CN205080474U - Multiterminal integrated processors and multiterminal integrated process system - Google Patents
Multiterminal integrated processors and multiterminal integrated process system Download PDFInfo
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- CN205080474U CN205080474U CN201520897363.XU CN201520897363U CN205080474U CN 205080474 U CN205080474 U CN 205080474U CN 201520897363 U CN201520897363 U CN 201520897363U CN 205080474 U CN205080474 U CN 205080474U
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Abstract
The utility model provides a multiterminal integrated processors and multiterminal integrated process system, wherein, multiterminal integrated processors includes shell, integrated control circuit, communication element and a plurality of data processing circuit, the integrated control circuit is connected with communication element and a plurality of data processing circuit respectively, communication element is connected with the terminal of a plurality of outsides and every data processing circuit among a plurality of data processing circuit respectively to terminal and a plurality of treatment circuit one -to -ones of a plurality of outsides, above -mentioned integrated control circuit, communication element and a plurality of data processing circuit all install on the shell. The utility model discloses in, when treater update, can also continue to use in the terminal, avoided the wasting of resources, in addition, when maintaining above -mentioned multiterminal integrated processors, need not unpack the terminal apart, consequently can not damage the component on the terminal, and can realize data communication and function sharing between a plurality of data processing circuit through the integrated control circuit.
Description
Technical field
The utility model relates to processor technical field, in particular to a kind of multiple terminals integrated processor and multiple terminals Integrated Processing System.
Background technology
CPU (CentralProcessingUnit, central processing unit) be smart mobile phone, PAD (portableandroiddevice, panel computer) etc. the arithmetic core of terminal device and control core, it, by the software in run memory and the database that calls in storer, reaches the object of control terminal.
The CPU of current terminal device is welded on the mainboard of terminal, and CPU updates very fast, once CPU updates must eliminate whole terminal device, easily cause the wasting of resources, on the other hand when CPU breaks down, when needing to keep in repair it, terminal device must be taken apart, be easy to like this cause damage to other element on terminal device.
Utility model content
In view of this, the utility model provides a kind of multiple terminals integrated processor and multiple terminals Integrated Processing System, for solve CPU in prior art update must eliminate whole terminal device and the wasting of resources that causes and cpu service time easily other element in terminal is caused to the problem of damage.
First aspect, the utility model embodiment provides a kind of multiple terminals integrated processor, comprising:
Shell, integral control circuit, communication device and multiple data processing circuit;
Described integral control circuit is connected with described communication device and described multiple data processing circuit respectively;
Described communication device is connected with each data processing circuit in the terminal of multiple outside and described multiple data processing circuit respectively, the terminal of described multiple outside and described multiple data processing circuit one_to_one corresponding;
Described integral control circuit, described communication device and described multiple data processing circuit are installed on described shell.
In conjunction with first aspect, the utility model embodiment provides the first possible implementation of above-mentioned first aspect, and wherein, described integral control circuit comprises allotment element;
Described allotment element is connected with described terminal and described communication device, receives the task amount distribution instruction of described terminal transmission, and transformation task allocation result gives described communication device.
In conjunction with first aspect, the utility model embodiment provides the possible implementation of the second of above-mentioned first aspect, and wherein said integral control circuit also comprises screen splicing element;
Described screen splicing element is connected with described communication device and multiple terminal respectively, receive the screen splicing request of any terminal transmission in described multiple terminal, transmit described screen splicing request to described communication device, receive the display information of described communication device transmission, transmit described display information and carry out tiled display to each terminal in described multiple terminal.
In conjunction with the implementation that the second of first aspect is possible, the utility model embodiment provides the third possible implementation of above-mentioned first aspect, and wherein, described screen splicing element comprises receiver, obtains element and distribution member;
Described receiver is connected with described communication device and described multiple terminal, receives the screen splicing request of any terminal transmission in described multiple terminal, transmits described screen splicing request to described communication device;
Described acquisition element is connected with described communication device, described distribution member and described multiple data processing circuit, receive the display information of described communication device transmission, receive the screen parameter of the terminal corresponding to described each data processing circuit of each data processing circuit transmission respectively, transmit described display information, described terminal screen parameter to described distribution member;
Described distribution member is connected with described multiple terminal, and the display information that transmission screen parameter is corresponding gives the terminal that described screen parameter is corresponding.
