CN102236453A - Operating method for double-vision display device - Google Patents
Operating method for double-vision display device Download PDFInfo
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- CN102236453A CN102236453A CN2010101708902A CN201010170890A CN102236453A CN 102236453 A CN102236453 A CN 102236453A CN 2010101708902 A CN2010101708902 A CN 2010101708902A CN 201010170890 A CN201010170890 A CN 201010170890A CN 102236453 A CN102236453 A CN 102236453A
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Abstract
The invention relates to an operating method for a double-vision display device. In the method, a screen is arranged and can be used for displaying different display pictures when a user looks at different visual angles; different side edges of the screen are provided with detection units respectively; when an object is close to the detection unit on at least one side edge, the direction value of the object is generated according to a detection signal of each detection unit; the direction of the object relative to the screen is judged according to the direction of the object; the detection signal of each detection unit is calculated and analyzed to generate an operating parameter; the direction value of the object is coupled with the operating parameter and then a corresponding application program of the displayed picture in the direction is executed, and thus, various operation programs can be executed by using a single screen without an additional mechanism type key or remote control device, so that the purchase cost of a user is reduced.
Description
Technical field
The present invention provides a kind of method of operating of double vision display device, especially refer to be applied to the multi-direction method of operating of double vision display device, do not need to set up mechanism's formula button and can reach the display frame operation that the user who is in diverse location all can carry out the double vision display device different visual angles.
Background technology
Press, the quick progress of development in science and technology, display device, for example LCD (LCD, LiquidCrystal Device) or Organic Light Emitting Diode (OLED) have been widely used in various places.Old display device then is that haplopia is as display mode, that is to say, no matter which side the user be with a kind of presentation content to watching display device from,, the different users then need switch in turn by software or hardware mode when need watching different presentation content.Yet display device shows that by the haplopia picture advancing to multiple view shows, makes that the different users is able to watch different presentation content at the different directions or the visual angle of display device, and reduces complicated multiple image frame changeover program at present.
When the user when display device is watched at first visual angle, just can produce first display frame, and another user is when display device is watched at second visual angle, then can produce second display frame, further say, this kind double vision display device structure is to utilize a kind of bridging effect of patterned shielding, when making the right and left watch same pixel on the pixel layer, certain will can't see this pixel owing to stopping of patterned shielding on one side, therefore the right and left can be seen different images separately, reaching the effect of double vision picture, the detailed description of this structure can be with reference to No. the 200919395th, TaiWan, China patent disclosure.
For instance, if use this kind double vision display device when display device for vehicle, the driving and the passenger that are in diverse location just can utilize the same screen of display device for vehicle to watch different presentation content with different visual angles, that is to say, when driving when display device for vehicle is watched at first visual angle, this presentation content can show the picture about the driving parameter, traffic route navigation screen (GlobalPositioning System for example, GPS), on the other hand, when passenger (in driving the opposite side position) when display device is watched at second visual angle, the presentation content that this angle is watched then can display of television programmes or video program picture.So, driving and the passenger who is in diverse location just can utilize same screen to watch required presentation content simultaneously separately.
Non-mechanism formula is controlled technology, rise as the touch technology, the user clicks effect for can being reached by contact surface plate device, do not need additionally to set up mechanical structure, increase the complexity that mechanism's group is established, also can bring the mechanical component extra cost, so, if the touch technology is applied to various face equipments, just can reduces cost and increase ease of use.Yet, if when the touch technology is applied to the double vision face equipment, just can produce the difficulty of pushing judgement, in detail, the double vision face equipment also can't be judged, the user who controls at present is the user who is positioned at which position, therefore, and can't and then judge the required relative application program that operates in touching back, for making convenient each user of judgement is that the operation of carrying out which display frame then must be provided with mechanism's formula button separately or additionally increase telechiric device, just the advantage of the touch panel device of Jiang Diing.
Be with, above-mentioned existing double vision display device still has problems and shortcoming when reality is used, this is the inventor and the target place of being engaged in this journey improvement that the dealer desires most ardently.
Summary of the invention
So the inventor is because above-mentioned shortcoming is to collect related data, via assessing in many ways and considering, and to engage in the many years of experience of the industry accumulation, via constantly studying and revising, the beginning is designed the patent of invention that this kind can be applicable to the method for operating of double vision display device.
