CN102957462B - A kind of electronic equipment, portable terminal device and detection method - Google Patents
A kind of electronic equipment, portable terminal device and detection method Download PDFInfo
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- CN102957462B CN102957462B CN201110243896.2A CN201110243896A CN102957462B CN 102957462 B CN102957462 B CN 102957462B CN 201110243896 A CN201110243896 A CN 201110243896A CN 102957462 B CN102957462 B CN 102957462B
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Abstract
The present invention provides a kind of electronic equipment, portable terminal device and detection method, wherein electronic equipment includes at least one first facility interface unit, each first facility interface unit is connected for the first terminal interface unit with the portable terminal device of terminal signaling Transmit-Receive Unit, and terminal signaling Transmit-Receive Unit is for sending the first data of portable terminal device or receiving the second data；With at least one first facility interface unit at least one device signal Transmit-Receive Unit one to one, each device signal Transmit-Receive Unit for receiving the first data of portable terminal device from the first facility interface unit, and send the first data, or the second data of its reception are sent to the first facility interface unit, and is sent to portable terminal device by the first facility interface unit；Wherein, terminal signaling Transmit-Receive Unit and device signal Transmit-Receive Unit work after the first facility interface unit is connected with first terminal interface unit simultaneously.The solution of the present invention can improve the message transmission rate of portable terminal device.
Description
Technical field
The present invention relates to the terminal of Multiinputoutput, particularly relate to a kind of electronic equipment, portable terminal device and detection method.
Background technology
Along with the demand that the data traffic of terminal transmission is increased by people, 3GPP has formulated LTE standard.In order to obtain higher data communication rates, LTE adopts OFDMmultipleaccess access technology, MIMO MIMO technique.Wherein the raising of speed is very effective by MIMO technology, as: SISO single port input single port output highest downlink can reach 75Mbps speed, 2X2MIMO dual-port input and output highest downlink speed can reach 150Mbps, 4X4MIMO4 port input and output highest downlink speed can reach 300Mbps.
MIMO technology needs the support of multichannel technology, is not only radio circuit passage, and is antenna.The development of super large-scale integration, it is possible to by integrated for many for part radio frequency paths, but there is presently no the multiple antennas integrated technology with certain insulated degree requirement.Current mobile terminal is in order to meet the requirements such as ultra-thin, attractive in appearance, miniaturization, and the performance of an antenna all compares and is difficult to ensure card.Therefore multiple antennas becomes a difficult problem for MIMOLTE mobile terminal.
Article one, the design of radio frequency path and an antenna connection, speed not exclusively can embody the advantage of LTE；A plurality of radio frequency path and many antennas, especially the antenna configurations of 4X4, is difficulty with at mobile terminal；
The mode of operation that current LTE communicates with speech business simultaneously, it is necessary to two antennas, voice supported by an antenna, and LTE data supported by an antenna, and this is difficulty with in miniaturization ultrathin mobile terminal, and diversity reception also faces same problem.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of electronic equipment, portable terminal device and detection method, it is possible to realize the technology of multiple-input and multiple-output in terminal, thus improving the message transmission rate of terminal.
For solving above-mentioned technical problem, embodiments of the invention provide a kind of electronic equipment, including:
At least one first facility interface unit, each described first facility interface unit is connected for the first terminal interface unit with the portable terminal device of terminal signaling Transmit-Receive Unit, and described terminal signaling Transmit-Receive Unit is for sending the first data of described portable terminal device or receiving the second data；
With at least one first facility interface unit described at least one device signal Transmit-Receive Unit one to one, each described device signal Transmit-Receive Unit for receiving described first data of described portable terminal device from described first facility interface unit, and send described first data, or described second data of its reception are sent to described first facility interface unit, and is sent to described portable terminal device by described first facility interface unit；
Wherein, described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit work after described first facility interface unit is connected with described first terminal interface unit simultaneously.
Preferably, above-mentioned electronic equipment also includes:
Second facility interface unit, for being connected with the second terminal interface unit of described portable terminal device；
Wherein, described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit, after described first facility interface unit is connected with described first terminal interface unit and described second facility interface unit is connected with described second terminal interface unit, work simultaneously.
Preferably, described first facility interface unit is connected with described first terminal interface unit, and work includes simultaneously:
While described terminal signaling Transmit-Receive Unit sends described first data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit sends described first data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit, or
While described terminal signaling Transmit-Receive Unit receives described second data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit receives described second data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit.
Preferably, when described first facility interface unit is one, device signal Transmit-Receive Unit corresponding to described first facility interface unit and the terminal signaling Transmit-Receive Unit first predetermined condition of described portable terminal device, make the device signal Transmit-Receive Unit that described first facility interface unit is corresponding work with described terminal signaling Transmit-Receive Unit simultaneously.
Preferably, when described first facility interface unit is at least two, the terminal signaling Transmit-Receive Unit second predetermined condition of device signal Transmit-Receive Unit corresponding to any one of first facility interface unit and described portable terminal device, makes the terminal signaling Transmit-Receive Unit of device signal Transmit-Receive Unit that described any one of first facility interface unit is corresponding and described portable terminal device work simultaneously；And
Meeting the 3rd predetermined condition between the signal transmitting and receiving unit that described first facility interface unit is corresponding respectively between two, the signal transmitting and receiving unit that described in making, described second facility interface unit is corresponding respectively between two works simultaneously.
