete word content is shown in application examples 1).

Here it is identical with the word content in the step 61 of application examples 1 to step 81 to the word content in step 81 that constant is only referred to the step 61 of the present embodiment, should the running of use-case time, it it is the separate unit system according to self and should step 61 to the step before step 81 of use-case (mentioned below constant be all this implication, the constant implication mentioned in subsequent applications example 4 to application examples 10 is also such) that carry out.Such as, should be in use-case, the step 60 in step 61 refers to should the step 60 of use-case rather than refer to the step 60 of application examples 1.The most such as, step 61 is in step 80, should the call answerer 1 of use-case and its main control microprocessor 18-1, light emitting control integrated circuit 18-2 and light emitting diode 17 are each call answerer 1 and its main control microprocessor 18-1 of separate unit system, light emitting control integrated circuit 18-2 and light emitting diode 17, and the call answerer 1 in application examples 1 and its main control microprocessor 18-1, light emitting control integrated circuit 18-2 then refers to call answerer 1 and its main control microprocessor 18-1 being connected with an a certain computer on line 20 with light emitting diode 17, light emitting control integrated circuit 18-2 and light emitting diode 17.And in step 81, the call answerer 1 of two application examples each means that main control microprocessor 18-1 scans the call answerer 1 of key press signal, should the call answerer 1 in use-case can be 1 to all, and the call answerer 1 in application examples 1 can also be 1 to all.Both remaining identical.

Step 90 changes into: for the infomational message of ordering generated, the main control microprocessor 18-1 of call answerer 1 is sent to two computer on line 7 by its USB D+ and USB D-port by usb hub 23.

Step 100 changes into: the CPU of two computer on line 7 receives order infomational message dissection process, then sends the relevant display information parsed to the display of two computer on line 7.

Step 110: the information of display is window of ordering on the display of two computer on line 7, this window of ordering is showing above-mentioned transmission and orders the window of information of the position corresponding to call answerer 1 of infomational message or consumer information and put food product.Simultaneously, the CPU of two computer on line 7 is in wait self keyboard of pressing for this call answerer 1 or clicks on mouse and generate in the state of corresponding operational order, for being for this call answerer 1, the CPU of two computer on line 7 is in etc. and to be confirmed to order or to refuse in the state of operational order ordered.If now there being other call answerer 1 to send infomational message of ordering, two computer on line 7 then start other subprogram, this other ordering is required otherwise processed, and what two computer on line 7 acquiescences were most recently received orders infomational message for infomational message of currently ordering, display demonstrates multiple window of ordering, and current window therein is the window of ordering of the content showing the infomational message of ordering being most recently received.Service personal can select current window separately by keyboard or mouse, and requirement of ordering current window is replied.Time actually used, service personal is not only by input through keyboard, the instruction input confirming to order or refuse to order accordingly can also be completed by the corresponding button in click graphical interfaces, the present embodiment uses keyboard and mouse as command input device simultaneously.

In other application examples, for being provided with in separate unit system or the LAN system of multiple call answerer, all can tackle multiple call request in the way of using similar above-mentioned windows display, still can be processed as in subsequent applications example.

Step 120 is constant: service personal presses the respective keys of the keyboard of two computer on line 7 or carries out the click of mouse, for the requirement of ordering of a certain window of ordering (namely step 110 generate window of ordering), carry out generating the operational order confirming to order or generating the selection operation of the operational order that refusal is ordered.

Step 130 and step 140 are merged into step 140 and change into: the selection confirming to order operational order that generates carried out for service personal in step 120 operates, the CPU of two computer on line 7 then receives and ordering of window of ordering accordingly (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation instruction of ordering for corresponding call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this call answerer 1 by usb hub 23；Then, the CPU of two computer on line 7 is in the state (operational order herein is still operated by service personal and generates) of the corresponding operational order of having ordered of the confirmation instruction of ordering waited and have been sent from.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation instruction of ordering for this other call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this other call answerer 1 by usb hub 23.

Step 141 is to step 150 constant (concrete word content is shown in application examples 1).

Step 160 and step 170 are merged into step 170 and change into: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate instruction of having ordered.Concrete condition may is that when put food product is delivered at consumer by service personal, after consumer receives, service personal goes back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and instruction can replace with the instruction representing current food product state.Instruction of having ordered is sent to the main control microprocessor 18-1 of corresponding call answerer 1 by two computer on line 7 by usb hub 23.

Step 171 is to step 180 constant (concrete word content is shown in application examples 1).

Step 190 and step 200 are merged into step 200 and change into: carry out generating the selection operation of the operational order that refusal is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, thus generate and order instruction for the refusal of respective call transponder 1, and by usb hub 23, the refusal generated is ordered and instruct the main control microprocessor 18-1 sending back this call answerer 1.

Step 201 is to step 210 constant (concrete word content is shown in application examples 1).

Step 220 changes into: when two computer on line 7 send instruction a period of time (such as 10 seconds) of having ordered in step 170, or send refusal in step 200 and order after instruction a period of time (being the most also 10 seconds), the CPU of two computer on line 7 detects whether the machine is in shutdown process, if not in shutdown process, returning step 60.But two computer on line 7 now are not to send current food product status command respectively to the main control microprocessor 18-1 of whole call answerers 1, it is only that a part of call answerer 1 is sent current food product status command.This Part call transponder 1 is that a part of call answerer 1 of the reception object as above-mentioned issued instruction of having ordered instruction or/and issued refusal is ordered.

Step 230 changes into: if the CPU of two computer on line 7 detects that the machine is in shutdown process in step 220, or two CPU of computer on line 7 when receiving off signal, then first carry out the shutdown subprogram of call answerer 1, namely shutdown command is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by the CPU of two computer on line 7 by usb hub 23.

Step 231 is to step 250 constant (concrete word content is shown in application examples 1).

In above-mentioned steps, the button 12 of pressing call answerer 1, and then generate and upload message, and each step operation principle that the LED lamplight control instruction of call answerer 1 generates, transmits, performs, corresponding with application examples 1.It should be added that:

In step 60, in the current food product status command that the main control microprocessor 18-1 of the call answerer 1 that two computer on line 7 are whole in system sends respectively, the device numbering comprised is omnipotent numbering, in order to whole call answerers 1 is performed both by this instruction.

In step 90, call answerer 1 also includes the device numbering of this call answerer 1 in the infomational message of ordering that two computer on line 7 send.

In step 110, on the display device of two computer on line 7, the person of ordering ordered in information demonstrated or the person's of ordering positional information, two computer on line 7 device numbering included in infomational message of ordering sent according to step 90 determines.The person of ordering corresponding to device numbering or the position of ordering of some specific call answerer 1 are set previously according to practical situation by operating two computer on line 7 by service personal.

In step 140,170 and 200, two computer on line 7 are to send instructions to all of call answerer 1 respectively, now two computer on line 7 are in the instruction that the main control microprocessor 18-1 of call answerer 1 sends, and include device numbering contained in the message in step 90.The call answerer 1 that device numbering contained in only having device numbering in all of call answerer 1 and instructing is consistent just performs this instruction.

In step 230, two computer on line 7 are to send instructions to all of call answerer 1 respectively, and the device numbering included in instruction is omnipotent numbering, in order to whole call answerers 1 is performed both by this instruction.

In other application examples, to being provided with the separate unit system of multiple call answerer, similar aforesaid way all can be used to distinguish each call answerer with device numbering, follow-up application examples still can carry out the process being similar to.

Further, consumer when Internet bar (or other place), when wanting to buy certain food product by preferable discount, can first click indicating in function key group 12-2 and purchase by group the button 12 of light-transmission character, then press the button 12(such as sandwich of the food product being thought purchase).After main control microprocessor 18-1 scans this twice operation, corresponding message can be generated, be sent to two computer on line 7 being connected with this call answerer 1 by USB connecting line 16.Two computer on line 7 receive and parse through this message of process, and then the person of ordering or the positional information of the person of ordering that comprise in explicit message on the display of two computer on line 7 and initiate this food product and purchase by group the information ordered.Meanwhile, two computer on line 7 are in etc. and to be confirmed to purchase by group or to refuse in the state of operational order that purchases by group.

Service personal presses the respective keys of two computer on line 7, carries out generating confirmation and purchases by group instruction or generate the selection operation refusing to purchase by group instruction.After the CPU of two computer on line 7 receives the operational order confirming to purchase by group, generating and purchase by group confirmation instruction, this instruction is sent respectively to all coupled call answerers 1 by usb hub 23.The target display of each call answerer 1 selects the light emitting diode 17 of (such as sandwich) at the respective keys of key group 12-1 to be in corresponding printing opacity color and light transmission state according to this instruction, such as become red after flashing 3 times, represent that Internet bar (or other place) Zhong You consumer has initiated purchasing by group of this food product.Want that the consumer participated in can press the button 12(such as sandwich representing this food product) and participate in this and purchase by group.When participating in the personnel purchased by group and being i.e. up to setting number, under two computer on line 7 control, represent that glow color and the luminance of the light emitting diode 17 of (such as sandwich) at the button 12 of this food product can be changed into the redness persistently flashed, remind the consumer wanting to participate in participate in as early as possible.When participating in the personnel purchased by group and reaching setting number, under the control of two computer on line 7, send respectively and purchased by group instruction to all of call answerer 1.Again after the operating process of similar feedback information of ordering, it is the bluest that target display on the call answerer 1 of the consumer that participating success purchases by group selects the printing opacity color of respective keys (such as sandwich) of key group 12-1 to be that expression is ordered, and the printing opacity color of respective keys (such as sandwich) that the target ordered on transponder 1 display not participating in this consumer purchased by group selects key group 12-1 is the green representing regular supply.So far, this flow process purchased by group is fully completed.So Internet bar (or other place) sales volume can be promoted, consumer can buy, by the price of discount, the food product wanted, it is achieved the doulbe-sides' victory of both sides of supply and demand.

The falseness caused for reducing false touch is made a reservation, the setting of system operation conditions can be carried out by two computer on line 7, after only the acknowledgement key in function key group 12-2 having pressed call answerer 1, the correspondingly received acknowledgement key come to main control microprocessor 18-1 transmission of two computer on line 7 press message, just process before receiving acknowledgement key pressing message, the message that when this call answerer 1 presses target display selection key group 12-1 for the last time, main control microprocessor 18-1 is sent.

With the two wires software that is used in combination of two computer on line 7 of use-case, the lumination of light emitting diode controlling software and light emitting control integrated circuit 18-2 of main control microprocessor 18-1 should control software, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

(embodiment 4 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Seeing Fig. 1 to Fig. 3, and see Fig. 7 a to Fig. 7 h, the structure of the keyboard-type call answerer 1 of the present embodiment is same as in Example 3, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 or embodiment 3.The call answerer 1 of the present embodiment remains a kind of USB device, and its external signal transmitting and receiving parts remain as USB connecting line 16, thus this call answerer 1 remains as the call answerer of wired.The call answerer 1 of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer of the present embodiment remains a kind of wired conductive film type call answerer for ordering.

Seeing that Figure 10 a, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 3.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the system of the present embodiment is another kind of for the wired Interactive Call response separate unit system with wired conductive film type call answerer ordered, still may be simply referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.

Still see Figure 10 a, the separate unit system of the present embodiment is with the difference of the separate unit system of embodiment 3: the separate unit system of the present embodiment does not set usb hub 23, and wired USB device server 24 and switch 4 are set, wired USB device server 24 is as access using one cable equipment, and the quantity of wired USB device server 24 is corresponding with the quantity of call answerer 1, each wired USB device server 24 and one or several call answerers corresponding are matched by respective USB port and can be in communication with each other.

Still seeing Figure 10 a, in the present embodiment, the quantity of wired USB device server 24 is 3 to 25, and the quantity of call answerer 1 is 6 to 50, and each wired USB device server 24 electrically connects with 1 to 2 call answerer 1.

The separate unit system of the present embodiment mainly includes multiple (6 to 50) above-mentioned call answerer 1, quantity wired USB device server 24, switch 4 corresponding with the quantity of call answerer 1 and two computer on line 7.In the present embodiment, each call answerer 1 is connected electrically on corresponding wired USB device server 24 by the interface of respective USB connecting line 16, each USB device server 24 electrically connects with switch 4, switch 4 electrically connects with two computer on line 7 again, thus constitute the separate unit system of the present embodiment, namely the system of the present embodiment is to have the another kind of certain difference for the wired Interactive Call response separate unit system with wired conductive film type call answerer ordered with embodiment 3.

In the present embodiment, wired USB device server 24 can be selected and be thought, by Xi Laikai, the wired USB device server that model is SX-3000GB that technology company produces.It has 1 gigabit networking interface and 2 hi-speed USB interfaces, and multiple USB device can be made to realize sharing on network, and by USB HUB, every bench-type number is that 15 USB devices at most can be connected in a local network by the wired USB device server of SX-3000GB.SX-3000GB can be simply provided and manage by special-purpose software SX-Virtuallink or Web browser, conventional USB device can be registered in list of devices, just can be connected automatically to this USB device when computer booting, use more convenient.And USB device can be associated with on another network equipment by corresponding application program.Such as, when USB device is connected on computers by SX-3000GB, the CPU of computer will start the application program being associated, thus sets up writing to each other of the USB form between this equipment and computer.

USB device server 24 is a kind of device for remotely using USB peripheral device, and the technology that multiple USB device is connected with wired USB device server 24 is public technology.Chinese patent literature CN 102314214 A(application numbers 201110165909) disclosed in " using the system of ancillary equipment, server unit and method ", the most detailed operation principle elaborating USB device server.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely two wires software and USB device server controls drive software are installed and have run in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the USB mutual receiving and transmitting signal of wire communication mode between call answerer 1 and access using one cable equipment (wired USB device server 24).

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

In the application of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

Corresponding with embodiment 3, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 4, Internet bar or other place)

See Figure 10 a, Fig. 1 to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 4 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of system in application examples 3, should the work process key step of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 3.It main difference is that: two computer on line 7 are sent to the instruction of main control microprocessor 18-1, first by the virtual USB interface of two computer on line 7 and change into packet.Run, when described virtual USB interface is to be started by two computer on line 7, the USB device server controls drive software (hereinafter referred to as USB server software) installed and generate.Then, by two computer on line 7 according to ICP/IP protocol, it is sent to wired USB device server 24 by switch 4, wired USB device server 24 receives this packet and parsing is reduced into corresponding after instructing, and is sent to main control microprocessor 18-1 by its USB port being connected with call answerer 1.It is similar to, main control microprocessor 18-1 is sent to the message of two computer on line 7, received by its USB port being connected with call answerer 1 by wired USB device server 24, after wired USB device server 24 receives this message, convert it into packet, according to ICP/IP protocol, it is sent to two computer on line 7 by switch 4.Two computer on line 7 are reduced into corresponding message by the parsing of its virtual USB interface after receiving this packet, then are carried out corresponding subsequent treatment by the CPU of two computer on line 7.So call answerer 1 just can remotely access two computer on line 7 and uses, and do not produced to decay on signal by the USB long meeting of connecting line length and affected.

Still see Figure 10 a, and see Fig. 6 c and Fig. 6 d the key step of work process of separate unit system of use-case to have the most identical and different compared with application examples 3.Should be in use-case:

Step 10 is constant: start.

Step 20 changes into: after two computer on line 7 and wired USB device server 24 are all started shooting, all call answerers 1 being connected on USB device server 24 are obtained electric by its USB connecting line 16 by USB device server 24, thus respective main control microprocessor 18-1 starts and controls software, and respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 changes into: two computer on line 7 run two wires software, generates current food product status command.USB server software also startup optimization in two computer on line 7 simultaneously.

Step 60 changes into: the current food product status command generated is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by two computer on line 7.

The detailed process of the main control microprocessor 18-1 that the instruction generated is sent to each call answerer 1 by two computer on line 7 is: the instruction generated first is changed into packet by virtual USB interface by two computer on line 7, again by two computer on line 7 according to ICP/IP protocol, wired USB device server 24 is delivered a packet to by switch 4, wired USB device server 24 resolves after receiving this packet and is reduced into aforesaid instruction, and this instruction is sent to the main control microprocessor 18-1 of call answerer 1 by the USB port of wired USB device server 24.

Should other of use-case about in step, the detailed process that the relevant instruction generated is sent to the main control microprocessor 18-1 about call answerer 1 by two computer on line 7 is all the most identical with the detailed process of above-mentioned transmission instruction.

Step 61 is to step 81 constant (concrete word content is shown in application examples 1).

Step 90 changes into: for the infomational message of ordering generated, the main control microprocessor 18-1 of call answerer 1 is sent to two computer on line 7 by its USB D+ and USB D-port by wired USB device server 24.

Detailed process is: the main control microprocessor 18-1 of call answerer 1 first will order infomational message by its USB D+ and USB D-port is sent to coupled wired USB device server 24, after wired USB device server 24 receives this message, converts it into packet, according to ICP/IP protocol, is sent to two computer on line 7 by switch 4.Two computer on line 7 are reduced into, by the parsing of its virtual USB interface, infomational message of ordering accordingly after receiving this packet.

Step 100 changes into: the CPU of two computer on line 7 is to reducing the infomational message dissection process of ordering obtained in step 90, then sends the relevant display information parsed to the display of two computer on line 7.

Step 110 constant (concrete word content is shown in application examples 3).

Step 120 is constant: service personal presses the respective keys of the keyboard of two computer on line 7 or carries out the click of mouse, for the requirement of ordering of a certain window of ordering (namely step 110 generate window of ordering), carry out generating the operational order confirming to order or generating the selection operation of the operational order that refusal is ordered.

Step 140 changes into: carry out generating the selection operation of the operational order that confirmation is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of window of ordering accordingly (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation instruction of ordering for corresponding call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this call answerer 1；Then, the CPU of two computer on line 7 is in the state (operational order herein is still operated by service personal and generates) of the corresponding operational order of having ordered of the confirmation instruction of ordering waited and have been sent from.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation instruction of ordering for this other call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this other call answerer 1.Two above-mentioned computer on line 7 confirm that by ordering the detailed process of main control microprocessor 18-1 that instruction sends back call answerer 1 is identical with the detailed process that the transmission in step 60 instructs.

Step 141 is to 150 constant (concrete word content is shown in application examples 1).

Step 170 changes into: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate instruction of having ordered.Concrete condition may is that when put food product is delivered at consumer by service personal, after consumer receives, service personal goes back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and instruction can replace with the instruction representing current food product state.It is identical with the detailed process sending instruction in step 60 that two computer on line 7 instruct the detailed process being sent to corresponding main control microprocessor 18-1 by having ordered.

Step 171 is to step 180 constant (concrete word content is shown in application examples 1).

Step 200 changes into: carry out generating the selection operation of the operational order that refusal is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, thus generate and order instruction for the refusal of respective call transponder 1, and the refusal generated is ordered instruct the main control microprocessor 18-1 sending back this call answerer 1.Two computer on line 7 refusal is ordered instruction be sent to the detailed process of main control microprocessor 18-1 with in step 60 to send the detailed process instructed identical.

Step 201 is to 210 constant (concrete word content is shown in application examples 1).

Step 220 changes into: when two computer on line 7 send a period of time (such as 10 seconds) of instruction of having ordered in step 170, or in step 200 send refusal order instruction a period of time (being the most also 10 seconds) after, the CPU of two computer on line 7 detects whether the machine is in shutdown process, if not in shutdown process, returning step 60.But two computer on line 7 now are not to send current food product status command respectively to the main control microprocessor 18-1 of whole call answerers 1, it is only that a part of call answerer 1 is sent current food product status command.This Part call transponder 1 is that a part of call answerer 1 of the reception object as above-mentioned issued instruction of having ordered instruction or/and issued refusal is ordered.

Step 230 changes into: if the CPU of two computer on line 7 detects that the machine is in shutdown process in step 220, or two CPU of computer on line 7 when receiving off signal, then first carry out the shutdown subprogram of call answerer 1, namely: shutdown command is sent respectively to the main control microprocessor 18-1 of whole call answerer 1.The detailed process that shutdown command is sent to main control microprocessor 18-1 by two computer on line 7 is identical with the detailed process sending instruction in step 60.

Step 231 is to step 250 constant (concrete word content is shown in application examples 1).

Should use-case as application examples 3, distinguish different call answerers 1 by device numbering, and then confirm caller or the positional information at caller place.

(embodiment 5 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

See Fig. 1 a to Fig. 3 (namely Fig. 1 a, Fig. 2 and Fig. 3), Fig. 7 a to Fig. 7 h, and see Figure 11, the structure of the keyboard-type call answerer 1 of the present embodiment is substantially the same manner as Example 3, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 or embodiment 3.The external signal transmitting and receiving parts of the call answerer 1 of the present embodiment are a built-in 2.4G wireless communication module, thus the call answerer 1 of the present embodiment is the call answerer of a kind of wireless type.The call answerer of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer 1 of the present embodiment is a kind of 2.4G wireless type conductive film type call answerer for ordering.

See Figure 11 and Fig. 1 a, the call answerer 1 of the present embodiment and embodiment 3 or embodiment 1 the difference of call answerer be: the call answerer that call answerer 1 is a kind of wireless type of the present embodiment, the specifically call answerer (or referred to as 2.4G wireless type call answerer, or be still referred to as call answerer 1) of a kind of 2.4G wireless type.The external signal transmitting and receiving parts of this call answerer 1 are the 2.4G wireless communication module (hereinafter referred to as 2.4G module) being built in call answerer 1；Inside call answerer 1, this 2.4G module can be electrically connected by its SPI communication bus port I/O port corresponding to main control microprocessor 18-1, or electrically connected by external signal conversion peripheral circuit I/O port corresponding to main control microprocessor 18-1, mutually to transmit signal, so that the call answerer 1 of the present embodiment becomes a kind of 2.4G wireless type conductive film type call answerer for ordering.

In the present embodiment, described 2.4G module can be selected for the 2.4G wireless module that model is nRF24L01+ produced by Landtek Xun Tong Science and Technology Ltd. of Shenzhen.

Seeing that Figure 11, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 3.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with wireless type conductive film type call answerer for ordering, can still be referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.Described comprehensive interactive mode refers to the connected mode between the hardware in system, has plenty of wired connection mode, has plenty of radio connection.In the system of the present embodiment, the connected mode between call answerer 1 and access using one cable equipment is radio connection, and remaining connected mode between hardware is wired connection mode.

Still see Figure 11, the separate unit system of the present embodiment is with the difference of the separate unit system of embodiment 3: the access using one cable equipment of the separate unit system of the present embodiment is not usb hub 23, but 2.4G wireless transmitter (referred to as 2.4G wireless receiving and dispatching end 21), and call answerer 1 is above-mentioned call answerer, and the quantity of 2.4G wireless receiving and dispatching end 21 is corresponding with the quantity of call answerer 1, each 2.4G wireless receiving and dispatching end 21 matches with the built-in 2.4G module of a corresponding call answerer 1 and can be in communication with each other.

Still see Figure 11, in the present embodiment, the quantity of USB HUB 23 is 3 to 5, the quantity of 2.4G wireless receiving and dispatching end 21 is 10 to 50, the quantity of call answerer 1 is identical with the quantity of 2.4G wireless receiving and dispatching end 21, also being 10 to 50, each usb hub 23 electrically connects with 3 to 10 2.4G wireless receiving and dispatching ends 21.Such as the mainboard USB interface lazy weight of two computer on line 7, the model that Yuan Chuan Time Technology company limited of Shenzhen can be used to produce is ORICO The PCI-E usb expansion card of PVU3-502I, increases the USB interface quantity of computer.Each model is the PCI-E of PVU3-502I Usb expansion card, can extend 5 USB interface.

In the separate unit system of the present embodiment, the model that USB HUB 23 selects Guangzhou Di Te Electronic Science and Technology Co., Ltd. to produce is DTECH The usb hub of DT-3000.

The separate unit system of the present embodiment mainly includes multiple (10 to 50) above-mentioned call answerer 1 usb hub 23 corresponding with the quantity of 2.4G wireless receiving and dispatching end 21 with call answerer 1 2.4G wireless receiving and dispatching end 21 one to one, quantity and two computer on line 7.Each call answerer 1 is connected with corresponding 2.4G wireless receiving and dispatching end 21 by 2.4G communication, each 2.4G wireless receiving and dispatching end 21 is connected electrically on the corresponding usb hub 23 with external power supply by respective USB interface, each usb hub 23 electrically connects with two computer on line 7 again, thus constitute the separate unit system of the present embodiment, namely the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with 2.4G wireless type conductive film type call answerer for ordering.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the mutual receiving and transmitting signal of 2.4G communication between call answerer 1 and access using one cable equipment.

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

Call answerer 1 in the present embodiment is a kind of 2.4G wireless device.In other embodiments, multiple 2.4G wireless devices can also share a 2.4G wireless receiving and dispatching end 21, and this technology is public technology.A distant close 2.4G cordless key Mus is exactly such product in the such as sky of round trip flight swallow brand.The present embodiment uses a 2.4G wireless device to be furnished with the technical scheme of a 2.4G wireless receiving and dispatching end solely belonging to self.

Each 2.4G wireless type call answerer 1 is equipped with battery case or external power supply input port.

Electronic circuit in the present embodiment, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

2.4G wireless communication technology belongs to public technology.

Corresponding with embodiment 3, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 5, Internet bar or other place)

See Figure 11, Fig. 1 a to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 5 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of system in application examples 3 or application examples 4, should the work process key step of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 3 or application examples 4.It main difference is that: should use-case and application examples 3 or application examples 4 different in the mode that data are transmitted, namely should the call answerer 1 of use-case carry out data transmission with 2.4G communication each other with access using one cable equipment.

Still Figure 11 is seen, and sees Fig. 6 c and Fig. 6 d the work process key step of separate unit system of use-case to have the most identical and different compared with application examples 3.Should be in use-case:

Step 10 is constant: start.

Step 20 changes into: after two computer on line 7 and usb hub 23 are all started shooting, and all 2.4G wireless receiving and dispatching ends 21 are obtained electric by its USB port by usb hub 23.All 2.4G wireless type call answerers 1 are obtained electric by its battery case or external power supply input port, thus respective main control microprocessor 18-1 starts control software, and respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 is constant: two computer on line 7 run two wires software, generates current food product status command.

Step 60 changes into: the current food product status command generated is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by two computer on line 7.

The detailed process of the main control microprocessor 18-1 that the instruction generated is sent to each call answerer 1 by two computer on line 7 is: the instruction generated first is sent to the 2.4G wireless receiving and dispatching end 21 being connected on usb hub 23 by two computer on line 7 by usb hub 23, and the instruction received wirelessly is sent to the call answerer 1 corresponding with self by this 2.4G wireless receiving and dispatching end 21 by 2.4G.Call answerer 1 receives the instruction of this wireless signal by its 2.4G module, and by the SPI communication bus port of 2.4G module, this instruction is sent to main control microprocessor 18-1.

Should other of use-case about in step, the detailed process that the relevant instruction generated is sent to the main control microprocessor 18-1 about call answerer 1 by two computer on line 7 is all the most identical with the detailed process of above-mentioned transmission instruction.

Step 61 is to 81 constant (concrete word content is shown in application examples 1).

Step 90 changes into: for the infomational message of ordering generated, this infomational message of ordering is sent to 2.4G module by the SPI communication bus port of 2.4G module by the main control microprocessor 18-1 of call answerer 1, this message is wirelessly sent to 2.4G wireless receiving and dispatching end 21 corresponding thereto by 2.4G by 2.4G module, and then is sent to two computer on line 7 by usb hub 23.

Step 100 is constant: the CPU of two computer on line 7 receives order infomational message dissection process, then sends the relevant display information parsed to the display of two computer on line 7.

Step 110 constant (concrete word content is shown in application examples 3).

Step 120 is constant: service personal presses the respective keys of the keyboard of two computer on line 7 or carries out the click of mouse, for the requirement of ordering of a certain window of ordering (namely step 110 generate window of ordering), carry out generating the operational order confirming to order or generating the selection operation of the operational order that refusal is ordered.

Step 140 changes into: carry out generating the selection operation of the operational order that confirmation is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of window of ordering accordingly (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation instruction of ordering for corresponding call answerer 1, then this confirmation instruction of ordering is sent back the main control microprocessor 18-1 of this call answerer 1；Then, the CPU of two computer on line 7 is in the state (operational order herein is still operated by service personal and generates) of the corresponding operational order of having ordered of the confirmation instruction of ordering waited and have been sent from.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation instruction of ordering for this other call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this other call answerer 1.Two above-mentioned computer on line 7 confirm that by ordering the detailed process of main control microprocessor 18-1 that instruction sends back call answerer 1 is identical with the detailed process that the transmission in step 60 instructs.

Step 141 is to 150 constant (concrete word content is shown in application examples 1).

Step 170 changes into: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate instruction of having ordered.Concrete condition may is that when put food product is delivered at consumer by service personal, after consumer receives, service personal goes back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and instruction can replace with the instruction representing current food product state.It is identical with the detailed process sending instruction in step 60 that two computer on line 7 instruct the detailed process being sent to main control microprocessor 18-1 by having ordered.

Step 171 is to step 180 constant (concrete word content is shown in application examples 1).

Step 200 changes into: in step 120, service personal carries out generating the selection operation of the operational order that refusal is ordered, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, thus generate and order instruction for the refusal of respective call transponder 1, and the refusal generated is ordered instruct the main control microprocessor 18-1 sending back this call answerer 1.Two computer on line 7 refusal is ordered instruction be sent to the detailed process of main control microprocessor 18-1 with in step 60 to send the detailed process instructed identical.

Step 201 is to step 210 constant (concrete word content is shown in application examples 1).

Step 220 changes into: when two computer on line 7 send instruction a period of time (such as 10 seconds) of having ordered in step 170, or send refusal in step 200 and order after instruction a period of time (being the most also 10 seconds), the CPU of two computer on line 7 detects whether the machine is in shutdown process, if not in shutdown process, returning step 60.But two computer on line 7 now are not to send current food product status command respectively to the main control microprocessor 18-1 of whole call answerers 1, it is only that a part of call answerer 1 is sent current food product status command.This Part call transponder 1 is that a part of call answerer 1 of the reception object as above-mentioned issued instruction of having ordered instruction or/and issued refusal is ordered.

Step 230 changes into: if the CPU of two computer on line 7 detects that the machine is in shutdown process in step 220, or two CPU of computer on line 7 when receiving off signal, then first carry out the shutdown subprogram of call answerer 1, namely: shutdown command is sent respectively to the main control microprocessor 18-1 of whole call answerer 1.The detailed process that shutdown command is sent to main control microprocessor 18-1 by two computer on line 7 is identical with the detailed process sending instruction in step 60.

Step 231 is to step 250 constant (concrete word content is shown in application examples 1).

Equally different call answerers 1 be should distinguish by device numbering from application examples 3 by use-case, and then caller or calling position confirmed.

(embodiment 6 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Seeing Fig. 1 a to Fig. 3, Fig. 7 a to Fig. 7 h, and see Figure 12, the structure of the keyboard-type call answerer 1 of the present embodiment is substantially the same manner as Example 3, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 or embodiment 3.The external signal transmitting and receiving parts of the call answerer 1 of the present embodiment are a built-in bluetooth communication, thus the call answerer 1 of the present embodiment is the call answerer of a kind of wireless type.The call answerer of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer 1 of the present embodiment is a kind of bluetooth wireless type conductive film type call answerer for ordering.

