CN104780406A - Control device - Google Patents
Control device Download PDFInfo
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- CN104780406A CN104780406A CN201410192491.4A CN201410192491A CN104780406A CN 104780406 A CN104780406 A CN 104780406A CN 201410192491 A CN201410192491 A CN 201410192491A CN 104780406 A CN104780406 A CN 104780406A
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Abstract
The invention discloses a control device, which is applied to the control of a controlled device and comprises: a housing; the touch control sensing device is arranged in the shell; and the key device is exposed on the surface of the shell and positioned above the touch control sensing device, and generates a height difference relative to the surface of the shell and sends a first control instruction related to the controlled device in response to the pressing action of the user on the key device, and the touch control sensing device senses the touch control gesture of the user on the surface of the shell and generates a second control instruction related to the controlled device. The invention can meet the requirement of diversified instruction input, has the functions of key pressing and touch sensing, and can be used for flexibly controlling the user interface taking a window form as a main shaft at present.
Description
Technical field
The present invention relates to a kind of control device, espespecially relate to the far-end control device being applied to controlled device and controlling.
Background technology
Along with the progress of Digital Television, the user's interface that may operate on TV is more and more diversified, makes the control device for controlling user's interface must meet the demand of diversified instruction input.But take button as the conventional control device of main input devices, cannot manipulate flexibly is user's interface of main shaft now with form of window.Therefore, how developing the control device that can meet diversified instruction input demand, is main purpose of the present invention.
Summary of the invention
The present invention is a kind of control device, and be applied in the control of a controlled device, this device comprises: housing; Touch control panel device, has the touch-control surface exposing to this surface of shell, and this touch control panel device is responded to a user and produced one first control command relevant to this controlled device in one first touch control gesture of this touch-control surface; And key device, integrate with this touch-control surface, because user behavior should be pressed to one of this key device, and then the difference in height produced relative to this touch-control surface send one second control command relevant to this controlled device, and this touch control panel device is responded to this user and is produced one three control command relevant to this controlled device in one second touch control gesture on this key device surface.
Another aspect of the invention is a kind of control device, be applied in the control of a controlled device, this device comprises: housing; Touch control induction device, is arranged in this housing; And key device, expose to this surface of shell and be positioned at the top of this touch control induction device, because user behavior should be pressed to one of this key device, and then the difference in height produced relative to this surface of shell send one first control command relevant to this controlled device, and this touch control induction device is responded to this user and is produced one second control command relevant to this controlled device in a touch control gesture of this surface of shell.
According to above-mentioned conception, control device as described in the present invention, wherein this touch control induction device responds to the upper surface of this user in this housing or the touch control gesture of lower surface.
According to above-mentioned conception, control device as described in the present invention, wherein this touch control panel device includes one dimension capacitance touching control induction installation, is arranged in this housing, includes multiple induction electrode be not connected mutually.
According to above-mentioned conception, control device as described in the present invention, in wherein said multiple induction electrode, at least one induction electrode comprises an outer portion, a central portion and a junction, is only completed by this connecting portion and be connected between this outer portion with this central portion.
According to above-mentioned conception, control device as described in the present invention, wherein this key device comprises a key casing and a depressible Elastic Circular roof construction, this depressible Elastic Circular roof construction is located between this outer portion and this central portion, when being covered in after this key casing outside this Elastic Circular roof construction is pressed, change the spacing of this Elastic Circular roof construction and this central portion by making this Elastic Circular roof construction produce deformation.
According to above-mentioned conception, control device as described in the present invention, wherein said multiple induction electrode completes on a substrate, wherein at least one induction electrode comprises an outer portion and an Elastic Circular top, the surface of one Part I of this outer portion is covered by insulating varnish, and a Part II of this outer portion is not covered by insulating varnish and exposes, the bottom at this Part II and this Elastic Circular top completes in electrical contact, this outer portion central authorities hollow part is provided with one first common electrode portion, this the first common electrode portion is not connected mutually with between this outer portion, this the first common electrode portion comes to complete in electrical contact with one second common electrode portion of this substrate back through the via in this substrate.
According to above-mentioned conception, control device as described in the present invention, wherein this key device comprises a key casing, is covered in this Elastic Circular top, after this key casing is pressed, change the spacing in this Elastic Circular top and this first common electrode portion by making this Elastic Circular top produce deformation.
