CN105334999A - Multi-mode touch input apparatus - Google Patents
Multi-mode touch input apparatus Download PDFInfo
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- CN105334999A CN105334999A CN201410403413.4A CN201410403413A CN105334999A CN 105334999 A CN105334999 A CN 105334999A CN 201410403413 A CN201410403413 A CN 201410403413A CN 105334999 A CN105334999 A CN 105334999A
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Abstract
The invention relates to a multi-mode touch input apparatus. The multi-mode touch input apparatus comprises a first touch input apparatus and a second touch input apparatus. When a first side edge of the first touch input apparatus is combined with a first side edge of the second touch input apparatus, the multi-mode touch input apparatus enters a keyboard mode, and the first touch input apparatus and the second touch input apparatus form a touch keyboard. When a second side edge of the first touch input apparatus is combined with a second side edge of the second touch input apparatus, the multi-mode touch input apparatus enters a handwriting board mode, and the first touch input apparatus and the second touch input apparatus form a handwriting board. Therefore, the multi-mode touch input apparatus can not only solve the problem of excessively small size of an existing touch input apparatus but also provide more functions for users to operate.
Description
Technical field
The present invention about a kind of input media, especially about the multi-mode touch-control input device with touch controllable function.
Background technology
Common traditional computer peripheral input device comprises mouse apparatus, key board unit and Trackball device etc.Along with the progress in epoch, be proposed touch-control input device on the market, be available for users to directly utilize finger or pointer to operate on touch-control input device, and be able to operating computer system.
The application of touch-control input device is quite extensive, early stage notebook computer includes touch-control input device (that is the Trackpad be commonly called as), the click of image moving or carry out user interface of its controllable cursor, and do not need to use mouse can Operational Note type computer.The advantage of Trackpad is, is available for users to operate Trackpad in the mode of intuitive, and is convenient to perform various instruction.Along with the evolution of science and technology, touch-control input device is growing, also developing on the market a kind ofly provides hand-written or the touch-control input device of drawing function, that is the handwriting pad be commonly called as, it is convenient to user with pointer or point writing words or drawing on handwriting pad, and produces corresponding word or pattern in computer system.
Generally speaking, carry for the ease of user, manufacturer designs the touch-control input device of reduced size mostly, to maintain its frivolous external form.But this is too little and be not easy to the problem that uses by causing user to face the size of touch-control input device when operating, and in addition, manufacturer also needs to develop more convenient function for touch-control input device.
Therefore, a kind of touch-control input device solving undersized problem is needed.
Summary of the invention
The technical problem to be solved in the present invention is, for prior art above shortcomings, provides a kind of multi-mode touch-control input device solving undersized problem.
The technical solution adopted for the present invention to solve the technical problems is to provide a kind of multi-mode touch-control input device, and it comprises the first touch-control input device and the second touch-control input device.This first touch-control input device is in order to produce the first touching signals; And this second touch-control input device is in order to produce the second touching signals.Wherein, when a first side of this first touch-control input device and a first side of this second touch-control input device in conjunction with time, this first touch-control input device and this second touch-control input device enter a keyboard mode, and this first touch-control input device and this second touch-control input device form a touch control keyboard jointly; And when a second side of this first touch-control input device and a second side of this second touch-control input device in conjunction with time, first touch-control input device and this second touch-control input device enter a hand-written plate mode, and this first touch-control input device and this second touch-control input device form a handwriting pad jointly.
Preferably, this first touch-control input device comprises the first inductive switch, the second inductive switch and the first control module, and this first inductive switch is arranged on this first side of this first touch-control input device; This second inductive switch is arranged on this second side of this first touch-control input device; This first control module is connected to this first inductive switch and this second inductive switch, be used to control this first touch-control input device when this first inductive switch is triggered and enter this keyboard mode, or when this second inductive switch is triggered, control this first touch-control input device enter this handwriting pad pattern; And this second touch-control input device comprises the 3rd inductive switch, the 4th inductive switch and the second control module, the 3rd inductive switch is arranged on this first side of this second touch-control input device; 4th inductive switch is arranged on this second side of this second touch-control input device; This second control module is connected to the 3rd inductive switch and the 4th inductive switch, be used to control this second touch-control input device when the 3rd inductive switch is triggered and enter this keyboard mode, or when the 4th inductive switch is triggered, control this second touch-control input device enter this handwriting pad pattern; Wherein, when this first side of this first touch-control input device and this first side of this second touch-control input device in conjunction with time, this first inductive switch is triggered by this second touch-control input device, and the 3rd inductive switch is triggered by this first touch-control input device; And when this second side of this first touch-control input device and this second side of this second touch-control input device in conjunction with time, this second inductive switch is triggered by this second touch-control input device, and the 4th inductive switch is triggered by this first touch-control input device.