See Figure 12 and Fig. 1 a, the call answerer 1 of the present embodiment is with the difference of the call answerer of embodiment 3: the call answerer that call answerer 1 is a kind of wireless type of this enforcement, specifically a kind of as bluetooth from the call answerer of the bluetooth wireless type of end equipment (or referred to as bluetooth wireless type call answerer, or still it is referred to as call answerer 1), the external signal transmitting and receiving parts of this call answerer 1 are the bluetooth communication (hereinafter referred to as bluetooth module) being built in call answerer 1, described bluetooth module has UART port, USB port and can be by the communication interface such as general purpose I/O port controlling program setting；The I/O port corresponding to main control microprocessor 18-1 of the relevant COM1 in these ports can be selected inside call answerer 1 to electrically connect, or electrically connected by external signal conversion peripheral circuit I/O port corresponding to main control microprocessor 18-1, mutually to transmit signal, so that the call answerer 1 of the present embodiment becomes a kind of bluetooth wireless type conductive film type call answerer for ordering.

In the present embodiment, above-mentioned bluetooth module can be selected for the bluetooth communication that model is GC-06 that Nanjing Guo Chun electric equipment company limited produces.

Seeing that Figure 12, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 3.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with wireless type conductive film type call answerer for ordering, can still be referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.In the system of the present embodiment, the connected mode between call answerer 1 and access using one cable equipment is radio connection, and remaining connected mode between hardware is wired connection mode.

Still see Figure 12, the separate unit system of the present embodiment is with the difference of the separate unit system of embodiment 3: the separate unit system of the present embodiment does not set usb hub 23, and USB Bluetooth adapter 27 is set, and the call answerer 1 used is above-mentioned call answerer, USB Bluetooth adapter 27 is as access using one cable equipment, and the quantity of USB Bluetooth adapter 27 is corresponding with the quantity of call answerer 1, each USB Bluetooth adapter 27 matches with the bluetooth module of one or several call answerers 1 corresponding and can be in communication with each other.

Still seeing Figure 12, in the present embodiment, the quantity of Bluetooth adapter 27 is 3 to 5, and the quantity of bluetooth wireless type call answerer 1 is 10 to 30, and each USB Bluetooth adapter 27 is wireless with 3 to 7 call answerers 1 to be connected.

The separate unit system of the present embodiment mainly includes multiple (10 to 30) above-mentioned call answerer 1, the quantity USB Bluetooth adapter 27 corresponding with the quantity of call answerer 1 and two computer on line 7.Each bluetooth wireless type call answerer 1 is connected with USB Bluetooth adapter 27 by the way of Bluetooth wireless communication, each USB Bluetooth adapter 27 is electrically connected by USB port and two computer on line 7, thus constitute the separate unit system of the present invention, namely the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with bluetooth wireless type conductive film type call answerer for ordering.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the mutual receiving and transmitting signal of Bluetooth wireless communication mode between call answerer 1 and access using one cable equipment.

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.According to Bluetooth protocol, a bluetooth main side equipment, can communicate from end equipment with 7 bluetooths, different equipment can be distinguished by the unique device address of each bluetooth equipment (namely bluetooth equipment MAC Address).The separate unit system of the present embodiment is in the application, except distinguishing different bluetooth wireless type call answerers 1 with device numbering, and then confirm outside caller or calling position, different bluetooth wireless type call answerers 1 can also be distinguished by the MAC Address that each bluetooth wireless type call answerer 1 is different, and then confirm caller or calling position and confirm data connection object.The separate unit system of the present embodiment in the application can be similar with application examples 3, distinguishes different bluetooth wireless type call answerers 1 by device numbering, and then confirms caller or the positional information at caller place.

Each bluetooth wireless type call answerer 1 is equipped with battery case or external power supply input port.

Electronic circuit in the present embodiment, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

Bluetooth wireless connect technology belongs to public technology.

Corresponding with embodiment 3, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 6, Internet bar or other place)

See Figure 12, Fig. 1 a to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 6 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of the separate unit system in application examples 3 to application examples 5, should the key step of work process of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 3 to application examples 5.It main difference is that: should use-case and application examples 3 to application examples 5 different in the mode that data are transmitted, namely should the call answerer 1 of use-case carry out data transmission in Bluetooth wireless communication mode each other with access using one cable equipment.

Still Figure 12 is seen, and sees Fig. 6 c and Fig. 6 d the work process key step of separate unit system of use-case to have the most identical and different compared with application examples 3.Should be in use-case:

Step 10 is constant: start.

Step 20 changes into: after two computer on line 7 starts, the USB port that USB Bluetooth adapter 27 is connected on two computer on line 7 by it obtains electric.All bluetooth wireless type call answerers 1 are obtained electric thus respective main control microprocessor 18-1 by its battery case or external power supply input port and start control software, and respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 is constant: two computer on line 7 run two wires software, generates current food product status command.

Step 60 changes into: the current food product status command generated is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by two computer on line 7.

The detailed process of the main control microprocessor 18-1 that the instruction generated is sent to each call answerer 1 by two computer on line 7 is: the instruction generated first is sent to the USB Bluetooth adapter 27 with its wired connection by two computer on line 7, is more wirelessly sent an instruction to all call answerers 1 corresponding with self by USB Bluetooth adapter 27 by bluetooth.Call answerer 1 receives the instruction of this wireless signal by its bluetooth module, and by the I/O port of bluetooth module, this instruction is sent to main control microprocessor 18-1.

Should other of use-case about in step, the detailed process that the relevant instruction generated is sent to the main control microprocessor 18-1 about call answerer 1 by two computer on line 7 is all the most identical with the detailed process of above-mentioned transmission instruction.

Step 61 is to 81 constant (concrete word content is shown in application examples 1).

Step 90 changes into: for the infomational message of ordering generated, this infomational message of ordering is sent to bluetooth module by its I/O port by the main control microprocessor 18-1 of call answerer 1, this message is wirelessly sent to USB Bluetooth adapter 27 by bluetooth by bluetooth module, and then is sent to two computer on line 7 by USB Bluetooth adapter 27.

Step 100 is constant: the CPU of two computer on line 7 receives order infomational message dissection process, then sends the relevant display information parsed to the display of two computer on line 7.

Step 110 constant (concrete word content is shown in application examples 3).

Step 120 is constant: service personal presses the respective keys of the keyboard of two computer on line 7 or carries out the click of mouse, for the requirement of ordering of a certain window of ordering (namely step 110 generate window of ordering), carry out generating the operational order confirming to order or generating the selection operation of the operational order that refusal is ordered.

Step 140 changes into: carry out generating the selection operation of the operational order that confirmation is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of window of ordering accordingly (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation instruction of ordering for corresponding call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this call answerer 1；Then, the CPU of two computer on line 7 is in the state (operational order herein is still operated by service personal and generates) of the corresponding operational order of having ordered of the confirmation instruction of ordering waited and have been sent from.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation instruction of ordering for this other call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this other call answerer 1.Two above-mentioned computer on line 7 confirm that by ordering the detailed process of main control microprocessor 18-1 that instruction sends back call answerer 1 is identical with the detailed process that the transmission in step 60 instructs.

Step 141 is to 150 constant (concrete word content is shown in application examples 1).

Step 170 changes into: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate instruction of having ordered.Concrete condition may is that when put food product is delivered at consumer by service personal, after consumer receives, service personal goes back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and instruction can replace with the instruction representing current food product state.It is identical with the detailed process sending instruction in step 60 that two computer on line 7 instruct the detailed process being sent to main control microprocessor 18-1 by having ordered.

Step 171 is to step 180 constant (concrete word content is shown in application examples 1).

Step 200 changes into: carry out generating the selection operation of the operational order that refusal is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, thus generate and order instruction for the refusal of corresponding call answerer 1, and the refusal generated is ordered instruct the main control microprocessor 18-1 sending back this call answerer 1.Two computer on line 7 refusal is ordered instruction be sent to the detailed process of main control microprocessor 18-1 with in step 60 to send the detailed process instructed identical.

Step 201 is to step 210 constant (concrete word content is shown in application examples 1).

Step 220 changes into: when two computer on line 7 send instruction a period of time (such as 10 seconds) of having ordered in step 170, or send refusal in step 200 and order after instruction a period of time (being the most also 10 seconds), the CPU of two computer on line 7 detects whether the machine is in shutdown process, if not in shutdown process, returning step 60.But two computer on line 7 now are not to send current food product status command respectively to the main control microprocessor 18-1 of whole call answerers 1, it is only that a part of call answerer 1 is sent current food product status command.This Part call transponder 1 is that a part of call answerer 1 of the reception object as above-mentioned issued instruction of having ordered instruction or/and issued refusal is ordered.

Step 230 changes into: if the CPU of two computer on line 7 detects that the machine is in shutdown process in step 220, or two CPU of computer on line 7 when receiving off signal, then first carry out the shutdown subprogram of call answerer 1, namely: shutdown command is sent respectively to the main control microprocessor 18-1 of whole call answerer 1.The detailed process that shutdown command is sent to main control microprocessor 18-1 by two computer on line 7 is identical with the detailed process sending instruction in step 60.

Step 231 is to step 250 constant (concrete word content is shown in application examples 1).

(embodiment 7 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Seeing Fig. 1 a to Fig. 3, Fig. 7 a to Fig. 7 h, and see Figure 13, the structure of the keyboard-type call answerer 1 of the present embodiment is substantially the same manner as Example 3, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 or embodiment 3.The external signal transmitting and receiving parts of the call answerer 1 of the present embodiment are a built-in WIFI communication module, thus the call answerer 1 of the present embodiment is the call answerer of a kind of wireless type.The call answerer of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer 1 of the present embodiment is a kind of WIFI wireless type conductive film type call answerer for ordering.

See Figure 13 and Fig. 1 a, the call answerer 1 of the present embodiment is with the difference of the call answerer of embodiment 3: the call answerer that call answerer 1 is a kind of wireless type of this enforcement, specifically call answerer (or the referred to as WIFI wireless type call answerer of a kind of 802.11WIFI wireless type, or still it is referred to as call answerer 1), the external signal transmitting and receiving parts of this call answerer 1 are the WIFI communication module (hereinafter referred to as WIFI module) being built in call answerer 1, described WIFI communication module has UART port, USB OTG port, SPI port, I2C port and multiple can be by the multiple communication interface such as general purpose I/O port controlling program setting；Inside call answerer 1, the I/O port corresponding to main control microprocessor 18-1 of the relevant COM1 in these ports can be selected to electrically connect, or electrically connected by external signal conversion peripheral circuit I/O port corresponding to main control microprocessor 18-1, mutually to transmit signal, so that the call answerer 1 of the present embodiment becomes a kind of WIFI wireless type conductive film type call answerer for ordering.

In the present embodiment, described WIFI module can be selected for the WIFI communication module that model is EMW3162 that Mxchip Information Technology Co., Ltd. produces.

Seeing that Figure 13, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 3.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with wireless type conductive film type call answerer for ordering, can still be referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.In the system of the present embodiment, the connected mode between call answerer 1 and access using one cable equipment is radio connection, and remaining connected mode between hardware is wired connection mode.

Still see Figure 13, the separate unit system of the present embodiment is with the difference of the separate unit system of embodiment 3: the separate unit system of the present embodiment does not set usb hub 23, and the wireless router 22(arranging WIFI form is also referred to as WIFI wireless router 22 or referred to as wireless router 22), and the call answerer 1 used is above-mentioned call answerer, wireless router 22 matches as access using one cable equipment, wireless router 22 with the WIFI module of one or several call answerers 1 corresponding and can be in communication with each other.

Still seeing Figure 13, in the present embodiment, the quantity of 802.11WIFI wireless type call answerer 1 is 3 to 50.

The separate unit system of the present embodiment mainly includes multiple (3 to 50) above-mentioned 1, wireless router 22 of call answerer and two computer on line 7.Each call answerer 1 is connected with WIFI wireless router 22 by the way of WIFI radio communication, wireless router 22 is electrically connected by wired mode and two computer on line 7, thus constitute the separate unit system of the present embodiment, namely the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with WIFI wireless type conductive film type call answerer for ordering.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the mutual receiving and transmitting signal of WIFI communication between call answerer 1 and access using one cable equipment.

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

Use existing WIFI communication technology, a WIFI wireless router 22, can communicate with multiple WIFI wireless type call answerers 1.

The separate unit system of the present embodiment is in the application, except distinguishing different WIFI wireless type call answerers 1 with device numbering, and then confirm outside caller or calling position, different WIFI wireless type call answerers 1 can also be distinguished by each unique device address of WIFI wireless type call answerer 1 (namely WIFI device mac address), and then confirm caller or calling position and confirm data connection object.Different WIFI wireless type call answerers 1 is distinguished in different IP address when can also be connected into WLAN by each WIFI wireless type call answerer 1, and then confirms caller or calling position and confirm data connection object.The separate unit system of the present embodiment in the application can be similar with application examples 3, distinguishes different WIFI call answerers 1 by device numbering, and then confirms caller or the positional information at caller place.

Each WIFI wireless type call answerer 1 is equipped with battery case or external power supply input port.

Electronic circuit in the present embodiment, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

802.11WIFI wireless connect technology belongs to public technology.

Corresponding with embodiment 3, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 7, Internet bar or other place)

See Figure 13, Fig. 1 a to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 7 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of the separate unit system in application examples 3 to application examples 6, should the key step of work process of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 3 to application examples 6.It main difference is that: should use-case and application examples 3 to application examples 6 different in the mode that data are transmitted, namely should the call answerer 1 of use-case carry out data transmission with WIFI communication each other with access using one cable equipment.

Still see Figure 13, and see Fig. 6 c and Fig. 6 d the work process key step of separate unit system of use-case to have the most identical and different compared with application examples 3.Should be in use-case:

Step 10 is constant: start.

Step 20 changes into: two computer on line 7 are started shooting and WIFI wireless router 22 must electrically activate, all-calls transponder 1 is obtained electric by its battery case or external power supply input port, thus respective main control microprocessor 18-1 starts and controls software, and respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 is constant: two computer on line 7 run two wires software, generates current food product status command.

Step 60 changes into: the current food product status command generated is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by two computer on line 7.

The detailed process of the main control microprocessor 18-1 that the instruction generated is sent to each call answerer 1 by two computer on line 7 is: two computer on line 7 are first by described instruction morphing one-tenth director data bag, again according to ICP/IP protocol, this director data bag is sent to connected call answerer 1 by WIFI wireless router 22.The WIFI module of call answerer 1 receives this packet, and parses the current food product status command included in packet, then by I/O port, the instruction parsed is sent to main control microprocessor 18-1.

Should other of use-case about in step, the detailed process that the relevant instruction generated is sent to the main control microprocessor 18-1 about call answerer 1 by two computer on line 7 is all the most identical with the detailed process of above-mentioned transmission instruction.

Step 61 is to 81 constant (concrete word content is shown in application examples 1).

Step 90 changes into: for the infomational message of ordering generated, this infomational message of ordering is sent to WIFI module by its I/O port by the main control microprocessor 18-1 of call answerer 1, WIFI module generates, according to this message, packet of ordering, and send the packet to WIFI wireless router 22 according to ICP/IP protocol, and then it is sent to two computer on line 7 by WIFI wireless router 22.

Step 100 changes into: two computer on line 7 receive and parse through and process the packet of ordering that WIFI wireless router 22 transmission comes, then send the relevant display information parsed to the display of two computer on line 7.

Step 110 constant (concrete word content is shown in application examples 3).

Step 120 is constant: service personal presses the respective keys of the keyboard of two computer on line 7 or carries out the click of mouse, for the requirement of ordering of a certain window of ordering (namely step 110 generate window of ordering), carry out generating the operational order confirming to order or generating the selection operation of the operational order that refusal is ordered.

Step 140 changes into: carry out generating the selection operation of the operational order that confirmation is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of window of ordering accordingly (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation instruction of ordering for corresponding call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this call answerer 1；Then, the CPU of two computer on line 7 is in the state (operational order herein is still operated by service personal and generates) of the corresponding operational order of having ordered of the confirmation instruction of ordering waited and have been sent from.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation instruction of ordering for this other call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this other call answerer 1.Two above-mentioned computer on line 7 confirm that by ordering the detailed process of main control microprocessor 18-1 that instruction sends back call answerer 1 is identical with the detailed process that the transmission in step 60 instructs.

Step 141 is to 150 constant (concrete word content is shown in application examples 1).

Step 170 changes into: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate instruction of having ordered.Concrete condition may is that when put food product is delivered at consumer by service personal, after consumer receives, service personal goes back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and instruction can replace with the instruction representing current food product state.It is identical with the detailed process sending instruction in step 60 that two computer on line 7 instruct the detailed process being sent to main control microprocessor 18-1 by having ordered.

Step 171 is to step 180 constant (concrete word content is shown in application examples 1).

Step 200 changes into: carry out generating the selection operation of the operational order that refusal is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, thus generate and order instruction for the refusal of corresponding call answerer 1, and the refusal generated is ordered instruct the main control microprocessor 18-1 sending back this call answerer 1.Two computer on line 7 refusal is ordered instruction be sent to the detailed process of main control microprocessor 18-1 with in step 60 to send the detailed process instructed identical.

Step 201 is to 210 constant (concrete word content is shown in application examples 1).

Step 220 changes into: when two computer on line 7 send instruction a period of time (such as 10 seconds) of having ordered in step 170, or send refusal in step 200 and order after instruction a period of time (being the most also 10 seconds), the CPU of two computer on line 7 detects whether the machine is in shutdown process, if not in shutdown process, returning step 60.But two computer on line 7 now are not to send current food product status command respectively to the main control microprocessor 18-1 of whole call answerers 1, it is only that a part of call answerer 1 is sent current food product status command.This Part call transponder 1 is that a part of call answerer 1 of the reception object as above-mentioned issued instruction of having ordered instruction or/and issued refusal is ordered.

Step 230 changes into: if the CPU of two computer on line 7 detects that the machine is in shutdown process in step 220, or two CPU of computer on line 7 when receiving off signal, then first carry out the shutdown subprogram of call answerer 1, namely: shutdown command is sent respectively to the main control microprocessor 18-1 of whole WIFI call answerer 1.The detailed process that shutdown command is sent to main control microprocessor 18-1 by two computer on line 7 is identical with the detailed process sending instruction in step 60.

Step 231 is to step 250 constant (concrete word content is shown in application examples 1).

(embodiment 8 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Seeing Fig. 1 a to Fig. 3, Fig. 7 a to Fig. 7 h, and see Figure 13 a, the structure of the keyboard-type call answerer 1 of the present embodiment is same as in Example 7, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 to embodiment 7.The external signal transmitting and receiving parts of the call answerer 1 of the present embodiment remain as a built-in WIFI communication module, thus the call answerer 1 of the present embodiment remains the call answerer of a kind of wireless type, the call answerer of a kind of 802.11WIFI wireless type.The call answerer of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer 1 of the present embodiment remains a kind of WIFI wireless type conductive film type call answerer for ordering.

Seeing that Figure 13 a, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 7.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the separate unit system of the present embodiment remains a kind of comprehensive Interactive Call response separate unit system with wireless type conductive film type call answerer for ordering, can still be referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.In the system of the present embodiment, the connected mode between call answerer 1 and access using one cable equipment is radio connection, and remaining connected mode between hardware is wired connection mode.

Still seeing Figure 13 a, the separate unit system of the present embodiment is with the identical and difference of the separate unit system of embodiment 7: the separate unit system of the present embodiment is additionally provided with switch 4；The access using one cable equipment used remains as wireless router 22, each call answerer 1 is connected with WIFI wireless router 22 yet by the mode of WIFI radio communication, and each wireless router 22 still WIFI module with one or several call answerers 1 corresponding matches and can be in communication with each other；Each wireless router 22 is connected electrically on switch 4 in a wired fashion, switch 4 is electrically connected by wired mode and two computer on line 7, thus constitute the separate unit system of the present embodiment, namely the separate unit system of the present embodiment is another kind of for the comprehensive Interactive Call response separate unit system with WIFI wireless type conductive film type call answerer ordered.

Still seeing Figure 13 a, in the present embodiment, the quantity of wireless router 22 is 3 to 25, and the quantity of 802.11WIFI wireless type call answerer 1 is 20 to 1000, every wireless router 22 and the wireless connections of 6 to 40 call answerers 1.

Corresponding with the separate unit system of embodiment 7, the separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the mutual receiving and transmitting signal of WIFI communication between call answerer 1 and access using one cable equipment.

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

Electronic circuit in the present embodiment, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

802.11WIFI wireless connect technology belongs to public technology.

Corresponding with embodiment 7, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 8, Internet bar or other place)

See Figure 13 a, Fig. 1 a to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 8 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of the separate unit system in application examples 7, should the work process key step of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 7.It main difference is that: the data communication between two computer on line 7 and WIFI wireless routers 22 is completed by switch 4, the separate unit system of use-case should can accommodate more call answerer 1, it is simple to use in the more occasion of consumer.

(embodiment 9 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Seeing Fig. 1 to Fig. 3, Fig. 7 a to Fig. 7 h, and see Figure 13 b, the structure of the keyboard-type call answerer 1 of the present embodiment is the same as in Example 4, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 to embodiment 4.The call answerer 1 of the present embodiment remains a kind of USB device, and its external signal transmitting and receiving parts remain as USB connecting line 16, thus this call answerer 1 remains as the call answerer of wired, the call answerer 1 of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer of the present embodiment is also a kind of wired conductive film type call answerer for ordering.

Seeing that Figure 13 b, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 4.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the system of the present embodiment is another kind of for the comprehensive Interactive Call response separate unit system with wired conductive film type call answerer ordered, still may be simply referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.In the system of the present embodiment, the connected mode between access using one cable equipment and wireless router 22 is radio connection, and remaining connected mode between hardware is wired connection mode.

Still see Figure 13 b, the separate unit system of the present embodiment is with the difference of the separate unit system of embodiment 4: the separate unit system of the present embodiment is not provided with switch 4 and wired USB device server 24, and wireless router 22 and wireless USB apparatus server 25 are set, and by wireless USB apparatus server 25 as access using one cable equipment, and the quantity of wireless USB apparatus server 25 is corresponding with the quantity of call answerer 1, each wireless USB apparatus server 25 and one or several call answerers corresponding are matched by respective USB port and can be in communication with each other.

Still seeing Figure 13 b, in the present embodiment, the quantity of wireless USB apparatus server 25 is 3 to 25, and the quantity of call answerer 1 is 6 to 50, and every wireless USB apparatus server 25 electrically connects with 1 to 2 call answerer 1.

The separate unit system of the present embodiment mainly includes multiple (6 to 50) above-mentioned call answerer 1, quantity wireless USB apparatus server 25, wireless router 22 corresponding with the quantity of call answerer 1 and two computer on line 7.In the present embodiment, each call answerer 1 is connected electrically on WIFI wireless USB apparatus server 25 by the interface of respective USB connecting line 16, wireless USB apparatus server 25 is connected with WIFI wireless router 22 by the way of WIFI radio communication, wireless router 22 is electrically connected by wired mode and two computer on line 7, thus constitute the separate unit system of the present embodiment, namely the system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with wired conductive film type call answerer for ordering.

In the present embodiment, wireless USB apparatus server 25 can be selected for Xi Laikai and thinks the wireless USB apparatus server that model is SX-DS-3000WN that technology company produces.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the USB mutual receiving and transmitting signal of wire communication mode between call answerer 1 and access using one cable equipment (WIFI wireless USB apparatus server 25).

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

The technology that multiple USB devices are connected with WIFI wireless USB apparatus server 25 is public technology.

Corresponding with embodiment 4, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

(ordering by the work process of separate unit system in application examples 9, Internet bar or other place)

See Figure 13 b, Fig. 1 to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 9 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of the separate unit system in application examples 4, should the work process key step of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 4.It main difference is that: should be in the separate unit system of use-case, and wireless USB device server 25 is connected with wireless router 22 by WIFI communication, can less use netting twine, and difficulty of construction is relatively low.

(embodiment 10 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Seeing Fig. 1 a to Fig. 3, Fig. 7 a to Fig. 7 h, and see Figure 13 c, the structure of the keyboard-type call answerer 1 of the present embodiment is substantially the same manner as Example 3, and is still generally used by first-line staff, therefore still referred to as one line call answerer, and still it is referred to as call answerer 1.The content of the character on the button 12 of the call answerer 1 of the present embodiment is identical with embodiment 1 or embodiment 3.The external signal transmitting and receiving parts of the call answerer 1 of the present embodiment are a built-in ZIGBEE communication module, thus the call answerer 1 of the present embodiment is the call answerer of a kind of wireless type.The call answerer of the present embodiment still ordering for Internet bar or other place, therefore also can be still referred to as Internet bar or other place and order with call answerer, or also can the most referred to as order and use call answerer, and the call answerer 1 of the present embodiment is a kind of ZIGBEE wireless type conductive film type call answerer for ordering.

See Figure 13 c and Fig. 1 a, the call answerer 1 of the present embodiment is with its difference of the call answerer of embodiment 3 or embodiment 1: the call answerer that call answerer 1 is a kind of wireless type of this enforcement, the specifically call answerer (or referred to as ZIGBEE wireless type call answerer, or be still referred to as call answerer 1) of a kind of ZIGBEE wireless type.The external signal transmitting and receiving parts of this call answerer 1 are the ZIGBEE communication module (hereinafter referred to as ZIGBEE module) being built in call answerer 1；Described ZIGBEE communication module be provided with spi bus interface, UART interface and multiple can be by the multiple communication interface such as general purpose I/O port controlling program setting；The I/O port corresponding to main control microprocessor 18-1 of the relevant COM1 in these ports can be selected inside call answerer 1 to electrically connect, or electrically connected by external signal conversion peripheral circuit I/O port corresponding to main control microprocessor 18-1, mutually to transmit signal, so that the call answerer 1 of the present embodiment becomes the ZIGBEE wireless type conductive film type call answerer for ordering.

In the present embodiment, above-mentioned ZIGBEE module can be selected for the ZIGBEE communication module that model is EMZ3048C that Mxchip Information Technology Co., Ltd. produces.

Seeing that Figure 13 c, the Internet bar of the present embodiment or other place Interactive Call answering system are still used for ordering, this system remains separate unit system, and it is essentially identical with the separate unit system of embodiment 3.The call answerer that the separate unit system of the present embodiment is used is above-mentioned call answerer, and the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with wireless type conductive film type call answerer for ordering, can still be referred to as Internet bar or other place to order and use separate unit system, or the most referred to as order and use separate unit system, or still it is referred to as separate unit system, or is still referred to as system.In the system of the present embodiment, the connected mode between call answerer 1 and access using one cable equipment is radio connection, and remaining connected mode between hardware is wired connection mode.

Still see Figure 13 c, the separate unit system of the present embodiment is with the difference of the separate unit system of embodiment 3: the system of the present embodiment is not provided with usb hub 23, and switch 4 and ZIGBEE wireless base station (referred to as wireless base station 26) is set, wireless base station 26 is as access using one cable equipment, and the quantity of wireless base station 26 is corresponding with the quantity of call answerer 1, each wireless base station 26 matches with the ZIGBEE module of one or several call answerers 1 corresponding and can be in communication with each other.

In the present embodiment, the ZIGBEE wireless base station that model is IK800ZW that Jin Shiju Science and Technology Ltd. produces can be selected in wireless base station 26.

Still seeing Figure 13 c, in the present embodiment, the quantity of wireless base station 26 is 3 to 25, and the quantity of call answerer 1 is 20 to 5000, each wireless base station 26 and the wireless connections of 6 to 200 call answerers 1.

The separate unit system of the present embodiment mainly includes multiple (20 to 5000) above-mentioned call answerer 1, quantity wireless base station 26, the switch 4 corresponding with the quantity of call answerer 1 and two computer on line 7.Each call answerer 1 connects with corresponding wireless base station 26 by the way of ZIGBEE radio communication, each wireless base station 26 is connected electrically on switch 4 by wired mode, switch 4 is electrically connected by wired mode and two computer on line 7, thus constitute the separate unit system of the present embodiment, namely the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with ZIGBEE wireless type conductive film type call answerer for ordering.

The separate unit system of the present embodiment is in the application, also install and run the corresponding software matched with it and (namely install and run two wires software in two computer on line 7, call answerer 1 is installed and runs the corresponding software matched), after arranging accordingly, the separate unit system of the present embodiment can normally work in the application.Wherein, with the mutual receiving and transmitting signal of ZIGBEE communication between call answerer 1 and access using one cable equipment.

The separate unit system of the present embodiment can be with independent utility, it is also possible to gone application as a unit by a part as LAN system in two described computer on line 7 access to LAN.

Use existing ZIGBEE communication technology, a ZIGBEE wireless base station 26, can communicate with multiple ZIGBEE wireless type call answerers 1.The separate unit system of the present embodiment is in the application, except distinguishing different ZIGBEE wireless type call answerers 1 with device numbering, and then confirm outside caller or calling position, different ZIGBEE wireless type call answerers 1 can also be distinguished by each unique device address of ZIGBEE wireless type call answerer 1 (namely ZIGBEE device mac address), and then confirm caller or calling position and confirm data connection object.Different ZIGBEE wireless type call answerers 1 can also be distinguished by specific address in the net of each ZIGBEE wireless type call answerer 1, and then confirms caller or calling position and confirm data connection object.The separate unit system of the present embodiment in the application can be similar with application examples 3, distinguishes different ZIGBEE wireless type call answerers 1 by device numbering, and then confirms caller or the positional information at caller place.

Each ZIGBEE wireless type call answerer 1 is equipped with battery case or external power supply input port.

Electronic circuit in the present embodiment, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

ZIGBEE wireless connect technology belongs to public technology.

Corresponding with embodiment 3, the separate unit system of the present embodiment can also be by two described computer on line 7 access to LAN as a unit, thus a part as LAN system uses.LAN system now then has become as the system with multiple stage two computer on line 7, namely the several system of the present invention.Between each two computer on line 7 can mutually communication, and can arrange and there is information collect three computer on line of function for leader or boss, or 1 or several two computer on line 7 therein being set to also has information and collect the equipment of function.

ZIGBEE communication technology power consumption is relatively low, and network struction is convenient, and cost is relatively low, is now widely used for building automatic and monitoring, Lighting control, stock control, industrial monitoring, mechanical equipment state and the field such as performance monitoring, production scheduling.Use the call answerer 1 of the present embodiment, after adding pattern further according to the actually used situation adjustment mark or character of button 12, pattern or word, and after corresponding software is adjusted, the call answerer 1 of the present embodiment can apply to the occasion of various applicable structure ZIGBEE communication network, such as workshop, construction site etc., between first-line staff and support personnel distant, noise is relatively big, work inconvenience interruption etc. is not suitable for using the occasion of conventional information exchange way to carry out important and simple communication for information by the system of the present embodiment.Such as, raw material application, Tooling Request, plant maintenance application, job schedule requirement, job schedule feedback etc..