According to above-mentioned conception, control device as described in the present invention, wherein said multiple induction electrode surface coverage has waterproof insulation material.
According to above-mentioned conception, control device as described in the present invention, wherein this key device is one group of five keys, wherein includes four direction key and an acknowledgement key, allows user press and confirms in order to the various parameter size that adjusts in this controlled device.
According to above-mentioned conception, control device as described in the present invention, wherein this key device induction user points the change of different distance up, and then make the image in this controlled device produce the change of shape, until this distance is less than a fixed proportion of a threshold value, produce the animation effect of breaking and the function performed representated by this image by making this image in this controlled device.
Accompanying drawing explanation
Fig. 1, its be the present invention the control device schematic appearance that develops out.
Fig. 2, it is the present invention's preferred construction schematic diagram of set touch control induction device in housing below touch-control surface.
Fig. 3, it is the first embodiment schematic shapes that the present invention corresponds to induction electrode immediately below five keys.
Fig. 4, it is the generalized section of induction electrode and Elastic Circular roof construction in the present invention.
Fig. 5, it is the perspective view of Elastic dome structure of the present invention.
Fig. 6 A, Fig. 6 B, its be the present invention develop out the second embodiment schematic diagram about induction electrode.
Fig. 7 A, Fig. 7 B, its be the present invention develop out the 3rd embodiment schematic diagram about induction electrode.
Fig. 8 A, Fig. 8 B, its be the present invention when five keys being integrated into one dimension capacitance touching control induction installation the sensing cell schematic layout pattern that develops out.
Fig. 9 A, Fig. 9 B, its be the present invention develop out the 4th embodiment schematic diagram about induction electrode.
Fig. 9 C, it is that the 4th embodiment is added the embodiment schematic diagram after waterproof material.
Figure 10, it is when baseplate material is unfavorable two-sided processing and example structure schematic diagram during making through hole.
Figure 11 A, Figure 11 B, its be by the present invention the 4th embodiment developing out about induction electrode carry out the organigram that changes again.
Figure 12, the organigram of its develop to by the present invention out another embodiment about induction electrode.
Wherein, description of reference numerals is as follows:
Control device 1
Housing 10
Touch-control surface 100
Key device 11
Five keys 110
Directionkeys 1101 ~ 1104
Acknowledgement key 1105
Substrate 2
Induction electrode 21
Induction electrode 31
Outer portion 311
Central portion 312
Connecting portion 313
Holding wire 310
Elastic Circular roof construction 314
Crack 3141
Key casing 315
Outer portion 611
Elastic Circular top 612
Part I 6111
Part II 6112
Induction electrode 61
Holding wire 610
First common electrode portion 621
Via 620
Substrate 6
Second common electrode portion 622
Insulating material key casing 615
Induction electrode 71
Outer portion 711
Elastic Circular top 712
Part I 7111
Part II 7112
Holding wire 710.
Common electrode portion 72
Opening 719
Wire 729
Insulating material key casing 715
Substrate 8
Induction electrode 81
Vacancy section 810
Common electrode 82
Flexible keypad 83
Bottom 830
Waterproof insulation material 90
Copper foil layer 91
Insulating varnish 92
Carbon film 93
Substrate 99
Induction electrode 991
Vacancy section 9910
First button electrode 9921
Second button electrode 9922
Opening 9911
Flexible keypad 993
Bottom 9930
Substrate 88
Touch-control sensing electrode layer 887
Through hole 880
Physical button lid 888
Bottom 8810
Elastic Circular top 8820
Circuit board 881
Common electrode layer 882
Key induced electrode 883
Wire 889
Embodiment
Refer to Fig. 1, its be the present invention the control device schematic appearance that develops out, control device 1 mainly can be applied in the control of controlled device, the common form of control device 1 is TV, computer, optical disk player, the wire/wireless remote controller that the image playing system such as box or the intelligent display with touch-control or showy touch controllable function uses machine, and controlled device can be Shang it ?row have the TV of figure user interface, computer, optical disk player, the image playing system such as box or the intelligent display with touch-control or showy touch controllable function on machine, and figure user interface refer to image playing system export and show image manipulation interface over the display.Control device 1 mainly has a housing 10, in order to coated its main electronic circuit component (this figure fails to illustrate), and in this electronic circuit component, include a touch control induction device (this figure fails to illustrate), be arranged in this housing 10, make the surface of shell above touch control induction device form a touch-control surface 100, this touch-control surface 100 just can form a touch control panel device with the touch control induction device of below.In addition, control device 1 is also provided with key device 11, expose to the surface of this housing 10, key device 11 mainly can in response to the pressing behavior of user to this key device, and then the difference in height produced relative to this surface of shell send the control command relevant to this controlled device.For example, the five keys 110 in figure has four direction key 1101 ~ 1104 and an acknowledgement key 1105, user can be allowed to press and confirm in order to the various parameter size that adjusts in controlled device.