Preferably, this first touch-control input device also comprises the first radio transmitting device, this first radio transmitting device is connected to this first control module, in order to transmit one first status signal or one second status signal that this first control module exports, and this second touch-control input device also comprises the second radio transmitting device, these the second radio transmitting device wireless connections are in this first radio transmitting device, in order to receive this first status signal or this second status signal, and make this second touch-control input device enter this keyboard mode according to this first status signal, or enter this handwriting pad pattern according to this second status signal, wherein export this first status signal when this first control module detects when this first inductive switch is triggered by this first radio transmitting device, and export this second status signal when this first control module detects when this second inductive switch is triggered by this first radio transmitting device.
Preferably, combination between this first side of this first touch-control input device and this first side of this second touch-control input device is combination by this first inductive switch and the 3rd inductive switch and sets up, and the combination between this second side of this first touch-control input device and this second side of this second touch-control input device is combination by this second inductive switch and the 4th inductive switch and sets up, wherein this first inductive switch, this second inductive switch, the 3rd inductive switch and the 4th inductive switch are electro-magnet switch.
Preferably, this first touch-control input device also comprises the first touch-control module, the first light guide plate and the first light emitting module, and this first touch-control module produces this first touching signals in order to be triggered; This first light guide plate and this first touch-control module stacked, and this first light guide plate has the first key legend; This first light emitting module is connected to this first control module and is arranged at the side of this first light guide plate, in order to produce one first light beam; And this second touch-control input device also comprises the second touch-control module, the second light guide plate and the second light emitting module, this second touch-control module produces this second touching signals in order to be triggered; This second light guide plate and this second touch-control module stacked, and this second light guide plate has the second key legend; This second light emitting module is connected to this second control module and is arranged at the side of this second light guide plate, in order to produce one second light beam.
Preferably, when this first control module detect this first inductive switch be triggered time, this first control module drives this first light emitting module, makes this first light beam be entered this first light guide plate by projection, makes this first touch-control input device show this first key legend; And when this first light emitting module is not by driving, this first touch-control input device does not show this first key legend; When this second control module detect the 3rd inductive switch be triggered time, this second control module drives this second light emitting module, makes this second light beam be entered this second light guide plate by projection, makes this second touch-control input device show this second key legend; And when this second light emitting module is not by driving, this second touch-control input device does not show this second key legend.
Preferably, this first key legend corresponds to the symbol pattern of symbol keys, and this second key legend corresponds to the digital pattern of digital keys.
Preferably, when this first touch-control input device enters this keyboard mode, this first touch-control module is detected one first trigger position and is produced this first touching signals corresponding to this first trigger position, or this second touch-control module is detected one second trigger position and produces this second touching signals corresponding to this second trigger position; When this first touch-control input device enters this handwriting pad pattern, this first touch-control module is sequentially detected multiple first trigger position and produces corresponding these first touching signals multiple, the plurality of first touching signals is made to form one first handwriting tracks, or this second touch-control module is sequentially detected multiple second trigger position and produces corresponding these second touching signals multiple, the plurality of second touching signals is made to form one second handwriting tracks.
Preferably, when this first touch-control input device and this second touch-control input device enter this handwriting pad pattern, and this first touch-control module and this second touch-control module are when successively producing this first handwriting tracks and this second handwriting tracks, this first control module produces the end time according to compare this first handwriting tracks one and whether within a Preset Time, judges whether to be connected this first handwriting tracks and this second handwriting tracks with the time span that one of this second handwriting tracks produced between the start time; When time span wherein between this generation end time and this generation start time is in this Preset Time, this first control module judges the distance between this first handwriting tracks and this second handwriting tracks, and the time span between this generation end time and this generation start time not in this Preset Time time, this first control module does not connect this first handwriting tracks and this second handwriting tracks.
Preferably, this first control module judges the distance between this first handwriting tracks with this second handwriting tracks whether is positioned within a predeterminable range with the distance at the beginning between position of this second handwriting tracks according to an end position of this first handwriting tracks and judges whether to be connected this first handwriting tracks and this second handwriting tracks; When distance wherein between this end position and this starting position is positioned within this predeterminable range, this first control module connects this first handwriting tracks and this second handwriting tracks, and the distance between this end position and this starting position is not when being positioned within this predeterminable range, this first control module does not connect this first handwriting tracks and this second handwriting tracks.
