CN104049767A - Input system for triggering and starting macros - Google Patents
Input system for triggering and starting macros Download PDFInfo
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- CN104049767A CN104049767A CN201410209582.4A CN201410209582A CN104049767A CN 104049767 A CN104049767 A CN 104049767A CN 201410209582 A CN201410209582 A CN 201410209582A CN 104049767 A CN104049767 A CN 104049767A
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Abstract
An input system for triggering and starting macros, which is used for triggering a prerecorded macroprogram, comprises a memory module, an input recognition module, a data processing unit and a macro execution unit. The memory module is used for storing at least one identification datum and a macro triggering instruction corresponding to the identification datum, and the macro triggering instruction corresponds to the macroprogram. The input recognition module is used for reading a datum to be recognized. The data processing unit receives the datum to be recognized, and judges whether the datum to be recognized accords with the identification datum by comparison, and when the datum to be recognized accords with the identification datum, the data processing unit retrieves the macro triggering instruction from the memory module and outputs the macro triggering instruction. The macro execution unit is connected with the data processing unit; when the macro execution unit receives the macro triggering instruction from the data processing unit, the macroprogram is executed by the macro execution unit.
Description
Technical field
The present invention has about a kind of unlatching grand input system, particularly a kind of design of saving grand number of keys of triggering, and grand input system is opened in the triggering that reaches quick startup macroprogram function.
Background technology
Along with the progress of computing machine science and technology, make the input equipment of computing machine, such as keyboard and mouse etc., also added human oriented design, developed to carrying out more message input by initial simple input character symbol.Be developed so far, these input equipments, it has been not only simple input interface, for user for some specific use, the for example demand of game or document process, grand button or the button that can carry out macroefficiency also can be additionally set in design, and these humanized Functional Designs have increased convenience when people use computing machine.
Grand (macros), in simple terms, it is a kind of batch order of batch processing, for example a series of keyboard, mouse action, in order to simplify the required input action of user, user sees through grand auxiliary a succession of button and/or the button actions prerecorded of recording software (macro recorder), use as a grand setting, and this grand setting is assigned to a grand button (macro key), grand button (macro button), an or shortcut (shortcut key) combination.Afterwards, in the time will carrying out this macroefficiency, user only need press specified grand button, corresponding grand will being activated, and according to before the content order recorded carry out that this is grand.
But, on keyboard, increase the design of grand button, may therefore increase hardware cost.A common grand button can only a corresponding grand setting.Although user can record again to grand setting, with the setting before changing, but generally speaking, on keyboard, the quantity of grand button can be restricted, for example, below ten, and, also cannot expand arbitrarily.Therefore, if can reduce grand number of keys or not need the design of grand button, still can input and start grand, also extendible grand quantity, should bring user greatest facility.
Summary of the invention
In known technology field, the technical task that the quantity of grand button is restricted, the invention provides a kind of triggering and opens grand input system, can, not needing to increase under the design of grand button, start fast macroefficiency, and extendible grand quantity.
In order to reach above object, the invention provides a kind of triggering and open grand input system, in order to trigger the macroprogram of prerecording, include a storage module, an input recognition module, a data processing unit, a grand performance element.Storage module is in order to store the grand triggering command of at least one identification data and corresponding described identification data, and described grand triggering command is corresponding to described macroprogram.Input recognition module is in order to read data to be identified.Data processing unit receives described data to be identified, and compare described data to be identified and whether meet described identification data, when identification data described in described data fit to be identified, described data processing unit captures described grand triggering command from this storage module, and exports described grand triggering command.Grand performance element is connected in described data processing unit; When described grand performance element receives described grand triggering command from described data processing unit, described grand performance element is carried out described macroprogram.
In at least one embodiment of the present invention, when data to be identified and identification data misfit, data processing unit sends the notice that an identification is misfitted.
In at least one embodiment of the present invention, trigger the grand input system of unlatching and more comprise a start key, in order to send an activation instruction, so that can described input recognition module.
In at least one embodiment of the present invention, the state continuance activation input recognition module that start key is pressed, and in the time that the state being pressed stops, closing input recognition module.
In at least one embodiment of the present invention, input recognition module is a sound identification module, and wherein identification data and data to be identified are respectively a voice content.
In at least one embodiment of the present invention, sound identification module comprises a microphone and a speech recognition core, and microphone is used for receiving voice content, and speech recognition core is for being encoded to a coded data by voice content.
In at least one embodiment of the present invention, described input recognition module is an identification of fingerprint module, and wherein identification data and data to be identified are respectively a fingerprint.