Preferably, described first predetermined condition and described second predetermined condition are: the coupling loss between described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit can produce the minimum threshold of interference more than described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit.
Embodiments of the invention also provide for a kind of portable terminal device, including:
Terminal signaling Transmit-Receive Unit, for sending the first data of described portable terminal device or receiving the second data；
First terminal interface unit, for being connected with at least one first facility interface unit of an electronic equipment, at least one device signal Transmit-Receive Unit of at least one first facility interface unit described and described electronic equipment connects one to one；
Detection unit, after being used for detecting that described first terminal interface unit is connected with at least one first facility interface unit described, produces a triggering command；
Described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work according to described triggering command simultaneously.
Preferably, portable terminal device also includes:
Second terminal interface unit, for being connected with the second facility interface unit of described electronic equipment；
Described detection unit detects when described second facility interface unit is connected with described second terminal interface unit, it is determined that described first terminal interface unit is connected with at least one first facility interface unit described.
Preferably, when described first facility interface unit is one, the device signal Transmit-Receive Unit first predetermined condition that described terminal signaling Transmit-Receive Unit is corresponding with described first facility interface unit, the device signal Transmit-Receive Unit that described terminal signaling Transmit-Receive Unit is corresponding with described first facility interface unit works according to described triggering command simultaneously.
Preferably, when described first facility interface unit is at least two,
The device signal Transmit-Receive Unit second predetermined condition that described terminal signaling Transmit-Receive Unit is corresponding with any one of first facility interface unit, the device signal Transmit-Receive Unit that described terminal signaling Transmit-Receive Unit is corresponding with described any one of first facility interface unit works according to described triggering command simultaneously.
Preferably, described first predetermined condition and described second predetermined condition are: the coupling loss between described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit can produce the minimum threshold of interference more than described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit.
Preferably, above-mentioned portable terminal device also includes:
One second Transmit Receive Unit and the secondary signal front end interface unit being connected with described second Transmit Receive Unit, described secondary signal front end interface unit is connected with described terminal signaling Transmit-Receive Unit；
Described first terminal interface unit includes: at least one first Transmit Receive Unit, with at least one first signal front end interface unit that the first Transmit Receive Unit at least one described connects one to one, at least one described first facility interface unit and at least one described first signal front end interface unit connect one to one；
At least one first Transmit Receive Unit described and at least one first signal front end interface unit described enable according to described triggering command, and jointly enable with described second Transmit Receive Unit and described secondary signal front end interface unit, make described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously.
Embodiments of the invention also provide for a kind of detection method, are applied to a portable terminal device, and described portable terminal device includes: terminal signaling Transmit-Receive Unit；At least one device signal Transmit-Receive Unit for the first terminal interface unit being connected with at least one first facility interface unit of an electronic equipment, at least one first facility interface unit described and described electronic equipment connects one to one；Described method includes:
After detecting that described first terminal interface unit is connected with at least one first facility interface unit described, produce a triggering command；
According to described triggering command, trigger described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described works simultaneously.
Preferably, described portable terminal device also includes one second Transmit Receive Unit and the secondary signal front end interface unit being connected with described second Transmit Receive Unit, and described secondary signal front end interface unit is connected with described terminal signaling Transmit-Receive Unit；
Described first terminal interface unit includes: at least one first Transmit Receive Unit, with at least one first signal front end interface unit that the first Transmit Receive Unit at least one described connects one to one, at least one described first facility interface unit and at least one described first signal front end interface unit connect one to one；
Described according to described triggering command, trigger described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously particularly as follows:
According to described triggering command, at least one first Transmit Receive Unit described and at least one first signal front end interface unit described enable, and jointly enable with described second Transmit Receive Unit and described secondary signal front end interface unit, make described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously.
Embodiments of the invention also provide for a kind of portable terminal device, including:
First antenna；
First terminal interface, for being connected with at least one first equipment interface of an electronic equipment, at least one second antenna of at least one first equipment interface described and described electronic equipment connects one to one；
Second terminal interface, for being connected with the second equipment interface of described electronic equipment；
Baseband processor, during for detecting that described second terminal interface is connected with described second equipment interface, determine that described first terminal interface unit is connected with at least one first facility interface unit described, and after detecting that described first terminal interface is connected with at least one first equipment interface described, produce a triggering command；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously.
Embodiments of the invention also provide for a kind of Combined type electric subset, including:
Portable terminal device, described portable terminal device includes: first antenna, first terminal interface, the second terminal interface and baseband processor；
Electronic equipment, described electronic equipment includes: at least one first equipment interface, at least one second antenna that the second equipment interface and at least one first equipment interface described connect one to one；
Described first terminal interface is for being connected with at least one first equipment interface described；
Described second terminal interface is for being connected with described second equipment interface；
Described baseband processor detects when described second terminal interface is connected with described second equipment interface, determine that described first terminal interface is connected with at least one first equipment interface described, and after detecting that described first terminal interface is connected with at least one first equipment interface described, produce a triggering command；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously.