Multi-mode touch-control input device of the present invention is by providing different external form in conjunction with the first touch-control input device from the second touch-control input device by different way, the first side of the first touch-control input device is combined with the first side of the second touch-control input device and the first external form of multi-mode touch-control input device is provided, and the second side of the first touch-control input device is combined the second external form of touch-control input device to provide a multi-mode with the second side of the second touch-control input device, and provide different functions according to different external form.It comprises following functions: the handwriting pad operated separately with the first touch-control input device, the Trackpad operated separately with the second touch-control input device, the first touch-control input device are combined the touch keyboard that operates with the second touch-control input device and the first touch-control input device is combined with the second touch-control input device the handwriting pad operated.Therefore, multi-mode touch-control input device of the present invention not only can solve the undersized problem of existing touch-control input device, and several functions also can be provided to give user's operation, to promote its convenience.
Accompanying drawing explanation
Fig. 1 is the structural representation that multi-mode touch-control input device of the present invention is in released state in a preferred embodiment.
Fig. 2 is the diagrammatic cross-sectional side elevation of multi-mode touch-control input device of the present invention in a preferred embodiment.
Fig. 3 is the structural representation that multi-mode touch-control input device of the present invention is in keyboard mode in a preferred embodiment.
Fig. 4 is the block schematic diagram that multi-mode touch-control input device of the present invention is in keyboard mode in a preferred embodiment.
Fig. 5 is the structural representation that multi-mode touch-control input device of the present invention is in handwriting pad pattern in a preferred embodiment.
Fig. 6 is the block schematic diagram that multi-mode touch-control input device of the present invention is in handwriting pad pattern in a preferred embodiment.
Embodiment
In view of the problem of prior art, the invention provides a kind of multi-mode touch-control input device solving prior art problem.First the structure of multi-mode touch-control input device of the present invention is described.Be the structural representation that multi-mode touch-control input device of the present invention is in released state in a preferred embodiment please refer to Fig. 1 and Fig. 2, Fig. 1, and Fig. 2 is the diagrammatic cross-sectional side elevation of multi-mode touch-control input device of the present invention in a preferred embodiment.Multi-mode touch-control input device 1 comprises one first touch-control input device 11 and one second touch-control input device 12, the function of the first touch-control input device 11 is triggered by the finger of user or pointer to produce one first touching signals, first touch-control input device 11 comprises one first inductive switch 111, one second inductive switch 112, one first control module 113, one first touch-control module 114, one first light guide plate 115, one first light emitting module 116 and one first radio transmitting device 117 (referring to Fig. 4 and Fig. 6), wherein the first light emitting module 116 comprises one first light-emitting component 1161 and one first luminous circuit board 1162.And the function of the second touch-control input device 12 is triggered by the finger of user or pointer to produce one second touching signals, second touch-control input device 12 comprises one the 3rd inductive switch 121, the 4th inductive switch 122,1 second control module 123,1 second touch-control module 124,1 second light guide plate 125,1 second light emitting module 126 and one second radio transmitting device 127 (referring to Fig. 4 and Fig. 6), and wherein the second light emitting module 126 comprises one second light-emitting component 1261 and one second luminous circuit board 1262.In this preferred embodiment, the first touch-control input device 11 is one have handwriting pad that is hand-written or drawing function, and the second touch-control input device 12 is the Trackpad of the cursor movement controlling computer system.
In first touch-control input device 11, on the first side 118 that the first inductive switch 111 is arranged at the first touch-control input device 11 and outside being revealed in, on the second side 119 that the second inductive switch 112 is arranged at the first touch-control input device 11 and outside being revealed in.Please refer to Fig. 4 and Fig. 6, first control module 113 is connected to the first inductive switch 111 and the second inductive switch 112, its function enters a keyboard mode for controlling the first touch-control input device 11 when the first inductive switch 111 is triggered, or, when the second inductive switch 112 is triggered, control the first touch-control input device 11 enter a hand-written plate mode.First touch-control module 114 is arranged at the inside of the first touch-control input device 11, and its function is produce the first touching signals S3 in response to the finger of user or the triggering of pointer.First light guide plate 115 and the first touch-control module 114 is stacked and the first light guide plate 115 has one first key legend 1151, and the first key legend 1151 is arranged on the lower surface of the first light guide plate 115.In first light emitting module 116, first light-emitting component 1161 is arranged on the first luminous circuit board 1162, its function is generation one first light beam B1, and the first luminous circuit board 1162 is connected to the first control module 113 and be arranged at the side of the first light guide plate 115, its function is for providing electric power to give the first light-emitting component 1161 and driving it.First radio transmitting device 117 is connected to the first control module 113, the one first status signal S1 that its function exports for transmission first control module 113 or one second status signal S2.
