Double-purpose bridge circuit for wireless communication

Television is electrically connected with the wireless communication

The utility model claims a wireless communication, more particularly involving wherein the wireless communication device is at least two pair of heterogeneous wireless communication standard of the bridged technologies.

The multiplicity and exploitability of customer electronic apparatus with a to the universal communication standard demand. For the length electronic device capable of providing universal wired connection of the charging to enable the wired process is too possibly with the non-feasibility is support plate satisfies the is standard. In addition, the is a common the wired standard to renovate the associated with the rod non-standardized on the basic structure with difficult is very connected to the household and enterprise spend the considerable charging and further with the standard non-feasibility. In addition, the wired technology without of user to bring methods mooring and a freely mobile. The invention claims a universal wire connecting method and serial bus standard capable of the. The, wherein said request is the waterproof and hard circuit connected between the communication apparatus. At the same time, each other and a device having with a cable in turn connected with the USB. Therefore, the wired process is too possibly providing suitable to the universal communication standard claim constantly according grows.

As the wired technology's substitute, capable of the radio technologies the. The wireless technology for providing the wired technology the flexible deficient and removability. The communication incompatible standard of, and radio technologies is printed with the user to producing universal acceptances. More particularly, the device capable and (such as) and product for providing supplier is limited, wherein the composed of a client electronic device of the product is limited. For example, and a special protocol the first wireless computer auxiliary equipment (such and hand-held personal information managing) possibly of with in the special protocol and a peripheral in the same frequency domain work (such as wireless keyboard) normal working. , Wherein limiting supplier and first or the second A peripheral, which is not two.

The problem of cooperation between the wireless device, the novel universal open type standard standards appeared in wireless communication technical field and widely is accommodated. The standards, such as Bluetooth and public wireless access protocol (SWAP), IEEE802.11 and IEEE802.15 equal, are for capable of the flow environments and user electronic device is A claims a shielded special wireless manner. The standards of a frequency range is work is above the 2.4GHz unwanted licence tester, science and medical (ISM) frequency band. The spread spectrum radiofrequency process and frequency hopping method is provided with a safety firm and wireless communication specifically. The open type standard standards can make the wireless communication finally with the global standard is a executing.

In aggregate of the fact of the universal wireless communication standards, a user in tolerate touching connected on one from computer and telecommunication device finally no need a device and any cable special the other. For example, and chip the cellular telephone is connected with the Bluetooth compatible machine communication no need to hard circuit connected between two. The, generally part which is provided with a wireless communication standard (is of a casing of the commercial according 27MHz or the 900HMz is worked) to obtain successfully. Low cost according standard, and terminal circuit board is provided with a voltage of the commercial common such as SWAP Bluetooth or equal universal standard conversion or comprises a horizontal considerable and additional charges and a. Therefore, wherein existence wireless communication device with wireless communication standard or universal wireless communication standard of the demand of television using bridge voltage generally it is provided.

Therefore, are needed of the following a bridge connected; (1) and a wireless device for dual-mode; feasibility(2) Wherein a specific wireless communication device with wireless communication standard and universal standard two is generally does not work with; (3) Communication standards in a post the sharing resource the same to a standard charging.

The utility model comprises a wireless communication device of with the switch by the connection of dual-mode efficacy. For example, which is wireless communication standard and universal wireless communication standard two according to the utility model claims a television bridge is generally it is provided with for special wireless communication device with. For sharing resource is arranged between the standards of bridged in turn to embodiments of any a standard charging. Can determine special standard used for connection with the corresponding the protocol.

The utility model comprises two supporting multiple or multiple wireless communication connection mode of said operation. Wireless communication the mode of claimed single wireless communication standard or a wireless communication system. For example, the first wireless communication method for supporting and a reaches as high as 1GHz operating frequency (for example, 27MHz and 900MHz or generally the radiofrequency) and. The second wireless communication method of with the work frequency of said 1GHz frequency band (for example, 1.88GHz and 2.45GHz or generally in microwave) with. A receiving the output mode of communication production on the pair of a connecting bridge. The television is bridge are connected by an of any special for communication, and substrate and mode of parallel communication protocol.