In addition, five keys 110 of the present invention is located at the top of touch control induction device (this figure fails to illustrate) and is integrated with touch-control surface 100, that is, the surface of the five keys 110 be not pressed and touch-control surface 100 will on same planes or cambered surface, or the slightly high touch-control surface 100 in the surface of the five keys be not pressed 110.Thus, this touch control induction device can be responded to this user and produces the control command relevant to this controlled device in a touch control gesture on five keys 110 surface.For example, when above this five keys 110 surface, a bit of distance carries out sliding translation to the finger of user, touch control induction device will sense this touch control gesture and vernier in controlled device produces corresponding movement.
Refer to Fig. 2 again, the preferred construction schematic diagram of touch control induction device in housing below its touch-control surface 100, wherein mainly indicate the layout of the sensing cell of an one dimension capacitance touching control induction installation, wherein primarily of be formed at substrate 2 on the surface multiple induction electrode 21 be not connected mutually formed, in order to sense user's finger on the impact of neighbouring induction electrode capacitance and by separately independently holding wire export sensing circuit (this figure is not shown) to, sensing circuit just can be extrapolated user and point the position of distribution and the touch control gesture representated by change in location.As long as be therefore provided with the top of induction electrode 21, its surface of shell just can form the touch-control surface needed for touch control panel device, makes this touch control panel device can respond to user and produces the control command relevant to this controlled device in the touch control gesture of this touch-control surface.Its ins and outs can also see previous the applied for Taiwan case of applicant and U.S.'s case content, and its Application No. is respectively 101136948 and 13/724, and 745.
In addition, for the pressing behavior of user to five keys 110 can be detected simultaneously, the shape corresponding to induction electrode immediately below five keys 110 adjusts by the present invention, alteration of form is mainly become the first embodiment as shown in Figure 3 by it, wherein induction electrode 31 mainly can be distinguished into two parts: outer portion 311 and central portion 312, only completed by a junction 313 between outer portion 311 with central portion 312 and be connected, and the induction electrode not changing shape shown in this induction electrode 31 with other Fig. 2 is the same, all by the connection with sensing circuit (this figure the is not shown) settling signal of outside of independently holding wire 310, in order to sense the impact of user's finger on neighbouring induction electrode capacitance, and then extrapolate user and point the position of distribution and the touch control gesture representated by change in location.As for being more provided with depressible Elastic Circular roof construction 314 between outer portion 311 and central portion 312, the bottom of the Elastic Circular roof construction 314 shown in Fig. 3 completes on the surface of substrate 2, but be neither connected with central portion 312 with outer portion 311, the generalized section of Elastic Circular roof construction 314 and perspective view are then respectively as shown in Figure 4, Figure 5.The crack 3141 of the Elastic Circular roof construction 314 wherein shown in Fig. 5 corresponds to connecting portion 313 and arranges, so can allow the bottom of the holding wire 310 of induction electrode of the present invention, outer portion 311, central portion 312 and connecting portion 313, Elastic Circular roof construction 314 and earth connection 3140, utilize the one side conductor layer on lamina just can etch, effectively save cost and man-hour.But after the insulating material key casing 315 be covered in outside this Elastic Circular roof construction 314 is pressed, the spacing of Elastic Circular roof construction 314 and central portion 312 is changed by making the Elastic Circular roof construction 314 completed with conductor produce deformation, therefore capacitance between the two also can reduce with spacing and increases, make the change that capacitance can be detected between the holding wire 310 by the outward extending earth connection 3140 of Elastic Circular roof construction 314 and induction electrode 31, thus, outside sensing circuit just can be greater than a threshold value and judge that corresponding button is pressed according to the capacitance sensed.
