CN104793726A - Bridge connection system and method for man-machine input signals - Google Patents
Bridge connection system and method for man-machine input signals Download PDFInfo
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- CN104793726A CN104793726A CN201410027072.5A CN201410027072A CN104793726A CN 104793726 A CN104793726 A CN 104793726A CN 201410027072 A CN201410027072 A CN 201410027072A CN 104793726 A CN104793726 A CN 104793726A
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Abstract
The invention provides a bridge connection system and method for man-machine input signals and is applied to a computer and a mobile device. The computer comprises a signal transmission port and man-machine input equipment, the mobile device comprises a mobile wireless communication unit and a man-machine input unit. The system comprises a bridge connection application program unit and a bridge connection device. The bridge connection application program unit is provided with a wireless communication module. The bridge connection device and the signal transmission port are detachably connected in an inserted mode and comprise a bridge connection wireless communication unit. The bridge connection wireless communication unit is in communication with the wireless communication module according to a Bluetooth host computer control port and standardizes the communication with the wireless communication unit according to a Bluetooth man-machine port. The bridge connection system allows a user to conduct input on the mobile device through the computer or conduct input on the computer through operating the mobile device.
Description
Technical field
The invention relates to a kind of signal bridging System and method for, refer to a kind of bridge system and method for man-machine input signal especially.
Background technology
Along with the fast development of computing machine and communication science and technology, the use of the running gear such as intelligent mobile phone, flat computer is also more and more universal.User often have running gear simultaneously and be such as in or office use desktop computer.But, although running gear has portable convenience, but the input mode of running gear is also inconvenient, such as, general intelligent mobile phone or flat computer often must press dummy keyboard to carry out text event detection via Touch Screen, and the input speed of input mode like this utilizes the input through keyboard of computing machine can be many slowly relatively.
Relative, and carry out compared with input to running gear, although the high input speed of the input through keyboard of computing machine is many, general computing machine also cannot be carried with, and user often needs to operate computing machine is other.Therefore, be necessary that research and development can allow user be that running gear carries out inputting and is system, the method that computing machine carries out inputting by operational action device by operation computing machine.
Summary of the invention
The object of the present invention is to provide a kind of bridge system of man-machine input signal.
The bridge system of the man-machine input signal of the present invention, be applicable to a computing machine and a running gear, this computing machine comprises a display device, a signal transmission port and a man-machine inputting equipment, and this action device comprises a display unit, action wireless communication unit and a man-machine input block.This system comprises a bridge application program element and a bridge-set.This bridge application program element has a wireless communication module.When this bridge application program element perform in this computing machine and a user via this computing machine man-machine inputting equipment input one first man-machine input signal time, this first man-machine input signal outwards sends via this wireless communication module by this bridge application program element.This bridge-set and the grafting separatably of this signal transmission port also comprise a type identifier and a bridge wireless unit, the type identifier is set as corresponding supplier's customization type, this bridge wireless unit is for receiving this first man-machine input signal, and subsequently this first man-machine input signal being sent to this action wireless communication unit, this action wireless communication unit exports this first man-machine input signal on this display unit then.
The bridge system of the man-machine input signal of the present invention, aforesaid bridge system is in a first mode, this system also can switch to one second pattern, in this second pattern, when this bridge application program element perform in this computing machine and the man-machine input block input one second man-machine input signal of this user via this action device time, this second man-machine input signal is sent to this bridge wireless unit by this action wireless communication unit, then this second man-machine input signal is sent to the wireless communication module of this bridge application program element by this bridge wireless unit, then this bridge application program element makes this second man-machine input signal be output on the display device of this computing machine.
The bridge system of the man-machine input signal of the present invention, the wireless communication module communication of this bridge wireless unit foundation one bluetooth host control interface and this bridge application program element, and according to a bluetooth man-machine interface specification and the communication of this action wireless communication unit.
The bridge system of the man-machine input signal of the present invention, this signal transmission port is a usb signal transmit port, and this bridge-set is a USB bridge-set, the type identifier is FFh, and this bridge-set also comprises can by supplier identification symbol and a product identifiers of this bridge application program element identification.