Having the beneficial effect that of the technique scheme of the present invention:
In such scheme, after the first terminal interface unit of this portable terminal device is connected with at least one first facility interface unit, after the terminal signaling Transmit-Receive Unit of triggering portable terminal device self and the upper electronic equipment of connection, at least one device signal Transmit-Receive Unit of coelectron equipment works simultaneously, achieve MIMO technique (terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit send data or receive data), thus improve the data rate of portable terminal device.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of one embodiment of the invention electronic equipment；
Fig. 2 is the schematic diagram of another embodiment of the present invention electronic equipment；
Fig. 3 is the schematic diagram of another embodiment of the present invention portable terminal device；
Fig. 4 is the schematic diagram of another embodiment of the present invention portable terminal device；
Fig. 5 is the schematic diagram that another embodiment of the present invention portable terminal device is connected together with electronic equipment；
Fig. 6 is the surface structure schematic diagram of the electronic equipment shown in Fig. 1-Fig. 5；
Fig. 7 is the surface structure schematic diagram of the Combined type electric subset of the present invention；
Fig. 8 is the portable terminal device shown in Fig. 1-Fig. 5 and the antenna circuit structure figure in electronic equipment；
Fig. 9 is the testing circuit structure chart that the electronic equipment shown in Fig. 1-Fig. 5 accesses portable terminal device.
Detailed description of the invention
For making the technical problem to be solved in the present invention, technical scheme and advantage clearly, it is described in detail below in conjunction with the accompanying drawings and the specific embodiments.
As it is shown in figure 1, embodiments of the invention 1:
Electronic equipment 11 includes: at least one first facility interface unit, each described first facility interface unit is connected for the first terminal interface unit with the portable terminal device 12 of terminal signaling Transmit-Receive Unit, and described terminal signaling Transmit-Receive Unit is for sending the first data of described portable terminal device or receiving the second data；
With at least one first facility interface unit described at least one device signal Transmit-Receive Unit one to one, each described device signal Transmit-Receive Unit for receiving described first data of described portable terminal device from described first facility interface unit, and send described first data, or described second data of its reception are sent to described first facility interface unit, and is sent to described portable terminal device by described first facility interface unit；
Wherein, described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit work after described first facility interface unit is connected with described first terminal interface unit simultaneously.
nullIn this embodiment，Electronic equipment can be a docking station，Or other can the equipment of integrated multiple device signal Transmit-Receive Units (such as antenna)，The described device signal Transmit-Receive Unit of this electronic equipment and the described terminal signaling Transmit-Receive Unit of portable terminal device work after described first facility interface unit is connected with described first terminal interface unit simultaneously，Terminal so can be made to have the function also outside the function of terminal signaling Transmit-Receive Unit with at least one device signal Transmit-Receive Unit simultaneously，And terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit can work simultaneously，This terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit is so utilized to be transmitted the first data or receive the second data，Achieve the scheme of multiple-input and multiple-output (terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit)，It is transmitted the first data compared to only terminal signaling Transmit-Receive Unit or receives the scheme of the second data，The present embodiment improves the message transmission rate of terminal.
As in figure 2 it is shown, embodiments of the invention 2:
This electronic equipment 11 can also include: the second facility interface unit, for being connected with the second terminal interface unit of described portable terminal device；
Wherein, described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit, after described first facility interface unit is connected with described first terminal interface unit and described second facility interface unit is connected with described second terminal interface unit, work simultaneously.
In this embodiment, it is on the basis of above-described embodiment 1, add again the second facility interface unit, this second equipment interface is connected with the second terminal interface unit of portable terminal device, this second facility interface unit can be such as the connection interface of docking station Yu portable terminal device, this connection interface is for having been detected that docking station is connected to portable terminal device by portable terminal device, then determine that the first terminal interface unit of portable terminal device is connected with the first equipment interface of this docking station, namely start the antenna connecting path of portable terminal device and docking station.
Preferably, in above-described embodiment 1 and embodiment 2, after described first facility interface unit is connected with described first terminal interface unit, described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit work simultaneously and include:
While described terminal signaling Transmit-Receive Unit sends described first data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit sends described first data, described device signal Transmit-Receive Unit receives the second data, and the second data of its reception are sent to described second facility interface unit, and sent to described portable terminal device by described second facility interface unit, or
While described terminal signaling Transmit-Receive Unit receives described second data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit receives described second data, described device signal Transmit-Receive Unit receives the second data, and the second data of its reception are sent to described second facility interface unit, and sent to described portable terminal device by described second facility interface unit.
Preferably, described first data and described second data may each comprise the first subdata and the second subdata, wherein the first subdata is different with the type of the second subdata, if the first subdata is the data that circuit (CS) exchanges, such as speech business, second subdata is the data that packet (PS) exchanges, such as the data of LTE business；Or the first subdata is the data of speech business, the second subdata is the data of data service；Preferably, terminal signaling Transmit-Receive Unit sends or receives the first subdata, and device signal Transmit-Receive Unit sends or receives the second subdata.
