CN105491121A - Method and device for sending key signal to APP (Application) - Google Patents
Method and device for sending key signal to APP (Application) Download PDFInfo
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- CN105491121A CN105491121A CN201510872863.2A CN201510872863A CN105491121A CN 105491121 A CN105491121 A CN 105491121A CN 201510872863 A CN201510872863 A CN 201510872863A CN 105491121 A CN105491121 A CN 105491121A
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- reflector
- app
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- access device
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
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- Computer Networks & Wireless Communication (AREA)
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- Health & Medical Sciences (AREA)
- Computing Systems (AREA)
- General Health & Medical Sciences (AREA)
- Medical Informatics (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The invention provides a method for sending a key signal to an APP (Application). The method is characterized in that an emitter emits a full code of the emitter, which is obtained through a serial number of the emitter and an emitter key code; after an access device emits a combination of the full code of the emitter and a serial number of the access device, a communication full code is obtained; a wifi router receives a wifi signal and sends the wifi signal to an Internet server; the Internet server decomposes the received communication full code; the searched information is packaged to a plain text information data package and is sent to an APP client device through a network signal; and the APP client device receives the plain text information data package sent by the Internet server to process through the APP, wherein the information is respectively displayed. The method and the device can be widely applied to a wireless alarm system and a wireless calling system, and many deficiencies of the original system can be improved; and furthermore, the communication efficiency of a demand signal is improved, the communication cost of the demand signal is reduced and the position of a demander is flexibly configured.
Description
Technical field
The present invention relates to safety-protection system field, be applicable to especially being applied in wireless push calling field.
Background technology
In some occasion, need the acceptor place demand in somewhere being sent to another place, acceptor is processed.
Especially service situation, such as, property occasion, when in community, situation appears in certain place, goes process before after the signal that this place sends is received by related personnel.Security occasion, when within the scope of security, situation appears in certain place, goes process before after the signal that this place sends is received by related personnel.Food and drink occasion, when certain guest has demand, goes process before needing related service person.Hospital's occasion, when certain patient has demand, goes process before needing corresponding nurse doctor.
Prior art, solves the problem, and is generally made up of reflector and Receiving Host.Receiving Host is generally LED dot matrix or numeral method.Operation principle: first, operation Receiving Host, matches the particular number of in reflector and main frame.Afterwards, often press once-used emitter, main frame is all demonstrate this specifically numbering also adjoint prompt tone.
Prior art shortcoming:
1. display is single: digital type main frame, can only show numeral, can directly set on main frame.Dot matrix type main frame, can only show several default Chinese or English words, word in showing, need to be connected to computer, and installing special software could revise, very loaded down with trivial details.
2. voice are single: the voice of main frame, and can only report default several sound, client generally cannot revise.
3. cost is high: a main frame is expensive, particularly dot matrix main frame, if add customized voice and display, and thousands of unit easily.
4. transmission range is short: reflector is generally tens meters to rice up to a hundred to the distance of main frame, after exceeding this distance, needs between calling set and main frame, plus signal amplifier.But signal amplifier is once more than 3, due to the co-channel interference characteristic of radiofrequency signal, system can be made to become extremely easily signal jam.
5. very flexible: transmitting terminal and main frame can only be fixed on a position, cannot move after installing.Even if receiving terminal uses the miniature access device of watch pattern, receiving range is also significantly restricted.
6. efficiency is low: a launcher signal, is received by multiple people simultaneously, and so these people can go process simultaneously, cause the operating efficiency of personnel low.
7. process trackability is poor: cannot record the time comprising transmitting in detail, treatment people, result etc.Even if some high-end main frame, possess the function of record, also simply can only record launch time, and need to be connected to computer, use special software just can check.And these records all can be lost after main frame damages.
8. equipment running status cannot be known: monitoring system, and people can only be looked for go to press reflector, then sees that the reaction of lower main frame just can be known.
9. Information Security is poor: if main frame damages, if change, then the reflector of all preservations, needs again to match.Particularly to use multiple host for place, this problem is particularly outstanding.
10. poor compatibility: each manufacturer, only to configure oneself reflector and main frame, cannot wildcard, change one end, then whole system must all be changed, and a place, the reflector of various model cannot be used.
11. complex operations: existing scheme, all main frames, must carry out adaptation with reflector one by one, and when a place needs to use multiple host time, workload is multiplied.