In one embodiment, the pair of a bridge connection part and first and communication the physical layer baseband signal output. Similar, the pair of a bridge connection part and second type of communication the physical layer baseband signal output. The pair of bridge is connected with is a microcontroller device. The MCU can be of a part mode communication. In addition, the MCU of the independent exist the type of communication. The MCU and with more than or a recognition with the baseband signal by the advancements mode of communication, while the same corresponding to the protocol modes of the RF. And may send data from the wire of operating obtaining to the data port, such as universal serial bus (u) and engine. Resources of the data port and a support is of a part mode communication, or the independent exist the type of communication. First and second mode and energy shared data port resource.

The one or multiple, firmwares, hardware one or combination implementations of the MCU executing. The once to wireless communication mode is modality (pattern), a substrate and a corresponding to the signal processing for receiving the protocol. The sample signal is a baseband signal of data packet is formed. The data packets cover with a can serve as a trigger identifier the starting modality associated. An end of from the beginning modality or a trigger identifier detection and corresponding of automatically protocol. And decoding with the media access control information of a communication, and can also decoding and data of formatted and a communication. An end of the error detection to confirm data the validity. Once through the data, and a transmitting the data port (for example USB data port) for transmitting the data to the target device.

This utility model claims a low cost wireless the cooling device is configured (is of a 1GHz) is work the low-frequency (for of the device is 1GHz) is work is usually featured with more than high frequency. , Wherein the oxide can provide with low cost wireless is further could not pay with such as Bluetooth or SWAP equal universal wireless communication mode with high and user. In addition, the oxide by the bridged product multiple applications, and product is only suitable for a through the guide received of. , Wherein the user in the high and low - frequency wireless communication technique benefits television. In addition, a low-frequency system, a bit rate of switch and not complexity (system for example is not) bidirectional manner of the power consumption, wherein the gain transmission device (for example mouse and keyboard) battery life.

And the power in the instruction of fabricating which is a disc, particularly, from the auxiliary shape, the double and a claim, multiple characteristic and merits joint of the common provide techniques for is status. Furthermore, and socket according with language in the instruction of for managing a readable and emitter and volume, which is not fractional or limiting the inventive theme selecting.

Digital is 1 to defer to the utility model bridge inverter system embodiment a common diagram for wireless communication.

Digital 2 is the display according to the utility model for generating an output signal communication system embodiment typical diagram.

Digital 3 is the display according to the utility model for receiving the first output signal of generating system and a second receiving system power and signal output connection with a system of diagram embodiment.

Image 4a is a display according to the utility model for receiving the first output signal of the first generating system and a second receiving system and power output signal connecting bridge system diagram in one embodiment.

Image 4b is a display according to the utility model is an output signal connecting bridge system advancement's embodiment current position of the two or more wireless communication generating system.

Digital 5 is the display according to the utility model for processing an output signal embodiment current map.

Image 6a according to defer to the utility model bridged system embodiment diagram.

Image 6b according to defer to the utility model bridged system receiver embodiment diagram.

Digital is 1 to defer to the utility model bridged system embodiment a common diagram for wireless communication. The bridged 101 system comprises a first wireless communication system, 105) is system and 110 second wireless communication system 115. The first wireless communication system and 105 second wireless communication system 115 are arranged couplings bridge connection system (110). The wireless communication system 105 and 115 productions of the output signal of the data packet is formed (for of baseband signal or wideband) signal. To the connecting bridge system and output signals are 110). Familiar originally the further in production process of a multiform communication system of output signal a data packet is formed. For example, it is usually obtain the clock or synchronous line the digital service in wireless communication system inserted in the structure. This utility model is for capable of the shell and forming communication system. The signal connecting device connecting system 110 inquiries receiving device for confirming one communication system for transmitting the signal, and performing corresponding the protocol to process and signal by data.

Usually, a base is placed on the circumference to output a communication circuit is a digital signal of the control transformer. The baseband signal unit comprises message code of grapheme modality of the circumference loss. The upgrade mode comprises a data packet. An output to the base band signal transmission the baseband signal conversion RF conveys a message value (for example) 27MHz the RF dimmer. The baseband signal packages is composed of header information and data. The header information can be used for Biao Shichuan to output by the guide of the structure for specificly and methods thereof. For example, header information of interface of the body or such as HomeRF, IEEE802.11 or the IEEE 802.15 protocol and ISM with protocol biographies output according to the Bluetooth protocol. Such as wideband signal and signal length is further formed by a data packet. This utility model is for capable of the shell output signal.

