CN101320357A - Moving type apparatus and its operating procedure - Google Patents

Moving type apparatus and its operating procedure Download PDF

Info

Publication number
CN101320357A
CN101320357A CNA2007101086300A CN200710108630A CN101320357A CN 101320357 A CN101320357 A CN 101320357A CN A2007101086300 A CNA2007101086300 A CN A2007101086300A CN 200710108630 A CN200710108630 A CN 200710108630A CN 101320357 A CN101320357 A CN 101320357A
Authority
CN
China
Prior art keywords
wheeled
data
controller
wusb
host computer
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CNA2007101086300A
Other languages
Chinese (zh)
Inventor
李春尧
赵芳
李春柏
Original Assignee
李春柏
李春尧
赵芳
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 李春柏, 李春尧, 赵芳 filed Critical 李春柏
Priority to CNA2007101086300A priority Critical patent/CN101320357A/en
Publication of CN101320357A publication Critical patent/CN101320357A/en
Pending legal-status Critical Current

Links

Abstract

The present invention provides a mobile device and a working method thereof. The device takes a micro-processor and a device control and data conversion bridge as the control center and is assisted by a WUSB antenna and a WUSB apparatus controller which make data communication with a host computer, as well as various input/output peripheral equipment which include sound, display/TV and other data or instructions. The present invention builds a data transfer and exchange channel between the device and the host computer through the WUSB antenna and integrates the computer and various household electronic products, thus enabling people to freely use various software and hardware resources of the computer at home through the mobile device and achieving the functions of various household electronic products. The present invention has the advantages that the use is convenient, the host computer is connected with the WUSB antenna instead of cables and the functions of other household electronic products are achieved through various built-in peripheral equipment of the mobile device, thus bringing convenience and freedom to people.