Fundamental purpose of the present invention is to be to utilize multidirectional method of operating to carry out controlling of double vision display device, this double vision display device is for having a screen, this screen can show different display frame with the visual angle more than at least two kinds simultaneously, this kind double vision display device can be equipped with detecting unit more than at least two in outer periphery, and make detecting unit more than at least two or two be arranged at the different side of double vision display device, when at least one or more than one detecting unit detect object, the locality of detection signal judgment object that just can be by each detecting unit also produces object direction value, and calculate the back according to each detection signal content analysis and produce an operating parameter and (include but not limited to, touch position, movement direction of object, distance between object and each detecting unit and object of which movement speed), coupled object direction value and operating parameter afterwards, carry out the application program of the shown picture of this direction again, so, need not set up the button of mechanism's formula or additionally increase telechiric device, utilize single screen just can carry out multiple running program, reduce user's acquisition cost.
Secondary objective of the present invention can utilize the mode of operation of touch-type to carry out controlling of screen-picture, when each detecting unit detects object, just can carry out the judgement of object direction, and after judging, direction can learn the application program of present required execution, and in judgment object when touching screen surface, the operating parameter of coupled object direction value and touch position, and carry out the touching application program of the shown picture of this direction so only utilizes a screen just can reach to show and the purposes of operation.
Another object of the present invention is to utilize the mode of operation of non-touch-type to carry out controlling of screen-picture, when each detecting unit detects object, just can carry out the judgement of object direction, and after judging, direction can learn the application program of present required execution, whether judgment object touches screen surface more afterwards, if object touches screen surface, just can carry out the running program of touch-type, if object does not touch screen surface, then can judgment object direction of motion, operating parameters such as distance between object and each detecting unit and object of which movement speed, and be coupled these a little operating parameters and object direction value, so, just can reach diversified control mode.
Description of drawings
For reaching above-mentioned purpose and effect, the technology used in the present invention means and structure thereof illustrate that with regard to preferred embodiment of the present invention its feature and function are as follows below in conjunction with accompanying drawing in detail, wherein:
Fig. 1 is the operational flowchart for preferred embodiment of the present invention.
Fig. 2 is the operation chart () for preferred embodiment of the present invention.
Fig. 3 is the operation chart (two) for preferred embodiment of the present invention.
Fig. 4 is calcspar of the present invention.
Fig. 5 is the operational flowchart for another embodiment of the present invention.
Fig. 6 is the operation chart for another embodiment of the present invention.
Embodiment
See also shown in Fig. 1,2,3,4, be the operational flowchart for preferred embodiment of the present invention, the operation chart () of embodiment, operation chart (two) and the calcspar of embodiment, find out by knowing among the figure, its double vision display device 1 is for including a screen 10, and the dual side-edge of screen 10 has the first side 11 and the second side 12 of relative position for definition, and be provided with first detecting unit 21 in the first side 11, and second detecting unit 22 is in the second side 12, and the detecting unit of each side can be at least one or more than one.Each detecting unit of this kind double vision display device 1 can be capacitance type structure or infrared ray structure, and this architectural feature for example capacitance type structure can be announced the 7498749th, 7443101 and No. 7336037 with reference to United States Patent (USP), is not giving unnecessary details now.
More specifically, the screen 10 of this kind double vision display device 1 can be in the user when different visual angles be watched, for manifesting different display frame, when for example double vision display device 1 being applied to automobile-used demonstration, if the user watches screen 10 from first visual angle, then can produce first display frame (traffic navigation picture), on the other hand, if the user watches this screen 10 from second visual angle, then can produce second display frame (tv programme picture), and define first visual angle and be the second side 12 that 11, the second visual angles, first side that are positioned at double vision display device 1 then are positioned at double vision display device 1.So, when the different users utilizes the touching mode to operate the different display frame of same double vision display device 1, then can carry out following operation steps, it includes:
(100) provide a screen 10, make screen 10 can be simultaneously show separately display frame with the visual angle more than at least two kinds, and be provided with at least one or more than one detecting unit in screen 10 phase heteropleurals, in order to provide at least one or more than one object to enter each detecting unit preset range and then to produce detection signal.
(101) make screen wherein at least one or more than one detecting unit of a side detect object 3, each detecting unit can produce detection signal, and produces object direction value according to detection signal.