(ordering by the work process of separate unit system in application examples 10, Internet bar or other place)

See Figure 13 c, Fig. 1 a to Fig. 3 and Fig. 7 a to Fig. 7 h, and see Fig. 6 c and Fig. 6 d, should be the Internet bar of embodiment 10 or order by a kind of work process of separate unit system in other place by use-case.Compared with the work process of the separate unit system in application examples 3 to application examples 9, should the key step of work process of separate unit system of use-case essentially identical with the work process of the separate unit system of application examples 3 to application examples 9.It main difference is that: should use-case and application examples 3 to application examples 9 different in the mode that data are transmitted, should the call answerer 1 of use-case carry out data transmission with ZIGBEE communication each other with access using one cable equipment.

Still Figure 13 c is seen, and sees Fig. 6 c and Fig. 6 d the work process key step of separate unit system of use-case to have the most identical and different compared with application examples 3.Should be in use-case:

Step 10 is constant: start.

Step 20 changes into: two computer on line 7 are started shooting, all ZIGBEE wireless base stations 26 must electrically activate, all-calls transponder 1 is obtained electric thus respective main control microprocessor 18-1 by its battery case or external power supply input port and starts control software, and respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30 is constant: two computer on line 7 run two wires software, generates current food product status command.

Step 60 changes into: the current food product status command generated is sent respectively to the main control microprocessor 18-1 of whole call answerer 1 by two computer on line 7.

The detailed process of the main control microprocessor 18-1 that the instruction generated is sent to each call answerer 1 by two computer on line 7 is: the instruction morphing one-tenth packet that two computer on line 7 first will be generated, again by two computer on line 7 according to ICP/IP protocol, wireless base station 26 is delivered a packet to by switch 4, wireless base station 26 generates corresponding instruction after receiving this packet dissection process, then by ZIGBEE, the instruction parsed is wirelessly transmitted to call answerer 1 corresponding thereto.The ZIGBEE module of call answerer 1 receives the instruction of this wireless signal, then by I/O port, this instruction is sent to main control microprocessor 18-1.

Should other of use-case about in step, the detailed process that the relevant instruction generated is sent to the main control microprocessor 18-1 about call answerer 1 by two computer on line 7 is all the most identical with the detailed process of above-mentioned transmission instruction.

Step 61 is to step 81 constant (concrete word content is shown in application examples 1).

Step 90 changes into: for the infomational message of ordering generated, this infomational message of ordering is sent to ZIGBEE module by its I/O port by the main control microprocessor 18-1 of call answerer 1, this message is wirelessly transmitted to wireless base station 26 corresponding thereto by ZIGBEE by ZIGBEE module, wireless base station 26 generates, according to this message, packet of ordering, it is sent to switch 4 according to ICP/IP protocol again, and then is sent to two computer on line 7 by switch 4.

Step 100 changes into: two computer on line 7 receive and parse through and process the packet of ordering that wireless base station 26 is come by switch 4 transmission, then send the relevant display information parsed to the display of two computer on line 7.

Step 110 constant (concrete word content is shown in application examples 3).

Step 120 is constant: service personal presses the respective keys of the keyboard of two computer on line 7 or carries out the click of mouse, for the requirement of ordering of a certain window of ordering (namely step 110 generate window of ordering), carry out generating the operational order confirming to order or generating the selection operation of the operational order that refusal is ordered.

Step 140 changes into: carry out generating the selection operation of the operational order that confirmation is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of window of ordering accordingly (namely step 110 generation order window) is required the operational order that the confirmation carried out is ordered, and generate the confirmation instruction of ordering for corresponding call answerer 1, then this confirmation instruction of ordering is sent back the main control microprocessor 18-1 of this call answerer 1；Then, the CPU of two computer on line 7 is in the state (operational order herein is still operated by service personal and generates) of the corresponding operational order of having ordered of the confirmation instruction of ordering waited and have been sent from.In this case, if the CPU of two computer on line 7 receive to other window of ordering order require operational order that the confirmation that carried out is ordered time, then enable other subprogram, generate the confirmation instruction of ordering for this other call answerer 1, then confirm, by ordering, the main control microprocessor 18-1 that instruction sends back this other call answerer 1.Two above-mentioned computer on line 7 confirm that by ordering the detailed process of main control microprocessor 18-1 that instruction sends back call answerer 1 is identical with the detailed process that the transmission in step 60 instructs.

Step 141 is to 150 constant (concrete word content is shown in application examples 1).

Step 170 changes into: two computer on line 7 receive to a certain order be complete the operational order of (referring to that food delivery puts in place) after, generate instruction of having ordered.Concrete condition may is that when put food product is delivered at consumer by service personal, after consumer receives, service personal goes back to foreground, by operating keyboard or the mouse of two computer on line 7, select to represent that the window of ordering (namely window of ordering of step 110 generation) at institute's food delivery is current window, and cursor is moved the corresponding position to screen, then press the confirmation button of lower keyboard or click on mouse, and confirm that ordering of current window completes food delivery.What two computer on line 7 were generated ordered, and instruction can replace with the instruction representing current food product state.It is identical with the detailed process sending instruction in step 60 that two computer on line 7 instruct the detailed process being sent to main control microprocessor 18-1 by having ordered.

Step 171 is to step 180 constant (concrete word content is shown in application examples 1).

Step 200 changes into: carry out generating the selection operation of the operational order that refusal is ordered for service personal in step 120, the CPU of two computer on line 7 then receives and ordering of a certain window of ordering (namely step 110 generation order window) is required the operational order that the refusal carried out is ordered, thus generate and order instruction for the refusal of corresponding call answerer 1, and the refusal generated is ordered instruct the main control microprocessor 18-1 sending back this call answerer 1.Two computer on line 7 refusal is ordered instruction be sent to the detailed process of main control microprocessor 18-1 with in step 60 to send the detailed process instructed identical.

Step 201 is to 210 constant (concrete word content is shown in application examples 1).

Step 220 changes into: when two computer on line 7 send instruction a period of time (such as 10 seconds) of having ordered in step 170, or send refusal in step 200 and order after instruction a period of time (being the most also 10 seconds), the CPU of two computer on line 7 detects whether the machine is in shutdown process, if not in shutdown process, returning step 60.But two computer on line 7 now are not to send current food product status command respectively to the main control microprocessor 18-1 of whole call answerers 1, it is only that a part of call answerer 1 is sent current food product status command.This Part call transponder 1 is that a part of call answerer 1 of the reception object as above-mentioned issued instruction of having ordered instruction or/and issued refusal is ordered.

Step 230 changes into: if the CPU of two computer on line 7 detects that the machine is in shutdown process in step 220, or two CPU of computer on line 7 when receiving off signal, then first carry out the shutdown subprogram of call answerer 1, namely: shutdown command is sent respectively to the main control microprocessor 18-1 of whole ZIGBEE call answerer 1.The detailed process that shutdown command is sent to main control microprocessor 18-1 by two computer on line 7 is identical with the detailed process sending instruction in step 60.

Step 231 is to step 250 constant (concrete word content is shown in application examples 1).

(embodiment 11-1 To embodiment 11-10 、 KTV With Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 11-1 is corresponding with embodiment 1, embodiment 11-2 is corresponding with embodiment 2, until embodiment 11-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 14, the most corresponding difference between call answerer 1 is: in embodiment 11-1 to embodiment 11-10, the target display of each call answerer 1 selects the character of the demand item indicated on each button 12 of key group 12-1, is the title being suitable for the food product beverage (being referred to as food product) in KTV use.

Still see Figure 14, in embodiment 11-1 to embodiment 11-10, each compared with corresponding embodiment, the button 12 of each call answerer 1 is still 24, wherein, target display selects the key number of key group 12-1 to be still 20, and the key number of function key group 12-2 is still 4.In all 24 buttons 12, the character on a part of button 12 has certain change.Target display selects the demand item represented by character on 20 buttons of key group 12-1, namely food product title (after the food product title having also have quantity) is followed successively by: Carlsberg half-dozen, Heineken half-dozen, Budweiser half-dozen, Teing Tao Beer half-dozen, Harbin half-dozen, Carlsberg a dozen, Heineken a dozen, Budweiser a dozen, Teing Tao Beer a dozen, Harbin a dozen, Hennessy X.O., blue zone Martell, Remy Martin VSOP, Ballantine's whiskey, BAILEYS GREAM, puffed rice, French fries, big fruit tray, middle fruit tray and little fruit tray.The title of the functional item represented by character on 4 buttons of function key group 12-2 remains successively and purchases by group, subscribes, cancels and confirm.

For embodiment 11-1 to embodiment 11-4 and embodiment 11-9, replace with the character on each button 12 above-mentioned shown in Figure 14 that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 11-5 to embodiment 11-8 and embodiment 11-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 14, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

The KTV of embodiment 11-1 and the embodiment 11-2 KTV Interactive Call answering system (referred to as separate unit system or referred to as system) of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 11-3 to embodiment 11-10, each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 11-1 to application examples 11-10, the KTV work process of Interactive Call answering system)

Application examples 11-1 is the application examples of the work process of the system of embodiment 11-1, and application examples 11-2 is the application examples of the work process of the system of embodiment 11-2, until application examples 11-10 is the application examples of the work process of the system of embodiment 11-10；Application examples 11-1 is corresponding with application examples 1, and application examples 11-2 is corresponding with application examples 2, until application examples 11-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 11-1 to application examples 11-4 and application examples 11-9, replacing the character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 14, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 11-5 to application examples 11-8 and application examples 11-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 14, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 12-1 To embodiment 12-10 、 KTV With Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 12-1 is corresponding with embodiment 11-1, embodiment 12-2 is corresponding with embodiment 11-2, until embodiment 12-10 is corresponding with embodiment 11-10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is essentially identical.

See Figure 14 a, the most corresponding difference between call answerer 1 is: in embodiment 12-1 to embodiment 12-10, the target display of each call answerer 1 selects the character of demand item indicated on each button 12 of key group 12-1, is the title of food product beverage (being referred to as food product) and the title of service item being suitable for using at KTV.

Still see Figure 14 a, in embodiment 12-1 to embodiment 12-10, each compared with corresponding embodiment, the button 12 of each call answerer 1 is still 24, wherein, target display selects the button of key group 12-1 to increase to 23, and the button of function key group 12-2 reduces to 1.In all 24 buttons 12, the character on a part of button 12 has certain change.Target display selects in 23 buttons 12 of key group 12-1, the demand item represented by character on 20 buttons 12 is the title of food product beverage (food product beverage herein is referred to as food product), and part button 12 therein is also simultaneously provided with the character indicating food product price；Represented by character on 3 buttons 12 is the title of service item.

Character on 20 buttons 12 of above-mentioned expression food product title is successively: Carlsberg half-dozen, Heineken half-dozen, Budweiser half-dozen, Teing Tao Beer half-dozen, Harbin half-dozen, Carlsberg a dozen, Heineken a dozen, Budweiser a dozen, Teing Tao Beer a dozen, Harbin a dozen, Xuan NishiXO $1480, blue zone Ma Dieli $1480, Ren ToumaVSOP $680, Ballantine's Wei Shiji $480, Bai Litian $380, puffed rice, French fries, A set meal, B set meal and C set meal.

Character on 3 buttons 12 of the title of above-mentioned expression service item is successively: clears up, change wheat and service man.

Character on 1 button 12 of function key group 12-2 is: confirm.

For embodiment 12-1 to embodiment 12-10, replace with the character on each button 12 above-mentioned shown in Figure 14 a that the character on each button 12 shown in Figure 14 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

In the occasion such as KTV or Internet bar, consumer consumes at a KTV or Internet bar generally for a long time, is familiar with its commodity price, it is possible to not labeled price on button.But in the place that some consumer's mobility are bigger, or when some commodity that this place is sold or the price of service are higher, can select to indicate on the whole or part button 12 of key group 12-1 the price of these commodity or service in target display simultaneously, be beneficial to the use of consumer.

Use embodiment 12-1 matching used price list can also be set for call answerer 1 to the place of the call answerer 1 of embodiment 12-10, for reference.When price adjustment, the price list that only need to more renew, the trouble of button 12 is changed to avoid each price adjustment to be required for.When being furnished with price list, target display selects a fewer keys in key group 12-1, it is also possible to indicate food product code name, such as A set meal, B set meal, C set meal.And particular content contained by A set meal, B set meal, C set meal, can mark on price list, to be suitable for more frequently changing the occasion of minority food product.When the particular content corresponding to food product code name adjusts, it is only necessary to the price list more renewed.Price list can paste or be connected to the back side or the side of the call answerer 1 of the present invention, it is also possible to is arranged on embodiment 12-1 near the call answerer 1 of embodiment 12-10, consults for consumer.As also there is similar above-mentioned demand in other place using call answerer 1, it is also possible to carry out with reference to above-mentioned scheme.

The KTV of embodiment 12-1 and the embodiment 12-2 KTV Interactive Call answering system (referred to as separate unit system or referred to as system) of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 12-3 to embodiment 12-10, each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 12-1 to application examples 12-10, the KTV work process of Interactive Call answering system)

Application examples 12-1 is the application examples of the work process of the system of embodiment 12-1, and application examples 12-2 is the application examples of the work process of the system of embodiment 12-2, until application examples 12-10 is the application examples of the work process of the system of embodiment 12-10；Application examples 12-1 is corresponding with application examples 11-1, and application examples 12-2 is corresponding with application examples 11-2, until application examples 12-10 is corresponding with application examples 11-10.

Between the most corresponding application examples, for application examples 12-1 to application examples 12-10, replace with the character on each button 12 above-mentioned shown in Figure 14 a that the character on each button 12 shown in Figure 14 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, current food product Status Change is current food product state and current service status, orders and is changed to order or apply for service, and put food product is changed to put food product or is put service.Application examples 12-1 is not in the work process of application examples 12-10, not and purchase by group, subscribe, cancel relevant part.

(embodiment 13-1 To embodiment 13-10 , bathing, foot bath, therapeutic massage class place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 13-1 is corresponding with embodiment 1, embodiment 13-2 is corresponding with embodiment 2, until embodiment 13-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 14 b, the most corresponding difference between call answerer 1 is: in embodiment 13-1 to embodiment 13-10, the target display of each call answerer 1 selects the character of the demand item indicated on each button 12 of key group 12-1, is commodity and the title of service being suitable for using in bathing, foot bath, therapeutic massage class place.

Still see Figure 14 b, in embodiment 13-1 to embodiment 13-10, each compared with corresponding embodiment, the button 12 of each call answerer 1 is still 24, wherein, target display selects the key number of key group 12-1 to be still 20, and the key number of function key group 12-2 is still 4.In all 24 buttons 12, the character on a part of button 12 has certain change.Target display selects the demand item represented by character on 20 buttons of key group 12-1, namely the title of commodity and service item is successively: cattle laughable, red, BABAOZHOU, Sucus Mali pumilae, Pulp Citrulli juice, soft China, three or five, Hibisci Mutabilis king, lesser panda, Yuxi, cupping, scrape therapy, pedicure, pick one's ears, fire is treated, cervical vertebra is massaged, lumbar vertebra is massaged, shoulder is massaged, head is massaged and foot is massaged；In the demand project, front 10 demand items are commodity item, and rear 10 demand items are service item.In 10 commodity items, first 5 is food product project, and latter 5 is medicated cigarette project.The title of the functional item represented by character on 4 buttons of function key group 12-2 remains successively and purchases by group, subscribes, cancels and confirm.

For embodiment 13-1 to embodiment 13-4 and embodiment 13-9, replace with the character on each button 12 above-mentioned shown in Figure 14 b that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 13-5 to embodiment 13-8 and embodiment 13-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 14 b, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 13-1 and the bathing of embodiment 13-2, foot bath, the bathing of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 13-3 to embodiment 13-10 of therapeutic massage class place, foot bath, therapeutic massage class place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 13-1 to application examples 13-10, bathing, foot bath, the therapeutic massage class place work process of Interactive Call answering system)

Application examples 13-1 is the application examples of the work process of the system of embodiment 13-1, and application examples 13-2 is the application examples of the work process of the system of embodiment 13-2, until application examples 13-10 is the application examples of the work process of the system of embodiment 13-10；Application examples 13-1 is corresponding with application examples 1, and application examples 13-2 is corresponding with application examples 2, until application examples 13-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 13-1 to application examples 13-4 and application examples 13-9, replacing the character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 14 b, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 13-5 to application examples 13-8 and application examples 13-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 14 b, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, current food product Status Change is current service and condition of merchandise, orders and is changed to a little purchase commodity or application service, and put food product is changed to put commodity or is put service.

(embodiment 14-1 To embodiment 14-10 , passenger train Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 14-1 is corresponding with embodiment 1, embodiment 14-2 is corresponding with embodiment 2, until embodiment 14-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 14 c, the most corresponding difference between call answerer 1 is: in embodiment 14-1 to embodiment 14-10, the target display of each call answerer 1 selects the character of the demand item indicated on each button 12 of key group 12-1, is food product beverage (being referred to as food product) and the title of service being suitable on passenger train using.

Still see Figure 14 c, in embodiment 14-1 to embodiment 14-10, each compared with corresponding embodiment, the button 12 of corresponding call answerer 1 is still 24, wherein, target display selects the number of the button of key group 12-1 to increase to 22, and the number of the button of function key group 12-2 reduces to 2.Target display selects the demand item represented by character on 22 buttons of key group 12-1, namely the title of food product and service item is successively: cola, sprite, BABAOZHOU, mineral water, iced black tea, ham sausage, original flavor potato chips, dried bean curd, dried beef, scholar's power frame, beef with brown sauce, old altar sauerkraut, spicy beef, spareribs with brown sauce, fresh shrimp fish plate, common packed meal, set meal packed meal, Fresh Ground Coffee, milk tea the most processed, chips, sleeping berth application and buy one's ticket after normal time.In the demand project, front 20 demand items are food product project, and rear 2 demand items are service item.The title of the functional item represented by character on 2 buttons of function key group 12-2 is to cancel and confirm successively.

For embodiment 14-1 to embodiment 14-4 and embodiment 14-9, replace with the character on each button 12 above-mentioned shown in Figure 14 c that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 14-5 to embodiment 14-8 and embodiment 14-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 14 c, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

The passenger train of embodiment 14-1 and the embodiment 14-2 passenger train Interactive Call answering system (referred to as separate unit system or referred to as system) of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 14-3 to embodiment 14-10, each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 14-1 to application examples 14-10, the passenger train work process of Interactive Call answering system)

Application examples 14-1 is the application examples of the work process of the system of embodiment 14-1, and application examples 14-2 is the application examples of the work process of the system of embodiment 14-2, until application examples 14-10 is the application examples of the work process of the system of embodiment 14-10；Application examples 14-1 is corresponding with application examples 1, and application examples 14-2 is corresponding with application examples 2, until application examples 14-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 14-1 to application examples 14-4 and application examples 14-9, replacing the character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 14 c, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 14-5 to application examples 14-8 and application examples 14-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 14 c, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, current food product Status Change is current service and condition of merchandise, orders and is changed to a little purchase commodity or application service, and put food product is changed to put commodity or is put service.Application examples 14-1 is not in the work process of application examples 14-10, not and purchase by group, subscribe relevant part.

(embodiment 15-1 To embodiment 15-10 , hotel, lodging place Interactive Call answering system and the keyboard-type call answerer thereof such as hotel)

Embodiment 15-1 is corresponding with embodiment 1, embodiment 15-2 is corresponding with embodiment 2, until embodiment 15-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 14 d, the most corresponding difference between call answerer 1 is: in embodiment 15-1 to embodiment 15-10, the target display of each call answerer 1 selects the character of the demand item indicated on each button 12 of key group 12-1, it is commodity (containing food product, and food product beverage being referred to as food product) and the title of service being suitable for using in the lodging place such as hotel, hotel.

Still see Figure 14 d, in embodiment 15-1 to embodiment 15-10, each compared with corresponding embodiment, the button 12 of corresponding call answerer 1 is still 24, wherein, target display selects the number of the button of key group 12-1 to increase to 22, and the number of the button of function key group 12-2 reduces to 2.Target display selects the demand item represented by character on 22 buttons of key group 12-1, namely the title of commodity and service item is successively: soft China, three or five, Hibisci Mutabilis king, lesser panda, Yuxi, Black Forest, Brownie, whipping cream, Semen Phaseoli bread, Fructus Ananadis comosi bag, Hot Coffee, hot milk tea, hot oatmeal, warm milk, hot cocoa, towel, bath towel, slippers, toothbrush, sweep, continuous live and check out.In the demand project, front 15 demand items are commodity item, and rear 7 demand items are service item.In 15 commodity items, first 5 is medicated cigarette project, and latter 10 is food product project.The title of the functional item represented by character on 2 buttons of function key group 12-2 is to cancel and confirm successively.

For embodiment 15-1 to embodiment 15-4 and embodiment 15-9, replace with the character on each button 12 above-mentioned shown in Figure 14 d that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 15-5 to embodiment 15-8 and embodiment 15-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 14 d, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

The lodging place Interactive Call answering systems (referred to as separate unit system or referred to as system) such as the hotel of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 15-3 to embodiment 15-10, the lodging places such as embodiment 15-1 and the hotel of embodiment 15-2, hotel, hotel, each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(the lodging place work process of Interactive Call answering system such as application examples 15-1 to application examples 15-10, hotel, hotel)

Application examples 15-1 is the application examples of the work process of the system of embodiment 15-1, and application examples 15-2 is the application examples of the work process of the system of embodiment 15-2, until application examples 15-10 is the application examples of the work process of the system of embodiment 15-10；Application examples 15-1 is corresponding with application examples 1, and application examples 15-2 is corresponding with application examples 2, until application examples 15-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 15-1 to application examples 15-4 and application examples 15-9, replacing the character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 14 d, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 15-5 to application examples 15-8 and application examples 15-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 14 d, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, current food product Status Change is current service and condition of merchandise, orders and is changed to a little purchase commodity or application service, and put food product is changed to put commodity or is put service.Application examples 15-1 is not in the work process of application examples 15-10, not and purchase by group, subscribe relevant part.

(embodiment 16-1 To embodiment 16-10 , medical treatment and nursing, providing for the aged and nursing place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 16-1 is corresponding with embodiment 1, embodiment 16-2 is corresponding with embodiment 2, until embodiment 16-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 14 e, the most corresponding difference between call answerer 1 is: in embodiment 16-1 to embodiment 16-10, the target display of each call answerer 1 selects the character of the demand item indicated on each button 12 of key group 12-1, is food product beverage (being referred to as food product) and the title of service being suitable for using in medical treatment and nursing, providing for the aged and nursing place.

Still see Figure 14 e, in embodiment 16-1 to embodiment 16-10, each compared with corresponding embodiment, the button 12 of corresponding call answerer 1 is still 24, wherein, target display selects the number of the button of key group 12-1 to increase to 22, and the number of the button of function key group 12-2 reduces to 2.Target display selects the demand item represented by character on 22 buttons of key group 12-1, namely the title of food product and service item is successively: boiled water, breakfast, food, clear the table, sweep, get up, Personal hygiene, go to toilet, have a bath, change bedding, window, room temperature regulation, electrical equipment use, reconditioning, outdoor activities, take a nap after lunch, go to bed, change dressings, take medicine, drop is complete, ordinary call, urgent call.In the demand project, boiled water, breakfast and food belong to food product project, and remaining belongs to service item.The title of the functional item represented by character on 2 buttons of function key group 12-2 is to cancel and confirm successively.

For embodiment 16-1 to embodiment 16-4 and embodiment 16-9, replace with the character on each button 12 above-mentioned shown in Figure 14 e that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 16-5 to embodiment 16-8 and embodiment 16-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 14 e, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 16-1 and the medical treatment and nursing of embodiment 16-2, the medical treatment and nursing of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 16-3 to embodiment 16-10 of providing for the aged and nursing place, providing for the aged and nursing place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 16-1 to application examples 16-10, medical treatment and nursing, the providing for the aged and nursing place work process of Interactive Call answering system)

Application examples 16-1 is the application examples of the work process of the system of embodiment 16-1, and application examples 16-2 is the application examples of the work process of the system of embodiment 16-2, until application examples 16-10 is the application examples of the work process of the system of embodiment 16-10；Application examples 16-1 is corresponding with application examples 1, and application examples 16-2 is corresponding with application examples 2, until application examples 16-10 is corresponding with application examples 10.

Between application examples mutually corresponding during Ben Shitai equipment, for application examples 16-1 to application examples 16-4 and application examples 16-9, replacing the character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 14 e, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 16-5 to application examples 16-8 and application examples 16-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 14 e, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, current food product Status Change is current service and food product state, orders and is changed to apply for food product or application service, and put food product is changed to put food product or is put service.Application examples 16-1 is not in the work process of application examples 16-10, not and purchase by group, subscribe relevant part.

(embodiment 17-1 To embodiment 17-10 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 17-1 is corresponding with embodiment 1, embodiment 17-2 is corresponding with embodiment 2, until embodiment 17-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 15, embodiment 17-1 is in embodiment 17-10, the target of each call answerer 1 shows that the character selecting the demand item indicated on each button 12 of key group 12-1 is identical with the character of the demand item indicated on each button 12 of target display selection key group 12-1 of the call answerer 1 of mutually corresponding embodiment, that is to say and is suitable in Internet bar or the title of the food product of other place use.

Still see Figure 15, difference between the call answerer 1 of the most corresponding embodiment is: the call answerer 1 in embodiment 17-1 to embodiment 17-10 is in order to cost-effective, the keycap of button 12 does not use spray paint laser engraving formula transparent keycap or double-shot moulding formula character transparent keycap, but uses the light tight keycap that current computer keyboard is conventional.Meanwhile, each button installing hole on upper cover 11-1 11-3's while setting up light emitting diode loophole 11-6, this loophole 11-6 is positioned at the top of corresponding button installing hole 11-3, so that the light that the light emitting diode 17 belonging to each button is sent can appear from this loophole 11-6.When some light emitting diode 17 is luminous, glow color shown in corresponding loophole 11-6 and luminance can represent the state of corresponding demand project.

Specifically, for embodiment 17-1 to embodiment 17-4 and embodiment 17-9, when design, shown in Figure 15 and the relevant position of upper cover 11-1 of foregoing description and the keycap of each button 12 replace corresponding site and the keycap of each button 12 of the upper cover 11-1 shown in Fig. 1, and remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 17-5 to embodiment 17-8 and embodiment 17-10, when design, shown in Figure 15 and the relevant position of upper cover 11-1 of foregoing description and the keycap of each button 12 replace corresponding site and the keycap of each button 12 of the upper cover 11-1 shown in Fig. 1 a, and remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 17-1 and the Internet bar of embodiment 17-2 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 17-3 to embodiment 17-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 17-1 to application examples 17-10, Internet bar or other place work process of Interactive Call answering system)

Application examples 17-1 is the application examples of the work process of the system of embodiment 17-1, and application examples 17-2 is the application examples of the work process of the system of embodiment 17-2, until application examples 17-10 is the application examples of the work process of the system of embodiment 17-10；Application examples 17-1 is corresponding with application examples 1, and application examples 17-2 is corresponding with application examples 2, until application examples 17-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 17-1 to application examples 17-4 and application examples 17-9, when design, shown in Figure 15 and the relevant position of upper cover 11-1 of foregoing description and the keycap of each button 12 replace corresponding site and the keycap of each button 12 of the upper cover 11-1 shown in Fig. 1, and remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 17-5 to application examples 17-8 and application examples 17-10, when design, shown in Figure 15 and the relevant position of upper cover 11-1 of foregoing description and the keycap of each button 12 replace corresponding site and the keycap of each button 12 of the upper cover 11-1 shown in Fig. 1 a, and remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 17-11 To embodiment 17-20 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 17-11 is corresponding with embodiment 17-1, embodiment 17-12 is corresponding with embodiment 17-2, until embodiment 17-20 is corresponding with embodiment 17-10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 16, embodiment 17-11 is in embodiment 17-20, the target of each call answerer 1 shows that the character selecting the demand item indicated on each button 12 of key group 12-1 is identical with the character of the demand item indicated on each button 12 of target display selection key group 12-1 of the call answerer 1 of mutually corresponding embodiment, that is to say and is suitable in Internet bar or the title of the food product of other place use.

Still seeing Figure 16, the difference between the call answerer 1 of the most corresponding embodiment is: the loophole 11-6 set up on the upper cover 11-1 of the call answerer 1 in embodiment 17-11 to embodiment 17-20, is positioned at the left side of corresponding button installing hole 11-3.Specifically, for embodiment 17-11 to embodiment 17-20, when design, shown in Figure 16 and the relevant position of upper cover 11-1 of foregoing description replaces the corresponding site of the upper cover 11-1 shown in Figure 15, and remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 17-11 and the Internet bar of embodiment 17-12 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 17-13 to embodiment 17-20 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 17-11 to application examples 17-20, Internet bar or other place work process of Interactive Call answering system)

Application examples 17-11 is the application examples of the work process of the system of embodiment 17-11, and application examples 17-12 is the application examples of the work process of the system of embodiment 17-12, until application examples 17-20 is the application examples of the work process of the system of embodiment 17-20；Application examples 17-11 is corresponding with application examples 17-1, and application examples 17-12 is corresponding with application examples 17-2, until application examples 17-20 is corresponding with application examples 17-10.

Between the most corresponding application examples, the loophole 11-6 that the upper cover 11-1 of the call answerer 1 in application examples 17-11 to application examples 17-20 is set up, it is positioned at the left side of corresponding button installing hole 11-3.Specifically, for application examples 17-11 to application examples 17-20, when design, shown in Figure 16 and the relevant position of upper cover 11-1 of foregoing description replaces the corresponding site of the upper cover 11-1 shown in Figure 15, and remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 17-21 To embodiment 17-30 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 17-21 is corresponding with embodiment 17-1, embodiment 17-22 is corresponding with embodiment 17-2, until embodiment 17-30 is corresponding with embodiment 17-10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 17, embodiment 17-21 is in embodiment 17-30, the target of each call answerer 1 shows that the character selecting the demand item indicated on each button 12 of key group 12-1 is identical with the character of the demand item indicated on each button 12 of target display selection key group 12-1 of the call answerer 1 of mutually corresponding embodiment, that is to say and is suitable in Internet bar or the title of the food product of other place use.

Still seeing Figure 17, the difference between the call answerer 1 of the most corresponding embodiment is: the loophole 11-6 set up on the upper cover 11-1 of the call answerer 1 in embodiment 17-21 to embodiment 17-30, is positioned at the lower section of corresponding button installing hole 11-3.Specifically, for embodiment 17-21 to embodiment 17-30, when design, shown in Figure 17 and the relevant position of upper cover 11-1 of foregoing description replaces the corresponding site of the upper cover 11-1 shown in Figure 15, and remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 17-21 and the Internet bar of embodiment 17-22 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 17-23 to embodiment 17-30 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 17-21 to application examples 17-30, Internet bar or other place work process of Interactive Call answering system)

Application examples 17-21 is the application examples of the work process of the system of embodiment 17-21, and application examples 17-22 is the application examples of the work process of the system of embodiment 17-22, until application examples 17-30 is the application examples of the work process of the system of embodiment 17-30；Application examples 17-21 is corresponding with application examples 17-1, and application examples 17-22 is corresponding with application examples 17-2, until application examples 17-30 is corresponding with application examples 17-10.