In this preferred embodiment, the length of the first side 118 of the first touch-control input device 11 is less than the length of the second side 119 of the first touch-control input device 11, and the first inductive switch 111 and the second inductive switch 112 are all electro-magnet switch, first control module 113 is microcontroller, first touch-control module 114 is capacitance touching control sensor, first light-emitting component 1161 is light emitting diode (LightEmittingDiode, LED), first radio transmitting device 117 is bluetooth (BlueTooth) transport module, and the first key legend 1151 corresponds to a symbol pattern of symbol keys, wherein, symbol keys includes A ~ Z, F1 ~ F12, the buttons such as Esc key.In brief, the first key legend 1151 corresponds to the pattern of the multiple buttons on notebook computer, and when the first light-emitting component 1161 does not produce the first light beam B1, the first touch-control input device 11 does not show the first key legend 1151.
Second touch-control input device 12 is similar to the first touch-control input device 11, on the first side 128 that 3rd inductive switch 121 is arranged at the second touch-control input device 12 and outside being revealed in, on the second side 129 that the 4th inductive switch 122 is arranged at the second touch-control input device 12 and outside being revealed in.Second control module 123 is connected to the 3rd inductive switch 121 and the 4th inductive switch 122, its function enters keyboard mode for controlling the second touch-control input device 12 when the 3rd inductive switch 121 is triggered, or, when the 4th inductive switch 122 is triggered, control the second touch-control input device 12 enter handwriting pad pattern.Second touch-control module 124 is arranged at the inside of the second touch-control input device 12, and its function is produce the second touching signals S4 in response to the finger of user or the triggering of pointer.Second light guide plate 125 and the second touch-control module 124 is stacked and the second light guide plate 125 has one second key legend 1251, and the second key legend 1251 is arranged on the lower surface of the second light guide plate 125.In second light emitting module 126, second light-emitting component 1261 is arranged on the second luminous circuit board 1262, its function is generation one second light beam B2, and the second luminous circuit board 1262 is connected to the second control module 123 and be arranged at the side of the second light guide plate 125, its function is for providing electric power to give the second light-emitting component 1261 and driving it.Second radio transmitting device 127 is connected to the second control module 123, the first status signal S1 that its function is transmitted for reception first radio transmitting device 117 or one second status signal S2.
In this preferred embodiment, the rough length equaling the second side 129 of the second touch-control input device 12 of the length of the first side 128 of the second touch-control input device 12, and the length of the first side 128 of the second touch-control input device 12 equals the length of the first side 118 of the first touch-control input device 11.And the 3rd inductive switch 121 and the 4th inductive switch 122 are also electro-magnet switch, second control module 123 is microcontroller, second touch-control module 124 is capacitance touching control sensor, second light-emitting component 1261 is light emitting diode, second radio transmitting device 127 is Bluetooth communication modules, and the second key legend 1251 corresponds to a digital pattern of digital keys, wherein, digital keys comprises the digital keys 0 ~ 9 on the right side of general key board unit, the buttons such as NumLock key, and when the second light-emitting component 1261 does not produce the second light beam B2, second touch-control input device 12 does not show the second key legend 1251.
The operation situation of the various operating modes of following explanation multi-mode of the present invention touch-control input device 1.Please again consult Fig. 1, the situation that the first touch-control input device 11 of multi-mode touch-control input device 1 and the second touch-control input device 12 are in released state is demonstrated in Fig. 1, therefore, under the state that user can be separated in the first touch-control input device 11 with the second touch-control input device 12, operation the first touch-control input device 11 separately.Such as: the finger of user moves on the first touch-control input device 11, the first touch-control module 114 is made sequentially to detect multiple first trigger position and produce corresponding multiple first touching signals S3, and form one first handwriting tracks according to multiple first touching signals S3 and transmit the first handwriting tracks and perform the instruction of input first handwriting tracks to the computer system (not being shown in figure) being connected to the first touch-control input device 11, wherein the first handwriting tracks is word, symbol or picture.In like manner, under the state that user also can be separated in the first touch-control input device 11 with the second touch-control input device 12, operation the second touch-control input device 12 separately.Such as: the finger of user moves on the second touch-control input device 12, the second touch-control module 124 is made sequentially to detect multiple second trigger position and produce corresponding multiple second touching signals S4, and form a deformation trace according to multiple second touching signals S4 and transmit deformation trace to the computer system being connected to the second touch-control input device 12, make the cursor of computer system removable computer system according to deformation trace (not being shown in figure).