Certainly, if connecting portion 313 and earth connection 3140 make into remove cabling through the open-work of substrate 3 to another side, be also to reach effect of the present invention, just need more man-hour and increase cost.
Refer to Fig. 6 A, Fig. 6 B again, its the present invention the second embodiment schematic diagram of developing out, it is also that the shape corresponding to induction electrode immediately below five keys 110 adjusts, wherein induction electrode 61 mainly can be distinguished into two parts: outer portion 611 and Elastic Circular top 612, the surface of the Part I 6111 of outer portion 611 is covered by insulating varnish, Part II 6112 is not then covered by insulating varnish and exposes, and then Part II 6112 completes in electrical contact with the bottom at Elastic Circular top 612 again.Therefore, the induction electrode not changing shape shown in induction electrode 61 with other Fig. 2 is the same, all can by the connection with sensing circuit (this figure the is not shown) settling signal of outside of independently holding wire 610, in order to sense the impact of user's finger on neighbouring induction electrode capacitance, and then extrapolate user and point the position of distribution and the touch control gesture representated by change in location.
The first common electrode portion 621 is then provided with as the central hollow part of outer portion 611, first common electrode portion 621 is not connected mutually with between outer portion 611, but the first common electrode portion 621 completes in electrical contact through via 620 and the second common electrode portion 622 at substrate 6 back side.Thus, after the insulating material key casing 615 be covered in outside Elastic Circular top 612 is pressed, the spacing changing Elastic Circular top 612 and the first common electrode portion 621 by making the Elastic Circular top 612 completed with conductor produce deformation even contacts, therefore capacitance between the two also can reduce with spacing and increase even arrive saturated, the change of capacitance can be detected between the holding wire 610 that the common electrode 62 that is made up of the first common electrode portion 621 and the second common electrode portion 622 and induction electrode 61 are extended out, thus, outside sensing circuit just can be greater than a threshold value or arrives saturation condition and judge that corresponding button is pressed according to the capacitance sensed.In addition, common electrode 62 can also impose driving voltage, so can increase the sensitivity of sensing apparatus of the present invention, and then detect apart from farther touch-control object.
Refer to Fig. 7 A, Fig. 7 B again, its the present invention the 3rd embodiment schematic diagram that develops out, it is also that the shape corresponding to induction electrode immediately below five keys 110 adjusts, wherein induction electrode 71 mainly can be distinguished into two parts: outer portion 711 and Elastic Circular top 712, the surface of the Part I 7111 of outer portion 711 is covered by insulating varnish, Part II 7112 is not then covered by insulating varnish and exposes, and then Part II 7112 completes in electrical contact with the bottom at Elastic Circular top 712 again.Therefore, the induction electrode not changing shape shown in induction electrode 71 with other Fig. 2 is the same, all can by the connection with sensing circuit (this figure the is not shown) settling signal of outside of independently holding wire 710, in order to sense the impact of user's finger on neighbouring induction electrode capacitance, and then extrapolate user and point the position of distribution and the touch control gesture representated by change in location.
Common electrode portion 72 is then provided with as the central hollow part of outer portion 711, be not connected mutually between common electrode portion 72 with outer portion 711, but common electrode portion 72 extends wire 729 through the opening 719 of outer portion 711 and is mutually electrically connected with the common electrode portion in other regions, the outward appearance at Elastic Circular top 712 then can be analogous to shown in Fig. 5, and its breach is just aimed at this opening 719 and arranges.Thus, after the insulating material key casing 715 be covered in outside Elastic Circular top 712 is pressed, change Elastic Circular top 712 even to contact making the Elastic Circular top 712 completed with conductor produce deformation with the spacing of common electrode section 72, therefore capacitance between the two also can reduce with spacing and increase even arrive saturated, make the change that capacitance can be detected between the holding wire 710 that extended out by common electrode 72 and induction electrode 71, thus, outside sensing circuit just can be greater than a threshold value or arrives saturation condition and judge that corresponding button is pressed according to the capacitance sensed.And opening 719 can cover insulating barrier to protect, can be used to be used for merely the unnecessary interference of screen-wall as electrode layer 722 set by substrate 7 back side.