Between the most corresponding application examples, the loophole 11-6 that the upper cover 11-1 of the call answerer 1 in application examples 17-21 to application examples 17-30 is set up, it is positioned at the lower section of corresponding button installing hole 11-3.Specifically, for application examples 17-21 to application examples 17-30, when design, shown in Figure 17 and the relevant position of upper cover 11-1 of foregoing description replaces the corresponding site of the upper cover 11-1 shown in Figure 15, and remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 18-1 To embodiment 18-10 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 18-1 is corresponding with embodiment 1, embodiment 18-2 is corresponding with embodiment 2, until embodiment 18-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 18, embodiment 18-1 is in embodiment 18-10, the target of each call answerer 1 shows that the character selecting the demand item indicated on each button 12 of key group 12-1 is identical with the character of the demand item indicated on each button 12 of target display selection key group 12-1 of the call answerer 1 of mutually corresponding embodiment, that is to say and is suitable in Internet bar or the title of the food product of other place use.

Still see Figure 18, difference between the call answerer 1 of corresponding embodiment is: the call answerer 1 of embodiment 18-1 to embodiment 18-10 is equipped with the numeric display unit for showing price, and its concrete structure is: is additionally arranged 4 groups of numeral seven sections of loophole 11-4 on upper cover 11-1 and represents 4 point-like loophole 11-5 of arithmetic point；Circuit board 15 with the seven of upper cover 11-1 sections of loophole 11-4 and the corresponding part of point-like loophole 11-5, be additionally arranged 4 groups of single color LED 17-1 for display digit；Often group single color LED 17-1 has 8, and 7 display segments for composition seven segmentation Arabic numerals therein, remaining one is used for showing arithmetic point；32 single color LED 17-1 electrically connect (Fig. 9) by peripheral drive circuit with LR1 to LR8 port and LC10 to the LC13 port of light emitting control integrated circuit 18-2 respectively.

See Fig. 9, embodiment 18-1 is to the call answerer 1 in embodiment 18-10, its dot matrix LEDs circuit is except representing 24 Tricolor LED 17(totally 72 LED illuminator in corresponding embodiment) in addition to, also include above-mentioned 32 single color LED 17-1, thus the drive circuit of light emitting diode (hereinafter referred to as drive circuit) is made up of 13 P-channel field-effect transistor (PEFT) pipe MOS-P, 8 N-channel field effect transistor MOS-N and corresponding resistance.Light emitting control integrated circuit 18-2 is by its LR1 to LR8 port and the different level output of LC1 to LC13 port, 24 Tricolor LEDs 17 in control embodiment 18-1 to embodiment 18-10 and 32 single color LED 17-1.The connected mode of 24 Tricolor LEDs 17 is identical with the connected mode in corresponding embodiment, thus forms corresponding Tricolor LED matrix circuit.The connected mode of single color LED 17-1 is: in 2 pins of each single color LED 17-1, pin as input is connected by a corresponding P-channel field-effect transistor (PEFT) pipe MOS-P and a corresponding resistance port corresponding to LC10 to the LC13 port of light emitting control integrated circuit 18-2 of drive circuit, the pin as outfan of single color LED 17-1 is connected by corresponding N-channel field effect transistor MOS-N and a corresponding resistance port corresponding to LR1 to the LR8 port of light emitting control integrated circuit 18-2, thus form single color LED matrix circuit.Thus, the call answerer 1 of embodiment 18-1 to embodiment 18-10 is the call answerer 1 with 47 segmentation Arabic numerals display devices.

Embodiment 18-1 is in embodiment 18-10, if the demand items such as the commodity that the button of a certain target display selection key group 12-1 of call answerer 1 is indicated or service there are corresponding pricing information, then corresponding pricing information is stored in advance in the in-built electrical scratch pad memory of main control microprocessor 18-1.

When consumer presses the button that the display of certain target selects key group 12-1, according to the change of C1 to C3 port and R1 to R8 TCP signal, main control microprocessor 18-1 judges which button is pressed, control program in main control microprocessor 18-1, transfer the pricing information of the demand items such as commodity or service that this button indicated, generate numerical monitor control instruction according to this, main control microprocessor 18-1 be sent to light emitting control integrated circuit 18-2 by SPI communication bus port.Light emitting control integrated circuit 18-2 generates corresponding lumination of light emitting diode control signal according to this instruction, and is sent by its LR1 to LR8 and LC1 to LC13 port.The control signal that LR1 to LR8 and LC1 to the LC13 port of light emitting control integrated circuit 18-2 sends, driving via drive circuit, control each Tricolor LED 17 and the illumination mode of single color LED 17-1, and then demonstrating outside the title of commodity that this button is indicated or service by printing opacity mode, on numeric display unit, also show the corresponding numeral of the price representing commodity that this button is indicated or service.This price can maintain and show a period of time, such as 3 seconds, it is simple to consumer observes and understands.

Specifically, for embodiment 18-1 to embodiment 18-4 and embodiment 18-9, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 18 replaces the corresponding site of upper cover 11-1 shown in Fig. 1, and the dot matrix LEDs circuit shown in Fig. 9 is replaced the dot matrix LEDs circuit shown in Fig. 7 h, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 18-5 to embodiment 18-8 and embodiment 18-10, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 18 replaces the corresponding site of upper cover 11-1 shown in Fig. 1 a, and the dot matrix LEDs circuit shown in Fig. 9 is replaced the dot matrix LEDs circuit shown in Fig. 7 h, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 18-1 and the Internet bar of embodiment 18-2 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 18-3 to embodiment 18-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

In the application of embodiment 18-1 and embodiment 18-10, corresponding software, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

(application examples 18-1 to application examples 18-10, Internet bar or other place work process of Interactive Call answering system)

Application examples 18-1 is the application examples of the work process of the system of embodiment 18-1, and application examples 18-2 is the application examples of the work process of the system of embodiment 18-2, until application examples 18-10 is the application examples of the work process of the system of embodiment 18-10；Application examples 18-1 is corresponding with application examples 1, and application examples 18-2 is corresponding with application examples 2, until application examples 18-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 18-1 to application examples 18-4 and application examples 18-9, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 18 replaces the corresponding site of upper cover 11-1 shown in Fig. 1, and the dot matrix LEDs circuit shown in Fig. 9 is replaced the dot matrix LEDs circuit shown in Fig. 7 h, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 18-5 to application examples 18-8 and application examples 18-10, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 18 replaces the corresponding site of upper cover 11-1 shown in Fig. 1 a, and the dot matrix LEDs circuit shown in Fig. 9 is replaced the dot matrix LEDs circuit shown in Fig. 7 h, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.In application examples 18-1 to application examples 18-10, when consumer presses the button that the display of certain target selects key group 12-1, if the demand item that this button represents there is also corresponding pricing information in the in-built electrical scratch pad memory of main control microprocessor 18-1, then can show the corresponding numeral representing price on numeric display unit.This price can maintain and show a period of time, such as 3 seconds, it is simple to user observes understanding.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 19-1 To embodiment 19-10 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 19-1 is corresponding with embodiment 1, embodiment 19-2 is corresponding with embodiment 2, until embodiment 19-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 19, embodiment 19-1 is in embodiment 19-10, the target of each call answerer 1 shows that the character selecting the demand item indicated on each button 12 of key group 12-1 is identical with the character of the demand item indicated on each button 12 of target display selection key group 12-1 of the call answerer 1 of mutually corresponding embodiment, that is to say and is suitable in Internet bar or the title of the food product of other place use.

See Figure 19 and Figure 20, difference between the call answerer 1 of corresponding embodiment is: the call answerer 1 of embodiment 19-1 to embodiment 19-10 is also equipped with the liquid crystal indicator for showing demand item information, its concrete structure is: be additionally arranged display screen installing hole on upper cover 11-1, described display device includes LCDs 17-2 and corresponding auxiliary circuit, and described LCDs 17-2 is arranged at display screen installing hole.Described LCDs 17-2 can be the display unit of graphic dot matrix LCD module formula, 12232 graphic dot matrix LCD modules that such as Xing Yuhe Electronics Co., Ltd. in Shenzhen produces；Can also be the display unit of small-sized TFT liquid crystal display screen formula, 2.0 cun of tft liquid crystal display screens that such as Xing Yuhe Electronics Co., Ltd. in Shenzhen produces.Such display unit needs the control by single-chip microcomputer, calls display information from respective memory, drives display unit, and then the required word of display, picture or video by display control unit.Such display device is prior art, Chinese patent literature CN 101118642 B(application numbers 2006100619784) disclose one " digital photo frame ", disclose and a kind of comprise linkage interface, memory element, processing unit, display control unit and the display device of display unit.

See Figure 20, in embodiment 19-1 to embodiment 19-10, call answerer 1 is additionally provided with display device, and this display device includes LCDs 17-2 and corresponding auxiliary circuit, and described auxiliary circuit includes linkage interface, memory element, processing unit and display control unit.Linkage interface, processing unit, display control unit and LCDs 17-2 are sequentially connected electrically, processing unit also electrically connects with memory element and main control microprocessor 18-1, remaining connection of the circuit arrangement of call answerer 1 is identical with corresponding embodiment, thus constitutes embodiment 19-1 to the circuit arrangement of the call answerer 1 of embodiment 19-10.

Embodiment 19-1 (can be selected for by ATMEL in the present embodiment to the single-chip microcomputer in the processing unit of the display device of the call answerer 1 of embodiment 19-10 What company produced the single-chip microcomputer that model is AT91RM9200) be provided with spi bus interface, UART interface and multiple can be by the multiple communication interface such as general purpose I/O port controlling program setting.Inside call answerer 1, the I/O port corresponding to main control microprocessor 18-1 of the relevant COM1 in these ports can be selected to electrically connect, or electrically connected by external signal conversion peripheral circuit I/O port corresponding to main control microprocessor 18-1, mutually to transmit signal.Thus, the call answerer 1 of embodiment 19-1 to embodiment 19-10 is the call answerer 1 with liquid crystal indicator.

When according to the change of C1 to C3 port and R1 to R8 TCP signal, main control microprocessor 18-1 judges which button is pressed, control program in main control microprocessor 18-1, image idsplay order can be sent by I/O port single-chip microcomputer in the processing unit of display device, single-chip microcomputer in the processing unit of display device is according to the keypad numerals comprised in this instruction, call the text corresponding with this keypad numerals in the memory element being inputted and being pre-stored in display device by the linkage interface of display device, picture or video file, driven by display control unit, a period of time is shown eventually through display unit i.e. LCDs 17-2, such as 3 seconds, it is easy to consumer and observes understanding.Above-mentioned liquid crystal indicator can be also used for playing advertisement and sales promotion information etc..

Specifically, for embodiment 19-1 to embodiment 19-4 and embodiment 19-9, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 19 replaces the corresponding site of upper cover 11-1 shown in Fig. 1, and set up LCDs 17-2, for embodiment 19-5 to embodiment 19-8 and embodiment 19-10, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 19 replaces the corresponding site of upper cover 11-1 shown in Fig. 1 a and sets up LCDs 17-2.And for embodiment 19-1 to embodiment 19-10, according to circuit block diagram shown in Figure 20 as the general diagram of the circuit arrangement of each call answerer 1, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 19-1 and the Internet bar of embodiment 19-2 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 19-3 to embodiment 19-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

Embodiment 19-1, to the electronic circuit in embodiment 19-10, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the application of embodiment 19-1 and embodiment 19-10, corresponding software, including display device built-in control software, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

(application examples 19-1 to application examples 19-10, Internet bar or other place work process of Interactive Call answering system)

Application examples 19-1 is the application examples of the work process of the system of embodiment 19-1, and application examples 19-2 is the application examples of the work process of the system of embodiment 19-2, until application examples 19-10 is the application examples of the work process of the system of embodiment 19-10；Application examples 19-1 is corresponding with application examples 1, and application examples 19-2 is corresponding with application examples 2, until application examples 19-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 19-1 to application examples 19-4 and application examples 19-9, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 19 replaces the corresponding site of upper cover 11-1 shown in Fig. 1, and set up LCDs 17-2, for application examples 19-5 to application examples 19-8 and application examples 19-10, when design, the above-mentioned relevant position of the upper cover 11-1 shown in Figure 19 replaces the corresponding site of upper cover 11-1 shown in Fig. 1 a and sets up LCDs 17-2.And for application examples 19-1 to application examples 19-10, according to circuit block diagram shown in Figure 20 as the general diagram of the circuit arrangement of each call answerer 1, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.In application examples 19-1 to application examples 19-10, when consumer presses the button that the display of certain target selects key group 12-1, if the demand item that this button represents, corresponding text, picture or video file is there is also in the memory element of display device, then can show a period of time by display unit i.e. LCDs 17-2, such as 3 seconds, it is simple to consumer observes and understands.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 20-1 To embodiment 20-10 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 20-1 is corresponding with embodiment 1, and embodiment 20-2 is corresponding with embodiment 2, until embodiment 20-10 is corresponding with embodiment 10；The most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 21 a, Figure 21 b, in embodiment 20-1 to embodiment 20-10, serve consumer according to the mode of 2 call answerers 1 one groups.2 call answerers 1 in same group are called No. 1 call answerer 201 and No. 2 call answerers 202.The target of each No. 1 call answerer 201 shows that the character selecting the demand item indicated on each button 12 of key group 12-1 is identical with the character of the demand item indicated on each button 12 of target display selection key group 12-1 of the call answerer 1 of mutually corresponding embodiment, that is to say and is suitable in Internet bar or the title of the food product of other place use.The quantity of the button 12 of each No. 2 call answerers 202 is identical with the quantity of No. 1 call answerer 201 button 12, and target display selects key group 12-1 all identical with No. 1 call answerer 201 with the quantity of the respective button of function key group 12-2.The character of the demand item indicated on each button 12 is as shown in Figure 21, also being the title of food product being suitable for using in Internet bar or other place, target display selects the character on 20 buttons of key group 12-1 to be followed successively by: sprite, Finda, Seven Up, orange juice, grapefruit juice, mocha, latte, health are sapphire blue, Ma Qiduo, black coffee, pearl milk tea, red bean milk tea, pudding milk tea, Coconut Milk Tea, Strawberry Milk Tea, mousse cake, chiffon cake, cheese cake, pudding cake and fresh milk cake.The title of the functional item represented by character on 4 buttons of function key group 12-2 remains successively and purchases by group, subscribes, cancels and confirm.

Use the difference between call answerer 1 and the single transponder 1 of 2 prescription formulas to be: when the more and each call answerer of the type service of the commodity sold or offer 1 be not suitable for again making excessive time, can be solved to use embodiment 20-1 to the matching used mode of multiple call answerers 1 of embodiment 20-10.

Seeing Figure 21 a, Figure 21 b and Figure 22, embodiment 20-1 to embodiment 20-10 uses 2 matching used modes of call answerer as follows.

Seeing Fig. 7 c, in any embodiment of embodiment 20-1 to embodiment 20-10, the conductive film assembly 14 of No. 1 call answerer 201 is connected to C1 to C3 port and R1 to the R8 port of the main control microprocessor 18-1 of this call answerer 201 by peripheral circuit.Seeing Figure 22, the conductive film assembly 14 of No. 2 call answerers 202 is connected to C4 to C6 port and R1 to the R8 port of the main control microprocessor 18-1 of this call answerer 202 by peripheral circuit.The main control microprocessor 18-1 of two such call answerer 1, because the chip pin combination electrically connected with respective conductive film assembly 14 is different, can be by the most different chip pin array sweeping respective conductive film assemblies 14, so the keypad numerals code in the pressing message of each button generated is the most different.Because the keypad numerals code in the message that each key press on two call answerers 1 produces is unique, so will not conflict mutually.Being similar to, each light emitting diode 17 of No. 1 call answerer 201 is connected on LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 of this call answerer 201 by peripheral drive circuit；And each light emitting diode 17 of No. 2 call answerers 202 is connected to LR1 to LR8 and LC10 to the LC18 port of light emitting control integrated circuit 18-2 of this call answerer 202 by peripheral drive circuit, also will not produce conflict.Thus the most different demand item that each button 12 of two call answerers 1 can indicate a certain concrete commodity, service, works or impart knowledge to students.The two cooperating, the most different demand item more commodity can be indicated, servicing, work or imparting knowledge to students, make use convenient.Some call answerer can also be selected to use in the different periods, to adapt to commodity, to service, work or the adjustment of instructional item, it is to avoid often to change the inconvenience that button brings.If call answerer 1 be use device numbering mode to distinguish different call answerers time, matching used No. 1 call answerer 201 is identical with the device numbering of No. 2 call answerers 202.

Specifically, for embodiment 20-1 to embodiment 20-10, No. 1 call answerer 201 in any embodiment is identical with the call answerer 1 in corresponding embodiment, therefore the accompanying drawing used is the most identical.No. 2 call answerers 202 in any embodiment then replace the connected mode shown in Fig. 7 c by the connected mode of the conductive film assembly 14 shown in Figure 22 with main control microprocessor 18-1, and the sign of the LC1 to LC9 in Fig. 7 h is replaced by the sign of LC10 to LC18 accordingly one by one；Additionally, for embodiment 20-1 to embodiment 20-4 and embodiment 20-9, No. 2 call answerers 202 in any embodiment then replace character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 21 b, and (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment；For embodiment 20-5 to embodiment 20-8 and embodiment 20-10, No. 2 call answerers 202 in any embodiment then replace the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 21 b, and remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 20-1 and the Internet bar of embodiment 20-2 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 20-3 to embodiment 20-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

In the application of embodiment 20-1 and embodiment 20-10, corresponding software, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

(application examples 20-1 to application examples 20-10, Internet bar or other place work process of Interactive Call answering system)

Application examples 20-1 is the application examples of the work process of the system of embodiment 20-1, and application examples 20-2 is the application examples of the work process of the system of embodiment 20-2, until application examples 20-10 is the application examples of the work process of the system of embodiment 20-10；Application examples 20-1 is corresponding with application examples 1, and application examples 20-2 is corresponding with application examples 2, until application examples 20-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 20-1 to application examples 20-10, No. 1 call answerer 201 in arbitrary application examples is identical with the call answerer 1 in corresponding application examples, therefore the accompanying drawing used is the most identical.No. 2 call answerers 202 in arbitrary application examples then replace the connected mode shown in Fig. 7 c by the connected mode of the conductive film assembly 14 shown in Figure 22 with main control microprocessor 18-1, and the sign of the LC1 to LC9 in Fig. 7 h is replaced by the sign of LC10 to LC18 accordingly one by one；Additionally, for application examples 20-1 to application examples 20-4 and application examples 20-9, No. 2 call answerers 202 in arbitrary application examples then replace character on each button 12 shown in Fig. 1 with the character on each button 12 shown in Figure 21 b, and (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in respective application example；For application examples 20-5 to application examples 20-8 and application examples 20-10, No. 2 call answerers 202 in arbitrary application examples then replace the character on each button 12 shown in Fig. 1 a with the character on each button 12 shown in Figure 21 b, and remaining accompanying drawing all uses the accompanying drawing in respective application example.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, and call answerer 1 is changed to No. 1 call answerer 201 or/and No. 2 call answerers 202；C1 to C3 port and R1 to R8 port are changed to C1 to C3 port and R1 to R8 port or/and C4 to C6 port and R1 to R8 port；LR1 to LR8 and LC1 to LC9 port is changed to LR1 to LR8 and LC1 to LC9 port or/and LR1 to LR8 and LC10 to LC18 port.

(embodiment 21 , office Interactive Call answering system and keyboard-type call answerer thereof)

See Figure 23, Fig. 2 and Fig. 3, and see Fig. 7 a to Fig. 7 h, the structure of the keyboard-type call answerer of the present embodiment is essentially identical with the call answerer 1 in embodiment 1, remain a kind of USB device, and the external signal transmitting and receiving parts of call answerer 1 remain as USB connecting line 16, thus the call answerer 1 of the present embodiment remains as the call answerer of wired, and the call answerer 1 of the present embodiment is a kind of wired conductive film type call answerer for office, thus the call answerer 1 of the present embodiment can be also simply referred to as office call answerer, or still it is referred to as call answerer 1.According to the difference of user of service, call answerer 1 can be divided into again a line call answerer, two wires call answerer and three line call answerers.In the present embodiment, the structure of the most collinear other call answerer is the most identical, and the content of the character on the button 12 of the most collinear other call answerer 1 is the most identical.The one line call answerer 301 of the present embodiment can be described as again employee's call answerer, and two wires call answerer 302 can be described as again leader's call answerer, and three line call answerers can be described as again senior leader's call answerer.

Seeing Figure 23, the call answerer 1 of the present embodiment is with the difference of the call answerer of embodiment 1: the character on each button 12 of call answerer 1, and its content is suitable for office and uses.

Still see Figure 23, the number of the button 12 of call answerer 1 remains as 24, wherein, target display selects the key number of key group 12-1 to be 3, the key number of function key group 12-2 is 1, oneself state selects the key number of key group 12-3 to be 6, and the key number of state and listening key group 12-4 is 2, and the key number remotely arranging key group 12-5 is 12.The target display of the present embodiment selects key group 12-1 to include that leading position state shows and calls 3 buttons of key group 12-1-3, oneself state selects key group 12-3 to include 6 buttons of instantaneous operating conditions key group 12-3-1, state and listening key group 12-4 include instantaneous operating conditions and 2 buttons of checking key group 12-4-1, remotely arrange key group 12-5 to include 12 buttons of job placement on same day key group 12-5-1.

Still see Figure 23, the target display of call answerer 1 selects the leading position state of key group 12-1 show and call the character on 3 buttons 12 of key group 12-1-3 successively: leader 1, leader 2 and leader 3, represents 3 leading bodys at a higher level (leader herein namely support personnel) of the first-line staff using this call answerer 1 respectively.The color of button shows according to the color rule of job placement on same day key group 12-5-1, to reflect the instantaneous operating conditions of support personnel, in order to use the first-line staff of this call answerer 1 to judge accordingly now if appropriate for looking for certain support personnel to carry out matters such as reporting the work, ask for leave.

Still seeing Figure 23, the character on the button 12 of function key group 12-2 of call answerer 1 is " confirmation ".

Still see Figure 23, the oneself state of call answerer 1 selects the character on 6 buttons 12 of instantaneous operating conditions key group (the being called for short duty key group) 12-3-1 of key group 12-3 successively: have a meeting, receive a visitor, because of private temporarily from, on business temporarily from, go out because of private and be away on official business, illustrate 6 kinds of main instantaneous operating conditions.When the duty using the first-line staff of this call answerer 1 occurs relevant change, the duty button that will be in should be pressed, in order to report the change of self duty.Wherein: " meeting " and " receiving a visitor " button represents that this first-line staff, not at station, but leaves station and goes to see meeting or the visiting personnel of reception；" because of private temporarily from " button represents that this first-line staff leaves station because private business is of short duration, such as go to toilet, go outdoor smoking etc.；" on business temporarily from " button represents that this first-line staff leaves station because public affair is of short duration, such as, remove copy the material, go to get office appliance etc.；" because private is gone out " button represents that this first-line staff asks for leave because of private business and leaves the station long period, such as, go to meet child, go to hospital etc.；Button of " being away on official business " represents that this first-line staff leaves the station long period because of public affair, such as, go out to visit with client, prostitution family etc. of going to the airport.

Still see Figure 23, the state of call answerer 1 and the instantaneous operating conditions of listening key group 12-4 and checking key group 12-4-1 2 buttons 12 on character successively: on duty and emergency management.When the duty using the first-line staff of this call answerer 1 occurs relevant change, the duty button that will be in should be pressed, in order to report the change of self duty.Wherein: " on duty " button represents that this first-line staff is in normal duty, currently it is positioned at this station set by call answerer 1, is processing routine work；" emergency management " button represents that this first-line staff, at station, is in the duty dealt with urgent work, and is not suitable for being disturbed.

Still seeing Figure 23, the character on 12 buttons 12 of job placement on same day key group 12-5-1 remotely arranging key group 12-5 of call answerer 1 is 1 to 12 successively, represents 12 working hours.1 to 8 is normal 8 hours working times in 8 hours dutys；Such as, 1 represents 1st hour gone to work the same day.9 to 12 working times representing 4 hours that may need overtime work.Different glow colors can represent the schedule on the same day.Such as: green expression normal working hours, the job content of this time period can be arranged by oneself by the first-line staff using this call answerer 1；There is meeting schedule red this period of expression, uses the first-line staff of this call answerer 1 to need to participate in；Purple represents that this period goes out task, uses the first-line staff of this call answerer 1 to need to participate in；Blue this period of expression has client to carry out company's visit, uses the first-line staff of this call answerer 1 to need to participate in；Indicate 9 to 12 button the most luminous, represent use this call answerer 1 first-line staff's today section at this moment without overtime work etc..

In actual use, the quantity of button contained by above-mentioned each key group can be adjusted according to specifically used situation.

See Figure 24, the office Interactive Call answering system of the present embodiment is used for handling official business, this system is LAN system, can newly-built set up, or set up on the basis of the existing LAN of enterprises and institutions of office, the present embodiment is preferably set up on the basis of existing LAN, and uses above-mentioned office call answerer 1, thus forms the LAN system of the present embodiment.Additionally, the existing LAN of enterprises and institutions of office is divided into wired LAN and wireless type LAN two kinds, the LAN system of the present embodiment is preferably set up on the basis of the wired LAN of enterprises and institutions of existing office, namely wired Interactive Call response LAN system with wired conductive film type call answerer that the LAN system of the present embodiment is office, referred to as office LAN system, or be still referred to as LAN system, or still it is referred to as system.Described wired interactive mode refers to that the connected mode between the hardware in system is wired connection mode.

Still see Figure 24, the office LAN system of the present embodiment is with the difference of the LAN system of embodiment 1: the present embodiment also sets up two wires call answerer 302, two computer on line 7 have multiple stage, these two computer on line 7 have been held concurrently the effect of two wires access device, and connection has a two wires call answerer 302 on every two computer on line 7, namely every two computer on line 7 are electrically connected by respective USB port between a corresponding two wires call answerer 302, and every two computer on line 7 pass through convergence switch 41 access to LAN when networking.

Still see Figure 24, in the present embodiment, computer on line 20 quantity is 20 to 1000, the quantity of two computer on line 7 is 10 to 100, the quantity of one line call answerer 301 is identical with a computer on line 20, it is 20 to 1000, the quantity of two wires call answerer 302 is identical with the quantity of two computer on line 7, is 10 to 100, and a convergence switch 41 electrically connects with 3 to 40 computers (including computer on line 20 and two computer on line 7).

Still see Figure 24, the LAN system of the present embodiment includes the line call answerer 301 that multiple (20 to 1000) are above-mentioned, the two wires call answerer 302 that multiple (10 to 100) are above-mentioned, the computer on line 20 that quantity is identical with a line call answerer 301, two computer on line 7 that quantity is identical with two wires call answerer 302, the convergence switch 41 that quantity is corresponding with computer (computer on line 20 and a general designation for two computer on line 7) quantity, one core switch 42, one or more server 6, one router 8, outer net connects equipment and various connection accessories etc..

In the present embodiment, each above-mentioned line call answerer 301 is electrically connected with a corresponding computer on line 20 by USB connecting line 16, each above-mentioned two wires call answerer 302 is electrically connected with corresponding two computer on line 7 by USB connecting line 16, each computer on line 20 and Ge Tai bis-computer on line 7 electrically connects with corresponding convergence switch 41 each via netting twine 3 again, each convergence switch 41 electrically connects with core switch 42, core switch 42 electrically connects with each station server 6 and router 8 respectively, and constitute the main body of the LAN system of the present embodiment, thus the LAN system of the present embodiment is a kind of wired Interactive Call response LAN system with wired conductive film type call answerer for office.

The LAN system of the present embodiment can also include that one or more remotely accesses computer 5, the described computer 5 that remotely accesses can pass through the Internet (INTERNET) and accesses this LAN system, and described in remotely access computer 5 and be electrically connected with an above-mentioned call answerer 1.

The server 6 of the present embodiment selects the server of Dell, convergence switch 41, core switch 42, router 8 to select the network equipment of Cisco System Co..The hardware product of the office LAN system of structure the present embodiment, in addition to call answerer 1, is outsourcing, and the software supporting with LAN is also prior art.It addition, many network equipment vendor such as the StarNet, Huawei also can provide the hardware needed for the LAN on the basis of the LAN system as the present embodiment and the software supporting for this LAN, these soft and hardwares are prior art.

The LAN system of the present embodiment also differ in that with the LAN system of embodiment 1: the pattern of the LAN system of embodiment 1 is without dish pattern, namely a computer on line 20 of this system is the computer not having hard disk, thus in its server farm one or some station servers 6 arrange system image software, provide system image for the computer on line 20 after each startup.The pattern of the LAN system of the present embodiment is to have the computer on line 20 in dish pattern, i.e. LAN system and two computer on line 7 to be the client computer being provided with hard disk, in order to store the required software of computer self and file.

The corresponding software matched with it is also installed and run to the LAN system of the present embodiment in the application, so that the LAN system of the present embodiment can normally work in the application.Wherein, with the USB mutual receiving and transmitting signal of wire communication mode between the most collinear other call answerer 1 and the other computer of corresponding line (referring to computer on line 20 or two computer on line 7).The described corresponding software matched refers to: certain station server this server of 6(being arranged on server group is alternatively referred to as server computer, namely remotely with server 61) in server end call answering control software (being called for short service terminal software or serve end program), and this software is the most properly functioning when remotely starting shooting with server 61；The line call answering being arranged in a computer on line 20 controls drive software (referred to as one line software or a sequence of threads), and this software is the most properly functioning when a computer on line 20 is started shooting；The two wires call answering being arranged in two computer on line 7 controls drive software (referred to as two wires software or two sequence of threads), and this software is the most properly functioning when two computer on line 7 are started shooting；Be arranged in aforesaid call answerer 1 match with it corresponding software (namely be arranged in the main control microprocessor 18-1 of call answerer 1 control software and be arranged on the light emitting control integrated circuit 18-2 of call answerer 1 in lumination of light emitting diode control software).

The LAN system of the present embodiment is in use, a computer on line 20 therein is generally used by first-line staff, and these first-line staff are often referred to bottom-up employee, and two computer on line 7 are then generally used by support personnel's (being often referred to the immediate superior of first-line staff).The office LAN system of the present invention can also be provided as the client computer of three computer on line, the personnel using three computer on line are often referred to the immediate superior of support personnel, can be described as three informant persons, and three computer on line herein can be considered the high other computer of line relative to the other computer of the corresponding line that its direct subordinate is used, by that analogy.

The two wires software of the present embodiment can also be arranged on and remotely access computer 5(and include smart mobile phone or panel computer) in, this remotely accesses computer 5 and remotely accesses this LAN system by the Internet.