Please refer to Fig. 1, Fig. 3 and Fig. 4, Fig. 3 is the structural representation that multi-mode touch-control input device of the present invention is in keyboard mode in a preferred embodiment, and Fig. 4 is the block schematic diagram that multi-mode touch-control input device of the present invention is in keyboard mode in a preferred embodiment.When user by the first side 128 of the first side 118 of the first touch-control input device 11 and the second touch-control input device 12 in conjunction with time, the first inductive switch 111 be positioned on first side 118 contacts with the 3rd inductive switch 121 be positioned on first side 128 and is combined with each other in response to its magnetive attraction, simultaneously, first control module 113 detects the first inductive switch 111 and is triggered, and control the first touch-control input device 11 and enter keyboard mode, now, first control module 113 carries out following running: first, first control module 113 exports the first status signal S1, and transmit the first status signal S1 to the second touch-control input device 12 through the first radio transmitting device 117.The second, drive the first light emitting module 116, the first light beam B1 that the first light emitting module 116 is produced is entered the first light guide plate 115 by projection, and the first touch-control input device 11 shows the first key legend 1151.
On the other hand, second control module 123 detects the 3rd inductive switch 121 and is triggered, and control the second touch-control input device 12 and also enter keyboard mode, now, second control module 123 drives the second light emitting module 126, the second light beam B2 that second light emitting module 126 is produced is entered the second light guide plate 125 by projection, and the second touch-control input device 12 shows the second key legend 1251.Simultaneously, second radio transmitting device 127 receives the first status signal S1, and transmission the first status signal S1 to the second control module 123, make the second control module 123 can learn that the first touch-control input device 11 is also in keyboard mode according to the first status signal S1.Can guarantee that the first touch-control input device 11 and the second touch-control input device 12 are all in keyboard mode by this.The first side 118 of the first touch-control input device 11 and the first side 128 of the second touch-control input device 12 in conjunction with situation as shown in Figure 3.
When the first touch-control input device 11 enters keyboard mode, and the finger of user is when pressing the first key legend 1151 corresponding to button " F ", the detecting of this first touch-control module 114 corresponds to the first trigger position of button " F " and produces the first touching signals S3 corresponding to this first trigger position, makes the computer system (not being shown in figure) being connected to multi-mode touch-control input device 1 perform the instruction of input alphabet " F " according to the first touching signals S3.The running of the second touch-control input device 12 is also in like manner, when the second touch-control input device 12 enters keyboard mode, and the finger of user is when pressing the first key legend 1251 corresponding to digital keys " 1 ", the detecting of this second touch-control module 124 corresponds to the second trigger position of digital keys " 1 " and produces the second touching signals S4 corresponding to this second trigger position, makes the computer system being connected to multi-mode touch-control input device 1 perform the instruction of input numeral " 1 " according to the second touching signals S4.The above-mentioned operation situation being multi-mode touch-control input device 1 and entering keyboard mode.
Please refer to Fig. 1, Fig. 5 and Fig. 6, Fig. 5 is the structural representation that multi-mode touch-control input device of the present invention is in handwriting pad pattern in a preferred embodiment, and Fig. 6 is the block schematic diagram that multi-mode touch-control input device of the present invention is in handwriting pad pattern in a preferred embodiment.When user by the second side 129 of the second side 119 of the first touch-control input device 11 and the second touch-control input device 12 in conjunction with time, the second inductive switch 112 be positioned on second side 119 contacts with the 4th inductive switch 122 be positioned on second side 129 and is combined with each other in response to its magnetive attraction.Be triggered because the first control module 113 detects the second inductive switch 112, and control the first touch-control input device 11 and enter handwriting pad pattern, simultaneously, first control module 113 exports the second status signal S2, and transmits the second status signal S2 to the second touch-control input device 12 through the first radio transmitting device 117.Wherein, the first control module 113 does not drive the first light emitting module 116, therefore the first touch-control input device 11 does not show the first key legend 1151.
On the other hand, second control module 123 detects the 4th inductive switch 122 and is triggered, and control the second touch-control input device 12 and also enter handwriting pad pattern, now, second control module 123 does not drive the second light emitting module 126, therefore the second touch-control input device 12 does not also show the second key legend 1251.Simultaneously, second radio transmitting device 127 receives the second status signal S2, and transmission the second status signal S2 to the second control module 123, make the second control module 123 can learn that the first touch-control input device 11 is also in handwriting pad pattern according to the second status signal S2.The second side 119 of the first touch-control input device 11 and the second side 129 of the second touch-control input device 12 in conjunction with situation as shown in Figure 5.That is, the scope that user can carry out hand-written operation is increased to by the region of the first touch-control input device 11 region that first touch-control input device 11 adds the second touch-control input device 12.
