CN104685460A

CN104685460A - Transparent display apparatus and display method thereof

Info

Publication number: CN104685460A
Application number: CN201380051616.5A
Authority: CN
Inventors: 尹一国; 徐俊奎; 李昌秀
Original assignee: Samsung Electronics Co Ltd
Current assignee: Samsung Electronics Co Ltd
Priority date: 2012-08-01
Filing date: 2013-08-01
Publication date: 2015-06-03
Anticipated expiration: 2033-08-01
Also published as: RU2016147529A; KR20140017420A; IN2015DN01500A; RU2016147529A3; RU2015106980A; RU2711473C2; CN104685460B

Abstract

A transparent display apparatus is provided. The transparent display includes a display including a plurality of transparent display layers, and a controller configured to control the display, when a first event occurs, to display a first screen on a first transparent display layer from among the plurality of transparent display layers, and to display a second screen on a second transparent display layer that is from among the plurality of transparent display layers, wherein the controller controls the display to display the first screen that is currently displayed on the first transparent display layer to be displayed on the second transparent display layer for a predetermined time when a second event occurs.

Description

Transparent display and display packing thereof

Technical field

The disclosure relates to transparent display and display packing thereof.More specifically, the disclosure relates to the transparent display and display packing that comprise multiple transparent display layer.

Background technology

The fast development of electronic technology has made it possible to use various types of display device in a lot of fields.Research and development is absorbed in display device of future generation, such as transparent display.Transparent display is so a kind of equipment: this equipment has the transparency, makes the background seeing equipment through this equipment.Utilize the nontransparent semiconducting compound of such as silicon (Si) or gallium arsenide (GaAs) and so on to manufacture relevant display panel.But, along with the growth of the demand of the various display services may do not implemented for relevant display panel, carry out the work of developing the electronic component of newtype.One of these work develop transparent display.

Transparent display comprises transparent oxide semiconductor layer, thus has the transparency.When using transparent display, user can by the screen viewing information of transparent display while look at the background be on rear side of device.Therefore, dimension and time restriction that related display apparatus can have can be solved.Because transparent display utilizes the display unit with the transparency to show various information, so the real-world object image seen through rear side is coordinate with the information of display.Thus, along with user's request is diversified gradually, need new technology to provide information with more advanced method while being used for by transparent display in multiple environment.

Above-mentioned information as a setting information provides, and only understands the disclosure for helping.Whether be suitable for as prior art for the disclosure about above-mentioned any content, do not make a determination, also do not make and asserting.

Summary of the invention

Technical matters

According to embodiment, technical purpose is to provide and a kind ofly utilizes multiple transparent display layer to provide the transparent display of information, and display packing.

Technical scheme

Each side of the present disclosure will solve at least the problems referred to above and/or shortcoming and will provide the advantage of at least the following stated.Thus one side of the present disclosure will provide a kind of design not needing to overcome above-mentioned shortcoming, and the embodiment of disclosure design can not overcome any one in the problems referred to above.

According to an embodiment, provide a kind of transparent display.This transparent display comprises display and controller, this display comprises multiple transparent display layer, and this controller is configured to control when the first event occurs first transparent display layer of display among multiple transparent display layer shows the first screen, and the second transparent display layer among multiple transparent display layer shows the second screen.Here, controller can control when second event occurs display during predetermined time current the first screen display shown in the first transparent display layer in the second transparent display layer.

According to an embodiment, provide a kind of display packing of transparent display.The method can comprise: when the first event occurs, the first transparent display layer among multiple transparent display layer shows the first screen, the second transparent display layer among multiple transparent display layer shows the second screen, this second screen is different from the first screen, and when the second event occurs during predetermined time the first screen display shown in the first transparent display layer in the second transparent display layer.

According to an embodiment, provide a kind of transparent display.This transparent display can comprise: transparent display; First sensor, is configured to sense the first touch input to the first surface of transparent display; Second sensor, is configured to sense the second touch input to the second surface of transparent display; Image processor, be configured to generate can touch by first and the second touch control cooperation operation screen and can by the first touch or artisanal operation screen of the second touch control; And controller, be configured to handle at least one in transparent display display artisanal operation screen and cooperation operation screen according to user.

According to an embodiment, provide a kind of display packing of transparent display.The method can be included on transparent display and show artisanal operation screen, according to the first touch control artisanal operation screen that the first surface to transparent display inputs, on transparent display, show cooperation operation screen when an event occurs, and according to the first surface to transparent display input first touch and to second surface input second touch come cooperating control cooperation operation screen.

By disclosing the detailed description of various embodiment of the present disclosure below in conjunction with accompanying drawing, those skilled in the art will know other aspects of the present disclosure, advantage and notable feature.

The beneficial effect of the invention

According to above-mentioned various embodiment, transparent display provides various information by multiple transparent display layer, further enhancing user satisfaction.

Accompanying drawing explanation

From the description below in conjunction with accompanying drawing, the above and other aspects, features and advantages of some embodiment of the present disclosure will become clearer, in accompanying drawing:

Fig. 1 is the block diagram of the transparent display according to embodiment of the present disclosure;

Fig. 2 is to provide the view that the method for being shown multiple screen by multiple transparent display layer is described according to embodiment of the present disclosure;

Fig. 3 is the block diagram utilizing multiple frame buffer transparent display of display screen in each transparent display layer according to embodiment of the present disclosure;

Fig. 4 and Fig. 5 is to provide the view of the various embodiments that the detailed formation about the display comprising multiple transparent display layer is described according to embodiment of the present disclosure;

Fig. 6 illustrates the example of the method for the screen that the multiple transparent display layer for confirming in transparent display show according to embodiment of the present disclosure;

Fig. 7 is to provide and touch for identifying in opposite directions is described and the view of the method operated in transparent display according to embodiment of the present disclosure;

Fig. 8 is to provide the view that the method for performing contents playing operation in the transparent display comprising multiple transparent display layer is described according to embodiment of the present disclosure;

Fig. 9 is to provide the view that the method for performing application down operation in the transparent display comprising multiple transparent display layer is described according to embodiment of the present disclosure;

Figure 10 is to provide the view of the operation that the transparent display used in impression window is described according to embodiment of the present disclosure;

Figure 11 and Figure 12 is to provide the view of the mutual conversion operations that the layer of the multiple screen of display is described according to embodiment of the present disclosure;

Figure 13 is to provide, according to embodiment of the present disclosure, the view utilizing multiple transparent display layer to perform the operation of conversion page is described;

Figure 14 is to provide, according to embodiment of the present disclosure, the view generating the operation of a screen by being combined in the screen that multiple transparent display layer shows is described;

Figure 15 is to provide, according to embodiment of the present disclosure, the view providing the embodiment of feedback effects according to user's touch is described;

Figure 16 A and Figure 16 B is to provide, according to embodiment of the present disclosure, the view of the operation of layer that screen among the multiple transparent display layer of conversion will be labeled is described;

Figure 17 is to provide the view that the screen conversion operation while multiple transparent display layer respectively display screen is described according to embodiment of the present disclosure;

Figure 18 is to provide the view that the screen conversion operation when transparent display rotates is described according to embodiment of the present disclosure;

Figure 19 is to provide the view that the operation changing the screen shown in multiple transparent display layer is described according to embodiment of the present disclosure;

Figure 20 is to provide and is embodied as a view for the operation of the transparent display of type display device according to embodiment explanation of the present disclosure;

Figure 21 is to provide the block diagram that the formation of transparent display is described according to various embodiment of the present disclosure;

Figure 22 illustrates the software architecture that may be used on transparent display according to embodiment of the present disclosure;

Figure 23 is to provide the process flow diagram of the display packing that transparent display is described according to embodiment of the present disclosure;

Figure 24 is to provide the process flow diagram of the display operation that transparent display is described according to various embodiment of the present disclosure;

Figure 25, Figure 26 and Figure 27 illustrate the example of the screen shown in multiple transparent display layer according to embodiment of the present disclosure;

Figure 28 is the block diagram of the transparent display according to embodiment of the present disclosure;

Figure 29 illustrate in details individual and cooperation operation screen according to embodiment of the present disclosure;

Figure 30 and Figure 31 is to provide according to the view of embodiment explanation of the present disclosure for utilizing two transparent display layer to show the method for individuality and cooperation operation screen;

Figure 32 is to provide according to the view of embodiment explanation of the present disclosure for utilizing three transparent display layer to show the method for individuality and cooperation operation screen;

Figure 33 is to provide, according to embodiment of the present disclosure, view for the method changed between artisanal operation screen and cooperation operation screen is described;

Figure 34 and Figure 35 is provided to illustrate for the method at the side of artisanal operation screen display cooperation operation screen according to embodiment of the present disclosure;

Figure 36 is to provide the view that the method for the display of the object on artisanal operation screen being put upside down the appreciable state in opposition side is described according to embodiment of the present disclosure;

Figure 37 is to provide the view that the method display in certain region of artisanal operation screen being put upside down the appreciable state in opposition side is described according to embodiment of the present disclosure;

Figure 38 is to provide the view that the method for artisanal operation screen being put upside down completely the appreciable state in opposition side is described according to embodiment of the present disclosure;

Figure 39 is to provide the view of the method that the direction for changing display screen is described according to embodiment of the present disclosure;

Figure 40 is to provide according to embodiment explanation of the present disclosure for the object move on artisanal operation screen also to be shown the view of its method thereon to cooperation operation screen;

Figure 41 is to provide the view that the method for the object that artisanal operation screen shows being changed to the appreciable state in opposition side is described according to embodiment of the present disclosure; And

Figure 42 is to provide according to embodiment explanation of the present disclosure according to the process flow diagram of the display packing of the transparent display of another embodiment.

Running through accompanying drawing, should be noted that similar reference number is for describing same or analogous element, characteristic sum structure.

Embodiment

There is provided the description referring to accompanying drawing help complete understanding as claim and equivalent thereof the of the present disclosure various embodiment that limits.It comprises various detail to help to understand, but these details should be regarded as just exemplary.Therefore, it will be recognized by those of ordinary skills, can make various changes and modifications various embodiment described herein, and not depart from the scope of the present disclosure and spirit.In addition, for clarity and conciseness, the description to known function and structure can be omitted.

The term used in the following description and claims and words are not limited to literal meaning, and are just used for making it possible to there is clear and consistent understanding for the disclosure by inventor.Thus, it will be apparent to those skilled in the art that and provide the following description to various embodiment of the present disclosure just in order to illustrate, instead of in order to limit as claims and equivalent thereof the disclosure that limits.

