CN103178869B - A kind of electronic equipment - Google Patents
A kind of electronic equipment Download PDFInfo
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- CN103178869B CN103178869B CN201110433426.2A CN201110433426A CN103178869B CN 103178869 B CN103178869 B CN 103178869B CN 201110433426 A CN201110433426 A CN 201110433426A CN 103178869 B CN103178869 B CN 103178869B
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Abstract
The invention provides a kind of electronic equipment, described electronic equipment comprises: the first signal transmitting and receiving module; First Radiation Module, with described first signal transmitting and receiving model calling, for described in radiation first signal transmitting and receiving module produce signal and by receive Signal transmissions give described first signal transmitting and receiving module; First radio frequency interface, with described first signal transmitting and receiving model calling, for connecting the second radio frequency interface of the second electronic equipment, wherein, described second electronic equipment comprises the second Radiation Module, and described second Radiation Module is connected with described second radio frequency interface; When described first radio frequency interface is connected with described second radio frequency interface, described first signal transmitting and receiving module by produce signal by described second Radiation Module radiation, or receive described second Radiation Module reception signal.The signal transmitting and receiving efficiency of equipment can be improved by the embodiment of the present invention.
Description
Technical field
The present invention relates to electronic equipment manufacture technology field, relate to a kind of electronic equipment in particular.
Background technology
Along with the continuous progress of the communication technology and electronic technology, the electronic equipments such as various electronic equipment such as mobile phone, smart mobile phone, notebook, panel computer, television set, obtain and develop rapidly, function also from strength to strength.
Radio-frequency module has been generally included in electronic equipment, received by antenna or radiation wireless signal, realize the transmission of information, but to be received by antenna due to electronic equipment or the ability of radiation signal is easily subject to the impact of extraneous factor, such as antenna is blocked, or when electronic equipment and other Metal Contact, antenna efficiency reduces, will weaken and be received by antenna or the signal of radiation.It is special in electronic equipment contacts with other electronic equipments, or when carrying out file transfer with other electronic equipments, be blocked due to antenna or contact the metal shell of other electronic equipments or the interference etc. of data transfer signal radio frequency signal, the signal of electronic equipment reception or radiation will be weakened, make signal transmitting and receiving efficiency step-down.
Summary of the invention
In view of this, the invention provides a kind of electronic equipment, for solving the lower problem of existing signal transmitting and receiving efficiency.
For achieving the above object, the invention provides following technical scheme:
A kind of electronic equipment, comprising:
First signal transmitting and receiving module;
First Radiation Module, with described first signal transmitting and receiving model calling, for described in radiation first signal transmitting and receiving module produce signal and by receive Signal transmissions give described first signal transmitting and receiving module;
First radio frequency interface, with described first signal transmitting and receiving model calling, for connecting the second radio frequency interface of the second electronic equipment, wherein, described second electronic equipment comprises the second Radiation Module, and described second Radiation Module is connected with described second radio frequency interface;
When described first radio frequency interface is connected with described second radio frequency interface, described first signal transmitting and receiving module by produce signal by described second Radiation Module radiation, or receive described second Radiation Module reception signal.
Preferably, described electronic equipment also comprises:
First processor, with described first signal transmitting and receiving model calling;
First electric interfaces, is connected with described first processor, and for connecting the second electric interfaces of the second electronic equipment, wherein said second electronic equipment also comprises the second processor be connected with described second electric interfaces;
When the first electric interfaces is connected with the second electric interfaces, when described first processor is for receiving the control information of described second processor, send indication information to described first signal transmitting and receiving module, described control information is that described second processor sends when judging described second Radiation Module off-duty;
When described first signal transmitting and receiving module is specifically for receiving the indication information of described first processor, by the signal that produces by described second Radiation Module radiation, or receive the signal of described second Radiation Module reception.
Preferably, described electronic equipment also comprises:
First processor,
First electric interfaces, is connected with described first processor, and for connecting the second electric interfaces of the second electronic equipment, wherein, described second electronic equipment also comprises the second input equipment and the second output equipment that are connected with described second electric interfaces respectively;
The input information that described first processor provides for receiving described second input equipment, and output information is sent to described second output equipment.
Preferably, described electronic equipment also comprises and mates with described second electronic equipment second housing the first shell be connected, and described first radio frequency interface is specifically arranged on described first shell.
Preferably, described electronic equipment also comprises the first output equipment, when described first shell and described second housing mate be connected time, the second output equipment of described first output equipment and described second electronic equipment is in the same plane.
A kind of electronic equipment, comprising:
Secondary signal transceiver module;
Second Radiation Module, is connected with described secondary signal transceiver module, for described in radiation secondary signal transceiver module produce signal and by receive Signal transmissions give described secondary signal transceiver module;
Second radio frequency interface, is connected with described second Radiation Module, and for connecting the first radio frequency interface of the first electronic equipment, wherein, described first electronic equipment also comprises the first signal transmitting and receiving module, and described first signal transmitting and receiving module is connected with described first radio frequency interface;
When described second radio frequency interface is connected with described first radio frequency interface, described in described second Radiation Module radiation first signal transmitting and receiving module produce signal and by receive Signal transmissions give described first signal transmitting and receiving module.
Preferably, described electronic equipment also comprises:
Second processor, is connected with described secondary signal transceiver module;
Second electric interfaces, be connected with described second processor, for connecting the first electric interfaces of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor be connected with described first signal transmitting and receiving module with described first electric interfaces respectively;
Then described in described second Radiation Module radiation first signal transmitting and receiving module produce signal and by the Signal transmissions of reception give described first signal transmitting and receiving module be specially:
When described second Radiation Module off-duty judged by described second processor, send control information to described first processor, described control information for triggering the described first signal transmitting and receiving module of described first processor instruction by the signal of generation by described second Radiation Module radiation, or receives the signal of described second Radiation Module reception.