In the application of the present embodiment, remotely with server 61 operation service end Software Create and show corresponding service end interface (or referred to as service end window) over the display, by operating this window, each client computer is arranged accordingly according to the other difference of the line of user of service, also they a computer on line 20 will be respectively set to, two computer on line 7 and three computer on line, two computer on line 7 are also carried out to the setting of priority level, and according to using an above-mentioned computer on line 20, real work membership between two computer on line 7 and the personnel of three computer on line and personnel, to an above-mentioned computer on line 20, two computer on line 7 and the user information of three computer on line and corresponding relation are configured, thus form the operational mode of this LAN system.Two computer on line 7 run two wires software also can generate support personnel's call answering interface (can be called for short leader interface or leader's window), and can show on its display, support personnel log in this call answering interface and may be simply referred to as logging in leader interface, and this leader interface can be to remotely inquiring about relevant data with server 61.One computer on line 20 runs a line software can also generate first-line staff's call answering interface (can be called for short employee interface or employee's window), and can show on its display, and first-line staff logs in this call answering interface and may be simply referred to as logging in employee interface.In the application of the present embodiment, each support personnel's call answering interface can include the window representing some corresponding first-line staff or the some regions being positioned in the same window, 3 windows that each first-line staff's call answering interface can include representing corresponding support personnel or 3 regions being positioned in same window.Additionally, the upper leading position state of above-mentioned call answerer 1 (Figure 23) shows and each button indicating leader of calling in key group 12-1-3 is the button corresponding with corresponding two computer on line 7, wherein, " leader 1 " button is leader's button of its first priority, " leader 2 " button is leader's button of its second priority, and " leader 3 " button is leader's button of its third priority.Above-mentioned priority level initializing mode is LAN prior art.

The above-mentioned line software that the present embodiment is used in the application, two wires software (includes computerized version, smart mobile phone version and flat board computerized version), service terminal software, the control software of main control microprocessor 18-1 is (including keyboard scan program, luminous instruction output program and infomational message generate program) and the lumination of light emitting diode control software of light emitting control integrated circuit 18-2, it is to ensure that the LAN system of the present invention normally works required software, these softwares not only match with corresponding hardware, and all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

The present embodiment is in the application, one computer on line 20 is running a line software, two computer on line 7 are running two wires software, and server 6 is when operation service end software, in the case of not having call answerer 1 to coordinate, can also be by operate and properly functioning running the interface that generated of software, call answerer 1 is to play convenient input action and the equipment of auxiliary display effect when a computer on line 20 runs a line software or when two computer on line 7 run two wires software, can input faster when running a line software or two wires software, and can routinely show relevant information.

See Fig. 7 b, the main control microprocessor 18-1 of call answerer 1 can scan, by the certain port in C1 to C17 port and R1 to R8 port, the matrix circuit being made up of conductive film assembly 14, judges the conducting situation of each contact of conductive film assembly 14 according to this scanning result.

Seeing Fig. 7 c, in the present embodiment, C1 to C3 port and R1 to the R8 TCP of the main control microprocessor 18-1 of actually used call answerer 1 contain 24 matrix circuits by the conductive film assembly 14 of key mapping altogether.When certain button 12 of call answerer 1 presses, the contact of the corresponding levels printed circuit of conductive film assembly 14 can turn on.At this moment main control microprocessor 18-1 produces according to this conducting C1 to C3 port and the change of R1 to R8 TCP signal, it is judged that be the pressing change that occurs of which button 12.Main control microprocessor 18-1 generates message according to this signal, by USB D+ and the USB D-port of main control microprocessor 18-1 through USB connecting line 16, sends the signal to a line or two wires (being called for short each line) access device.

The main control microprocessor 18-1 of the call answerer 1 of the present embodiment is when with each line access device two-way connection, and its signal sent contains the product ID (Product showing that this USB device is call answerer ID, hereinafter referred to as PID), in order to each line access device can identify call answerer 1.Button 12 is pressed produced message when passing to each line access device by main control microprocessor 18-1, keypad numerals code (also referred to as button value) in message is also different from the button value in the message that the universal computer keyboard that each line access device connects and miscellaneous equipment send, in order to avoid producing interference.This message is by the way of keypad numerals, some button 12 indicating call answerer 1 is pressed, the practical significance that this keypad numerals specifically represents, finally by run a line software a computer on line 20, run two wires software two computer on line 7 and by operation service end software remotely with server 61 etc., according to the conversion of corresponding keypad numerals set information final entry or show.

The structure of the call answerer 1 of the present embodiment and its connected mode with two computer on line can also be with reference to the modes of embodiment 3 to embodiment 10, to be applicable to various different office, namely call answerer 1 uses corresponding communication mode to be directly connected with the access using one cable equipment in corresponding embodiment, this access using one cable equipment is directly connected with two computer on line 7 again, or is connected by other equipment and two computer on line 7.

(application examples 21, the work process of office LAN system)

See Figure 24, Figure 25 a to Figure 25 d, and see Fig. 1 to Fig. 3 and Fig. 7 a to Fig. 7 h, should use-case be a kind of work process of office LAN system of embodiment 21, this work process is broadly divided into following four part: Part I is the part relevant to a computer on line start, Part II is to change the part that duty is relevant to first-line staff, Part III is to change the part that duty is relevant to support personnel, and Part IV is to call the part that support personnel are relevant to first-line staff.

See Figure 25 a, should the key step of Part I (namely to process of a computer on line relevant part of start) of work process of office LAN system of use-case as follows:

Step 10: start.It is connected with a corresponding line call answerer 301 before starting shooting including a computer on line 20, remotely already at operation service end software with server 61 and has generated the state of job placement today data, two computer on line 7 have connected corresponding two wires call answerer 302 and be in the state running two wires software.

Step 20: be this a certain computer on line 20 when first-line staff operates the computer on line 20 of a certain below a computer on line 20() after start, i.e. run startup program, including a sequence of threads.A line call answerer 301(refers to the call answerer 1 being connected on an above-mentioned a certain computer on line 20 simultaneously) obtained electric by its USB connecting line 16 by a computer on line 20, thus its main control microprocessor 18-1 starts control software, and its light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 30: after the line software in a computer on line 20 starts, or logged in instruction by first-line staff to the input of employee interface and log in, or a line call answerer 301 obtains electric and its main control microprocessor 18-1 starts control software thus establishes a communications link with a computer on line 20, one computer on line 20 all can generate operating state data bag on duty, and according to ICP/IP protocol, operating state data bag on duty for this first-line staff is passed sequentially through corresponding convergence switch 41 and core switch 42 is sent to remotely with server 61, after remotely receiving this packet dissection process with server 61, record user's logon data, and labelling uses the current operating state of first-line staff of this computer on line 20 to be on duty.

Step 40: after remotely receiving above-mentioned operating state data bag on duty dissection process with server 61, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and will be sent to this computer on line 20 according to the job placement today packet of existing job placement today data genaration.Job placement today data in this job placement today packet, it is common that set in advance by two computer on line 7 and be uploaded to remotely with server 61.

Above-mentioned job placement today data be by with " leader 1 " in the button 12 of a line call answerer 301, after " leader 2 " or " leader 3 " corresponding support personnel log in the leader interface in its two computer on line 7, and generate by operating this leader interface.

Above-mentioned job placement today data, in order to control job placement on same day key group 12-5-1 of the line call answerer 301 that above-mentioned first-line staff is used indicates glow color and the luminance of 12 buttons of 1 to 12, and then pass on the job placement of today to this first-line staff (usually its direct report employee).Remotely with server 61 according to the difference of priority, two computer on line 7 that priority is high are preferentially used to be uploaded to remotely by the job placement today data of server 61.If each two computer on line 7 all do not upload job placement today data, then use default job placement today data.

Step 50: after a computer on line 20 receives job placement today packet dissection process, sends job placement today by USB D+ and the USB D port of the USB interface of a computer on line 20 to USB D+ and the USB D port of the main control microprocessor 18-1 of a line call answerer 301 and instructs.

If also including additional text explanation in job placement today packet, this content can be shown by a computer on line 20 over the display.

Step 61: main control microprocessor 18-1 generates, according to job placement instruction today received, the light emitting control instruction that the light emitting diode 17 to a line call answerer 301 is controlled.

Step 62: the instruction that step 61 generates is sent to light emitting control integrated circuit 18-2 by main control microprocessor 18-1 by SPI communication bus port.

Main control microprocessor 18-1, after completing step 62, is constantly in and continually scans for C1 to C3 port and whether R1 to R8 port has the state of Continuity signal.

Step 63: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 62, generates corresponding lumination of light emitting diode control signal, controls the output level of its LR1 to LR8 and LC1 to LC9 port.

Step 70: a line call answerer 301, under the output level of step 63 controls, by the driving of drive circuit, controls luminescence and its luminance of corresponding light emitting diode 17, thus controls printing opacity color and the light transmission state of respective keys keycap backlight.These key cap of key set backlights dissipate out by the light-transmission character on the keycap of job placement on same day key group 12-5-1 in button 12 or light-transparent pattern, so that a line call answerer 301 is in the state of display job placement today.Display herein, for should use-case a line call answerer 301 remotely actively display in remotely arrange display.Further, a line call answerer 301 now is also at the state on duty of Waiting for Call.

At this moment, above-mentioned first-line staff can recognize the job placement situation of today at a glance according to the character color on each button of job placement on same day key group 12-5-1 and luminance.Such as: if the job placement of today is: front 4 working hours do not have special matters, the 5th working hours to be held a meeting, and the 6th after meeting to the 8th working hours needs to go out to call on a customer, and also needs to overtime work meeting evening 2 hours.The printing opacity color of each button 12 in job placement on same day key group 12-5-1 of the call answerer 1 that then this first-line staff is used is: 4 buttons indicating 1 to 4 are green, the button indicating 5 is redness, 3 buttons indicating 6 to 8 are purple, 2 buttons indicating 9 to 10 are redness, and 2 buttons indicating 11 to 12 are the most luminous.So darg arrangement today can be conveyed to first-line staff, and lasting display, check at any time for first-line staff.

If job placement has variation, support personnel can operate generate new job placement today data by logging in the leader interface in its two computer on line 7, and submits to remotely with server 61.

When in 3 two computer on line 7 of certain computer on line 20 correspondence, there are two computer on line 7 more than 1 to remotely have submitted job placement today data with server 61, the job placement today data that then higher two computer on line 7 of priority are submitted to are used, by being remotely sent respectively to all corresponding with this two computer on line 7 computer on line 20 with server 61.

If all 3 two computer on line 7 of certain computer on line 20 correspondence have not all submitted job placement data today to, then use the job placement today packet of default setting, 8 buttons specially indicating 1 to 8 are green, and 4 buttons indicating 9 to 12 are the most luminous.So every day, work started, first-line staff just can according to a line call answerer 301 indicate 1 to 12 the glow color of 12 buttons and illumination mode recognize that the job placement of whole day is planned in the substantially arrangement that today is worked by corresponding support personnel, beneficially first-line staff.

Above-mentioned state on duty, referring to the instantaneous operating conditions of a line call answerer 301 and verify that " on duty " button in key group 12-4-1 is shown in green, the button in other instantaneous operating conditions and checking key group 12-4-1 and the button in instantaneous operating conditions key group 12-3-1 are non-light emitting state.Thus indicate that to use the current duty of first-line staff of this line call answerer 301 be on duty.

Step 80: terminate.

See Figure 25 b, should the key step of Part II (namely changing the process of the relevant part of duty to first-line staff) of work process of office LAN system of use-case as follows:

Step 10: start.During long-range server 61 now has connected corresponding two wires call answerer 302 already at the state of operation service end software, two computer on line 7 and has been in and runs the state of two wires software, a computer on line 20 has connected a corresponding line call answerer 301 and be in the state running a line software.

Step 20: first-line staff presses the instantaneous operating conditions of the line call answerer 301 being connected with a computer on line 20 and verifies a certain button (being such as labeled with the button of " meeting ") in key group 12-4-1 or instantaneous operating conditions key group 12-3-1, the corresponding silica gel elastic body protuberance 13-1 of the silica gel elastic body 13 under described button 12 is deformed, its silica gel elastic body is pressed against on conductive film assembly 14 by compression leg 13-2, make the corresponding contacts contact conducting of conductive film assembly 14 bilevel printing film circuit, thus main control microprocessor 18-1 can scan this conducting change when to its C1 to C3 port and R1 to R8 TCP.

Step 31: after main control microprocessor 18-1 detects the instantaneous operating conditions of call answerer 1 and the key press signal of checking key group 12-4-1 or instantaneous operating conditions key group 12-3-1, generates the light emitting control that be controlled light emitting diode 17 instruction corresponding with this pressing.

Step 32: the lumination of light emitting diode control instruction that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 31 of light emitting control integrated circuit 18-2 by its SPI communication bus port.

Step 33: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 32, generates corresponding lumination of light emitting diode control signal, and is sent by its LR1 to LR8 and LC1 to LC9 port.Driving via drive circuit, control to be positioned at the pin level of the relevant LED illuminator of the light emitting diode 17 at the respective keys of instantaneous operating conditions and checking key group 12-4-1 or instantaneous operating conditions key group 12-3-1, and make it luminous according to certain way, thus control printing opacity color and the light transmission state of respective keys keycap backlight.

Such as, " meeting " button of instantaneous operating conditions key group 12-3-1 that now step 20 is pressed is shown in green, and the button in button in other instantaneous operating conditions key group 12-3-1 and instantaneous operating conditions and checking key group 12-4-1 is non-light emitting state.The duty that the first-line staff of expression this line call answerer 301 of use is current is meeting.

Step 40: main control microprocessor 18-1 scans instantaneous operating conditions and checking key group 12-4-1 or the pressing information of instantaneous operating conditions key group 12-3-1 button according to step 20, generates corresponding first-line staff's current operating state message.Herein input for should use-case a line call answerer 301 Remote Selection input in remote visiting system input.

Step 50: for the first-line staff's current operating state message generated, the main control microprocessor 18-1 of a line call answerer 301 is sent to a coupled computer on line 20 by its USB D+ and USB D-port through USB connecting line 16.

Step 60: after this computer on line 20 receives and parses through this message of process, generate first-line staff's current operating state packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42 and then is sent to remotely with server 61.

Step 70: remotely receive and parse through with server 61 after processing the packet that step 70 transmission comes, changes and records the current operating state of the first-line staff using this line call answerer 301, and such as, the current operating state recording above-mentioned first-line staff is meeting.

Step 80: terminate.

So, support personnel, can be to the current instantaneous operating conditions remotely inquiring about its subordinate first-line staff with server 61, in order to preferably arrange work after logging in leader interface.

When first-line staff opens one computer on line 20, or log in employee interface, or start a line call answerer 301, all can be to remotely sending first-line staff's operating state data on duty bag (being preferably provided to only log in employee interface just to remotely sending first-line staff's operating state data on duty bag with server 61) with server 61, its work process changes with first-line staff compared with the work process of duty, and both are similar.

Remotely with after server 61 operation service end software, before in every day, the working time starts (such as point in morning 6), it is " not going to the post " that timing reinitializes the instantaneous operating conditions of all first-line staff, before not receiving the operating state data bag on duty of certain first-line staff, remotely it is recorded as " not going to the post " with the instantaneous operating conditions of this first-line staff in server 61.

See Figure 25 c, should the key step of Part III (namely changing the process that duty is relevant to support personnel) of work process of office LAN system of use-case as follows:

Step 10: start.During long-range server 61 now has connected corresponding two wires call answerer 302 already at the state of operation service end software, two computer on line 7 and has been in and runs the state of two wires software, a computer on line 20 has connected a corresponding line call answerer 301 and be in the state running a line software.

Step 20: support personnel press the instantaneous operating conditions of the call answerer 302 of the two wires that is connected with two computer on line 7 and verify a certain button (being such as labeled with the button of " meeting ") in key group 12-4-1 or instantaneous operating conditions key group 12-3-1, the corresponding silica gel elastic body protuberance 13-1 of the silica gel elastic body 13 under described button 12 is deformed, its silica gel elastic body is pressed against on conductive film assembly 14 by compression leg 13-2, make the corresponding contacts contact conducting of conductive film assembly 14 bilevel printing film circuit, thus main control microprocessor 18-1 can scan this conducting change when to its C1 to C3 port and R1 to R8 TCP.

Step 31: after main control microprocessor 18-1 detects the instantaneous operating conditions of two wires call answerer 302 and the key press signal of checking key group 12-4-1 or instantaneous operating conditions key group 12-3-1, generates the light emitting control that be controlled light emitting diode 17 instruction corresponding with this pressing.

Step 32: the lumination of light emitting diode control instruction that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 31 of light emitting control integrated circuit 18-2 by its SPI communication bus port.

Step 33: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 32, generates corresponding lumination of light emitting diode control signal, and is sent by its LR1 to LR8 and LC1 to LC9 port.Driving via drive circuit, control to be positioned at the pin level of the relevant LED illuminator of the light emitting diode 17 at the respective keys of instantaneous operating conditions and checking key group 12-4-1 or instantaneous operating conditions key group 12-3-1, and make it luminous according to certain way, thus control printing opacity color and the light transmission state of respective keys keycap backlight.

Such as, " meeting " button of instantaneous operating conditions key group 12-3-1 that now step 20 is pressed is shown in green, and the button in button in other instantaneous operating conditions key group 12-3-1 and instantaneous operating conditions and checking key group 12-4-1 is non-light emitting state.The duty that the support personnel of sign this two wires call answerer 302 of use are current is meeting.

Step 40: main control microprocessor 18-1 scans instantaneous operating conditions and checking key group 12-4-1 or the pressing information of instantaneous operating conditions key group 12-3-1 button according to step 20, generates corresponding support personnel's current operating state message.Herein input for should use-case two wires call answerer 302 Remote Selection input in remote visiting system input.

Step 50: for the support personnel's current operating state message generated, the main control microprocessor 18-1 of two wires call answerer 302 is sent to two coupled computer on line 7 by its USB D+ and USB D-port through USB connecting line 16.

Step 60: after this two computer on line 7 receives and parses through this message of process, generate support personnel's current operating state packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42 and then is sent to remotely with server 61.

Step 70: remotely receive and parse through with server 61 after processing the packet that step 60 transmission comes, change and record the current operating state of the support personnel using this two wires call answerer 302.Simultaneously, remotely also generate corresponding support personnel's current operating state packet with server 61, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and then the computer on line 20 that support personnel's current operating state packet is sent respectively to all direct report first-line staff corresponding with these support personnel.

Step 80 a: computer on line 20 of this support personnel direct report first-line staff receives and parses through after processing the packet that step 70 transmission comes, and sends support personnel's current operating state by USB D+ and the USB D port of USB interface of computer to USB D+ and the USB D port of the main control microprocessor 18-1 of a line call answerer 301 and instructs.

Step 91: main control microprocessor 18-1 generates, according to the support personnel's current operating state instruction received, the light emitting control instruction that the light emitting diode 17 to a line call answerer 301 is controlled.

Step 92: the instruction that step 91 generates is sent to light emitting control integrated circuit 18-2 by main control microprocessor 18-1 by SPI communication bus port.

Step 93: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 92, generates corresponding lumination of light emitting diode control signal, and is sent by its LR1 to LR8 and LC1 to LC9 port.Driving via drive circuit, control to be positioned at the pin level of relevant LED illuminator that leading position state shows and calls light emitting diode 17 at the respective keys of key group 12-1-3, and make it luminous according to certain way, thus control printing opacity color and the light transmission state of respective keys keycap backlight.These key cap of key set backlights are shown by leading position state and call the light-transmission character on the keycap of key group 12-1-3 or light-transparent pattern dissipates out, so that a line call answerer 301 demonstrates the duty that these support personnel are current.Herein be shown as should use-case a line call answerer 301 remotely actively display in dbjective state show.So first-line staff just can show by observing leading position state and call the button of key group 12-1-3 and understands the duty of corresponding support personnel at any time, in order to first-line staff selects the suitable time to look for above-mentioned support personnel to process various work matters.

Step 100: terminate.

When support personnel open its two computer on line 7, or log in leader interface, or start two wires call answerer 302, all can be to remotely sending support personnel's operating state data on duty bag (being preferably provided to only log in leader interface just to remotely sending support personnel's operating state data on duty bag with server 61) with server 61, its work process changes with support personnel compared with the work process of duty, and both are similar.

Remotely with after server 61 operation service end software, before in every day, the working time starts (such as point in morning 6), it is " not going to the post " that timing reinitializes the instantaneous operating conditions of all support personnel, before not receiving the operating state data bag on duty of certain support personnel, remotely it is recorded as " not going to the post " with the instantaneous operating conditions of these support personnel in server 61.

Remotely with server 61 when operation service end software, when first-line staff logs in employee interface, then send the current operating state packet of support personnel corresponding thereto to a computer on line 20, so that the leading position state on a line call answerer 301 of this first-line staff shows and call the glow color of key group 12-1-3 and luminance is consistent with virtual condition.

See Figure 25 d, should the key step of Part IV (namely calling the process that support personnel are relevant with first-line staff) of work process of office LAN system of use-case as follows:

Step 10: start.During long-range server 61 now has connected corresponding two wires call answerer 302 already at the state of operation service end software, two computer on line 7 and has been in and runs the state of two wires software, a computer on line 20 has connected a corresponding line call answerer 301 and be in the state running a line software.

Step 20: first-line staff observe the leading position state on its line call answerer 301 used show and call in key group 12-1-3 certain button (such as, be labeled with the button of " leader 1 ") glow color for time green, represent that these support personnel are on duty and the state that can arrange by oneself of working time.If now this first-line staff has work matters need to can press this button when these support personnel report.Now, the corresponding silica gel elastic body protuberance 13-1 of the silica gel elastic body 13 under described button 12 is deformed, its silica gel elastic body is pressed against on conductive film assembly 14 by compression leg 13-2, make the corresponding contacts contact conducting of conductive film assembly 14 bilevel printing film circuit, thus main control microprocessor 18-1 can scan this conducting change when to its C1 to C3 port and R1 to R8 TCP.

Step 31: after the main control microprocessor 18-1 of call answerer 1 detects that the leading position state of a line call answerer 301 shows and calls the key press signal of key group 12-1-3, generates the light emitting control that be controlled light emitting diode 17 instruction corresponding with this pressing.

Step 32: the lumination of light emitting diode control instruction that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 31 of light emitting control integrated circuit 18-2 by its SPI communication bus port.

Step 33: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 32, generates corresponding lumination of light emitting diode control signal, and is sent by its LR1 to LR8 and LC1 to LC9 port.Driving via drive circuit, control to be positioned at the pin level of relevant LED illuminator that leading position state shows and calls light emitting diode 17 at the respective keys of key group 12-1-3, and make it luminous according to certain way, thus control printing opacity color and the light transmission state of respective keys keycap backlight.

Such as, the leading position state that now step 20 is pressed shows and calls " leader 1 " the button shown in green flicker state of key group 12-1-3, represents and has pointed out the application meeting these support personnel.

Step 40: the main control microprocessor 18-1 of a line call answerer 301 shows and call the pressing information of key group 12-1-3 button according to the leading position state that step 20 scans, generates corresponding calling support personnel's message.Herein input for should use-case a line call answerer 301 Remote Selection input in remote call-in input.

Step 50: for the calling support personnel's message generated, the main control microprocessor 18-1 of a line call answerer 301 is sent to a coupled computer on line 20 by its USB D+ and USB D-port through USB connecting line 16.

Step 60: after a computer on line 20 receives and parses through this message of process, generates calling support personnel's packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42, and then is sent to remotely with server 61.

Step 70: remotely receive and parse through with server 61 after processing the packet that step 60 transmission comes, record this call information.Simultaneously, remotely generate corresponding calling support personnel's packet with server 61, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and then above-mentioned calling support personnel's packet is sent to corresponding two computer on line 7, such as, two computer on line 7 that the support personnel representated by " leader 1 " button of an above-mentioned line call answerer 301 are used.

Step 80: after two computer on line 7 receive and parse through and process calling support personnel's packet that step 70 transmission comes, on the display of two computer on line 7, the window of display is calling support personnel's window, and this calling support personnel's window shows the information of the first-line staff sending calling included in packet.Simultaneously, two computer on line 7 are in wait self keyboard of pressing for this computer on line 20 or click on mouse and generate in the state of corresponding operational order, for being for this computer on line 20, in the state of the operational order that the CPU of two computer on line 7 such as is at calling to be confirmed or the refusal calling.If now having other computer on line 20 by remotely sending calling support personnel's packet with server 61, two computer on line 7 then start other subprogram, the call request otherwise processed other to this, and calling support personnel's packet that two computer on line 7 acquiescences are most recently received is active calls support personnel's packet, display demonstrates multiple calling support personnel's window, and current window therein (abbreviation of active calls support personnel's window) is calling support personnel's window of the content showing the calling support personnel's packet being most recently received.These support personnel can select current window separately by keyboard or mouse, and requires to reply to the calling support personnel of current window.Time actually used, these support personnel are not only by input through keyboard, can also complete to confirm accordingly the instruction input of calling or refusal calling by the corresponding button in click graphical interfaces, the present embodiment use keyboard and mouse as command input device simultaneously.

Step 90: support personnel press the respective keys of the keyboard of two computer on line 7 or carry out the click of mouse, calling requirement for a certain calling support personnel's window (namely calling support personnel's window of step 80 generation), carry out generating the operational order (instruction here refers to that level is uprised or the signal of electric pulse or other electricity being suitable for is or/and the signal of magnetic by low by high step-down or level, lower with) confirming calling or the operational order generating refusal calling.

Step 100: support personnel in step 90 are carried out generating the selection operation of the operational order confirming calling, the CPU of two computer on line 7 then receives the operational order confirming calling that the calling to a certain calling support personnel's window (namely calling support personnel's window of step 80 generation) requires to be carried out, and generate confirming call packet, two computer on line 7 are according to ICP/IP protocol, pass sequentially through corresponding convergence switch 41 and core switch 42 and then send the packet to remotely with server 61, after remotely receiving and parsing through this packet of process with server 61, record this support personnel's confirming call information.Meanwhile, remotely generate corresponding support personnel's confirming call packet with server 61, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and then send the packet to propose accordingly a computer on line 20 of call request.

Step 110: after a computer on line 20 receives and parses through the packet that step 100 generates, sends confirming call by USB D+ and the USB D-port of USB interface of computer to the main control microprocessor 18-1 of a line call answerer 301 and instructs.

Step 121: after main control microprocessor 18-1 receives and parses through the confirming call instruction that step 110 generates, generates the light emitting control that be controlled light emitting diode 17 instruction corresponding with this confirmation call instruction.

Step 122: the lumination of light emitting diode control instruction that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 121 of light emitting control integrated circuit 18-2 by its SPI communication bus port.

Step 123: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 122, generates corresponding lumination of light emitting diode control signal, and is sent by its LR1 to LR8 and LC1 to LC9 port.

Step 130: the control signal that LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 sends, driving via drive circuit, control to be positioned at the pin level of relevant LED illuminator that leading position state shows and calls light emitting diode 17 at the respective keys of key group 12-1-3, and make it luminous according to certain way, so that this button 12 of a line call answerer 301 is in the printing opacity color corresponding with confirming call and light transmission state.Such as, become yellow after quick flashing 3 times, represent that these support personnel have been approved by this calling, and represent that this first-line staff can go at these support personnel now.Being shown as herein should show in the long-range response of a line call answerer 301 of use-case.

Step 140: the support personnel in step 90 are carried out generating the selection operation of the operational order of refusal calling, the CPU of two computer on line 7 then receives the calling to a certain calling support personnel's window (namely calling support personnel's window of step 80 generation) and requires the operational order of the refusal calling carried out, and generate call denial packet, two computer on line 7 are according to ICP/IP protocol, pass sequentially through corresponding convergence switch 41 and core switch 42 and then send the packet to remotely with server 61, after remotely receiving and parsing through this packet of process with server 61, record these support personnel and refuse call information.Meanwhile, remotely generate corresponding support personnel's call denial packet with server 61, according to ICP/IP protocol, pass sequentially through core switch 42 and corresponding convergence switch 41 and then send the packet to propose accordingly a computer on line 20 of call request.

Step 150 a: computer on line 20 receives and parses through after processing the packet that step 140 generates, sends call denial by USB D+ and the USB D-port of USB interface of computer to the main control microprocessor 18-1 of a line call answerer 301 and instructs.

Step 161, step 162, step 163, step 170: after main control microprocessor 18-1 receives and parses through call denial instruction, send lumination of light emitting diode control instruction to light emitting control integrated circuit 18-2, then controlled, by light emitting control integrated circuit 18-2, the glow color of light emitting diode 17 of respective keys and the luminance that corresponding leading position state shows and calls key group 12-1-3.Such as stop flicker after quick flashing 3 times, represent that these support personnel have refused this calling, and represent that the first-line staff of subordinate can not go at these support personnel now.

Above-mentioned call rejection procedure is similar with confirming call process, step 161 in call rejection procedure, step 162, step 163, step 170 respectively with confirming call during step 121, step 122, step 123, step 130 one_to_one corresponding each other.Wherein:

Step 161: after main control microprocessor 18-1 receives and parses through the call denial instruction that step 150 generates, generates the light emitting control that be controlled light emitting diode 17 instruction corresponding with this call denial instruction.

Step 162: the lumination of light emitting diode control instruction that main control microprocessor 18-1 is generated to the SPI communication bus port forwarding step 161 of light emitting control integrated circuit 18-2 by its SPI communication bus port.

Step 163: the light emitting control being controlled light emitting diode 17 instruction that light emitting control integrated circuit 18-2 generates according to step 162, generates corresponding lumination of light emitting diode control signal, and is sent by its LR1 to LR8 and LC1 to LC9 port.

Step 170: the control signal that LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 sends, driving via drive circuit, control to be positioned at the pin level of relevant LED illuminator that corresponding leading position state shows and calls light emitting diode 17 at the respective keys of key group 12-1-3, and make it luminous according to certain way, so that this button 12 of this line call answerer 301 is in the printing opacity color corresponding with call denial and light transmission state.

Such as stop flicker after quick flashing 3 times, represent that these support personnel have refused this calling, and represent that this first-line staff can not go at these support personnel now.Being shown as herein should show in the long-range response of a line call answerer 301 of use-case.

Step 180: terminate.

Further, support personnel can also be by operating two computer on line 7, via remotely sending calling first-line staff's packet with server 61 to a computer on line 20 of its subordinate first-line staff, the leading position state on the line call answerer 301 that this first-line staff uses is made to show and call the button representing these support personnel in key group 12-1-3, such as " leader 1 " button is in the state that persistently flashes, represent that these support personnel need this first-line staff at these support personnel now, process related work matters.Herein be shown as should use-case a line call answerer 301 remotely actively display in remote call-in show.This first-line staff is found that this signal, and after pressing this flicker button, one computer on line 20 can confirm packet by remotely sending calling first-line staff with server 61 to this two computer on line 7, then go these support personnel at, process related work matters.Herein input for should use-case a line call answerer 301 long-range response input.