In conjunction with first aspect, the utility model embodiment provides the 4th kind of possible implementation of above-mentioned first aspect, and wherein, described integral control circuit also comprises print screen element;
Described print screen element is connected with described communication device and multiple terminal respectively, receive the print screen request of any terminal transmission in described multiple terminal, transmit described print screen request to described communication device, receive the print screen information of described communication device transmission, transmit described print screen information and carry out copying display to each terminal in described multiple terminal.
In conjunction with first aspect, the utility model embodiment provides the 5th kind of possible implementation of above-mentioned first aspect, and wherein, each data processing circuit in described multiple data processing circuit comprises receiving element, executive component and transmitting element;
Described receiving element is connected with described integral control circuit, described communication device and described executive component, receives the instruction of described communication device and the transmission of described integral control circuit respectively, transmits described instruction to described executive component;
Described executive component is connected with described transmitting element, receives the instruction of described receiving element transmission, and execution result is transferred to described transmitting element.
In conjunction with first aspect, the utility model embodiment provides the 6th kind of possible implementation of above-mentioned first aspect, and wherein, described multiple terminals integrated processor also comprises body power source and electric power shares element;
Described electric power is shared element and is connected with described body power source and multiple terminal respectively, receives the electric power of described body power source transmission, and transmits described electric power to described multiple terminal.
In conjunction with first aspect, the utility model embodiment provides the 7th kind of possible implementation of above-mentioned first aspect, and wherein, described communication device comprises Bluetooth communication device or Wireless Fidelity Wi-Fi communicator;
Described Bluetooth communication device or described Wi-Fi communicator are connected with the terminal of described integral control circuit, described multiple data processing circuit and described multiple outside respectively, the LAN (Local Area Network) between the terminal setting up described multiple terminals integrated processor and described multiple outside.
Second aspect, the utility model embodiment provides a kind of multiple terminals Integrated Processing System, wherein, comprises multiple terminal and the multiple terminals integrated processor described in above-mentioned first aspect;
Multiple data processing circuit one_to_one corresponding that described multiple terminal and described multiple terminals integrated processor comprise;
Be wireless or wired connection between described multiple terminal and described multiple terminals integrated processor.
In conjunction with second aspect, the utility model embodiment provides the first possible implementation of above-mentioned second aspect, and wherein, described wireless connections are that bluetooth connects or Wi-Fi connects;
Described wired connection is that general-purpose serial bus USB interface connects.
In the multiple terminals integrated processor that the utility model provides and multiple terminals Integrated Processing System, this multiple terminals integrated processor comprises shell, integral control circuit, communication device and multiple data processing circuit, an independently equipment, terminal is connected with each data processing circuit in this multiple terminals integrated processor, when update processor is regenerated, display device can also continue to use, avoid the wasting of resources, in addition, when above-mentioned multiple terminals integrated processor is keeped in repair, do not need to take terminal apart, therefore the element in terminal can not be damaged, and data communication between multiple data processing circuit and function sharing can be realized by integral control circuit.
For making above-mentioned purpose of the present utility model, feature and advantage become apparent, preferred embodiment cited below particularly, and coordinate appended accompanying drawing, be described in detail below.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the utility model embodiment, be briefly described to the accompanying drawing used required in embodiment below, be to be understood that, the following drawings illustrate only some embodiment of the present utility model, therefore the restriction to scope should be counted as, for those of ordinary skill in the art, under the prerequisite not paying creative work, other relevant accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 shows the structural representation of a kind of multiple terminals integrated processor that the utility model embodiment 1 provides;
Fig. 2 shows the structural representation of screen splicing element in the integral control circuit of a kind of multiple terminals integrated processor that the utility model embodiment 1 provides;
Fig. 3 shows the structural representation of each data processing circuit in multiple data processing circuits of a kind of multiple terminals integrated processor that the utility model embodiment 1 provides;
Fig. 4 shows the structural representation of a kind of multiple terminals Integrated Processing System that the utility model embodiment 2 provides.