(102) make object 3 touch at least a display frame of screen 10, and produce touch position.
(103) coupled object direction value and touch position.
(104) carry out the touching application program.
In preferred embodiment of the present invention, this screen 10 can show first display frame and second display frame respectively by first visual angle that is positioned at double vision display device 1 first side 11 and second visual angle that is positioned at double vision display device 1 second side 12, when an object 3, when entering first side 11 predeterminable ranges as user's finger, as the X distance, as the 10-25 centimetre, it is close that first detecting unit 21 that then is positioned at first side 11 just can detect object 3, and further produce the direction value of object, and first detecting unit 21 is for being electrically connected at the control module 20 on double vision display device 1 interior circuit board 2, and make control module 20 be positioned at the first side 11 of double vision display device 1 according to the first detection signal judgment object 3 of first detecting unit 21, relatively, when an object 3, the X that enters second side 12 as another user's finger apart from the time, it is close that second detecting unit 22 that then is positioned at second side 12 just can detect object 3, and further produce the direction value of object, and second detecting unit 22 also is electrically connected at the control module 20 on double vision display device 1 interior circuit board 2, and make control module 20 according to the second detection signal judgment object 3 of second detecting unit 22 for being positioned at the second side 12 of double vision display device 1, make control module 20 just can produce the different directions value of object 3 respectively according to first detection signal or second detection signal, and the storage unit inside that this object direction value is stored in control module 20 stored unit or electrically connects with control module 20.
When object 3 desires are controlled the further function of different display frames, then object 3 can be touched screen 10 surfaces, just can produce the operating parameter that presses signal this moment, and will press signal and transfer to control module 20, press the position by control module 20 analysis and judgement and then generation, and control module 20 can grasp previous stored object direction value and touch position, just can carry out follow-up touching application program according to the two condition that is coupled out.
For instance, the user who is positioned at driver's seat can watch the shown traffic navigation picture of screen 10 from first visual angle of double vision display device 1, if in the time of need controlling the amplification highway section function of traffic navigation picture, then the finger of Jia Shiing can enter the X scope that first 21 of the detecting units can detect from the first side 11 of double vision display device 1, at this moment, 21 of first detecting units can produce first detection signal, and first detection signal transferred to control module 20,20 of control modules can be analyzed first detection signal and produce object direction value, store object direction value again, and when driving finger and press the amplification highway section function key of traffic navigation picture, then 20 of control modules can coupled object direction values and are pressed the position, and according to the application program under the execution of the data after the coupling traffic navigation pattern, in addition on the one hand, the user who is positioned at front passenger's seat can watch the shown picture of televising of screen 10 from second visual angle of double vision display device 1, if need to select to televise during the channel selection function of picture, then the finger of Jia Shiing can enter the X scope that second 22 of the detecting units can detect from the second side 12 of double vision display device 1, at this moment, 22 of second detecting units can produce second detection signal, and second detection signal transferred to control module 20,20 of control modules can be analyzed second detection signal and produce object direction value, store object direction value again, and when passenger's finger of front passenger's seat presses next selection function key of the picture of televising, then control module 20 can coupled object direction value and is pressed the position, and carries out application program under the picture of televising according to the data after the coupling.So, just can reach be positioned at diverse location the user except the different display frames that can watch same screen 10 simultaneously, can also touch the mode of screen 10 and control the function that different display frame is extended, need not increase extra institutional button in double vision display device 1 surface or increase telechiric device, and then effectively reduce the complexity of acquisition cost and device group structure.
Please refer to Fig. 5, shown in Figure 6 again, be the operational flowchart for another embodiment of the present invention, the operation chart of another embodiment, find out by knowing among the figure, double vision display device 1 of the present invention more can be provided with a plurality of detecting units in screen 10 peripheries, similarly, it has also defined first side 11 and second side 12, and be provided with first detecting unit 21 in the first side 11, and second detecting unit 22 is for being positioned at second side 12, and the detecting unit of each side can be at least one or more than one.When object 3 be positioned at that each detecting unit can detect apart from the time, then can carry out the program of above stated specification.