Further, when the duty of certain first-line staff is in " on duty " or " emergency management " state, support personnel corresponding thereto can lead window by operation, or the long-range server 61 of operation service end software can also send duty checking packet according to the regular random arranged to one computer on line 20.Such as: when the duty of certain first-line staff is in " on duty " or " emergency management " state, after the computer on line 20 that this first-line staff is used receives duty checking packet, the printing opacity illumination mode of " on duty " or " emergency management " button of one line call answerer 301 can present the state persistently flashed, herein be shown as should use-case a line call answerer 301 the most actively display in remote call-in show；This first-line staff needs by the way of the button pressing this flashing, it is made to recover normal printing opacity illumination mode, and by this operation to remotely sending duty normal data packet with server 61, input herein is for should the long-range response input of a line call answerer 301 of use-case.As first-line staff can not press the button of flashing in time, over time, such as 5 minutes, when remotely not receiving, with server 61, the duty normal data packet that this computer on line 20 sends, this first-line staff's duty abnormal data bag can be sent to two computer on line 7 corresponding with this first-line staff, and record this event.

Further, when instantaneous operating conditions key group 12-3-1 of a line call answerer 301 or the display state of instantaneous operating conditions and checking key group 12-4-1 and job placement on same day key group 12-5-1 are contradiction when, such as: the 5th working hours to be held a meeting, the button color indicating " 5 " in job placement on same day key group 12-5-1 is shown as representing the redness that need to participate in meeting.And when to the 5th working hours, the current luminous button of instantaneous operating conditions key group 12-3-1 of the one line call answerer 301 of first-line staff is not the most the button indicating " meeting ", represent that this first-line staff there is presently no participation meeting, the button then indicating " 5 " in job placement on same day key group 12-5-1 of one line call answerer 301 can enter flashing state, participates in meeting to remind this first-line staff to go.

Further, the software of native system can by the instantaneous operating conditions situation of each first-line staff daily, monthly, the statistics printing such as per year, check for support personnel, in order to be preferably operated management.

Further, in the case of enterprises and institutions of the office existing LAN in office space couples with the Internet, unit leader (can be support personnel or three informant persons) can remotely access computer outside LAN or have the wireless mobile apparatus of the Internet connection, such as smart mobile phone remotely accesses with panel computer etc. to install in computer 5 and run to log in leads window (corresponding with support personnel is leader's window accordingly, corresponding with three informant persons is senior leader's window), realize the function of the remote access enterprises and institutions existing LAN in office space.So act as the leader (can be support personnel or three informant persons) not when unit, arrange if any a certain job demand, leader's (can be support personnel or three informant persons) can run login leader's window, application is inquired about by the Internet remotely sending with server 61 in above-mentioned LAN, packet by passback, understand the instantaneous operating conditions of all subordinate at any time, can preferably arrange current work.This technology by the Internet remote access LAN server is prior art, native system is correlated with and is possessed the two wires software including computerized version, smart mobile phone version, panel computer version of internet access LAN server function, active computer programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

(embodiment 22 , teaching Interactive Call answering system and keyboard-type call answerer thereof)

See Figure 26, Figure 27, Figure 35, Fig. 2 and Fig. 3, and see Fig. 7 a to Fig. 7 h, Figure 22, the structure of the keyboard-type call answerer 1 of the present embodiment is essentially identical with the call answerer 1 in embodiment 1, remain a kind of USB device, and the external signal transmitting and receiving parts of call answerer 1 remain as USB connecting line 16, thus the call answerer 1 of the present embodiment remains as the call answerer of wired, and the call answerer 1 of the present embodiment is a kind of wired conductive film type call answerer for teaching.According to user of service and the difference of using effect, the call answerer 1 of the present embodiment is divided into four kinds, the first is referred to as student with call answerer 101(Figure 26) a line call answerer, the second is referred to as classroom call answerer 102(Figure 35) two wires call answerer, the third is referred to as teacher with call answerer 103(Figure 27) two wires call answerer, the 4th kind is referred to as leader with call answerer 104(Figure 27) three line call answerers.These four call answerer may be collectively referred to as teaching call answerer, or all can still be referred to as call answerer 1, and therein the third is referred to as office's call answerer with the 4th kind of call answerer.

See Figure 27, in the present embodiment, office's call answerer is essentially identical with the line call answerer 301 described in embodiment 21, both differences are: instantaneous operating conditions key group 12-3-1 of office's call answerer does not set because of private temporarily from on business temporarily from button, and arrange and answer questions and answer questions busy button, both remaining the most identical.

Seeing Figure 26, the student of the present embodiment remains as 24 by the number of the button 12 of call answerer 101, and wherein, target display selects the key number of key group 12-1 to be 22, and the key number of function key group 12-2 is 2.Target display selects key group 12-1 project as desired or the difference of option, is divided into again teaching job state to show and calls key group 12-1-4 and learning effect key group 12-1-5.Teaching job state shows and calls the key number of key group 12-1-4 is 10, and the key number of learning effect key group 12-1-5 is 12.

Still seeing Figure 26, by the target of call answerer 101, student shows that the teaching job state selecting key group 12-1 shows and calls the character on 10 buttons 12 of key group 12-1-4 successively: Chinese language, mathematics, English, virtue, physical culture, physics, chemistry, biology, geography and history.These characters represent the teacher (namely support personnel) teaching these subjects.Different luminances represents the instantaneous operating conditions of this teacher, such as: green represents state of answering questions, and represents that this time student (namely first-line staff) can go for this teacher and answer questions；Purple represents busy state of answering questions, and represents that this time student can go for this teacher and answer questions, but existing more student answers questions at this teacher；Red flicker represents call state, represents that this teacher calls this student with the student etc. corresponding to call answerer 101 in office.

Still see Figure 26, by the target of call answerer 101, student shows that the character on 12 buttons 12 of learning effect key group 12-1-5 selecting key group 12-1 denotes 12 kinds of options, be followed successively by: mistake the most correct, imperfect, careless, method fault, will not do, grasp completely, preferably grasp, substantially grasp, grasp poor, grasp very poor, raise one's hand and finish.Front 5 buttons are situation selection key of solving a problem, and these 5 buttons are in order to feed back this student of use with the student of call answerer 101 to certain road example, the grasp situation of exercise；Middle 5 buttons be situation selection key of listening to the teacher, and these 5 buttons are in order to feed back this student of use by the student of the call answerer 101 global learning situation to certain class；Button of raising one's hand in last 2 buttons in order to record the situation of raising one's hand of student, when use this student with the student of call answerer 101 raise one's hand to answer certain put question to time, this student can press key of raising one's hand, and raises one's hand recording this time；In last 2 buttons complete button in order to recorded answer time, when using this student to complete, with the student of call answerer 101, certain road example, exercise that teacher arranges, this student can press and complete button, in order to have recorded the time of answer.The target indicated respectively on 12 buttons 12 of learning effect key group 12-1-5 is 12 kinds of different options relevant from education activities, and user can be by pressing the button 12 of learning effect key group 12-1-5, it is achieved inputs the remote visiting system of respective selection.

The character on two buttons 12 in function key group 12-2 is followed successively by cancellation and confirms.

In actual use, the quantity of button contained by above-mentioned each key group can be adjusted according to specifically used situation.

See Figure 35, the classroom of the present embodiment call answerer 102, relevant information is inputted to classroom with two computer on line 71 easily for teacher, relatively teacher uses traditional input equipment (such as mouse, keyboard) input information more convenient, it is possible to send relevant call signal to corresponding student with call answerer 101 by classroom two computer on line 71.The button 12 of classroom call answerer 102 remains as 24, and wherein, target display selects the key number of key group 12-1 to be 22, and the key number of function key group 12-2 is 2.Target display selects the difference of key group 12-1 project as desired, is divided into again exercise question to select key group 12-1-6 and learning information to gather key group 12-1-7.Exercise question selects the key number of key group 12-1-6 to be 15, and it is 7 that learning information gathers the key number of key group 12-1-7.

Still seeing Figure 35, the target display of classroom call answerer 102 selects the exercise question of key group 12-1 to select the character on 15 buttons 12 of key group 12-1-6 successively: topic 1, topic 2, topic 3, topic 4, topic 5, topic 6, topic 7, topic 8, topic 9, topic 10, topic 11, topic 12, topic 13, topic 14 and topic 15.These characters represent the exercise question code of each example, exercise in a class.Pressing exercise question selects the button of key group 12-1-6, corresponding exercise question code can be inputted with two computer on line 71 to classroom, substituting teacher uses traditional computer entry device (such as mouse, keyboard) to input corresponding exercise question code to classroom with two computer on line 71, inputs more convenient；And can be sent about doing topic beginning call signal with call answerer 101 to corresponding student by classroom two computer on line 71.

Still seeing Figure 35, the character that the display of the target of classroom call answerer 102 selects the learning information of key group 12-1 to gather on 7 buttons 12 of key group 12-1-7 is followed successively by: puts question to and starts, beginning of solving a problem, investigation of solving a problem, investigation of listening to the teacher, terminates, attends class and finish class.Pressing learning information gather key group 12-1-7 enquirement start, beginning of solving a problem, investigation of solving a problem, investigation button of listening to the teacher, can to classroom with two computer on line 71 input corresponding put question to start, beginning of solving a problem, investigation of solving a problem start, investigation sign on of listening to the teacher, substituting teacher uses traditional computer entry device (such as mouse, keyboard) to input corresponding sign on to classroom with two computer on line 71, inputs more convenient；And relevant call signal can be sent to corresponding student with call answerer 101 by classroom two computer on line 71.Pressing learning information gathers the end key of key group 12-1-7, can to classroom with two computer on line 71 input enquirement terminate, end of solving a problem, solve a problem investigation terminate or investigation END instruction of listening to the teacher, in order to the enquirement terminating currently to carry out, solve a problem, solve a problem investigation or a certain task in investigation of listening to the teacher, substituting teacher uses traditional computer input equipment (such as mouse, keyboard) to input corresponding END instruction to classroom with two computer on line 71, inputs more convenient.Pressing learning information gathers the attending class of key group 12-1-7, after class button and substitutes teacher and use traditional computer input equipment (such as mouse, keyboard) to input attending class accordingly instruction and instructing after class with two computer on line 71 to classroom.

Seeing Fig. 7 c and Figure 22, and see embodiment 20, the student of the present embodiment is connected to C1 to C3 port and R1 to the R8 port of main control microprocessor 18-1 with the conductive film assembly 14 of call answerer 101 by peripheral circuit；The conductive film assembly 14 of the classroom call answerer 102 of the present embodiment is connected to C4 to C6 port and R1 to the R8 port of main control microprocessor 18-1 by peripheral circuit.The main control microprocessor 18-1 of such two kinds of teaching call answerers, because the chip pin combination electrically connected with respective conductive film assembly 14 is different, can be by the most different chip pin array sweeping respective conductive film assemblies 14, so the input keypad numerals code in the pressing message of each button generated can be the most different.Because the keypad numerals code in the message of each button on two kinds of teaching call answerers is unique, so will not conflict mutually.Being similar to, its middle school student are connected to LR1 to LR8 and LC1 to the LC9 port of light emitting control integrated circuit 18-2 with the LED luminous matrix of call answerer 101 by peripheral drive circuit；The LED luminous matrix of classroom call answerer 102 is connected to LR1 to LR8 and LC10 to the LC18 port of light emitting control integrated circuit 18-2 by peripheral drive circuit, also will not produce conflict.Thus each button of two kinds of call answerers 1 can set a certain kind specifically uses function, the two cooperating, the use of teaching Interactive Call answering system of the present embodiment can be allowed convenient.

In the present embodiment, every classroom is only equipped with a classroom call answerer 102 with two computer on line 71, and therefore classroom call answerer 102 can arrange device numbering.

Seeing Figure 28, the teaching Interactive Call answering system of the present embodiment is used for imparting knowledge to students, and this system is LAN system, can newly-built set up, or set up on the basis of the existing LAN of school, and use above-mentioned call answerer 1, thus form the LAN system of the present embodiment.Additionally, the existing LAN of school is divided into wired LAN and wireless type LAN two kinds, the LAN system of the present embodiment is preferably set up on the basis of the wired LAN of existing school, namely wired Interactive Call response LAN system with wired conductive film type call answerer that the LAN system of the present embodiment is teaching, referred to as teaching LAN system, or be still referred to as LAN system, or still it is referred to as system.Described wired interactive mode refers to that the connected mode between the hardware in system is wired connection mode.

Still see Figure 28, the teaching LAN system of the present embodiment is with the difference of the LAN system of embodiment 1: the LAN system of the present embodiment is not provided with a computer on line 20, and two set computer on line 7 have two kinds and all play the effect of two wires access device, they are that classroom two computer on line (are called for short classroom two computer on line, or be called for short classroom computer) 71 and teacher with two computer on line (abbreviation teacher two computer on line, or it is called for short teacher's computers) 72, the leader also setting up usb hub 23 and three line access device effects of having held concurrently (is called for short leader's three computer on line with three computer on line, or it is called for short leader's computer) 73.Set usb hub 23 with external power supply and is access using one cable equipment, student is electrically connected by respective USB port with between call answerer 101 with usb hub 23, each usb hub 23 is connected with computer is electrically connected with two computer on line 71 with the classroom in this classroom with USB port by it again, classroom call answerer 102 is also electrically connected by respective USB port with two computer on line 71 with the classroom in this classroom, and the classroom in each classroom is electrically connected with corresponding convergence switch 41 by netting twine 3 with two computer on line 71；Teacher is electrically connected by respective USB port with teacher with call answerer 103 between two computer on line 72, and teacher is electrically connected with corresponding convergence switch 41 by netting twine 3 with two computer on line 72；Leader is electrically connected by respective USB port with leader with call answerer 104 between three computer on line 73, and leader is electrically connected with corresponding convergence switch 41 by netting twine 3 with three computer on line 73.

Still seeing Figure 28, the above-mentioned teaching LAN system of the present embodiment also includes that core switch 42, one or more server 6, router 8, outer net connect equipment and various connection accessories etc..On the basis of each hardware interconnected relationship in LAN system described in falling at the preceding paragraph, each convergence switch 41 electrically connects with core switch 42 again, core switch 42 electrically connects with each station server 6 and router 8 respectively, thus constitutes the main body of the LAN system of the present embodiment.The LAN system of the present embodiment also includes that outer net connects equipment and connects accessory, and can also include remotely accessing computer 5.The described computer 5 that remotely accesses can pass through this LAN system of internet access.

The server 6 of the present embodiment selects the server of Dell, convergence switch 41, core switch 42, router 8 to select the network equipment of Cisco System Co..The hardware product of the teaching LAN system of structure the present embodiment, in addition to call answerer 1, is outsourcing, and the software supporting with LAN is also prior art.It addition, many network equipment vendor such as the StarNet, Huawei also can provide the hardware needed for the LAN on the basis of the LAN system as the present embodiment and the software supporting for this LAN, these soft and hardwares are prior art.

The LAN system of the present embodiment also differ in that with the LAN system of embodiment 1: the pattern of the LAN system of embodiment 1 is without dish pattern, namely a computer on line 20 of this LAN system is the computer not having hard disk, thus in its server farm one or some station servers 6 arrange system image software, provide system image for the computer on line 20 after each startup.The pattern of the teaching LAN system of the present embodiment is to have dish pattern, i.e. classroom in LAN system is the client computer being provided with hard disk with two computer on line 71 and teacher with two computer on line 72 and leader with three computer on line 73, in order to software that storage computer self is required and file.

Seeing Figure 28 a, the corresponding software matched with it is also installed and run to the LAN system of the present embodiment in the application, so that the LAN system of the present embodiment can normally work in the application.Wherein, with the USB mutual receiving and transmitting signal of wire communication mode between each call answerer 1 with corresponding access device.nullThe described corresponding software matched refers to: be arranged on certain station server 6(of server group namely remotely with server 61) in service end teaching call answering control software (being called for short Teaching Service end software) and service end work call answering controls software (abbreviation work service end software)、It is arranged on leader and (is called for short leading position three line software with the leading position call answering three line traffic control drive software in three computer on line 73，Or it is called for short work three line software)、It is arranged on teacher and (is called for short teaching job two wires software with the teaching job call answering two line traffic control drive software in two computer on line 72，Or it is called for short work two wires software) and teachers ' teaching call answering two line traffic control software (abbreviation teachers ' teaching two wires software，Or it is called for short teacher two wires software)、It is arranged on classroom classroom call answering two line traffic control drive software (being called for short two wires, classroom software) in two computer on line 71；Be arranged in aforesaid four kinds of call answerers 1 match with it corresponding software (namely the calling set that is arranged in the main control microprocessor 18-1 of call answerer 1 control software (be called for short and control software) and be arranged on various call answerer 1 light emitting control integrated circuit 18-2 in calling set lighting control software (abbreviation lighting control software).Above-mentioned software is to ensure that the teaching LAN system of the present embodiment normally works required software, these softwares not only match with corresponding hardware, and all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

When the mastery routine of two wires, classroom software is run with two computer on line 71 in classroom, then generate and show call answering interface, classroom (referred to as interface, classroom) over the display, this interface, classroom includes the summary sheet representing the every student belonging to this classroom, this summary sheet accounts for a line according to each student and arranges, the cell be provided with the cell representing this student classroom code in each row of form, representing this student name, the cell representing this student's code and represent that student that this student used is with the cell of the device numbering of call answerer 101.Operator input student that the student corresponding with this row student name and student's code used with the device numbering of call answerer 101 and after preserving with input equipment in each represents the cell of device numbering, classroom is then made to run the subprogram that device numbering is set with two computer on line 71, and be that device numbering and the concrete student of coupled each student's call answerer 101 sets corresponding relation, and it is uploaded to remotely with server 61.

After by all students in classroom by call answerer 101 and the correspondence setting of the student using this equipment, when pressing student is with the button 12 of call answerer 101, classroom just can correspond to use this student with the student name of the student of call answerer 101 and student's code according to device numbering contained in the message that main control microprocessor 18-1 sends with two computer on line 71, and then record, uses or shows.Classroom during follow-up use, then demonstrates relevant device numbering, for teacher in the respective cells in the row representing each student with two computer on line 71 in student's summary sheet at its interface, classroom.Classroom includes device numbering with two computer on line 71 in the instruction that student sends with call answerer 101 too, this device numbering and the device numbering being stored in self electrically-erasable memorizer are contrasted by main control microprocessor 18-1, when the device numbering only comprised when two numberings are consistent or in instruction is the omnipotent numbering set, just perform this instruction.

When remotely running Teaching Service end software with server 61, the information of putting into several classes of student, the information of teaching of every teacher and the course arrangement information of every the teacher that teaches according to input, it is established that student and student are by the corresponding relation data base of the device numbering of call answerer 101, teacher and class corresponding relation data base, student and class corresponding relation data base, course and teacher and class corresponding relation data base, class and classroom corresponding relation database basic data data.

nullWhen teacher runs the mastery routine of teacher two wires software with two computer on line 72，Then generate and show teacher's call answering interface (referred to as teacher interface) over the display，This teacher interface includes representing given lessons journey and the summary sheet of corresponding class，This summary sheet accounts for a line according to the class that each course is corresponding or several rows carries out zoning arrangement，There is an area code (this area code can be course code) in each district of form，And arrange corresponding multiple cells with the teaching of oneself，In each corresponding cell, operator can input the concrete content of courses、Exercise question code、Concrete exercise question、The content of correlated knowledge point，After preservation，Then set up the corresponding relation data base of this area code and the concrete content of courses、And exercise question code and the concrete item content and the corresponding relation database basic data data of correlated knowledge point，And be uploaded to remotely with server 61，The teaching LAN system making the present embodiment can normally work，Thus form the operational mode of this LAN system.

Teacher is with two computer on line 72 after starting next time, and teacher logs in behind teacher interface, can be to the relevant data remotely inquiring about oneself given lessons journey with server 61.

Student is with call answerer 101(Figure 26) on teaching job state show and call in key group 12-1-3 each indicate the button 12 of each course, be with the corresponding button of two computer on line 72 with corresponding teacher.

Press the button 12 in four kinds of above-mentioned call answerers 1, and then generate and upload message, and the signal light control of four kinds of above-mentioned call answerers 1 instructs each step operation principle generating, transmitting, perform, all essentially identical with application examples 1.

See embodiment 5 to embodiment 8 and and embodiment 10, four kinds of call answerers 1 of the present embodiment can connect with each equipment that be connected in the way of wireless connections to use, affect the clean and tidy of classroom to avoid connecting line too much.

(application examples 22, the work process of teaching LAN system)

See Figure 26 to Figure 35, and see Fig. 2, Fig. 3, Fig. 7 a to Fig. 7 h and Figure 22, should use-case be a kind of work process of teaching LAN system of embodiment 22, this work process is broadly divided into following five parts: Part I is to give lessons to teacher (support personnel) to start relevant part, Part II is to do topic deadline relevant part to record student (first-line staff), Part III is the relevant part of situation of solving a problem to investigation student (first-line staff), Part IV is the relevant part of situation of listening to the teacher to investigation student (first-line staff), Part V is the relevant part of the situation of raising one's hand of attending class to record student (first-line staff).

See Figure 30, should the key step of Part I (namely give lessons to teacher start the process of relevant part) of work process of teaching LAN system of use-case as follows:

Step 10: start.It is connected with call answerer 101, classroom call answerer 102 with corresponding student with two computer on line 71 including classroom and has been in the state running two wires, classroom software, remotely with server 61 already at the state running Teaching Service end software.

Step 20: teacher runs in the interface, classroom that two wires, classroom software is generated in classroom with two computer on line 71, click is given lessons button and is called beginning subprogram of giving lessons, the teacher's code of oneself and the course code of this class is inputted in the dialog box ejected, the learning information clicking on the start button in dialog box or pressing classroom call answerer 102 again gathers the key of attending class in key group 12-1-7, represent beginning of giving lessons (if the learning information pressing conclusion button therein or pressing classroom call answerer 102 gathers the key after class in key group 12-1-7, represent end of giving lessons).

Step 30: see Figure 29 a, classroom records the start information according to this information of giving lessons of teacher input with two computer on line 71, generation is given lessons beginning packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42 and then is sent to remotely with server 61.This packet includes the field information shown in Figure 29 a.

Field and the situation of corresponding data that described packet includes be: data type 0100, classroom code 0201, teacher's code 0312, course code 2026, student's code 0000, exercise question code 0000, deadline 0000, situation of solving a problem 0000, situation of listening to the teacher 0000, situation of raising one's hand 0000 and transmission time 0920.

Which class data this packet of " data type " field references is.Such as: 0100 represent be give lessons start data, 0101 represent be give lessons terminate data, 0201 represent be solve a problem deadline data, 0202 represent be solve a problem performance data, 0300 represent be student raise one's hand data, 0400 represent be situation data etc. of listening to the teacher.

" classroom code " field references sends the classroom class with two computer on line 71 places of this packet, and such as 0201 representative is junior two one class.

" teacher's code " field references is the teacher code of current course, and such as 0312 that represent is certain teacher for junior two one this class in the class.

" course code " field references is the course code of this class current, and such as, 2026 represent the 26th course of junior two of teacher corresponding to 0312 code.

" student's code " field references be certain coupled student of this classroom two computer on line 71 place classes with the corresponding student's code of the device numbering of call answerer 101, such as, 0031 represent be this class's student number be the student of No. 31.

" exercise question code " field references is the example that done of current student or the exercise question code of exercise, such as 0003 represent be No. 0312 teacher No. 2026 courses in, the 3rd road example or the exercise that student does.

" deadline " field references is student's time of completing current example or exercise, such as 0132 that represent is the classmate that student number is No. 31 of junior two one class, used 1 point within 32 seconds, complete No. 0312 teacher on No. 2026 courses in No. 0003 example or exercise.

" situation of solving a problem " field references is the example that done of current student or the performance of exercise, such as 0001 represent the most correct, 0002 represent that course of solving questions is imperfect or imperfection, 0003 represents careless mistake, 0004 represent method fault, 0005 representative will not be done.

" situation of listening to the teacher " field references is student's grasp situation to current whole course journey, such as, 0001 represent grasp completely, 0002 represent preferably grasp, 0003 represent basic grasp, 0004 represent grasp poor, 0005 represent grasp very poor.

Whether " situation of raising one's hand " field references student raises one's hand to make a speech, and such as 0001 represents this student raises one's hand to make a speech.

The uplink time of " transmission time " these data of field references, such as 0920 representative is these data etc. that 9: 20 distributions are sent.

Step 40: remotely receive and parse through with server 61 after processing the packet that step 30 sends over, form data record, be added in the data base relevant to Teaching Service end software, inquire about for related personnel.

Step 50: terminate.

See Figure 29 a to Figure 29 e, above-mentioned giving lessons starts packet and is pressed the learning information of the start button in interface, classroom or pressing classroom call answerer 102 by teacher and gather attending class key and generate in key group 12-1-7, end data packet of giving lessons is pressed the key after class in learning information collection key group 12-1-7 of the conclusion button in interface, classroom or pressing classroom call answerer 102 and is generated by teacher, and deadline data of solving a problem, performance of solving a problem data, student raises one's hand data and situation data of listening to the teacher then are operated respective student by student and generate with call answerer 101, if desired, teacher can input, with two computer on line 71, the data oneself praised by operation classroom.In the corresponding packet that classroom is generated with two computer on line 71, the difference in factor data source and these the identical or different data separations that can student be inputted with teacher come.

See Figure 31, should the key step of Part II (namely doing the process of the topic deadline relevant part of record to student) of work process of teaching LAN system of use-case as follows:

Step 10: start.It is connected with call answerer 101, classroom call answerer 102 with corresponding student with two computer on line 71 including classroom and has been in the state running two wires, classroom software, remotely with server 61 already at the state running Teaching Service end software.

nullStep 20: teacher runs in the interface, classroom that two wires, classroom software is generated with two computer on line 71 in classroom，Click is called and is done topic deadline subprogram，In the dialog box ejected, input the exercise question code of example to be done or exercise or select the respective keys of key group 12-1-6 to input example to be done or the exercise question code of exercise by the exercise question of pressing classroom call answerer 102，Click on the ACK button in dialog box again or press the enter key of lower keyboard or the beginning button of solving a problem of learning information collection key group 12-1-7 of pressing classroom call answerer 102，Classroom then records this input information with two computer on line 71，Eject simultaneously and be provided with the dialog box doing topic conclusion button，And in this classroom, all of student does topic sign on the main control microprocessor 18-1 transmission of call answerer 101 respectively，With the glow color finishing button in learning effect key group 12-1-5 controlling all of student's call answerer 101 for can pressed state，The most shown in green.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.Specifically, be the button of finishing in learning effect key group 12-1-5 showing student's call answerer 101 be the state that can carry out remote visiting system.

Step 30: after every student finishes this road example or exercise, the student oneself used can be pressed with learning effect key group 12-1-5 of call answerer 101 finishes button, do topic to classroom with two computer on line 71 transmissions and complete message, this message includes this student device numbering with call answerer 101.Herein input for should use-case student's call answerer 101 remote visiting system input.

Step 40: classroom receives and parses through with two computer on line 71 after processing the message that step 30 transmission comes, according to this message, generation is done topic and is completed packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42 and then is sent to remotely with server 61.

See Figure 29 b, do and inscribed the data message including necessity in packet, including the field information shown in Figure 29 b.The numerical value of " deadline " therein field, generates according to the time interval of step 20 and step 30.Such as, the field information implication in Figure 29 b is: 1 class of student number of the junior two is the classmate of No. 31, used 1 point within 32 seconds, complete No. 0312 teacher on No. 2026 courses in numbered 0003 example or exercise, the deadline is 9: 40.Meanwhile, classroom with two computer on line 71 control this student use student's call answerer 101 " finishing " button illumination mode for can not pressed state, the most luminous.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.Specifically, be the button of finishing in learning effect key group 12-1-5 showing student's call answerer 101 be the state that cannot carry out remote visiting system.

Step 50: remotely receive and parse through with server 61 and process the packet that step 40 sends over, form data record, be added in the data base relevant to Teaching Service end software, inquire about for related personnel.

Step 60: teacher makes of being provided with in the interface, classroom of two computer on line 71 in the dialog box of topic conclusion button in classroom, the learning information clicking on or pressing classroom call answerer 102 gathers the end key of key group 12-1-7, and input and do topic END instruction, classroom records this input information with two computer on line 71, and in this classroom, all of student does topic END instruction with the main control microprocessor 18-1 transmission of call answerer 101 respectively, with the glow color of " the finishing " button in learning effect key group 12-1-5 controlling all of student's call answerer 101 for can not pressed state, such as it is shown as the most luminous.

Step 70: terminate.

See Figure 32, should the key step of Part III (namely process of the part relevant to Students ' Problem-solving condition survey) of work process of teaching LAN system of use-case as follows:

Step 10: start.It is connected with call answerer 101, classroom call answerer 102 with corresponding student with two computer on line 71 including classroom and has been in the state running two wires, classroom software, remotely with server 61 already at the state running Teaching Service end software.

nullStep 20: teacher runs in the interface, classroom that two wires, classroom software is generated with two computer on line 71 in classroom，Condition survey subprogram of solving a problem is called in click，The dialog box ejected inputs and currently completes example or the exercise question code of exercise of explanation or select by pressing the exercise question of classroom call answerer 102 the respective keys input of key group 12-1-6 currently to complete example or the exercise question code of exercise of explanation，Click on the ACK button in dialog box again or press the enter key of lower keyboard or the investigation button of solving a problem of learning information collection key group 12-1-7 of pressing classroom call answerer 102，Classroom then records this input information with two computer on line 71，Eject the dialog box being provided with investigation conclusion button simultaneously，And in this classroom, all of student sends, with the main control microprocessor 18-1 of call answerer 101, condition survey sign on of solving a problem respectively，To control completely correct with in learning effect key group 12-1-5 of call answerer 101 of all of student、Imperfect、Careless mistake、Method fault and the glow color that will not do totally 5 situation selection keys of solving a problem are can pressed state，The most shown in green.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.

Step 30: every student is according to oneself completing this road example or the practical situation of exercise, press the student oneself used and with mistake the most correct, imperfect, careless in learning effect key group 12-1-5 of call answerer 101, method fault and totally 5 some buttons solved a problem in situation selection key will not be done, send, with two computer on line 71, situation message of solving a problem to classroom.This message includes this student device numbering with call answerer 101.

Step 40: classroom receives and parses through with two computer on line 71 after processing the message that step 30 transmission comes, according to this message, generation is solved a problem situation packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42 and then is sent to remotely with server 61.

See Figure 29 c, situation of solving a problem packet includes the data message of necessity, including the field information shown in Figure 29 c.Such as, the field information implication in Figure 29 c is: 1 class of student number of the junior two is the classmate of No. 31, No. 0312 teacher on No. 2026 courses in the right-on example solving numbered 0003 or exercise, this data submission time is 9: 45.Simultaneously, classroom with two computer on line 71 control in learning effect key group 12-1-5 of student's call answerer 101 that this student uses mistake the most correct, imperfect, careless, method fault and will not do the illumination mode of totally 5 situation selection keys of solving a problem for can not pressed state, the most luminous.

Step 50: after remotely receiving and parsing through, with server 61, the packet that step 40 sends over, forms data record, is added in the data base relevant to Teaching Service end software, inquires about for related personnel.