In one embodiment, the first wireless communication system 105 represent the 100KHz to the system according the 1GHz frequency band efficacy. Familiar the technical further know of multiple protocol in the frequency range efficacy. For example, generating baseband signal and a 20MHz to the highest frequency domain or a mounting 27MHz or the protocol on four work 900MHz. Embodiments of the demonstrations communication system 105 embodiments see - comprising the emitting patent 5,881,366 'wireless interface is a. A quotation patent the total message with the.

On the other side, the second wireless communication system capable 115 represent the system of the 1GHz the frequency range efficacy. Familiar the technical further know of multiple protocol in the 1GHz the frequency range efficacy. For example, a state from the output signal and a 2.2GHz to the 2.6GHz frequency domain or the protocol of data packet which are four work 2.4GHz. Bluetooth SpecialInterest Group Bluetooth Biao Standard, HomeRF Working Team's sharing wireless access protocol (SWAP) and digital cordless reinforced electric (DECT) Biao Standard of DECT symposium, and power electronic engineer association's IEEE802.11 or 802.15 Biao Standard and others and generating a data packet (for of baseband signal and output signal and protocol of which is 1GHz efficacy.

Digital 2 is the display according to the utility model for generating an output signal communication system embodiment typical diagram. The communication system 201 and 210 physical layer (240) is composed of antenna 205, amplifiers. The physical layer is 240 to 230 and 235) is composed of mixer 215, a oscillator 220, capacitance 225, demodulators. Antenna 205 couplings the amplifier 210), a coupled with the mixer 215). Mixer 215 couplings the amplifier 210, wherein and is coupled with coming from a oscillator 220 output. Mixer 215 output couplings the capacitance 225 input. The capacitance 225 output applied in demodulator 230 input. Coil 235 couplings a demodulator 230). Signal output from 245 demodulator 230 output.

The antenna 205 receiving information transmission, and emitting to the information to the equivalent the electric signal. A to the electric signal amplifier 210). The amplifier 210 enlarge the electric signal in order to process the signal, and further providing antenna and 205 to 215 and impedance matching. In one embodiment, and 210 and 215 to a single part, and same as standard bipolar silicon technology. And the polymeric, the amplifier 210 and a low noise amplifier is a gallium arsenide field effect transistors GaAs FET) same. The device for LNA reducing noise effect of amplifier. , Wherein a maintaining signal-to-noise ratio of the amplifier hopes, improves the corresponding communication channel reliability and performance. Familiar the techniques to provide of the step-down amplifier 210 and sources arranged in.

A combiner of amplifier 210 output functions 215). The mixer 215 converting amplifier 210 output frequencies of easier to implement the signal processing (for example filter) low-frequency. The low-frequency a reference signal frequencies difference parts of the amplifier 210 output frequency signal and a oscillator 220) are provided. The mixer 215) of a series of high frequency reuse (e.g., a frequency of sum of definition frequency amplifying output 210) and a oscillator 220) are provided). And applying mixer 215 wherein the capacitance 225).

Is the capacitance 225 to receive attenuation with pass filter and mixer 215 output signal of frequency. Otherwise, the mixer 215 audio frequency output by the capacitance 225, wherein after the band pass. Band-pass filter (225 or active passive part implementations. In addition, the filter (225) in process the well-known technologies thereof. For example, an RF bandpass filter can be a ceramic filter or SAW (surface acoustic wave filter). The filtering achieve than such as sensor-based/and high performance of capacitor (for example narrow bandwidth). Familiar the technical provide with understand of the design of band-pass filter is fixed to the other filter (for example rolling process of rate, obtaining, clamp, consumption and physical) is. This utility model is for capable of switching on the cover part form a filter design and here describes. Applying demodulator the capacitance 225 (frequency output 230).

A demodulator 230 has been used for decoding the capacitance is 225 to 215 frequency output. The is wherein the mixer 215 allowed frequency output are comprising a signals of modulation. For example, a signal frequencies speed of the frequency difference's amplifier 210 output signal amplitude values is equal to 210 and output frequency signal and a oscillator 220 or provisions (exchange). , Wherein the frequency band can be used to define the mixer 215 frequency modulation envelopes. A demodulator is 230 extract through the signal to demodulate the amplifier 210 output signal from the covering the amplitude values. Coil 235, comprising a called orthogonal coil, providing adjustable inductance to the invention demodulation. Demodulator 230 and a signal output 245. The output signal 245 can be for of the baseband signal. , The output signal is 245 necessarily and baseband signal. For example, the signal 245 capable of the wideband or signal output is expresses information transmission data packet is the output of any communication system of digital.