Yet, in this another embodiment, further include the manipulation function of non-touching, make the user who is positioned at double vision display device 1 different sides all can operate the different display frames of same double vision display device 1 by the mode of non-touching, its operation steps includes:
(200) provide a screen 10, make screen 10 can be simultaneously show separately display frame with the visual angle more than at least two kinds, and be provided with at least one or more than one detecting unit in screen 10 phase heteropleurals, in order to provide at least one or more than one object to enter each detecting unit preset range and then to produce detection signal.
(201) make screen wherein at least one or more than one detecting unit of a side detect object 3, each detecting unit can produce detection signal, and produces object direction value according to detection signal.
(202) whether judgment object 3 touches at least a display frame of screen 10, if, carry out step (203), if not, carry out step (205).
(203) produce touch position.
(204) coupled object direction value and touch position and then execution touching application program are returned step (201).
(205) judge whether to detect continuously object 3, if not, carry out step (201), if carry out step (206).
(206) judge whether object 3 direction of motion of detecting continuously, if not, carry out step (201), if carry out step (207).
(207) judge that whether object 3 movement velocitys of detecting meet default value, if not, carry out step (201), if carry out step (208).
(208) coupled object direction value and each detecting unit detection signal calculate the operating parameter that the back produces.
(209) carry out non-touching application program.
In another embodiment of the present invention, this screen 10 can show first display frame and second display frame respectively by first visual angle that is positioned at double vision display device 1 first side 11 and second visual angle that is positioned at double vision display device 1 second side 12, similarly, when an object 3, as user's finger enter first side 11X apart from the time, it is close that first detecting unit 21 that then is positioned at first side 11 just can detect object 3, and further produce the direction value of object, and make control module 20 be positioned at the first side 11 of double vision display device 1 according to the first detection signal judgment object 3 of first detecting unit 21, relatively, when an object 3, the X that enters second side 12 as another user's finger apart from the time, it is close that second detecting unit 22 that then is positioned at second side 12 just can detect object 3, and further produce the direction value of object, and make control module 20 according to the second detection signal judgment object 3 of second detecting unit 22 for being positioned at the second side 12 of double vision display device 1, make control module 20 produce the different directions value of object 3 respectively according to first detection signal or second detection signal, and the storage unit inside that this direction value is stored in control module 20 stored unit or electrically connects with control module 20.
Afterwards, whether control module 20 can touch screen 10 surfaces by judgment object 3 in the schedule time, if do not have, can judge that then the user will carry out the control mode of non-touch-type, that is to say, double vision display device 1 can enter the operator scheme of non-touch-type, under this pattern, can utilize the in addition dual side-edge set a plurality of detecting units of double vision display device 1 with respect to first side 11 and second side 12, for example be provided with the 3rd detecting unit 23 and the 4th detecting unit 24 in the 3rd side 13, and second side 12 is provided with second detecting unit 22 and the 5th detecting unit 25, and judge that by each detecting unit user carries out the situation of controlling of non-touch-type, the detection signal content that each detecting unit produced includes but not limited to distance, direction and speed, can produce an operating parameter according to calculating the back, its computing formula can be with reference to as follows:
Ag=S
1{ f (d), f (t) } .S
2{ f (d), f (t) } ... S
y{ f (d), f (t) }, ag are non-touch-type motion value (air gesture opertion) operating parameter just, and S is a detecting unit; S
1Be first detecting unit 21, S
2Be second detecting unit 22, S
yIt is the y detecting unit; F (d) is the distance of object 3 and each detecting unit; F (t) just can produce very first time point t for the traveling time from a detecting unit to another detecting unit
1And the second time point t
2, utilize t again
2-t
1Formula just can obtain 2 traveling time.So each detecting unit is for can transfer to detection signal control module 20, control module 20 is carried out at these a little detection signal contents to be calculated and analyzes, and produce an operating parameter, again among this embodiment, its operating parameter includes but not limited to distance and object 3 translational speeds between movement direction of object, object 3 and each detecting unit, again operating parameter and object direction value are coupled, and further carry out relevant non-touch-type application program running.