Step 60: teacher classroom with in the interface, classroom of two computer on line 71 being provided with investigation conclusion button dialog box in, the learning information clicking on or pressing classroom call answerer 102 gathers the end key of key group 12-1-7, and input condition survey END instruction of solving a problem, classroom records this input information with two computer on line 71, and in this classroom, all of student sends, with the main control microprocessor 18-1 of call answerer 101, condition survey END instruction of solving a problem respectively, to control all of student with the most correct in learning effect key group 12-1-5 of call answerer 101, imperfect, careless mistake, method fault and the illumination mode of totally 5 situation selection keys of solving a problem will not be done for can not pressed state, the most luminous.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.

Step 70: terminate.

See Figure 33, should the key step of Part IV (namely process of the relevant part of condition survey of listening to the teacher to student) of work process of teaching LAN system of use-case as follows:

Step 10: start.It is connected with call answerer 101, classroom call answerer 102 with corresponding student with two computer on line 71 including classroom and has been in the state running two wires, classroom software, remotely with server 61 already at the state running Teaching Service end software.

nullStep 20: teacher runs in the interface, classroom that two wires, classroom software is generated with two computer on line 71 in classroom，Condition survey subprogram of listening to the teacher is called in click，Current course code is inputted in the dialog box ejected，Click on the ACK button in dialog box again or press the enter key of lower keyboard or the investigation button of listening to the teacher of learning information collection key group 12-1-7 of pressing classroom call answerer 102，Classroom records this input information with two computer on line 71，Eject the dialog box being provided with investigation conclusion button simultaneously，And in this classroom, all of student sends, with the main control microprocessor 18-1 of call answerer 101, condition survey sign on of listening to the teacher respectively，To control all of student with the grasp completely in learning effect key group 12-1-5 of call answerer 101、Preferably grasp、Basic grasp、Grasping glow color that is poor and that grasp very poor totally 5 situation selection keys of listening to the teacher is can pressed state，The most shown in green.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.

Step 30: every student is according to oneself actual learning situation to this class, press the student that oneself uses with grasping completely in learning effect key group 12-1-5 of call answerer 101, preferably grasp, substantially grasp, grasp poor and grasp very poor totally 5 some buttons listened to the teacher in situation selection key, listen to the teacher situation message with two computer on line 71 transmissions to classroom.This message includes this student device numbering with call answerer 101.

Step 40: classroom receives and parses through with two computer on line 71 after processing the message that step 30 transmission comes, according to this message, generation is listened to the teacher situation packet, according to ICP/IP protocol, passes sequentially through corresponding convergence switch 41 and core switch 42 and then is sent to remotely with server 61.

See Figure 29 d, situation of listening to the teacher packet includes the data message of necessity, including the field information shown in Figure 29 d.Such as, the field information implication in Figure 29 d is: 1 class of student number of the junior two is the classmate of No. 31, preferably grasped No. 0312 teacher on No. 2026 courses, this data submission time is 9: 59.Simultaneously, classroom with two computer on line 71 control this student use student's call answerer 101 learning effect key group 12-1-5 in grasps completely, preferably grasp, substantially grasp, grasp illumination mode that is poor and that grasp very poor totally 5 situation selection keys of listening to the teacher be can not pressed state, the most luminous.

Step 50: remotely receive and parse through with server 61 after processing the packet that step 40 sends over, form data record, be added in the data base relevant to Teaching Service end software, inquire about for related personnel.

Step 60: teacher classroom with in the interface, classroom of two computer on line 71 being provided with investigation conclusion button dialog box in, the learning information clicking on or pressing classroom call answerer 102 gathers the end key of key group 12-1-7, and input condition survey END instruction of listening to the teacher, classroom records this input information with two computer on line 71, and in this classroom, all of student sends, with the main control microprocessor 18-1 of call answerer 101, condition survey END instruction of listening to the teacher respectively, to control all of student with the grasp completely in learning effect key group 12-1-5 of call answerer 101, preferably grasp, basic grasp, grasp illumination mode that is poor and that grasp very poor totally 5 situation selection keys of listening to the teacher for can not pressed state, the most luminous.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.

Step 70: terminate.

See Figure 34, should the key step of Part V (namely process of the relevant part of situation record of raising one's hand of attending class to student) of work process of teaching LAN system of use-case as follows:

Step 10: start.It is connected with call answerer 101, classroom call answerer 102 with corresponding student with two computer on line 71 including classroom and has been in the state running two wires, classroom software, remotely with server 61 already at the state running Teaching Service end software.

nullStep 20: teacher runs in the interface, classroom that two wires, classroom software is generated with two computer on line 71 in classroom，Situation subprogram of raising one's hand is called in click，Perhaps problem code in input is asked a question in the dialog box ejected，Click on the ACK button in dialog box again or by the enter key of lower keyboard，Or the learning information of pressing classroom call answerer 102 gathers the enquirement of key group 12-1-7 and starts button，Classroom then records this input information with two computer on line 71，Eject simultaneously and be provided with the dialog box puing question to conclusion button，And in this classroom, all of student sends enquirement sign on the main control microprocessor 18-1 of call answerer 101 respectively，With the glow color of " raising one's hand " button in learning effect key group 12-1-5 controlling all of student's call answerer 101 for can pressed state，The most shown in green.Being shown as herein should the student of use-case show by the dbjective state in the remotely actively display of call answerer 101.

Step 30: when every student raises one's hand to answer this enquirement, presses the student oneself used with " raising one's hand " button of call answerer 101 simultaneously, sends student to classroom with two computer on line 71 and raises one's hand message.This message includes this student device numbering with call answerer 101.

Step 40: classroom receives and parses through with two computer on line 71 after processing the message that step 30 transmission comes, according to this message, generate student to raise one's hand packet, according to ICP/IP protocol, pass sequentially through corresponding convergence switch 41 and core switch 42 and then be sent to remotely with server 61.

Seeing Figure 29 e, student raises one's hand to include necessary data message, including the field information shown in Figure 29 e in packet.Such as, the field information implication in Figure 29 e is: 1 class of student number of the junior two is the classmate of No. 31, No. 0312 teacher on No. 2026 courses in application of raising one's hand answer a question, this data submission time is 9: 42.Meanwhile, classroom with two computer on line 71 control this student use student's call answerer 101 " raising one's hand " button illumination mode for can not pressed state, the most luminous.

Step 50: remotely receive and parse through with server 61 after processing the packet that step 40 sends over, form data record, be added in the data base relevant to Teaching Service end software, inquire about for related personnel.

Step 60: teacher classroom with in the interface, classroom of two computer on line 71 being provided with put question to conclusion button dialog box in, the learning information clicking on or pressing classroom call answerer 102 gathers the end key of key group 12-1-7, and input enquirement END instruction, classroom records this input information with two computer on line 71, and student all of in this classroom sends with the main control microprocessor 18-1 of call answerer 101 and puts question to END instruction respectively, with the illumination mode of " raising one's hand " button of controlling all of student's call answerer 101 for can not pressed state, the most luminous.

Step 70: terminate.

Pass through aforesaid operations, remotely with in the data base relevant to Teaching Service end software in server 61, have recorded the situation of raising one's hand of each student, each road example or the solution time of exercise and answer situation and the overall grasp situation to this class in each class, each class.Each teacher can be arranged on teacher with the teacher two wires software in two computer on line 72 by operation, generate corresponding teacher interface, rerun inquiry subprogram therein and generate corresponding query window, by the data formed in every teaching that inquiry is above-mentioned, arrange and analyze, such that it is able to arrange the lifting of follow-up teaching, beneficially quality of instruction targetedly.

Further, in the students in Answering Teachers ' Designing Questions time period that school specifies, each teacher can issue, with " answering questions " button in instantaneous operating conditions key group 12-3-1 on call answerer 103, all students to the class oneself being responsible for teaching, sign on of answering questions by pressing the teacher oneself used.At this moment, corresponding student shows by the teaching job state of this teacher of representative on call answerer 101 and calls the luminance of the button 12 in key group 12-1-4 and is shown as applying for the state of answering questions, the most shown in green；The student that is shown as herein shows by the remote object state of call answerer 101.Now, if certain student that this teacher is responsible for imparting knowledge to students needs to look for this teacher to answer questions, the student oneself used can be pressed show by the teaching job state on call answerer 101 and call the button 12 representing this teacher in key group 12-1-4, answer questions application to this teacher proposition；The remote call-in that input is student's call answerer 101 input herein.This teacher operates teacher with the teacher interface in two computer on line 72, the approval making this application of answering questions is answerred questions or refuses instruction of answering questions, the student that this operating result is then used by this student shows by the luminance of the button 12 representing this teacher on call answerer 101, such as blue representative is ratified, and this student just can go to answer questions at this teacher now；Yellow represents refusal, and this student the most temporarily can not go to answer questions at this teacher；The student that is shown as herein shows with the long-range response of call answerer 101.

When certain teacher need to call oneself taught certain student to carry out at oneself to answer questions or inquire its study situation time, can be by operating the teacher oneself used with the teacher interface in two computer on line 72, send call instruction that this student is answerred questions, this operating result can be shown and call the luminance of the button 12 in key group 12-1-4 and show by student that this student uses by the teaching job state of this teacher of representative on call answerer 101, for example, red flashing state；The student that is shown as herein shows with the remote call-in of call answerer 101.This observation of students, to after this signal, can press this redness flashing button 12, has been received by information to this teacher feedback calling, then goes to answer questions at this teacher；The long-range response that input is student's call answerer 101 input herein.So, this teacher need not classroom and goes for this student, can save the instructional blocks of time of preciousness.

Above-mentioned flow process of answering questions, the first-line staff being similar in embodiment 21 reports the work to support personnel's application and support personnel call its subordinate first-line staff to the flow process reported the work at oneself place.Both differences are: should be in use-case, teacher is sent to student's information with call answerer 101, one is to be generated with the teacher interface of two computer on line 72 by operation teacher, two is to be generated with call answerer 103 by operation teacher, the former passes sequentially through corresponding switch, classroom arrives student with call answerer 101 with two computer on line 71 and usb hub 23, the latter also needs to first pass through teacher with two computer on line 72, pass sequentially through corresponding switch again, classroom arrives student with call answerer 101 with two computer on line 71 and usb hub 23.Student is sent to the information of teacher by student with call answerer 101, it is then to pass sequentially through usb hub 23, classroom with two computer on line 71, corresponding switch and teacher with after two computer on line 72, then by teacher by teacher's interface display of two computer on line 72 out.

In order to not disturb student to learn normally, the student of the present embodiment is typically the most luminous and invalid with the button 12 on call answerer 101, only just luminous when this button 12 needs to use use with prompting student, the instantaneous operating conditions of teacher in addition to the busy and calling three kinds of duties of student of answering questions, answer questions also be not student with display on call answerer 101.

(embodiment 23-1 To embodiment 23-10 , KTV Or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 23-1 is corresponding with embodiment 1, embodiment 23-2 is corresponding with embodiment 2, until embodiment 23-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 36, the most corresponding difference between call answerer 1 is: in embodiment 23-1 to embodiment 23-10, target display selects the part button in key group 12-1 to use bigger size to highlight the demand item representated by this button, and this mode may be used for the sales promotion to this portion requirements project.

Still see Figure 36, in embodiment 23-1 to embodiment 23-10, each compared with corresponding embodiment, the button 12 of each call answerer 1 is still 24, wherein, target display selects the key number of key group 12-1 to be still 20, and the key number of function key group 12-2 is still 4.In all 24 buttons 12, the character on a part of button 12 has certain change.Target display selects the demand item represented by character on 20 buttons of key group 12-1, for being suitable for the food or the title of beverage that use in KTV or other place, namely food product title (also having quantity after the food product title having) is followed successively by: Carlsberg half-dozen, Heineken half-dozen, Budweiser half-dozen, Teing Tao Beer half-dozen, Harbin half-dozen, Carlsberg a dozen, Heineken a dozen, Budweiser a dozen, Teing Tao Beer a dozen, Harbin a dozen, Hennessy X.O., blue zone Martell, Remy Martin VSOP, Ballantine's whiskey, BAILEYS GREAM, puffed rice, French fries, big fruit tray, middle fruit tray and little fruit tray.The title of the functional item represented by character on 4 buttons of function key group 12-2 remains successively and purchases by group, subscribes, cancels and confirm.Embodiment 23-1 to the target display of the call answerer 1 in embodiment 23-10 selects the overall dimensions overall dimensions more than other button 12 of 5 buttons indicating the demand items such as Hennessy X.O., blue zone Martell, Remy Martin VSOP, Ballantine's whiskey, BAILEYS GREAM in key group 12-1.

Specifically, for embodiment 23-1 to embodiment 23-4 and embodiment 23-9, upper cover 11-1 in Fig. 1 is replaced by the keycap of the upper cover 11-1 shown in Figure 36 and each button 12 with the keycap of each button 12, and (identical keycap can be changed without, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 23-5 to embodiment 23-8 and embodiment 23-10, the keycap of the upper cover 11-1 in Fig. 1 a and each button 12 being replaced by the upper cover 11-1 shown in Figure 36 and the keycap of each button 12, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 23-1 and the KTV of embodiment 23-2 or other place KTV of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 23-3 to embodiment 23-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 23-1 to application examples 23-10, KTV or other place work process of Interactive Call answering system)

Application examples 23-1 is the application examples of the work process of the system of embodiment 23-1, and application examples 23-2 is the application examples of the work process of the system of embodiment 23-2, until application examples 23-10 is the application examples of the work process of the system of embodiment 23-10；Application examples 23-1 is corresponding with application examples 1, and application examples 23-2 is corresponding with application examples 2, until application examples 23-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 23-1 to application examples 23-4 and application examples 23-9, when design, the keycap of the upper cover 11-1 shown in Figure 36 and each button 12 replaces the upper cover 11-1 shown in Fig. 1 and the keycap of each button 12, and remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 23-5 to application examples 23-8 and application examples 23-10, when design, the keycap of the upper cover 11-1 shown in Figure 36 and each button 12 replaces the upper cover 11-1 shown in Fig. 1 a and the keycap of each button 12, and remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 24-1 To embodiment 24-10 , KTV Or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 24-1 is corresponding with embodiment 23-1, embodiment 24-2 is corresponding with embodiment 23-2, until embodiment 24-10 is corresponding with embodiment 23-10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is essentially identical.

See Figure 37, difference between corresponding call answerer 1 is: in embodiment 24-1 to embodiment 24-10, target display selects the part button in key group 12-1 to use the mode setting up demand item picture on button to highlight the demand item representated by this button, and this mode may be used for the sales promotion to this portion requirements project.

Still see Figure 37, in embodiment 24-1 to embodiment 24-10, each compared with corresponding embodiment, the button 12 of each call answerer 1 is still 24, wherein, target display selects the key number of key group 12-1 to be still 20, and the key number of function key group 12-2 is still 4.In all 24 buttons 12, the character on button 12 is not changed in.Embodiment 24-1 selects to be additionally arranged on 5 buttons indicating the demand items such as Hennessy X.O., blue zone Martell, Remy Martin VSOP, Ballantine's whiskey, BAILEYS GREAM in key group 12-1 the picture of corresponding demand item to the target display of the call answerer 1 in embodiment 24-10.

For embodiment 24-1 to embodiment 24-10, with each button 12 above-mentioned shown in Figure 37 replace each button 12 shown in Figure 36 can (both identical then need not replace), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 24-1 and the KTV of embodiment 24-2 or other place KTV of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 24-3 to embodiment 24-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 24-1 to application examples 24-10, KTV or other place work process of Interactive Call answering system)

Application examples 24-1 is the application examples of the work process of the system of embodiment 24-1, and application examples 24-2 is the application examples of the work process of the system of embodiment 24-2, until application examples 24-10 is the application examples of the work process of the system of embodiment 24-10；Application examples 24-1 is corresponding with application examples 23-1, and application examples 24-2 is corresponding with application examples 23-2, until application examples 24-10 is corresponding with application examples 23-10.

Between mutually corresponding application examples, with each button 12 above-mentioned shown in Figure 37 replace each button 12 shown in Figure 36 can (both identical then need not replace), remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most identical.

(embodiment 25-1 To embodiment 25-10 , Internet bar or other place Interactive Call answering system and keyboard-type call answerer thereof)

Embodiment 25-1 is corresponding with embodiment 1, embodiment 25-2 is corresponding with embodiment 2, until embodiment 25-10 is corresponding with embodiment 10, the most corresponding keyboard-type call answerer (referred to as call answerer 1) in embodiment is also the most corresponding, and the structure of the most corresponding call answerer 1 is almost identical.

See Figure 38, in embodiment 25-1 to embodiment 25-10, each compared with corresponding embodiment, the button 12 of each call answerer 1 is still 24, wherein, target display selects the key number of key group 12-1 to be still 20, and the key number of function key group 12-2 is still 4.In all 24 buttons 12, the character on a part of button 12 has certain change.Difference between corresponding call answerer 1 is: in embodiment 1 to embodiment 10, the target display of call answerer 1 selects 5 buttons being labeled with fish-flavoured shredded pork, Spicy diced chicken with peanuts, Curried chicken, Fructus Lycopersici esculenti egg and red-cooked eggplant in key group 12-1, user investigation key group 12-1-8 it is used as in embodiment 25-1 to embodiment 25-10, specifically being denoted as: room temperature is poor, poor hygienic, service is poor, equipment is poor, attitude is poor, the display of remaining target selects the character mark on 15 buttons in key group 12-1 constant.The title of the functional item represented by character on 4 buttons of function key group 12-2 remains successively and purchases by group, subscribes, cancels and confirm.5 kinds of feedback opinions that target is 5 kinds of options, specifically user that 5 buttons in user investigation key group 12-1-8 indicate respectively.

The data record that the message information of the button in consumer's pressing user investigation key group 12-1-8 is changed into, can be stored in data base relevant to two wires software in two computer on line 7, inquire about for Internet bar management personnel, beneficially management personnel's improvement targetedly；The remote visiting system that input is call answerer 1 input herein.

For embodiment 25-1 to embodiment 25-4 and embodiment 25-9, replace with the character on each button 12 above-mentioned shown in Figure 38 that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.For embodiment 25-5 to embodiment 25-8 and embodiment 25-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 38, remaining accompanying drawing all uses the accompanying drawing in corresponding embodiment.

Embodiment 25-1 and the Internet bar of embodiment 25-2 or other place Internet bar of Interactive Call answering system (referred to as LAN system or referred to as system) and embodiment 25-3 to embodiment 25-10 or other place Interactive Call answering system (referred to as separate unit system or referred to as system), each compared with the corresponding system of corresponding embodiment, in addition to above-mentioned difference, the remainder of the most corresponding system between embodiment is the most identical.

(application examples 25-1 to application examples 25-10, Internet bar or other place work process of Interactive Call answering system)

Application examples 25-1 is the application examples of the work process of the system of embodiment 25-1, and application examples 25-2 is the application examples of the work process of the system of embodiment 25-2, until application examples 25-10 is the application examples of the work process of the system of embodiment 25-10；Application examples 25-1 is corresponding with application examples 1, and application examples 25-2 is corresponding with application examples 2, until application examples 25-10 is corresponding with application examples 10.

Between the most corresponding application examples, for application examples 25-1 to application examples 25-4 and application examples 25-9, replace with the character on each button 12 above-mentioned shown in Figure 38 that the character on each button 12 shown in Fig. 1 can (both replace at identical then need not, lower same), remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.For application examples 25-5 to application examples 25-8 and application examples 25-10, replacing the character on each button 12 shown in Fig. 1 a with the character on each button 12 above-mentioned shown in Figure 38, remaining accompanying drawing all uses the accompanying drawing in corresponding application examples.Between the most corresponding application examples, the work process of system is in addition to above-mentioned difference, and remainder is the most essentially identical.Difference is: in each relevant step, order and be changed to order or feedback, put food product is changed to put food product or institute's feedback, confirmation of ordering changes order confirmation or feedback acknowledgment into, food delivery changes food delivery into or links up face to face, having ordered and changed into having ordered or having fed back having linked up face to face, refusal of ordering changes order refusal or feedback record into.

(embodiment 26 , movie theatre Interactive Call answering system and keyboard-type call answerer thereof)

See Fig. 1 a to Fig. 3 (namely Fig. 1 a, Fig. 2 and Fig. 3), and see Fig. 7 a to Fig. 7 h, Figure 13 c and Figure 39, the structure of the keyboard-type call answerer 1 of the present embodiment is essentially identical with the call answerer 1 in embodiment 10, remain a kind of ZIGBEE wireless device, and the external signal transmitting and receiving parts of call answerer 1 remain as ZIGBEE module, thus the call answerer 1 of the present embodiment remains as the call answerer of ZIGBEE wireless type, and the call answerer 1 of the present embodiment is a kind of ZIGBEE wireless type conductive film type call answerer for movie theatre, thus the call answerer 1 of the present embodiment can be also simply referred to as movie theatre ZIGBEE wireless type call answerer, or still it is referred to as call answerer 1.

See Figure 39, the call answerer 1 of the present embodiment is with the difference of the call answerer of embodiment 10: the target display of call answerer 1 selects the character on each button 12 of key group 12-1, its content is suitable for using at movie theatre, is specifically suitable for movie theatre viewing investigation.

Still seeing Figure 39, the number of the button 12 of call answerer 1 remains as 24, and wherein, target display selects the key number of key group 12-1 to be 22, and the key number of function key group 12-2 is 2.

Still seeing Figure 39, the target display of call answerer 1 selects the button of key group 12-1 to be viewing investigation key group 12-1-9.Viewing investigation key group 12-1-9 22 buttons 12 on character successively: 5 points of film, 4 points of film, 3 points of film, 2 points of film, 1 point of film, the story of a play or opera 5 points, the story of a play or opera 4 points, the story of a play or opera 3 points, the story of a play or opera 2 points, the story of a play or opera 1 point, performer 5 points, performer 4 points, performer 3 points, performer 2 points, performer 1 point, 5 points of picture, 4 points of picture, 3 points of picture, 2 points of picture, 1 point of picture, recommend and do not recommend.Function key group 12-2 includes cancelling and confirming 2 buttons.22 kinds that target is 22 kinds of options, the specifically user evaluations that 22 buttons in viewing investigation key group 12-1-9 indicate respectively.

In actual use, the quantity of button contained by above-mentioned each key group can be adjusted according to specifically used situation.

Seeing Figure 13 c, in the present embodiment, the quantity of ZIGBEE wireless base station is 3 to 25, and the quantity of ZIGBEE wireless type call answerer 1 is 20 to 5000, each wireless base station 26 and the wireless connections of 6 to 200 call answerers 1.

Still seeing Figure 13 c, the separate unit system of the present embodiment mainly includes multiple (20 to 5000) above-mentioned call answerer 1, quantity wireless base station 26, the switch 4 corresponding with the quantity of call answerer 1 and two computer on line 7.Each call answerer 1 connects with corresponding wireless base station 26 by the way of ZIGBEE radio communication, each wireless base station 26 is connected electrically on switch 4 by wired mode, switch 4 is electrically connected by wired mode and two computer on line 7, thus constitute the separate unit system of the present embodiment, namely the separate unit system of the present embodiment is a kind of comprehensive Interactive Call response separate unit system with ZIGBEE wireless type conductive film type call answerer for viewing investigation.Namely the comprehensive Interactive Call response separate unit system with ZIGBEE wireless type conductive film type call answerer that the separate unit system of the present embodiment is movie theatre, referred to as movie theatre separate unit system, or still it is referred to as separate unit system, or still it is referred to as system.Described comprehensive interactive mode refers to the connected mode between the hardware in system, has plenty of wired connection mode, has plenty of radio connection.In the system of the present embodiment, the connected mode between call answerer 1 and access using one cable equipment is radio connection, and remaining connected mode between hardware is wired connection mode.ZIGBEE wireless base station in the present embodiment can select Jin Shiju Science and Technology Ltd. to produce, and model is the ZIGBEE of IK800ZW Wireless base station.

Existing ZIGBEE communication technology, a ZIGBEE wireless base station, can communicate with multiple ZIGBEE wireless type call answerers 1.The system of the present embodiment can distinguish different ZIGBEE call answerers 1 by each unique device address of ZIGBEE call answerer 1 (namely ZIGBEE device mac address), and then confirms called person or calling position.

The ZIGBEE call answerer 1 of each tool ZIGBEE wireless connecting function is equipped with battery case or external power supply input port.

ZIGBEE call answerer 1 and ZIGBEE wireless base station 26 is carried out relative set can intercommunication connect after, and after installing and run the corresponding software matched with each of which in two computer on line 7 and call answerer 1 and carrying out corresponding setting, this separate unit system can normally work.Wherein, with the mutual receiving and transmitting signal of ZIGBEE communication between call answerer 1 and access using one cable equipment.

Electronic circuit in the present embodiment, can be designed according to disclosed technical data according to actual operation requirements by the those of ordinary skill of the industry.In the separate unit systematic difference of the present embodiment, with the lumination of light emitting diode control software of two wires software, the control software of main control microprocessor 18-1 and light emitting control integrated circuit 18-2 that two computer on line 7 of the present embodiment are used in combination, all active computer and mcu programming language can be used by the those of ordinary skill of the industry according to current computer protocol establishment according to actual operation requirements.

(application examples 26, the movie theatre work process of separate unit system)

See Figure 40, Fig. 1 a to Fig. 3 (namely Fig. 1 a, Fig. 2 and Fig. 3), and see Fig. 7 a to Fig. 7 h, Figure 13 c and Figure 39, should use-case be a kind of work process of movie theatre viewing survey section of movie theatre separate unit system of embodiment 26, the key step of this work process be as follows:

Step 10: start.Two computer on line 7 have been switched on and have run two wires software, ZIGBEE wireless base station 26 in each Movie House must have been established machine by cable and run, all ZIGBEE wireless type call answerers 1 are obtained electric by its battery case or external power supply input port, thus respective main control microprocessor 18-1 starts and controls software, and respective light emitting control integrated circuit 18-2 starts lumination of light emitting diode and controls software.

Step 20: two computer on line send viewing investigation sign on.When certain film projection draws to an end, movie theatre service personal can operate movie theatre two computer on line 7 or two computer on line 7 and send viewing investigation sign on respectively according to the main control microprocessor 18-1 that the time in advance sets the call answerer 1 all corresponding with this ZIGBEE wireless base station 26 in this Movie House of the ZIGBEE wireless base station 26 automatically by the Movie House playing this film.The detailed process of the main control microprocessor 18-1 instruction that two computer on line 7 are sent to each call answerer 1 is: two computer on line 7 are according to ICP/IP protocol, viewing investigation is started packet, the ZIGBEE wireless base station 26 of corresponding Movie House it is sent to by switch 4, ZIGBEE wireless base station 26 receives and parses through this packet, and then generate viewing investigation sign on and by the way of ZIGBEE radio communication, be sent respectively in this Movie House all of ZIGBEE wireless type call answerer 1 corresponding thereto, ZIGBEE wireless communication module in each ZIGBEE wireless type call answerer 1 receives the instruction of this wireless signal, and this instruction is sent to main control microprocessor 18-1 by I/O port.

Step 30: call answerer 1 becomes enabling state.The main control microprocessor 18-1 of each call answerer 1, the viewing investigation sign on received according to step 20, generate the light emitting control instruction that light emitting diode 17 is controlled, and be sent to light emitting control integrated circuit 18-2 by SPI communication bus port.Light emitting control integrated circuit 18-2, after receiving, by SPI port, the LED lighting control instruction that light emitting diode 17 is controlled that main control microprocessor 18-1 sends, generate corresponding lumination of light emitting diode control signal, control the output level of its LR1 to LR8 and LC1 to LC9 port.ZIGBEE call answerer 1 is under this output level controls, and by the driving of drive circuit, controls the luminescence of corresponding LED illuminator and its luminance, thus controls printing opacity color and the light transmission state of respective keys keycap backlight.Now, the light emitting diode 17 in ZIGBEE call answerer 1 is lighted, and such as, all buttons are shown in green, in order to spectators can use in the environment that movie theatre is dark；Herein be shown as should use-case call answerer 1 remotely actively display in dbjective state show.Specifically, it is to show that 22 buttons that the viewing of call answerer 1 is investigated in key group 12-1-9 are the state that can carry out remote visiting system.Main control microprocessor 18-1 is after sending LED lighting control instruction to light emitting control integrated circuit 18-2, it is constantly in and continually scans for C1 to C3 port and whether R1 to R8 port has the state of Continuity signal, namely the main control microprocessor 18-1 of call answerer 1 is in the state of the pressing signal detecting whether call answerer button, thus represent that call answerer 1 is also at waiting the state of survey result input.

Step 40: spectators can experience according to the actual viewing of oneself, presses corresponding scoring button and the recommendation investigating with the viewing of oneself corresponding call answerer 1 in key group 12-1-9 or does not recommend button.Main control microprocessor 18-1 scans these pressing signals, generate the LED lighting control instruction accordingly light emitting diode 17 being controlled, and then by light emitting control integrated circuit 18-2, the printing opacity color controlling these buttons being pressed becomes the state that is chosen, such as, shown in red.In the mark key of four groups 1 to 5 point, often group only one of which button can be selected, namely often organizes in 515 buttons assigning to 5 points, and the button that only spectators press for the last time just can be in selected state.Recommending or do not recommend the only one of which button in button can be selected, namely recommend or do not recommend in 2 buttons, the button that only spectators press for the last time just can be in selected state.

Step 50: call answerer sends survey result to two computer on line.nullWhen spectators press acknowledgement key，Main control microprocessor 18-1 generation includes the viewing investigation message of the keypad numerals code of all buttons being in selected state in viewing investigation key group 12-1-9 and the ZIGBEE device mac address information of this call answerer 1，And by this message by I/O port，It is sent to the ZIGBEE wireless communication module that ZIGBEE wireless type call answerer 1 is built-in，ZIGBEE module is wirelessly transmitted to ZIGBEE wireless base station 26 corresponding thereto by ZIGBEE，ZIGBEE wireless base station 26 generates viewing survey data bag (wherein including the ZIGBEE device mac address of this call answerer 1) according to this message，It is sent to switch 4 according to ICP/IP protocol，And then send the packet to two computer on line 7 by switch 4；Herein input for should use-case call answerer 1 remote visiting system input.

Step 60: two wires computer recording survey result.Two computer on line 7 receive and parse through and process the viewing survey data bag that each ZIGBEE wireless type call answerer 1 is generated and sent by ZIGBEE wireless base station 26, and then form corresponding data record, it is stored in data base relevant with two wires software in two computer on line 7, for movie theatre, management personnel inquire about, be conducive to movie theatre to feed back spectators' suggestion in time to film making side, and instruct the adjustment work of each portion motion picture projection waiting in time.If society is announced by these data, these are closer to practical situation and film evaluating data timely, it is also possible to allow consumer preferably carry out reference before booking.