Description

Wheeled apparatus and method of work thereof
Technical field
The present invention relates to a kind of wheeled apparatus and method of work thereof, exactly, relate to and a kind ofly be connected to wheeled apparatus and the work or the using method of host computer, belong to field of computer technology by radio universal serial bus WUSB (Wireless Universal Serial Bus) antenna.
Background technology
Current society, along with microelectric technique and fast development of computer technology, new technology with rapid changepl. never-ending changes and improvements is in the life that ceaselessly changes people, working method and custom, and even the work place.For example, present many novel mobile phones not only can provide call function, also can surf the Net, send note, multimedia message, take a picture, listen to the music, all right real-time tranception mail E-MAIL, simultaneously, in family's consumer electronics sector, nowadays wireless phone (Cordless phone) is popularized, along with the price of liquid crystal and plasma jumbotron panel TV set descends fast, the splendid flat panel TV of this appreciation effect is moving towards increasing average family rapidly; The networking telephone (Voice over IP Phone) and network TV IPTV have also entered huge numbers of families, and wherein the networking telephone is except use the same with plain old telephone, and maximum characteristics are that conversation is free or very inexpensive; Equally, IPTV has more advantage than traditional CATV (cable television): the user can select panoramic various TV programme or the information that hope is seen voluntarily, and simultaneously, its image resolution ratio is more much higher than traditional CATV (cable television).At present, watch that IPTV has dual mode: a kind of is to connect internet and set-top box by cable, is connected to televisor, watches by televisor; Another kind is directly to watch on its display by computing machine, and its shortcoming is to watch before must being sitting in computing machine.Because computing machine is placed in the study within the family usually, computer display is little more a lot of than television screen again, and people also are accustomed to televiewing in the parlor, so just brings a lot of inconvenience to the user.
In computer realm, correlation technique is also in develop rapidly, and nowadays, the computing machine of double-core cpu chip and multi thread CPU comes into the market, the function of computing machine from strength to strength, but price is then more and more cheap.People can realize a lot of functions by computing machine, as DVD playing back film, broadcast MP3 music, IP phone and network TV IPTV can be realized by computing machine, people play game on line, online news and tin Online Music seen by computing machine simultaneously ..., in a word, people's life more and more depends on computing machine, can realize the function of a lot of household consumption electronic products with computing machine.But, people still like buying the consumption electronic product of many simple functions, as IP phone, DVD player, MP3 or MP4 player etc., its main cause is that home computer all is installed in the study usually, people must sit up straight before computing machine and use a computer, and can not stay at home and use it Anywhere; Want to use free or inexpensive IP phone as people by computing machine, just must be sitting in computing machine before, can not resemble the use wireless phone that works in any scope within the family.
General-purpose serial bus USB has obtained widespread use as a kind of standard interface of computer industry.In recent years, studying and formulating standard agreement with several large enterprises headed by the INTEL Corp. based on the radio universal serial bus WUSB of ultra broadband UWB (Ultrea-Wideband) technology, this agreement in issue in the end of the year 2006, also will release at the beginning of the end of the year 2007 or 2008 by Related product.In 3~4 meters scopes, the transfer rate of WUSB can reach the transfer rate of prior USB 2.0: 480Mbps.
Along with the release of high-speed radio WUSB standard, how to develop wheeled apparatus a kind of cheapness, easy to use, computing machine and other household consumption electronic products are combined together, just become a new problem of scientific and technical personnel's concern in the industry and research and development.
Summary of the invention
In view of this, the purpose of this invention is to provide a kind of wheeled apparatus and method of work thereof, the present invention is with the WUSB technology, for people provide a kind of cheap, wheeled apparatus easy to use, this device is connected to host computer by the WUSB antenna, computing machine and various household consumption electronic product are combined together, make people can pass through this wheeled apparatus freely computed various hardware and software resources in home-ranges, for example pass through the microphone and the loudspeaker calling IP phone of this wheeled apparatus, set camera and can also dial videophone, listen Online Music, built-in keyboard or touch-screen and mouse by this wheeled apparatus, display is watched online news, watch E-MAIL and play game on line, watch Web TV and film, also can connect large screen television by the television interface of this wheeled apparatus, on large screen television, watch Web TV and film, or, allow people can freely enjoy new technology with the display of large screen television as computing machine.
In order to achieve the above object, the invention provides a kind of wheeled apparatus, the control circuit of this device is provided with to this device direct supply power supply, that be made up of rechargeable battery and/or charging circuit is provided; It is characterized in that, at least include on the control circuit of this wheeled apparatus: carry out the radio universal serial bus WUSB antenna of data communication and the WUSB device controller that is connected with the WUSB antenna (Wireless USB Device Controller) with host computer, be used for connecting bluetooth-type or the ZigBee type antenna and the coupled bluetooth controller or the ZigBee wireless network module controller of bluetooth-type or ZigBee type input-output apparatus, be used for storing the nonvolatile flash memory storer of solidification software and/or initialization data, be used for storing the data-carrier store and/or the hard disk of data, be used for display screen or display interface device or the televisor interface and the coupled image displaying card (Graphcis/Video Card) or the image display chip of output image information, and as microprocessor and the device control and the data-switching bridge of the control center of this device; Wherein, microprocessor carries out initialization and every control operation by device control and data-switching bridge to comprise device control and data-switching bridge and the one or more peripheral components that are connected with this bridge, can match of this device; The host computer command that device control and data-switching bridge send the WUSB device controller sends this to and installs corresponding peripheral components or microprocessor after conversion, and send the WUSB device controller to after the peripheral components of this device or microprocessor being sent to the command conversion of host computer, send host computer by the WUSB device controller to by the WUSB antenna again, thereby set up the data transmission interchange channel of this wheeled apparatus and host computer, so that use the resource of host computer and the function of other household consumption electronic products of realization by this wheeled apparatus.
In order to achieve the above object, the present invention also provides a kind of method of work of wheeled apparatus, it is characterized in that: comprise the steps:
(1) initialization beamhouse operation: the management application program of on the operating system of host computer, loading this wheeled apparatus, the driver of each peripherals that between the upper strata of host computer operating system and underlying operating system, loads this wheeled apparatus driver and link to each other with this wheeled apparatus, and in the microprocessor of this wheeled apparatus, solidification software is installed; This wheeled apparatus is selected to connect following one or more equipment respectively: bluetooth-type or ZigBee type input-output apparatus, USB type or WUSB type input-output apparatus;
(2) set up data exchange channel: by the WUSB antenna this wheeled apparatus is connected to host computer, between is set up the data transmission interchange channel based on the WUSB bus communication protocol;
(3) carry out transmission, conversion and the execution of data and command information: according to the transmission between the device control of host computer and this wheeled apparatus and the solidification software in data-switching bridge and/or the microprocessor of the communication protocol of WUSB bus, translation data and fill order information.
The advantage of wheeled apparatus of the present invention is: this device uses and is easy for installation, need not connect host computer by cable, but be connected to host computer by the WUSB antenna, make people can pass through this wheeled apparatus computed hardware and software resource in home-ranges freely, realize the function of other household consumption electronic products simultaneously by the built-in peripherals of this wheeled apparatus.For example: people can dial free or the very cheap networking telephone of price as wireless phone by this wheeled apparatus, can watch IPTV by this wheeled apparatus, play game on line, online news and tin Online Music seen ... (comprise the networking telephone thereby make people to replace many household consumption electronic products by this wheeled apparatus with quite cheap cost, DVD player, video camera etc.), save the hardware costs that people purchase these equipment significantly, and, this device has changed the computed mode of people, brings great convenience for people's life, free.Therefore this wheeled apparatus can be widely used in family, has great social value and economic worth.
Description of drawings
Fig. 1 is that the control circuit structure of wheeled apparatus of the present invention is formed block scheme.
Fig. 2 is that the device among Fig. 1 is controlled and the control circuit structure of data-switching bridge is formed block scheme.
Fig. 3 is the method for work operating process block scheme of wheeled apparatus of the present invention.
Fig. 4 is that the Control Software structure of wheeled apparatus of the present invention is formed synoptic diagram.
Fig. 5 is the solidification software operating process block scheme of wheeled apparatus microprocessor of the present invention.
Fig. 6 is the host computer driver operating process block scheme of wheeled apparatus of the present invention.
Fig. 7 is the management application program operating process block scheme of wheeled apparatus of the present invention.
Fig. 8 is that apparatus of the present invention are passed through the first embodiment synoptic diagram that the WUSB antenna connects host computer.
Fig. 9 is that apparatus of the present invention are passed through the second embodiment synoptic diagram that the WUSB antenna connects host computer.
Figure 10 is that apparatus of the present invention are passed through the 3rd embodiment synoptic diagram that the WUSB antenna connects host computer.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, the present invention is described in further detail below in conjunction with drawings and Examples.
Referring to Fig. 1, introduce the control circuit hardware configuration of wheeled apparatus of the present invention and form.The control circuit of this wheeled apparatus includes at least: for this device provides power supply, the direct supply of forming by rechargeable battery and charging circuit 1, carry out data communication with host computer, set up radio universal serial bus WUSB (the Wireless Universal Serial Bus) antenna 2 of the data transmission channel of apparatus of the present invention and host computer, the WUSB device controller that links to each other with WUSB antenna 2 (WUSB Device Controller) 3, be used for connecting bluetooth-type or the ZigBee type antenna 21 and the coupled bluetooth controller (Bluetooth Controller) or the ZigBee wireless network module controller 20 of bluetooth-type or ZigBee wireless network module type input-output apparatus, be used for storing the nonvolatile flash memory storer 5 of solidification software and/or initialization data, be used for storing the data-carrier store/hard disk 4 of data, be used for display screen (Display) or the display interface device 13 and/or the televisor interface 14 of output image information, and coupled image displaying card or image display chip 12, the microprocessor 6 and the device that are used as the control center of this device are controlled and data-switching bridge 8.Wherein, device control and data-switching bridge 8 link to each other with microprocessor 6, WUSB device controller 3, data-carrier store and/or hard disk 4 and with the following one or more peripherals that can match, and microprocessor 6 comprises that device is controlled and data-switching bridge 8 and carry out initialization and every control operation with these bridge 8 one or more peripherals that be connected, that can match by device control and 8 pairs of these wheeled apparatus of data-switching bridge; The host computer command that device control and data-switching bridge 8 send WUSB device controller 3 sends the respective peripheral device or the microprocessor 6 of this device to after conversion, and send WUSB device controller 3 to after the peripheral components of this device or microprocessor 6 being sent to the command conversion of host computer, send host computer by WUSB device controller 3 to by WUSB antenna 2 again, thereby set up the data transmission interchange channel of this wheeled apparatus and host computer, so that use the resource of host computer and the function of the multiple household consumption electronic product of realization by this wheeled apparatus.
Can match following one or more peripheral circuit or equipment in the control circuit of wheeled apparatus of the present invention and become one: be used for the embedded keyboard and/or the touch-screen 7 of input information and order, mouse 10 and coupled respectively keyboard controller and/or touch screen controller 9, mouse controller 11, televisor interface 14, be used for exporting/importing the loudspeaker/microphone 19 of voice messaging and coupled loudspeaker/microphone controller 18, be used for the digital camera 15 of input image information and coupled digital image controller 14, be used for connecting usb bus interface or the WUSB antenna 16 and the coupled USB master controller or the WUSB master controller 17 of various USB or WUSB type input/output device, bluetooth-type or ZigBee type antenna 21 and coupled bluetooth controller or ZigBee wireless network module controller 20.
Bluetooth-type in the wheeled apparatus control circuit of the present invention or ZigBee type antenna 21 and coupled bluetooth controller or ZigBee wireless network module controller 20 can omit, but this moment must dispose following parts and device is used to replace it: keyboard controller that embedded keyboard and/or touch-screen 7, mouse 10 and difference are coupled and/or touch screen controller 9, mouse controller 11, loudspeaker/microphone 19 and coupled loudspeaker/microphone controller 18; The display screen 13 of this wheeled apparatus also can omit, but must dispose televisor interface 14 this moment with the connection televisor, or replaces televisor interface 14 with the display interface device that connects display.