Refer to Fig. 8 A again, Fig. 8 B, when five keys is integrated into one dimension capacitance touching control induction installation by it, the present invention the sensing cell schematic layout pattern that develops out, it can complete on the circuit board of single-layer double-side wire, it should be noted that, this example is the mixing application of first and second embodiment above-mentioned, Fig. 8 A indicates the conductor layouts's pattern schematic diagram on circuit board first surface, wherein there is the second embodiment as shown in Figure 6A, it completes the electrode at button two ends with induction electrode 61 (for outer portion 611 shown in figure) respectively with the first common electrode portion 621, and first common electrode portion 621 utilize via 620 to complete in electrical contact with the second common electrode portion 622 (as shown in Figure 8 B) at the back side.In addition, be also provided with the first embodiment as shown in Figure 3 in Fig. 8 A, wherein outer portion 311 and the central portion 312 of induction electrode 31 complete via the connecting portion 313 at via 3201,3202 and the back side and are connected.Bottom 3140 as the Elastic Circular roof construction 314 shown in Fig. 4 is neither connected with central portion 312 with outer portion 311, but bottom 3140 completes in electrical contact via via 3203 and the second common electrode portion 622 at the back side.Example can be found out thus, key position can optionally be located at without restriction induction electrode central authorities or across between two induction electrodes.
The fourth embodiment of the present invention is as shown in Fig. 9 A, Fig. 9 B, a vacancy section 810 will be produced in induction electrode 81 on substrate 8, and in vacancy section 810, complete common electrode 82 (scheme not shown, but common electrode 82 can utilize the opening on via or induction electrode carry out cabling and complete mutual electric connection).Coupling capacitance is produced between induction electrode 81 and common electrode 82, and the bottom 830 of flexible keypad 83 can have been come by the conductive rubber be electrically connected mutually with common electrode 82, therefore after flexible keypad 83 is pressed, the distance changed bottom flexible keypad 83 and between induction electrode 81 and common electrode 82 is even contacted, therefore the size even short circuit of coupling capacitance between induction electrode 81 and common electrode 82 can be changed, therefore capacitance between the two also can reduce with spacing and increase even arrive saturated, make the change that capacitance can be detected between induction electrode 81 and common electrode 82, thus, outside sensing circuit just can be greater than a threshold value or arrives saturation condition and judge that corresponding button is pressed according to the capacitance sensed.Substantially then can play the part of equally with the induction electrode 81 of cellular arrangement and sense the impact of user's finger on neighbouring induction electrode capacitance, and then extrapolate user and point the position of distribution and the touch control gesture representated by change in location.Moreover, the concept of similar Fig. 8 A, Fig. 8 B, the 4th embodiment shown in Fig. 9 A, Fig. 9 B can support the design across different induction electrode equally, and vacancy section 810 is located at induction electrode central authorities or across between two induction electrodes.
In addition, for the object of waterproof can be reached, the body structure surface of above-described embodiment can be added waterproof insulation material (as shown in Figure 9 C), but, still can reach effect that touch control gesture detects and button detects and integrate.For Fig. 9 B, after adding that waterproof insulation material 90 becomes the structure of Fig. 9 C, can't normal function be affected, and the sensing of touch control gesture and button can correctly be operated.
In addition, when baseplate material is unfavorable two-sided processing with when making through hole (such as ceramic substrate or curved substrate), the present invention can also the structure of Figure 10 come.The surface of wherein substrate 9 has completed copper foil layer 91, insulating varnish 92 and the carbon film 93 be finally printed on insulating varnish 92, wherein copper foil layer 91 can be used to the electrode lay-out shape being defined as substrate back in above-mentioned various embodiment, the role of substrate in above-mentioned various embodiment then played the part of by insulating varnish 92, in order to isolate copper foil layer 91 and carbon film 93, and insulating varnish 92 perforate can provide the demand of via in above-mentioned various embodiment, finally recycling mode of printing covers on the surface of insulating varnish 92 by the carbon film 93 being defined as substrate front side electrode lay-out shape in above-mentioned various embodiment, and the perforate on insulating varnish 92 can be utilized to reach electric connection with copper foil layer 91.