Preferably, in above-described embodiment 1 and embodiment 2, when described first facility interface unit is one, device signal Transmit-Receive Unit corresponding to described first facility interface unit and the terminal signaling Transmit-Receive Unit first predetermined condition of described portable terminal device, make the device signal Transmit-Receive Unit that described first facility interface unit is corresponding work with described terminal signaling Transmit-Receive Unit simultaneously.
When described first facility interface unit is at least two, the terminal signaling Transmit-Receive Unit second predetermined condition of device signal Transmit-Receive Unit corresponding to any one of first facility interface unit and described portable terminal device, makes the terminal signaling Transmit-Receive Unit of device signal Transmit-Receive Unit that described any one of first facility interface unit is corresponding and described portable terminal device work simultaneously；And meeting the 3rd predetermined condition between the signal transmitting and receiving unit that described first facility interface unit is corresponding respectively between two, the signal transmitting and receiving unit that described in making, described second facility interface unit is corresponding respectively between two works simultaneously.
Wherein, described first predetermined condition and described second predetermined condition are: the coupling loss between described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit can produce the minimum threshold of interference more than described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit.
If device signal Transmit-Receive Unit and terminal signaling Transmit-Receive Unit are antenna, then device signal Transmit-Receive Unit and terminal signaling Transmit-Receive Unit meet insulated degree requirement, the vertical isolation distance of isolation between antennas and two antennas and the gain of horizontal isolation distance and antenna are relevant, vertical isolation distance, the gain of horizontal isolation distance and antenna according to two antennas are it suffices that the degree of disturbance of signal during two Antenna Operation is less than a preset value, certainly, signal during two Antenna Operation does not interfere with each other as optimum.
Wherein, described 3rd predetermined condition is: when at least one device signal Transmit-Receive Unit of described electronic equipment is at least two, meeting the insulated degree requirement between device signal Transmit-Receive Unit between any two device signal Transmit-Receive Unit, the coupling loss between described device signal Transmit-Receive Unit is more than the minimum threshold that can produce interference between described device signal Transmit-Receive Unit.It should be understood that the spatial separation distance between this at least two device signal Transmit-Receive Unit of electronic equipment can be that predetermined design fixes, this spatial separation distance includes vertical isolation distance and horizontal isolation distance, simultaneously gain between two device signal Transmit-Receive Units is it suffices that the degree of disturbance of signal during the two work is less than another preset value, certainly, the degree of disturbance of signal during the two work is 0, does not namely interfere with each other as optimum.
Again as it is shown in figure 1, embodiments of the invention 3:
Portable terminal device 12, including:
Terminal signaling Transmit-Receive Unit, for sending the first data of described portable terminal device or receiving the second data；
First terminal interface unit, for being connected with at least one first facility interface unit of an electronic equipment 11, at least one device signal Transmit-Receive Unit of at least one first facility interface unit described and described electronic equipment connects one to one；
Detection unit, after being used for detecting that described first terminal interface unit is connected with at least one first facility interface unit described, produces a triggering command；
Described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work according to described triggering command simultaneously.
This portable terminal device can be arbitrary can receiving and transmitting signal the terminal unit of data can be transmitted, such as mobile phone；This portable terminal device is again by least one first facility interface unit with an electronic equipment, thereby through this, at least one first facility interface unit is connected with at least one device signal Transmit-Receive Unit of electronic equipment, and after the first terminal interface unit of this portable terminal device is connected with at least one first facility interface unit, after the terminal signaling Transmit-Receive Unit of triggering portable terminal device self and the upper electronic equipment of connection, at least one device signal Transmit-Receive Unit of coelectron equipment works simultaneously, achieve MIMO technique (terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit send data or receive data), thus improve the data rate of portable terminal device.
Again as in figure 2 it is shown, embodiments of the invention 4:
Portable terminal device 12 also includes: the second terminal interface unit, for being connected with the second facility interface unit of described electronic equipment 11；
Described detection unit detects when described second facility interface unit is connected with described second terminal interface unit, it is determined that described first terminal interface unit is connected with at least one first facility interface unit described.
In this embodiment, it is on the basis of above-described embodiment 3, add again the second terminal interface unit, this second terminal interface unit is connected with the second terminal interface unit of electronic equipment, this second terminal interface unit is the connection interface with this second facility interface unit, this connection interface is for having been detected that docking station is connected to portable terminal device by portable terminal device, then determine that the first terminal interface unit of portable terminal device is connected with the first equipment interface of this docking station, namely start the antenna connecting path of portable terminal device and docking station.
Wherein, when described first facility interface unit is one, the device signal Transmit-Receive Unit first predetermined condition that described terminal signaling Transmit-Receive Unit is corresponding with described first facility interface unit, the device signal Transmit-Receive Unit that described terminal signaling Transmit-Receive Unit is corresponding with described first facility interface unit works according to described triggering command simultaneously.
When described first facility interface unit is at least two, the device signal Transmit-Receive Unit second predetermined condition that described terminal signaling Transmit-Receive Unit is corresponding with any one of first facility interface unit, the device signal Transmit-Receive Unit that described terminal signaling Transmit-Receive Unit is corresponding with described any one of first facility interface unit works according to described triggering command simultaneously.