Be appreciated that singulative " " and " being somebody's turn to do " comprise plural, unless context separately has regulation clearly.Thus, such as, mentioning one or more surface is like this comprised to mentioning of " assembly surface ".

In the following description, even if also identical accompanying drawing reference number is used for identical element in different figures.Providing a description the item of middle restriction, such as detailed configuration and element, is the complete understanding in order to help disclosure design.Thus, clearly, do not have those items specifically limited can realize the various embodiments of disclosure design yet.In addition, do not describe known function or structure in detail because they will with unnecessary details the fuzzy disclosure.

Fig. 1 is the block diagram of the transparent display according to embodiment of the present disclosure.

With reference to figure 1, transparent display 100 comprises display 110 and controller 120.Display 110 comprises multiple transparent display layer 110-1 ~ 110-n.Each in transparent display layer 110-1 ~ 110-n can show information separately.In addition, because transparent display layer 110-1 ~ 110-n has the transparency respectively, even if so overlap multilayer, the background of transparent display 100 also can be seen.The detailed formation of transparent display layer 110-1 ~ 110-n will be specifically described in the part after a while of instructions.

Controller 120 shows various types of screen respectively by each controlled in transparent display layer 110-1 ~ 110-n.Specifically, controller 120 can show the first screen when the first event occurs as in the first transparent display layer of the one in multiple transparent display layer, and can show the second screen as in the second transparent display layer of the another one in multiple transparent display layer.

Here, the first screen and the second screen can have source independent of each other.Such as, the view screen about content of multimedia different from each other can be provided as the first and second screens respectively.Or the view screen of application different from each other can be provided as the first and second screens respectively.

In addition, when the second event occurs, controller 120 can revise the transparent display layer of display first or second screen.Specifically, when the second event occurs, controller 120 can show the first screen once shown in the first transparent display layer in the schedule time in the second transparent display layer.On the contrary, controller 120 can show the second screen once shown in the second transparent display layer in the schedule time in the first transparent display layer.In addition, the mutual alignment of the transparent display layer of controller 120 convertible display first screen and the second screen.This operation of controller 120 can be different according to the type of second event.

Meanwhile, suppose that the first transparent display layer is the transparent display layer of arranging relative to the direction that transparent display is stood according to user here for convenience of explanation, and the second transparent display layer is the transparent display layer of the rear side being arranged in this direction.Such as, as layout two transparent display layer 110-1,110-2, top layer can be the first transparent display layer 110-1, and underlying layer can be the second transparent display layer 110-2.But this is an embodiment of the present disclosure, and first controller 120 can show the first screen in underlying layer, and up layer shows the second screen when particular event afterwards occurs.

First screen or the second screen can be implemented variedly, and can be the view screen of image, text, icon or content, application implementation screen, web browser screen or other Drawing Object screens.As a result, when subscriber station stands in the side of transparent display 100, he can watch by background the screen shown in each of transparent display layer 110-1 ~ 110-n all sidedly.The number of transparent display layer 110-1 ~ 110-n can be implemented variedly according to device type, instrument size and user environment.For convenience of explanation, the method will illustrated for display screen on two transparent display layer 110-1,110-2 below.

Fig. 2 illustrates according to embodiment of the present disclosure difference display screen on two transparent display layer 110-1,110-2.

With reference to figure 2, while the first screen 10 is displayed on the first transparent display layer 110-1, the second screen 20 is displayed on the second transparent display layer 110-2.Thus when subscriber station stands in front side, he can watch the first screen 10 and the second screen 20 by background.Because the layer of display the first screen 10 and the second screen 20 is different from each other, so user can experience aerial perspective (perspective feeling) between the first screen 10 and the second screen 20.Thus, can more naturally experience dimension sense, and user can experience 3 dimensions (3D) view or 2 dimension (2D) perspectives that show.

In addition, when controller 120 generates first screen 10 and second screen 20 with the unified image of such as arrow and so on, and when showing them in succession according to the time interval, the effect guiding user path in dimension can be obtained.The screen that will show in each of the first and second transparent display layer 110-1,110-2 can be provided from external unit.Thus, the controller 120 of transparent display 100 can from external server, storer, personal computer (Personal Computer, PC), content player or any other similar and/or suitable external source receive various on-screen data, and carry out display screen data by the first and second transparent display layer 110-1,110-2.In addition, this on-screen data can be generated in inside by transparent display 100 and show.When transparent display 100 generates on-screen data in inside, controller 120 is by utilizing frame buffer different from each other to provide the screen that will show in each of the first and second transparent display layer 110-1,110-2.

Fig. 3 be according to embodiment of the present disclosure be provided to the block diagram formed of transparent display according to the embodiment wherein being performed image procossing by self is described.

With reference to figure 3, transparent display 100 comprises display 110, controller 120, image processor 130 and memory storage 140, and wherein display 110 comprises the first and second transparent display layer 110-1,110-2.Memory storage 140 can store program and such as user's setting data, the various data of data and content of multimedia and so on that generate when practicing of such as operating system (Operating System, OS) and various application and so on.Controller 120 controls image processor 130 by the program and/or data utilizing storage in memory storage 140.Image processor 130 generates according to the control of controller 120 and provides the screen that will show on the first transparent display layer 110-1 and the second transparent display layer 110-1,110-2.Image processor 130 comprises the first video-stream processor 131 and the second video-stream processor 134, first frame buffer 132 and the second frame buffer 135 and the first display driver 133 and the second display driver 136.

First video-stream processor 131 and the second video-stream processor 134 generate on-screen data respectively by the control executive signal process according to controller 120.First video-stream processor 131 and the second video-stream processor 134 can install counter (not shown) and renderer (not shown) respectively.Counter calculates the eigenwert of the such as coordinate figure of mark screen object, shape, size and color and so on according to the layout preset.The eigenwert that renderer calculates based on counter generates the on-screen data comprising the various layouts of object.The on-screen data generated in the first video-stream processor 131 is stored in the first frame buffer 132, and the on-screen data generated in the second video-stream processor 134 is stored in the second frame buffer 135.This on-screen data can such as generate by bitmap image format and store.

The on-screen data stored in first frame buffer 132 is converted to the first image source signal and provides it to the first transparent display layer 110-1 by the first display driver 133.The on-screen data stored in second frame buffer 135 is converted to the second image source signal and provides it to the second transparent display layer 110-2 by the second display driver 136.Here, the first and second image source signal comprise be provided to form the first and second transparent display layer 110-1, the sweep signal of electrode that the unit of 110-2 is connected and drive singal.Therefore, the first and second transparent display layer 110-1,110-2 can show the first and second screens as shown in Figure 2.

Transparent display layer can be embodied as various display type, such as transparent liquid crystal display (Liquid Crystal Display, LCD) type, transparent membrane electroluminescence (Thin-Film Electroluminescent, TFEL) type and transparent organic light emitting diode (Organic Light Emitting Diode, OLED) type, or any other similar and/or suitable display type.

Transparent LCD type can be by removing back light unit in the LCD device from current use and the transparent display using a pair polarized light panel, blooming, transparent film transistor and transparency electrode to implement.In transparent LCD equipment, transmissivity is lower compared with polarized light panel or blooming, and optical efficiency is lower, because use ambient light instead of back light unit; But transparent LCD equipment has the advantage can implementing experience type (encountering) transparent display.

Transparent TFEL type can be the device using the inorganic TFEL display (AC-TFEL) of current mode utilizing transparency electrode, phosphor and insulation course to form.

AC-TFEL can be by Accelerating electron is being carried out luminous display to make it by excited inorganic luminescent material while the inner track of phosphor.When each transparent display layer is implemented as transparent TFEL, controller 120 is by carrying out adjusting to make electronics can go up in position by carrying out comformed information mark position.Because phosphor and insulation course have the transparency, so the display with the high transparency can be implemented.

Transparent OLED type can be that use can by the transparent display of the OLED of self luminescence.Because organic luminous layer is transparent, so when two electrodes are all used as transparency electrode, organic luminous layer can be embodied as transparent display.OLED is by generating light at the both sides projection electron of organic luminous layer and hole to make them be combined in organic luminous layer.Transparent OLED device utilizes this principle, namely by the position projection electron of asking and hole, shows information.

Fig. 4 and Fig. 5 be to provide to illustrate according to embodiment of the present disclosure about the view of various embodiments of detailed formation of display comprising multiple transparent display layer.

With reference to figure 4, the example that be embodied as the formation of the transparent display layer of transparent OLED type integrated in succession towards unified direction.For convenience of explanation, Fig. 4 illustrates integrated two transparent display layer 110-1,110-2.First, the first transparent display layer 110-1 comprises transparent panel 111-1, transparent crystal tube layer 112-1, the first transparency electrode 113-1, transparent organic luminous layer 114-1, the second transparency electrode 115-1, connecting electrode 116-1 and conductive layer 117-1,118-1.Second transparent display layer 110-2 comprises transparent panel 111-2, transparent crystal tube layer 112-2, the first transparency electrode 113-2, transparent organic luminous layer 114-2, the second transparency electrode 115-2, connecting electrode 116-2 and conductive layer 117-2,118-2.

First and second transparent display layer 110-1,110-2 and be connected to each other, wherein the second transparency electrode 115-2 of the second transparent display layer 110-2 has the face adjacent with the face of the transparent panel 111-1 of the first transparent display layer 110-1.Therefore, when the first transparent display layer 110-1 and the second transparent display layer 110-2 is with when being vertical relation each other, the the first transparent display layer 110-1 being in top position can be defined as top layer, and the second transparent display layer 110-2 being in lower position can be defined as underlying layer.

With reference to figure 4, the first and second transparent display layer 110-1,110-2 can have unified formation.Below by the detailed formation of specific descriptions first transparent display layer 110-1 and operation.For transparent panel 111-1, the polymeric material with the transparency can be used, such as plastics, glass or any suitable material.The material of transparent panel 111-1 can be determined according to the user environment of application transparent display 100.Such as, because polymeric material merrily and lightheartedly and in dirigibility has advantage, so it can be used in mobile display device.In the impression window that glass can be used on shop or general window.

Transparent crystal tube layer 112-1 can be the layer comprising the transistor that the nontransparent silicon by utilizing the transparent material of such as zinc paste, titanium dioxide or any other suitable transparent material and so on to substitute associated film transistor manufactures.In transparent crystal tube layer 112-1, source electrode, grid and conductive layer 117-1,118-1 are installed, and the connecting electrode 116-1 of electrical connection drain electrode and the first transparency electrode 143-1 can be installed.Although Fig. 4 illustrates the transparent transistors formed with source electrode, grid and drain electrode; But on the whole region of display surface, equally distributed multiple transparent transistors is included when implementing.