The bridge system of the man-machine input signal of the present invention, the man-machine inputting equipment of this computing machine is a keyboard, a mouse or one first radio reception device, and this first man-machine input signal to should a button operation of keyboard, a key combination operation of this keyboard, the operation of this mouse or the operation of this first radio reception device; The man-machine input block of this action device is a group object button, one group of Touch Screen button or one second radio reception device, and the operation of a physical button operation of the corresponding this action device of this second man-machine input signal, a Touch Screen button operation or this second radio reception device.
In addition, another object of the present invention is to the bridging method that a kind of man-machine input signal is provided.
The bridging method of the man-machine input signal of the present invention comprises: (a), when a bridge application program element performs in a computing machine and a user inputs a man-machine input signal via a man-machine inputting equipment of this computing machine, this man-machine input signal outwards sends by a wireless communication module of this bridge application program element; A b bridge wireless unit with a bridge-set of the type identifier of corresponding supplier's customization type that () is plugged in a signal transmission port of this computing machine receives this man-machine input signal from this wireless communication module, is then outwards sent by this man-machine input signal; And (c) one running gear one action wireless communication unit receive this man-machine input signal from this bridge wireless unit, the action wireless communication unit of this action device exports this man-machine input signal on a display unit of this action device then.
The bridging method of the man-machine input signal of the present invention, in this (b) step, the wireless communication module communication of this bridge wireless unit foundation one bluetooth host control interface and this bridge application program element; And in this (c) step, this bridge wireless unit is according to a bluetooth man-machine interface specification and the communication of this action wireless communication unit.
The bridging method of the man-machine input signal of the present invention, in this (b) step, this signal transmission port is a usb signal transmit port, and this bridge-set is a USB bridge-set, the type identifier of this bridge-set is FFh, and this bridge-set also comprises can by supplier identification symbol and a product identifiers of this bridge application program element identification.
The bridging method of the man-machine input signal of the present invention, in this (a) step, the man-machine inputting equipment of this computing machine is a keyboard, a mouse or a radio reception device, and this man-machine input signal to should a button operation of keyboard, a key combination operation of this keyboard, the operation of this mouse or the operation of this radio reception device.
In addition, another object of the present invention is the bridging method providing another kind of man-machine input signal.
The bridging method of the another kind of man-machine input signal of the present invention comprises: (a), when a bridge application program element performs in a computing machine and a user inputs a man-machine input signal via a man-machine input block of a running gear, this man-machine input signal outwards sends by the action wireless communication unit of this action device; A b bridge wireless unit with a bridge-set of the type identifier of corresponding supplier's customization type that () is plugged in a signal transmission port of this computing machine receives this man-machine input signal from this action wireless communication unit, is then outwards sent by this man-machine input signal; And a wireless communication module of (c) this bridge application program element receives this man-machine input signal from this bridge wireless unit, this bridge application program element makes this man-machine input signal be output on a display device of this computing machine then.
Beneficial effect of the present invention is: by the setting of this bridge application program element and this bridge-set and cooperatively interact, this user can be allowed to be that this action device inputs by this computing machine of operation, or by operation this action device for this computing machine inputs.
Accompanying drawing explanation
Fig. 1 is a calcspar, and the preferred embodiment of the bridge system of the man-machine input signal of the present invention is described;
Fig. 2 is a process flow diagram, and the preferred embodiment of one first bridging method of man-machine input signal of the present invention is described;
Fig. 3 is a schematic diagram, and the keyboard illustrating use one computing machine is the situation that a running gear carries out text event detection; And
Fig. 4 is a process flow diagram, and the preferred embodiment of one second bridging method of man-machine input signal of the present invention is described.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in detail.
Before the present invention is described in detail, it should be noted that in the following description content, similar assembly represents with identical numbering.
Consult Fig. 1, the preferred embodiment of the bridge system 1 of the man-machine input signal of the present invention is applicable to computing machine 2 and a running gear 3.This computing machine 2 comprises display device 20, signal transmission port 21 and a man-machine inputting equipment 22, wherein this signal transmission port 21 is a USB (Universal Serial Bus) transmit port, and this man-machine inputting equipment 22 is a keyboard, a mouse or one first radio reception device.This action device 3 comprises display unit 30, man-machine input block 31 and an action wireless communication unit 32, and wherein this man-machine input block 31 is a group object button, one group of Touch Screen button or one second radio reception device.