12. positioning functions: even if in high-end system, be generally also only limitted to use gps signal carry out assist location, have two drawbacks like this: its 1, system is used in indoor, and gps signal is very weak, even without gps signal; Its 2, gps signal can only carry out horizontal location, if need to carry out perpendicular positioning (such as according to floor location) in same storied building room, then helpless.
13. system integrations are poor: existing scheme, are all generally that each place is used alone, cannot carry out the large-scale system integration and management.
Summary of the invention
The invention provides the equipment that a kind of push button signalling is sent to APP.
The present invention also provides a kind of push button signalling to be sent to the method for APP.
The present invention seeks to the shortcoming solving prior art existence, improve desired signal communication efficiency, reduce desired signal communication cost, flexible configuration demander position.
The technical solution adopted for the present invention to solve the technical problems is:
Push button signalling is sent to an equipment of APP, it is characterized in that: have reflector, access device, the Internet Server be connected with WIFI router, APP client device; Reflector has the button, emitter chip, modulation circuit, the transmitting antenna that are electrically connected successively; Access device has the reception antenna, demodulator circuit, access device chip, the WIFI module that are electrically connected successively.
APP client device has loud speaker.
Push button signalling is sent to a method of APP, it is characterized in that: have following steps:
S1: reflector action:
S1.1: press reflector button, delivers to emitter chip by reflector key code;
S1.2: the reflector sequence number of emitter chip and reflector key code are combined, obtains reflector all-key after combination;
S1.3: by reflector all-key through high frequency modulated circuit, be modulated to high-frequency signal, afterwards high-frequency signal outwards launched through transmitting antenna;
S2: access device action:
S2.1: access device receives by reception antenna the high-frequency signal that S1.3 step sends;
The high-frequency signal that S2.2:S2.1 step receives, through high frequency demodulation circuit, is reduced to reflector all-key, is sent to access device chip;
S2.3: reflector all-key and access device sequence number combine by access device chip, obtain communication all-key after combination; Communication all-key is modulated to wifi signal through wifi module, through wifi antenna transmission;
S3:wifi router receives the wifi signal in S2.3, and is sent to Internet Server;
S4: the communication all-key received decomposes by Internet Server:
S4.1: decomposite access device sequence number from communication all-key, by access device serial number data storehouse, finds the information that this access device sequence number is corresponding;
S4.2: decomposite reflector sequence number from communication all-key, by reflector serial number data storehouse, finds the information that this reflector sequence number is corresponding;
S4.3: decomposite reflector key code from communication all-key, by reflector key-code data storehouse, finds the information that this reflector key code is corresponding;
S4.4: the information above-mentioned information S4.1, S4.2, S4.3 found, is packaged as cleartext information packet, is sent to APP client device by network signal.
The action of S5:APP client device:
APP client device, the cleartext information packet that the Internet Server receiving S4.4 sends, with APP process, wherein information will show respectively, and carry out phonetic synthesis, play out sound by loud speaker.
Information is carried out phonetic synthesis by APP, plays out sound by loud speaker.APP uses online true man's speech synthesis engine that information is carried out phonetic synthesis.APP produces cache file and is stored in APP client device after synthesizing voice, call to save network traffic data for secondary.
After the information that user receives S5 and voice, APP is utilized to send processed signal to Internet Server for each cleartext information packet, this processed signal is sent to APP client device by network signal by Internet Server, and the processed signal of each cleartext information packet and correspondence thereof stores by Internet Server.The information that this step makes problem corresponding to certain reflector push button signalling be processed sends to each APP client device, avoids carrying out reprocessing to reflector push button signalling.The processed signal of each cleartext information packet and correspondence thereof carries out storage for calling statistics.
Reflector sequence number and reflector key code are kept in Internet Server.Emitter data only need be preserved once in the webserver, no matter uses how many access devices in place afterwards, no matter has how many APP clients, all can directly call this database, without the need to repetitive operation.
Have multiple APP client device, each APP client device has corresponding account, and the authority of the processed signal of each account inquiries and the cleartext information packet processed in Internet Server and correspondence thereof is different.Account setup is keeper's account and employee's account, the corresponding relation of keeper's Account Settings access device and employee's account.Also namely system allows the management (being divided into keeper's account and employee's account) carrying out many account managements classification point authority to reduce people for misoperation.Keeper's account can the corresponding relation of each reflector of free setting and employee's account, and allows to intersect management to improve treatment effeciency.