Described first predetermined condition and described second predetermined condition are: the coupling loss between described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit can produce the minimum threshold of interference more than described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit.
The concept about the first predetermined condition, the second predetermined condition and the 3rd predetermined condition and realization in above-described embodiment 1 and embodiment 2 all introduce in this embodiment, it is possible to achieve identical technique effect, do not repeat them here.
As it is shown on figure 3, embodiments of the invention 5:
This portable terminal device 12 also includes: one second Transmit Receive Unit and the secondary signal front end interface unit being connected with described second Transmit Receive Unit, described secondary signal front end interface unit is connected with described terminal signaling Transmit-Receive Unit；
Described first terminal interface unit includes: at least one first Transmit Receive Unit, with at least one first signal front end interface unit that the first Transmit Receive Unit at least one described connects one to one, at least one described first facility interface unit and at least one described first signal front end interface unit connect one to one；
At least one first Transmit Receive Unit described and at least one first signal front end interface unit described enable according to described triggering command, and jointly enable with described second Transmit Receive Unit and described secondary signal front end interface unit, make described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously.
In this embodiment, this at least one first Transmit Receive Unit and at least one first signal front end interface unit are original circuit units in portable terminal device, when having detected that electronic equipment is connected on this portable terminal device, specifically detect when the second terminal interface unit is connected with the second facility interface unit, activate this at least one first Transmit Receive Unit and at least one the first signal front end interface unit, and form a data transmission path with the first facility interface unit and the device signal Transmit-Receive Unit of electronic equipment, now the second Transmit Receive Unit of portable terminal device self works together with this data path of activation with secondary signal front end interface unit, make terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit work simultaneously.
While in above-described embodiment 1 and embodiment 2, the concept of work introduces in this embodiment too, also can reach identical technique effect, not repeat them here.
With above-mentioned portable terminal device correspondingly, embodiments of the invention also provide for a kind of detection method, are applied to a portable terminal device, and described portable terminal device includes: terminal signaling Transmit-Receive Unit；At least one device signal Transmit-Receive Unit for the first terminal interface unit being connected with at least one first facility interface unit of an electronic equipment, at least one first facility interface unit described and described electronic equipment connects one to one；It is characterized in that, described method includes:
After detecting that described first terminal interface unit is connected with at least one first facility interface unit described, produce a triggering command；
According to described triggering command, trigger described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described works simultaneously.
Wherein, described portable terminal device also includes one second Transmit Receive Unit and the secondary signal front end interface unit being connected with described second Transmit Receive Unit, and described secondary signal front end interface unit is connected with described terminal signaling Transmit-Receive Unit；
Described first terminal interface unit includes: at least one first Transmit Receive Unit, with at least one first signal front end interface unit that the first Transmit Receive Unit at least one described connects one to one, at least one described first facility interface unit and at least one described first signal front end interface unit connect one to one；
Described according to described triggering command, trigger described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously particularly as follows:
According to described triggering command, at least one first Transmit Receive Unit described and at least one first signal front end interface unit described enable, and jointly enable with described second Transmit Receive Unit and described secondary signal front end interface unit, make described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously.
Implementation in above-described embodiment 5 introduces in this embodiment equally, also can reach identical technique effect, not repeat them here.
As shown in Figure 4, embodiments of the invention 6:
Portable terminal device includes: first antenna；
First terminal interface, for being connected with at least one first equipment interface of an electronic equipment, at least one second antenna of at least one first equipment interface described and described electronic equipment connects one to one；
Second terminal interface, for being connected with the second equipment interface of described electronic equipment；
Baseband processor, during for detecting that described second terminal interface is connected with described second equipment interface, determine that described first terminal interface unit is connected with at least one first facility interface unit described, and after detecting that described first terminal interface is connected with at least one first equipment interface described, produce a triggering command；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously.
Further, this portable terminal device 12 also includes: one second RF transceiver and the secondary signal front end interface being connected with described second RF transceiver, described secondary signal front end interface is connected with described first antenna；
Described first terminal interface includes: at least one first RF transceiver, with at least one first signal front end interface that the first RF transceiver at least one described connects one to one, at least one described first equipment interface and at least one described first signal front end interface connect one to one；
At least one first RF transceiver described and at least one first signal front end interface described enable according to described triggering command, and jointly enable with described second RF transceiver and described secondary signal front end interface, make described first antenna and at least one second antenna described work simultaneously.
In this embodiment, this at least one first RF transceiver and at least one first signal front end interface are original circuit units in portable terminal device, when having detected that electronic equipment is connected on this portable terminal device, specifically detect when the second terminal interface and the second equipment interface connect, activate this at least one first RF transceiver and at least one the first signal front end interface, and form a data transmission path with the first equipment interface and second antenna of electronic equipment, now the second RF transceiver of portable terminal device self works together with this data path of activation with secondary signal front end interface, make first antenna and at least one second antenna work simultaneously.
