CN102608789A - Portable 3D (three dimensional) touch control electronic device - Google Patents
Portable 3D (three dimensional) touch control electronic device Download PDFInfo
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- CN102608789A CN102608789A CN2011100276501A CN201110027650A CN102608789A CN 102608789 A CN102608789 A CN 102608789A CN 2011100276501 A CN2011100276501 A CN 2011100276501A CN 201110027650 A CN201110027650 A CN 201110027650A CN 102608789 A CN102608789 A CN 102608789A
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Abstract
The invention discloses a portable 3D (three dimensional) touch control electronic device, comprising a touch control pad, a 3D module, a liquid crystal module and a mobile device main structure. The 3D module is arranged below the touch control pad, and the 3D module at least includes one liquid crystal layer and can change a liquid crystal angle of the liquid crystal layer according to the change of an electric field. The liquid crystal module is configured below the 3D module to be used for displaying an image, and the 3D module enables at least one part of the image to form a 3D image.
Description
Technical field
The present invention is relevant for a kind of Portable 3D (three-dimensional/solid) touch-control electronic device, particularly relevant for a kind of Portable 3D touch-control electronic device with biliquid crystalline substance.
Background technology
So-called stereopsis is exactly except the X axle and Y axle on plane, also the tangible degree of depth will be arranged.It is to utilize human images of left and right eyes institute angle slightly different that general institute adopts, and the image that receives has the parallax effect of small size difference, compensates fusion and the stereopsis of formation each other automatically in brain, and under static and mobile situation, all can keep.The image energy of just wanting to let images of left and right eyes see has a little difference.
With present stereopsis technology, can divide into spectacle (glasses type) 3D technology and naked looking (bare eye type) 3D technology.Spectacle 3D technical development is with a long history, and early stage 3D three-dimensional film is to utilize mycyscope to present effect.Yet, because the mycyscope technology only can present effect under GTG or dull color background, bright at present few the employing.
The commercialization technology of main flow mainly can be divided 2 kinds at present; It is respectively polaroid glasses formula (polarizing glasses) and shutter glasses (shutter glasses) formula technology; The former cost is lower, so the market employing is comparatively universal, but brightness and resolution are relatively poor; The latter can solve the ghost problem, but cost is higher.
Yet, could enjoy the 3D stereopsis and still bring the user, suitable inconvenience in any case have on glasses.
Therefore, bore hole 3D The Application of Technology arises, and is used in mostly at present on the small-size screens such as mobile phone, with the 3D image effect that appears.But, the technology of bore hole 3D, though can direct viewing, and no longer need wear polaroid glasses.Yet; The technology of bore hole 3D mainly is the mode by disparity barrier (barrier type); Let audience's right and left eyes the parallax effect occur; So that let image seem really have certain stereoscopic sensation, for example adopt to attach and paste the post film or adopt mirror row formula modes such as (lenticular lens) to reach of being in the light.But aspect effect, naked effect of looking still is more inferior than wearing polaroid glasses at present.
How can promote the quality of viewing and admiring of bore hole 3D technology effectively, and reduce its production cost, be the direction of dealer institute develop actively.
Summary of the invention
In view of described in the above-mentioned prior art, because traditional eyewear formula 3D technology need put on special glasses and just can carry out viewing and admiring of 3D image, and the naked 3D of looking technology still has suitable shortcoming.Therefore, how the naked 3D of looking image technology can be improved effectively, not only the 3D image technology can be significantly promoted, more can be so that the 3D image of portable electronic devices is more beautiful and true to nature.
One of the object of the invention provides a kind of Portable 3D touch-control electronic device, and it utilizes the characteristic of liquid crystal adjustable angle, forms stereopsis.
Another object of the present invention provides a kind of Portable 3D touch-control electronic device, and the upper substrate of the infrabasal plate of combination of touch control panel and 3D module is with the production cost of further reduction Portable 3D touch-control electronic device.
Another purpose of the present invention provides a kind of Portable 3D touch-control electronic device, utilizes the subregion of control 3D module, makes 3D touch-control electronic device subregion form the 3D image, and other part then presents the 2D image.
A purpose more of the present invention; Provide a kind of Portable 3D touch-control electronic device; It can detect the use angle of Portable 3D touch-control electronic device, and the liquid crystal angle with adjustment 3D module makes that Portable 3D touch-control electronic device can be according to use angle; Presenting difform stereopsis, for example is straight formula (portrait) or horizontal type (landscape).