Controller 120 by providing above-mentioned image source signal to scan the unit comprising transparent transistors to the source electrode of each transistor in transparent crystal tube layer 112-1, grid and drain electrode, and by connecting corresponding unit to show various screen.Specifically, the first transparency electrode 113-1 and the second transparency electrode 115-1 arranges in directions opposite each other based on transparent organic luminous layer 114-1.First transparency electrode, transparent organic luminous layer and the second transparency electrode 113-1,114-1,115-1 form transparent organic light emitting diode.

Transparent organic light emitting diode is classified into passive matrix OLED (Passive Matrix OLED, PMOLED) and Activematric OLED (Active Matrix OLED, AMOLED) according to driving method.PMOLED is the structure at intersection region place that pixel is formed in the first and second transparency electrode 113-1,115-1.Meanwhile, AMOLED is the structure arranging the thin film transistor (TFT) (Thin-Film Transistor, TFT) driving each pixel.Fig. 4 illustrates AMOLED.

First transparency electrode 113-1 and the second transparency electrode 115-1 installs multiple line electrode respectively, and the arranged direction of line electrode is formed perpendicular to one another.Such as, when the line electrode of the first transparency electrode 113-1 is horizontally arranged, the line electrode of the second transparency electrode 115-1 is arranged vertically.Therefore, between the first transparency electrode 113-1 and the second transparency electrode 115-1, form multiple intersection region.On each intersection region, connect transparent transistors as shown in Figure 4.

The difference of controller 120 by using transparent transistors to form electromotive force in each intersection region.In the intersection region defining potential difference, electronics and hole project from each electrode towards transparent organic luminous layer 114-1, with combination with one another, thus send light.Meanwhile, at the intersection region place not forming potential difference, sending of light is not performed.Thus background is transparent and is clearly had an X-rayed.

For the first and second transparency electrode 113-1,115-1, indium tin oxide (Indium Tin Oxide, ITO) can be used, but embodiment of the present disclosure is not limited thereto, but any suitably and/or similar material can be used.Such as, the new material of such as Graphene and so on can be used.Graphene can be such material: wherein, and carbon atom is connected to each other to form honeycomb planar structure, and obtains the transparency.Transparent organic luminous layer 114-1 can implement with various material.

In addition, controller 120 is by utilizing the transparent transistors in the second transparent display layer 110-2 to control display screen on the second transparent display layer 110-2.As a result, the first and second transparent display layer 110-1,110-2 display screen respectively.

If the first and second transparent display layer 110-1,110-2 are arranged to towards unified direction, as shown in Figure 4, then when controller 120 for the first and second transparent display layer 110-1,110-2 be presented at unified coordinate place there is the screen of unified pixel value time, the arranged direction of the first and second screens is identical.Thus when subscriber station stands in front side, he can watch both the first and second screens by the appearance of display.Meanwhile, although Fig. 4 illustrates the first and second transparent display layer 110-1,110-2 is arranged to towards unified direction, the first and second transparent display layer 110-1,110-2 can be arranged to direction contrary towards each other.

Fig. 5 illustrates integrated first and second transparent display layer 110-1,110-2 in succession in directions opposite each other according to embodiment of the present disclosure.

With reference to figure 5, the transparent panel 111-1 in the first transparent display layer 110-1 and the transparent panel 111-2 in the second transparent display layer 110-2 is arranged to and is attached to each other.

If the first and second transparent display layer 110-1,110-2 arrange as shown in Figure 5, then when controller 120 for the first and second transparent display layer 110-1,110-2 be presented at unified coordinate place there is the screen of unified pixel value time, the arranged direction of the first and second screens is reciprocal.In other words, when subscriber station stands in front side, the first screen can be watched by the appearance of display, and the second screen can be horizontal inversion by viewing.Transparent display 100 should turn over or oneself be moved to the rear side of transparent display 100 to watch the second screen by user.

With reference to figure 4 and Fig. 5, the multiple transparent display layer of arranged in succession on unified direction or contrary direction.But this is one of various embodiment, and the order of placement of transparent display layer can be set up variedly.Thus multiple transparent display layer can be arranged to parallel, be arranged as with facing with each other, or be arranged as with its part that overlaps each other while slide.

Fig. 6 illustrates the example of the method for confirming the screen that the multiple transparent display layer in transparent display show according to embodiment of the present disclosure.

With reference to figure 6, provide a view illustrates the screen that each of the transparent display layer 110-1 of user's confirmation in the transparent display 100 being embodied as mobile device, 110-2 shows method according to embodiment of the present disclosure.

As shown in Figure 6, while on the first transparent display layer 110-1 being displayed on the front side being positioned over transparent display 100 at the first screen 10, when the first event occurs, the second screen 20 be displayed on be positioned over rear side the second transparent display layer 110-2 on.Here, first event can be various event, the event that the event that such as user touches on the first transparent display layer 110-1 or the second transparent display layer 110-2, input implement the event of the order of extra application, the order of extra content is play in input, close to the event of the time of the establishment of pre-stored, the event of generation system notification message or any other similar and/or suitable event.

Such as, when user touches the first screen 10 while the first screen 10 is shown, controller 120 can generate second screen 20 relevant to the first screen 10 and on the second transparent display layer 110-2, show the second screen 20.Second screen 20 relevant to the first screen 10 can be the screen provided from the source with the object linking in the first screen 10 internal labeling, or can be the screen implementing the application corresponding with the icon marked on the first screen 10.Input implements the event instruction of the order of extra application when the first screen 10 is screens of the result of implementation of display application, touches, the generation of push-button control or telepilot manipulation for the user implementing the additional application except the application implemented.In addition, input plays the event instruction of the order of extra content when the first screen 10 is screens of the broadcasting result of display rest image or video content, touches, the generation of push-button control or telepilot manipulation for the user playing the content except the content of display on the first screen 10.Close to the event instruction of the time of the establishment of pre-stored close to the situation of time of establishing, the display condition among the time of this establishment, to be user be display condition that the second screen 20 sets and store.Such as, when establishing at all time showing the second screens 20, the second screen 20 can be shown continuously.When each hour of establishment shows one minute, the second screen 20 can be shown one minute when arrival per hour.The event instruction of generation system notification message upgrades the situation of various application, the situation receiving mail, message device and message, the situation relating to the scheduling information of pre-stored, the situation having arrived alarm time, the situation having arrived the time of the various notification messages of such as system errors message and surplus battery quantity message and so on and any other similar and/or suitable message.Thus, the second screen 20 can be shown at various time point by various form according to embodiment.

As shown in Figure 6, while display first screen 10, notifications message is shown as the second screen 20 to eject form by the second transparent display layer 110-2.As mentioned above, notifications message can be various types of message.When showing the second screen 20 on the second transparent display layer 110-2, the user of viewing front side checks the back side of the second screen 20.Thus user confirms rear side by whirligig as shown in Figure 6.When device rotates, the second screen 20 on the rear side of device is watched by the appearance of display, and the back side of the first screen 10 is watched.Thus the first and second screens can be displayed on layer different from each other, thus user easily can confirm screen.Meanwhile, user carrys out control operation by performing touch manipulation on the first and second transparent display layer 110-1,110-2.

Fig. 7 be to provide to illustrate according to embodiment of the present disclosure for the touch that identifies in opposite directions and the view of the method operated in transparent display.

With reference to figure 7, transparent display 100 comprises the first and second transparent display layer 110-1,110-2.On the first and second transparent display layer 110-1,110-2, arrange touch sensor respectively.

Specifically, among multiple transparent display layer, also can comprise the first touch sensor 150-1 that user on placement sensing first transparent display layer 110-1 in a first direction touches and be placed on the second touch sensor 150-2 that the user on the sensing second transparent display layer 110-2 in the second direction contrary with first direction touches.

First and second touch sensor 150-1,150-2 can be embodied as condenser type or resistance-type sensing touch sensor respectively, or can be any suitably and/or the touch sensor of similar type.Capacitance type sensing is the method that the micro-electricity excited by the health of user when the region of user touches layer surface display layer surface with dielectric display of coating by sensing calculates touch coordinate value.Resistance-type sensing be comprise two battery lead plates and by when user's touch screen by make upper plate and lower plate contact at the some place be touched method that current sensor calculates touch coordinate value.Thus touch sensor can be embodied as various form.

Controller 120 can be determined based on the sensing signal sensed in first and second touch sensor 150-1,150-2 to touch the type handled.Because first and second touch sensor 150-1,150-2 are disposed on two transparent display layer 110-1, both 110-2, so they can sense the touch of different user health OB1, OB2 respectively.Touching manipulation can be various manipulation, such as simply touch, knocking, touch keep, move, flick, drag and drop, pinch and strut or any other is similar and/or suitable manipulation and touch.

Controller 120 can touch according to the user sensed in the first touch sensor 150-1 or the second touch sensor 150-2 the operation controlling transparent display layer 110-1,110-2 respectively.Specifically, controller can perform: the display position touching mobile first screen 10 and the second screen 20 according to user, closes display situation, and the additional screen that display is new further.In addition, if the first screen 10 or the second screen 20 show icon for implementing specific function or menu button, then controller 120 shows the screen corresponding with this function by implementing corresponding function to perform when screen is touched.

In a word, transparent display 100 is by using multiple transparent display layer 110-1,110-2 ~ 110-n to provide various screen.Transparent display 100 can be embodied as various display device, such as cell phone, dull and stereotyped PC, laptop computer, monitor, TV, impression window, digital photo frame, e-book, MP3 player, PDA self-aided terminal and any other similar and/or suitable display device or comprise the electronic equipment of display device.

Fig. 8 is to provide the view of the method for performing contents playing operation in the transparent display comprising multiple transparent display layer illustrated according to embodiment of the present disclosure.

With reference to figure 8, the first screen 10 is content view screens of broadcasting and output content.When content is selected and play command is transfused to, controller 120 performs about the parsing of selected content, decoding and convergent-divergent, and shows on the first transparent display layer 110-1.

When content starts to play, controller 120 can generate the information screen comprising the various information relevant with content and on the second transparent display layer 110-2, show this information screen as the second screen 20.Such as, the second screen 20 can be the screen of display the following: about the various characteristic informations of the such as size of content play on the first screen 10, type, resolution and reproduction time and so on; Illustrate that the content which point content playing plays degree information, if content is video; Play with content and handle relevant various menus; Previous contents information, subsequently content information, contents list and any other similar and/or suitable information.