This bridge system 1 comprises bridge application program element 11 and a bridge-set 12.This bridge application program element 11 performs and has a wireless communication module 111 in this computing machine 2.This bridge-set 12 is a USB bridge-set, with this signal transmission port 21 grafting separatably and comprise bridge wireless unit 121, type identifier (Class Id), a supplier identification accords with (Vender Id) and a product identifiers (Product Id), wherein the type identifier is set as the FFh of corresponding supplier's customization type (Vender Specific), and this supplier identification symbol and this product identifiers can be identified by this bridge application program element 11.Wherein, this bridge wireless unit 121 is according to a bluetooth (Bluetooth) host controller interface (Host Control Interface, HCI) with wireless communication module 111 communication of this bridge application program element 11, and according to a bluetooth man-machine interface specification (Human Interface DeviceProfile, HID Profile) and this action wireless communication unit 32 communication.In this preferred embodiment, although this action wireless communication unit 32, this wireless communication module 111 and this bridge wireless unit 121 are all for realizing the data transmission of bluetooth communication agreement, the communications protocol that the present invention utilizes is not limited with bluetooth.
Especially, though this bridge-set 12 carries out data transmission for utilizing bluetooth communication agreement, but not as bluetooth USB bridge-set the type identifier is set as the E0h of corresponding wireless controller type (Wireless Controller), but the type identifier is set as the FFh of corresponding supplier's customization type, so namely this computing machine 2 does not assert that this bridge-set 12 is a standard bluetooth device, if and this computing machine 2 has built-in bluetooth unit, this bridge-set 12 then can be avoided to produce with this embedded with bluetooth unit conflict or mutually disturb.
This bridge system 1 can switch between a first mode and one second pattern.Consult Fig. 1 and Fig. 2, the preferred embodiment of one first bridging method 4 of man-machine input signal of the present invention performs under the first mode of this bridge system 1.First this first bridging method 4 carry out step 41, when this bridge application program element 11 performs in this computing machine 2 and a user inputs a first man-machine input signal via the man-machine inputting equipment 22 of this computing machine 2, this first man-machine input signal outwards sends by the wireless communication module 111 of this bridge application program element 11, wherein this first man-machine input signal to should the button operation of keyboard of computing machine 2, a key combination operation of the keyboard of this computing machine 2, the operation of mouse of this computing machine 2 or the operation of the first radio reception device of this computing machine 2.
Then carry out step 42, this bridge wireless unit 121 is according to wireless communication module 111 communication of this bluetooth host control interface and this bridge application program element 11, and receive this first man-machine input signal from this wireless communication module 111, then this first man-machine input signal is outwards sent.
Finally carry out step 43, this action wireless communication unit 32 according to this bluetooth man-machine interface specification and this bridge wireless unit 121 communication, and receives this first man-machine input signal from this bridge wireless unit 121.Then this action wireless communication unit 32 exports this first man-machine input signal on this display unit 30.
For example, consult Fig. 1 and Fig. 3, when this user wants to write a news in brief on this action device 3, this user can use the keyboard of this computing machine 2 on this computing machine 2, to carry out text event detection by this bridge application program element 11, such as, to press the keyboard of computing machine 2 or to stick (Ctrl+C, Ctrl+V) to copy and input " Hello! " the first man-machine input signal be sent to this action wireless communication unit 32 via this bridge wireless unit 121 and be output in the content display unit 30 of this action device 3 becoming this news in brief.Wherein it is worth mentioning that, because this action wireless communication unit 32 is according to this bluetooth man-machine interface specification and this bridge wireless unit 121 communication, so this bridge-set 12 can be regarded as standard input device by this action device 3, on this action device 3, therefore do not need other mounting software or application program can implement this first bridging method 4.
In addition, in upper example, except the mode of carrying out inputting with the keyboard of this computing machine 2, if this computing machine 2 has a sound turn text software, the first radio reception device also by this computing machine 2 carries out phonetic entry, and perform this sound by this bridge application program element 11 and turn text software by written for inputted speech conversion character string, this article character string is sent to this action device 3 and becomes the content of this news in brief by this bridge application program element 11 then.
In addition, it is worth mentioning that, the bluetooth communication in this first bridging method 4 can use BLE (the Bluetooth Lower Energy) pattern of the BR/EDR of bluetooth 2.1 editions (Basic Rate/Enhanced Data Rate) pattern or bluetooth 4.0 editions to realize.Especially, when using this BLE pattern to realize, the Chinese character string that the keyboard via this computing machine 2 inputs can be sent to this action device 3 with the aspect of ten thousand country codes (Unicode).And when using this BR/EDR pattern to realize human-computer interface device specification (HID Profile), then cannot transmit with the Chinese character string of ten thousand country code codings, the Chinese character string of encoding with U.S. communication switching standard code (ASCII) can only be transmitted.