Wheeled apparatus of the present invention is to be driven jointly by the device control of the driver of this wheeled apparatus between upper strata operating system that is arranged on host computer and the underlying operating system and this wheeled apparatus and the solidification software in data-switching bridge or microprocessor and/or the microprocessor.The mounting structure level of above-mentioned software can be referring to shown in Figure 4.
Specify the associated components in apparatus of the present invention shown in Figure 1 below: WUSB device controller 3 or WUSB master controller 17 can be distinguished integrated WUSB ultra broadband UWD transceiver circuit and corresponding ultra broadband medium accesses controller UWB Medium access control circuit, if when not having integrated WUSB UWD transceiver circuit and corresponding ultra broadband medium accesses controller UWB Medium access control circuit in WUSB device controller and/or the WUSB master controller, then need to be provided with respectively in addition the Transceiver circuit and the corresponding ultra broadband medium accesses controller UWBMedium access control circuit of WUSB UWD transceiver, be respectively applied for WUSB device controller 3 or WUSB master controller 17 and be connected with WUSB antenna 2 or WUSB antenna 16.
The version of device control and data-switching bridge 8 is not limit: both can be made up of field programmable logic device FPGA, also may be made in an application-specific integrated circuit ASIC chip, can also be with device control and data-switching bridge 8 and WUSB USB (universal serial bus) controller 3, microprocessor 6, keyboard and/or touch screen controller 9, mouse controller 11, USB or WUSB master controller 17, the controller of one or more peripheral units that bluetooth-type controller or ZigBee type wireless network module controller 20 etc. can be matched is combined into one, and constitutes a special-purpose VLSI (very large scale integrated circuit) asic chip.
Microprocessor 6 can be used as an individual chips, also can be integrated in the WUSB device controller 3 or be integrated in device control and the data-switching bridge 8 or and WUSB device controller 3, device control and data-switching bridge 8 be integrated in the special-purpose VLSI (very large scale integrated circuit) asic chip.The structural shape of image displaying card (Graphics/Video Cards) or image display chip (Graphics/Video and Image IC) 12 is also unqualified, can be PCI type image displaying card or AGP type image displaying card or PCI EXPRESS type image displaying card, also can be 2D figure speed-up chip or 2D/3D figure speed-up chip or lcd controller.Keyboard and/or touch-screen 9 can be any structure pattern, can have only keyboard or touch-screen in apparatus of the present invention, also keyboard and touch-screen can be arranged simultaneously.The structural shape of display screen (Display) or display interface device 13 is also unqualified, can be various types of image display panels, image display or television display screen.The structural shape of televisor interface 14 is also unqualified, can be: S-VIDEO type or HDMI type or VGA type.Digital camera Digital Image Sensor 15 can be cmos type, also can be the CCD type.The structural shape of loudspeaker and microphone 19 does not limit yet.Data-carrier store or hard disk 4 can not lose memory of data or hard disk for SRAM, SDRAM or DDR RAM or any power down.Nonvolatile flash memory storer 5 does not lose memory of data for any power down, for example FLASH, EEPROM, ROM etc.Wherein ZigBee wireless network module controller 20 is made up of the Physical layer of supporting the IEEE802.15.4 agreement, medium accesses layer MAC and the mixed-media network modules mixed-media of realization ZigBee agreement and relevant peripheral component thereof, and described bluetooth controller is made up of with the logical circuit of realizing the Bluetooth protocol standard and relevant peripheral component thereof the bluetooth baseband peripheral circuit.
Wheeled apparatus of the present invention shown in Figure 1 can be matched one or more following peripheral circuits or equipment and become one: embedded keyboard and/or touch-screen and coupled keyboard controller and/or touch screen controller, mouse and coupled mouse controller, loudspeaker/microphone and coupled loudspeaker/microphone controller, bluetooth-type antenna or ZigBee type antenna and coupled bluetooth controller or ZigBee wireless network module controller, the televisor interface, USB master controller or WUSB master controller and coupled usb bus interface or WUSB antenna.As wheeled apparatus peripheral circuit of the present invention or equipment embedded keyboard and mouse can be arranged, and bluetooth controller or ZigBee wireless network module controller, or have only bluetooth controller or ZigBee controller and continuous bluetooth-type antenna or ZigBee type antenna thereof, or have only touch-screen and coupled touch screen controller.
Referring to Fig. 2, introducing the device control in this wheeled apparatus and the control circuit structure of data-switching bridge 8 forms, comprise: control center 800, Microprocessor Interface circuit 801, WUSB device controller interface circuit 802, FIFO storer 803, data storage or hard-disk interface circuit 804, USB or WUSB Host Controler Interface circuit 805, digital picture controller interface circuit 806, image displaying card or image display chip interface circuit 807, loudspeaker and microphone interface circuit 808, bluetooth-type or ZigBee type wireless network module controller interface circuit 809, mouse controller interface circuit 810, keyboard and/or touch screen controller interface circuit 811.Wherein Microprocessor Interface circuit 801 links to each other with microprocessor 6 with bus signals X2 by control signal X1, and sending order and the data that microprocessor 6 transmits to control center 800 by control signal C and traffic spike D, control center 800 also can propose interrupt request by Microprocessor Interface circuit 801 to microprocessor 6 with interrupt mode simultaneously.WUSB device controller interface circuit 802 links to each other with the WUSB device controller with data stream bus X4 by control bus X3, link to each other with FIFO storer 803 with traffic spike I by control signal H simultaneously, and link to each other with control center 800 with traffic spike Z by control signal G.FIFO storer 803 receives order and data from control center 800 by control signal J and traffic spike K, be connected with data storage or hard-disk interface circuit 804, USB or WSUB Host Controler Interface circuit 805, digital picture controller interface circuit 806, image displaying card or image display chip interface circuit 807, loudspeaker and microphone controller interface circuit 808, bluetooth-type or ZigBee type wireless network module controller interface circuit 809 respectively by traffic spike K simultaneously, be used for swap data.Data-carrier store or hard-disk interface circuit 804 link to each other with data-carrier store or hard disk 4 by bus X5, link to each other with control center 800 with traffic spike L by control signal M again.USB or WUSB Host Controler Interface circuit 805 link to each other with USB or WUSB master controller 17 by bus X6, and link to each other with control center 800 with traffic spike N by control signal O.Digital picture controller interface circuit 806 links to each other with digital picture controller 14 by bus X7, links to each other with control center 800 with traffic spike P by control signal Q.Image displaying card or image display chip interface circuit 807 link to each other with image displaying card or image display chip 12 by bus X8, and link to each other with control center 800 with traffic spike R by control signal S.Loudspeaker link to each other with microphone controller 18 with loudspeaker by bus X9 with microphone controller interface circuit 808, and link to each other with control center 800 with data stream T by control signal U.Bluetooth-type or ZigBee type wireless network module controller interface circuit 809 link to each other with bluetooth controller 20 by bus X10, and link to each other with control center 800 with traffic spike V by control signal W.Mouse controller interface circuit 810 links to each other with mouse controller 11 by bus X11, and links to each other with control center 800 with traffic spike E by control signal F.Keyboard and/or touch screen controller interface circuit 811 link to each other with keyboard and/or touch screen controller 9 by bus X12, link to each other with control center 800 with traffic spike A by control signal B.
Below in conjunction with Fig. 2 and Fig. 1, the workflow of the device control in the brief description wheeled apparatus of the present invention and the principle of work of data-switching bridge 8 and the various signals of processing:
(1) gets when electric when this wheeled apparatus, microprocessor 6 reads solidification software and carries out relative program from nonvolatile flash memory storer 5, send the initialization command of this wheeled apparatus for Microprocessor Interface circuit 801 by control signal X1 and data bus X2 earlier, Microprocessor Interface circuit 801 sends control center 800 to by control signal C and data bus D, and by control center's 800 execution.Microprocessor 6 can send order and carry out read-write operation for each peripheral components of this wheeled apparatus and equipment by control center 800, and its workflow and host computer are read and write the peripheral components of this wheeled apparatus and equipment class seemingly.
(2) WUSB device controller 3 sends WUSB device controller interface circuit 802 by order and the data from host computer that WUSB antenna 2 will receive to by control signal X3 and traffic spike X4,802 of WUSB device controller interface circuits are sent to control center 800 by control signal G and traffic spike Z with the order and the data of host computer, and also the control signal H by the FIFO storer will send FIFO storer 803 to by data bus I from the data of host computer simultaneously.WUSB device controller interface circuit 802 simultaneously also can be with from the state at control center 800 and control command G and traffic spike Z, send WUSB device controller 3 to from the traffic spike I of FIFO storer, by WUSB device controller 3 state and control command and data message is sent to host computer by WUSB antenna 2 again.
When (3) the control command signal G that receives when control center 800 is an image display command/data, WUSB device interface circuit 802 sends DMA address signal and data stream length signals to control center 800 by traffic spike Z simultaneously, also sends view data to FIFO storer 803 by data bus I by FIFO storer control signal H simultaneously.After control center 800 receives image display command, send image and show that control command S and DMA control signal and DMA address signal R are to image displaying card or image display chip interface circuit 807, after image displaying card or image display chip interface circuit 807 are ready to, start the DMA engine, the control signal J that sends first in first out by control center 800 gives FIFO storer 803, and input image data is sent to image displaying card or image display chip interface circuit 807 by data bus K from FIFO storer 803, perhaps oppositely transmit output data to FIFO storer 803, will show directly that perhaps control command is sent to image displaying card or image display chip interface circuit 807 by control center 800 from image displaying card or image display chip interface circuit 807; The read-write processing procedure that image displaying card or image display chip interface circuit 807 convert the read write command that sends and view data to image displaying card or image display chip type bus signals X8 again is to carry out this order.When image displaying card or image display chip interface circuit 807 execute this order, object information and state after will carrying out send control center 800 to by control bus S again, send WUSB device controller 3 by control center 800 to by WUSB device controller interface circuit 802 then, WUSB device controller 3 sends this object information and state to host computer by WUSB antenna 2.
When (4) the control command signal G that receives when control center 800 is the control command of audio frequency output command or loudspeaker and microphone controller, WUSB device interface circuit 802 sends DMA address signal and data stream length signals to control center 800 by data-signal Z simultaneously, and the while also sends voice data to FIFO storer 803 by data bus H by the control signal H of first in first out.After control center 800 receives the control command of audio frequency output command or loudspeaker and microphone controller, send DMA control signal and address signal T to loudspeaker and microphone controller interface circuit 808, after loudspeaker and microphone controller interface circuit 808 are ready to, start the DMA engine, send first in first out control signal J by control center 800 and give FIFO storer 803, and the voice data of output is sent to from FIFO storer 803 to loudspeaker and microphone controller interface circuit 808 by data bus K; Or directly audio frequency output command or loudspeaker and microphone controller control command are sent to loudspeaker and microphone controller interface circuit 808 by control center 800; The read-write processing procedure of the CODEC type bus signals X9 that loudspeaker and microphone controller interface circuit 808 convert the read write command that sends and voice data to loudspeaker and microphone controller again is to carry out this order.When loudspeaker and microphone controller interface circuit 808 execute this order, send object information and state after carrying out to control center 800 by control bus U, send WUSB device controller 3 by control center 800 to by WUSB device controller interface circuit 802 again, WUSB device controller 3 sends this object information and state to host computer by WUSB antenna 2.
When (5) the control command signal G that receives when control center 800 is the audio frequency input command, WUSB device controller interface circuit 802 sends the voice data length signals to control center 800 by data-signal Z simultaneously, after control center 800 receives the audio frequency input command, send DMA control signal and address signal T to loudspeaker and microphone controller interface circuit 808, after loudspeaker and microphone controller interface circuit 808 are ready to, loudspeaker and microphone controller interface circuit 808 become the audio input data command conversion that sends the read-write processing procedure of loudspeaker and microphone controller CODEC type bus signals X9 again, start the DMA engine simultaneously, send first in first out control signal J by control center 800 and give FIFO storer 803, and input audio data is sent to the FIFO storer 803 from loudspeaker and microphone controller interface circuit 808 by data bus K; After the voice data transmission finishes, loudspeaker and microphone controller interface circuit 808 send the audio input data command execution signal that finishes by control center 800 and control signal G to WUSB device controller interface circuit 802, WUSB device controller interface circuit 802 sends first in first out control signal H and gives FIFO storer 803, read audio input data by data-signal I from FIFO storer 803, send audio input data to WUSB device controller 3 by control signal X3 and data-signal X4 simultaneously, send audio input data and the status information that reads to host computer by WUSB device controller 3 by WUSB antenna 2 again.