Each keeper's account, corresponding multiple access device.Make with keeper's account, allow to use multiple access device (physical location, wifi environment are all incoherent) to realize large data sets.
Under same keeper's account, the process of any information, all can be saved in Internet Server, and automatically by synchronizing information to other APP clients.Thus multi-person synergy process can be realized.
From communication all-key, decomposite access device sequence number, by access device serial number data storehouse, after finding information corresponding to this access device sequence number, reflector transmitting site is located.Position without GPS like this.
Usefulness of the present invention is:
For the shortcoming of prior art, solve all one by one:
A: for the shortcoming that 1. displays are single: the present invention uses the APP client of intelligent operating system as display terminal, can realize whenever and wherever possible, what input and just what shows, no matter Chinese or English.
B: for the shortcoming that 2. voice are single: the present invention uses true man's speech synthesis engine, what inputs and just what is reported, real display voice are followed one's inclinations the function of report.
C: for the shortcoming that 3. costs are high: the present invention directly by intelligent operating system as display terminal, user can save parts-main frame the most expensive in system, and uses existing smart mobile phone, and intelligent television etc. replace.
D: for the shortcoming that 4. transmission ranges are short: the prevailing transmission approach of native system uses wifi and the Internet, so to say that: as long as the place that can surf the Net, signal just can be transferred to.Can be understood as and limit without transmission range.
E: the shortcoming for 5. very flexible: APP can be arranged on smart mobile phone by the present invention, or on intelligent watch, like this, what can receive whenever and wherever possible arrives, and can at will walk about without impact; Transmitting terminal can move at any time, as long as in the reception coverage of access device, receive data from any one access device, all effectively, can both carry out transfer of data.
F: for 6. inefficient shortcomings: the present invention is by the real-time communication processing capacity of APP terminal and Internet Server, many people can be realized receive simultaneously, as long as one of them people processes, other people can receive this process information simultaneously, extraordinaryly can increase work efficiency like this, reduce artificial loss.
G: the shortcoming for 7. process trackability differences: all useful datas used in the present invention, are all kept on the Cloud Server of the Internet.Transmit from button, to this serial procedures of APP terminal demonstration, record and presence server all in detail, client can be held by the APP of mobile phone, in the mailbox that direct derived record being sent to is specified.
H: the shortcoming cannot known for 8. equipment running status: the present invention can hold at APP, directly refreshes the state of access device, when wants to see and just see.Further, access device is once occur abnormal, and server can with the form of system message, notice APP client automatically, which access device when off-line.
I: the shortcoming for 9. Information Security differences: all useful datas, by Internet Server technology, are all kept on Internet Server by the present invention.If the equipment of client damages, then directly change, the parameter of all reflectors and setting is all without the need to amendment.
J: the shortcoming for 10. poor compatibility: system front end of the present invention, has the parameter for each producer, and all rear ends are all consistent, like this, eliminate the problem that a place can only use a kind of form.By all transfer of data, after access device conversion, be converted to unified form, so just can be implemented in a place, use nearly all transmitter front-end.
K: the defect for 11. complex operations: in the present invention, all data only need to preserve once.In earlier stage, as long as kept by APP client by the reflector of needs, afterwards, all access devices and reception client, directly call and read, without the need to repetitive operation, can save a large amount of man power and materials.
L: for 12. positioning functions: in the present invention, abandon GPS miscellaneous function, except greatly reducing except cost, be implemented as follows: portable reflector is arbitrarily movement in field of employment, as long as any one access device in place can receive, will by reflector all-key, the access device sequence number being superimposed with self is transferred to server, terminal is by " position " information field, and just can know the data sent out from which access device, this function is equivalent to positioning function.No matter be perpendicular positioning, or horizontal location, this function all can realize.
M: the defect for 13. system inherited differences: in the present invention, all data are all by Internet Server aggregation process.Therefore, can Internet Server be passed through, the incoherent information such as each geographical position, wifi network, reflector producer are carried out association process.Reach the effect that information large data sets becomes to gather.