When the second touch-control input device 12 enters handwriting pad pattern, the running of the second touch-control input device 12 operates identical with the handwriting pad of aforementioned first touch-control input device 11, be simply described as follows: the finger of user moves on the second touch-control input device 12, the second touch-control module 124 is made sequentially to detect multiple second trigger position and produce corresponding multiple second touching signals S4, and form one second handwriting tracks according to multiple second touching signals S4 and transmit the second handwriting tracks and perform the instruction of input second handwriting tracks to the computer system being connected to the second touch-control input device 12, wherein the second handwriting tracks is word, symbol or picture.
The situation that following explanation first touch-control input device 11 and the second touch-control input device 12 operate in response to the hand-written operation of user simultaneously.When the first touch-control input device 11 and the second touch-control input device 12 all enter handwriting pad pattern, and user in the first touch-control input device 11 add the enterprising running hand in region of the second touch-control input device 12 write the hand-written operation of mother " W " time, first touch-control module 114 and the second touch-control module 124 successively produce the first handwriting tracks corresponding to letter " V " and the second handwriting tracks corresponding to letter " V ", wherein, the first handwriting tracks corresponding to letter " V " is the left-half of letter " W ", and the second handwriting tracks corresponding to letter " V " is the right half part of letter " W ".Afterwards, the second handwriting tracks corresponding to letter " V " transfers to the first control module 113 of the first touch-control input device 11 by the second wireless transport module 127.Now, whether the first control module 113 produces end time and one of the second handwriting tracks according to compare the first handwriting tracks one and produces the start time and judge whether to be connected the first handwriting tracks and the second handwriting tracks within a Preset Time (being such as 1 second).When time span between the first control module 113 judgement generation end time and generation start time is in Preset Time, the first control module 113 carries out the judgement running of next stage: judge the distance between the first handwriting tracks and the second handwriting tracks.And when producing the end time and the time span produced between the start time exceedes Preset Time, the first control module 113 does not connect the first handwriting tracks and the second handwriting tracks.
Judge in the process of the distance between the first handwriting tracks and the second handwriting tracks in the first control module 113, first control module 113 judges whether an end position of the first handwriting tracks is positioned within a predeterminable range d with the distance at the beginning between position of the second handwriting tracks and determines whether to be connected the first handwriting tracks and the second handwriting tracks, and wherein predeterminable range d is the length cannot carrying out the fringe region of touch detection in the second touch-control input device 12.When distance between the end position and the starting position of the second handwriting tracks of the first handwriting tracks is positioned within predeterminable range d, the first control module 113 connects the first handwriting tracks and the second handwriting tracks, and forms the handwriting tracks corresponding to letter " W ".Otherwise, when distance between the end position and the starting position of the second handwriting tracks of the first handwriting tracks exceedes predeterminable range d, first control module 113 does not connect the first handwriting tracks and the second handwriting tracks, namely produces the handwriting tracks that two correspond to letter " V " respectively.The above-mentioned operation situation being multi-mode touch-control input device 1 and entering handwriting pad pattern.
Specifically have three, first, when the pattern of the first touch-control input device 11 and the second touch-control input device 12 is inconsistent, the first touch-control input device 11 can be consistent with the mode altering of the second touch-control input device 12 by following manner by multi-mode touch-control input device 1 of the present invention.Illustrate, when the first side 118 of the first touch-control input device 11 is combined with the first side 128 of the second touch-control input device 12, and the 4th inductive switch 122 simultaneously by false touch time, because the first inductive switch 111 of the first touch-control input device 11 is triggered, therefore the first control module 113 judges to enter keyboard mode.But when the 3rd inductive switch 121 of the second touch-control input device 12 and the 4th inductive switch 122 are all triggered, second control module 123 cannot judge to enter keyboard mode or handwriting pad pattern, now, the first status signal S1 that the first control module 113 exports can transfer to the second touch-control input device 12 by the first radio transmitting device 117.The second control module 123 receiving the first status signal S1 can judge to enter keyboard mode.
Second, utilize the first control module 113 to transmit the first status signal S1 or the second status signal S2 to the second touch-control input device 12 in this preferred embodiment, but it is non-as limit, in another preferred embodiment, the second control module also can be utilized to transmit the first status signal or the second status signal to the first touch-control input device.In a better way, the first control module and the second control module can be adopted to transmit mutually the first status signal or the second status signal, to guarantee that the first touch-control input device is consistent with the pattern of the second touch-control input device, and misoperation can be avoided to occur.
3rd, the shape of the first touch-control input device in multi-mode touch-control input device of the present invention and the shape of the second touch-control input device are not defined as rectangle, also any shape can be adopted, but the first side of the first side of the first touch-control input device and the second touch-control input device must be designed to combinative shape, in like manner, the second side of the first touch-control input device and the second side of the second touch-control input device also must be designed to combinative shape.