Preferably, described electronic equipment also comprises:
Second input equipment;
Second output equipment;
Second electric interfaces, be connected with described second input equipment and described second output equipment respectively, for connecting the first electric interfaces of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor be connected with described first electric interfaces;
When described second electric interfaces is connected with described first electric interfaces, described second input equipment is used for providing input information to described first processor, the output information that described second output equipment sends for receiving described first processor.
Preferably, described electronic equipment also comprises the second processor be connected with described second electric interfaces, the second input equipment and the second output equipment respectively;
Then when described second electric interfaces is connected with described first electric interfaces, described second input equipment specifically for receive described second processor input trigger message after, there is provided input information to described first processor, send when described second processor of described input trigger message receives the input control information of described first processor;
Described second output equipment specifically for receive described second processor output trigger message after, export the output information that described first processor sends, send when described second processor of described output trigger message receives the output control information of described first processor.
Preferably, described electronic equipment also comprises
Second input equipment;
Second output equipment;
Second processor, is connected with described second input equipment and the second output equipment respectively;
Second electric interfaces, is connected with described second processor, and for connecting the first electric interfaces of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor be connected with described first electric interfaces;
When the second electric interfaces is connected with the first electric interfaces, described second processor for receive first processor input control information after, the input information of the second input equipment is sent to described first processor; And after receiving the output control information of first processor, the output information sent by described first processor is exported by described second output equipment.
Preferably, described electronic equipment also comprises for mating with the first shell of described first electronic equipment the second housing be connected, and described second radio frequency interface is specifically arranged on described second housing.
Preferably, when described first electronic equipment also comprises the first output equipment, when described second housing and described first shell mate be connected time, the first output equipment of described second output equipment and described first electronic equipment is in the same plane.
Known via above-mentioned technical scheme, compared with prior art, the invention provides a kind of electronic equipment, by arranging the first radio frequency interface with the first signal transmitting and receiving model calling, the connection with the second radio frequency interface of the second electronic equipment is realized by this first radio frequency interface, because the second radio frequency interface connects the second Radiation Module of the second electronic equipment, therefore achieve the connection of the first signal transmitting and receiving module and the second Radiation Module, the first signal transmitting and receiving module can be received or radiation signal by this second Radiation Module.Because electronic equipment can realize the transmitting-receiving of signal by the first Radiation Module and/or the second Radiation Module, electronic equipment signal transmitting and receiving efficiency therefore can be improved.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
Fig. 1 is the structural representation of a kind of electronic equipment embodiment 1 of the present invention;
Fig. 2 is the syndeton schematic diagram of an embodiment of electronic equipment of the present invention and the second electronic equipment;
Fig. 3 is the syndeton schematic diagram of another embodiment of electronic equipment of the present invention and the second electronic equipment;
Fig. 4 is the structural representation of a kind of electronic equipment embodiment 2 of the present invention;
Fig. 5 is the structural representation of a kind of electronic equipment embodiment 3 of the present invention;
Fig. 6 is the syndeton schematic diagram of another embodiment of electronic equipment of the present invention and the second electronic equipment;
Fig. 7 is the structural representation of a kind of electronic equipment embodiment 4 of the present invention;
Fig. 8 is the structural representation of a kind of electronic equipment embodiment 5 of the present invention;
Fig. 9 is the structural representation of a kind of electronic equipment embodiment 6 of the present invention;
Figure 10 is the structural representation of a kind of electronic equipment embodiment 7 of the present invention;
Figure 11 is the structural representation of a kind of electronic equipment embodiment 8 of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the invention discloses one and the invention provides a kind of electronic equipment, by arranging the first radio frequency interface with the first signal transmitting and receiving model calling, the connection with the second radio frequency interface of the second electronic equipment is realized by this first radio frequency interface, because the second radio frequency interface connects the second Radiation Module of the second electronic equipment, therefore achieve the connection of the first signal transmitting and receiving module and the second Radiation Module, the first signal transmitting and receiving module can be received or radiation signal by this second Radiation Module.When the performance of the second Radiation Module is better than the first Radiation Module, or electronic equipment realizes the transmitting-receiving of signal simultaneously by the first Radiation Module and the second Radiation Module, just can improve the signal transmitting and receiving efficiency of electronic equipment.
See Fig. 1, show the structural representation of a kind of electronic equipment embodiment 1 of the present invention, this electronic equipment can comprise:
First signal transmitting and receiving module 101.
First Radiation Module 102, is connected with described first signal transmitting and receiving module 101, for described in radiation first signal transmitting and receiving module 101 produce signal and by receive Signal transmissions give described first signal transmitting and receiving module 101.
The first described signal transmitting and receiving module can refer to radio-frequency module, and namely the first described Radiation Module can be the antenna of equipment, and it can realize the effect of reception or radiation signal.
First radio frequency interface 103, be connected with described first signal transmitting and receiving module 101, for connecting the second radio frequency interface 11 of the second electronic equipment, wherein, described second electronic equipment also comprises the second Radiation Module 12, and described second Radiation Module 12 is connected with described second radio frequency interface 11.
The second described electronic equipment refers to other equipment being different from electronic equipment described in the present embodiment.This second electronic equipment comprises the second radio frequency interface and the second Radiation Module, and the second Radiation Module that is to say the antenna of finger second electronic equipment, can receive or radiation signal.Certainly described second electronic equipment also must comprise other module, the present invention does not make restriction to the second electronic equipment, it can be the electronic equipment identical with electronic equipment described in the present embodiment, also just can comprise other electronic equipments of the second radio frequency interface and the second Radiation Module.
When described first radio frequency interface 103 is connected with described second radio frequency interface 11, described first signal transmitting and receiving module 101 by produce signal by described second Radiation Module 12 radiation, or receive described second Radiation Module 12 reception signal.
Because the first radio frequency interface is connected with the first signal transmitting and receiving module, second radio frequency interface is connected with the second Radiation Module, therefore after the first radio frequency interface is connected with the second radio frequency interface, the first signal transmitting and receiving module can be realized be connected with described second Radiation Module, the first described signal transmitting and receiving module is namely by this second Radiation Module, realize reception or the transmission of signal, also the signal that namely the second Radiation Module receives can transfer to the first signal transmitting and receiving module, and the signal of the first signal transmitting and receiving CMOS macro cell also can be radiate by this second Radiation Module.