In one embodiment, signals of antenna 205 received about the frequency 27MHz. For example, a transmission 27.145MHz wireless keyboard portion, or the transmission 27.045MHz wireless mouse an. In addition, hypothesis (discuss to target) and a frequencies 220) is less than the transmission frequency portion is 455KHz. , Wherein the wireless consideration keyboard invention, the reference signal 220 frequencies are substantially 27.145MHz-455KHz. Of mixer, 215 audio-outputs is substantially (27.145MHz- (27.145MHz-455KHz)), which is substantially 455KHz. Therefore the 27.145MHz transmission signal amplitude value is equal to the cutting 455KHz speed change. The modular signal via capacitance 225. And a demodulator 230 demodulate the control signal and output signal 245.

The demodulation method of called and single conversion frequency shift keying demodulation. Such as double converting FSK and demodulation amplitude shift keying demodulation and zero intermediate-frequency demodulation and technologies connected by. The modulations/demodulation process of originally well-known technology. The discussion is in communication system is embodiment and convenient discussion providing. , Wherein the displaying embodiments as to limit the utility model are not propose. Familiar the technical further know the utility model with multiple other embodiments and aberrations of the modulation technique and communication system, here claim is defined for capable of the shell other embodiments and aberrations.

Digital 3 is the display according to the utility model for receiving the first output signal of generating system and a second receiving system and power output signal connecting bridge system diagram of embodiment. Bridge is 301 system of antenna 305, physical layer (310), integrated circuit355 and host 350 terminals. IC355 further of antenna 320, impedance matching 325, physical layer (330), media access control335 and microcontroller is unit345. Antenna 305 couplings of generating signal output 315 physical layer (310). Antenna 320 and impedance matching 325 couplings, a wherein the physical layer (330 couplings. Physical layer (330) and a MAC335, which is further provided MCU345. MCU345 the output signal 315 and 340 and further coupled with the host 350). In one embodiment, output signal 315 and 340 of baseband signal.

And, the output signal 315 is the physical layer (310 productions and digital unit the information transmission of antenna 305 received the back shell. For example, the antenna 305 are receiving with an or is less than the 1GHz frequency signal HAVING antenna. Digital 2 physical layer (240 represent the physical layer (310) displaying embodiments. The antenna 320 and a second an information transmission and provides the information to the impedance matching 325. For example, the antenna 320 are receiving with an or is higher than the 1GHz frequency signal microwave antenna. The impedance matching 325 providing key impedance match and antenna 320 and physical layer (330) is isolation.

Physical layer (330) and impedance matching 325 output. Communication system for physical layer is 330 rely on a. For example, the chip with a specific physical layer, and SWAP technology provided with a. Familiar the technical further knew a specific communication system and differences among the part and physical layer of physical layer. 330 May use in clearance method for ensuring consistency between datum the firm and reliable communication system for physical layer. For example, a secondary diversity method comprises the is respectively time-gap to transmit the same repeatedly information. On the other side, the frequency diversity method comprises the information in said communication system and multiple different frequency reuse in bandwidth. For example, a frequency hopping and spread spectrum method and is used to achieve the frequency diversity two technologies.

To physical layer (330) and MAC335. MAC335 to the time of a physical medium is special, and a to the medium access. , Wherein the MAC335 function and rely on physical layer (330) length used, and familiar the technical provide the knew a specific communication system MAC differences between the element and a MAC. MAC330 methods of any combinations same on software, element, hardware or a. The output signal 340 is the MAC335 and output to the microcontroller unit345.

MCU345 may include a microprocessor or central processing unit and a memory (for of random access memory). MCU345 of - comprising such as non-erasable memory, the I/O port and data port interface the functions and resource support (for example USB) is. A (for example MCU345) and microcontroller is the duty, such as specific control system. , Wherein the microcontroller providing filled with such as receiving data, a manipulation data and operating order and the functions the data and monitoring system parameter and integral control the outlet of the reliable with the component capable defines a. Finally, wherein the shaft hood according to the form of need of specific application. A to the output of MCU345 the host 350).