Because the second screen 20 is in sight while the first screen 10 is watched, so user can confirm the information of the second screen 20 and check the various information about content while viewing first screen 10, as shown in Figure 8.As required, user shows in front side by mutually being changed with the layer of display the second screen 20 or switch the second screen 20 to be adjusted to by the layer of display first screen 10.This operation describes in the part after a while of instructions.Although Fig. 8 illustrates transparent display and is implemented as laptop computer form, the operation of Fig. 8 also can perform with unified method in other various types of transparent displays.

Fig. 9 is to provide the view of the method for performing application down operation in the transparent display comprising multiple transparent display layer illustrated according to embodiment of the present disclosure.

With reference to figure 9, except the various content of multimedia of such as rest image content, video content, audio content and 3D content and so on, content also can comprise the contents of program of such as application and so on.As shown in Figure 9, when inputting the user command of downloading contents, transparent display 100 generates and is used for download enforcement screen that implementation content downloads as the first screen 10 on the first transparent display layer 110-1, shows the first screen 10.

The controller 120 of transparent display 100 can process the page data from providing the server of content to send, and can generate download enforcement screen.User inputs by performing touch (T) in the first screen 10 order implemented about the download of content.When download implement input on screen download implement order time, controller 120 access services device and corresponding content is downloaded in request.

Thus, when download start time, controller 120 generates download scenarios display screen that mark downloads at least one among the degree for the treatment of of selected content, expection shut-in time, content characteristic information and content source information as the second screen 20 and is presented on the second transparent display layer 110-2.

As shown in Figure 9, when the first and second transparent display layer 110-1,110-2 show different screen 10,20 respectively, the screen combined with two screens 10,20 can be identified from the standpoint (standpoint) of user, as shown in Figure 9.Therefore, by differently identifying with previous screen 10 information that content downloads, recognition performance can be strengthened.

Although Fig. 9 illustrates transparent display and is implemented as cell phone, this operation of Fig. 9 also can perform with unified method in other various types of transparent displays and electronic equipment.

Fig. 8 with Fig. 9 illustrates the second screen 20 automatic mark information relevant to the first screen.But, differently can generate the second screen 20 in a wide variety of ways according to device situation and the first screen 10.Such as, the second screen 20 can be embodied as the extraneous information screen of at least one comprised in the following: surplus battery quantity, communications status, temporal information, system information, information volume, network connection information, configuration information, date and time information, Weather information, text message receiving status information, missed call information and any other similar and/or suitable information.

Figure 10 is to provide the view of the operation of the transparent display used in impression window illustrated according to embodiment of the present disclosure.

With reference to Figure 10, transparent display comprises the first and second transparent display layer 110-1, the 110-2 of the windowed format of arranged in succession.Therefore, as shown in Figure 10, the authentic image of the first and second screens 10,20 the first and second transparent display layer 110-1,110-2 shown respectively and the object 30 be arranged on the rear area of transparent display 100 is watched all sidedly by user.

First and second screens 10,20 can be displayed in nearer distance, install the description be relative to each other simultaneously.Such as, the first screen 10 can be shown as specific text, and the second screen 20 can be shown as the arrowhead form around the first screen 10.Thus user can recognize that the product indicated by the text of the first screen 10 is placed on the direction of arrow side of the second screen 20 intuitively.

As mentioned above, the first screen 10 and the second screen 20 can be displayed on different display layer 110-1,110-2 in various position by various form.The transparent display layer of display on the first screen 10 and the second screen 20 can be handled according to user and mutually be changed.

In the above-described embodiments, transparent display can adjust separately the indicating characteristic of each screen according to around situation information.Around situation information can be ambient illumination intensity, weather, current time, the number of surrounding objects and any other similar and/or suitable information.In addition, indicating characteristic can be transparency, color, size, display position, displaying time, display shape and resolution.Such as, when in the daytime, controller 120 color that dense primitive color marks the first and second screens 10,20 strengthens recognition performance.

In addition, controller 120 can adjust the resolution of the screen shown in various transparent display layer respectively to determine focus.When the resolution of the screen shown on third layer (not shown) is adjusted to clear, and the resolution of screen of display is adjusted to when not knowing on other layers, the screen in third layer can the most recognized by the user go out.The focus that controller 120 can be determined about every one deck according to the activation situation of each application.Such as, when the enforcement window of the word program shown in third layer is activated, then the resolution of this enforcement window is clear, and other screens are shown unclear.Therefore, the indicating characteristic of each screen can be adjusted variedly according to situation.

In addition, controller 120 can adjust the resolution of each screen according to customer location.Transparent display 100 also can comprise sensor (not shown) and come sensing user position.This sensor can be embodied as motion sensor, infrared (IR) sensor or any similar and/or suitable sensor.The controller 120 of transparent display 100 is by utilizing this sensor to determine which transparent display layer among multiple transparent display layer is closer to user.Controller 120 can adjust the indicating characteristic of the screen that each transparent display layer shows according to this determination result.Such as, controller 120 can be asserted the resolution of the screen shown in rear side transparent display layer higher than the resolution of the screen shown in the transparent display layer towards customer location direction.Therefore, user clearly can identify the screen in the display of longer distance.In addition, when implementing, controller 120 prevents more greatly the deterioration of the recognition performance caused due to distance difference by the size of rear side screen being generated as, and by according to and the brightness that adjusts each screen of the distance of user perspective is provided.

Figure 11 and Figure 12 is to provide the view of the mutual conversion operations of the layer illustrated according to the multiple screen of the display of embodiment of the present disclosure.

While the first and second screens 10,20 are displayed in different transparent display layer, when the second event occurs, one of first and second screens 10,20 can be shown predetermined time by the controller 120 of transparent display 100 in different transparent display layer, or can revise all display layers of two screens.Figure 11 illustrates the transparent display layer mutually changing display first screen 10 and the second screen 20 by second event.

Can show the first screen 10 with reference to Figure 11, the first transparent display layer 110-1, and the second transparent display layer 110-2 can show the second screen 20.For the ease of describing, the first and second screens 10,20 are shown in diagram A and B, but the present embodiment is not limited thereto, and the first and second screens 10,20 can be implemented by various form as mentioned above and show or illustrate any suitable content.When there is second event in said circumstances, the first screen 10 is moved and is presented on the second transparent display layer 110-2, and the second screen 20 is moved and is presented on the first transparent display layer 110-1, as shown in figure 11.

Here, second event can be various event.Such as, second event can comprise at least one in the following: the event that executive chairman touches, perform two touch event, perform touches and the event of pull, perform the event of flicking, close default modification time event and generate the event of new notification message.Long touch can be touch the user action that front transparent display layer is longer than Preset Time, and two touch can be touch the user action of twice in succession.Touching and pull can be the user action moving touch point touch layer surface while, and to flick can be the user action of the rapid mobile touch point towards side touch layer surface while.

Although Figure 11 describes the embodiment comprising the first and second transparent display layer 110-1,110-2, can to the conversion of the transparent display layer execution level of any proper number.Such as, about comprising first, second and the 3rd transparent display layer 110-1, 110-2, the transparent display 100 (see Figure 16) of 110-3, when passing through first, second and the 3rd screen 10, 20, 30 be displayed on these layers respectively while touch front side the first transparent display layer 110-1 to input the order one time of conversion screen time, first screen 10 is moved towards the second transparent display layer 110-2 and is shown, second screen 20 is moved by towards the 3rd transparent display layer 110-3 and shows, and the 3rd screen 30 is moved towards the first transparent display layer 110-1 and is shown.When again inputting the order of conversion screen, can by the display layer of unified schema modification first, second, and third screen 10,20,30.

In addition, in the transparent display 100 comprising first, second, third and fourth transparent display layer 110-1,110-2,110-3,110-4, the first screen 10 can be displayed on the first transparent display layer 110-1 and the second screen 20 can be displayed on the 3rd transparent display layer 110-3.If the order of input conversion screen, then the second screen 20 is moved and is presented on the first transparent display layer 110-1, and the first screen 10 is moved and is presented on the 3rd transparent display layer 110-3.Thus, can according to the pattern preset mobile also display screen between multiple transparent display layer.

With reference to Figure 12, illustrate and change and use the example of the operation of screen display layer.First, " A " content screen is displayed in the first transparent display layer as the first screen 10, and contents list is displayed in the second transparent display layer as the second screen 20.

When user touches (T) first screen 10, the layer showing the first screen 10 and the second screen 20 is changed mutually.Thus the second screen 20 comprising contents list is displayed on front (front face).The content that user can select him to want from contents list.As shown in figure 12, if user touches " B " in (T) contents menu, then transparent display 100 is closed the broadcasting of " A " content and is play " B " content.Along with this operation, as shown in figure 12, the second screen 20 is moved to the second transparent display layer of rear side by transparent display 100, and " B " content is presented on the first transparent display layer 110-1 as the first screen 10.

Meanwhile, as shown in figure 12, when the first and second screens 10,20 are displayed on position mutually corresponding in different layers, user may be difficult to identify the first screen and the second screen respectively, because two screens are overlapping.Therefore, the indicating characteristic of the first screen can be adjusted to the indicating characteristic being different from the second screen by transparent display 100.Here, indicating characteristic can be transparency, color, size, display position, displaying time, display shape and resolution.The indicating characteristic of each screen of transparent display 100 adjustable and carry out showing that user can be recognized and generate rear screen, the simultaneously visual field of not visually interference user.Such as, if with dense color display forth screen, simultaneously with screen after the display of relatively gentle color, then user recognizes different with ambient color from the color of the part of rear screen overlay, and watch intuitively and generate another screen at rear side, and interference can not be had to viewing forth screen.

Although Figure 12 describes the embodiment selecting alternately to change the display layer of two screens according to user, the display layer of each screen is changed in the selection by user in succession.

Figure 13 is to provide the view by utilizing multiple transparent display layer to perform the operation of conversion page according to embodiment of the present disclosure is described.

With reference to Figure 13, transparent display 100 is selected to implement function and display screen according to user.In the process, if the screen that will show is made up of multiple page, then first show a page among them.In fig. 13, for convenience of explanation, the screen first shown is illustrated as first page screen 1300-1.The layer of display first page screen 1300-1 can be different according to user's setting value or default value, but Figure 13 illustrates first page screen 1300-1 and is displayed on the first transparent display layer 110-1 of front side.

In this case, when the first user that some place of user in first page screen 1300-1 performs touch (T) is handled and pulls toward the direction, transparent display 100 shows next page according to tow direction on the first transparent display layer 110-1, i.e. the second page screen 1300-2, and on the second transparent display layer 110-2, show first page screen 1300-1, as shown in figure 13.When first user manipulation performs in this case in succession, according to tow direction, 3rd page screen 1300-3 and the 4th page screen 1300-4 is presented on the first transparent display layer 110-1 in succession, and the second page screen 1300-2 and the 3rd page screen 1300-3 of previously display are switched (shift) and are presented on the second transparent display layer 110-2, as shown in figure 13.