In at least one embodiment of the present invention, identification of fingerprint module comprises an identification of fingerprint core and a fingerprint reading device, and fingerprint reading device is for fetching finger mark, and it is a coded data by finger-print codes that identification of fingerprint core is used for.
In at least one embodiment of the present invention, in the time that the similarity of data to be identified and described identification data exceedes a threshold, described data processing unit judges identification data described in data fit to be identified.
Effect of the present invention is, grand device is opened in the disclosed triggering of the present invention, can save the design of grand number of keys, reaches quick startup macroefficiency, and extendible grand quantity.
Brief description of the drawings
Fig. 1 is the system block diagrams that grand input system is opened in triggering of the present invention.
Fig. 2 is in Fig. 1, the storage block schematic diagram of storage element.
Fig. 3 is the system block diagrams of a specific embodiment of Fig. 1.
Fig. 4 is the system block diagrams of a specific embodiment of Fig. 1.
Fig. 5 is the system block diagrams of first embodiment of the invention.
Fig. 6 is the system block diagrams of second embodiment of the invention.
Fig. 7 is the system block diagrams of third embodiment of the invention.
Primary clustering symbol description:
Embodiment
Refer to shown in Fig. 1, for disclosed a kind of triggering of the present invention opened grand input system 100, in order to trigger the macroprogram A prerecording, B, C.Described macroprogram A, B, C is the set of a succession of operational order, the operation of certain flow process of in commission carrying out in program with robotization.
As shown in Figure 1, trigger the grand input system 100 of unlatching and include a storage module 110, an input recognition module 120, a data processing unit 130, a grand performance element 140.Aforementioned unit, module can be that independently hardware module, main frame are carried out the functional module that a specific program is reached, or aforementioned the two combination.
As shown in Figures 1 and 2, storage module 110 is in order to store at least one identification data a1, a2, the grand triggering command b1 of a3 and corresponding identification data, b2, b3.Each grand triggering command b1, b2, b3 is corresponding to a macroprogram A, B, C.
As shown in Figures 1 and 2, input recognition module 120 is in order to read a data d to be identified.Data processing unit 130 is electrically connected at input recognition module 120, in order to receive data d to be identified.In receiving after data d to be identified, data processing unit 130 is compared data to be identified and whether is met several identification data a1, a2, a3 one of them.
As shown in Figures 1 and 2, when data d to be identified meets identification data a1, a2, a3 one of them, data processing unit 130 is from grand triggering command b1 corresponding to storage module 110 acquisition, b2, b3, and output macro triggering command b1, b2, b3 is to grand performance element 140.If comparison result is data d to be identified and those identification data a1, a2, a3 is misfitted, 130 not starts of data processing unit, or send the notice that identification is misfitted, to be shown in a display unit.
As shown in Figure 1, grand performance element 140 is electrically connected at data processing unit 130; When grand performance element 140 receives grand triggering command b1 from data processing unit 130, b2, b3, grand performance element 140 is carried out macroprogram A, B, C.
As shown in Figure 1, constantly identify operation, and by the noise effect of context, continue the notice that output identification is misfitted for fear of input recognition module 120, grand input system 100 is opened in triggering more can comprise a start key 150.
Start key 150 sends an activation instruction in order to be pressed, with activation input recognition module 120.Start key 150 can be one key, can be also the combination of one group of particular hot key.For example, start key 150 can be an independently switch, be connected in input recognition module 120 and arrange, or the function being disposed on mouse is made key by oneself in mechanism's configuration; Or start key 150 can be one group of hot key combination on keyboard, or the function on keyboard is made key by oneself.
In specific embodiment, start key 150 is in the state continuance activation input recognition module 120 being pressed, and (namely user discharges start key 150) closes input recognition module 120 in the time that the state being pressed stops.In another specific embodiment, start key 150 is inputted recognition module 120 1 special times (for example 5 seconds or 10 seconds) once the activation that is pressed, and after special time, closes input recognition module 120.
As shown in Figure 3, in a specific embodiment, input recognition module 120 is sound identification modules, in order to receive and identification one voice content.Described sound identification module comprises a speech recognition core 122 and a microphone 124.Microphone 124 is in order to receive voice content, and is sent to speech recognition core 122 to encode, and 122 of speech recognition cores are further sent to data processing unit 130 by this coded data.Therewith in embodiment, identification data a1, a2, a3 and data d to be identified are respectively a voice content.User can see through voice mode, the macroprogram A that oral account will be carried out, B, C (meeting the identification data a1 of acquiescence, a2, a3).Microphone 124 receives after the voice content of this oral account, transmission causes speech recognition core 122, and speech recognition core 122 will be using voice content that this was received as data d to be identified, and with identification data a1, a2, a.3 comparison (voice content that another is prerecorded).As identification data a1, a.3 a2, exceed a threshold with the similarity of data d to be identified, and data processing unit 130 determines that data d to be identified meets identification data a1, a2, a.3 one of them.And sound identification module is only in the start key 150 Shi Caihui effect that is pressed, so just can avoids environmental noise constantly to be received by microphone 124, and make speech recognition core 122 and data processing unit 130 constantly carry out identification operation.So just can avoid system resources consumption, and the situation constantly sent of the incongruent notice of identification.