The effect sensed every sky can be reached owing to utilizing induction electrode of the present invention, therefore except sensing that user points the touch control gesture moved horizontally at keys upwards, also can be used for responding to the change (change in location namely Z axis on) of user's finger in keys upwards different distance, therefore the present invention can also complete the function of a virtual key on physical button, for example, the capacitance variations of multiple induction electrode is added stack up sense, just the finger of touch control induction device for user can effectively be increased, palm or the detection-sensitive distance of conductive body, and then the object reached every sky sensing.And the battery lead plate combination of varying number can change the coverage every sky sensing, such as, carry out sensing and the capacitance variations that produces when seven induction electrodes being added stack up, its detection-sensitive distance can be greater than the combination of three induction electrodes.Also have the details that other grouping (Grouping) is applied, applicant has been described in detail in (U.S.'s case application number 13/895,333) in previous application.And just can change the detection-sensitive distance every sky sensing through the grouping quantity changing induction electrode, change an angle to see, different finger height will cause the projected area of different size, and the induction electrode contained in larger projected area will produce larger detection-sensitive distance.In addition, within the different periods, set the detection-sensitive distance every sky sensing, just can produce the scanning motion to Z axis scope, coordinate the scanning motion of X-axis on original touch control induction device/Y-axis plane.And when the vernier that user controls rest on some image moveable fingers or palm to panel close and carry out the action of a similar pressing time, reduce making finger or the distance between palm and touch control induction device gradually, thus, image in user's interface will produce the change of shape with the action of this pressing, the flexural deformation of such as image, until this distance is less than a fixed proportion of Z axis threshold value, such as 50%, image (ICON) will produce the animation effect the function performed representated by this image of breaking.
Refer to Figure 11 A, Figure 11 B again, fourth embodiment of the invention carries out changing and obtaining by again, and resistance-type keyboard is mainly embedded in touch-control sensing unit by concept.It will produce a vacancy section 9910 in induction electrode 991 on substrate 99, and in vacancy section 9910, complete the first button electrode 9921 and the second button electrode 9922, first button electrode 9921 and the second button electrode 9922 opening 9911 on via (this figure is not shown) or induction electrode 991 can be utilized to carry out cabling.And the bottom 9930 of flexible keypad 993 can have been come by conductive rubber, therefore after flexible keypad 993 is pressed, the bottom 9930 of flexible keypad 993 allows the first button electrode 9921 and the second button electrode 9922 contact, and the resistance that therefore conducting between the two causes changes can allow outside sensing circuit can judge that corresponding button is pressed.Substantially then can play the part of equally with the induction electrode 991 of cellular arrangement and sense the impact of user's finger on neighbouring induction electrode capacitance, and then extrapolate user and point the position of distribution and the touch control gesture representated by change in location.
Refer to Figure 12 again, it is the organigram of another embodiment of the present invention, it will complete touch-control sensing electrode layer 887 but expose electrode pin (this figure is not shown) in the lower surface or inside of substrate 88, and this touch-control sensing electrode layer 887 can be one dimension capacitance type touch control sensing electrode layer, and this one dimension capacitance type touch control sensing electrode layer is played the part of and sensed the impact of user's finger on neighbouring induction electrode capacitance, and then extrapolate user and point the position of distribution and the touch control gesture representated by change in location.And this substrate 88 can be dull and stereotyped or as shown in the figure one hemispherical, and in this substrate 88, be provided with at least one through hole 880, pass in order to allow physical button lid 888, bottom 8810 contact of this physical button lid 888 is to Elastic Circular top 8820, this Elastic Circular top 8820 completes on circuit board 881, this circuit board 881 has also completed common electrode layer 882 and key induced electrode 883, this common electrode layer 882 is electrically connected to Elastic Circular top 8820.And common electrode layer 882 and Elastic Circular top 8820 are except shielding from below except the interference of touch-control sensing electrode layer 887, driving voltage can also be imposed, so can increase the sensitivity of sensing apparatus of the present invention, and then detect apart from farther touch-control object.Electric connection is completed through wire 889 and the sensing circuit (scheming not shown) of outside as 883, key induced electrode, and when Elastic Circular top 8820 is pressed and contacts with key induced electrode 883, outside sensing circuit just can judge that corresponding button is pressed.In addition, common electrode layer 882 can also impose driving voltage, so can increase the sensitivity of sensing apparatus of the present invention, and then detect apart from farther touch-control object.Can pass through as this one dimension capacitance type touch control sensing electrode layer 887 the electrode pin exposed from substrate edges connect with other signal conductor (scheming not shown) circuit board 881 but avoid the contact with common electrode layer 882 and key induced electrode 883, and the method connected can be through conductive rubber or the mode of thimble (scheming not shown) has been come.Through the touch control panel device completed with substrate 88 and touch-control sensing electrode layer 887, just can control user's interface middle reaches target to move, the key device completed by this physical button lid 888, Elastic Circular top 8820 and key induced electrode 883 then as OK button, so also can complete the function of above-mentioned five keys.