The utility model embodiment, each ring MCU345 of the I/O, and further provided with each second each ring 1 million process (indication MIPS) abilities. In addition, MCU345 of the connecting bridge system 301) is the joints are connected with each communication system (is further called and communication channel). For example, wherein the first communication system capable with two communication: channels(1) Is wireless keyboard (for example and (2) is an 27.145MHz) is wireless mouse Biao Line (for example on an 27.045MHz). The second communication system and a communication channel (for example on an 2.45GHz). , Wherein said connection system 301 MCU 345 I/O provided at least three capable of each (communication channel) and a to process each channel at least MIPS (power to the 27MHz ring).

And the upper cover, a antenna 320, impedance matching 325, physical layer 330, MAC335 and MCU345 full a single IC355. And polymeric, wherein the projects each of the or form a bedded system and independently. In addition, which projects of exist on the printed circuit board arranged in the component. The soft and piece and a hardware can be used to implement and parts' structure and functions. Familiar the further in process of a manifest each other surface of the element. With nothing is made of the shell, although to performance of parameter is arranged along with the formed to form; the functions of each part is usually same. Therefore, the surface of the parts and define a specific communication system performance target. Furthermore, the economy considers and manufacturability hood is in the form of to form the ideal. For example, such as IC355 and an integrated - circuit of wireless possibly ideal, wherein a cover, and concise large production.

Image 4a is a display according to the utility model for receiving the first output signal of the first generating system and a second receiving system and power output signal connecting bridge system diagram in one embodiment. More particularly, the connecting bridge system comprises 401 communication system 400, communication system 455 and 450 machine. Communication system 455 - comprising MAC410, MCU420 and universal serial bus (u) is 435 and an USB 440. The time of communication with the MCU420: Wireless communication mode 425 and wireless communication 430 mode. The communication system 400 output applied MCU420 wireless communication mode 425) output signal 405. The MAC410 output to MCU420 wireless communication mode 430) output signal 415. In one embodiment, output signal 405 and 415 of baseband signal. And the polymeric; the output signal of a signal of data packet, a to the explain. MCU420 and USB interface 435 couplings, wherein a coupled with the chassis (440). The output of the USB machine to machine (450).

Wireless communication mode 425 at a communication system 400 output signal receiving 405. The once to the output signal 405, the wireless communication mode 425 and performing universal protocol and corresponding to the protocol processing to the output signal of data detection according to the. Similar, wireless communication mode 430 at the output signal receiving 415 MAC410 from. The once to the output signal 415, the wireless communication mode 430 and performing universal protocol and corresponding to the protocol processing to the output signal data packet is received. Output signal detection and processing a substrate with a hardware element, or a software. A in one embodiment, MCU420 (and wireless communication mode 425 and 430) and independent 455 exist in communication system.

The communication system 455 USB interface (435) can be used to provide the wireless way of communication (425 and 430) and is further communication system USB 455 and 440 is suitable interface. And the polymeric, a USB interface 435 440 of the independent 455 exist in communication system with the host. The USB interface 435 substrate the protocol data from between two pair of type of communication and received. (445 Is the USB 440 output couplings to machine (450). , Wherein the USB interface (435) and USB 440 and from the communication system 455 to machine 450 data port. Such as PS2 data port or the IEEE 1394 data port and data port and is further used to be a USB port data. The motor capable 450 is the computer. For example, the motor capable 450) is in personal computer and a a computer, MAC computer, the personal digital assisting and accessing, or a special function computer and computer may include a normal operating system, such as Microsoft WindowsTM and A OSTM, LINUX, UNIX or special function operating system. In addition, the machine 450 capable of the receiving unit or the auxiliary device. The available 445 wire or the wireless technology for.

In one embodiment, a communication system and 400 in an 20MHz to the highest (is of an 27MHz) of the frequency range work; and communication system and 455 in an 1.0GHz to 10GHz (is substantially of 2.4GHz) of the frequency range efficacy. The wireless communication mode 425 at the substrate and system communication protocol of the communication system 400 output signal. The wireless communication mode 430 at the substrate and system communication protocol of the communication system 455 output signal.

And the polymeric, a communication system 400 can be such as voice, radio or television process and working at 1GHz (for example 900MHz) to wireless communication technique, and wireless communication 425 mode substrate and detecting technology the corresponding the protocol. On the other side, the communication system capable 455 )is for example 1.89GHz or 2.45GHz) of the 1GHz such and radar, ISM, microwave or infrared and wireless communication technologies, and wireless communication 430 mode substrate and detecting technology the corresponding the protocol.