Thus user handles conversion page screen by utilizing first user.Simultaneously, as shown in figure 13, when the second user performing user executive chairman's touch (T) on screen while display the 4th page screen 1300-4 handles, the 3rd page screen 1300-3 that second transparent display layer 110-2 shows is moved and is presented on the first transparent display layer 110-1, and the 4th page screen 1300-4 shown on the first transparent display layer 110-1 is moved and is presented on the second transparent display layer 110-2, as shown in figure 13.When again performing first user in this case and handling, again perform conversion of page towards tow direction.4th page screen 1300-4 is displayed on the first transparent display layer 110-1, and the 5th page screen 1300-5 is displayed on the second transparent display layer 110-2, as shown in figure 13.

Although the user that Figure 13 illustrates two types handles, the type that user handles can be implemented variedly.Meanwhile, the display position of the screen multiple transparent display layer 110-1,110-2 shown can with overlap each other.In the case, the various indicating characteristics of the such as color of transparent display 100 adjustable two screens, resolution, size, displaying time, font and clear degree and so on, are identified as a screen to make two screens.

Figure 14 is to provide the view generating the operation of a screen by being combined in the screen that multiple transparent display layer shows according to embodiment of the present disclosure is described.

With reference to Figure 14, the first screen 10 that the first transparent display layer 110-1 shows is shown as text, and the second screen 20 shown on the second transparent display layer 110-2 is shown as rear window (back window) shape.Rear window can be expressed as opaque color, has an X-rayed to prevent the object being placed on rear side to be known and makes the first screen 10 chaotic.Such as, if the text of the first screen 10 is yellow, then the second screen 20 can be the single window of black.In the case, because the text that user identifies the first screen 10 is written on the second screen 20, so recognition performance can be strengthened.Thus transparent display 100 is by suitably combining the indicating characteristic of each screen to provide the screen of various form.

Figure 15 is to provide the view providing the embodiment of feedback effects according to user's touch according to embodiment of the present disclosure is described.

With reference to Figure 15, when user touches touch point (T) on the first transparent display layer 110-1 of front side while the first and second transparent display layer 110-1,110-2 are by arranged in succession, show at rear side and the region corresponding with touched point on the second transparent display layer 110-2 touch corresponding feedback effects 40 with user.Feedback effects can be the graph image visually notifying to perform touch.Such as, can in the predetermined radii based on touch point (T) color display, or can certain thing of display description blast image, as shown in figure 15.Such feedback effects 40 can be marked immediately when performing and touching, and disappears gradually or promptly.Meanwhile, describing although above is that as described above, the number of transparent display layer can be embodied as more than three or any suitable numbers based on the transparent display 100 comprising two transparent display layer.

Figure 16 A and Figure 16 B is to provide to illustrate the view of the operation of layer that screen among according to the multiple transparent display layer of the conversion of embodiment of the present disclosure will be labeled.

With reference to figure 16A and Figure 16 B, transparent display 100 comprises n transparent display layer 110-1 ~ 110-n.The controller 120 of transparent display 100 shows the first screen 1600 according to user's input on the first transparent display layer 110-1.First screen 1600 comprises multiple object 1610,1620.Here, object can be various types of, and what such as image, picture, text, pop-up window, banner window, media play window or any other class Sihe were suitable can display object.An object in tangible first screen 1600 of user, or touch the point not having tagged object in the first screen 1600.Figure 16 A illustrates the situation touching an object 1610 in the first screen 1600.

The object 1610 be touched moves and is shown to another transparent display layer of placing lower than the first transparent display layer 110-1 by controller 120.The feature that the degree of depth of the transparent display layer that object is moved can touch according to user is determined.The feature that user touches can be user's touch pressure, touches execution time, touch speed, touch number and any other similar and/or suitable feature.With reference to figure 16B, the object 1610 be touched is moved from the first transparent display layer 110-1 and is shown to the 3rd transparent display layer 110-3.If perform touch with larger pressure, then object can be moved to the layer lower than the 3rd transparent display layer 110-3.Thus the object 1610,1620 of display in a screen 1600 can be selected be distributed and be shown to other transparent display layer according to user.

Meanwhile, when touch in the first screen 1600 there is no a point of tagged object time, whole first screen 1600 can be moved and be shown to the transparent display layer with the degree of depth corresponding with the feature that user touches.

Thus, for each screen or each object, can select to change display layer according to user.In order to change display layer, controller 120 can use frame buffer.Such as, when transparent display 100 is implemented as the form of Fig. 3, if the screen shown on the first transparent display layer 110-1 is requested move to the second transparent display layer 110-2, then controller 120 by the first frame buffer 132 store data Replica to the second frame buffer 135.Controller 120 can control the second display driver 136 and the data copied on second frame buffer 135 are transported to the second transparent display layer 110-2.If request is separated in some in the object of display in a screen, then the data that controller 120 is input to the first video-stream processor 131 by the data or use reading storage in the first frame buffer 132 extract the object that will be separated.Second video-stream processor 134 can process the data about the extracted object that will be separated, and can generate the view data about corresponding object, and they can be stored in the second frame buffer 135.Therefore, the object of separation can be displayed on the second transparent display layer 110-2.

Meanwhile, if connotation (deliver meaning) expressed respectively by the screen shown in different transparent display layer, then, when the location overlap of screen, rear screen can be covered by forth screen.In the case, as shown in Figure 11, can handle according to user the display layer of conversion screen, and rear screen can be watched.But, according to another embodiment, be also embodied as the shape by revising forth screen, size and/or position to watch rear screen.

Figure 17 is to provide the view of the screen conversion operation while multiple transparent display layer respectively display screen illustrated according to embodiment of the present disclosure.

The left side of Figure 17 illustrates the shape of the screen shown respectively on the first and second transparent display layer 110-1,110-2, and the whole screen of display 110 that the right diagram of Figure 17 is watched from the standpoint of user.With reference to figure 17A, when the first and second screens 10,20 by be presented at respectively the first and second transparent display layer 110-1,110-2 unified position time, then the second screen 20 can be covered by the first screen 10.Thus, from the angle of user, only watch the first screen 10, as shown in figure 17.

When user touches the first screen 10 a part of in this case, while the shape of the first screen 10 is modified, the second screen 20 is exposed.The shape of the first screen 10 can be revised variedly according to touched point.If top point is touched, then the first screen 10 is modified to just looks like that its top slides backward like that, thus the second screen 20 is exposed.First screen 10 can keep its amendment in user's touch and can turn back to virgin state immediately when user touches and be lifted while performing.Or the first screen 10 can be modified predetermined time after user touches, and then can turn back to virgin state.

When touching the below point on the first screen 10 in this case as user, it just looks like that its underpart is being rolled like that backward that the first screen 10 is modified to, and the second screen 20 is exposed, thus the second screen 20 is exposed to the eyes of user.Thus user can confirm each screen.Meanwhile, according to another embodiment, to revise the display situation of each screen according to rotational condition by sensing the rotation of transparent display.

Figure 18 is to provide the view operated according to the screen conversion when transparent display rotates of embodiment of the present disclosure is described.

With reference to Figure 18, transparent display 100 also can comprise the sensor (not shown) of the rotational condition of sensing transparent display.Transparent display 100 shows the first screen 10 and on the second transparent display layer 110-2, shows the second screen 20 on the first transparent display layer 110-1, and device 100 is rotated 180 ° by user from right to left.When from rear side viewing screen 10,20, identify the display of horizontal inversion.When sensing rotation, controller 120 level or vertically change at least one in the first screen 10 and the second screen 20 to correspond to rotational condition and to show.In figure 18, flatly conversion and with rotate before the viewing display screen 10,20 uniformly of front side.

Figure 18 illustrates and changes from right to left.But the present embodiment is not limited thereto, and if from left to right perform rotation, or perform rotation from top to bottom, then can rearrange the display situation of screen to be suitable for rotational condition, so that user can watch the screen suitably arranged.Meanwhile, watch a screen in related display apparatus while, another screen is shown extraly, and user may experience anxiety, because the render time of another screen is longlyer colored.Thus according to another embodiment, transparent display 100 can use multiple transparent display layer and carry out processing to make user can not recognize delay during screen display process.

Figure 19 is to provide the view of the operation that the screen shown in multiple transparent display layer according to the conversion of embodiment of the present disclosure is described.

With reference to Figure 19, when the event of display second screen 20 occurs while the first screen 10 is displayed on the first transparent display layer 110-1, the controller 120 of transparent display 100 starts to play up the second screen 20 as shown in figure 19.Second screen 20 is displayed on the second transparent display layer 110-2 lower than the first transparent display layer 110-1.Second screen 20 by the position of being covered by the first screen 10 of playing up among the whole region of the second transparent display layer 110-2, that is, corresponding with the first screen 10 position.Basis that can be online performs in succession and plays up.

As shown in figure 19, controller 120 plays up at the second screen 20 the first screen 10 keeping while processed being presented on the first transparent display layer 110-1.Thus, because the second screen 20 cover by the first screen 10, so user visually can not see delay during the procedure for displaying of the second screen 20.When having played up, controller 120 has been removed the first screen 10 and has been exposed to the second screen 20 of display on the second transparent display layer 110-2.Thus the second screen 20 is displayed, and user can not watch render process.Meanwhile, as mentioned above, transparent display can be embodied as various types of equipment.

Figure 20 is to provide to illustrate and is embodied as a view for the operation of the transparent display of type display device according to embodiment of the present disclosure.

With reference to Figure 20, transparent display 100 is implemented as the desk comprising table support plate and table leg.Display 110 is disposed on table support plate.As mentioned above, display 110 comprises multiple transparent display layer 110-1 ~ 110-n.Controller 120 is display screen 2010,2020,2030,2040 in each of layer 110-1 ~ 110-n.Controller 120 when event occurs according to event display screen 2010,2020,2030,2040.According to embodiment, the display packing of each screen can be implemented variedly.

Figure 20 illustrates an embodiment, wherein, while on the first transparent display layer 110-1 that the first screen 2010 is displayed on as the top layer, controller 120 is by considering differently to be set in the relevance of the first screen 2010 display position of the screen 2020,2030,2040 that more underlying layer shows.Such as, when second screen 2020 relevant to the first screen 2010 is displayed on the second transparent display layer 110-2, then the second screen 2020 can be shown as making its part overlapping with the first screen 2010, and can be displayed on not with on the first and second screens 2010,2020 overlapping positions with incoherent third and fourth screen 2030,2040 of the first screen 2010.Second screen 2020 relevant to the first screen 2010 indicates the enforcement screen of the screen of object linking by selecting on the first screen 2010 or the application of interlocking or forms widget.For the part with top screen overlay, differently can establish color or clear degree, with make user can identify intuitively with above and below screen overlapping.