A purpose more again of the present invention; Provide a kind of Portable 3D touch-control electronic device, it can detect user's pupil position, with the liquid crystal angle of adjustment 3D module; Make that Portable 3D touch-control electronic device can be according to user's position; Demonstrate preferable stereopsis, it can also be according to a plurality of users' pupil position, so that a plurality of user all can view and admire preferable stereopsis.
According to above-described purpose, the present invention discloses a kind of Portable 3D touch-control electronic device, includes a Trackpad, a 3D module, a Liquid Crystal Module and a mobile device main structure.The 3D block configuration is in the below of Trackpad, and the 3D module comprises a liquid crystal layer at least, and can be according to the change of electric field, to change the liquid crystal angle of liquid crystal layer.Liquid Crystal Module then is disposed at the below of 3D module, and being used for a showing picture, and the 3D module makes at least a portion of this picture form the 3D image.The mobile device main structure for example is the main Processing Structure of an e-book, a mobile phone or a personal digital assistant, preferably is disposed at a side of Liquid Crystal Module.
In one embodiment, above-mentioned Trackpad includes one first substrate, a touch-control circuit and one second substrate, and touch-control circuit is disposed between first substrate and second substrate.Above-mentioned 3D module then also includes one the 3rd substrate and a tetrabasal, and liquid crystal layer is formed between the 3rd substrate and the tetrabasal.
In another embodiment, above-mentioned Trackpad and 3D module also include a upper substrate, a touch-control circuit, an Intermediate substrate and an infrabasal plate, and touch-control circuit is disposed between upper substrate and the Intermediate substrate, and liquid crystal layer is formed between Intermediate substrate and the infrabasal plate.The Portable 3D touch-control electronic device that the present invention disclosed can also include a control circuit, is formed in 3D module or the mobile device main structure, so that the part of picture forms the 3D image, and another part of picture forms the 2D image.In addition, this control circuit is the above-mentioned 3D module of may command also, makes the picture can be according to a use angle of Portable 3D touch-control electronic device, to form the 3D image of different angles.
Wherein above-mentioned control circuit; Can also utilize G-sensor (gravity sensor); Use angle with automatic judgement Portable 3D touch-control electronic device; And control circuit and then control 3D module make the picture can be according to the use angle of Portable 3D touch-control electronic device, to form the 3D image of different angles.
According to above-described purpose, the present invention has also disclosed a kind of Portable 3D touch-control electronic device, comprises: a 3D touch-control module, a Liquid Crystal Module, a mobile device main structure, a control circuit and a G-sensor.The 3D touch-control module comprises a upper substrate, a touch-control circuit, an insulation course, a liquid crystal electrode, a liquid crystal layer and an infrabasal plate; This touch-control circuit is disposed between this upper substrate and this insulation course; This liquid crystal electrode is formed between this liquid crystal layer and this insulation course; This liquid crystal layer is formed between this liquid crystal electrode and this infrabasal plate, and wherein this liquid crystal electrode is a common electrode, and this infrabasal plate also comprises a liquid crystal film transistor electrodes.Liquid Crystal Module is disposed at the below of this 3D touch-control module, and to show a picture, wherein this 3D touch-control module makes this picture at least a portion form the 3D image.The mobile device main structure is disposed at a side of this Liquid Crystal Module.Control circuit is formed in this 3D touch-control module or this mobile device main structure.G-sensor judges a use angle of this Portable 3D touch-control electronic device, and this this 3D touch-control module of control circuit control, makes this picture can comply with this use angle of this Portable 3D touch-control electronic device, to form the 3D image of different angles.
Therefore, the Portable 3D touch-control electronic device that the present invention disclosed utilizes liquid crystal 3D camera lens, can make picture form the image of 2D or 3D according to demand.Its control circuit can be according to the angle of different zone adjustment liquid crystal, thus can local place form the image of 3D, and form the image of 2D in other place, with the readability and the diversity of increase image.In addition, Portable 3D touch-control electronic device of the present invention can utilize control circuit to comply with the three-dimensional viewpoin of different use angle adjustment images.For example be that when the user watched display frame with the direction of straight formula, at this moment, control circuit formed picture the stereopsis of straight formula.Otherwise when the user watched display frame with the direction of horizontal type, at this moment, control circuit also can form picture the stereopsis of horizontal type.The user can watch the image of 3D, and can only can under single angle, not form the stereopsis of 3D like the convention stereopsis more easily under different visual format.