In this embodiment, for portable terminal device, compared to the scheme of original only first antenna work, in this embodiment, first antenna and at least one second antenna work simultaneously, achieve the technology of multiple-input and multiple-output and improve the message transmission rate of portable terminal device on portable terminal device.
As shown in Figure 5, for above-mentioned embodiment illustrated in fig. 4 one implements, Docking is docking station, illustrate this docking station with portable terminal device connection interface (including the second electronic equipment interfaces of docking station and the second terminal interface of portable terminal device) in the drawings, wherein, radio-frequency front-end is equivalent to first in above-described embodiment or secondary signal front end interface, and RF transceiver is equivalent to the above-mentioned first or second RF transceiver.
Again as Figure 1-Figure 5, embodiments of the invention 7:
Also provide for a kind of Combined type electric subset, including:
Portable terminal device, described portable terminal device includes: first antenna, first terminal interface, the second terminal interface and baseband processor；
Electronic equipment, described electronic equipment includes: at least one first equipment interface, at least one second antenna that the second equipment interface and at least one first equipment interface described connect one to one；
Described first terminal interface is for being connected with at least one first equipment interface described；
Described second terminal interface is for being connected with described second equipment interface；
Described baseband processor detects when described second terminal interface is connected with described second equipment interface, determine that described first terminal interface is connected with at least one first equipment interface described, and after detecting that described first terminal interface is connected with at least one first equipment interface described, produce a triggering command；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously.
It should be noted that: all features in above-described embodiment 1-embodiment 6, all suitable in this embodiment, also can reach identical technique effect.
As shown in Figure 6, for the surface structure schematic diagram of the electronic equipment (concrete such as docking station) in the above embodiment of the present invention, wherein, including the second equipment interface 51 being connected with portable terminal device, and oneself antenna 52 of arranging with it, antenna 53 and antenna 54.
As it is shown in fig. 7, be the surface structure schematic diagram of Combined type electric subset in the above embodiment of the present invention, wherein, including electronic equipment 11 and portable terminal device 12.
As shown in Figure 8, for the antenna 52 of the electronic equipment in the above embodiment of the present invention, the circuit design drawing of antenna 53 and antenna 54, wherein ant2feed, ant2gnd, ant3feed, ant3gnd, ant4feed, ant5gnd are the interface of docking and mobile terminal.FC2, FL3, FL4；FC3, FL5, FL6；FC4, FL7, FL8 be ANT2 respectively, ANT3, the antenna-matching circuit of ANT4.
As it is shown in figure 9, the docking detection circuit for access in the above embodiment of the present invention, such as usb testing circuit.
It should be understood that the circuit shown in this Fig. 8 and Fig. 9 can introduce in any of the above-described embodiment too；In order to the signal disturbing making each antenna of Combined type electric subset is minimum, it is also possible to take to stick active antenna paster in the precalculated position of electronic equipment and the precalculated position of portable terminal device；
If include an antenna on docking station, docking station as shown in Figure 6 only includes antenna 52, terminal antenna and antenna 52 first isolation by distance, and antenna 52 is positioned at the other side of terminal antenna；Docking adopts PIFA antenna, and active antenna paster is positioned at bottom Docking, floor file isolation above antenna；
If docking station includes two antennas, docking station as shown in Figure 6 only includes antenna 52 and antenna 54, Docking adopts PIFA antenna, and active antenna paster is positioned at bottom Docking, floor file isolation above antenna, extended antenna 54 adopts the polarization mode different from terminal antenna.
If docking station includes three antennas, docking station as shown in Figure 6 includes antenna 52, antenna 53 and antenna 54, Docking adopts PIFA antenna, active antenna paster is positioned at bottom Docking, floor file isolation above antenna, antenna 54 adopts the polarization mode different from terminal antenna, and antenna 52 adopts different polarization mode from extended antenna 53.
In the various embodiments described above of the present invention, device signal Transmit-Receive Unit or terminal signaling Transmit-Receive Unit can be antenna, and antenna is transceiving data wirelessly；Certainly, device signal Transmit-Receive Unit can also is that network interface, sends the first data in a wired fashion or receives the second data.
In the various embodiments described above of the present invention, mobile terminal configures according to current MIMO and (namely includes the second RF transceiver and constitute input and output with secondary signal front end interface, and at least one input and output that corresponding at least one of at least one first RF transceiver first signal front end interface is constituted, i.e. Multiinputoutput), run corresponding MIMO communication protocol, extension LTEMIMO function, it is thus achieved that higher traffic rate.
When Docking extracts, baseband processor detects that Docking extracts, and baseband processor forbids at least one first RF transceiver and at least one the first signal front end interface work, mobile terminal fortune SISOLTE agreement.The portable terminal device of the present invention has extendible function.
It addition, the scheme of each embodiment above-mentioned of the present invention can also be applied to portable terminal device supports speech business and the situation of LTE data service simultaneously, when portable terminal device only supports voice call, or during LTE data service, with the antenna communication of portable terminal device the machine；When needs support that LTE works with speech business simultaneously, supporting speech business with the antenna of portable terminal device the machine, support LTE data service with the antenna of Docking extension, namely Docking is as the extension LTE adnexa worked with speech business simultaneously.