And the polymeric, a communication system 400 of with the input of frequency range radiofrequency, and wireless communication 425 mode substrate and corresponding to the output signal protocol is the 400 system of. Otherwise, a communication system 455 and a frequency input of the microwave frequency domain, and wireless communication 430 mode substrate and corresponding to the output signal protocol is the 455 system of.

Image 4b is a display according to the utility model is an output signal connecting bridge system advancement's embodiment current position of the two or more wireless communication generating system. The wire 490 comprises the steps 460, 465, 470 and 475. The wire 490 to 460 and converts two or an output signal of multiple communication system. For example, a first with the 1GHz the frequency range and second communication system and generating a base band signal. On the other side, the Three and receiving system capable is equal to or greater than the 1GHz frequency band work and generating baseband signal. , Wherein of the invention, the first and second communication system capable of an 27MHz±1MHz the work frequency. Three and receiving system capable of an 2.4GHz±480Mhz the work frequency.

The once bridge connecting system for output signal; and one communication system and method for transmitting for determining of the signal 465. The charging of manufacturing a detection and reception identifier of signal output by. The identifier of a specific communication system special, wherein simplifies determining 465. A partially or completely same the MCU (. e.g digital 3 or MCU345 image MCU420 4a) or the suitable dynamic and real-time advancement's the wire is equivalent environment 490 of the conducting round-robin mode operation till receiving comprises a data packet output signal. And when between pattern; the wire 490 and searching with a specific communication system with identifier, once detecting to the identifier, a wire 490 and a to 470 and output signal processing of the substrate the corresponding the protocol.

And polymeric, transmission signal output to the connection system with two or multiple communication system of each with movement wherein the MCU equal for wire 490. In order to make to determine 465, goals or more particularly for detecting corresponding communication system output signal receiving target for from the wire, the advancements 490) of between pattern. And, wherein the advancements 490 and a trigger identifier associated. Once wire 490) at the trigger identifier of output signal; the wire 490 and a substrate 470 in protocol for processing the signal request. , Wherein receive's output of each at and processing a communication system is an independent in time from the output signal of the communication system and.

Once 490 to 470 and thereof and receiving the bottom of the output signal association's is a flexible wherein the signal the universal protocol, which can the processing result of exerting to 475 volume and device. For example, may include a protocol and processing according to the universal protocol decoder and formatted and a data output of signal. And a holding the data of the decoding and formatted wire obtain the target device. Usually, providing interface between the advancements and volume device. For example, and is a data of such as USB data port or the IEEE1394 data port or a PS/2 data port to obtain substrate-processing to the target. Similar, and is a data of the traditional serial or parallel data port to obtain substrate-processing to the target.

Digital 5 is the display according to the utility model for processing an output signal embodiment current map. The MCU unit bridged communication system can be used to process from the output signal of data of the communication system for. The baseband signal data packet in one embodiment, and microwave frequency domain (for of the 1GHz) works communication system MCU according to processing method. And the polymeric; and RF range (for example 1MHz to communication system MCU according 950MHz) works processing for receiving the baseband signal data packet. No matter the MCU position; one type communication system capable of generating the output signal receiving device, and performing signal of the universal protocol processing to receiving. Detection and processing a or their any combining of a software, firmware software-hardware.

Continuous see the digital 5, processing CHIP (e.g shape. 3 or MCU345 image MCU420 4a) for receiving the data packet 505. The embodiment of the pores, a data packet includes 5 fields. The S field which is used to interface a data packet is. For example, WHEREIN the field may include to serve as a trigger identifier the starting modality. MAC field is used to the supply media access control information. The information to the communication system of communication between the physical medium type of the work special. And two corresponding to the medium access protocol. In addition, an insertable the data type of MAC field. The data type which is used to interface for generating a data packet the type of communication system (for example 27.045MHz mouse or 27.145MHz keyboard or 2.45GHz cellular telephone). The data type further can be used to methods to process processing indication rod OR an operation number of the data packet is a. DATA (data field) is a transmitting to the volume of data. For example, the DATA field may include is transmitting from the wireless mouse to the display connecting the cursor position information on receiving unit; the cursor is in. The PROT field which is used to implement such as cyclic redundancy check and error detection method in order to connected to two transmission. Multiple communication protocol of substrate or more of error detection technologies. The SAME field which is used to interface the data packet conclusion.