Step 70: two computer on line send viewing investigation END instruction.After investigation carries out a period of time, such as after 5 minutes, movie theatre service personal can operate movie theatre two computer on line 7 or two computer on line 7 and send viewing investigation END instruction according to time setting in advance respectively automatically by above-mentioned ZIGBEE wireless base station 26 main control microprocessor 18-1 of whole call answerers 1 in this Movie House.The detailed process of the main control microprocessor 18-1 instruction that two computer on line 7 are sent to each call answerer 1 is: two computer on line 7 are according to ICP/IP protocol, end data packet is investigated in viewing, the ZIGBEE wireless base station 26 of corresponding Movie House it is sent to by switch 4, ZIGBEE wireless base station 26 receives and parses through this packet, and then generate viewing investigation END instruction and by the way of ZIGBEE radio communication, be respectively issued to connected all of call answerer 1, ZIGBEE wireless communication module in ZIGBEE wireless type call answerer 1 receives the instruction of this wireless signal, and this instruction is sent to main control microprocessor 18-1 by I/O port.

Step 80: call answerer becomes resting state.Main control microprocessor 18-1, the viewing investigation END instruction received according to step 70, generate the light emitting control instruction that light emitting diode 17 is controlled, and be sent to light emitting control integrated circuit 18-2 by SPI communication bus port.Light emitting control integrated circuit 18-2, after receiving, by SPI port, the LED lighting control instruction that light emitting diode 17 is controlled that main control microprocessor 18-1 sends, generate corresponding lumination of light emitting diode control signal, control the output level of its LR1 to LR8 and LC1 to LC9 port.ZIGBEE call answerer 1 is under this output level controls, and by the driving of drive circuit, controls the luminescence of corresponding LED illuminator and its luminance, thus controls printing opacity color and the light transmission state of respective keys keycap backlight.Now, the whole light emitting diodes 17 in ZIGBEE call answerer 1 extinguish, so that ZIGBEE call answerer 1 enters resting state；Herein be shown as should use-case call answerer 1 remotely actively display in dbjective state show.Specifically, it is to show that 22 buttons that the viewing of call answerer 1 is investigated in key group 12-1-9 are the state that cannot carry out remote visiting system.

Step 90: terminate.

Pressing should the button 12 of ZIGBEE call answerer 1 of use-case, and then generate message, and the signal light control of ZIGBEE wireless type call answerer 1 of use-case should instruct each step operation principle generating, transmitting, perform, consistent with application examples 10.

Further, by ZIGBEE device mac address contained in above-mentioned viewing survey data bag, the concrete seat number in Movie House can be corresponded to, if and the film ticket of this seat number spectators during ticketing employ the member card of this movie theatre, then can correspond to movie theatre member card card number further by the ticket sale system of movie theatre.Movie theatre such that it is able to provide certain to reward for making the spectators of viewing evaluation, such as, gives a number of member's integration, to promote the activity of spectators' the value of participation film review valency.

Obviously, above-described embodiment is only for clearly demonstrating example of the present invention, and is not the restriction to embodiments of the present invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here without also cannot all of embodiment be given exhaustive.And the aobvious and easy change that these spirit belonging to the present invention are extended out or variation still in protection scope of the present invention among.

Claims (17)

1. a keyboard-type call answerer, it is characterised in that: described keyboard-type call answerer (1) is an independent hardware device, or a part of the keyboard of personal computer, or a part of the keyboard of other computer；Described keyboard-type call answerer (1) mainly includes upper cover (11-1), lower cover (11-2), button set (120), pressing signal generating apparatus and circuit arrangement；Circuit arrangement mainly includes that circuit board (15), external signal transmitting and receiving parts, dot matrix LEDs circuit and keyboard control integrated circuit (18)；Upper cover (11-1) and lower cover (11-2) are fixed together and constitute shell, and lower cover (11-2), circuit board (15), upper cover (11-1) and button set (120) set gradually according to order from bottom to up；Button set (120) has 5 to 60 buttons (12), and each button (12) is arranged on upper cover (11-1)；Pressing signal generating apparatus, circuit board (15), dot matrix LEDs circuit and integrated circuit are respectively positioned in shell；The lower end part of each button (12) contacts or corresponding to the corresponding pressing signal signal generating unit being positioned at lower section of pressing signal generating apparatus；Dot matrix LEDs main circuit light emitting diode to be included (17)；Dot matrix LEDs circuit and keyboard control integrated circuit (18) and are arranged on circuit board (15)；The pressing signal input part that the pressing signal output part of pressing signal generating apparatus controls integrated circuit (18) with keyboard electrically connects；Keyboard controls the COM1 of integrated circuit (18) and electrically connects with the COM1 of external signal transmitting and receiving parts；Controlling whether integrated circuit (18) has driving function according to keyboard, keyboard electrically connects with the input of dot matrix LEDs circuit or control end with the corresponding port of outfan controlling integrated circuit (18)；The keycap of each button (12) is provided with the symbol representing relevant with call answering activity, including being used for representing mesh aiming symbol；The target display being provided with all buttons (12) composition button set (120) representing mesh aiming symbol selects key group (12-1)；Target display selects the button (12) of key group (12-1) to have 2 or more than 2, and target display selects the lower section of the keycap of each button (12) of key group (12-1) to be equipped with a light emitting diode (17) solely belonging to this button (12)；Described keyboard-type call answerer (1) in use has remote input function and remotely shows function；

The remote input of described keyboard-type call answerer (1), refers to that the object of its remote input is remote computer；Described long-range display, refers to that the equipment that sends of its remotely initial control signal of display carried out is remote computer；The remotely display of described keyboard-type call answerer (1) includes the most actively display, or includes that the most actively display and long-range response show, described the most actively display includes that dbjective state shows；Described remote input includes that Remote Selection inputs, and the input of described Remote Selection includes that remote call-in inputs, or includes that remote visiting system inputs, or includes that remote call-in input and remote visiting system input；

With step 2. 1. the work process of keyboard-type call answerer (1) have the steps, or have the steps 1., step 2. with step 3.；

1. described step is that dbjective state shows: target display selects the light emitting diode (17) belonging to each button (12) of key group (12-1) under the control of remote computer, represent the state of a target corresponding with this button (12) with corresponding luminance, described state includes to carry out remote call-in or can carrying out the state of remote visiting system；

2. described step is Remote Selection input: selectively pressing step 1. in expression be in and can carry out remote call-in, or it is in the button (12) of the target of the state that can carry out remote visiting system, or 2 to 5 buttons (12) of pressing and be in can carry out remote call-in including the most at least 1 expression of pressing in a joint manner, or it is in the button (12) of the target of the state that can carry out remote visiting system, and to remote computer, the relevant requirement to respective objects or request are proposed, namely remote call-in input, or submit the relevant option to respective objects to remote computer, namely remote visiting system input；

3. described step is that long-range response shows: under the control of remote computer so that described light emitting diode (17) represents the corresponding response that the relevant requirement 2. proposed step or request are carried out with corresponding luminance.

Keyboard-type call answerer the most according to claim 1, it is characterized in that: the most actively display of described keyboard-type call answerer (1), including being positioned at light emitting diode (17) luminance in use that target display selects each button (12) place of key group (12-1), the remote computer that can be received by external signal transmitting and receiving parts initiates the control signal sent and is controlled with active form；

The long-range response of described keyboard-type call answerer (1) shows, initiates, with response form, the control signal sent be controlled including being positioned at the remote computer that target display selects light emitting diode (17) luminance in use at each button (12) place of key group (12-1) can be received by external signal transmitting and receiving parts；

The Remote Selection input of described keyboard-type call answerer (1), selecting a certain button (12) in key group (12-1) including pressing target display the most selectively or press 2 to 5 buttons (12) in a joint manner and select a certain button (12) in key group (12-1) including pressing target display selectively, the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

Keyboard-type call answerer the most according to claim 1, it is characterised in that: described button set (120) has 10 to 55 buttons (12)；The symbol that expression set on the keycap of button (12) is relevant with call answering activity, also includes for representing the symbol that the call answering activity to a certain form confirms；It is provided with the expression function key group (12-2) to each button (12) composition button set (120) of the symbol that the call answering activity of a certain form confirms.

Keyboard-type call answerer the most according to claim 3, it is characterized in that: the most actively display of described keyboard-type call answerer (1), including being positioned at light emitting diode (17) luminance in use that target display selects each button (12) place of key group (12-1), the remote computer that can be received by external signal transmitting and receiving parts initiates the control signal sent and is controlled with active form；

The long-range response of described keyboard-type call answerer (1) shows, initiates, with response form, the control signal sent be controlled including being positioned at the remote computer that target display selects light emitting diode (17) luminance in use at each button (12) place of key group (12-1) can be received by external signal transmitting and receiving parts；

The Remote Selection input of described keyboard-type call answerer (1), the a certain button (12) in key group (12-1) is selected including pressing target display the most selectively, or press 2 to 5 buttons (12) in a joint manner and select a certain button (12) in key group (12-1) including pressing target display selectively, and the most also include 1 to 2 button (12) of pressing function key group (12-2), the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

Keyboard-type call answerer the most according to claim 3, it is characterised in that: the symbol that expression set on the keycap of the button (12) of described button set (120) is relevant with call answering activity, also include the symbol for representing oneself state；The oneself state of each button (12) composition button set (120) being provided with the symbol representing oneself state selects key group (12-3).

Keyboard-type call answerer the most according to claim 5, it is characterized in that: the most actively display of described keyboard-type call answerer (1), including being positioned at light emitting diode (17) luminance in use that target display selects each button (12) place of key group (12-1), the remote computer that can be received by external signal transmitting and receiving parts initiates the control signal sent and is controlled with active form；

The long-range response of described keyboard-type call answerer (1) shows, initiates, with response form, the control signal sent be controlled including being positioned at the remote computer that target display selects light emitting diode (17) luminance in use at each button (12) place of key group (12-1) can be received by external signal transmitting and receiving parts；

The Remote Selection input of described keyboard-type call answerer (1), the a certain button (12) in key group (12-1) is selected including pressing target display the most selectively, or press 2 to 5 buttons (12) in a joint manner and select a certain button (12) in key group (12-1) including pressing target display selectively, and the most also include 1 to 2 button (12) in pressing function key group (12-2), the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts；

The Remote Selection input of described keyboard-type call answerer (1), press oneself state selectively in also including using and select a certain button (12) in key group (12-3), or press 2 to 5 buttons (12) in a joint manner and select a certain button (12) in key group (12-3) including pressing oneself state selectively, and the most also include 1 to 2 button (12) of pressing function key group (12-2), the corresponding key press signal generated or the infomational message generated further according to this pressing signal can be sent to remote computer by external signal transmitting and receiving parts.

7. according to the keyboard-type call answerer one of claim 1 to 6 Suo Shu, it is characterized in that: the display of the target of button set (120) select the keycap of the button (12) of key group (12-1) be transparent material spray paint laser engraving keycap and laser engraving position therein is the transparent position representing symbol, or double-shot moulding keycap and therein double-colored in of the same colour be the symbol of transparent color；When button set (120) also includes that oneself state selects key group (12-3), oneself state select the keycap of button (12) of key group (12-3) be transparent material spray paint laser engraving keycap and laser engraving position therein is the transparent position representing symbol, or double-shot moulding keycap and therein double-colored in of the same colour be the symbol of transparent color.

8. according to the keyboard-type call answerer one of claim 1 to 6 Suo Shu, it is characterised in that: described light emitting diode (17) is Tricolor LED；Described pressing signal generating apparatus is made up of silica gel elastic body (13) and conductive film assembly (14)；According to order from bottom to up, lower cover (11-2), conductive film assembly (14), silica gel elastic body (13), circuit board (15) and upper cover (11-1) set gradually；Each protuberance (13-1) of silica gel elastic body (13) upwards exposes hole from corresponding the passing through of circuit board (15), and the upper-end part of driving of each protuberance (13-1) contacts with the lower end part of a corresponding button (12), the surface of corresponding a pair upper and lower contact being positioned at conductive film assembly (14) by compression leg (13-2) of each protuberance (13-1), namely described call answerer (1) is conductive film type call answerer.

9. according to the keyboard-type call answerer one of claim 1 to 6 Suo Shu, it is characterised in that: described light emitting diode (17) is Tricolor LED；Described pressing signal generating apparatus is mechanical switch (19)；The upper-end part of driving of each mechanical switch (19) is keycap connecting portion (19-1), and keycap connecting portion (19-1) is positioned at the surface of switch contact, and can move up and down relative to the shell of mechanical switch (19)；According to order from bottom to up, lower cover (11-2), circuit board (15) and upper cover (11-1) set gradually；Each mechanical switch (19) is arranged on circuit board (15) and is positioned at the top of circuit board (15), and the keycap connecting portion (19-1) of each mechanical switch (19) links together with the lower end part compression type of button (12), namely described call answerer (1) is mechanical switch-type call answerer.

null10. according to the keyboard-type call answerer one of claim 1 to 6 Suo Shu，It is characterized in that: described external signal transmitting and receiving parts are USB connecting line (16)、So that call answerer (1) becomes wired call answerer，Or described external signal transmitting and receiving parts are built-in 2.4G wireless communication module、Bluetooth communication、WIFI communication module、Or ZIGBEE communication module、So that call answerer (1) becomes wireless type call answerer，Wherein，When external signal transmitting and receiving parts are built-in 2.4G wireless communication module、Call answerer (1) is 2.4G wireless type call answerer，When external signal transmitting and receiving parts are bluetooth communication、Call answerer (1) is bluetooth wireless type call answerer，When external signal transmitting and receiving parts are WIFI communication module、Call answerer (1) is WIFI wireless type call answerer，When external signal transmitting and receiving parts are ZIGBEE communication module、Call answerer (1) is ZIGBEE wireless type call answerer.

11. 1 kinds of Interactive Call answering systems, this system is LAN system, has a computer on line (20), convergence switch (41), core switch (42), server (6), two computer on line (7) and router (8)；An each computer on line (20) is electrically connected with corresponding convergence switch (41) by netting twine (3), each convergence switch (41) electrically connects with core switch (42), core switch (42) electrically connects with two computer on line (7), router (8) and each station server (6) respectively, and router (8) is provided with the port being connected with wide area network；It is characterized in that:

Also there is the keyboard-type call answerer (1) that one of access using one cable equipment and claim 1 to 9 are described；The quantity of described call answerer (1) has multiple stage, described call answerer (1) is wired call answerer, its external signal transmitting and receiving parts are USB connecting line (16), and each call answerer (1) electrically connects with a corresponding computer on line (20)；The quantity of one computer on line (20) is identical with the quantity of call answerer (1)；One computer on line (20) has been held concurrently the effect of access using one cable equipment；Described two computer on line (7) are remote computer；

The remote input of described call answerer (1) includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button (12) selectively after, a corresponding computer on line (20), corresponding convergence switch (41) and core switch (42) can be passed sequentially through, and input information to two computer on line (7)；The remotely display of described call answerer (1) includes the most actively display, or includes that the most actively display and long-range response show；Described the most actively display is that the luminance of light emitting diode (17) relevant in it uses can be initiateed, with active form, the control signal sent by two computer on line (7) and is controlled；Described long-range response shows, is that the luminance of relevant light emitting diode (17) can be initiateed, with response form, the control signal sent by two computer on line (7) and is controlled in it uses；Described is initiateed, by two computer on line (7), the control signal sent, and passes sequentially through core switch (42), corresponding convergence switch (41) and a corresponding computer on line (20) and is sent to call answerer (1).

12. 1 kinds of Interactive Call answering systems, this system is separate unit system, has two computer on line (7)；It is characterized in that:

Also there is the keyboard-type call answerer (1) that one of access using one cable equipment and claim 1 to 9 are described；The quantity of described call answerer (1) has multiple stage, and the quantity of access using one cable equipment is corresponding with the quantity of described call answerer (1), and call answerer (1) and a corresponding access using one cable equipment wired connection or in use wireless connections；Each access using one cable equipment directly electrically connects with two computer on line (7), or is connected by other network hardware equipment and two computer on line (7)；Described two computer on line (7) are remote computer；

The remote input of described call answerer (1) includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button (12) selectively after, the network hardware equipment including corresponding access using one cable equipment can be passed sequentially through and input information to two computer on line (7)；The remotely display of described call answerer (1) includes the most actively display, or includes that the most actively display and long-range response show；Described the most actively display is that the luminance of light emitting diode (17) relevant in it uses can be initiateed, with active form, the control signal sent by two computer on line (7) and is controlled；Described long-range response shows it is that the luminance of relevant light emitting diode (17) can be initiateed, with response form, the control signal sent by two computer on line (7) and is controlled in it uses；Described is initiateed, by two computer on line (7), the control signal sent, and is sent to call answerer (1) by the corresponding network hardware equipment including corresponding access using one cable equipment；

Described access using one cable equipment is usb hub (23), wired USB device server (24), 2.4G wireless transmitter (21), Bluetooth adapter (27), wireless router (22), wireless USB apparatus server (25) or ZIGBEE wireless base station (26)；

When access using one cable equipment is usb hub (23), each call answerer (1) electrically connects with a corresponding usb hub (23), each usb hub (23) directly electrically connects with two computer on line (7), and call answerer (1) is wired call answerer；

When access using one cable equipment is wired USB device server (24), other network hardware equipment is switch (4), each call answerer (1) electrically connects with a corresponding wired USB device server (24), each wired USB device server (24) electrically connects with switch (4), switch (4) electrically connects with two computer on line (7), and call answerer (1) is wired call answerer；

When access using one cable equipment is 2.4G wireless transmitter (21), other network hardware equipment is usb hub (23), with the wireless connections of a corresponding 2.4G wireless transmitter (21) when each call answerer (1) uses, each 2.4G wireless transmitter (21) electrically connects with corresponding usb hub (23), each usb hub (23) electrically connects with two computer on line (7), and call answerer (1) is 2.4G wireless type call answerer；

When access using one cable equipment is Bluetooth adapter (27), with the wireless connections of a corresponding Bluetooth adapter (27) when each call answerer (1) uses, each Bluetooth adapter (27) electrically connects with two computer on line (7), and call answerer (1) is bluetooth wireless type call answerer；

When access using one cable equipment is wireless router (22), a kind of situation of separate unit system is: with wireless router (22) wireless connections when each call answerer (1) uses, wireless router (22) electrically connects with two computer on line (7), and call answerer (1) is WIFI wireless type call answerer；

When access using one cable equipment is wireless router (22), the another kind of situation of separate unit system is: also have the switch (4) as other network hardware equipment, with the wireless connections of a corresponding wireless router (22) when each call answerer (1) uses, each wireless router (22) electrically connects with switch (4), switch (4) electrically connects with two computer on line (7), and call answerer (1) is WIFI wireless type call answerer；

When access using one cable equipment is wireless USB apparatus server (25), other network hardware equipment is wireless router (22), each call answerer (1) electrically connects with a corresponding wireless USB apparatus server (25), with wireless router (22) wireless connections when each wireless USB apparatus server (25) uses, wireless router (22) electrically connects with two computer on line (7), and call answerer (1) is wired call answerer；

When access using one cable equipment is ZIGBEE wireless base station (26), other network hardware equipment is switch (4), with the wireless connections of a corresponding ZIGBEE wireless base station (26) when each call answerer (1) uses, each ZIGBEE wireless base station (26) electrically connects with switch (4), switch (4) electrically connects with two computer on line (7), and call answerer (1) is ZIGBEE wireless type call answerer.

13. 1 kinds of Interactive Call answering systems, this system is LAN system, has multiple stage one computer on line (20) convergence switch (41) corresponding with the quantity of the quantity of a computer on line (20) and two computer on line (7) with multiple stage two computer on line (7), quantity, core switch (42), 1 to multiple servers (6) and router (8)；An each computer on line (20) and each two computer on line (7) electrically connect with corresponding convergence switch (41) each via netting twine (3), each convergence switch (41) electrically connects with core switch (42), core switch (42) electrically connects with router (8) and each station server (6) respectively, and router (8) is provided with the port being connected with wide area network；It is characterized in that:

Also there are the multiple keyboard-type call answerers (1) described in access using one cable equipment and claim 5 or 6；Described call answerer (1) is wired call answerer, and call answerer (1) includes a line call answerer (301), thus a described line call answerer (301) in use has corresponding remote input function and remotely shows function accordingly；

The symbol that expression set on the keycap of the button (12) of a described line call answerer (301) is relevant with call answering activity, also include not only for representing oneself state, but also for representing the symbol of long-range response, being provided with state and the listening key group (12-4) of each button (12) composition button set (120) of the symbol representing oneself state and long-range response；The symbol that expression set on the keycap of the button (12) of one line call answerer (301) is relevant with call answering activity, also include the symbol for representing remotely arrangement, be provided with remotely arrangement key group (12-5) of each button (12) composition button set (120) of the symbol that expression remotely arranges；The lower section of the keycap of each button (12) of state and listening key group (12-4) is provided with a light emitting diode (17) solely belonging to this button (12)；The lower section remotely arranging the keycap of each button (12) of key group (12-5) is provided with a light emitting diode (17) solely belonging to this button (12)；

A described computer on line (20) has been held concurrently the effect of access using one cable equipment, the quantity of one computer on line (20) is identical with the quantity of a line call answerer (301), and every computer on line (20) electrically connects with a corresponding line call answerer (301)；One in server (6) is remote computer, and this server used as remote computer (6) can be described as remotely with server (61)；Described long-range server (61) is corresponding with an each computer on line (20), thus corresponding with each line call answerer (301), namely is remotely the first remote computer of all line call answerers (301) with server (61)；Described long-range server (61) is also corresponding with each two computer on line (7), each two computer on line (7) is then corresponding with one to a several computer on line (20) by long-range server (61), thus each two computer on line (7) corresponding namely described with to several line call answerers (301) can be as the second remote computer of a line call answerer (301) corresponding thereto；

The remote input of a described line call answerer (301) includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button (12) selectively after, a corresponding computer on line (20), corresponding convergence switch (41) and core switch (42) can be passed sequentially through, and input information to long-range server (61), and and then core switch (42), corresponding convergence switch (41) can also be passed sequentially through by this long-range server (61), and input information to corresponding two computer on line (7)；

The remotely display of a described line call answerer (301) includes remotely active display or includes that the most actively display and long-range response show；Described the most actively display is the luminance of light emitting diode (17) relevant in it uses, and can be initiateed, with active form, the control signal sent by remote computer and be controlled；Described long-range response shows it is the luminance of relevant light emitting diode (17) in it uses, and can be initiateed, with response form, the control signal sent by remote computer and be controlled；Described remote computer is remotely with server (61) or corresponding two computer on line (7)；When the remote computer sending initial control signal is remotely with server (61), this control signal passes sequentially through core switch (42), corresponding convergence switch (41) and a corresponding computer on line (20) and is sent to a line call answerer (301)；When the remote computer sending initial control signal is corresponding two computer on line (7), this control signal passes sequentially through corresponding convergence switch (41) and core switch (42) is sent to remotely with server (61), after remotely recording with server (61), and then pass sequentially through core switch (42), corresponding convergence switch (41) and a corresponding computer on line (20) and be sent to a line call answerer (301).

14. Interactive Call answering systems according to claim 13, it is characterised in that: also there is two wires access device and one to multiple stage three computer on line (73)；Described call answerer (1) also includes multiple two wires call answerer (302), thus described two wires call answerer (302) in use has corresponding remote input function and remotely shows function accordingly；Two computer on line (7) have been held concurrently the effect of two wires access device, and the quantity of two computer on line (7) is identical with the quantity of two wires call answerer (302), and each two wires call answerer (302) electrically connects with corresponding two computer on line (7)；Each three computer on line (73) electrically connects with corresponding convergence switch (41) each via netting twine (3), and corresponding convergence switch (41) electrically connects with core switch (42)；Long-range server (61) is corresponding with each two computer on line (7), thus corresponding with each two wires call answerer (302), namely is remotely the first remote computer of all two wires call answerer (302) with server (61)；Long-range server (61) is also corresponding with each three computer on line (73), each three computer on line (73) is then corresponding with one to several two computer on line (7) by long-range server (61), thus each three computer on line (73) corresponding namely described with to several two wires call answerer (302) can be as the second remote computer of two wires call answerer (302) corresponding thereto；

The symbol that expression set on the keycap of the button (12) of described two wires call answerer (302) is relevant with call answering activity, also include not only for representing oneself state, but also for representing the symbol of long-range response, being provided with state and the listening key group (12-4) of each button (12) composition button set (120) of the symbol representing oneself state and long-range response；The symbol that expression set on the keycap of the button (12) of two wires call answerer (302) is relevant with call answering activity, also include the symbol for representing remotely arrangement, be provided with remotely arrangement key group (12-5) of each button (12) composition button set (120) of the symbol that expression remotely arranges；The lower section of the keycap of each button (12) of state and listening key group (12-4) is provided with a light emitting diode (17) solely belonging to this button (12)；The lower section remotely arranging the keycap of each button (12) of key group (12-5) is provided with a light emitting diode (17) solely belonging to this button (12)；

The remote input of described two wires call answerer (302) includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button (12) selectively after, corresponding two computer on line (7), corresponding convergence switch (41) and core switch (42) can be passed sequentially through, and input information to long-range server (61), and and then core switch (42), corresponding convergence switch (41) can also be passed sequentially through by this long-range server (61), and input information to corresponding three computer on line (73)；

The remotely display of described two wires call answerer (302) includes remotely active display or includes that the most actively display and long-range response show；Described the most actively display is the luminance of light emitting diode (17) relevant in it uses, and can be initiateed, with active form, the control signal sent by remote computer and be controlled；Described long-range response shows it is the luminance of relevant light emitting diode (17) in it uses, and can be initiateed, with response form, the control signal sent by remote computer and be controlled；Described remote computer is remotely with server (61) or corresponding three computer on line (73)；When the remote computer sending initial control signal is remotely with server (61), this control signal passes sequentially through core switch (42), corresponding convergence switch (41) and corresponding two computer on line (7) and is sent to two wires call answerer (302)；When the remote computer sending initial control signal is corresponding three computer on line (73), this control signal passes sequentially through corresponding convergence switch (41) and core switch (42) is sent to remotely with server (61), after remotely recording with server (61), and then pass sequentially through core switch (42), corresponding convergence switch (41) and corresponding two computer on line (7) and be sent to two wires call answerer (302).

15. 1 kinds of Interactive Call answering systems, this system is LAN system, has multiple stage classroom two computer on line (71) and multiple stage teacher with two computer on line (72), quantity and the quantity in classroom two computer on line (71) and teacher with corresponding convergence switch (41), core switch (42), 1 to multiple servers (6) and the router (8) of the quantity of two computer on line (72)；Each classroom is electrically connected with corresponding convergence switch (41) by netting twine (3) with two computer on line (72) with two computer on line (71) and each teacher, each convergence switch (41) electrically connects with core switch (42), core switch (42) electrically connects with router (8) and each station server (6) respectively, and router (8) is provided with the port being connected with wide area network；It is characterized in that:

Also there are multiple keyboard-type call answerers (1) that one of access using one cable equipment and claim 1 to 10 are described；And call answerer (1) include student with call answerer (101), thus described student in use has corresponding remote input function with call answerer (101) and remotely shows function accordingly；Described student's call answerer (101) is wired call answerer or wireless type call answerer；Described wireless type call answerer is 2.4G wireless type call answerer, bluetooth wireless type call answerer, WIFI wireless type call answerer or ZIGBEE wireless type call answerer；

When student's call answerer (101) is wired call answerer, each student electrically connects with a corresponding usb hub (23) with call answerer (101), each usb hub (23) directly electrically connects with classroom two computer on line (71), and now access using one cable equipment is usb hub (23)；

When student's call answerer (101) is 2.4G wireless type call answerer, with the wireless connections of a corresponding 2.4G wireless transmitter (21) when each student uses with call answerer (101), each 2.4G wireless transmitter (21) electrically connects with corresponding usb hub (23), each usb hub (23) electrically connects with classroom two computer on line (71), and now access using one cable equipment is 2.4G wireless transmitter (21)；

When student's call answerer (101) is bluetooth wireless type call answerer, with the wireless connections of a corresponding Bluetooth adapter (27) when each student uses with call answerer (101), each Bluetooth adapter (27) electrically connects with classroom two computer on line (71), and now access using one cable equipment is Bluetooth adapter (27)；

When student's call answerer (101) is WIFI wireless type call answerer, with wireless router (22) wireless connections when each student uses with call answerer (101), wireless router (22) electrically connects with classroom two computer on line (71), and now access using one cable equipment is wireless router (22)；

When student's call answerer (101) is ZIGBEE wireless type call answerer, with ZIGBEE wireless base station (26) wireless connections when each student uses with call answerer (101), ZIGBEE wireless base station (26) electrically connects with classroom two computer on line (71), and now access using one cable equipment is ZIGBEE wireless base station (26)；

Described classroom is all of student in this classroom with the first remote computer of call answerer (101) with two computer on line (71)；One in server (6) is remote computer, and this server used as remote computer (6) can be described as remotely with server (61)；Described long-range server (61) is corresponding with two computer on line (71) with each classroom, thus corresponding with call answerer (101) with each student, namely it is remotely all students the second remote computer with call answerer (101) with server (61)；Described long-range server (61) is also corresponding with two computer on line (72) with each teacher, each teacher is then corresponding with one to several classroom two computer on line (71) by long-range server (61) with two computer on line (72), thus can be as student corresponding thereto with the 3rd remote computer of call answerer (101) with two computer on line (72) with corresponding namely described each the teacher of call answerer (101) with several students；

With the remote input of call answerer (101), described student includes that Remote Selection inputs, described Remote Selection input be in it uses, press relevant button (12) selectively after, can by corresponding access using one cable equipment to classroom with two computer on line (71) input information and can also so by this classroom two computer on line (71) to long-range server (61) input information and this long-range server (61) can also be further advanced by and to corresponding teacher by two computer on line (72) input information；

Described student includes remotely active display with the remotely display of call answerer (101) or includes that the most actively display and long-range response show；Described the most actively display is the luminance of light emitting diode (17) relevant in it uses, and can be initiateed, with active form, the control signal sent by remote computer and be controlled；Described long-range response shows it is the luminance of relevant light emitting diode (17) in it uses, and can be initiateed, with response form, the control signal sent by remote computer and be controlled；Described remote computer be corresponding classroom two computer on line (71), remotely with server (61) or corresponding teacher with two computer on line (72)；When the remote computer sending initial control signal is two computer on line (71), corresponding classroom, this control signal is sent to student with call answerer (101) by the corresponding network hardware equipment including corresponding access using one cable equipment；When the remote computer sending initial control signal is remotely with server (61), this control signal passes sequentially through core switch (42), corresponding convergence switch (41) and corresponding classroom two computer on line (71), and then is sent to student with call answerer (101) by the corresponding network hardware equipment including corresponding access using one cable equipment；When the remote computer sending initial control signal be corresponding teacher with two computer on line (72) time, this control signal passes sequentially through corresponding convergence switch (41) and core switch (42) is sent to remotely with server (61), after remotely recording with server (61), pass sequentially through core switch (42), corresponding convergence switch (41) and corresponding classroom two computer on line (71), and then be sent to student with call answerer (101) by the corresponding network hardware equipment including corresponding access using one cable equipment.

The application of the keyboard-type call answerer that one of 16. 1 kinds of claim 1 to 10 are described.

The application of the Interactive Call answering system that one of 17. 1 kinds of claim 11 to 15 are described.