(6) the control command signal G that receives when control center 800 is when reading the order of keyboard and/or touch screen data/control, control center 800 sends corresponding order by control signal B to keyboard and/or touch screen controller interface circuit 811, after keyboard and/or touch screen controller interface circuit 811 are ready to, the command conversion of data/control that the keyboard that sends and/or touch-screen are read becomes the read-write processing procedure of keyboard and/or touch screen controller type bus signals X12 again, after keyboard and/or touch screen controller interface circuit 811 execute operation, send data and/or the status information that reads to control center 800 by control signal B and data-signal A again, control center 800 sends data and/or the status information that reads to WUSB device controller interface circuit 802 by control signal G and data-signal Z, also can send first in first out control signal J and give FIFO storer 803, and the keyboard and/or the touch screen data of input is sent in the FIFO storer 803 by data bus K; After WUSB device controller interface circuit 802 receives the command execution end signal, WUSB device controller interface circuit 802 sends first in first out control signal H and gives FIFO storer 803, and read the input data from FIFO storer 803 by data-signal I, or WUSB device controller interface circuit 802 directly reads input data information and status information from control center 800, to import data by control signal X3 and traffic spike X4 simultaneously and send WUSB device controller 3 to, send the keyboard that reads and/or touch-screen input data and status information to host computer by WUSB device controller 3 by WUSB antenna 2 again.
When (7) the control command signal G that receives when control center 800 is the data that read mouse/control command, control center 800 sends corresponding order by control signal F to mouse controller interface circuit 810, after mouse controller interface circuit 810 is ready to, mouse data that the mouse that sends is read and/or control command convert the read-write processing procedure of mouse control type bus signals X11 to again, after mouse controller interface circuit 810 executes operation, just send data and/or the status information that reads to control center 800 by control signal F and data-signal E, control center 800 sends data and/or the status information that reads to WUSB device controller interface circuit 802 by control signal G and data-signal Z again, also can send first in first out control signal J and give FIFO storer 803, and the mouse data of input is sent in the FIFO storer 803 by data bus K; After WUSB device controller interface circuit 802 receives the command execution end signal, WUSB device controller interface circuit 802 sends first in first out control signal H and gives FIFO storer 803, read the input data by data-signal I from FIFO storer 803, or WUSB device controller interface circuit 802 directly reads the data and the status information of input from control center 800, by control signal X3 and data-signal X4 mouse is imported data simultaneously and send WUSB device controller 3 to, send mouse input data and the status information that reads to host computer by WUSB device controller 3 by WUSB antenna 2 again.
When (8) the control command signal G that receives when control center 800 is order to bluetooth controller or the 20 output data/controls of ZigBee wireless network module controller, WUSB device interface circuit 802 sends DMA address signal and data stream length signals to control center 800 by data-signal Z simultaneously, and the while also sends output data to FIFO storer 803 by data bus H by the control signal H of push-up storage 803.After control center 800 receives output data order or control command, send DMA control signal and address signal V to bluetooth controller or ZigBee wireless network module controller interface circuit 809, after bluetooth controller or ZigBee controller interface circuit 809 are ready to, start the DMA engine, send first in first out control signal J by control center 800 and give FIFO storer 803, and output data is sent to from FIFO storer 803 to bluetooth controller or ZigBee wireless network module controller interface circuit 809 by data bus K; Or directly output data or control command are sent to bluetooth controller or ZigBee wireless network module controller interface circuit 809 by control center 800; Bluetooth controller or ZigBee wireless network module controller interface circuit 809 become the read write command that sends the read-write processing procedure of bluetooth controller or ZigBee wireless network module control type bus signals X10 again with data-switching, to carry out this order.When bluetooth controller or ZigBee wireless network module controller interface circuit 809 execute this order, to carry out ending message and state and send control center 800 to by control bus V, send WUSB device controller 3 by control center 800 to by WUSB device controller interface circuit 802 again, 3 of WUSB device controllers send this object information and state to host computer by WUSB antenna 2.
(9) the control command signal G that receives when control center 800 is during from bluetooth controller or ZigBee wireless network module controller 20 input data commands, WUSB device controller interface circuit 802 sends the data length signal to control center 800 by data-signal Z simultaneously, control center 800 receives to behind bluetooth controller or ZigBee wireless network module controller 20 input data commands, send DMA control signal and address signal T to bluetooth controller or ZigBee wireless network module controller interface circuit 809, after bluetooth controller or ZigBee wireless network module controller interface circuit 809 are ready to, bluetooth controller or ZigBee wireless network module controller interface circuit 809 will convert the read-write processing procedure of bluetooth controller or ZigBee control type bus signals X10 again from the input data command that bluetooth controller or ZigBee wireless network module controller 20 send to, start the DMA engine simultaneously, send first in first out control signal J by control center 800 and give FIFO storer 803, and will import data and send to the FIFO storer 803 from bluetooth controller or ZigBee wireless network module controller interface circuit 809 by data bus K; Behind Data Transfer Done, bluetooth controller or ZigBee wireless network module controller interface circuit 809 send the input data command by control center 800 and control signal G to WUSB device controller interface circuit 802 and carry out end signal, WUSB device controller interface circuit 802 sends first in first out control signal H and gives FIFO storer 803, and read bluetooth-type annex or ZigBee type annex input data from FIFO storer 803 by data-signal I, send bluetooth-type annex or ZigBee type annex input data to WUSB device controller 3 by control signal X3 and data-signal X4 simultaneously, send the bluetooth-type annex that reads or ZigBee type annex input data and status information to host computer by WUSB device controller 3 by WUSB antenna 2 again.
When (10) the control command signal G that receives when control center 800 is the control command of digital image controller 14, control center 800 sends the corresponding command by control signal Q to digital image controller device interface circuit 806, after digital image controller device interface circuit 806 is ready to, again the digital image controller control command that sends is converted to the read-write processing procedure of digital image control type bus signals X7, after digital image controller interface circuit 806 executes operation, send status information to control center 800 by control signal Q, control center 800 sends the status information that reads to WUSB device controller interface circuit 802 by control signal G and data-signal Z, after WUSB device controller interface circuit 802 receives the command execution end signal, send status information to WUSB device controller 3 by control signal X3 and data-signal X4, send status information to host computer by WUSB device controller 3 by WUSB antenna 2 again.
(11) the control command signal G that receives when control center 800 is during from digital picture controller 14 input digital image data commands, WUSB device controller interface circuit 802 sends the data length signal to control center 800 by data-signal Z simultaneously, control center 800 receives behind the input digital image data command of digital picture controller 14, send DMA control signal address signal P to digital picture controller interface circuit 806, after digital picture controller interface circuit 806 is ready to, digital picture controller interface circuit 806 will convert the read-write processing procedure of digital picture control type bus signals X7 again from the input data command that digital picture controller 14 sends to, start the DMA engine simultaneously, send first in first out control signal J by control center 800 and give FIFO storer 803, and will import data and be sent to the FIFO storer 803 from digital picture controller interface circuit 806 by data bus K; Behind Data Transfer Done, digital picture controller interface circuit 806 sends the input data command by control center 800 and control signal G to WUSB device controller interface circuit 802 and carries out end signal, WUSB device controller interface circuit 802 sends first in first out control signal H and gives FIFO storer 803, read digital picture input data by data-signal I from FIFO storer 803, by control signal X3 and data-signal X4 bluetooth is imported data simultaneously and send WUSB device controller 3 to, send digital picture controller input data and the status information that reads to host computer by WUSB device controller 3 by WUSB antenna 2 again.
When (12) the control command signal G that receives when control center 800 is USB master controller or WUSB master controller 17 output datas and/or control command, WUSB device controller interface circuit 802 sends data stream length signals and address signal to control center 800 by data-signal Z simultaneously, control center 800 receives to after USB master controller or the 17 output data/orders of WUSB master controller, send DMA control signal O and address signal N to USB or WUSB Host Controler Interface circuit 805, after USB or WUSB Host Controler Interface circuit 805 are ready to, start the DMA engine, send first in first out control signal J by control center 800 and give FIFO storer 803, and from FIFO storer 803, send output data to USB or WUSB Host Controler Interface circuit 805 by data bus K; Or directly output data or control command are sent to USB or WUSB Host Controler Interface circuit 805 by control center 800; USB or WUSB Host Controler Interface circuit 805 become the read write command that sends the read-write processing procedure of USB or WUSB main control type bus signals X6 again with data-switching, to carry out this order.Carrying out these orders when USB or WUSB Host Controler Interface circuit 805 finishes, to carry out the object information and the state that finish again and send control center 800 to by control bus Q, send WUSB device controller 3 by control center 800 to by WUSB device controller interface circuit 802 again, WUSB device controller 3 sends execution result information and state to host computer by WUSB antenna 2.
(13) the control command signal G that receives when control center 800 is during from USB or WUSB master controller 17 input data commands, WUSB device controller interface circuit 802 sends the data stream length signals to control center 800 by data-signal Z simultaneously, control center 800 receives behind USB or WUSB master controller 17 input data commands, send DMA control signal and address signal N to USB or WUSB Host Controler Interface circuit 805, after USB or WUSB Host Controler Interface circuit 805 are ready to, USB or WUSB Host Controler Interface circuit 805 will become the read-write processing procedure of USB or WUSB main control type bus signals X6 from input data/command conversion that USB or WUSB master controller 17 send again, start the DMA engine simultaneously, send FIFO control signal J by control center 800 and give FIFO storer 803, and send the data that read to FIFO storer 803 by data bus K from USB or WUSB Host Controler Interface circuit 805; Behind Data Transfer Done, USB or WUSB Host Controler Interface circuit 805 send the reading of data command execution signal that finishes by control center 800 and control signal G to WUSB device controller interface circuit 802, WUSB device controller interface circuit 802 sends FIFO control signal H and gives FIFO storer 803, read the input data by data-signal I from FIFO storer 803, send the input data of USB or WUSB master controller to WUSB device controller 3 by control signal X3 and data-signal X4 simultaneously, send digital picture controller input data and the status information that reads to host computer by WUSB device controller 3 by WUSB antenna 2 again.
(14) the control command signal G that receives when control center 800 is during to data-carrier store or hard disk 4 output/input data and/or order, then send DMA control signal M and DMA address signal L and give data-carrier store or hard-disk interface circuit 804, after data-carrier store or hard-disk interface circuit 804 are ready to, start the DMA engine, send first in first out control signal J by control center 800 and give FIFO storer 803, and data are sent to data-carrier store or hard-disk interface circuit 804 by data bus K from FIFO storer 803, or be sent to FIFO storer 803 from data-carrier store or hard-disk interface circuit 804; Data-carrier store or hard-disk interface circuit 804 become the read-write process of data-carrier store or hard disk type bus signals X5 with the DMA read write command that sends with data-switching, to carry out this order.
(15) if USB or WUSB master controller 17, or image displaying card or image display chip 12, or digital picture controller 14 waits other peripheral components desires to read and write data from data-carrier store or hard disk 4, these peripheral components send the DMA read write command by its corresponding peripheral components controller interface circuit respectively, as USB or WUSB Host Controler Interface circuit 805, pass through control center 800 with the DMA control signal by the peripheral components controller interface circuit again, the DMA address signal, data-signal sends to data-carrier store or hard-disk interface circuit 804, data-carrier store or hard-disk interface circuit 804 are write entry data memory or hard disk 4 to these data by data bus X5 again or are read from data-carrier store or hard disk 4, send data of reading in or the feedback signal that writes to corresponding peripheral components controller interface circuit through control center 800 by DMA control signal L and data-signal M then, send corresponding peripheral components controller to by the peripheral components controller interface circuit again.