The control device that above-described embodiment proposed, mainly the function of keypress function and touch-control sensing is all completed and operate on same surface, but, the lower surface that control device housing also can be changed in the region of touch-control sensing by this case operates, as long as the setting position of induction electrode is changed to close to lower surface, and the Elastic Circular top playing keypress function still remains on upper surface, even utilize metal level or its conductor layer of ground connection, in order to user is covered in the finger touch behavior of upper surface, and the finger touch behavior of induction electrode induction controller housing lower surface can be strengthened, so just can utilize the technological means of this case to utilize thumb by pressure control device housing upper surface button, and utilize forefinger to carry out the function of finger touch behavior in control device housing lower surface, thus, the application elasticity of this case technological means can be increased again.
In sum, the embodiment of the present invention proposes the demand that a kind of control device carrys out satisfied diversified instruction input, it has simultaneously the function of button and touch-control sensing, can be user's interface of main shaft now in order to manipulate flexibly with form of window.Above-mentioned electrode can use transparent conductive material or nontransparent electric conducting material has come, definition mode as electrode pattern can be the modes such as gold-tinted micro-photographing process, printing, laser-induced thermal etching or plating and has come, and substrate can be hard substrate or soft substrate plate has come.The above-mentioned function with button and touch-control sensing except can be applicable to wired or wireless remote controller or keyboard upper outside, also can be applicable on the button of other article, and because the present invention has function every empty touch-control, be therefore specially adapted on the button in the medical equipment that needs to avoid infection.Therefore main purpose of the present invention can effectively be reached.
Although the present invention discloses as above with embodiment; so itself and be not used to limit the present invention; any the technical staff in the technical field; without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore protection scope of the present invention is when being as the criterion depending on the appended claim person of defining.
Claims (20)
1. a control device, be applied in the control of a controlled device, this device comprises:
One housing;
One touch control panel device, has the touch-control surface exposing to this surface of shell, and this touch control panel device is responded to a user and produced one first control command relevant to this controlled device in one first touch control gesture of this touch-control surface; And
One key device, integrate with this touch-control surface, because user behavior should be pressed to one of this key device, and then the difference in height produced relative to this touch-control surface send one second control command relevant to this controlled device, and this touch control panel device is responded to this user and is produced one three control command relevant to this controlled device in one second touch control gesture on this key device surface.
2. the control device as described in claim 1, it is a Digiplex, is applied to the intelligent display running and have box on the TV of this controlled device, computer, optical disk player, machine or have touch-control or showy touch controllable function.
3. the control device as described in claim 1, wherein this touch control panel device includes one dimension capacitance touching control induction installation, is arranged in this housing, includes multiple induction electrode be not connected mutually.
4. the control device as described in claim 3, in wherein said multiple induction electrode, at least one induction electrode comprises an outer portion, a central portion and a junction, is only completed by this connecting portion and be connected between this outer portion with this central portion.
5. the control device as described in claim 4, wherein this key device comprises a key casing and a depressible Elastic Circular roof construction, this depressible Elastic Circular roof construction is located between this outer portion and this central portion, when being covered in after this key casing outside this Elastic Circular roof construction is pressed, change the spacing of this Elastic Circular roof construction and this central portion by making this Elastic Circular roof construction produce deformation.
6. the control device as described in claim 3, wherein said multiple induction electrode completes on a substrate, wherein at least one induction electrode comprises an outer portion and an Elastic Circular top, the surface of one Part I of this outer portion is covered by insulating varnish, and a Part II of this outer portion is not covered by insulating varnish and exposes, the bottom at this Part II and this Elastic Circular top completes in electrical contact, this outer portion central authorities hollow part is provided with one first common electrode portion, this the first common electrode portion is not connected mutually with between this outer portion, this the first common electrode portion comes to complete in electrical contact with one second common electrode portion of this substrate back through the via in this substrate.
7. the control device as described in claim 6, wherein this key device comprises a key casing, being covered in this Elastic Circular top, after this key casing is pressed, changing the spacing in this Elastic Circular top and this first common electrode portion by making this Elastic Circular top produce deformation.