The present invention can be applied in wireless alarm system and wireless calling system widely, improves many weak points of original system.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the step sketch of the inventive method;
Fig. 2 is the structure diagram of present device;
Fig. 3 .1 is the block diagram Part I of the embodiment of the present invention 1;
Fig. 3 .2 is the block diagram Part II of the embodiment of the present invention 1;
Fig. 3 .3 is the block diagram Part III of the embodiment of the present invention 1;
Fig. 4 is the environment for use figure of the embodiment of the present invention 2;
Fig. 5 .1 is one of APP interface display of the embodiment of the present invention 2;
Fig. 5 .2 is the APP interface display two of the embodiment of the present invention 2;
Fig. 5 .3 is the APP interface display three of the embodiment of the present invention 2;
Fig. 5 .4 is the APP interface display four of the embodiment of the present invention 2;
Fig. 5 .5 is the APP interface display five of the embodiment of the present invention 2;
Fig. 5 .6 is the APP interface display six of the embodiment of the present invention 2;
Fig. 5 .7 is the APP interface display seven of the embodiment of the present invention 2;
Fig. 5 .8 is the APP interface display eight of the embodiment of the present invention 2;
Fig. 5 .9 is the APP interface display nine of the embodiment of the present invention 2;
Fig. 5 .10 is the APP interface display ten of the embodiment of the present invention 2.
Embodiment
Explanation of nouns in the present invention:
" reflector sequence number " is also " reflector identification code ": the chip of the inside of reflector, when emitter chip is produced, has cured a string sequence number at chip internal.
" reflector title ": use a string literal come corresponding and represent " reflector sequence number ", make it easy-to-understand, easily remember.
" reflector key code ": reflector has several buttons, each button has a fixing numerical value to represent.
" reflector button title ": use a string literal come corresponding and represent " reflector key code ", make it easy-to-understand, easily remember.
" reflector all-key ": be made up of " reflector sequence number "+" reflector key code ".
" access device sequence number " is also " access device identification code ": the chip of the inside of access device, when access device chip production, has cured a string sequence number at chip internal.
" access device title ": use a string literal come corresponding and represent " access device sequence number ", make it easy-to-understand, easily remember.
" communication all-key ": be made up of " access device sequence number "+" reflector all-key ".
" cleartext information ": " communication all-key ", resolves through the webserver, forms a string Word message be presented on APP.
" access device communications protocol ": the particular communication agreement between access device and Internet Server.
" APP ": the third party application that smart machine uses.
" APP communications protocol ": the particular communication agreement between APP client device and Internet Server.
As shown in Figure 1:
Step of the present invention is:
S1: reflector detects push button signalling, and by the push button signalling process detected be modulated to wireless high-frequency signal and send;
S2: access device receives launcher signal, and is treated to wifi signal and sends;
S3:wifi router receives wifi signal, and sends to Internet Server;
S4: send to corresponding APP client device after Internet Server processing signals;
After S5:APP client device reception server signal, APP carries out processing and content being shown.
As shown in Figure 2:
Equipment of the present invention is:
1: have be electrically connected successively button, emitter chip, modulation circuit, transmitting antenna reflector.
After emitter chip detects push button signalling, can automatically by " reflector sequence number " affix " reflector key code ", be combined as " reflector all-key ", and becoming high-frequency signal by modulating circuit modulates " reflector all-key ", transmitting antenna is with the outside emission of high frequency signals of wireless high-frequency mode.
2: have be electrically connected successively reception antenna, demodulator circuit, access device chip, wifi module access device.
Access device reception antenna receives the wireless high-frequency signal that reflector sends, and signal is reduced to " reflector all-key " through demodulator circuit, " reflector all-key " that access device chip will receive from reflector, affix self " access device sequence number ", is sent to wifi router by wifi module.
3:wifi router is common wifi router.
4: the Internet Server be connected with wifi router.
Internet Server has the mechanism of typing in advance:
Only process is entered into " the access device sequence number " of server internal in advance.
Only process " the reflector sequence number " in this account preset.
Only process " the reflector key code " in this account preset.
5:APP client device.
APP client device is the equipment with APP client (being also APP), and can be smart mobile phone, also can be panel computer, uses apple or Android system.
Its APP function:
1: phonetic synthesis:
Play certain content first, APP client needs to call online true man's speech synthesis engine, saves as locally buffered file, then just play voice after synthesis.
Non-ly play this certain content first, then the local corresponding buffer culture of APP client Automatically invoked is play, and without the need to using speech synthesis engine to synthesize, improve speed and greatly reducing the use of flow.
APP can switch by automatic language, supports that Chinese/English/numeral/mixing is reported.
2: many account managements divide rights management:
APP account can be divided into keeper's account and employee's account, and keeper's account can carry out all Authorized operations.And the foundation of employee's account can be carried out, the operations such as amendment and deletion.