Embodiment
Below in conjunction with accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only a part of embodiment of the present utility model, instead of whole embodiments.The assembly of the utility model embodiment describing and illustrate in usual accompanying drawing herein can be arranged with various different configuration and design.Therefore, below to the detailed description of the embodiment of the present utility model provided in the accompanying drawings and the claimed scope of the present utility model of not intended to be limiting, but selected embodiment of the present utility model is only represented.Based on embodiment of the present utility model, the every other embodiment that those skilled in the art obtain under the prerequisite not making creative work, all belongs to the scope of the utility model protection.
Consider in prior art, the CPU of terminal device is welded on the mainboard of terminal, when CPU updates, whole terminal device must be eliminated, easily cause the waste of resource, in addition, when CPU breaks down, when needing repairing, terminal device must be taken apart, be easy to cause damage to other element on terminal device.Based on this, the utility model embodiment provides a kind of multiple terminals integrated processor and multiple terminals Integrated Processing System.Be described below by embodiment.
Embodiment 1
The utility model embodiment provides a kind of multiple terminals integrated processor, and as shown in Figure 1, multiple terminals integrated processor comprises:
Shell 110, integral control circuit 120, communication device 130 and multiple data processing circuit;
Integral control circuit 120 is connected with communication device 130 and multiple data processing circuit respectively;
Communication device 130 is connected with each data processing circuit in the terminal of multiple outside and multiple data processing circuit respectively, the terminal of multiple outside and multiple data processing circuit one_to_one corresponding;
Integral control circuit 120, communication device 130 and multiple data processing circuit are installed on shell 110.
Multiple any number for being greater than 1 in above-mentioned multiple data processing circuit, the utility model does not limit the concrete numerical value of above-mentioned multiple data processing circuit, the utility model embodiment is by with three data processing circuits and three outside terminals, namely terminal 1, terminal 2, terminal 3 are example, introduce above-mentioned multiple terminals integrated processor in detail, as shown in Figure 1, multiple terminals integrated processor can comprise: the first data processing circuit 141, second data processing circuit 142 and the 3rd data processing circuit 143.
Integral control circuit 120, communication device 130, first data processing circuit 141, second data processing circuit 142 and the 3rd data processing circuit 143 are installed on shell 110.
Integral control circuit 120 is connected with communication device 130 and the first data processing circuit 141, second data processing circuit 142, the 3rd data processing circuit 143 respectively.
Communication device 130 is connected with terminal 1, terminal 2 and terminal 3 respectively, also be connected with the first data processing circuit 141, second data processing circuit 142, the 3rd data processing circuit 143, terminal 1, terminal 2 and terminal 3 respectively with above-mentioned first data processing circuit 141, second data processing circuit 142 and the 3rd data processing circuit 143 one_to_one corresponding.
Outside terminal can be the display device with display element, transmitting element and receiving element, also the terminal device of Presentation Function can be had for the smart mobile phone or PAD or computing machine etc. with complete function, can also for not having the intelligent refrigerator, intelligent air condition etc. of Presentation Function, this intelligent refrigerator, intelligent air condition possess receiving element and transmitting element.Above-mentioned multiple terminals integrated processor can connect multiple different terminal simultaneously, such as can connect computing machine, smart mobile phone and PAD tri-terminal devices simultaneously, and the first data processing circuit 141 can be computer digital animation circuit, corresponding with computing machine, be used for process computer transmission instruction, second data processing circuit 142 can be corresponding with smart mobile phone, be used for process smart mobile phone transmission instruction, 3rd data processing circuit 143 can be corresponding with PAD, be used for process PAD transmission instruction.
Integral control circuit 120 can be the integrated device comprising multiple element, is mainly used in controlling communication device 130 and multiple data processing circuit to the implementation status of the assignment instructions of the exterior terminal received.