(16) when the bus protocol conformance to standard of above-mentioned any one peripheral components/equipment, its peripheral components interface circuit can be combined into same interface circuit, for example, if the bus model X8 of the bus model X6 of USB or WUSB master controller 17 and image displaying card or image display chip is both PCI type bus, then USB or WUSB Host Controler Interface circuit 805 and image displaying card or image display chip interface circuit 807 are same pci bus interface circuit.
Referring to Fig. 3, introduce the method for work of wheeled apparatus of the present invention, comprise the steps:
(1) initialization beamhouse operation: the management application program of on the operating system of host computer, loading this wheeled apparatus, the driver of each annex that between the upper strata of host computer operating system and underlying operating system, loads this wheeled apparatus and link to each other with this wheeled apparatus, and in the microprocessor of this wheeled apparatus, solidification software is installed; This wheeled apparatus is selected to connect following one or more equipment respectively: bluetooth-type or ZigBee type input-output apparatus, USB type or WUSB type input-output apparatus;
(2) set up data exchange channel: by the WUSB antenna this wheeled apparatus is connected to host computer, between is set up the data transmission interchange channel based on the WUSB bus communication protocol;
(3) carry out transmission, conversion and the execution of data and command information: according to the communication protocol of WUSB bus in host computer and the transmission between the two of this wheeled apparatus, translation data and fill order information.
The method of work of wheeled apparatus of the present invention be by each hardware peripherals of this wheeled apparatus under the common driving that is arranged at a plurality of Control Software in this wheeled apparatus and the host computer and cooperating, be achieved.Therefore, referring to Fig. 4, briefly introduce the various Control Software of wheeled apparatus of the present invention and relation each other thereof.These Control Software comprise: be installed in the wheeled apparatus management application program in the host computer, the driver and the operating system of this wheeled apparatus, and the control of the device of wheeled apparatus of the present invention and data-switching bridge and/or solidification software.Wherein the driver of this wheeled apparatus is arranged between host computer upper strata operating system and the underlying operating system, this wheeled apparatus driver and host computer upper strata operating system and underlying operating system interaction.The management application program of wheeled apparatus of the present invention is loaded on the operating system of host computer upper strata, and with upper strata operating system and the interaction of user's desktop system.Device control in the wheeled apparatus of the present invention and data-switching bridge and/or solidification software then with the underlying operating system interaction of host computer.
The present invention is connected to the method for work of host computer as wheeled apparatus, its key be to set up between host computer and this wheeled apparatus information exchanging channel and to the management and the driving of this wheeled apparatus.For this reason, the driver of wheeled apparatus management application program and this wheeled apparatus need be installed in host computer, and set up information exchange method between wheeled apparatus management application program and the host computer upper strata operating system, the driver of this wheeled apparatus respectively and the information exchange method between host computer underlying operating system and the host computer upper strata operating system and is set up the data between host computer and this wheeled apparatus and the transfer approach of command information.The WUSB device controller 3 that is provided with in the wheeled apparatus of the present invention has the WUSB of realization bus interface standards, control data information transmits and exectorial function, so wheeled apparatus of the present invention and method of work thereof are applicable to the host computer and the operating system of any support WUSB bus interface.
The operating process of the wherein several major control softwares of following mask body introduction:
Referring to Fig. 5, introduce the workflow of solidification software of the present invention.When wheeled apparatus of the present invention powers on, solidification software carries out preliminary initialization to this wheeled apparatus of the present invention, after initialization finishes, when this wheeled apparatus is connected to host computer by the WUSB antenna, give host computer by this wheeled apparatus information of WUSB antenna transmission, the driver of the driver of this wheeled apparatus and each annex of linking to each other with this wheeled apparatus carries out initialization once more to this wheeled apparatus in the solidification software of this wheeled apparatus and device control and the data-switching bridge matching computer main frame, and by solidification software with the control of the device of this wheeled apparatus and data-switching bridge according to the driver of the driver of this wheeled apparatus in the host computer and each annex of linking to each other with this wheeled apparatus or the requirement of upper strata operating system, carry out operation of WUSB bus standard or specific instruction operation, and carry out operations request, and this operation requests or execution result and state are returned to the driver of this wheeled apparatus in the host computer from wheeled apparatus peripherals.For example: the device control and the data-switching bridge of this solidification software and wheeled apparatus of the present invention will be from the view data of host computer, keyboard and/or touch-screen order, mouse command, voice data and order, USB or WUSB master controller data and order, the digital image control order, bluetooth-type controller or ZigBee type controller data and order send the device control and the data-switching bridge of this wheeled apparatus to, simultaneously will be from the peripherals information of this wheeled apparatus (as keyboard and/or touch-screen order and data, mouse command and data, digital picture input data, USB or WUSB device data and order, bluetooth equipment data and order) send host computer to by the WUSB bus interface.This solidification software also can be operated the various peripherals of apparatus of the present invention by the device control and the data-switching bridge of apparatus of the present invention simultaneously.
Referring to Fig. 6, specifically introduce the workflow of the driver of wheeled apparatus of the present invention.When wheeled apparatus of the present invention was connected to host computer by the WUSB antenna, host computer upper strata operating system can detect the access of this wheeled apparatus automatically by the WUSB antennal interface, and this moment, upper strata operating system will activate this driver immediately.After this driver is activated, carry out initialization operation immediately, cooperate the device control of this wheeled apparatus and data-switching bridge and/or solidification software to finish the initialization of this wheeled apparatus jointly, and indication upper strata operating system is each peripheral components generation corresponding device thereof symbol of matching of this wheeled apparatus, as an image displaying card device symbol, keyboard and/or touch panel device symbol, a mouse apparatus symbol, an acoustics symbol, a digital camera WebCan device symbol, USB master controller or WUSB main controller device symbol and coupled peripheral device symbol, bluetooth-type control device symbol or ZigBee type wireless network module control device symbol and coupled peripheral device symbol etc., after upper strata operating system is received this instruction, each peripheral components that just is this wheeled apparatus produces corresponding each device symbol, activate simultaneously and notify this wheeled apparatus management application program, and with each device symbol notice wheeled apparatus management application program of being distributed, produce user's desktop system by wheeled apparatus management application program for this wheeled apparatus, each device symbol that simultaneously upper strata operating system is produced is distributed to this user's desktop system.After this driver is finished above-mentioned insertion processing, promptly enter the waiting status of waiting for operation requests.In the aforesaid operations process, control of the device of wheeled apparatus of the present invention and data-switching bridge and/or solidification software can receive and handle the operation requests from upper strata operating system and this driver.This driver is packed data and order at wheeled apparatus peripherals of the present invention that upper strata operating system sends according to WUSB bus standard prescribed form, be sent to device control and the data-switching bridge or the solidification software execution of this wheeled apparatus by underlying operating system.Give upper strata operating system after the data of the peripherals of this wheeled apparatus that this driver sends wheeled apparatus of the present invention simultaneously and the command conversion; Also to finish plug and play and with the coordinated manipulation of upper strata operating system, in case this wheeled apparatus dead electricity, all device symbols that this driver can notify upper strata operating system cancellation to distribute to this wheeled apparatus immediately are simultaneously by upper strata operating system notice wheeled apparatus management application program unit.In addition, order and data that this driver sends the application program of the pairing user's desktop system of apparatus of the present invention are changed, and the order after will changing and data send device control and the data-switching bridge or the microprocessor of apparatus of the present invention to through underlying operating system, are carried out by the device control of apparatus of the present invention and data-switching bridge or microprocessor.
For example, when the usb bus interface 16 in general wired USB type equipment insertion apparatus of the present invention, USB master controller 17 just is delivered to wheeled apparatus driver of the present invention in the host computer with the USB device information inserted by device control and data-switching bridge 8, insert apparatus of the present invention by the now existing USB device of this driver notice upper strata operating system, call the driver of corresponding USB device by upper strata operating system.When general bluetooth-type equipment (as the bluetooth-type earphone) when being connected to bluetooth controller 20 by the bluetooth-type antenna, bluetooth controller 20 just is delivered to wheeled apparatus driver of the present invention in the host computer with the bluetooth-type facility information that connects by device control and data-switching bridge 8, be connected to apparatus of the present invention by the existing bluetooth-type earphone of this driver notice upper strata operating system, call the driver of corresponding bluetooth-type equipment by upper strata operating system.When the user turned off the power supply of this wheeled apparatus, device control in this device and data-switching bridge and/or solidification software were out of service immediately, and the upper strata operating system of host computer can detect this wheeled apparatus dead electricity automatically; At this moment, upper strata operating system can be immediately this event notice wheeled apparatus driver of the present invention, after wheeled apparatus driver of the present invention is received this notice, carry out relevant treatment immediately, and indication upper strata operating system is eliminated and corresponding each device of this wheeled apparatus and device symbol; After upper strata operating system was received instruction, the operating system immediate cancel accorded with the user's desktop system that links to each other with this wheeled apparatus with corresponding each device of this extension apparatus and device, and notice wheeled apparatus management application program.
Referring to Fig. 7, introduce the workflow that is installed in the wheeled apparatus management application program of the present invention on the host computer.When apparatus of the present invention were connected to host computer by the WUSB antenna, upper strata operating system was that the peripherals of the wheeled apparatus of this connection produces and distribution corresponding device thereof symbol, then, activates this wheeled apparatus management application program immediately.After this wheeled apparatus management application program is activated, carry out initialization operation immediately, notifying upper strata operating system simultaneously is that the wheeled apparatus that is connected produces user's desktop system, and will be distributed to user's desktop system of new generation by the device symbol that this peripherals that is connected to the wheeled apparatus of host computer produces.After wheeled apparatus management application program is finished the insertion processing, promptly enter the waiting status of waiting for operation requests.Simultaneously the input/output commands of the peripherals of wheeled apparatus is sent to the application program of the pairing user's desktop system of this wheeled apparatus, handle by it.When the user turned off this wheeled apparatus power supply, this management application program was carried out user's desktop system immediately and is withdrawed from the processing operation.
Following mask body is introduced the method that realizes exchanges data between the various peripherals of wheeled apparatus of the present invention and the host computer, and the operation steps when wherein host computer is sent to wheeled apparatus of the present invention with view data is as follows:
(1) host computer upper strata operating system is accepted the image display command that the application program of user's desktop system of this wheeled apparatus correspondence sends;
(2) host computer upper strata operating system is interpreted as the image-driven order of one group of standard with described image display command, and this order is sent to the driver of described wheeled apparatus;
(3) driver of this wheeled apparatus is the device control of this wheeled apparatus and the special image display operation order that the data-switching bridge can be understood and carry out with the image-driven command conversion, and sends the underlying operating system of host computer to;
(4) the special image display operation order after the underlying operating system of host computer will be changed sends the device control and the data-switching bridge of this wheeled apparatus to through the WUSB antenna;
(5) control of the device of this wheeled apparatus and data-switching bridge are carried out this operational order: image displaying card or image display chip are exported in the order of special image display operation, be used for output image, and the execution result and the state of order returned driver to this wheeled apparatus via underlying operating system, carry out subsequent treatment by this driver.
Operation steps when host computer is input to this wheeled apparatus with the voice/audio data data is as follows:
(1) host computer upper strata operating system is accepted voice/audio data and the order that the application program of user's desktop system of this wheeled apparatus correspondence is sent;
(2) host computer upper strata operating system sends to this voice/audio data and order the driver of this wheeled apparatus;
(3) driver of this wheeled apparatus is the device control of this wheeled apparatus and dedicated voice/voice data and the order that the data-switching bridge can be understood and carry out with this voice/audio data and command conversion, and sends the underlying operating system of host computer to;
(4) dedicated voice/voice data after the underlying operating system of host computer will be changed and order are controlled and the data-switching bridge via the device that the WUSB antenna sends in this wheeled apparatus;
(5) this device control and data-switching bridge are carried out this operational order: dedicated voice/voice data and order are exported to Audio Controller, be used for output sound, and the execution result that will order and state return driver to this wheeled apparatus via underlying operating system, carries out subsequent treatment by this driver.
Operation steps when this wheeled apparatus is input to host computer with speech data is as follows:
(1) control of the device of this wheeled apparatus and data-switching bridge send the speech data of user's input to the underlying operating system of host computer by the WUSB antenna;
(2) underlying operating system of host computer sends the speech data of user's input to the driver of described wheeled apparatus;
(3) after the driver of this wheeled apparatus is changed the speech data of user's input, send host computer upper strata operating system to;
(4) the upper strata operating system of host computer sends the speech data of user input the application program of the pairing user's desktop system of this wheeled apparatus to, carries out subsequent treatment by this application program.
Embedded keyboard input information by wheeled apparatus of the present invention is as follows to the operation steps of host computer:
(1) underlying operating system that the device of this wheeled apparatus is controlled and the data-switching bridge will send host computer to by the data and the order of the embedded keyboard input of this wheeled apparatus by the WUSB antenna;
(2) underlying operating system of this host computer driver that will send this wheeled apparatus to by the data and the order of the keyboard of this wheeled apparatus input;
(3) send the upper strata operating system of this host computer after the driver of this wheeled apparatus will be changed with order by the data that the keyboard of this wheeled apparatus is imported to;
(4) the upper strata operating system of this host computer user's desktop system application program that will send this wheeled apparatus correspondence to by the data and the order of the keyboard of this wheeled apparatus input is carried out subsequent treatment by this application program.
Embedded touch-screen by wheeled apparatus is as follows with the operation steps that information is input to host computer:
(1) device of this wheeled apparatus control and data-switching bridge will be by the data of the embedded touch-screen input of this wheeled apparatus and order sends this host computer to by the WUSB antenna underlying operating systems;
(2) underlying operating system of this host computer will be by the data of the embedded touch-screen input of this wheeled apparatus and the driver that order sends this wheeled apparatus to;
(3) driver of this wheeled apparatus will send host computer upper strata operating system to after will being changed by the data of the embedded touch-screen input of this wheeled apparatus and order;
(344) host computer upper strata operating system will be carried out subsequent treatment by this application program by the embedded touch-screen of this wheeled apparatus data of importing and the application program of ordering the user's desktop system that sends this wheeled apparatus correspondence to.
Wheeled apparatus of the present invention is as follows with the operation steps that information is input to host computer by embedded mouse:
(1) device of this wheeled apparatus control and data-switching bridge will be by the data of the embedded mouse input of this wheeled apparatus and order sends host computer to by the WUSB antenna underlying operating systems;
(2) underlying operating system of host computer will be by the data of the embedded mouse input of this wheeled apparatus and the driver that order sends this wheeled apparatus to;
(3) driver of this wheeled apparatus will be by the data of the embedded mouse input of this wheeled apparatus and the upper strata operating system that host computer was changed or sent in order;
(4) the upper strata operating system of host computer will be carried out subsequent treatment by this application program by the embedded mouse of this wheeled apparatus data of importing and the application program of ordering the user's desktop system that sends this wheeled apparatus correspondence to.
Operation when wheeled apparatus of the present invention outputs to the USB master controller of this wheeled apparatus or WUSB master controller with data and order comprises the steps:
(1) host computer upper strata operating system receives data and the order that operating system nucleus Kernel or USB type input-output device or WUSB type input-output device driver send to the USB master controller or the WUSB master controller of this wheeled apparatus;
(2) host computer upper strata operating system is the USB master controller or the data of WUSB master controller and USB master controller or WUSB main control type data and the order that command interpretation is a series of standard that receive, and these data and order sent to the driver of this wheeled apparatus;
(3) the USB master controller of the driver of this wheeled apparatus specific format that the data of the USB master controller of standard or WUSB main control type and command conversion can be understood and be carried out for this wheeled apparatus or the data and the order of WUSB main control type, and according to the packing of WUSB standard, data and order after will packing send the host computer underlying operating system to again;
The data of the USB master controller of the specific format after (4) the host computer underlying operating system will be packed or WUSB main control type and order through the Wireless USB antenna send to the device control of this wheeled apparatus and data-switching bridge/or microprocessor in solidification software;
(5) device of this wheeled apparatus control and data-switching bridge/or microprocessor in solidification software carry out corresponding operating, the USB master controller of this specific format or the data and the order of WUSB main control type are exported to the USB master controller, or WUSB master controller, or data-carrier store, handle these data or carry out corresponding operation by USB master controller or WUSB main control type, and with execution result and status information or the USB type that reads or or the data of the WUSB type input-output device underlying operating system of giving this host computer via the Wireless USB antenna transmission, transmit the driver that returns to this wheeled apparatus by underlying operating system again.
The operation of transmission and translation data and order comprises the following steps: between the USB master controller of wheeled apparatus of the present invention or WUSB master controller and its external USB type or the WUSB type input-output apparatus
(1) USB master controller or WUSB master controller receive order and the data from the device control and the solidification software transmission in data-switching bridge or the microprocessor of this wheeled apparatus;
(2) USB master controller or WUSB master controller are carried out corresponding operating, order is directly outputed to coupled USB type or WUSB type input-output apparatus, or data are read and output to coupled corresponding USB type or WUSB type input-output apparatus from data-carrier store, perhaps from corresponding USB type or WUSB type input-output apparatus, read in data, and be written in the data-carrier store;
(3) after USB master controller or WUSB master controller execute aforesaid operations, notify device control and the data-switching bridge or the microprocessor of this wheeled apparatus, carry out subsequent treatment by this device control and data-switching bridge or microprocessor cooperation solidification software.
Comprise the following steps: from the operation during to host computer of the digital camera input digital image information of this wheeled apparatus
(1) control of the device of this wheeled apparatus and data-switching bridge will be sent to the underlying operating system of host computer by the digital image information that the digital camera of this device is imported by the WUSB antenna;
(2) underlying operating system of host computer will be sent to the driver of this wheeled apparatus by the digital image information that the digital camera of this wheeled apparatus is imported;
(3) after the driver of this wheeled apparatus will be changed by the digital image information that the digital camera of this wheeled apparatus is imported, send the upper strata operating system of host computer to;
(4) the upper strata operating system of host computer will be sent to user's desktop system application program of this wheeled apparatus correspondence by the digital image information that the digital camera of this wheeled apparatus is imported, and carry out subsequent treatment by this application program.
The operation of wheeled apparatus of the present invention when data and order being outputed to the bluetooth-type controller of this device comprises following content:
(1) the upper strata operating system of host computer user's desktop system application program of receiving this wheeled apparatus correspondence sends to the data and the order of the bluetooth-type controller or the ZigBee type controller of this wheeled apparatus, these data and order is sent to the driver of described host computer again;
(2) the bluetooth-type controller of the driver of described host computer specific format that the data of bluetooth-type controller or ZigBee controller and command conversion can be understood and be carried out for this wheeled apparatus or the data and the order of ZigBee controller, and according to the packing of WUSB standard, data after will packing again and order send the underlying operating system of described host computer to;
The bluetooth-type controller of the specific format after (3) underlying operating system of this host computer will be packed or the data of ZigBee controller and order send the device control of this wheeled apparatus and the solidification software in data-switching bridge or the microprocessor to through the Wireless USB antenna;
(4) solidification software in the control of the device of this wheeled apparatus and data-switching bridge or the microprocessor is carried out corresponding operating, the bluetooth-type controller of this specific format or the data and the order of ZigBee controller are exported to bluetooth-type controller or ZigBee controller, or data-carrier store, handle these data or carry out corresponding operating by bluetooth-type controller or ZigBee controller, and, transmit by underlying operating system again and return to this driver the underlying operating system that the data of execution result and status information or bluetooth-type controller that reads or ZigBee type input-output apparatus are given described host computer via wireless WUSB antenna transmission.
Introduce the working condition of three embodiment of the present invention below:
Referring to Fig. 8, first embodiment is that wheeled apparatus of the present invention is connected to host computer by the WUSB antenna, wherein host computer 200 is settled in the family computer house or studies, this host computer is connected to the internet simultaneously, in 300 of wheeled apparatus of the present invention are can be by the user hand held, and in home-ranges, freely walk about.This wheeled apparatus 300 communicates contact by WUSB antenna and host computer 200, embedded keyboard and/or the touch-screen, mouse of user by this wheeled apparatus uses all hardware resource and software resource in the host computer 200, as being sitting in host computer 200 fronts.The user dials free or cheap IP network phone by the embedded loudspeaker of this wheeled apparatus and the communication application program in microphone and the host computer 200 simultaneously, perhaps beats videophone with the embedded digital camera of this wheeled apparatus again; Also can watch network TV IPTV or appreciate digital movie or the online be stored in the host computer 200 or play games by the application program in display screen in this wheeled apparatus and the host computer 200.Simultaneously, link to each other with bluetooth-type annex or ZigBee type annex (as bluetooth-type or ZigBee type earphone), allow the user more freely use wheeled apparatus of the present invention by bluetooth controller in this wheeled apparatus or ZigBee controller.
Though the embodiment among Fig. 8 has only a wheeled apparatus to be connected to host computer, in fact, can have many playscripts with stage directions invention wheeled apparatus all to be connected to same host computer by the WUSB antenna, every wheeled apparatus can use the software and hardware resource in same the host computer simultaneously.For example a playscript with stage directions invention wheeled apparatus is being made a call IP network by host computer, and another playscript with stage directions invention wheeled apparatus can be seen a film or surf the Net by host computer simultaneously.Use same host computer by many playscripts with stage directions invention wheeled apparatus, the user can save the hardware and software investment of a lot of repetitions.
Referring to Fig. 9, this is wheeled apparatus of the present invention is connected to host computer by the WUSB antenna second embodiment, computer house or study that the host computer 200 that is connected with the internet is settled in the family, wheeled apparatus 300 of the present invention is placed in the parlor, and link to each other with TV 300 by televisor interface 14, wheeled apparatus 300 communicates contact by WUSB antenna and host computer 200.The user can watch Web TV or see by this embodiment and be stored in the digital movie in the host computer 200 or see the film of playing in the DVD player in the host computer 200 on TV 300.The user no longer needs to buy independent DVD player like this.
The USB interface of wheeled apparatus of the present invention or WUSB antenna 16 can be used for connecting wired USB device or WSUB equipment, be connected to the 3rd embodiment of host computer by the WUSB antenna referring to wheeled apparatus of the present invention shown in Figure 10, wherein host computer 200 is settled in the family computer house or studies, wheeled apparatus 300 of the present invention is placed in the parlor, the usb 16 of wheeled apparatus 300 of the present invention connects the USB digital camera simultaneously, the user can directly be sent to host computer 200 by the WUSB antenna with the digital photo in the USB digital camera by wheeled apparatus 300 of the present invention, need not the USB digital camera is connected to the USB interface of host computer 200.