Therefore described first signal transmitting and receiving module can realize reception and the transmission of signal simultaneously by described first Radiation Module and described second Radiation Module, improves signal transmitting and receiving efficiency.
First signal transmitting and receiving module simultaneously by described first Radiation Module and described second Radiation Module realize signal reception and send can be specifically utilize diversity technique, such as MIMO (Multiple-Input Multiple-Out-put, multiple-input, multiple-output) technology realizes the multiplexing of many Radiation Modules.Certainly described first signal transmitting and receiving module also can be used alone the second Radiation Module of the second electronic equipment.When the performance of described second Radiation Module is better than described first Radiation Module, the signal transmitting and receiving efficiency of equipment also can be improved.
Wherein, the first radio frequency interface can be connected by data cable indirectly with the connected mode of the second radio frequency interface.
Wherein conveniently arrange in the electronic device and radio frequency interface is installed, reducing and take volume, particularly when described electronic equipment is the equipment that mobile phone or notebook computer are higher to volume requirement.Radio frequency interface is specifically set to the less interface of diameter by the present invention, and therefore data cable is also the RF cable less with the diameter of described Interface Matching, to facilitate connection.Radio frequency interface is specifically arranged on the circuit board of electronic equipment, and it specifically forms can comprise the radiofrequency signal connecting line be connected with Radiation Module, and is fixedly connected with described radiofrequency signal connecting line, and the cable tray of ground connection.This cable tray and RF cable match.
Certainly, described first radio frequency interface can also directly be connected with described second radio frequency interface.
Wherein, described electronic equipment also comprises and mates with the second housing of described second electronic equipment the first shell be connected, and described first radio frequency interface is specifically arranged on described first shell, and described second radio frequency interface is arranged on second housing.
Wherein see Fig. 2, be the syndeton schematic diagram of an embodiment of electronic equipment of the present invention and the second electronic equipment, Fig. 3 is the johning knot composition of another embodiment of electronic equipment of the present invention and the second electronic equipment.
After first shell and the second housing of the second electronic equipment 400 of electronic equipment 300 of the present invention mate and are connected, electronic equipment 300 and the second electronic equipment 400 can form the surface structure of integral type, therefore be convenient for carrying, particularly electronic equipment 300 is mobile phone, and the second electronic equipment 400 is when being notebook computer, or electronic equipment 300 is notebook computer, and when the second electronic equipment 400 is mobile phone.The second housing of notebook computer is the shell being provided with expansion slot, and mobile phone can be placed in this expansion slot, thus realizes coupling connection, and namely the first radio frequency interface and the second radio frequency interface are connected by RF cable or directly connect.And notebook computer and mobile phone are conventional electronic equipment, user also often uses together, therefore to realize Radiation Module multiplexing, under improving the prerequisite of signal transmitting and receiving efficiency, can also be convenient for carrying.
In the present embodiment, electronic equipment is by arranging the first radio frequency interface with the first signal transmitting and receiving model calling, the connection with the second radio frequency interface of the second electronic equipment is realized by this first radio frequency interface, because the second radio frequency interface connects the second Radiation Module, therefore achieve the connection of the first signal transmitting and receiving module and the second Radiation Module, this second Radiation Module namely can be used to receive or radiation signal.Because electronic equipment can be received or radiation signal by the first Radiation Module and the second Radiation Module, electronic equipment signal transmitting and receiving efficiency therefore can be improved.
In practical application, electronic equipment described in the present embodiment specifically can refer to that mobile phone, notebook, panel computer or data card etc. need the equipment of the transmission of application of radiation module or radiation signal, and the second described electronic equipment also can refer to that mobile phone, notebook or data card etc. comprise the electronic equipment of Radiation Module.Certainly, those skilled in the art are known, because Radiation Module is by receive or the mode of radiated electromagnetic wave carries out the transmission of signal, therefore the first Radiation Module and the second Radiation Module need the electromagnetic wave that can receive same frequency segment, and the first described signal transmitting and receiving module could use this second Radiation Module.
Wherein, when the electronic equipment described in the present embodiment is specially data card, described data card can refer to card of surfing Internet, the second electronic equipment can for notebook computer or other can receive the computer equipment of signal that data network sends.After data card and notebook computer mate and be connected, the Radiation Module in data card receives wireless signal, realizes notebook computer access data network.But due to data card small volume, after data card is connected with notebook computer, the sensitivity of self can be affected to a certain extent, and radio frequency interface is set on data card by the present invention, and after the radio frequency interface connection corresponding with notebook computer, data card can receive or receive simultaneously the signal of the Radiation Module transmission in notebook computer, therefore improves the transmitting-receiving efficiency of data card signal, can improve data downloading speed.
Certainly, as other embodiment, first Radiation Module of described electronic equipment also can be connected with described first radio frequency interface, if when the second electronic equipment comprises the signal transmitting and receiving module be connected with its second radio frequency interface, when then the first radio frequency interface is connected with the second radio frequency interface, first Radiation Module can also be used for the signal of the generation of the signal transmitting and receiving module of this second electronic equipment of radiation, or by the Signal transmissions that receives to the signal transmitting and receiving module of this second electronic equipment, make the second electronic equipment can use this first Radiation Module, thus achieve with the Radiation Module of the second electronic equipment share, improve the signal transmitting and receiving efficiency of other electronic equipments.
See Fig. 4, show the structure chart of a kind of electronic equipment embodiment 2 of the present invention, electronic equipment described in the present embodiment can comprise the first signal transmitting and receiving module 101, first Radiation Module 102 and the first radio frequency interface 103, the annexation of each several part and function can see described in above-mentioned electronic equipment embodiments 1, be with described electronic equipment embodiment 1 difference, described electronic equipment can also comprise:
First processor 104, is connected with described first signal transmitting and receiving module 101.