8. the control device as described in claim 3, wherein said multiple induction electrode surface coverage has waterproof insulation material.
9. the control device as described in claim 1, wherein this key device is one group of five keys, wherein includes four direction key and an acknowledgement key, allows user press and confirms in order to the various parameter size that adjusts in this controlled device.
10. the control device as described in claim 1, wherein this key device induction user points the change of different distance up, and then make the image in this controlled device produce the change of shape, until this distance is less than a fixed proportion of a threshold value, produce the animation effect of breaking and the function performed representated by this image by making this image in this controlled device.
11. 1 kinds of control device, be applied in the control of a controlled device, this device comprises:
One housing;
One touch control induction device, is arranged in this housing; And
One key device, expose to this surface of shell and be positioned at the top of this touch control induction device, because user behavior should be pressed to one of this housing, and then the difference in height produced relative to this surface of shell send one first control command relevant to this controlled device, and this touch control induction device is responded to this user and is produced one second control command relevant to this controlled device in a touch control gesture on this key device surface.
12. control device as described in claim 11, it is a Digiplex, is applied to the intelligent display running and have box on the TV of this controlled device, computer, optical disk player, machine or have touch-control or showy touch controllable function.
13. control device as described in claim 11, wherein this touch control induction device is one dimension capacitance touching control induction installation, is arranged in this housing, includes multiple induction electrode be not connected mutually.
14. control device as described in claim 13, in wherein said multiple induction electrode, at least one induction electrode comprises an outer portion, a central portion and a junction, is only completed by this connecting portion and be connected between this outer portion with this central portion.
15. control device as described in claim 14, wherein this key device comprises a key casing and a depressible Elastic Circular roof construction, this depressible Elastic Circular roof construction is located between this outer portion and this central portion, when being covered in after this key casing outside this Elastic Circular roof construction is pressed, change the spacing of this Elastic Circular roof construction and this central portion by making this Elastic Circular roof construction produce deformation.
16. control device as described in claim 13, wherein said multiple induction electrode completes on a substrate, wherein at least one induction electrode comprises an outer portion and an Elastic Circular top, the surface of one Part I of this outer portion is covered by insulating varnish, and a Part II of this outer portion is not covered by insulating varnish and exposes, the bottom at this Part II and this Elastic Circular top completes in electrical contact, this outer portion central authorities hollow part is provided with one first common electrode portion, this the first common electrode portion is not connected mutually with between this outer portion, this the first common electrode portion comes to complete in electrical contact with one second common electrode portion of this substrate back through the via in this substrate.
17. control device as described in claim 16, wherein this key device comprises a key casing, being covered in this Elastic Circular top, after this key casing is pressed, changing the spacing in this Elastic Circular top and this first common electrode portion by making this Elastic Circular top produce deformation.
18. control device as described in claim 13, wherein said multiple induction electrode surface coverage has waterproof insulation material.
19. control device as described in claim 11, wherein this key device is one group of five keys, wherein includes four direction key and an acknowledgement key, allows user press and confirms in order to the various parameter size that adjusts in this controlled device.
20. control device as described in claim 11, wherein this key device induction user points the change of different distance up, and then make the image in this controlled device produce the change of shape, until this distance is less than a fixed proportion of a threshold value, this image will produce the animation effect the function performed representated by this image of breaking.
Priority Applications (2)
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| US14/594,273 US10804897B2 (en) | 2014-01-10 | 2015-01-12 | Touch-sensitive keypad control device |
| JP2015094889A JP6546778B2 (en) | 2014-05-08 | 2015-05-07 | Touch detection keypad control device |
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| Application Number | Priority Date | Filing Date | Title |
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| TW103200576 | 2014-01-10 | ||
| TW103200576 | 2014-01-10 | ||
| TW103103512 | 2014-01-29 | ||
| TW103103512A TWI616805B (en) | 2014-01-10 | 2014-01-29 | Remote control device |
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| CN104780406A true CN104780406A (en) | 2015-07-15 |
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| CN201510013902.3A Active CN104777929B (en) | 2014-01-10 | 2015-01-12 | Control device |
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Also Published As
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| CN104777929A (en) | 2015-07-15 |
| CN104777929B (en) | 2020-06-30 |
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Application publication date: 20150715 |