Claims (23)

1, a kind of wheeled apparatus, the control circuit of this device are provided with to this device direct supply power supply, that be made up of rechargeable battery and/or charging circuit are provided; It is characterized in that, at least include on the control circuit of this wheeled apparatus: carry out the radio universal serial bus WUSB antenna of data communication and the WUSB device controller that is connected with the WUSB antenna with host computer, be used for connecting bluetooth-type or the ZigBee type antenna and the coupled bluetooth controller or the ZigBee wireless network module controller of bluetooth-type or ZigBee wireless network module type input-output apparatus, be used for storing the nonvolatile flash memory storer of solidification software and/or initialization data, be used for storing the data-carrier store and/or the hard disk of data, be used for display screen or the display interface device or the televisor interface of output image information, and coupled image displaying card or image display chip, and the microprocessor and device control and the data-switching bridge that are used as the control center of this device; Wherein, microprocessor carries out initialization and every control operation by device control and data-switching bridge to comprise device control and data-switching bridge and the one or more peripheral components that are connected with this bridge, can match of this device; The host computer command that device control and data-switching bridge send the WUSB device controller sends the respective peripheral device or the microprocessor of this device to after conversion, and send the WUSB device controller to after the peripheral components of this device or microprocessor being sent to the command conversion of host computer, send host computer by the WUSB device controller to by the WUSB antenna again, thereby set up the data transmission interchange channel of this wheeled apparatus and host computer, so that use the resource of host computer and the function of the multiple household consumption electronic product of realization by this wheeled apparatus.
2, wheeled apparatus according to claim 1, it is characterized in that: also include following peripheral components on the control circuit of described wheeled apparatus: be used for the embedded keyboard and/or the touch-screen of input information and order, mouse and coupled respectively keyboard controller and/or touch screen controller, mouse controller, be used for exporting/importing the loudspeaker/microphone of voice messaging and coupled loudspeaker/microphone controller, be used for the digital camera of input image information and coupled digital image controller, be used for connecting usb bus interface or the WUSB antenna and the coupled USB master controller or the WUSB master controller of various USB or WUSB type input-output apparatus.
3, wheeled apparatus according to claim 1, it is characterized in that: the bluetooth-type of described wheeled apparatus or ZigBee type antenna and coupled bluetooth controller or ZigBee wireless network module controller can omit, but must dispose following parts and device this moment: keyboard controller that embedded keyboard and/or touch-screen, mouse and difference are coupled and/or touch screen controller, mouse controller, loudspeaker/microphone and coupled loudspeaker/microphone controller; The display screen of described wheeled apparatus also can omit, but must dispose televisor interface or display interface device at this moment to connect televisor or display.
4, wheeled apparatus according to claim 1, it is characterized in that: described wheeled apparatus can be matched following one or more peripheral circuit or equipment and become one: embedded keyboard and/or touch-screen and coupled keyboard controller and/or touch screen controller, mouse and coupled mouse controller, loudspeaker/microphone and coupled loudspeaker/microphone controller, bluetooth-type antenna or ZigBee type antenna and coupled bluetooth controller or ZigBee wireless network module controller, the televisor interface, display interface device, USB master controller or WUSB master controller and coupled usb bus interface or WUSB antenna.
5, wheeled apparatus according to claim 1, it is characterized in that: the control circuit of control of described device and data-switching bridge includes: with being for data processing and the control center of command conversion control, and respectively with this control center's microprocessor linked interface circuit, WUSB device controller interface circuit, keyboard and/or touch screen controller interface circuit, the mouse controller interface circuit, image displaying card or image display chip interface circuit, the digital picture controller interface circuit, USB master controller or WUSB Host Controler Interface circuit, loudspeaker/microphone controller interface circuit, bluetooth controller or ZigBee wireless network module controller interface circuit, data-carrier store interface circuit or hard-disk interface circuit, the fifo fifo storer.
6, wheeled apparatus according to claim 1 is characterized in that: described device control and data-switching bridge are to adopt field programmable logic array (FPLA) fpga chip or application-specific integrated circuit ASIC chip and peripheral component thereof to realize; This device control and data-switching bridge can integrated described one or more peripheral components controller in an asic chip, be aided with peripheral unit again and realize its function.
7, wheeled apparatus according to claim 1, it is characterized in that: described microprocessor and described WUSB device controller are integrated into a dedicated IC chip, perhaps described microprocessor and the control of described device and data-switching bridge are integrated into a dedicated IC chip, and perhaps described microprocessor and the control of described device and data-switching bridge, described WUSB device controller are integrated into a dedicated IC chip.
8, wheeled apparatus according to claim 1 is characterized in that: described WUSB device controller is made up of with the device control logic circuit of the standard of realization WUSB function and relevant peripheral component thereof ultra-wideband physical-layer transceiver Ultera-Wideband (UWB) PHY Transceiver, ultra broadband medium accesses controller UWB MAC; Described ZigBee wireless network module controller is made up of the Physical layer of supporting the IEEE802.15.4 agreement, medium accesses layer MAC and the mixed-media network modules mixed-media of realization ZigBee agreement and relevant peripheral component thereof; Described bluetooth controller is made up of with the logical circuit of realizing the Bluetooth protocol standard and relevant peripheral component thereof the bluetooth baseband peripheral circuit.
9, wheeled apparatus according to claim 1, it is characterized in that: described wheeled apparatus is by the driver of each peripherals that is arranged on upper strata operating system in the host computer and this wheeled apparatus between the underlying operating system and links to each other with this wheeled apparatus, and the solidification software in the control of the device of this wheeled apparatus and data-switching bridge and/or the microprocessor drives jointly.
10, a kind of method of work of wheeled apparatus is characterized in that: comprise the steps:
(1) initialization beamhouse operation: the management application program of on the operating system of host computer, loading this wheeled apparatus, the driver of each peripherals that between the upper strata of host computer operating system and underlying operating system, loads this wheeled apparatus driver and link to each other with this wheeled apparatus, and in the microprocessor of this wheeled apparatus, solidification software is installed; This wheeled apparatus is selected to connect following one or more equipment respectively: bluetooth-type or ZigBee type input-output apparatus, USB type or WUSB type input-output apparatus;
(2) set up data exchange channel: by the WUSB antenna this wheeled apparatus is connected to host computer, between is set up the data transmission interchange channel based on the WUSB bus communication protocol;
(3) carry out transmission, conversion and the execution of data and command information: according to the transmission between the device control of host computer and this wheeled apparatus and the solidification software in data-switching bridge and/or the microprocessor of the communication protocol of WUSB bus, translation data and fill order information.
11, method of work according to claim 10, it is characterized in that: the management application program of described wheeled apparatus is to set up user's desktop system for this wheeled apparatus that is connected to host computer by the WUSB antenna, so that user's desktop system that the device symbol of pairing each peripherals that comprises display screen, keyboard and/or touch-screen, mouse, WebCan digital camera head, bluetooth-type or ZigBee type input-output apparatus, USB type or WUSB type input-output apparatus in this wheeled apparatus is all distributed to this wheeled apparatus correspondence manages;
The driver of described this wheeled apparatus is that to be used to indicate operating system be to be connected to each peripheral components of this wheeled apparatus of host computer and each peripherals that links to each other with this wheeled apparatus produces corresponding device thereof symbol by the WUSB antenna, so that send upper strata operating system to information that the information translation of this wheeled apparatus becomes this wheeled apparatus to understand, and, be sent to the device control of this wheeled apparatus and the solidification software in data-switching bridge or the microprocessor by underlying operating system again according to after the packing of WUSB bus standard form; Simultaneously, after the data message that the solidification software in device control and data-switching bridge or the microprocessor is sent is changed, send upper strata operating system to;
Solidification software in the described microprocessor is used for the driver of this wheeled apparatus that described device control and data-switching bridge matching computer main frame with this wheeled apparatus load or the driver of the annex that links to each other with this wheeled apparatus is finished the initialization of this wheeled apparatus, and, carry out the operation of WUSB bus interface standards or the operation of specific instruction with the device control and the data-switching bridge of this wheeled apparatus according to the driver of the driver of this wheeled apparatus or the annex that links to each other with this wheeled apparatus or the requirement of upper strata operating system; And carry out operation requests, and this operation requests and/or execution result returned this wheeled apparatus driver with state or the driver of the annex that links to each other with this wheeled apparatus from described driver or this wheeled apparatus peripheral circuit and the equipment of this wheeled apparatus.
12, method of work according to claim 10, it is characterized in that: described step (2) further comprises following content of operation: when this wheeled apparatus powers up, microprocessor in this wheeled apparatus is carried out described solidification software this wheeled apparatus is carried out initialization, after initialization finishes, by the WUSB antenna this wheeled apparatus information is sent to host computer, host computer is carried out initialization operation once more to this wheeled apparatus: the operating system of the driver indication host computer of described this wheeled apparatus produces the device symbol of following one or more peripheral units of matching: image displaying card device symbol, keyboard and/or touch panel device symbol, the mouse apparatus symbol, loudspeaker/microphone device symbol, WebCan digital vedio recording head unit symbol, USB master controller or WUSB main controller device symbol and coupled peripheral device symbol, the device symbol of bluetooth-type master controller or ZigBee type wireless network module control device symbol and coupled I/O peripherals; Simultaneously pairing each device symbol of this wheeled apparatus is distributed to user's desktop system that this wheeled apparatus management application program is set up; And after this wheeled apparatus lost power supply, pairing each device symbol of this wheeled apparatus disappeared automatically.
13, method of work according to claim 10 is characterized in that: in the described step (3), further comprise following content of operation when host computer is sent to this wheeled apparatus with view data:
(301) host computer upper strata operating system is accepted the image display command that the application program of user's desktop system of described wheeled apparatus correspondence sends;
(302) host computer upper strata operating system is interpreted as the image-driven order of one group of standard with described image display command, and this order is sent to the driver of described wheeled apparatus;
(303) driver of described wheeled apparatus is the device control of this wheeled apparatus and the special image display operation order that the data-switching bridge can be understood and carry out with the image-driven command conversion, and sends the underlying operating system of host computer to;
(304) the special image display operation order after the underlying operating system of host computer will be changed sends the device control and the data-switching bridge of this wheeled apparatus to through the WUSB antenna;
(305) control of the device of described wheeled apparatus and data-switching bridge are carried out this operational order: image displaying card or image display chip are exported in the order of special image display operation, be used for output image, and the execution result and the state of order returned driver to described wheeled apparatus via underlying operating system, carry out subsequent treatment by this driver.
14, method of work according to claim 10 is characterized in that: in the described step (3), further comprise following content of operation when host computer is sent to this wheeled apparatus with voice data:
(311) host computer upper strata operating system is accepted voice data and the order that the application program of user's desktop system of described wheeled apparatus correspondence is sent;
(312) host computer upper strata operating system sends to this voice data and order the driver of described wheeled apparatus;
(313) driver of described wheeled apparatus is the device control of this wheeled apparatus and special audio data and the order that the data-switching bridge can be understood and carry out with this voice data and command conversion, and sends the underlying operating system of host computer to;
(314) special audio data after the underlying operating system of host computer will be changed and order are controlled and the data-switching bridge via the device that the WUSB antenna sends in the described wheeled apparatus;
(315) described device control and data-switching bridge are carried out this operational order: special audio data and order are exported to Audio Controller, be used for output sound, and the execution result that will order and state return driver to described wheeled apparatus via underlying operating system, carries out subsequent treatment by this driver.
15, method of work according to claim 10 is characterized in that: in the described step (3), further comprise following content of operation when this wheeled apparatus is input to host computer with speech data:
(321) control of the device of described wheeled apparatus and data-switching bridge send the speech data of user's input to the underlying operating system of described host computer by the WUSB antenna;
(322) underlying operating system of host computer sends the speech data of user's input to the driver of described wheeled apparatus;
(323) after the driver of described wheeled apparatus is changed the speech data of user's input, send host computer upper strata operating system to;
(324) host computer upper strata operating system sends the speech data of user input the application program of the pairing user's desktop system of described wheeled apparatus to, carries out subsequent treatment by this application program.
16, method of work according to claim 10 is characterized in that: in the described step (3), the embedded keyboard by wheeled apparatus further comprises following content of operation when information is input to host computer:
(331) underlying operating system that the device of described wheeled apparatus is controlled and the data-switching bridge will send described host computer to by the data and the order of the embedded keyboard input of described wheeled apparatus by the WUSB antenna;
(332) underlying operating system of this host computer driver that will send described wheeled apparatus to by the data and the order of the keyboard of this wheeled apparatus input;
(333) driver of described wheeled apparatus will send host computer upper strata operating system to after will being changed by the data of the keyboard of this wheeled apparatus input and order;
(334) host computer upper strata operating system will be carried out subsequent treatment by this application program by the keyboard of this wheeled apparatus data of importing and the application program of ordering the user's desktop system that sends this wheeled apparatus correspondence to.
17, method of work according to claim 9 is characterized in that: in the described step (3), further comprise following content of operation when by the embedded touch-screen of wheeled apparatus information being input to host computer:
(341) device of described wheeled apparatus control and data-switching bridge will be by the data of the touch-screen input of this wheeled apparatus and order sends this host computer to by the WUSB antenna underlying operating systems;
(342) underlying operating system of this host computer will be by the data of the embedded touch-screen input of this wheeled apparatus and the driver that order sends described wheeled apparatus to;
(343) driver of described wheeled apparatus will send host computer upper strata operating system to after will being changed by the data of the touch-screen of this wheeled apparatus input and order;
(344) host computer upper strata operating system will be carried out subsequent treatment by this application program by the embedded touch-screen of this wheeled apparatus data of importing and the application program of ordering the user's desktop system that sends this wheeled apparatus correspondence to.
18, method of work according to claim 9 is characterized in that: in the described step (3), the embedded mouse by wheeled apparatus further comprises following content of operation when information is input to host computer:
(351) device of described wheeled apparatus control and data-switching bridge will be by the data of the mouse input of this wheeled apparatus and order sends described host computer to by the WUSB antenna underlying operating systems;
(352) underlying operating system of described host computer will be by the data of the embedded mouse input of this wheeled apparatus and the driver that order sends described wheeled apparatus to;
(353) host computer upper strata operating system be changed or be sent to the driver of described wheeled apparatus will by data and order that the embedded mouse of this wheeled apparatus is imported;
(354) host computer upper strata operating system will be carried out subsequent treatment by this application program by the embedded mouse of this wheeled apparatus data of importing and the application program of ordering the user's desktop system that sends this wheeled apparatus correspondence to.
19, method of work according to claim 10 is characterized in that: in the described step (3), further comprise following content of operation when data and order are outputed to USB master controller in the described wheeled apparatus or WUSB master controller:
(361) host computer upper strata operating system receives data and the order that operating system nucleus Kernel or USB type input-output device driver send to the USB master controller or the WUSB master controller of described wheeled apparatus;
(362) host computer upper strata operating system is the USB master controller or the data of WUSB master controller and USB master controller or WUSB main control type data and the order that command interpretation is a series of standard that receive, and these data and order sent to the driver of described wheeled apparatus;
(363) the USB master controller of the driver of described wheeled apparatus specific format that the data of the USB master controller of standard or WUSB main control type and command conversion can be understood and be carried out for this wheeled apparatus or the data and the order of WUSB main control type, and according to the packing of WUSB standard, data and order after will packing send the host computer underlying operating system to again;
The data of the USB master controller of the specific format after (364) the host computer underlying operating system will be packed or WUSB main control type and order send the device control of this wheeled apparatus and the solidification software in data-switching bridge or the microprocessor to through the Wireless USB antenna;
(365) solidification software in the control of the device of this wheeled apparatus and data-switching bridge or the microprocessor is carried out corresponding operating, data-carrier store or hard disk in USB master controller or WUSB master controller or this wheeled apparatus are exported in the data of the USB master controller of this specific format or WUSB main control type and order, handle these data or carry out corresponding operation by USB master controller or WUSB master controller, and, transmit the driver that returns to described wheeled apparatus by underlying operating system again with the underlying operating system that the data of execution result and status information or USB type that reads or WUSB type input-output apparatus are given described host computer via the Wireless USB antenna transmission.
20, method of work according to claim 10, it is characterized in that: in the described step (3), the operation of transmission and translation data and order further comprises following content of operation between the USB master controller in this wheeled apparatus or WUSB master controller and its external USB type or the WUSB type master controller input-output apparatus:
(371) USB master controller or WUSB master controller receive order and the data from the device control and the solidification software transmission in data-switching bridge or the microprocessor of this wheeled apparatus;
(372) USB master controller or WUSB master controller are carried out corresponding operating, order is directly outputed to coupled USB type or WUSB type input-output apparatus, or data are read and output to coupled corresponding USB type or WUSB type input-output apparatus from data-carrier store or hard disk, perhaps from corresponding USB type or WUSB type input-output apparatus, read in data, and be written in data-carrier store or the hard disk;
(373) after USB master controller or WUSB master controller execute aforesaid operations, notify device control and the data-switching bridge or the microprocessor of this wheeled apparatus, control and data-switching bridge or microprocessor carry out subsequent treatment by this device.
21, method of work according to claim 10 is characterized in that: in the described step (3), further comprise following content of operation during to host computer from the digital camera input digital image information of described wheeled apparatus:
(381) control of the device of described wheeled apparatus and data-switching bridge will be sent to the underlying operating system of described host computer by the digital image information of digital camera input by the WUSB antenna;
(382) underlying operating system of described host computer will be sent to the driver of described wheeled apparatus by the digital image information that the digital camera of this wheeled apparatus is imported;
(383) after the driver of described wheeled apparatus will be changed by the digital image information that the digital camera of this wheeled apparatus is imported, send host computer upper strata operating system to;
(384) host computer upper strata operating system sends the digital image information of described input the application program of user's desktop system of this wheeled apparatus correspondence to, carries out subsequent treatment by this application program.
22, method of work according to claim 10, it is characterized in that: in the described step (3), when bluetooth-type controller that data and order is outputed to this wheeled apparatus or ZigBee type wireless network module controller, further comprise following content of operation:
(391) operating system user's desktop system application program of receiving this wheeled apparatus correspondence in host computer upper strata sends to the data and the order of the bluetooth-type controller or the ZigBee type wireless network module controller of this wheeled apparatus, these data and order is sent to the driver of this wheeled apparatus of host computer again;
(392) the bluetooth-type controller of the driver of described wheeled apparatus specific format that the data of bluetooth-type controller or ZigBee type wireless network module controller and command conversion can be understood and be carried out for this wheeled apparatus or the data and the order of ZigBee type wireless network module controller, and according to the packing of WUSB standard, data after will packing again and order send the underlying operating system of described host computer to;
The data of the bluetooth-type controller of the specific format after (394) underlying operating system of described host computer will be packed or ZigBee type wireless network module controller and order send the device control of this wheeled apparatus and the solidification software in data-switching bridge or the microprocessor to through the Wireless USB antenna;
(395) solidification software in the control of the device of described wheeled apparatus and data-switching bridge or the microprocessor is carried out corresponding operating, the bluetooth-type controller of this specific format or the data and the order of ZigBee type wireless network module controller are exported to bluetooth-type controller or ZigBe type wireless network module controller, or data-carrier store or hard disk, handle these data or carry out corresponding operating by bluetooth-type controller or ZigBee type wireless network module controller, and, transmit the driver that returns to described wheeled apparatus by underlying operating system again with the underlying operating system that the data of execution result and status information or bluetooth-type that reads or ZigBee type input-output apparatus are given described host computer via wireless WUSB antenna transmission.
23, method of work according to claim 10, it is characterized in that: in the described step (3), the operation of transmission and translation data and order further comprises following content of operation between the bluetooth-type input-output device of the bluetooth-type controller of this wheeled apparatus or ZigBee type wireless network module controller and its wireless connections or the ZigBee type input-output device:
(31) the bluetooth-type controller of described wheeled apparatus or ZigBee type wireless network module controller receive order and the data from the device control and the solidification software transmission in data-switching bridge or the microprocessor of this wheeled apparatus;
(32) described bluetooth-type controller or ZigBee type wireless network module controller are carried out corresponding operating, order is directly outputed to coupled bluetooth-type input-output device or ZigBee type input-output device, or data are read and output to coupled corresponding bluetooth-type input-output device or ZigBee type input-output device from data-carrier store or hard disk, perhaps from its corresponding bluetooth-type input-output device that is connected or ZigBee type input-output device, read in data, and be written in data-carrier store or the hard disk;
(33) after described bluetooth-type controller or ZigBee type wireless network module controller execute aforesaid operations, notify device control and the data-switching bridge or the microprocessor of this wheeled apparatus, carry out subsequent treatment by the device control of this wheeled apparatus and data-switching bridge or the solidification software that is solidificated in the microprocessor.
CNA2007101086300A 2007-06-07 2007-06-07 Moving type apparatus and its operating procedure Pending CN101320357A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNA2007101086300A CN101320357A (en) 2007-06-07 2007-06-07 Moving type apparatus and its operating procedure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNA2007101086300A CN101320357A (en) 2007-06-07 2007-06-07 Moving type apparatus and its operating procedure