First electric interfaces 105, is connected with described first processor 104, and for connecting the second electric interfaces 13 of the second electronic equipment, wherein, described second electronic equipment also comprises the second processor 14 be connected with described second electric interfaces 13.
When described first radio frequency interface 103 is connected with described second radio frequency interface 11, and described first electric interfaces 105 is when being connected with described second electric interfaces 13, when described first processor 104 is for receiving the control information of described second processor 14, send indication information to described first signal transmitting and receiving module 101, described control information is that described second processor 14 sends when judging described second Radiation Module 12 off-duty.
Therefore, when described first signal transmitting and receiving module 101 is specifically for receiving the indication information of described first processor 104, by the signal that produces by described second Radiation Module 12 radiation, or receive the signal of described second Radiation Module 12 reception.
First radio frequency interface is connected with the second radio frequency interface, after the first electric interfaces is connected with the second electric interfaces, namely achieves the connection of the first signal transmitting and receiving module and described second Radiation Module, and the connection of described first processor and described second processor.This second Radiation Module directly can not be applied after the connection of the first signal transmitting and receiving module and described second Radiation Module, when needing the indication information receiving first processor, this the second Radiation Module could be used, described indication information sends after first processor receives the control information of the second processor, this control information is that the second Radiation Module off-duty judged by the second processor, namely determine to send after the second electronic equipment does not use this second Radiation Module, therefore avoid application error.
In actual applications, first radio frequency interface is connected with the second radio frequency interface, after first electric interfaces is connected with the second electric interfaces, when the second Radiation Module off-duty determined by the second processor, can send control information to first processor, after first processor receives this control information, can indicate the first signal transmitting and receiving module should the second Radiation Module, the signal being about to produce by described second Radiation Module radiation, or receives the signal of described second Radiation Module reception.
In the present embodiment, described electronic equipment also comprises first processor, described first signal transmitting and receiving module is specifically after receiving the indication information of first processor, at the second Radiation Module of application second electronic equipment, therefore, while improve signal transmitting and receiving efficiency, improve the accuracy rate of signal transmitting and receiving.
See Fig. 5, show the structural representation of a kind of electronic equipment embodiment 3 of the present invention, electronic equipment described in the present embodiment can comprise the first signal transmitting and receiving module 101, first Radiation Module 102 and the first radio frequency interface 103, the annexation of each several part and function can see described in above-mentioned electronic equipment embodiments 1, be with described electronic equipment embodiment 1 difference, described electronic equipment can also comprise:
First processor 104;
First electric interfaces 105, be connected with described first processor, for connecting the second electric interfaces 13 of the second electronic equipment, wherein, described second electronic equipment also comprises the second input equipment 15 and the second output equipment 16 be connected with described second electric interfaces 13 respectively.
Output information for receiving the input information of described second input equipment 15, and is sent to described second output equipment 16 by described first processor 104.
After first electric interfaces is connected with the second electric interfaces, can realize the second input equipment of first processor and the second electronic equipment and the connection of the second output equipment, therefore described electronic equipment can use this second input equipment and the second output equipment.
Certain described electronic equipment can also use self input-output equipment.
Wherein, described electronic equipment also comprises and mates with described second electronic equipment second housing the first shell be connected, described first radio frequency interface and the first electric interfaces are specifically arranged on described first shell, and the second radio frequency interface and the second electric interfaces are specifically arranged on described second housing.When needing the Radiation Module of use second electronic equipment, first shell is connected with second housing coupling, first radio frequency interface and the second radio frequency interface, and the first electric interfaces and the second electric interfaces arrange the position matched respectively, therefore can realize direct connection.
It should be noted that, in the embodiment of the present invention, the first described shell is connected just a kind of rigid connection or contact connected mode with second housing coupling, and in other words the connection of shell physically connects, and is can be convenient for carrying to mate the electronic equipment after connection.And the connection of the first radio frequency interface and the second radio frequency interface, and the connection of the first electric interfaces and the second electric interfaces is electrically connected, and its essence is to realize the interface connected mode set up based on wireless transmission protocol.
When described electronic equipment comprises the first output equipment, after the shell of described second electronic equipment mates and is connected, described first output equipment and described second output equipment can be in the same plane, described first output equipment and the second output equipment can be specifically display devices, therefore the information that first processor exports can export from the first output equipment, and/or export from the second output equipment, therefore user can know different output information without the need to switching visual angle.
Specifically see Fig. 6, show the syndeton schematic diagram of another embodiment of electronic equipment of the present invention and the second electronic equipment.Electronic equipment 200 of the present invention is arranged on the second plane domain position, output equipment place of the second electronic equipment 300 with the link position that mates of the second electronic equipment 300, thus can realize the first output equipment and the second output equipment is in the same plane.
Certain described electronic equipment 200 mates with the second electronic equipment 300 any position that link position can be positioned at described second plane domain position, output equipment place, to ensure that the first output equipment and the second output equipment are positioned at same plane, and be defined in the particular location shown in Fig. 6.
Such as, when described second electronic equipment is computer, the first described input equipment can comprise keyboard or mouse, and described second output equipment comprises display etc.The information that electronic equipment described in the present embodiment can realize first processor to export exports at the second output equipment of the second electronic equipment, the input information of the second electronic equipment can be received simultaneously, realize the control of the second electronic equipment to electronic equipment described in the present embodiment.When electronic equipment is as described in the embodiment specially mobile phone, when the first processor of mobile phone needs output information to show, due to the restriction of mobile phone screen self, when display effect is bad, the display that first processor can will need the information exported to be sent to coupled computer, is shown by computer monitor; And for example, when cell phone keyboard carries out input operation, such as, when editing short message, due to the less operation inconvenience of keyboard, therefore can be inputted by computor-keyboard, described first processor directly can receive the input information of computor-keyboard.
In the present embodiment, electronic equipment also comprises first processor and the first electric interfaces, while improve signal transmitting and receiving efficiency, can also realize the input-output equipment of multiplexing second electronic equipment, improves resource utilization and facilitates electronic equipment operation.