Same, the scheme of the various embodiments described above of the present invention can also spread over the diversity reception on miniaturization ultrathin mobile terminal, namely the antenna of portable terminal device can as receiving and transmission antenna, the antenna of Docking extension can as reception antenna, article two, path receives base station data, to improve the reception message transmission rate of portable terminal device.
The above is the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, under the premise without departing from principle of the present invention; can also making some improvements and modifications, these improvements and modifications also should be regarded as protection scope of the present invention.
Claims (15)
1. an electronic equipment, it is characterised in that including:
At least one first facility interface unit, each described first facility interface unit is connected for the first terminal interface unit with the portable terminal device of terminal signaling Transmit-Receive Unit, and described terminal signaling Transmit-Receive Unit is for sending the first data of described portable terminal device or receiving the second data；
With at least one first facility interface unit described at least one device signal Transmit-Receive Unit one to one, each described device signal Transmit-Receive Unit for receiving described first data of described portable terminal device from described first facility interface unit, and send described first data, or described second data of its reception are sent to described first facility interface unit, and is sent to described portable terminal device by described first facility interface unit；
Second facility interface unit, for being connected with the second terminal interface unit of described portable terminal device；
Wherein, described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit, after described first facility interface unit is connected with described first terminal interface unit and described second facility interface unit is connected with described second terminal interface unit, work simultaneously；Described first facility interface unit is connected with described first terminal interface unit, and work includes simultaneously:
While described terminal signaling Transmit-Receive Unit sends described first data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit, or
While described terminal signaling Transmit-Receive Unit receives described second data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit receives described second data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit.
2. electronic equipment according to claim 1, it is characterized in that, when described first facility interface unit is one, device signal Transmit-Receive Unit corresponding to described first facility interface unit and the terminal signaling Transmit-Receive Unit first predetermined condition of described portable terminal device, make the device signal Transmit-Receive Unit that described first facility interface unit is corresponding work with described terminal signaling Transmit-Receive Unit simultaneously.
3. electronic equipment according to claim 2, it is characterized in that, described first predetermined condition is: the coupling loss between described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit can produce the minimum threshold of interference more than described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit.
4. electronic equipment according to claim 1, it is characterized in that, when described first facility interface unit is at least two, the terminal signaling Transmit-Receive Unit second predetermined condition of device signal Transmit-Receive Unit corresponding to any one of first facility interface unit and described portable terminal device, makes the terminal signaling Transmit-Receive Unit of device signal Transmit-Receive Unit that described any one of first facility interface unit is corresponding and described portable terminal device work simultaneously；And
Meeting the 3rd predetermined condition between the signal transmitting and receiving unit that described first facility interface unit is corresponding respectively between two, the signal transmitting and receiving unit that described in making, described second facility interface unit is corresponding respectively between two works simultaneously.
5. electronic equipment according to claim 4, it is characterized in that, described second predetermined condition is: the coupling loss between described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit can produce the minimum threshold of interference more than described device signal Transmit-Receive Unit and described terminal signaling Transmit-Receive Unit.
6. a portable terminal device, it is characterised in that including:
Terminal signaling Transmit-Receive Unit, for sending the first data of described portable terminal device or receiving the second data；
First terminal interface unit, for being connected with at least one first facility interface unit of an electronic equipment, at least one device signal Transmit-Receive Unit of at least one first facility interface unit described and described electronic equipment connects one to one；
Second terminal interface unit, for being connected with the second facility interface unit of described electronic equipment；
Detection unit, during for detecting that described second facility interface unit is connected with described second terminal interface unit, determine that described first terminal interface unit is connected with at least one first facility interface unit described, and after detecting that described first terminal interface unit is connected with at least one first facility interface unit described, produce a triggering command；
Described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work according to described triggering command simultaneously；
Described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work according to described triggering command simultaneously, including:
While described terminal signaling Transmit-Receive Unit sends described first data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit, or
While described terminal signaling Transmit-Receive Unit receives described second data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit receives described second data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit.
7. portable terminal device according to claim 6, it is characterized in that, when described first facility interface unit is one, the device signal Transmit-Receive Unit first predetermined condition that described terminal signaling Transmit-Receive Unit is corresponding with described first facility interface unit, the device signal Transmit-Receive Unit that described terminal signaling Transmit-Receive Unit is corresponding with described first facility interface unit works according to described triggering command simultaneously.
8. portable terminal device according to claim 7, it is characterized in that, described first predetermined condition is: the coupling loss between described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit can produce the minimum threshold of interference more than described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit.
9. portable terminal device according to claim 6, it is characterised in that when described first facility interface unit is at least two,
The device signal Transmit-Receive Unit second predetermined condition that described terminal signaling Transmit-Receive Unit is corresponding with any one of first facility interface unit, the device signal Transmit-Receive Unit that described terminal signaling Transmit-Receive Unit is corresponding with described any one of first facility interface unit works according to described triggering command simultaneously.
10. portable terminal device according to claim 9, it is characterized in that, described second predetermined condition is: the coupling loss between described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit can produce the minimum threshold of interference more than described terminal signaling Transmit-Receive Unit and described device signal Transmit-Receive Unit.