Keeper's account can distribute reflector for set up employee's account.
3: all settings and process information, equal automatic synchronization is preserved to Cloud Server, and by information automatic synchronization to relevant all clients, such as, after Admin Account processes the accounts information of above-mentioned 2, is synchronized on the APP of all employee accounts simultaneously.
4: one key configuration wifi functions
By the button on access device, use APP client, the upper network parameters of access device can be directly set.
5: access device status monitoring
Direct control APP client, can monitor all access device states under this account in real time, and be presented at APP client.
The embodiment of the present invention 1 as Fig. 3 .1, Fig. 3 .2, Fig. 3 .3:
If Fig. 3 .1, Fig. 3 .2, Fig. 3 .3 are continuous print steps, be divided into three figure for representing clear.
In the step 1 (S1) of Fig. 3 .1:
S1.1, detect key switch signal herein, deliver to coding chip after detecting, button has two, is button 01 interface and button 02 interface respectively, because switching signal is connected on button 01 interface of chip, therefore, " key code " is [01].
S1.2, be " coding chip sequence number " [A1A2A3] combined with " key code " [01], be [A1A2A301] after combination, this is encoded to " reflector all-key ".
S1.3 is that " reflector all-key ", through high frequency modulated circuit, is modulated to high-frequency signal, afterwards through the outside wireless signal emission of transmitting antenna.
In the step 2 (S2) of Fig. 3 .1:
S2.1 receives high-frequency signal by reception antenna.
S2.2 is S2.1 signal in figure, and through high frequency demodulation circuit, " reflector all-key " [A1A2A301] that restore, is sent to access device chip.
S2.3, be that " access device sequence number " (i.e. main control chip sequence number) combines with S2.2 " reflector all-key " by access device chip, the data combined are [BB1111BBA1A2A301].This signal is " communication all-key ".Through wifi module, " communication all-key " is modulated to wifi signal, through wifi antenna transmission.
In the step 3 (S3) of Fig. 3 .2: be common wifi router in this step, can wifi signal in receiving step 2, and be sent to Internet Server.This equipment is common wifi router, does not describe in detail at this.
In the step 4 (S4) of Fig. 3 .2:
In this step, " the communication all-key " that receive decomposes by Internet Server:
S4.1, decomposes out " access device sequence number " from " communication all-key ", by access device serial number data storehouse, can find the information that this sequence number [BB1111BB] is corresponding, i.e. " position=parking lot ".
S4.2, decomposes out " reflector sequence number " from " communication all-key ", by reflector serial number data storehouse, can find the information that this sequence number [A1A2A3] is corresponding, i.e. " name=Zhang San ".
S4.3, decomposes out " reflector key code " from " communication all-key ", by reflector key-code data storehouse, can find the information that this code [01] is corresponding, i.e. " event=urgent call ".
S4.4, is then by above-mentioned information, is packaged as cleartext information packet, i.e. " position=parking lot "+" name=Zhang San "+" event=urgent call ", is sent to terminal by network signal (can be the modes such as 3G, 2G, 4G, WIFI).
In the step 5 (S5) of Fig. 3 .3:
APP client device, receive the cleartext information packet that Internet Server sends, show respectively according to display after APP process, and carry out phonetic synthesis, by playing out sound " ding-dong ... Zhang San carries out urgent call in parking lot " (also can not phonetic synthesis) in the loud speaker (or earphone of terminal) of terminal.
APP client device holder just can carry out practical action according to information.
As the environment for use that Fig. 4 is the embodiment of the present invention 2.
The present embodiment mainly describes the running in whole place, and concrete signal combination launches flow process reference example 1.
In the drawings in the XXX chain restaurant of three layers, be for 1st floor hall, 2nd floors and 3rd floors is all client dining area; This place has achieved full WIFI and has covered.
" reflector ": this place reflector is two key reflectors, corresponding keypress function is respectively " ordering dishes ", " drinks ".
2nd floors: installed " access device B ", access device sequence number [BB2222BB], this layer has 2 tables, every reflector is all installed, No. 21 tables are reflector 1, and press the reflector all-key [BBB11101] after key of ordering dishes, No. 22 tables are reflector 2, press the reflector all-key [BBB22202] after drinks key, this layer is responsible for by " employee b ".