Wherein, first signal transmitting and receiving module is connected with first processor, when described second electronic equipment also comprises the second processor be connected with described second electric interfaces, the first signal transmitting and receiving module realizes can see described in above-mentioned electronic equipment embodiment 2 by the concrete operations of the second Radiation Module receiving and transmitting signal.
And described first processor receives the input information of described second input equipment, and process output information being sent to described second output equipment specifically can comprise:
First processor sends input control information to the second processor, and after the second processor receives this input control information, trigger described second input equipment, input information can be sent in first processor by the second input equipment; And,
First processor sends to the second processor and exports control information, after the second processor receives this output control information, triggers described second output equipment and receives the output information of described first processor and export.
See Fig. 7, show the structural representation of a kind of electronic equipment embodiment 4 of the present invention, described electronic equipment can comprise:
Secondary signal transceiver module 201;
Second Radiation Module 202, is connected with described secondary signal transceiver module 201, for described in radiation secondary signal transceiver module 202 produce signal and by receive Signal transmissions give described secondary signal transceiver module.
Second radio frequency interface 203, be connected with described second Radiation Module 202, for connecting the first radio frequency interface 21 of the first electronic equipment, wherein, described first electronic equipment also comprises the first signal transmitting and receiving module 22, and described first signal transmitting and receiving module 22 is connected with described first radio frequency interface 21;
Other electronic equipments with electronic equipment described in the embodiment of the present invention distinguished by the first described electronic equipment.
It should be noted that " first " and " second " occurred in the present invention is only used to an entity or operation to separate with another entity or operating space, and not necessarily require or imply the relation that there is any this reality between these entities or operation or sequentially.
When described second radio frequency interface 203 is connected with described first radio frequency interface 21, described in described second Radiation Module 202 radiation first signal transmitting and receiving module 22 produce signal and by receive Signal transmissions give described first signal transmitting and receiving module 22.
When the second radio frequency interface is connected with the first radio frequency interface, namely the connection of the second Radiation Module and the first signal transmitting and receiving module is achieved, Signal transmissions to the first signal transmitting and receiving module that second Radiation Module can will receive, and the signal amplitude that the first signal transmitting and receiving module produces is shot out, can be realized the Signal transmissions that receives to the signal transmitting and receiving module of another electronic equipment by the electronic equipment described in the present embodiment, realize the Radiation Module of self being shared to other electronic equipments to use, therefore can improve the transmitting-receiving efficiency of other electronic equipment signals.
In the present embodiment, second Radiation Module of electronic equipment passes through the first radio frequency interface of the second radio frequency interface and the first electronic equipment, be connected with the first signal transmitting and receiving module, achieve and the second Radiation Module is shared to the second electronic equipment use, therefore can improve the volume signal transmitting and receiving efficiency of the second electronic equipment.
Wherein, when described first electronic equipment also comprises the first Radiation Module be connected with the first radio frequency interface, when described secondary signal transceiver module is also connected with the second radio frequency interface, the first Radiation Module that secondary signal transceiver module shares use first electronic equipment can also be realized, thus improve the signal transmitting and receiving efficiency of the first electronic equipment.
Wherein, the first radio frequency interface can be connected by data wire indirectly with the connected mode of the second radio frequency interface.The concrete structure of radio frequency interface and connected mode can see described in above-described embodiments 1.
Certainly, described first radio frequency interface and described second radio frequency interface can also adopt the form of direct-connected connection.
Wherein, described electronic equipment also comprises and mates with the first shell of described first electronic equipment the second housing be connected, and described second radio frequency interface is specifically arranged on described first shell, and described first radio frequency interface is arranged on the first shell.After being connected by the first shell and second housing coupling, can realize after electronic equipment is connected with the second electronic equipment, being convenient for carrying.
See Fig. 8, show the structural representation of a kind of electronic equipment embodiment 5 of the present invention, electronic equipment described in the present embodiment can comprise secondary signal transceiver module 201, second Radiation Module 202 and the second radio frequency interface 203, the annexation of each several part and function can see described in above-mentioned electronic equipment embodiments 4, be with described electronic equipment embodiment 4 difference, described electronic equipment can also comprise:
Second processor 204, is connected with described secondary signal transceiver module 201;
Second electric interfaces 205, be connected with described second processor 204, for connecting the first electric interfaces 23 of the first electronic equipment, wherein, described first electronic equipment also comprises described first electric interfaces 23 respectively and to be connected with the first signal transmitting and receiving module 22 first processor 24;
When, described second radio frequency interface 203 is connected with described first radio frequency interface 21, and after described second electric interfaces 205 is connected with described first electric interfaces 23, when described second Radiation Module 202 off-duty judged by described second processor 204, send control information to described first processor 24, described control information indicates described first signal transmitting and receiving module 22 by the signal of generation by described second Radiation Module 202 radiation for triggering described first processor 24, or receives the signal of described second Radiation Module 202 reception.
First radio frequency interface is connected with the second radio frequency interface, after the first electric interfaces is connected with the second electric interfaces, namely achieves the connection of the second Radiation Module and described first signal transmitting and receiving module, and the connection of described first processor and described second processor.After second Radiation Module is connected with described secondary signal transceiver module, directly can not carry out Signal transmissions.Described second processor, when judging this second radio-frequency module off-duty, sends control information to first processor.After first processor receives this control information, indication information can be sent to described first signal transmitting and receiving module, the signal of generation can be radiate by described second Radiation Module by described first signal transmitting and receiving module, or receive its signal received that described second Radiation Module transmits, also the signal of i.e. described second Radiation Module and radiation-curable described first signal transmitting and receiving module generation, and give described first signal transmitting and receiving module by the Signal transmissions of reception.
In the present embodiment, described electronic equipment also comprises the second processor, it is when judging the second Radiation Module off-duty, sending control information to the first electronic equipment, received or radiation signal by this Radiation Module to indicate the first signal transmitting and receiving module in the first electronic equipment, while improve signal transmitting and receiving efficiency, improve the accuracy rate of signal transmitting and receiving, avoid multiplex radiation module error occurs.