The display layer carrying out conversion screen 2010,2020,2030,2040 according to various methods can be selected according to user.In above-mentioned various embodiment, describe these methods, will not be described further it.In addition, described above is the event of display screen, will not explain.Although Figure 20 describes the transparent display of desk form, but transparent display can be embodied as various types of electronic equipments of application and use in the various regions of such as furniture, window, transparent doors, framework, impression window and wall and so on, and any other similar and/or suitable electronic equipment.

Figure 21 is to provide the block diagram of the formation of the transparent display illustrated according to various embodiment of the present disclosure.

With reference to Figure 21, transparent display 100 comprises display 110, controller 120, image processor 130, memory storage 140, touch sensor 150, communicator 160, GPS (Global Positioning System, GPS) receiver 171, DMB (Digital Multimedia Broadcasting, DMB) receiver 172, the first to the m motion detection sensor 180-1 ~ 180-m, audio process 190, loudspeaker 191, button 192, USB (universal serial bus) (Universal Serial Bus, USB) port one 93, camera 194 and microphone 195.

Display 110 comprises multiple transparent display layer, and each transparent display layer is by being controlled display screen separately by controller 120.Described in the embodiments formation and the operation of display 110 at above-mentioned several, will not be described further it.

The touch that touch sensor 150 carrys out sensing user by the utilization touch sensor be arranged at least one deck among multiple transparent display layer is handled.Touch sensor 150 can the touch sensor of mounting arrangements on the layer of the top, or be arranged in all touch sensors on the top layer and bottom layer.Utilize the touch-sensing method of touch sensor to be described in the description of Fig. 7, will not be described further it.

Multiple motion detection sensor 180-1 ~ 180-m can sense the rotation of transparent display 100 and the sensor of customer location.Detect to allow sensor and rotate, geomagnetic sensor, acceleration transducer and gyro sensor can be used.Acceleration transducer exports the sensing value corresponding with acceleration of gravity, and acceleration of gravity changes according to the degree of tilt of the equipment adhered to sensor.Gyro sensor examines or check the sensor of angular velocity by measuring the Coriolis force applied towards velocity reversal when in rotary moving generation.Geomagnetic sensor is the sensor of detection side's parallactic angle.In order to allow sensor senses user position, infrared sensor and photodiode can be used.

Controller 120 is controlled image processor 130 according to the sensing result sensed by touch sensor 150 and multiple motion detection sensor 180-1 ~ 180-m, the manipulation to button 192, the user movement attitude utilizing camera 194 to obtain and the voice command that utilizes microphone 195 to obtain and show various screen in each transparent display layer.

Controller 120 is by utilizing the program and data that store in memory storage 140 to control each unit.Such as, controller 120 is by communicator 160 and external unit executive communication.Communicator 160 is the hardware cells according to various types of communication means and various types of external unit executive communication.Communicator 160 comprises various communication chip, such as WiFi chip 161, Bluetooth chip 162, near-field communication (Near Field Communication, NFC) chip 163 and wireless communication chips 164.

WiFi chip 161, Bluetooth chip 162 and NFC chip 163 are respectively according to WiFi method, bluetooth approach and the executive communication of NFC method.NFC chip 163 indicates the chip operated according to the NFC method of the 13.56MHz bandwidth used among various radio-frequency (RF) identification (Radio Frequency-Identification, the RF-ID) frequency bandwidth of such as 135kHz, 13.56MHz, 433MHz, 860 ~ 960MHz and 2.45GHz and so on.When using WiFi chip 161 or Bluetooth chip 162, can first send and/or receive various link information, such as service set (Service Set Identification, and session key SSID), then by utilizing this information to connect communication, and can send and/or receive various information.Wireless communication chips 164 is according to such as IEEE (Institute for Electrical and Electronics Engineers, IEEE), Zigbee, the 3rd generation (3rd Generation, 3G), 3G partner program (3G Partnership Project, 3GPP) carry out executive communication with the various communication standards of Long Term Evolution (Long Term Evolution, LTE) and so on.Controller 120 can show the data received from external unit by communicator 160 in each transparent display layer.

Meanwhile, gps receiver 171 receives gps signal from gps satellite and measures the unit of the current location of transparent display 100.When navigation feature is implemented, controller 120 calculates current location by utilizing the gps signal received by gps receiver 171, and can show the Route guiding screen of reflection current location in one of transparent display layer.In the case, controller 120 can in underlying layer map screen, and the guide screen that up layer shows paths.Thus user can watch the navascreen providing dimension sense.

DMB receiver 172 receives and processes the hardware cell of DMB signal.When DMB Function implementation, controller 120 can show DMB and receive screen in one of transparent display layer.If DMB signal has been added script (script), then controller 120 separable go out script and on display layer different from each other display script and picture frame.Such as, picture frame can be displayed in underlying layer, and script can be displayed on the layer of top.Therefore, user can identify the script with higher dimension sense.

Image processor 130 performs the role being created on the screen that each of transparent display layer 110-1 ~ 110-n shows as mentioned above.Image processor 130 can be formed as shown in Figure 3.But image processor is not limited thereto, and can implement by any similar and/or suitable mode.Image processor 130 also can install various unit, such as to the codec of coding video data or decoding, resolver, scaler, noise filter and frame rate conversion module.In addition, image processor 130 can be implemented as the frame buffer of use one associating, divides buffer area, and uses each transparent display layer, and do not use the frame buffer be arranged separately in each transparent display layer in Fig. 3.

Audio process 190 is the hardware cells performing processing audio data.Audio process 190 can perform the various process about voice data, such as, decode, amplify and noise filtering.When the content comprising voice data is play, controller 120 can display the play while screen and control audio process 190 output audio signal in one of multiple transparent display layer.Sound signal is provided to loudspeaker 191, and is output.If multiple content is play respectively and is presented in different transparent display layer, then controller 120 can control audio process 190 process with as the corresponding sound signal of the content that the first transparent display layer of the top layer shows.

Loudspeaker 191 exports various audio warning and speech message and the hardware cell of the voice data of process in audio process 190.Button 192 can be various types of buttons that the region of such as front side, the sectional side and rear side and so on of outer body in transparent display 100 is formed, such as mechanical button, touch pad or wheel.USB port 193 is by USB cable and various external unit executive communication.Camera 194 is the hardware cells taking rest image or video according to the control of user.Camera 194 can be embodied as front side camera and rear side camera.Microphone 195 is the hardware cells receiving user speech or other sound and convert thereof into voice data.The user speech inputted by microphone 195 while controller 120 can be used in calling, or can user speech be converted to voice data and be stored in memory storage 140.

When camera 194 and microphone 195 are included, controller 120 can carry out executivecontrol function according to the user speech inputted by microphone 195 or by the user movement that camera 194 identifies.Transparent display 100 with motion control pattern or Voice command pattern and can be touched by user or Normal Mode Operation that push-button control controls.When operating in motion control pattern, controller 120 takes user by activating camera 194, follows the tracks of the change of user movement, and performs corresponding control operation.When operating in Voice command pattern, controller 120 can operate with speech recognition mode, the user speech that this speech recognition mode analysis is inputted by microphone 195 and carry out executivecontrol function according to analyzed user speech.

In addition, the various external input ports for being connected with the various external modules of such as earphone, mouse and LAN and so on can also be arranged.The aforesaid operations of controller 120 can be performed by the program stored in memory storage 140.Memory storage 140 can store the OS software for driving transparent display 100, various application, input or the various data of establishing, content, touch attitude, athletic posture, voice command and event information while practicing.The general operation of controller 120 by using the program of various storage to control transparent display 100.

Controller 120 comprises random access memory (Random Access Memory, RAM) 121, ROM (read-only memory) (Read Only Memory, ROM) 122, timer 123, main central processing unit (Central Processing Unit, CPU) 124, the first to the n-th interface 125-1 ~ 125-n and bus 126.RAM 121, ROM 122, timer 123, host CPU 124 and the first to the n-th interface 125-1 ~ 125-n are by bus 126 and be connected to each other.The first to the n-th interface 125-1 ~ 125-n is connected with above-mentioned various unit.One of interface can be the network interface being connected to external unit by network.Host CPU 124 by access to storage device 140 and use in memory storage 140 store OS perform startup (booting).In addition, host CPU 124 performs various operation by utilizing various programs, content and the data stored in memory storage 140.

ROM 122 stores the command set being used for system and starting.When input open order and when supplying electric power, host CPU 124 according to the order of the storage in ROM 122 by memory storage 140 store OS copy to RAM 121, and by implement OS carry out start up system.When startup completes, host CPU 124 by memory storage 140 store various application copy to RAM 121, and by enforcement RAM121 in the application program copied perform various operation.

When being sensed various types of user by multiple motion identification sensor 180-1 ~ 180-m, button 192, camera 194 and microphone 195 and handling, by utilizing sensing result to determine, whether the event of mating with the event information stored in memory storage 140 occurs host CPU 124.In addition, host CPU 124 by utilize by other unit senses to sensing result determine whether event occurs.As mentioned above, event can be established variedly.Such as, event can be perform event, the event of input motion attitude and voice command, the event inputting the order practiced, the event of order of input play content, event, the event of generation system notification message, the event communicated with external source and any other the similar and/or suitable event close to the time of presetting or default period that user touches or button is selected.

When an event occurs, host CPU 124 is loaded into RAM 121 the program corresponding with event from memory storage 140 and implements these programs.Host CPU 124 drives image processor 130 according to the enforcement of program, and the screen that display is corresponding with event.

At a screen,---i.e. first screen 10---is while being displayed on the first transparent display layer 110-1, and when the event showing another other screens---i.e. second screen 20---occurs, then host CPU 124 determines the display layer of display second screen.In the case, host CPU 124 is by considering to determine display layer with the relevance of the first screen and the second screen, user to set information and screen size.Thus when the first screen 10 and the second screen 20 are screens of the information of the unified rank of display, host CPU 124 by their displays on the same layer.Such as, when user again inputs the order implementing web browser the first screen 10 is web-browsing screens while, then the second screen 20 can be implemented as web-browsing screen and be displayed in the first same transparent display layer.Simultaneously, when selecting some in the object in the first screen 10 the first screen 10 is web-browsing screens while as user, from the web-browsing screen that the source linked by selected objects is provided,---i.e. second screen 20---is displayed on the layer different from the first screen 10.Thus when the first screen 10 is displayed on the layer of top, the first screen 10 can be moved to underlying layer, and the second screen 20 can be newly presented at above this on layer.