Therefore, Portable 3D touch-control electronic device of the present invention has effectively utilized liquid crystal 3D module and has presented the 3D image, and the combination of touch control panel, increases the display performance and the operating performance of portable electronic devices.In addition, Portable 3D touch-control electronic device of the present invention also can be by the infrabasal plate of combination of touch control panel and the upper substrate of 3D module, with the production cost of further reduction Portable 3D touch-control electronic device.Control circuit of the present invention more can combine G-sensor, and with automatic adjustment picture and three-dimensional angle, and G-sensor can be installed among 3D module or the mobile device main structure.
Description of drawings
For letting above and other objects of the present invention, characteristic, advantage and the embodiment can be more obviously understandable, appended graphic explanation be following:
Fig. 1 is a Portable 3D touch-control electronic schematic representation of apparatus of the present invention;
Fig. 2 is a preferred embodiment synoptic diagram of Portable 3D touch-control electronic device of the present invention;
Fig. 3 is another preferred embodiment synoptic diagram of Portable 3D touch-control electronic device of the present invention; And
Fig. 4 is the another preferred embodiment synoptic diagram of Portable 3D touch-control electronic device of the present invention.
Main description of reference numerals
110: Trackpad 314: touch-control circuit
120:3D module 316: Intermediate substrate
130:LCD module 320:3D module
140: mobile device main structure 322: liquid crystal layer
142: control circuit 324: infrabasal plate
146:G-sensor 330:LCD module
148: phtographic lens module 340: the mobile device main structure
210: Trackpad 342: control circuit
212: the first substrate 346:G-sensor
214: touch-control circuit 348: the phtographic lens module
Substrate 412 in 216: the second: upper substrate
220:3D module 414: touch-control circuit
Substrate 416 in 222: the three: insulation course
224: liquid crystal layer 418: liquid crystal electrode
Tetrabasal 420 in 226: the: liquid crystal layer
230:LCD module 422: infrabasal plate
240: mobile device main structure 430:LCD module
242: control circuit 440: the mobile device main structure
246:G-sensor 442: control circuit
248: phtographic lens module 446:G-sensor
310: Trackpad 448: the phtographic lens module
312: upper substrate
Embodiment
The present invention discloses a kind of Portable 3D (three-dimensional/solid) touch-control electronic device; Utilize the characteristic of liquid crystal adjustable angle; Form required stereopsis, and can show the 3D image, and show 2D (two dimension/plane) image in other zone in the zone of display local.In addition, when combining G-sensor arrangement for detecting such as (gravity sensors) more can present difform stereopsis automatically according to use angle.The Portable 3D touch-control electronic device that the present invention disclosed can also the combination of touch control panel infrabasal plate and the upper substrate of 3D module, further reduce the production cost of Portable 3D touch-control electronic device.Below will and specify and clearly demonstrate spirit of the present invention with diagram, like those skilled in the art after understanding preferred embodiment of the present invention, when can be by the technology of teachings of the present invention, change and modification, it does not break away from spirit of the present invention and scope.
Consult Fig. 1, it is for illustrating Portable 3D touch-control electronic schematic representation of apparatus of the present invention.Portable 3D touch-control electronic device of the present invention preferably includes a Trackpad 110, a 3D module 120, a liquid crystal display (liquid crystal display; LCD) module 130 and a mobile device main structure 140.Wherein, 3D module 120 preferably is made up of a liquid crystal camera lens, and 3D module 120 can be according to the change of electric field, with the angle of the liquid crystal of controlling a liquid crystal layer; And then form required 3D camera lens; Make and via 120 conversions of 3D module, present the image of 3D at user's eyes by the image that LCD module 130 is shown.
In addition, because Portable 3D touch-control electronic device of the present invention also is equipped with Trackpad 110, so the user can utilize Trackpad 110 to carry out the operation of electronic installation under the image of 3D.Wherein, electric device main structure 140 can be the main Processing Structure of portable electronic devices such as e-book, mobile phone or personal digital assistant, and right the present invention is not limited thereto.Can also include a control circuit 142 among it should be noted that mobile device main structure 140 or 3D module 120, the liquid crystal angle with the liquid crystal layer of control 3D module 120 make partial image present the 3D image, and another part image presents the 2D image.Portable 3D touch-control electronic device of the present invention can also utilize control circuit 142; With control 3D module 120; With use angle,, for example be a formula 3D image or a horizontal type 3D image always to form the 3D image of different angles according to Portable 3D touch-control electronic device.This control circuit 142 can also utilize a G-sensor 146, with the use angle of judgement Portable 3D touch-control electronic device, and control 3D module 120, to form the 3D image of different angles.