Above-mentioned multiple terminals integrated processor is the independently data processing equipment comprising shell, integral control circuit, communication device and multiple data processing circuit, when update processor is regenerated, terminal can also continue to use, avoid the wasting of resources, in addition, when above-mentioned multiple terminals integrated processor is keeped in repair, also can not damage the element in terminal, and data communication between multiple data processing circuit and function sharing can be realized by integral control circuit.
Above-mentioned communication device 130 can be Bluetooth communication device or Wi-Fi (WirelessFidelity, Wireless Fidelity) communicator.
Bluetooth communication device or Wi-Fi communicator are connected with the terminal of integral control circuit 120, multiple data processing circuit and multiple outside respectively, set up the LAN (Local Area Network) between multiple terminals integrated processor and the terminal of multiple outside.
Can realize being connected by Bluetooth communication device or Wi-Fi communicator between above-mentioned multiple terminals integrated processor and the terminal of multiple outside, and above-mentioned communication device 130 is also connected with integral control circuit 120 and multiple data processing circuit, realize the communication between the terminal of multiple outside and above-mentioned integral control circuit 120 and multiple data circuit, the terminal of multiple outside can to integral control circuit 120 and the instruction of multiple data processing circuit transformation task, and the execution result of above-mentioned assignment instructions is transferred to the terminal of multiple outside by integral control circuit 120 and multiple data processing circuit.
In addition, set up into LAN (Local Area Network) between the terminal of above-mentioned multiple terminals processor and multiple outside after, sharing of the data transmission between the terminal can also carrying out multiple outside and application software.
Wherein, above-mentioned integral control circuit 120 can comprise allotment element.
Allotment element is connected with terminal and communication device 130, and the task amount distribution instruction of receiving terminal transmission, transformation task allocation result gives described communication device 130.
Terminal self has certain processing power, such as arithmetical operation or logical operation or some other information processing capability, but mainly still rely on connected multiple terminals integrated processor to carry out computing or information processing, therefore, when processing some tasks, both terminal and connected multiple terminals integrated processor can share a part of task separately, this task of co-treatment.
When terminal is after this multiple terminals integrated processor transformation task request, allotment element in integral control circuit 120 can obtain the parameter of this terminal from the data processing circuit corresponding with this terminal, this parameter can comprise the task processing power of this terminal itself, allotment element distributes according to the task processing power of this terminal itself task amount that this terminal and the data processing circuit corresponding with this terminal need to share process, obtain allocation result, and this allocation result is transferred to communication device 130, by communication device 130, the result of this task matching is transferred to terminal, part task to be processed is needed by terminal processes self, simultaneously, this task matching result also can be transferred to the data processing circuit corresponding with this terminal by communication device 130, the part task amount of this data processing circuit process is needed by the data processing circuit process corresponding with this terminal.
Above-mentioned integral control circuit 120 also comprises screen splicing element.
Screen splicing element is connected with communication device 130 and multiple terminal respectively, receive the screen splicing request of any terminal transmission in multiple terminal, the request of transmission screen splicing is to communication device 130, the display information that received communication element 130 transmits, transmission display information carries out tiled display to each terminal in multiple terminal.
So-called screen splicing, distributes to multiple terminal after exactly a complete picture signal being divided into polylith, completes to form a jumbotron with multiple ordinary terminal and show.Above-mentioned screen splicing request can comprise the number of terminals of display message header and the needs splicing needing tiled display.
After above-mentioned screen splicing element receives the screen splicing request that any terminal in the multiple terminals be connected with this multiple terminals integrated processor transmits, this screen splicing request is transferred to communication device 130, communication device 130 can according to the content of above-mentioned screen splicing request, to show information transmission to screen splicing element, this display information transmission carries out tiled display to each terminal in the multiple terminals needing splicing by screen splicing element.
Wherein, as shown in Figure 2, screen splicing element can comprise receiver 121, obtain element 122 and distribution member 123.
Receiver 121 is connected with communication device 130 and multiple terminal, receives the screen splicing request of any terminal transmission in multiple terminal, transmits this screen splicing request to communication device 130;
Obtain element 122 to be connected with communication device 130, distribution member 123 and multiple data processing circuit, the display information that received communication element 130 transmits, receive the screen parameter of the terminal corresponding to each data processing circuit of each data processing circuit transmission respectively, the screen parameter of transmission display information, terminal is to distribution member 123;
Distribution member 123 is connected with multiple terminal, and display information corresponding to transmission screen parameter is to terminal corresponding to screen parameter.