11. portable terminal device according to claim 6, it is characterised in that also include:
One second Transmit Receive Unit and the secondary signal front end interface unit being connected with described second Transmit Receive Unit, described secondary signal front end interface unit is connected with described terminal signaling Transmit-Receive Unit；
Described first terminal interface unit includes: at least one first Transmit Receive Unit, with at least one first signal front end interface unit that the first Transmit Receive Unit at least one described connects one to one, at least one described first facility interface unit and at least one described first signal front end interface unit connect one to one；
At least one first Transmit Receive Unit described and at least one first signal front end interface unit described enable according to described triggering command, and jointly enable with described second Transmit Receive Unit and described secondary signal front end interface unit, make described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously.
12. a detection method, being applied to a portable terminal device, described portable terminal device includes: terminal signaling Transmit-Receive Unit；At least one device signal Transmit-Receive Unit for the first terminal interface unit being connected with at least one first facility interface unit of an electronic equipment, at least one first facility interface unit described and described electronic equipment connects one to one；Described portable terminal device also includes: the second terminal interface unit, for being connected with the second facility interface unit of described electronic equipment；It is characterized in that, described method includes:
Detect when described second facility interface unit is connected with described second terminal interface unit, determine that described first terminal interface unit is connected with at least one first facility interface unit described, and after detecting that described first terminal interface unit is connected with at least one first facility interface unit described, produce a triggering command；
According to described triggering command, trigger described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described works simultaneously；
Described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously, including:
While described terminal signaling Transmit-Receive Unit sends the first data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit, or
While described terminal signaling Transmit-Receive Unit receives described second data, described device signal Transmit-Receive Unit sends described first data, or
While described terminal signaling Transmit-Receive Unit receives described second data, the second data of its reception are sent to described second facility interface unit by described device signal Transmit-Receive Unit, and are sent to described portable terminal device by described second facility interface unit.
13. detection method according to claim 12, it is characterized in that, described portable terminal device also includes one second Transmit Receive Unit and the secondary signal front end interface unit being connected with described second Transmit Receive Unit, and described secondary signal front end interface unit is connected with described terminal signaling Transmit-Receive Unit；
Described first terminal interface unit includes: at least one first Transmit Receive Unit, with at least one first signal front end interface unit that the first Transmit Receive Unit at least one described connects one to one, at least one described first facility interface unit and at least one described first signal front end interface unit connect one to one；
Described according to described triggering command, trigger described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously particularly as follows:
According to described triggering command, at least one first Transmit Receive Unit described and at least one first signal front end interface unit described enable, and jointly enable with described second Transmit Receive Unit and described secondary signal front end interface unit, make described terminal signaling Transmit-Receive Unit and at least one device signal Transmit-Receive Unit described work simultaneously.
14. a portable terminal device, it is characterised in that including:
First antenna；
First terminal interface, for being connected with at least one first equipment interface of an electronic equipment, at least one second antenna of at least one first equipment interface described and described electronic equipment connects one to one；
Second terminal interface, for being connected with the second equipment interface of described electronic equipment；
Baseband processor, during for detecting that described second terminal interface is connected with described second equipment interface, determine that described first terminal interface unit is connected with at least one first facility interface unit described, and after detecting that described first terminal interface is connected with at least one first equipment interface described, produce a triggering command；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously and include:
While described first antenna sends the first data, the second data of its reception are sent to described portable terminal device by described second antenna, or
While described first antenna receives described second data, described second antenna sends described first data, or
While described first antenna receives described second data, the second data of its reception are sent to described portable terminal device by described second antenna.
15. a Combined type electric subset, it is characterised in that including:
Portable terminal device, described portable terminal device includes: first antenna, first terminal interface, the second terminal interface and baseband processor；
Electronic equipment, described electronic equipment includes: at least one first equipment interface, at least one second antenna that the second equipment interface and at least one first equipment interface described connect one to one；
Described first terminal interface is for being connected with at least one first equipment interface described；
Described second terminal interface is for being connected with described second equipment interface；
Described baseband processor detects when described second terminal interface is connected with described second equipment interface, determine that described first terminal interface is connected with at least one first equipment interface described, and after detecting that described first terminal interface is connected with at least one first equipment interface described, produce a triggering command；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously；
Described first antenna and at least one second antenna described work according to described triggering command simultaneously and include:
While described first antenna sends the first data, the second data of its reception are sent to described portable terminal device by described second antenna, or
While described first antenna receives described second data, described second antenna sends described first data, or
While described first antenna receives described second data, the second data of its reception are sent to described portable terminal device by described second antenna.
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| CN101534134A (en) * | 2009-04-22 | 2009-09-16 | 深圳华为通信技术有限公司 | A portable machine, a wireless broadband product and a system thereof |
| CN101699653B (en) * | 2009-11-02 | 2012-11-07 | 华为终端有限公司 | Data card base and wireless transceiving system |
| CN201656977U (en) * | 2010-04-26 | 2010-11-24 | 华为终端有限公司 | MIMO-antenna-taken wireless terminal and data card |
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