In another embodiment, do an explanation for example with the 3rd detecting unit 23 of the 3rd side 13 and second detecting unit 22 and the 5th detecting unit 25 of the 4th detecting unit 24 and second side 12, but be not limited thereto.According to above-mentioned flow process, for example control module 20 judges whether user finger receives the detection signal that the 3rd detecting unit 23 and the 4th detecting unit 24 or second detecting unit 22 and the 5th detecting unit 25 are transmitted in the schedule time, if wherein a set condition is set up the continuous detecting state that just can be judged as, for example, the 3rd detecting unit 23 and the 4th detecting unit 24, can to receive the content of detection signal be ag=S to 20 of control modules afterwards
3{ f (d), f (t) } .S
4{ f (d), f (t) }, and judge the direction of continuous detection displacement according to the received order of detection signal, learn that according to computing formula this is object 3 displacement from left to right, afterwards again according to the distance out of the ordinary of 24 of f (d) judgment object 3 and the 3rd detecting unit 23 and the 4th detecting units, and utilize the velocity of displacement of f (t) judgment object 3 whether to meet default value, that is to say, as object 3 displacement t
2To t
1Time point be between 5 seconds-6 seconds, and object 3 equates with the distance of 25 of second detecting unit 22 and the 5th detecting units respectively, is all 5 centimeters, judges that then the user is the adjustment operation of carrying out the musical sound size.
On the other hand, judge when control module 20 that users point and in the schedule time, receive the detection signal that second detecting unit 22 and the 5th detecting unit 25 are transmitted, if object 3 displacement t in the detection signal
2To t
1Time point for being lower than between 1 second, and the distance out of the ordinary that object 3 and the 3rd detecting unit 23 and the 4th detecting unit are 24 equates, be all 5 centimeters, judge that then the user who is positioned at front passenger's seat is the indication operation of descending one page, yet above-mentioned explanation only is embodiments of the invention, therefore be not confined to claim of the present invention, as utilize other modification and equivalent structure to change, all should in like manner be contained in the claim of the present invention.
The present invention is for can utilize double vision display device 1 to have a plurality of operating parameters in interior reservoir, for example descend the operation definition value of one page, the operating parameter of sound size etc., and by the control module 20 reception detection signals that each detecting unit transmitted, utilize formula to calculate the content of detection signal again, if the content of detection signal meets one of them predetermined registration operation parameter after by computational analysis, then can carry out application program and software operation procedure that this operating parameter sets, make different visual angles watch the user of this screen 10, can further utilize the mode of operation of non-touch-type to reach diversified and control.So, just can reach be positioned at diverse location the user when different visual angles is watched the different display frame of same screen 10, control the function of different display frames except the mode that can touch screen 10, also can utilize the mode of non-touching screen 10 to carry out different display frame function operations, just can increase elasticity and the flexibility ratio controlled.
Moreover, when object 3 enters electronic installation 1 preset distance, each detecting unit can transfer to detection signal control module 20, make control module 20 driving powers transfer to each module, make each module of electronic installation 1 enter operator scheme from standby mode, so, just can make electronic installation 1 when not operating, can keep battery saving mode.
The method of operating of the double vision display device of the invention described above when implementing, for having following advantage, as:
The present invention is for utilizing the method for operating of double vision display device, but it makes object 3 co-operate one screen of diverse location, and this screen 10 can show different display frame with the visual angle more than at least two kinds simultaneously, this kind double vision display device 1 can be equipped with detecting unit more than at least two or two in outer periphery, and make detecting unit more than at least two be arranged at the different side of double vision display device 1, when at least one or an above detecting unit detect object 3, double vision display device 1 just can be by the detection signal judgment object 3 direction values of each detecting unit, and the operating parameter after coupled object 3 direction values and the calculating of each detection signal, carry out the application program that is produced of this direction again, so, need not set up the button of mechanism's formula or additionally increase telechiric device, utilize single screen 10 just can carry out multiple running program, reduce user's acquisition cost.
Mode of operation of the present invention is for comprising the mode of operation of touch-type or non-touch-type, when each detecting unit detects object 3, just can carry out the judgement of object direction, and after judging, direction can learn the application program of present required execution, whether judgment object 3 touches screen 10 surfaces more afterwards, if object 3 touches screen 10 surfaces, just can carry out the running program of touch-type, if object 3 does not touch screen 10 surfaces, then can carry out the running program of non-touch-type, so, just, can reach diversified control mode.
In sum, the method for operating of the double vision display device that the present invention is above-mentioned is when enforcement, operation, for reaching its effect and purpose really, so the present invention really is the invention of a practicality excellence, for meeting the application condition of patent of invention, so file an application in accordance with the law.