Consult Fig. 1 and Fig. 4, the preferred embodiment of one second bridging method 5 of man-machine input signal of the present invention performs under the second pattern of this bridge system 1.First this second bridging method 5 carry out step 51, when this bridge application program element 11 performs in this computing machine 2 and this user inputs a second man-machine input signal via the man-machine input block 31 of this action device 3, this second man-machine input signal outwards sends by the action wireless communication unit 32 of this action device 3, the operation of a wherein physical button operation of the corresponding this action device 3 of this second man-machine input signal, a Touch Screen button operation or one second radio reception device.
Then carry out step 52, the bridge wireless unit 121 of this bridge-set 12 is according to this bluetooth man-machine interface specification and this action wireless communication unit 32 communication, and receive this second man-machine input signal from this action wireless communication unit 32, then this second man-machine input signal is outwards sent.
Finally carry out step 53, the wireless communication module 111 of this bridge application program element 11 is according to this bluetooth host control interface and this bridge wireless unit 121 communication, and receiving this second man-machine input signal from this bridge wireless unit 121, this bridge application program element 11 makes this second man-machine input signal be output on the display device 20 of this computing machine 2 then.
For example, if this user wants the copy editor's software programming article using this computing machine 2 on this computing machine 2, this action device 3 can be utilized to perform an application program and carry out phonetic entry by the second radio reception device of this action device 3, then this application program is by this action wireless communication unit 32, corresponding the second man-machine input signal inputting voice is sent to this bridge application program element 11 by this bridge-set 12, then this bridge application program element 11 performs this sound and turns text software and convert this second man-machine input signal to word content and be output in the content display device 20 of this computing machine 2 becoming this article.
In addition, at another embodiment, this bridge system 1 can not switch between this first mode and this second pattern, and perform this first bridging method 4 and this second bridging method 5 simultaneously, wherein this first bridging method 4 and this second bridging method 5 use this BR/EDR pattern and this BLE pattern to carry out bluetooth communication respectively.Such as, iPhone can perform this BR/EDR pattern and this BLE pattern after iOS7 version simultaneously.
In sum, the bridge system of the man-machine input signal of the present invention and method are by this bridge application program element 11, the setting of this bridge-set 12, and this bridge wireless unit 121 is according to wireless communication module 111 communication of this bluetooth host control interface and this bridge application program element 11, and according to this bluetooth man-machine interface specification and this action wireless communication unit 32 communication, this user can be allowed to be inputted for this action device 3 by the man-machine inputting equipment 22 of this computing machine 2, or inputted for this computing machine 2 by the man-machine input block 31 of this action device 3, and this bridge-set 12 can be avoided to produce with the embedded with bluetooth unit in this computing machine 2 conflict or mutually disturb, therefore really can reach object of the present invention.
As described above, be only preferred embodiment of the present invention, and when not limiting scope of the invention process with this, namely all simple equivalences done according to claims of the present invention and description change and modify, and all still belong to the scope of patent of the present invention.
Claims (10)
1. the bridge system of a man-machine input signal, be applicable to a computing machine and a running gear, this computing machine comprises a display device, a signal transmission port and a man-machine inputting equipment, and this action device comprises a display unit and an action wireless communication unit, it is characterized in that this system comprises:
One bridge application program element, there is a wireless communication module, when this bridge application program element perform in this computing machine and a user via this computing machine man-machine inputting equipment input one first man-machine input signal time, this first man-machine input signal outwards sends via this wireless communication module by this bridge application program element; And
One bridge-set, a type identifier and a bridge wireless unit is comprised with the grafting separatably of this signal transmission port, the type identifier is set as corresponding supplier's customization type, this bridge wireless unit is for receiving this first man-machine input signal, and subsequently this first man-machine input signal being sent to this action wireless communication unit, this action wireless communication unit exports this first man-machine input signal on this display unit then.