Provides the data packet 505 as the data packet structure of. Familiar the technical further know according to the utility model numerous of the invention, the utility model is for capable of the shell of. For example, may send such as address of the volume of the back masthead and methods of header information. In addition, with more than one data field. Furthermore, the fields' lengths are fixed by an independent communication system and application thereof. In addition, the plug type data of MAC field the polymeric method, and (for of S and DATATYPE field is RECEIVED fields) is automatic field expresses the data type. , Wherein in long and structure comprises process required information of the package filtering circuit (for triggering of identifier or switch or modality transmitting the package's communication system state) utility model is intend is connected to form a data structure is efficacy.

The first or a wire or a wireless communication mode is equivalent processing condition the MCU can be used to seek is 510 to at the modality. For example, wherein receiving data packet; and inquire S wherein the field 515) to determine whether detecting to starting or modality trigger identifier. , And then the wire continue circulate and wait used for receiving with the starting component modality specificly. In one embodiment, the back of the base plate. In addition, the back can be broadband structure. A detecting to the starting, modality of inquire MAC field to extract the RECEIVED information. A to 520 decodings such as of MAC protocol with/or a data type or communication system identifier and RECEIVED information, wherein it is the wire is. A to 525 to the RECEIVED information decoding and formatting for decoding data recovery DATA field. On the middle, wherein the 530 made of said data from efficient and DATA field. And, 535) refuses to move the data and generating message plug, in order to the pneumoelectric action (for example reproduction) data. A decision the data of motor, wherein 540) may send a to the machine. And the engine for transferring data to the target device. A pointed front end of the substrate and USB type the data port type achieve the data transmitted to the target device.

Familiar the technical provide with understand of the outlet of the rely on contacts the data package structure. As to form a data packet structure can make the form of the wire. This utility model is for capable of a such as comprises a address decoding and phase.

Image 6a according to defer to the utility model bridge inverter system embodiment diagram. The system comprises 601 monitoring device, 605 and 610, wireless mouse 615, wireless keyboard 620, 625 receivers and cellular telephone 630. Monitoring device 605 and computer 610 analyses traditionally such couplings in the same base. Receiver 625 output by connecting 640 couplings upper computer 610 general data port (for example USB data port or PS/2 data port). Is 640 of the wire or in implementations device.

The receiver 625 and receiving from the wireless keyboard 620, wireless mice 615 and/or a cellular telephone 630 wireless communication. In one embodiment, the wireless keyboard 620 but is probably the frequency 27.145MHz, and generating a signal of the receiver 625 and receiving. In addition, the wireless mouse 615 but is probably the frequency 27.045MHz, and generating a signal of the receiver 625 and receiving. In addition, the cellular telephone 630 but is probably the frequency 2.45GHz, and generating a signal of the receiver 625 and receiving. The receiver 625 detecting baseband signal substrate and corresponding to Jyriki to fix the protocol, regardless of which is a wireless keyboard 620, wireless mice 615 and/or a cellular telephone 630. The horizontal time no need extra or the special cable.

Image 6b according to defer to the utility model bridge inverter system receiver embodiment diagram. The receiver 625 comprises an antenna 650, physical layer (655), antenna 660, physical layer (665) and connected 670. Antenna 650 couplings on physical layer (655). The antenna 650 on physical layer (655) and a housings called and first communication system and. The first communication system (for example 26MHz to 28MHz) works at the part frequency range. Antenna 660 couplings on physical layer (665). The antenna 660 on physical layer (665) and a housings called and second communication system and. The second communication system (for example 2GHz to ghz) works at the part frequency range.

First (a data packet) to the bridge connected with the output end of the second communication system (670). The bridge connection detecting 670 output signal, and decoding comprises a data packet data. And a shaft is according to with the package associations the data of order processing decoding. Bridge is 670 embodiments can is sent to the position 4b wire 490 processors. And polymeric, bridge is 670 to receiving and a signal OUTPUT from two or more communication system, such as digital 3 MCU345. Adhesive; and a a decoding and processing the connecting bridge 670 output of data to the general data port and a connecting 675 610 wherein head for preset device.

The utility model embodiment the description of the preceding message and distributed of the volume of initially display. It is not for capable of exhausting or a base-plate the utility model formally precise. Under the instruction of the furnace; multiple revisions and phase are arranged. The utility model is not of the detailed description, which is attached a claim definition.