When above-mentioned multiple terminals integrated processor is connected with multiple terminal, any one terminal in multiple terminal can to the screen splicing element transmission screen splicing request in integral control circuit 120, after the receiver 121 in screen splicing element receives the screen splicing request of terminal transmission, this screen splicing request can be transferred to communication device 130, communication device 130 can be downloaded according to the display message header online in this screen splicing request or obtain from other-end the display information needing tiled display, and by this display information transmission to obtaining element 122;
Simultaneously, obtain the screen parameter that element 122 also can obtain terminal corresponding to each data processing circuit from connected each data processing circuit, this screen parameter can comprise the information such as screen size and screen resolution of terminal, and be transferred to allocation units 123 together by the screen parameter of terminal and from the display information that communication device 130 obtains, allocation units 123 are according to the screen parameter of the terminal received and display information, distribute the display information that each screen parameter is corresponding, and display information corresponding for this screen parameter is transferred to terminal corresponding to screen parameter respectively carries out tiled display.
Above-mentioned integral control circuit 120 can also comprise print screen element.
Print screen element is connected with communication device 130 and multiple terminal respectively, receive the print screen request of any terminal transmission in multiple terminal, transmit this print screen request to communication device 130, the print screen information that received communication element 130 transmits, transmission screen Copy Info to each terminal in multiple terminal to carry out copying display.
So-called print screen, is exactly the information identical with multiple terminal demonstration that multiple terminals integrated processor connects, can meets multiple people like this and watch same information simultaneously.Any one terminal in the multiple terminals be connected with this multiple terminals integrated processor can to the print screen element transmission print screen request in the integral control circuit 120 in the integrated processor of connected multiple terminals, and this print screen request can comprise the terminal number that the title of the information needing to copy display and needs copy.
After print screen element receives the print screen request of above-mentioned terminal transmission, this print screen request can be transferred to communication device 130, communication device 130 can be downloaded according to the title online of the print screen information received or obtain this display information from other-end, and by this display information transmission to print screen element, carried out copying display to needing each terminal copied in multiple terminals of this display information by this display information of print screen element transmission.
Wherein, as shown in Figure 3, each data processing circuit in above-mentioned multiple data processing circuit can comprise receiving element 310, executive component 320 and transmitting element 330.
Receiving element 310 is connected with integral control circuit 120, communication device 130 and executive component 320, and the instruction of received communication element 130 and integral control circuit 120 transmission respectively, transmits this instruction to executive component 320;
Executive component 320 is connected with transmitting element 330, receives the instruction of above-mentioned receiving element 310 transmission, and execution result is transferred to transmitting element 330.
Integral control circuit 120 and communication device 130 are all connected with each data processing circuit in multiple data processing circuit, assignment instructions to be processed for the need of the terminal received can be transferred to the data processing circuit corresponding with this terminal and process by integral control circuit 120 and communication device 130, and the receiving element 310 in data processing circuit can receive the instruction of integral control circuit 120 and communication device 130 transmission, and by this command to executive component 320.After executive component 320 receives the instruction of receiving element 310 transmission, can operate accordingly according to this instruction, such as carry out arithmetical operation or logical operation or out of Memory process, and be transferred to transmitting element 330 by performing the result obtained, send to integral control circuit 120 or communication device 130 by transmitting element 330, afterwards the result of process is transferred to terminal and shows.
Above-mentioned multiple terminals integrated processor can also comprise body power source and electric power shares element.
Electric power is shared element and is connected with body power source and multiple terminal respectively, receives the electric power of body power source transmission, and transferring electric power gives multiple terminal.
Aforementioned body power supply can for having the accumulator of larger charge storage ability, be used for power itself on the one hand, on the other hand, electric power transfer can also share element to connected electric power by body power source, element transmission is shared to the terminal be connected with this multiple terminals integrated processor, for this terminal works by electric power.