2. bridge system according to claim 1, it is characterized in that: this action device also comprises a man-machine input block and this system is changeable in a first mode and one second pattern, in this second pattern, when this bridge application program element perform in this computing machine and the man-machine input block input one second man-machine input signal of this user via this action device time, this second man-machine input signal is sent to this bridge wireless unit by this action wireless communication unit, then this second man-machine input signal is sent to the wireless communication module of this bridge application program element by this bridge wireless unit, then this bridge application program element makes this second man-machine input signal be output on the display device of this computing machine.
3. bridge system according to claim 2, it is characterized in that: the wireless communication module communication of this bridge wireless unit foundation one bluetooth host control interface and this bridge application program element, and according to a bluetooth man-machine interface specification and the communication of this action wireless communication unit.
4. bridge system according to claim 3, it is characterized in that: this signal transmission port is a usb signal transmit port, and this bridge-set is a USB bridge-set, the type identifier is FFh, and this bridge-set also comprises can by supplier identification symbol and a product identifiers of this bridge application program element identification.
5. bridge system according to claim 2, it is characterized in that: the man-machine inputting equipment of this computing machine is a keyboard, a mouse or one first radio reception device, and this first man-machine input signal to should a button operation of keyboard, a key combination operation of this keyboard, the operation of this mouse or the operation of this first radio reception device; The man-machine input block of this action device is a group object button, one group of Touch Screen button or one second radio reception device, and the operation of a physical button operation of the corresponding this action device of this second man-machine input signal, a Touch Screen button operation or this second radio reception device.
6. a bridging method for man-machine input signal, is characterized in that the method comprises the following step:
A (), when a bridge application program element performs in a computing machine and a user inputs a man-machine input signal via a man-machine inputting equipment of this computing machine, this man-machine input signal outwards sends by a wireless communication module of this bridge application program element;
A b bridge wireless unit with a bridge-set of the type identifier of corresponding supplier's customization type that () is plugged in a signal transmission port of this computing machine receives this man-machine input signal from this wireless communication module, is then outwards sent by this man-machine input signal; And
(c) one running gear one action wireless communication unit receive this man-machine input signal from this bridge wireless unit, the action wireless communication unit of this action device exports this man-machine input signal on a display unit of this action device then.
7. bridging method according to claim 6, is characterized in that: in this (b) step, the wireless communication module communication of this bridge wireless unit foundation one bluetooth host control interface and this bridge application program element; And in this (c) step, this bridge wireless unit is according to a bluetooth man-machine interface specification and the communication of this action wireless communication unit.
8. bridging method according to claim 7, it is characterized in that: in this (b) step, this signal transmission port is a usb signal transmit port, and this bridge-set is a USB bridge-set, the type identifier of this bridge-set is FFh, and this bridge-set also comprises can by supplier identification symbol and a product identifiers of this bridge application program element identification.
9. bridging method according to claim 6, it is characterized in that: in this (a) step, the man-machine inputting equipment of this computing machine is a keyboard, a mouse or a radio reception device, and this man-machine input signal to should a button operation of keyboard, a key combination operation of this keyboard, the operation of this mouse or the operation of this radio reception device.
10. a bridging method for man-machine input signal, is characterized in that the method comprises the following step:
A (), when a bridge application program element performs in a computing machine and a user inputs a man-machine input signal via a man-machine input block of a running gear, this man-machine input signal outwards sends by the action wireless communication unit of this action device;
A b bridge wireless unit with a bridge-set of the type identifier of corresponding supplier's customization type that () is plugged in a signal transmission port of this computing machine receives this man-machine input signal from this action wireless communication unit, is then outwards sent by this man-machine input signal; And
C one wireless communication module of () this bridge application program element receives this man-machine input signal from this bridge wireless unit, this bridge application program element makes this man-machine input signal be output on a display device of this computing machine then.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410027072.5A CN104793726A (en) | 2014-01-21 | 2014-01-21 | Bridge connection system and method for man-machine input signals |
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| CN201410027072.5A CN104793726A (en) | 2014-01-21 | 2014-01-21 | Bridge connection system and method for man-machine input signals |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114116571A (en) * | 2020-08-28 | 2022-03-01 | 宝德科技股份有限公司 | Mobile device bridge platform |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114116571A (en) * | 2020-08-28 | 2022-03-01 | 宝德科技股份有限公司 | Mobile device bridge platform |
| CN114116571B (en) * | 2020-08-28 | 2023-08-18 | 宝德科技股份有限公司 | Bridging platform for mobile device |
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Application publication date: 20150722 |