3rd floors: installed " access device C ", access device sequence number [BB3333BB], this layer has 2 tables, every reflector is all installed, No. 31 tables are reflector 3, and press the reflector all-key [AAA11101] after key of ordering dishes, No. 32 tables are reflector 4, press the reflector all-key [AAA22202] after drinks key, this layer is responsible for by " employee c ".
1 supervisor is had, 3 employees (" employee a ", " employee b ", " employee c ") in place.
Set up 1 keeper's account, 3 employee's accounts.Be respectively employee account a, employee account b, employee account c.
" supervisor " use management person account, is responsible for all affairs, therefore distributes " reflector 1 ", " reflector 2 ", " reflector 3 ", " reflector 4 ".
" employee a " uses employee account a, and he is ad labium, where hurries not open and all will go help; Therefore " reflector 1 ", " reflector 2 ", " reflector 3 ", " reflector 4 " is distributed.
" employee b " uses employee account b, is responsible for 2nd floors specially, and scope of activities, only for 2nd floors, therefore only distributes " reflector 1 ", " reflector 2 ".
" employee c " uses employee account c, is responsible for 3rd floors specially, and scope of activities, only for 3rd floors, therefore only distributes " reflector 3 ", " reflector 4 ".
Above-mentioned distribution is carried out with its oneself APP client device by being responsible for, and is synchronized to Internet Server and employee a ", " employee b ", " employee c " APP client device in.
Internet Server database is as follows:
Access device serial number data storehouse:
| Sequence number | Position |
| BB2222BB | 2nd floors, dining room |
| BB3333BB | 3rd floors, dining room |
Reflector key-code data storehouse:
| Code | Event |
| 01 | Needs are ordered dishes |
| 02 | Need drinks |
Reflector serial number data storehouse:
| Sequence number | Name |
| AAA111 | 3rd floors No. 31 tables |
| AAA222 | 3rd floors No. 32 tables |
| BBB111 | 2nd floors No. 21 tables |
| BBB111 | 2nd floors No. 22 tables |
Account and reflector corresponding relation database:
| Account | Reflector 1 | Reflector 2 | Reflector 3 | Reflector 4 |
| Keeper | √ | √ | √ | √ |
| Employee a | √ | √ | √ | √ 8 --> |
| Employee b | √ | √ | ||
| Employee c | √ | √ |
Remarks: beat √ and indicate administration authority, can accept this transmitter information and process.
Practical operation is as follows:
When 3rd floors No. 31 table guests need to order dishes, as long as click this " ordering dishes " key, then except " employee b " (because he is only responsible for 2nd floors), other display frames that can receive Fig. 5 .1 are per capita also with voice.This region is that " employee c " is responsible for, and therefore, after " employee c " process, everyone (except employee b) is all shown as Fig. 5 .2, and show that this information " employee c " has gone process, other people are without the need to comprehending.
When 3rd floors No. 32 table guests need drinks, as long as click this " drinks " key, then except " employee b " (because he is only responsible for 2nd floors), other display frames that can receive Fig. 5 .3 are per capita also with voice.This region is that " employee c " is responsible for, but he can't get away at service No. 31 tables.Therefore, after " employee a " process, everyone (except employee b) is all shown as Fig. 5 .4, and show that this information " employee a " has gone process, other people are without the need to comprehending.
When 2nd floors No. 21 table guests need to order dishes, as long as click this " ordering dishes " key, then except " employee c " (because he is only responsible for 3rd floors), other display frames that can receive Fig. 5 .5 are per capita also with voice.This region is that " employee b " is responsible for, and therefore, after " employee b " process, everyone (except employee c) is all shown as Fig. 5 .6, and show that this information " employee b " has gone process, other people are without the need to comprehending.
When 2nd floors No. 22 table guests need drinks, as long as click this " drinks " key, then except " employee c " (because he is only responsible for 3rd floors), other display frames that can receive Fig. 5 .7 are per capita also with voice.This region is that " employee b " is responsible for, but he can't get away at service No. 21 tables.Therefore, after " supervisor " process, everyone (except employee c) is all shown as Fig. 5 .8, and show that this information " supervisor " has gone process, other people are without the need to comprehending.
Supervisor in APP client, can check the disposition of information, and treatment people.(as Fig. 5 .9).
Supervisor can pass through APP client, and derive details, this information can be used as the foundation (as Fig. 5 .10) of evaluation of employee
Server based on internet transmission to all APP clients, even if therefore personnel are absent from the scene in institute, also directly can use APP client, carry out complete monitoring process to the information on services in place.