In addition; Portable 3D touch-control electronic device of the present invention more is equipped with phtographic lens module 148 to electrically connect control circuit 142; Utilize phtographic lens module 148 to take user's pupil position; Judging the position of user, and the best viewing location of 3D image is adjusted to user's direction with respect to Portable 3D touch-control electronic device.When a plurality of users view and admire simultaneously, can also cooperate different users's position to adjust the angle that the 3D image is viewed and admired, make a plurality of users all can view and admire the 3D image on the Portable 3D touch-control electronic device of the present invention simultaneously.
Further consult Fig. 2, it is a preferred embodiment synoptic diagram that illustrates Portable 3D touch-control electronic device of the present invention.As shown in the figure, Portable 3D touch-control electronic device of the present invention preferably includes a Trackpad 210, a 3D module 220, a LCD module 230 and a mobile device main structure 240.
Wherein, Trackpad 210 preferably includes first substrate 212 and second substrate 216, disposes touch-control circuit 214 between the two.3D module 220 preferably then disposes the 3rd substrate 222 and tetrabasal 226, then disposes liquid crystal layer 224 between the two.Therefore, add the liquid crystal layer of LCD module 230, the Portable 3D touch-control electronic device that the present invention disclosed has utilized two liquid crystal layers, and a liquid crystal layer is formed among the LCD module 230, and another liquid crystal layer is formed among the 3D module 220.Therefore; Portable 3D touch-control electronic device of the present invention can utilize 3D module 220 that video conversion is the 3D image; And need not need attach post film or the employing mirror row formula modes such as (lenticular lens) of being in the light like traditional 3D display device; Reduce the quality of image, and can not influence brightness and resolution like the 3D technology of polaroid glasses formula (polarizing glasses) and shutter glasses (shutter glasses) formula.Therefore, Portable 3D touch-control electronic device of the present invention can utilize 3D module 220 effectively to promote the quality of image of portable electronic devices, and increases the brightness and the resolution of 3D image.Wherein, first substrate 212, second substrate 216, the 3rd substrate 222 and tetrabasal 226 preferably are glass substrate.214 of touch-control circuits are to be made up of transparent circuitry, for example are ITO (tin indium oxide), IZO transparent circuitry such as (indium zinc oxides).
Identical ground can also include a control circuit 242 in mobile device main structure 240 or the 3D module 220, and the liquid crystal angle with the liquid crystal layer 224 of control 3D module 220 make partial image present the 3D image, and another part image presents the 2D image.Portable 3D touch-control electronic device of the present invention can also utilize control circuit 242, with control 3D module 220, according to the use angle of Portable 3D touch-control electronic device, to form the 3D image of different angles, for example is a formula 3D image or a horizontal type 3D image always.This control circuit 242 can also utilize a G-sensor 246, with the use angle of judgement Portable 3D touch-control electronic device, and control 3D module 220, to form the 3D image of different angles.
Identical ground; Portable 3D touch-control electronic device of the present invention more is equipped with phtographic lens module 248 to electrically connect control circuit 242; Utilize phtographic lens module 248 to take user's pupil position; Judging the position of user, and the best viewing location of 3D image is adjusted to user's direction with respect to Portable 3D touch-control electronic device.When a plurality of users view and admire simultaneously, can also cooperate different users's position to adjust the angle that the 3D image is viewed and admired, make a plurality of users all can view and admire the 3D image on the Portable 3D touch-control electronic device of the present invention simultaneously.