In addition, in Fig. 3, though speech recognition core 122 is separated into two functional modules with data processing unit 130, can be to be in fact also integrated in single component, carry out or hardware design is reached by software.In addition speech recognition core, 122 and data processing unit 130 can be to be also dispersed in completely in two different devices.
As shown in Figure 4, in another specific embodiment, input identification module 120 is identification of fingerprint modules, in order to receive and identification one fingerprint.Described identification of fingerprint module comprises an identification of fingerprint core 126 and a fingerprint reading device 128.Fingerprint reading device 128 is in order to read and to receive fingerprint, and is sent to identification of fingerprint core to encode.Therewith in embodiment, identification data a1, a2, a3 and data d to be identified are respectively a fingerprint.User can see through the fingerprint of the specific finger of input, the corresponding macroprogram A that will carry out, B, C, for example, is having three macroprogram A, B, in the situation of C, user can from preset different fingers corresponding to different macroprogram A, B, C.Fingerprint reading device 128 receives after this fingerprint, is sent to identification of fingerprint core 126, and identification of fingerprint core 126 will be encoded with the fingerprint that this was received, and further this coded data is sent to data processing unit 130.In this embodiment, identification data a1, a2, a3 can be fingerprint or the fingerprint characteristic value of prerecording.When data processing unit 130 judges identification data a1, a2, the similarity of a3 and data d to be identified exceedes a threshold, data processing unit 130 determines that data d to be identified meets identification data a1, a2, a3 one of them.Fingerprint reading device 128 can be condenser type, optical profile type, or any device that can fetching finger mark.Fingerprint reading device 128 can just act in the time that start key 150 is pressed, and avoids identification of fingerprint module consume system resources.
In addition, in Fig. 4, though identification of fingerprint core 126 is separated into two functional modules with data processing unit 130, can be to be in fact also integrated in single component, carry out or hardware design is reached by software.In addition, identification of fingerprint core 126 and data processing unit 130 can be to be also dispersed in completely in two different devices.
Further propose below different embodiment, illustrate that triggering of the present invention opens grand input system 100, in the time being applied to computer installation and computing machine perimeter systems, how to configure a module and unit.
As shown in Figure 5, open grand input system 100 for disclosed a kind of triggering of first embodiment of the invention, comprise a main frame 200, an input equipment 300, a microphone 124 and a speech recognition equipment 400.
Described input equipment 300 can be mouse or keyboard, sees through wired or wireless communication and is connected in main frame 200.Wherein, having the combination of a button or a hot key in input equipment 300 at least, is for as start key 150 of the present invention.In main frame 200, carry out a driver AP, be combined as described start key 150 in order to define aforementioned button or hot key.
In the time that the combination of the button as start key 150 or hot key is pressed, the main frame 200 of Execution driven program sends an enable signal to speech recognition equipment 400, with this speech recognition equipment 400 of activation.
Please refer to Fig. 3 and Fig. 5, described speech recognition equipment 400 is speech recognition core 122, data processing unit 130, storage element 110 and the grand performance element 140 that has comprised this case.Meanwhile, the communications protocol between speech recognition equipment 400 and main frame 200, the communications protocol that has comprised keyboard or mouse, taking make speech recognition equipment 400 in the hardware management program of main frame 200 emulation as a keyboard or mouse.
After receiving enable signal, speech recognition core 122 can start to receive voice content coding by microphone 124, carries out identification to transmit coded data to data processing unit 130.When identification result is the macroprogram A that voice content meets appointment, B, when C, grand performance element 140 sends macroprogram A, B, the operational order of C, drives main frame 200 to carry out described macroprogram A, and B, holds within C.
As shown in Figure 6, open grand input system 100 for disclosed a kind of triggering of second embodiment of the invention, comprise a main frame 200, an input equipment 300, a microphone 124 and a speech recognition equipment 400.
Described input equipment 300 can be mouse or keyboard, sees through wired or wireless communication and is connected in main frame 200.Wherein, having the combination of a button or a hot key in input equipment 300 at least, is for as start key 150 of the present invention.