See Fig. 9, show the structure chart of a kind of electronic equipment embodiment 6 of the present invention, electronic equipment described in the present embodiment can comprise secondary signal transceiver module 201, second Radiation Module 202 and the second radio frequency interface 203, the annexation of each several part and function can see described in above-mentioned electronic equipment embodiments 4, be with described electronic equipment embodiment 4 difference, described electronic equipment can also comprise:
Second electric interfaces 205, second input equipment 206 and the second output equipment 207.
Wherein, second electric interfaces 205 is connected with described second input equipment 206 and the second output equipment 207 respectively, for connecting the first electric interfaces 23 of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor 24 be connected with described first electric interfaces 23.
After described second electric interfaces 205 is connected with described first electric interfaces 23, described second input equipment 206 is for providing input information to described first processor 24, and described second output equipment 207 is for receiving the output information of described first processor 24 transmission.
After first electric interfaces is connected with the second electric interfaces, can realize the first processor of the first electronic equipment and the connection of the second input equipment and the second output equipment, described second input equipment and described second output equipment can share to the first electronic equipment and use.
Described electric interfaces can adopt conventional data transmission interface, such as general-purpose serial bus USB interface etc.
Wherein, described electronic equipment also comprises and mates with described first electronic equipment first shell the second housing be connected, described second radio frequency interface and the second electric interfaces are specifically arranged on described second housing, and the first radio frequency interface and the first electric interfaces are specifically arranged on the first shell of the first electronic equipment.When the second Radiation Module being shared to the first electronic equipment and using, then the first shell is connected with second housing coupling, the first radio frequency interface and the second radio frequency interface, and the first electric interfaces is also connected with the second electric interfaces.
In addition, when described first electronic equipment also comprises the first output equipment, after second housing and described first shell mate and are connected, second output equipment and the first output equipment can be with on same plane, described first output equipment and the second output equipment can be specifically display devices, therefore the information that first processor exports can export from the first output equipment, and/or exports from the second output equipment, and user can know different output information without the need to switching visual angle.
In the present embodiment, electronic equipment also comprises the second input equipment and the second output equipment, shares achieving the second Radiation Module, thus while improve signal transmitting and receiving efficiency, also achieves sharing of input-output equipment, therefore improve resource utilization.
See Figure 10, show the structural representation of a kind of electronic equipment embodiment 7 of the present invention, electronic equipment described in the present embodiment can comprise secondary signal transceiver module 201, second Radiation Module 202 and the second radio frequency interface 203, second electric interfaces 205, second input equipment 206 and the second output equipment 207, the annexation of each several part and function can see described in above-mentioned electronic equipment embodiments 6, be with described electronic equipment embodiment 6 difference, described electronic equipment can also comprise respectively with described second input equipment 206, the second processor 204 that second output equipment 207 and the second electric interfaces 205 are connected:
When described second electric interfaces 205 is connected with the first electric interfaces 23 of the first electronic equipment, described second input equipment 206 specifically for receive described second processor 204 input trigger message after, first processor 24 to the first electronic equipment provides input information, sends when described second processor 204 of described input trigger message receives the input control information of described first processor 24.
Wherein, the input control information of first processor sends when can receive the solicited message of user, such as electronic equipment of the present invention is computer, described second input equipment is computer keyboard, when described first electronic equipment is mobile phone, when user utilizes mobile phone editor short message, because cell phone keyboard is less, therefore mobile phone and computer are connected; Cell phone processor, after namely first processor receives user's request, to computer processor, namely the second processor sends input control information; After second processor receives input control information, send input trigger message to computer keyboard.Therefore, when user uses computor-keyboard to carry out information input, the input information of computer keyboard can directly transfer in first processor.
Certain electronic equipment of the present invention can be mobile phone, and concrete application scenarios is described mobile phone is touch-screen mobile phone, and the second input equipment is touch-screen.And the first electronic equipment is notebook computer, then mutual through information, can realize the touch input mouse of touch-screen as notebook computer.
Described second output equipment 207 specifically for receive described second processor 204 output trigger message after, export the output information that described first processor 24 sends, send when described second processor 204 of described output trigger message receives the output control information of described first processor 24.
The output control information of first processor sends when also can receive the solicited message of user, such as electronic equipment of the present invention is computer, described second output equipment is display, when described first electronic equipment is mobile phone, such as mobile phone viewing video or when playing games, because mobile phone screen is less, after cell phone processor receives user's request, processor to computer sends and exports control information, after computer processor receives this output control information, send to display screen and export trigger message.Display can show the information that cell phone processor exports.
Certain electronic equipment of the present invention can also be mobile phone, and described second output equipment is mobile phone screen, and the first electronic equipment can be specifically computer.Computer usually can be opened multiple application program and be carried out the display of output information by the display interface of display.Such as utilize computer to watch video, when wishing again to carry out web page browsing, then the display information of web browser can be shown by mobile phone screen of the present invention simultaneously simultaneously, described output information is web browser display information.
In the present embodiment, the input-output equipment of self can be shared to other electronic equipments and use by described electronic equipment, makes it possible to abundant resource, and facilitates other equipment operatings, improve the signal transmitting and receiving efficiency of other equipment simultaneously.
Wherein, described second processor is also connected with secondary signal transceiver module, when described second radio frequency interface is connected with described first radio frequency interface, and second after electric interfaces is connected with the first electric interfaces, the signal that described in described second Radiation Module radiation, the first signal transmitting and receiving module produces and be to by the Signal transmissions of reception the detailed process of described first signal transmitting and receiving module:
When described second Radiation Module off-duty judged by described second processor, send control information to described second processor, described control information for triggering the described first signal transmitting and receiving module of described first processor instruction by the signal of generation by described second Radiation Module radiation, or receives the signal of described second Radiation Module reception.