Further consult Fig. 3, it is another preferred embodiment synoptic diagram that illustrates Portable 3D touch-control electronic device of the present invention.As shown in the figure, Portable 3D touch-control electronic device of the present invention preferably includes a Trackpad 310, a 3D module 320, a LCD module 330 and a mobile device main structure 340.Wherein, Trackpad 310 preferably includes a upper substrate 312 and an Intermediate substrate 316, and touch-control circuit 314 is disposed at wherein.3D module 320 is preferably then shared the Intermediate substrate 316 of Trackpad 310, makes the upper substrate that becomes 3D module 320, and itself and infrabasal plate 324 form the upper and lower base plates of 3D modules 320 jointly, and liquid crystal layer 322 is disposed at wherein.Therefore; In this embodiment, the upper substrate of the infrabasal plate of Trackpad 310 and 3D module 320 only need utilize an Intermediate substrate 316; So it can reduce the production cost of making the 3D Touch Screen effectively, also further reduce the production cost of Portable 3D touch-control electronic device.Wherein, upper substrate 312, Intermediate substrate 316 preferably are glass substrate with infrabasal plate 324.So Portable 3D touch-control electronic device of the present invention can utilize three sheet glass substrates can accomplish the Trackpad and the 3D module of the Touch Screen of 3D touch-control electronic device.314 of touch-control circuits are to be made up of transparent circuitry, for example are transparent circuitry such as ITO, IZO.
Can also include a control circuit 342 in mobile device main structure 340 or the 3D module 320, the liquid crystal angle with the liquid crystal layer 322 of control 3D module 320 make partial image present the 3D image, and another part image presents the 2D image.Portable 3D touch-control electronic device of the present invention more can utilize control circuit 342; With control 3D module 320; With use angle,, for example be a formula 3D image or a horizontal type 3D image always to form the 3D image of different angles according to Portable 3D touch-control electronic device.This control circuit 342 more can utilize a G-sensor 346, with the use angle of judgement Portable 3D touch-control electronic device, and control 3D module 320, to form the 3D image of different angles.
Identical ground; Portable 3D touch-control electronic device of the present invention more is equipped with phtographic lens module 348 to electrically connect control circuit 342; Utilize phtographic lens module 348 to take user's pupil position; Judging the position of user, and the best viewing location of 3D image is adjusted to user's direction with respect to Portable 3D touch-control electronic device.When a plurality of users view and admire simultaneously, can also cooperate different users's position to adjust the angle that the 3D image is viewed and admired, make a plurality of users all can view and admire the 3D image on the Portable 3D touch-control electronic device of the present invention simultaneously.
Consult Fig. 4 again, it is the another preferred embodiment synoptic diagram that illustrates Portable 3D touch-control electronic device of the present invention.As shown in the figure, Portable 3D touch-control electronic device of the present invention preferably includes a 3D touch-control module, a LCD module 430 and a mobile device main structure 440.Wherein, the 3D touch-control module preferably includes a upper substrate 412, a touch-control circuit 414, an insulation course 416, a liquid crystal electrode 418, a liquid crystal layer 420 and 422 formations of an infrabasal plate.In this embodiment, Trackpad and 3D module are combined into the 3D touch-control module further, and only need upper substrate 412 can touch-control circuit 414, liquid crystal electrode 418 be combined with liquid crystal layer 420 effectively with infrabasal plate 422.Wherein, Liquid crystal electrode 418 for example is the required common electrode of the liquid crystal layer 420 of 3D touch-control module; The liquid crystal layer 420 required liquid crystal film transistor electrodes (TFT electrode) of 3D touch-control module then can be arranged on the infrabasal plate 422, and vice versa, and it does not all break away from spirit of the present invention and scope.In addition, insulation course 416 can be to form the insulation course that transparent dielectric material constituted that is added in the processing procedure of touch-control circuit 414 and liquid crystal electrode 418.414 of touch-control circuits are to be made up of transparent circuitry, for example are transparent circuitry such as ITO, IZO.
Therefore; In this embodiment; Trackpad and 3D module only need utilize a upper substrate 412 can constitute required 3D touch-control module with infrabasal plate 422, so it can reduce the production cost of making the 3D Touch Screen effectively, further reduce the production cost of Portable 3D touch-control electronic device.Wherein, upper substrate 412 preferably is glass substrate with infrabasal plate 422.So Portable 3D touch-control electronic device of the present invention can utilize two sheet glass substrates can accomplish the Trackpad and the 3D module of the Touch Screen of 3D touch-control electronic device.
Can also include a control circuit 442 in mobile device main structure 440 or the 3D module 420, the liquid crystal angle with the liquid crystal layer 420 of control 3D module 420 make partial image present the 3D image, and another part image presents the 2D image.Portable 3D touch-control electronic device of the present invention more can utilize control circuit 442; With control 3D touch-control module; With use angle,, for example be a formula 3D image or a horizontal type 3D image always to form the 3D image of different angles according to Portable 3D touch-control electronic device.This control circuit 442 can also utilize a G-sensor 446, with the use angle of judgement Portable 3D touch-control electronic device, and control 3D touch-control module, to form the 3D image of different angles.