Publications (1)

Publication Number Publication Date
CN101320357A true CN101320357A (en) 2008-12-10

Family

ID=40180416

Family Applications (1)

Application Number Title Priority Date Filing Date
CNA2007101086300A Pending CN101320357A (en) 2007-06-07 2007-06-07 Moving type apparatus and its operating procedure

Country Status (1)

Country Link
CN (1) CN101320357A (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102170537A (en) * 2011-05-18 2011-08-31 天津三星电子有限公司 Remote controller with built-in earphone and television set
CN102456383A (en) * 2010-11-01 2012-05-16 筌宝电子股份有限公司 Power supply circuit of external box of hardware
CN103582177A (en) * 2012-07-19 2014-02-12 中兴通讯股份有限公司 Spread communication device, spread communication system, spread communication method, application proxy device and application proxy method
CN101996104B (en) * 2009-08-26 2014-10-08 戴尔产品有限公司 System and method for enabling resources in information processing system
CN109558343A (en) * 2018-10-23 2019-04-02 深圳市海勤科技有限公司 A kind of PC interface signal switching device and method based on touching box

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101996104B (en) * 2009-08-26 2014-10-08 戴尔产品有限公司 System and method for enabling resources in information processing system
CN102456383A (en) * 2010-11-01 2012-05-16 筌宝电子股份有限公司 Power supply circuit of external box of hardware
CN102170537A (en) * 2011-05-18 2011-08-31 天津三星电子有限公司 Remote controller with built-in earphone and television set
CN103582177A (en) * 2012-07-19 2014-02-12 中兴通讯股份有限公司 Spread communication device, spread communication system, spread communication method, application proxy device and application proxy method
CN109558343A (en) * 2018-10-23 2019-04-02 深圳市海勤科技有限公司 A kind of PC interface signal switching device and method based on touching box
CN109558343B (en) * 2018-10-23 2021-04-20 安徽海勤科技有限公司 PC interface signal switching device and method based on touch frame

Similar Documents

Publication Publication Date Title
CN203708288U (en) Wireless hotspot device capable of sharing video pictures
CN103975304B (en) Method and portable computing device for PCIE device to be showed to operating system
US20140033239A1 (en) Next generation television with content shifting and interactive selectability
CN104050040A (en) Media playback workload scheduler
CN101320357A (en) Moving type apparatus and its operating procedure
CN102750121A (en) Electronic display device intelligent expanding and accurate controlling system and multi-user multi-task encryption sharing method thereof
CN103517144A (en) Multi-screen interaction adapter and display device
CN104012059A (en) Direct link synchronization cummuication between co-processors
CN102147566A (en) Multimedia projector with embedded operation system
CN109817232A (en) A kind of transmission method, terminal device and apparatus for processing audio
CN102226879A (en) Realization method and device for expandable intelligent base based on tablet computer
CN102595006A (en) Smart multimedia communication device
CN203931450U (en) LED display information issuing system
CN201440693U (en) Multi-media computer-TV integrated machine
CN204178356U (en) A kind of wired external moving screen
CN103686045A (en) Audio/video information transmission method and equipment
CN208141268U (en) A kind of intelligent expansion depressed place
CN203827451U (en) Multimedia access apparatus
CN207833849U (en) A kind of Bluetooth advertisement player with encryption chip
CN207200892U (en) A kind of projecting apparatus with acoustic function
CN109274903A (en) A kind of server and its video signal output circuit shown for screen
CN101566937A (en) Display controlling system of synchronous video
CN106959835A (en) A kind of interactive digital data control terminal system
CN202394148U (en) Mini host computer
CN206759615U (en) The equipment for solving traditional USB interface voiceless sound output

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C02 Deemed withdrawal of patent application after publication (patent law 2001)
WD01 Invention patent application deemed withdrawn after publication

Open date: 20081210