Claims (11)
1. the method for operating of a double vision display device, this double vision display device is for being conducted to less one or more object operation, and its operation steps comprises:
(A) provide a screen, make screen can be simultaneously show separately display frame with the visual angle more than at least two kinds, and be provided with at least one or more than one detecting unit in each different side of screen, in order to provide at least one or more than one object to enter each detecting unit preset range and then to produce detection signal;
(B) make screen wherein at least one or more than one detecting unit of a side detect object, each detecting unit can produce detection signal, and produces object direction value according to detection signal;
(C) make object touch at least a display frame of screen, and produce touch position according to detection signal;
(D) coupled object direction value and touch position;
(E) carry out the touching application program.
2. the method for operating of double vision display device as claimed in claim 1, wherein the detecting mode of object is to utilize each detecting unit detecting of the different side of double vision display device in this step (A), when object be positioned at one of them or the X of more than one detecting unit apart from the time, then expression detects object.
3. the method for operating of double vision display device as claimed in claim 2, wherein the producing method of object direction value is that object is sensed by the detecting unit of which side in this step (B).
4. the method for operating of double vision display device as claimed in claim 1, wherein the detecting mode of each set detecting unit is to utilize capacitance type structure or infrared ray structure to carry out in this step (A).
5. the method for operating of electronic installation as claimed in claim 1, this step (B) wherein, when detecting object, electronic installation is for to be converted to operator scheme by battery saving mode.
6. the method for operating of a double vision display device, this double vision display device is for being conducted to less one or more object operation, and its operation steps comprises:
(a) provide a screen, make screen can be simultaneously show separately display frame with the visual angle more than at least two kinds, and be provided with at least one or more than one detecting unit in screen phase heteropleural, in order to provide at least one or more than one object to enter each detecting unit preset range and then to produce detection signal;
(b) make screen wherein at least one or more than one detecting unit of a side detect object, each detecting unit can produce detection signal, and produces object direction value according to detection signal;
(c) whether judgment object touches at least a display frame of screen, if, carry out step (d), if not, carry out step (g);
(d) produce touch position;
(f) coupled object direction value and touch position and then execution touching application program are returned step (a);
(g) judge whether to detect continuously object, if not, carry out step (a), if carry out step (h);
(h) judge whether the movement direction of object of detecting continuously, if not, carry out step (a), if carry out step (i);
(i) judge that whether the object of which movement speed of detecting meets default value, if not, carries out step (a), if carry out step (j);
(j) coupled object direction value and each detecting unit detection signal calculate the operating parameter that the back produces;
(k) and carry out non-touching application program.
7. the method for operating of double vision display device as claimed in claim 6, wherein the detecting mode of object is to utilize each detecting unit detecting of the different side of double vision display device in this step (a), when object be positioned at one of them or the X of more than one detecting unit apart from the time, then expression detects object.
8. the method for operating of double vision display device as claimed in claim 6, wherein the detecting mode of each set detecting unit is to utilize capacitance type structure or infrared ray structure to carry out in this step (a).
9. the method for operating of double vision display device as claimed in claim 6, wherein the producing method of object direction value is that object is sensed by the detecting unit of which side in this step (b).
10. the method for operating of electronic installation as claimed in claim 6, this step (b) wherein, when detecting at least one or an above object, electronic installation is for to be converted to operator scheme by battery saving mode.
11. the method for operating of double vision display device as claimed in claim 6, wherein the computing formula of each a detecting unit calculating of this step (j) and an operating parameter is
Ag=S
1{ f (d), f (t) } .S
2{ f (d), f (t) } ... S
y{ f (d), f (t) }, S
1Be first detecting unit, S
2Be second detecting unit, S
yIt is the y detecting unit; F (d) is the distance of object and each detecting unit; F (t) just can produce very first time point t for the traveling time from a detecting unit to another detecting unit
1And the second time point t
2
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| CN112100699A (en) * | 2020-09-17 | 2020-12-18 | 腾讯科技（深圳）有限公司 | Information input method, related device, terminal equipment and storage medium |
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| CN112100699A (en) * | 2020-09-17 | 2020-12-18 | 腾讯科技（深圳）有限公司 | Information input method, related device, terminal equipment and storage medium |
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