Host CPU 124 can determine the display layer of display second screen 20, and determines size or the display position of the second screen 20 according to user's prescribed situation.Thus, when user set the second screen 20 not overlapping with the first screen 10 time, then the second screen 20 can be presented on another location by host CPU 124 while the display position avoiding the first screen 10, and can determine that its size or its shape are in order to avoid overlapping with the first screen 10.In a word, the display layer of each screen, display position and other indicating characteristics can be determined by controller 120.

When at least one in motion detection sensor 180-1 ~ 180-m senses the rotation of transparent display 100 or when being sensed user by touch sensor 150 and touching, the then display layer of the convertible screen of host CPU 124, or according to this rotation or amendment display position and other indicating characteristics can be touched.In above-mentioned various embodiment, specifically describe this operation, will not be described further it.

Meanwhile, host CPU 124 carrys out timing by control timer 123.Thus host CPU 124 determines whether it is long touch by calculating the time keeping user to touch situation, and adjusts screen display layer or other indicating characteristics according to determination result.In addition, can determine whether event occurs according to the timing result of timer 123.

The situation that Figure 21 comprises the various functions of such as communication function, broadcast receiving function, video playback capability and Presentation Function and so on by demonstration transparent display 100 comprehensively illustrates various unit.But the present embodiment is not limited thereto, and transparent display 100 can provide any suitably and/or similar function.Thus, according to embodiment, some in Figure 21 in illustrated unit can be deleted or revise, or other unit can be newly added.Meanwhile, as mentioned above, controller 120 performs various function by the program implementing to store in memory storage 140.

Figure 22 illustrates the software architecture that may be used on transparent display according to embodiment of the present disclosure.

With reference to Figure 22, memory storage 140 can store and comprise basic module 141, sensing module 142, communication module 143, presents the software of module 144, web browser module 145 and service module 146.The signal that each hardware that basic module 141 instruction processing comprises from transparent display 100 transports also sends signal to the basic module of more top module.Basic module 141 comprises memory module 141-1, location-based module 141-2, security module 141-3 and mixed-media network modules mixed-media 141-4.

Memory module 141-1 is the program module of management database (Database, DB) or registration table.Host CPU 124 is by utilizing memory module 141-1 to visit the database in memory storage 140 and can read various data.Location-based module 141-2 is by supporting the program module of location Based service with the hardware interlock of such as GPS chip and so on.Security module 141-3 is the certification of support hardware, request license and the program module of safe storage, and mixed-media network modules mixed-media 141-4 is the module of network enabled connection and comprises DNET module and universal plug and play (Universal Plug-n-Play, UPnP) module.

Sensing module 142 is the modules of information of collecting from various sensor collection information, analysis management.Specifically, sensing module 142 performs to extract the coordinate figure such as performing touch place, the program module of operation of manipulation feature touching moving direction, translational speed and displacement and so on.

Host CPU 124 by the sensing value implementing sensing module 142 the multiple motion identification sensor of analysis and utilization and sense to extract the rotational condition of transparent display 100, customer location and touched point.In addition, according to various embodiment, sensing module 142 can comprise face recognition module, sound identification module, motion identification module and NFC identification module.

Communication module 143 is the modules with outside executive communication.Communication module 143 can comprise such as message device program, Short Message Service (Short Message Service, and multimedia information service (Multimedia Message Service SMS), MMS) the message module 143-1 of program and e-mail program and so on, and the calling module 143-2 of call information collector program module and voice-over ip (IP) (Voice over Internet Protocol, VoIP) module is installed.

Presenting module 144 is the modules generating display screen.Present module 144 and comprise the multi-media module 144-1 playing and export content of multimedia, and perform user interface (UI) the rendering module 144-2 of process UI and figure.Multi-media module 144-1 can comprise player module, Video Camera module and acoustic processing module.Thus multi-media module 144-1 is by generate and view screen and sound perform the various content of multimedia of broadcasting.UI rendering module 144-2 can comprise the image compositer module of combination image, combination and generate the coordinate figure on the screen of display image combinatorial coordinates module, from the X11 module of the various event of hardware acceptance and provide instrument to generate the 2D/3D UI suite of tools of the UI of 2D or 3D form.

When display screen event occur time, host CPU 124 by implement present the transparent display layer determining display screen after module 144 generates screen.Host CPU 124 shows corresponding screen in transparent display layer.Then, when show other screens event occur time, present module 144 determine to show corresponding screen transparent display layer and on determined layer display screen.In addition, such as the operation of screen conversion or the amendment of display situation and so on can perform by presenting module 144.

Web browser module 145 indicates the module visiting web server by performing web-browsing.Web browser module 145 can install various module, and the web of such as generating web page checks module, performs download agent module, bookmark module and web external member (webkit) module downloaded.As mentioned above, the web-browsing screen generated by web browser module 145 can be displayed in transparent display layer.

Service module 146 stores the module handling the program generating screen according to various types of user.Service module 146 can comprise various program module, such as Navigator, content playing program, games, e-book program, calendar program, alarm clock supervisory routine and other forms widgets.Host CPU 124 can show each screen generated by service implementation module 146 in each transparent display layer.Although Figure 22 illustrates various program module, can delete or revise some in various illustrated program module, or new module can be added according to the type and character of transparent display 100.

Figure 23 is to provide the process flow diagram of the display packing of the transparent display illustrated according to various embodiment of the present disclosure.

With reference to Figure 23, transparent display can comprise multiple transparent display layer integrated in succession.While the first screen 10 is displayed on the first transparent display layer 110-1 in operation S2310 when operating event generation in S2320, then on the second transparent display layer 110-2 different from the layer of display first screen 10, show the second screen 20 at operation S2330 place transparent display.The layer of the layer and display the second screen that show the first screen is changed mutually according to user command.

Figure 24 is to provide the process flow diagram operated according to the display of the transparent display of various embodiment of the present disclosure is described.

With reference to Figure 24, when the first and second screens 10,20 are operating while S2410 place is displayed in transparent display layer different from each other respectively when operating S2420 place user and inputting conversion command, changing at operation S2430 place transparent display 100 layer showing the first and second screens 10,20 respectively.Here, input conversion command is one of above-mentioned second event, and layer conversion can perform according to various situation.In addition, each sub-processes can be arranged according to embodiment at operation S2430 place conversion layer.

Such as, when the second event occurs, the first screen 10 showing on the first transparent display layer 110-1 can be arranged on the second transparent display layer 110-2 to show predetermined time.In addition, conversion layer can arrange when the second event occurs the second screen 20 shown on the second transparent display layer 110-2 to be shown predetermined time on the first transparent display layer 110-1, and all such detailed process.Here, certain hour can be keep time of second event, or the time (such as, five seconds) of the establishment of basic time of such as presetting and so on.In above-mentioned various embodiment, describe the type of screen and the operation of conversion screen, will not be described further it.

Meanwhile, when when operating S2440 place and sensing rotation, can to reverse respectively the first screen 10 and the second screen 20 according to rotational condition at operation S2450 place transparent display.Here, reversion instruction screen is reversed in the horizontal or vertical directions and shows, as shown in figure 18.In a word, transparent display is by utilizing multiple transparent display layer to provide the UI of various form.Therefore, it is possible to strengthen the recognition performance of screen, and the various impressions of screen can be provided, which enhance user satisfaction.In addition, in above-mentioned various embodiment, for convenience of explanation, the first screen 10 is described to A and the second screen 20 is described to B, but the first and second screens 10,20 can be implemented by various form.The various embodiments of each screen will be described below.

Figure 25, Figure 26 and Figure 27 illustrate the example of the screen shown in multiple transparent display layer according to embodiment of the present disclosure.

With reference to Figure 25, the first and second screens 10,20 can be described with reference to the specific embodiment of screen and be can be described as the various concrete screen corresponding with specific embodiment.First transparent display layer 110-1 shows the enforcement screen 10 of document preparation program, and the second transparent display layer 110-2 show clipboard screen 20.If user wants to catch specific phrase, chart and image while writing document, then he can perform default touch manipulation in corresponding part.Controller 120 can be handled according to this touch and to be copied by selected portion or to paste clipbook screen 20.Such as, when to perform on special object long touch handle and when have matched about long touch the copy command handled time, while being in statu quo presented at by object on enforcement screen 10, corresponding object can be shown uniformly on clipbook screen 20.In addition, when to perform on special object two touch handle and when have matched about two touch the paste command handled time, corresponding object can be deleted by from implementing screen 10 and be displayed on clipbook screen 20.

User is by changing the layer of display screen clipbook screen 20 is arranged in front side and on rear side of being arranged in by enforcements screen 10.Such as, when user performs touch toward the direction and towing is handled, the layer of display screen is converted.When performing default manipulation on the object of display on clipbook screen 20 in this case, corresponding object can be moved and again be shown to implements screen 10.When document preparation program is implemented, clipbook screen 20 by being effected automatically with this programed interlocking, or is optionally implemented by user command.

With reference to Figure 26, illustrate display icon display screen and the embodiment of enforcement screen that occurs by selecting icon in transparent display layer different from each other respectively.Transparent display 100 can show the rear projection screen 10 comprising various icon in usual standby situation.Rear projection screen 10 can be displayed on can direct sensing touch the top layer on, that is, the first transparent display layer 110-1.When an icon 2 receives user's touch (T) in this case, transparent display 100 is implemented the application corresponding with icon 2 and generates to implement screen 20.This moment, transparent display 100 shows on the first transparent display layer 110-1 implements screen 20, the previous rear projection screen 10 shown on the first transparent display layer 110-1 is moved and is presented on the second transparent display layer 110-2 simultaneously.Thus transparent display 100 direct sensing can touch enforcement screen 20 to user.When user completes enforcement screen 20, transparent display 100 is removed and is implemented screen 20, is moved by rear projection screen 10 and is again shown to the first transparent display layer 110-1.Although Figure 26 describes operation during selective gist icon, similar operation can be performed when selecting folder icon or file icon.Such as, when selecting folder icon, can the screen of the list of the file that show tags stores in this file on the first transparent display layer 110-1 immediately.