Identical ground; Portable 3D touch-control electronic device of the present invention also is equipped with phtographic lens module 448 to electrically connect control circuit 442; Utilize phtographic lens module 448 to take user's pupil position; Judging the position of user, and the best viewing location of 3D image is adjusted to user's direction with respect to Portable 3D touch-control electronic device.When a plurality of users view and admire simultaneously, can also cooperate different users's position to adjust the angle that the 3D image is viewed and admired, make a plurality of users all can view and admire the 3D image on the Portable 3D touch-control electronic device of the present invention simultaneously.
Therefore; The Portable 3D touch-control electronic device that is disclosed according to the present invention, it adopts liquid crystal 3D camera lens, and its control circuit can be according to the angle of different zone adjustment liquid crystal; So it can be on picture displayed; Local place forms the image of 3D, and forms the image of 2D in other place, to increase the readability and the diversity of image.
Even more noteworthy,, and utilize control circuit can adjust the angle of liquid crystal, so it can be according to the three-dimensional viewpoin of different use angle adjustment images according to different electric fields because Portable 3D touch-control electronic device of the present invention adopts liquid crystal 3D camera lens.For example be that when the user watched display frame with the direction of straight formula, at this moment, control circuit formed picture the stereopsis of straight formula.Otherwise when the user watched display frame with the direction of horizontal type, at this moment, control circuit also can form picture the stereopsis of horizontal type.Therefore, the user can watch the image of 3D, and can as the convention stereopsis, only can under single angle, not form the stereopsis of 3D easily under different visual format.
Portable 3D touch-control electronic device of the present invention utilizes liquid crystal 3D module to present the 3D image, but and the combination of touch control panel, the display performance and the operating performance of increase portable electronic devices.Portable 3D touch-control electronic device of the present invention also can be by the infrabasal plate of combination of touch control panel and the upper substrate of 3D module, with the production cost of further reduction Portable 3D touch-control electronic device.Portable 3D touch-control electronic device of the present invention more can be by transparent touch circuit and liquid crystal electrode are formed at upper substrate; Utilize transparent insulating layer to isolate therebetween; Use with further saving one glass substrate; So can only utilize two sheet glass substrates can constitute required 3D touch-control module, a step is reduced the production cost of Portable 3D touch-control electronic device again.In addition, of the present invention kind of Portable 3D touch-control electronic device can also with local repressentation 3D image, and then according to the angle of using portable electronic devices, be adjusted three-dimensional direction through the control circuit of 3D module.Wherein, control circuit can be formed among 3D module or the mobile device main structure, and it does not all break away from spirit of the present invention and scope.In addition, control circuit can also combine G-sensor, and with automatic adjustment picture and three-dimensional angle, and G-sensor also can be installed among 3D module or the mobile device main structure, and it does not also break away from spirit of the present invention and scope.
Like what those skilled in the art understood, the above is merely preferred embodiment of the present invention, is not in order to limit claim of the present invention.All other do not break away from the equivalence of being accomplished under the disclosed spirit and changes or modification, all should be included in the scope of accompanying claims.
Claims (15)
1. Portable 3D touch-control electronic device comprises:
One Trackpad;
One 3D module is disposed at the below of this Trackpad, and wherein this 3D module comprises a liquid crystal layer at least, with the change according to electric field, changes the liquid crystal angle of this liquid crystal layer;
One Liquid Crystal Module is disposed at the below of this 3D module, and to show a picture, wherein this 3D module makes this picture at least a portion form the 3D image; And
One mobile device main structure is disposed at a side of this Liquid Crystal Module.
2. Portable 3D touch-control electronic device according to claim 1, wherein above-mentioned Trackpad comprises one first substrate, a touch-control circuit and one second substrate, and this touch-control circuit is disposed between this first substrate and this second substrate.
3. Portable 3D touch-control electronic device according to claim 2, wherein above-mentioned 3D module also comprises one the 3rd substrate and a tetrabasal, and this liquid crystal layer is formed between the 3rd substrate and this tetrabasal.
4. Portable 3D touch-control electronic device according to claim 1; Wherein above-mentioned Trackpad and this 3D module; Also comprise a upper substrate, a touch-control circuit, an Intermediate substrate and an infrabasal plate; This touch-control circuit is disposed between this upper substrate and this Intermediate substrate, and this liquid crystal layer is formed between this Intermediate substrate and this infrabasal plate.