Illustrated by the present embodiment, the present invention really could play and raise the efficiency, and reduces costs, and personnel such as to allocate flexibly at the benefit!
Claims (10)
1. push button signalling is sent to an equipment of APP, it is characterized in that: have reflector, access device, the Internet Server be connected with WIFI router, APP client device; Reflector has the button, emitter chip, modulation circuit, the transmitting antenna that are electrically connected successively; Access device has the reception antenna, demodulator circuit, access device chip, the wifi module that are electrically connected successively.
2. a kind of push button signalling as claimed in claim 1 is sent to the equipment of APP, it is characterized in that: APP client device has loud speaker.
3. push button signalling is sent to a method of APP, it is characterized in that: have following steps:
S1: reflector action:
S1.1: press reflector button, delivers to emitter chip by reflector key code;
S1.2: the reflector sequence number of emitter chip and reflector key code are combined, obtains reflector all-key after combination;
S1.3: by reflector all-key through high frequency modulated circuit, be modulated to high-frequency signal, afterwards high-frequency signal outwards launched through transmitting antenna;
S2: access device action:
S2.1: access device receives by reception antenna the high-frequency signal that S1.3 step sends;
The high-frequency signal that S2.2:S2.1 step receives, through high frequency demodulation circuit, is reduced to reflector all-key, is sent to access device chip;
S2.3: reflector all-key and access device sequence number combine by access device chip, obtain communication all-key after combination; Communication all-key is modulated to wifi signal through wifi module, through wifi antenna transmission;
S3:wifi router receives the wifi signal in S2.3, and is sent to Internet Server;
S4: the communication all-key received decomposes by Internet Server:
S4.1: decomposite access device sequence number from communication all-key, by access device serial number data storehouse, finds the information that this access device sequence number is corresponding;
S4.2: decomposite reflector sequence number from communication all-key, by reflector serial number data storehouse, finds the information that this reflector sequence number is corresponding;
S4.3: decomposite reflector key code from communication all-key, by reflector key-code data storehouse, finds the information that this reflector key code is corresponding;
S4.4: the information above-mentioned information S4.1, S4.2, S4.3 found, is packaged as cleartext information packet, is sent to APP client device by network signal.
The action of S5:APP client device:
APP client device, the cleartext information packet that the Internet Server receiving S4.4 sends, with APP process, will wherein information show respectively.
4. a kind of push button signalling as claimed in claim 3 is sent to the method for APP, it is characterized in that: after step s 5, user utilizes APP to send processed signal to Internet Server for each cleartext information packet, this processed signal is sent to APP client device by network signal by Internet Server, and the processed signal of each cleartext information packet and correspondence thereof stores by Internet Server.
5. a kind of push button signalling as claimed in claim 3 is sent to the method for APP, it is characterized in that: reflector sequence number and reflector key code are kept in Internet Server.
6. a kind of push button signalling as claimed in claim 3 is sent to the method for APP, it is characterized in that: step S5 also comprises: information is carried out phonetic synthesis by APP, plays out sound by loud speaker.
7. a kind of push button signalling as claimed in claim 6 is sent to the method for APP, it is characterized in that: APP uses online true man's speech synthesis engine that information is carried out phonetic synthesis; APP produces cache file and is stored in APP client device after synthesizing voice, call to save network traffic data for secondary.
8. a kind of push button signalling as claimed in claim 3 is sent to the method for APP, it is characterized in that: there is multiple APP client device, each APP client device has corresponding account, and the authority of the processed signal of each account inquiries and the cleartext information packet processed in Internet Server and correspondence thereof is different.
9. a kind of push button signalling as claimed in claim 8 is sent to the method for APP, it is characterized in that: account setup is keeper's account and employee's account, the corresponding relation of keeper's Account Settings reflector and employee's account.
10. a kind of push button signalling as claimed in claim 8 is sent to the method for APP, it is characterized in that: under same keeper's account, and the process of any information, all can be saved in Internet Server, and automatically by synchronizing information to other APP clients.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510872863.2A CN105491121A (en) | 2015-11-27 | 2015-11-27 | Method and device for sending key signal to APP (Application) |
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| CN201510872863.2A CN105491121A (en) | 2015-11-27 | 2015-11-27 | Method and device for sending key signal to APP (Application) |
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| CN105491121A true CN105491121A (en) | 2016-04-13 |
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