Wherein, described electronic equipment also comprises and mates with described first electronic equipment first shell the second housing be connected, described first radio frequency interface and the first electric interfaces are specifically arranged on described second housing, and the first radio frequency interface and the first electric interfaces are specifically arranged on the first shell of the first electronic equipment.When the second Radiation Module being shared to the first electronic equipment and using, then the first shell is connected with second housing coupling, between the first radio frequency interface and the second radio frequency interface, and also corresponding connection between the first electric interfaces and the second electric interfaces.
In addition, when described first electronic equipment also comprises the first output equipment, after second housing and described first shell mate and are connected, second output equipment and the first output equipment can be with on same plane, described first output equipment and the second output equipment can be specifically display devices, therefore the information that first processor exports can export from the first output equipment, and/or exports from the second output equipment, and user can know different output information without the need to switching visual angle.
See Figure 11, show the structure chart of a kind of electronic equipment embodiment 8 of the present invention, electronic equipment described in the present embodiment can comprise secondary signal transceiver module 201, second Radiation Module 202 and the second radio frequency interface 203, the annexation of each several part and function can see described in above-mentioned electronic equipment embodiments 4, be with described electronic equipment embodiment 4 difference, described electronic equipment can also comprise:
Second processor 204, second electric interfaces 205, second input equipment 206 and the second output equipment 207.
Wherein, described second processor 204 is connected with described second input equipment 206 and the second output equipment 207 respectively;
Described second electric interfaces 205 is connected with described second processor 204, and for connecting the first electric interfaces 23 of the first electronic equipment, wherein, described first electronic equipment also comprises the first processor 24 be connected with described first electric interfaces 23;
When the second electric interfaces 205 is connected with the first electric interfaces 203, described second processor 204 for receive first processor 24 input control information after, the input information of the second input equipment 206 is sent to described first processor 24; And after receiving the output control information of first processor 24, the output information sent by described first processor 24 is exported by described second output equipment 206.
The present embodiment and above-mentioned electronic equipment embodiment 7 difference are, the input information of the second input equipment directly can not be passed to first processor, is first passed to the second processor, is then that the second processor is sent to first processor; The output information that first processor sends can not directly be sent to the second output equipment, but is first sent to the second processor, more described output information is sent to the second output equipment by the second processor, is exported by the second output equipment.
Wherein, the input control information of first processor sends when can receive the solicited message of user, such as electronic equipment of the present invention is computer, described second input equipment is computer keyboard, when described first electronic equipment is mobile phone, when user utilizes mobile phone editor short message, because cell phone keyboard is less, therefore mobile phone and computer are connected; Cell phone processor, after namely first processor receives user's request, to computer processor, namely the second processor sends input control information; After second processor receives input control information, can by the input information transmission of computer keyboard in first processor.Can also feed back to first processor after certain second processor receives input control information, first processor can notify that user uses computor-keyboard to carry out short message editing.
Certain electronic equipment of the present invention can be mobile phone, and concrete application scenarios is described mobile phone is touch-screen mobile phone, and the second input equipment is touch-screen.And the first electronic equipment is notebook computer, then mutual through information, can realize the touch input mouse of touch-screen as notebook computer.
The output control information of first processor sends when also can receive the solicited message of user, such as electronic equipment of the present invention is computer, described second output equipment is display, when described first electronic equipment is mobile phone, such as mobile phone viewing video or when playing games, because mobile phone screen is less, cell phone processor, namely after first processor receives user's request, to the processor of computer, namely the second processor sends and exports control information, after second processor receives this output control information, the output information that first processor sends can be sent to display, exported by display.
Certain electronic equipment of the present invention can also be mobile phone, and described second output equipment is mobile phone screen, and the first electronic equipment can be specifically computer.Computer usually can be opened multiple application program and be carried out the display of output information by the display interface of display.Such as utilize computer to watch video, when wishing again to carry out web page browsing, then the display information of web browser can be shown by mobile phone screen of the present invention simultaneously simultaneously, described output information is web browser display information.
Wherein, described electronic equipment also comprises and mates with described first electronic equipment first shell the second housing be connected, described first radio frequency interface and the first electric interfaces are specifically arranged on described second housing, and the first radio frequency interface and the first electric interfaces are specifically arranged on the first shell of the first electronic equipment.When the second Radiation Module and the second input equipment and the second output equipment being shared to the first electronic equipment and using, then the first shell is connected with second housing coupling, between first radio frequency interface and the second radio frequency interface, and also correspondingly between the first electric interfaces and the second electric interfaces to connect.
In addition, when described first electronic equipment also comprises the first output equipment, after second housing and described first shell mate and are connected, second output equipment and the first output equipment can be with on same plane, described first output equipment and the second output equipment can be specifically display devices, therefore the information that first processor exports can export from the first output equipment, and/or exports from the second output equipment, and user can know different output information without the need to switching visual angle.
In actual applications, the electronic equipment described in the present embodiment can be specially the electronic equipments such as mobile phone, panel computer, notebook.For mobile phone, antenna for mobile phone is Radiation Module, cell phone keyboard is input equipment, mobile phone screen is output equipment, therefore the antenna of mobile phone, keyboard and screen can share to the use such as the second electronic equipment, such as notebook, other mobile phones, therefore can improve resource utilization, and facilitate equipment operating.When the second electronic equipment is also for having the equipment of identical function with electronic equipment of the present invention, the electronic equipment described in the present embodiment can also share Radiation Module and the input-output equipment of use second electronic equipment.Thus the resource-sharing achieved between electronic equipment.
It should be noted that, the structural representation of illustrated electronic equipment, just partially illustrate electronic equipment it structure comprised and annexation, what art technology people was known is, electronic equipment also must comprise other hardware configuration or software program, and electronic equipment provided by the present invention is not limited to the structure included by accompanying drawing.
Present invention also offers a kind of system realizing resource-sharing, described system comprises the first electronic equipment and the second electronic equipment, described first electronic equipment can be specially the electronic equipment described in above-described embodiment 1 ~ 3, described second electronic equipment can be specially the electronic equipment described in above-described embodiment 4 ~ 8, and the first electronic equipment and the second electronic equipment can specifically see the syndetons shown in Fig. 2, Fig. 3 or Fig. 6 by shell coupling syndeton
In this specification, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.