5. Portable 3D touch-control electronic device according to claim 1, wherein above-mentioned mobile device main structure are a main Processing Structure of an e-book, a mobile phone or a personal digital assistant.
6. Portable 3D touch-control electronic device according to claim 1 also comprises a control circuit, is formed in this 3D module or this mobile device main structure.
7. Portable 3D touch-control electronic device according to claim 6, wherein above-mentioned control circuit is controlled this 3D module, make the part of this picture form the 3D image, and another part of this picture forms the 2D image.
8. Portable 3D touch-control electronic device according to claim 6, wherein above-mentioned control circuit is controlled this 3D module, makes this picture can comply with a use angle of this Portable 3D touch-control electronic device, to form the 3D image of different angles.
9. Portable 3D touch-control electronic device according to claim 6; Also comprise a gravity sensor; Electrically connect this control circuit, judging a use angle of this Portable 3D touch-control electronic device, and this this 3D module of control circuit control; Make this picture can comply with this use angle of this Portable 3D touch-control electronic device, to form the 3D image of different angles.
10. Portable 3D touch-control electronic device according to claim 6; Also comprise a phtographic lens module; Be electrically connected at this control circuit, to adjust the electric field of this liquid crystal layer of this 3D module according to user's pupil position, to change the liquid crystal angle of this liquid crystal layer.
11. Portable 3D touch-control electronic device according to claim 1; Wherein above-mentioned Trackpad and this 3D module; Also comprise a upper substrate, a touch-control circuit, an insulation course, a liquid crystal electrode and an infrabasal plate; This touch-control circuit is disposed between this upper substrate and this insulation course, and this liquid crystal electrode is formed between this insulation course and this infrabasal plate.
12. a Portable 3D touch-control electronic device comprises:
One Trackpad;
One 3D module; Be disposed at the below of this Trackpad; Wherein this Trackpad and this 3D module; Comprise a upper substrate, a touch-control circuit, an Intermediate substrate, a liquid crystal layer and an infrabasal plate, this touch-control circuit is disposed between this upper substrate and this Intermediate substrate, and this liquid crystal layer is formed between this Intermediate substrate and this infrabasal plate;
One Liquid Crystal Module is disposed at the below of this 3D module, and to show a picture, wherein this 3D module makes this picture at least a portion form the 3D image;
One mobile device main structure is disposed at a side of this Liquid Crystal Module;
One control circuit, be formed at this 3D module or this mobile device main structure in; And
One gravity sensor judging a use angle of this Portable 3D touch-control electronic device, and this this 3D module of control circuit control, makes this picture can be according to this use angle of this Portable 3D touch-control electronic device, to form the 3D image of different angles.
13. Portable 3D touch-control electronic device according to claim 12; Also comprise a phtographic lens module; Be electrically connected at this control circuit, to adjust the electric field of this liquid crystal layer of this 3D module according to user's pupil position, to change the liquid crystal angle of this liquid crystal layer.
14. a Portable 3D touch-control electronic device comprises:
One 3D touch-control module; Comprise a upper substrate, a touch-control circuit, an insulation course, a liquid crystal electrode, a liquid crystal layer and an infrabasal plate; This touch-control circuit is disposed between this upper substrate and this insulation course, and this liquid crystal electrode is formed between this liquid crystal layer and this insulation course, and this liquid crystal layer is formed between this liquid crystal electrode and this infrabasal plate; Wherein this liquid crystal electrode is a common electrode, and this infrabasal plate also comprises a liquid crystal film transistor electrodes;
One Liquid Crystal Module is disposed at the below of this 3D touch-control module, and to show a picture, wherein this 3D touch-control module makes this picture at least a portion form the 3D image;
One mobile device main structure is disposed at a side of this Liquid Crystal Module;
One control circuit is formed in this 3D touch-control module or this mobile device main structure; And
One gravity sensor judging a use angle of this Portable 3D touch-control electronic device, and this this 3D touch-control module of control circuit control, makes this picture can be according to this use angle of this Portable 3D touch-control electronic device, to form the 3D image of different angles.
15. Portable 3D touch-control electronic device according to claim 14; Also comprise a phtographic lens module; Be electrically connected at this control circuit, to adjust the electric field of this liquid crystal layer of this 3D touch-control module according to user's pupil position, to change the liquid crystal angle of this liquid crystal layer.
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