According to above-mentioned known, multi-mode touch-control input device of the present invention is by providing different external form in conjunction with the first touch-control input device from the second touch-control input device by different way, the first side of the first touch-control input device is combined with the first side of the second touch-control input device and the first external form of multi-mode touch-control input device is provided, and the second side of the first touch-control input device is combined the second external form of touch-control input device to provide a multi-mode with the second side of the second touch-control input device, and provide different functions according to different external form.Such as: the handwriting pad operated separately with the first touch-control input device, with the Trackpad that the second touch-control input device operates separately, the first touch-control input device is combined the touch keyboard that operates with the second touch-control input device and the first touch-control input device is combined with the second touch-control input device the handwriting pad operated.Therefore, multi-mode touch-control input device of the present invention not only can solve the undersized problem of existing touch-control input device, and several functions also can be provided to give user's operation, to promote its convenience.
The foregoing is only preferred embodiment of the present invention, and be not used to limit right of the present invention, under therefore all other does not depart from disclosed spirit, the equivalence that completes changes or modifies, and all should be contained in scope of patent protection of the present invention.
Claims (10)
1. a multi-mode touch-control input device, is characterized in that, comprising:
First touch-control input device, in order to produce the first touching signals; And
Second touch-control input device, in order to produce the second touching signals; Wherein, when a first side of this first touch-control input device and a first side of this second touch-control input device in conjunction with time, this first touch-control input device and this second touch-control input device enter a keyboard mode, and this first touch-control input device and this second touch-control input device form a touch control keyboard jointly; And when a second side of this first touch-control input device and a second side of this second touch-control input device in conjunction with time, first touch-control input device and this second touch-control input device enter a hand-written plate mode, and this first touch-control input device and this second touch-control input device form a handwriting pad jointly.
2. multi-mode touch-control input device as claimed in claim 1, it is characterized in that, this first touch-control input device comprises:
First inductive switch, is arranged on this first side of this first touch-control input device;
Second inductive switch, is arranged on this second side of this first touch-control input device; And
First control module, be connected to this first inductive switch and this second inductive switch, be used to control this first touch-control input device when this first inductive switch is triggered and enter this keyboard mode, or when this second inductive switch is triggered, control this first touch-control input device enter this handwriting pad pattern;
And this second touch-control input device comprises:
3rd inductive switch, is arranged on this first side of this second touch-control input device;
4th inductive switch, is arranged on this second side of this second touch-control input device; And
Second control module, be connected to the 3rd inductive switch and the 4th inductive switch, be used to control this second touch-control input device when the 3rd inductive switch is triggered and enter this keyboard mode, or when the 4th inductive switch is triggered, control this second touch-control input device enter this handwriting pad pattern;
Wherein, when this first side of this first touch-control input device and this first side of this second touch-control input device in conjunction with time, this first inductive switch is triggered by this second touch-control input device, and the 3rd inductive switch is triggered by this first touch-control input device; And when this second side of this first touch-control input device and this second side of this second touch-control input device in conjunction with time, this second inductive switch is triggered by this second touch-control input device, and the 4th inductive switch is triggered by this first touch-control input device.
3. multi-mode touch-control input device as claimed in claim 2, it is characterized in that, this first touch-control input device also comprises the first radio transmitting device, this first radio transmitting device is connected to this first control module, in order to transmit one first status signal or one second status signal that this first control module exports, and this second touch-control input device also comprises the second radio transmitting device, these the second radio transmitting device wireless connections are in this first radio transmitting device, in order to receive this first status signal or this second status signal, and make this second touch-control input device enter this keyboard mode according to this first status signal, or enter this handwriting pad pattern according to this second status signal, wherein export this first status signal when this first control module detects when this first inductive switch is triggered by this first radio transmitting device, and export this second status signal when this first control module detects when this second inductive switch is triggered by this first radio transmitting device.
4. multi-mode touch-control input device as claimed in claim 2, it is characterized in that, combination between this first side of this first touch-control input device and this first side of this second touch-control input device is combination by this first inductive switch and the 3rd inductive switch and sets up, and the combination between this second side of this first touch-control input device and this second side of this second touch-control input device is combination by this second inductive switch and the 4th inductive switch and sets up, wherein this first inductive switch, this second inductive switch, 3rd inductive switch and the 4th inductive switch are electro-magnet switch.
5. multi-mode touch-control input device as claimed in claim 2, it is characterized in that, this first touch-control input device also comprises:
First touch-control module, produces this first touching signals in order to be triggered;
First light guide plate, stacked with this first touch-control module, and this first light guide plate has the first key legend; And
First light emitting module, is connected to this first control module and is arranged at the side of this first light guide plate, in order to produce one first light beam;
And this second touch-control input device also comprises:
Second touch-control module, produces this second touching signals in order to be triggered;
Second light guide plate, stacked with this second touch-control module, and this second light guide plate has the second key legend; And
Second light emitting module, is connected to this second control module and is arranged at the side of this second light guide plate, in order to produce one second light beam.