It should be noted that, in this article, the such as relational terms of first and second grades and so on is only used for an entity or operation to separate with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. an electronic equipment, is characterized in that, comprising:
First signal transmitting and receiving module;
First Radiation Module, with described first signal transmitting and receiving model calling, for described in radiation first signal transmitting and receiving module produce signal and by receive Signal transmissions give described first signal transmitting and receiving module;
First radio frequency interface, with described first signal transmitting and receiving model calling, for connecting the second radio frequency interface of the second electronic equipment, wherein, described second electronic equipment comprises the second Radiation Module, and described second Radiation Module is connected with described second radio frequency interface;
When described first radio frequency interface is connected with described second radio frequency interface, described first signal transmitting and receiving module by produce signal by described second Radiation Module radiation, or receive described second Radiation Module reception signal;
Also comprise:
First processor, with described first signal transmitting and receiving model calling;
First electric interfaces, is connected with described first processor, and for connecting the second electric interfaces of the second electronic equipment, wherein said second electronic equipment also comprises the second processor be connected with described second electric interfaces;
When the first electric interfaces is connected with the second electric interfaces, when described first processor is for receiving the control information of described second processor, send indication information to described first signal transmitting and receiving module, described control information is that described second processor sends when judging described second Radiation Module off-duty;
When described first signal transmitting and receiving module is specifically for receiving the indication information of described first processor, by the signal that produces by described second Radiation Module radiation, or receive the signal of described second Radiation Module reception.
2. electronic equipment according to claim 1, is characterized in that, also comprises:
First processor,
First electric interfaces, is connected with described first processor, and for connecting the second electric interfaces of the second electronic equipment, wherein, described second electronic equipment also comprises the second input equipment and the second output equipment that are connected with described second electric interfaces respectively;
The input information that described first processor provides for receiving described second input equipment, and output information is sent to described second output equipment.
3. the electronic equipment according to any one of claim 1 ~ 2, is characterized in that, also comprise and mate with described second electronic equipment second housing the first shell be connected, described first radio frequency interface is specifically arranged on described first shell.
4. electronic equipment according to claim 3, it is characterized in that, also comprise the first output equipment, when described first shell and described second housing mate be connected time, the second output equipment of described first output equipment and described second electronic equipment is in the same plane.
5. an electronic equipment, is characterized in that, comprising:
Secondary signal transceiver module;
Second Radiation Module, is connected with described secondary signal transceiver module, for described in radiation secondary signal transceiver module produce signal and by receive Signal transmissions give described secondary signal transceiver module;
Second radio frequency interface, is connected with described second Radiation Module, and for connecting the first radio frequency interface of the first electronic equipment, wherein, described first electronic equipment also comprises the first signal transmitting and receiving module, and described first signal transmitting and receiving module is connected with described first radio frequency interface;
When described second radio frequency interface is connected with described first radio frequency interface, described in described second Radiation Module radiation first signal transmitting and receiving module produce signal and by receive Signal transmissions give described first signal transmitting and receiving module;
Also comprise:
Second processor, is connected with described secondary signal transceiver module;
Second electric interfaces, be connected with described second processor, for connecting the first electric interfaces of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor be connected with described first signal transmitting and receiving module with described first electric interfaces respectively;
Then described in described second Radiation Module radiation first signal transmitting and receiving module produce signal and by the Signal transmissions of reception give described first signal transmitting and receiving module be specially:
When described second Radiation Module off-duty judged by described second processor, send control information to described first processor, described control information runs for triggering the described first signal transmitting and receiving module of described first processor instruction, by the signal of generation by described second Radiation Module radiation, or receive the signal of described second Radiation Module reception.
6. electronic equipment according to claim 5, is characterized in that, also comprises:
Second input equipment;
Second output equipment;
Second electric interfaces, be connected with described second input equipment and described second output equipment respectively, for connecting the first electric interfaces of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor be connected with described first electric interfaces;
When described second electric interfaces is connected with described first electric interfaces, described second input equipment is used for providing input information to described first processor, the output information that described second output equipment sends for receiving described first processor.
7. electronic equipment according to claim 6, is characterized in that, also comprises the second processor be connected with described second electric interfaces, the second input equipment and the second output equipment respectively;
Then when described second electric interfaces is connected with described first electric interfaces, described second input equipment specifically for receive described second processor input trigger message after, there is provided input information to described first processor, send when described second processor of described input trigger message receives the input control information of described first processor;
Described second output equipment specifically for receive described second processor output trigger message after, export the output information that described first processor sends, send when described second processor of described output trigger message receives the output control information of described first processor.
8. electronic equipment according to claim 5, is characterized in that, also comprises
Second input equipment;
Second output equipment;
Second processor, is connected with described second input equipment and the second output equipment respectively;
Second electric interfaces, is connected with described second processor, and for connecting the first electric interfaces of described first electronic equipment, wherein, described first electronic equipment also comprises the first processor be connected with described first electric interfaces;
When the second electric interfaces is connected with the first electric interfaces, described second processor for receive first processor input control information after, the input information of the second input equipment is sent to described first processor; And after receiving the output control information of first processor, the output information sent by described first processor is exported by described second output equipment.
9. electronic equipment according to claim 5, is characterized in that, also comprise for mating with the first shell of described first electronic equipment the second housing be connected, described second radio frequency interface is specifically arranged on described second housing.
10. electronic equipment according to claim 9, it is characterized in that, when described first electronic equipment also comprises the first output equipment, when described second housing and described first shell mate be connected time, the first output equipment of the second output equipment and described first electronic equipment is in the same plane.
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| CN201110433426.2A CN103178869B (en) | 2011-12-21 | 2011-12-21 | A kind of electronic equipment |
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| CN103178869A CN103178869A (en) | 2013-06-26 |
| CN103178869B true CN103178869B (en) | 2015-07-29 |
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