The connection that electric power shares element and terminal can be wired connection, also can be wireless connections, wherein, wired connection can be USB (UniversalSerialBus, USB (universal serial bus)) connect, electric power is shared element and is connected with USB interface, gives connected terminal by USB line by electric power transfer.
If electric power shares element and terminal is wireless connections, so electric power is shared element and the electric power that the body power source received transmits can be converted into radio wave transmissions and go out, and after terminal receives this radiowave, then is translated into electricity usage.
The multiple terminals integrated processor that the utility model embodiment provides, comprise shell, integral control circuit, communication device and multiple data processing circuit, an independently equipment, terminal is connected with each data processing circuit in this multiple terminals integrated processor, when update processor is regenerated, display device can also continue to use, avoid the wasting of resources, in addition, when above-mentioned multiple terminals integrated processor is keeped in repair, do not need to take terminal apart, therefore the element in terminal can not be damaged, and data communication between multiple data processing circuit and function sharing can be realized by integral control circuit.
Embodiment 2
The utility model embodiment still provides a kind of multiple terminals Integrated Processing System, as shown in Figure 4, comprises the multiple terminals integrated processor 410 that multiple terminal and above-described embodiment 1 provide.
Multiple data processing circuit one_to_one corresponding that multiple terminal and multiple terminals integrated processor 410 comprise;
It is wireless or wired connection between multiple terminal and multiple terminals integrated processor 410.
Multiple any number for being greater than 1 in above-mentioned multiple terminal, the utility model does not limit the concrete numerical value of above-mentioned multiple terminal, the utility model embodiment will for three terminals, introduce above-mentioned multiple terminals integrated processor in detail, as shown in Figure 4, above-mentioned multiple terminals Integrated Processing System can comprise: first terminal 421, second terminal 422 and third terminal 423.
Wherein, first terminal 421, second terminal 422 and third terminal 423 are all connected with multiple terminals integrated processor 410, and the multiple data processing circuit one_to_one corresponding comprised with multiple terminals integrated processor 410 respectively.
Wherein, above-mentioned wireless connections can connect for bluetooth or Wi-Fi connects, and above-mentioned wired connection can connect for USB interface.
Multiple terminals integrated processor in the Integrated Processing System of above-mentioned multiple terminals can be connected with multiple terminal simultaneously, processes the task requests of multiple terminal transmission simultaneously.And above-mentioned multiple terminal can be different terminal, such as, first terminal 421 can be smart mobile phone, and the second terminal 422 can be PAD, and third terminal 423 can be computing machine.In addition, above-mentioned multiple terminal also can be identical terminal, and, above-mentioned terminal can for only having the display device of display element, transmitting element and receiving element, also the terminal device of Presentation Function can be had for the smart mobile phone or PAD or computing machine etc. with complete function, can also for not having the intelligent refrigerator, intelligent air condition etc. of Presentation Function, this intelligent refrigerator, intelligent air condition possess receiving element and transmitting element.
The multiple terminals Integrated Processing System that the utility model embodiment provides, the processor adopted is the multiple terminals integrated processor be placed on outside terminal device, comprise shell, integral control circuit, communication device and multiple data processing circuit, an independently equipment, terminal is connected with each data processing circuit in this multiple terminals integrated processor, when update processor is regenerated, display device can also continue to use, avoid the wasting of resources, in addition, when above-mentioned multiple terminals integrated processor is keeped in repair, do not need to take terminal apart, therefore the element in terminal can not be damaged, and data communication between multiple data processing circuit and function sharing can be realized by integral control circuit.
The above; be only embodiment of the present utility model; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; change can be expected easily or replace, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should described be as the criterion with the protection domain of claim.
Claims (10)
1. a multiple terminals integrated processor, is characterized in that, comprising: shell, integral control circuit, communication device and multiple data processing circuit;
Described integral control circuit is connected with described communication device and described multiple data processing circuit respectively;
Described communication device is connected with each data processing circuit in the terminal of multiple outside and described multiple data processing circuit respectively, the terminal of described multiple outside and described multiple data processing circuit one_to_one corresponding;
Described integral control circuit, described communication device and described multiple data processing circuit are installed on described shell.