6. multi-mode touch-control input device as claimed in claim 5, it is characterized in that, when this first control module detect this first inductive switch be triggered time, this first control module drives this first light emitting module, make this first light beam be entered this first light guide plate by projection, make this first touch-control input device show this first key legend; And when this first light emitting module is not by driving, this first touch-control input device does not show this first key legend; When this second control module detect the 3rd inductive switch be triggered time, this second control module drives this second light emitting module, makes this second light beam be entered this second light guide plate by projection, makes this second touch-control input device show this second key legend; And when this second light emitting module is not by driving, this second touch-control input device does not show this second key legend.
7. multi-mode touch-control input device as claimed in claim 5, is characterized in that, this first key legend corresponds to the symbol pattern of symbol keys, and this second key legend corresponds to the digital pattern of digital keys.
8. multi-mode touch-control input device as claimed in claim 5, it is characterized in that, when this first touch-control input device enters this keyboard mode, this first touch-control module is detected one first trigger position and is produced this first touching signals corresponding to this first trigger position, or this second touch-control module is detected one second trigger position and produces this second touching signals corresponding to this second trigger position; When this first touch-control input device enters this handwriting pad pattern, this first touch-control module is sequentially detected multiple first trigger position and produces corresponding these first touching signals multiple, the plurality of first touching signals is made to form one first handwriting tracks, or this second touch-control module is sequentially detected multiple second trigger position and produces corresponding these second touching signals multiple, the plurality of second touching signals is made to form one second handwriting tracks.
9. multi-mode touch-control input device as claimed in claim 8, it is characterized in that, when this first touch-control input device and this second touch-control input device enter this handwriting pad pattern, and this first touch-control module and this second touch-control module are when successively producing this first handwriting tracks and this second handwriting tracks, whether this first control module judges whether to be connected this first handwriting tracks and this second handwriting tracks according to the generation end time of comparing this first handwriting tracks with the time span that one of this second handwriting tracks produced between the start time within a Preset Time, when time span wherein between this generation end time and this generation start time is in this Preset Time, this first control module judges the distance between this first handwriting tracks and this second handwriting tracks, and the time span between this generation end time and this generation start time not in this Preset Time time, this first control module does not connect this first handwriting tracks and this second handwriting tracks.
10. multi-mode touch-control input device as claimed in claim 9, it is characterized in that, this first control module judges the distance between this first handwriting tracks with this second handwriting tracks whether is positioned within a predeterminable range with the distance at the beginning between position of this second handwriting tracks according to an end position of this first handwriting tracks and judges whether to be connected this first handwriting tracks and this second handwriting tracks; When distance wherein between this end position and this starting position is positioned within this predeterminable range, this first control module connects this first handwriting tracks and this second handwriting tracks, and the distance between this end position and this starting position is not when being positioned within this predeterminable range, this first control module does not connect this first handwriting tracks and this second handwriting tracks.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410403413.4A CN105334999B (en) | 2014-08-15 | 2014-08-15 | Multi-mode touch-control input device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410403413.4A CN105334999B (en) | 2014-08-15 | 2014-08-15 | Multi-mode touch-control input device |
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| CN105334999A true CN105334999A (en) | 2016-02-17 |
| CN105334999B CN105334999B (en) | 2018-06-12 |
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| US20130076679A1 (en) * | 2011-09-27 | 2013-03-28 | Andreas Kretz | Dual display pinyin touch input |
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| CN103299360A (en) * | 2010-10-01 | 2013-09-11 | Flex Electronics ID Co.,Ltd. | Keyboard spanning multiple screens |
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| CN103299360A (en) * | 2010-10-01 | 2013-09-11 | Flex Electronics ID Co.,Ltd. | Keyboard spanning multiple screens |
| CN102455797A (en) * | 2010-10-28 | 2012-05-16 | 致伸科技股份有限公司 | Multi-mode foldable mouse |
| CN102981562A (en) * | 2011-07-21 | 2013-03-20 | Z124公司 | Second view |
| US20130076679A1 (en) * | 2011-09-27 | 2013-03-28 | Andreas Kretz | Dual display pinyin touch input |
| CN103853521A (en) * | 2012-12-03 | 2014-06-11 | 三星电子株式会社 | Portable apparatus having a plurality of touch screens and method of outputting sound thereof |
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| CN105334999B (en) | 2018-06-12 |
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