In the time that the combination of the button as start key 150 or hot key is pressed, input equipment 300 transmits an enable signal to this speech recognition equipment 400 of activation, with this speech recognition equipment 400 of activation by wave point.
Please refer to Fig. 3 and Fig. 6, described speech recognition equipment 400 is speech recognition core 122, data processing unit 130, storage element 110 and the grand performance element 140 that has comprised this case.Meanwhile, the communications protocol between speech recognition equipment 400 and main frame 200, the communications protocol that has comprised keyboard or mouse, taking make speech recognition equipment 400 in the hardware management program of main frame 200 emulation as a keyboard or mouse.
After receiving enable signal, speech recognition core 122 can start to receive voice content coding by microphone 124, carries out identification to transmit coded data to data processing unit 130.When identification result is the macroprogram A that voice content meets appointment, B, when C, grand performance element 140 sends macroprogram A, B, the operational order of C, drives main frame 200 to carry out described macroprogram A, and B, holds within C.
In the second embodiment, in main frame 200, do not need to install the driver of definition start key 150, as long as with the universal driver connection input equipment 300 of general keyboard, mouse, but input equipment 200 all must possess wireless communication interface with speech recognition equipment 400, to connect by wireless communication protocol.
As shown in Figure 7, open grand input system 100 for disclosed a kind of triggering of third embodiment of the invention, comprise a main frame 200, an input equipment 300 and a microphone 124.
Described input equipment 300 can be mouse or keyboard, sees through wired or wireless communication and is connected in main frame 200.Wherein, having the combination of a button or a hot key in input equipment 300 at least, is for as start key 150 of the present invention.In main frame 200, carry out an identification program AP1, be combined as described start key 150 in order to define aforementioned button or hot key, pass through the mode of executive routine for main frame 200 simultaneously, carry out the function of speech recognition core 122, data processing unit 130, storage element 110 and grand performance element 140.
In the time that the combination of the button as start key 150 or hot key is pressed, main frame 200 starts to carry out speech recognition.
Please refer to Fig. 3 and Fig. 7, main frame 200 receives voice content coding by microphone 124, and in addition identification.When identification result is voice content while meeting the macroprogram of appointment, main frame 200 macroprogram A, B, holds within C.
The present invention waits for Identification Data by fingerprint or voice, just can reach quick startup macroprogram function, and save the design of number of keys, and can be fast macroprogram at any time.
Claims (9)
1. trigger and open a grand input system, in order to trigger the macroprogram of prerecording, it is characterized in that, comprising:
One storage module, the grand triggering command in order to storing identification data with corresponding described identification data, and described grand triggering command is corresponding to described macroprogram;
One input recognition module, in order to read data to be identified;
One data processing unit, receive described data to be identified, and compare described data to be identified and whether meet described identification data, when identification data described in described data fit to be identified, described data processing unit captures described grand triggering command from this storage module, and exports described grand triggering command; And
One grand performance element, is connected in described data processing unit; When described grand performance element receives described grand triggering command from described data processing unit, described grand performance element is carried out described macroprogram.
2. grand input system is opened in triggering according to claim 1, it is characterized in that, when described data to be identified and described identification data misfit, described data processing unit sends the notice that an identification is misfitted.
3. grand input system is opened in triggering according to claim 1, it is characterized in that, also comprises:
One start key, in order to send an activation instruction, so that can described input recognition module.
4. grand input system is opened in triggering according to claim 3, it is characterized in that, inputs recognition module described in the state continuance activation that described start key is pressed, and in the time that the state being pressed stops, closing described input recognition module.
5. grand input system is opened in triggering according to claim 1, it is characterized in that, described input recognition module is a sound identification module, and described identification data and described data to be identified are respectively a voice content.
6. grand input system is opened in triggering according to claim 5, it is characterized in that, described sound identification module comprises a microphone and a speech recognition core, and described microphone is used for receiving described voice content, and this speech recognition core is for being encoded to a coded data by described voice content.
7. grand input system is opened in triggering according to claim 1, it is characterized in that, described input recognition module is an identification of fingerprint module, and described identification data and described data to be identified are respectively a fingerprint.
8. grand input system is opened in triggering according to claim 7, it is characterized in that, described identification of fingerprint module comprises an identification of fingerprint core and a fingerprint reading device, described fingerprint reading device is used for reading described fingerprint, and it is a coded data by described finger-print codes that described identification of fingerprint core is used for.
9. grand input system is opened in triggering according to claim 1, it is characterized in that, in the time that the similarity of described data to be identified and described identification data exceedes a threshold, described data processing unit judges identification data described in described data fit to be identified.
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| CN201410209582.4A CN104049767A (en) | 2014-05-19 | 2014-05-19 | Input system for triggering and starting macros |
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