2. multiple terminals according to claim 1 integrated processor, is characterized in that, described integral control circuit comprises allotment element;
Described allotment element is connected with described terminal and described communication device, receives the task amount distribution instruction of described terminal transmission, and transformation task allocation result gives described communication device.
3. multiple terminals according to claim 1 integrated processor, is characterized in that, described integral control circuit also comprises screen splicing element;
Described screen splicing element is connected with described communication device and multiple terminal respectively, receive the screen splicing request of any terminal transmission in described multiple terminal, transmit described screen splicing request to described communication device, receive the display information of described communication device transmission, transmit described display information and carry out tiled display to each terminal in described multiple terminal.
4. multiple terminals according to claim 3 integrated processor, is characterized in that, described screen splicing element comprises receiver, obtains element and distribution member;
Described receiver is connected with described communication device and described multiple terminal, receives the screen splicing request of any terminal transmission in described multiple terminal, transmits described screen splicing request to described communication device;
Described acquisition element is connected with described communication device, described distribution member and described multiple data processing circuit, receive the display information of described communication device transmission, receive the screen parameter of the terminal corresponding to described each data processing circuit of each data processing circuit transmission respectively, transmit described display information, described terminal screen parameter to described distribution member;
Described distribution member is connected with described multiple terminal, and the display information that transmission screen parameter is corresponding gives the terminal that described screen parameter is corresponding.
5. multiple terminals according to claim 1 integrated processor, is characterized in that, described integral control circuit also comprises print screen element;
Described print screen element is connected with described communication device and multiple terminal respectively, receive the print screen request of any terminal transmission in described multiple terminal, transmit described print screen request to described communication device, receive the print screen information of described communication device transmission, transmit described print screen information and carry out copying display to each terminal in described multiple terminal.
6. multiple terminals according to claim 1 integrated processor, is characterized in that, each data processing circuit in described multiple data processing circuit comprises receiving element, executive component and transmitting element;
Described receiving element is connected with described integral control circuit, described communication device and described executive component, receives the instruction of described communication device and the transmission of described integral control circuit respectively, transmits described instruction to described executive component;
Described executive component is connected with described transmitting element, receives the instruction of described receiving element transmission, and execution result is transferred to described transmitting element.
7. multiple terminals according to claim 1 integrated processor, is characterized in that, described multiple terminals integrated processor also comprises body power source and electric power shares element;
Described electric power is shared element and is connected with described body power source and multiple terminal respectively, receives the electric power of described body power source transmission, and transmits described electric power to described multiple terminal.
8. multiple terminals according to claim 1 integrated processor, is characterized in that, described communication device comprises Bluetooth communication device or Wireless Fidelity Wi-Fi communicator;
Described Bluetooth communication device or described Wi-Fi communicator are connected with the terminal of described integral control circuit, described multiple data processing circuit and described multiple outside respectively, the LAN (Local Area Network) between the terminal setting up described multiple terminals integrated processor and described multiple outside.
9. a multiple terminals Integrated Processing System, is characterized in that, comprises multiple terminal and the multiple terminals integrated processor described in any one of claim 1 ~ 8;
Multiple data processing circuit one_to_one corresponding that described multiple terminal and described multiple terminals integrated processor comprise;
Be wireless or wired connection between described multiple terminal and described multiple terminals integrated processor.
10. multiple terminals according to claim 9 Integrated Processing System, is characterized in that, described wireless connections are that bluetooth connects or Wi-Fi connects;
Described wired connection is that general-purpose serial bus USB interface connects.
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| CN201520897363.XU CN205080474U (en) | 2015-11-11 | 2015-11-11 | Multiterminal integrated processors and multiterminal integrated process system |
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| CN201520897363.XU CN205080474U (en) | 2015-11-11 | 2015-11-11 | Multiterminal integrated processors and multiterminal integrated process system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113141745A (en) * | 2021-04-22 | 2021-07-20 | 京东方科技集团股份有限公司 | Display device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113141745A (en) * | 2021-04-22 | 2021-07-20 | 京东方科技集团股份有限公司 | Display device |
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