With reference to Figure 27, illustrate the embodiment that display user can set the setting screen of the various functions in transparent display 100.When user's selection function setting menu, transparent display 100 shows on the first transparent display layer 110-1 implements screen 10, and checks screen 20 fast according at the Fumction display implementing screen 10 is established on the second transparent display layer 110-2.As mentioned above, because divide out execution image procossing for the first and second transparent display layer 110-1,110-2, so can only be modified in according in the setting value implementing screen 10 is established the indicating characteristic checking screen fast that the second transparent display layer 110-2 shows, the indicating characteristic implementing screen 10 is remained virgin state simultaneously.Such as, when user according to implement screen 10 adjust such as color, resolution, size and clear degree and so on various indicating characteristic time, transparent display 100 generates check screen 20 fast and by this screen display on the second transparent display layer 110-2 by being applied in the value implementing amendment on screen 10.In order to while setting, screen 20 is checked in viewing fast, transparent display 100 can be arranged the position of enforcement screen 10 and check the position of screen 20 fast in order to avoid overlap each other.Therefore, user can confirm the change checking screen 20 fast immediately while being set by a display 110.

In a word, each screen transparent display layer shown can be implemented variedly.Thus as mentioned above, picture frame and script can be separated and be presented in transparent display layer different from each other, or rear projection screen and personage can be separated and are presented in transparent display layer different from each other from a picture frame, this provide dimension sense.

The screen that underlying layer shows can be that information is ejected in various application, and such as message arrives report, unread message number, Email arrive report, do not read Email number, calling stand-by time, call connection time, alarm clock prescribed situation, alarm clock retention time, nap Applicative time, music time, video playback time, total list amount, application upgrade display, file amendment request display, download process display and idle use amount and show.In addition, can show to provide and eject information about residual capacity of battery, volume, antenna strength and the system of the information of regional area that cannot receive.

In addition, controller 120 can be stored in the various situations of the screen that transparent display layer shows in memory storage 140, such as type, stacking, color and size, and can adjust the indicating characteristic of the screen shown in the transparent display layer of below according to situation.Such as, the controller 120 adjustable color different from top screen or text generates below screen and the position of adjustable screen above not showing---namely not with the position of top screen overlay---screen below show.In above-mentioned various embodiment, specifically describe this operation, will not be described further it.Meanwhile, in another embodiment, artisanal operation screen and cooperation operation screen can be provided respectively by utilizing transparent display.

Figure 28 is the block diagram of the transparent display according to embodiment of the present disclosure.

With reference to Figure 28, transparent display 100 comprises transparent display 110, controller 120, image processor 130, first sensor 150-1 and the second sensor 150-2.Transparent display 110 has transparent attribute, thus can see image through it.Transparent display 110 can be embodied as planar in form.First sensor 150-1 sensing is input to the touch of the first surface in two surfaces of transparent display 110, and the second sensor 150-2 sensing is input to the touch of the second surface different from first surface of transparent display 110.First and second sensor 150-1,150-2 can be embodied as touch sensor.

Image processor 130 generates various screen and generated screen is supplied to transparent display 110 under the control of controller 120.Specifically, " artisanal operation screen " refers to a surperficial controlled screen of two of transparent display 110, and " cooperation operation screen " refers to whole two controlled screens of transparent display 110.Individual and cooperation operation screen can respectively various types of screen, such as application execution screen, web browser screen, content of multimedia playback screen, icon display screen naturally, etc.

Controller 120 can be selected on transparent display 110, show at least one in individual and cooperation operation screen according to user.When showing artisanal operation screen, controller 120 controls the display of artisanal operation screen according to the touch of the direction input to display artisanal operation screen.Such as, when document preparation program is provided as artisanal operation screen, the touch that controller 120 can input according to the surface to the display artisanal operation screen among two surfaces of transparent display 110 shows various text etc. or Edit Document in artisanal operation screen.Thus artisanal operation screen is controlled by an only user.

On the contrary, when providing document preparation program on cooperation operation screen, controller 120 can show various text or can Edit Document according to the touches of whole two the surface inputs to transparent display 110 in cooperation operation screen.That is, toward each other and the first user on the intervenient first surface direction of transparent display 110 and the second user on second surface direction can by touching cooperating control cooperation operation screen on screen.Artisanal operation screen can comprise nontransparent background area to prevent in opposition side perception, and cooperation operation screen can comprise transparent background region with enable in opposition side perception.

Figure 29 illustrates individuality according to embodiment of the present disclosure and cooperation operation screen in detail.

With reference to Figure 29, the artisanal operation screen 2910 of transparent display is in first surface direction that is front upwards by successful perception, and this is upwards only counted as nontransparent rear projection screen in second surface direction that is rear.On the contrary, as the cooperation operation screen 2920 with transparent background region, front to rear to both on all may perceive this screen.The sole difference watched from rear is the object 2921,2922 cooperation operation screen 2920 is reversed left to right.For convenience of explanation, except the difference of the background area in artisanal operation screen and cooperation operation screen, the screen shown in Figure 29 has identical layout and object.In order to provide nontransparent and transparent background area, transparent display 110 can comprise two transparent display layer.

Figure 30 and Figure 31 is to provide the view for utilizing two transparent display layer to show the method for individuality and cooperation operation screen according to embodiment of the present disclosure is described.

With reference to Figure 30, transparent display 110 comprises sequentially mutually stacking the first and second transparent display layer 110-1,110-2.As explained above, because the first and second transparent display layer 110-1,110-2 both have transparent attribute, even if so when having mutually stacking multiple layers, also perspective is to the background of transparent display 100.Below by the formation of not redundant description transparent display 110, but with reference to above with reference to the detailed description that figure 3, Fig. 4 and Fig. 5 provide.

When showing artisanal operation screen on the first transparent display layer 110-1, controller 120 can carry out controlling to make the specific region corresponding with artisanal operation screen among the Zone Full of the second transparent display layer 110-2 become opaque.When the second transparent display layer 110-2 comprises multiple LCD pixel, controller 120 is by applying driving voltage to each pixel cell and thus stoping light to penetrate and make this region be opaque.

With reference to Figure 31, controller 120 display screen and to control the second transparent display layer 110-2 be transparent, all to perceive from whole both direction the screen shown at the first transparent display layer 110-1 on the first transparent display layer 110-1.When the manipulation that first user is preset for the input of cooperation operation screen, the left and right sides of cooperation operation screen put upside down by the controlled imaged processor 130 of controller 120.Such as, can in response to touch cooperation operation screen and to certain orientation movement user flick or pull cooperation operation screen reversed left to right.As explained above, about transparent display 110 toward each other and intervenient first and second users of transparent display 110 can put upside down the left and right sides of cooperation operation screen as required, with by the text in cooperation operation screen or image alignment to the direction being suitable for watching.

On the contrary, when the manipulation that the second user presets for the input of cooperation operation screen, cooperation operation screen can be changed to artisanal operation screen by controller 120.Such as, when user makes long touch manipulation on cooperation operation screen, screen can change to artisanal operation screen.Figure 30 and Figure 31 illustrates the example that whole screen is implemented as artisanal operation screen or cooperation operation screen.But artisanal operation screen or cooperation operation screen can be only partially shown on screen, or are presented at together in a screen.Meanwhile, the transparent display layer except two can be had.Such as, three transparent display layer can be provided.

Figure 32 is to provide the view for utilizing three transparent display layer to show the method for individuality and cooperation operation screen according to embodiment of the present disclosure is described.

With reference to Figure 32, transparent display 110 can comprise first, second, and third display layer 110-1,110-2 and 110-3.Second transparent display layer 110-2 of centre can control as transparent or opaque by controller 120.That is, controller 120 can control the region (I) corresponding with artisanal operation screen and become opaque, controls the region (II) corresponding with cooperation operation screen simultaneously and becomes transparent.

The upper area (I) that Figure 32 particularly illustrates the second transparent display layer 110-2 is changed to opaque, and lower zone (II) is changed to transparent example simultaneously.Controller 120 can show the first artisanal operation screen 3210 on the upper area of the first transparent display layer 110-1, shows cooperation operation screen 3220 on lower zone simultaneously.In addition, the second artisanal operation screen 3230 can be displayed on the upper area of the 3rd transparent display layer 110-3.

Figure 32 also illustrates the screen of perception on the first direction of transparent display 110.The first artisanal operation screen 3210 with nontransparent background area (I) and the cooperation operation screen 3220 with transparent background region (II) can by together with show.The second artisanal operation screen 3230 with nontransparent background area (I) and the cooperation operation screen 3220 with transparent background region (II) can by together with show in a second direction.The cooperation operation screen 3220 perceived in a second direction is reverse relationship with the cooperation operation screen 3220 perceived in a first direction.

Thus the first user on first direction can use the first artisanal operation screen 3210 and cooperation operation screen 3220, and the second user in second direction can use the second artisanal operation screen 3230 and cooperation operation screen 3220.Controller 120 touches according to be input to first surface first and controls the first artisanal operation screen 3210, touch according to be input to second surface second and control the second artisanal operation screen 3230, and control cooperation operation screen 3220 both touching according to input in whole both direction first and second.

Utilize multiple transparent display layer to construct the method for artisanal operation screen and cooperation operation screen although Figure 31 and Figure 32 particularly illustrates, a transparent display layer also can be utilized to construct artisanal operation screen and cooperation operation screen.In the case, artisanal operation screen and cooperation operation screen can be shown in each comfortable pellucidity.Controller 120 can control artisanal operation screen according to the touch inputted in one direction, and can control cooperation operation screen according to the touch inputted in whole both direction.

Controller 120 can be handled according to user and optionally show individual and cooperation operation screen.Such as, when when showing the event preset in the state of artisanal operation screen, artisanal operation screen can be changed over cooperation operation screen by controller 120." event " used herein can comprise the input that default user touches manipulation, or changes the selection of menu to screen.

Figure 33 is to provide to illustrate the view of method for changing between artisanal operation screen and cooperation operation screen according to embodiment of the present disclosure.

Figure 33 illustrates artisanal operation screen.Artisanal operation screen has at least one object be presented on opaque background region.Artisanal operation screen can add the menu 3310 changing screen.When user touches menu 3310 as shown in figure 33, controller 120 can as Figure 33 more below as shown in artisanal operation screen is changed over cooperation operation screen.Or, when user touch artisanal operation screen as shown in figure 33 and clockwise or be rotated counterclockwise it time, then the background area of artisanal operation screen can be changed to pellucidity by controller 120, and artisanal operation screen is changed over cooperation operation screen, as more shown in below of Figure 33.In another embodiment, user can carry out controlling to make to be shown together with artisanal operation screen by cooperation operation screen by towing artisanal operation screen.

Figure 34 and Figure 35 is provided to the method for showing cooperation operation screen in the side of artisanal operation screen according to embodiment of the present disclosure is described.

With reference to Figure 34, artisanal operation screen 3410 can show scroll bars 3411.The tangible scroll bar 3411 of user also pulls it.Controller 120 can in response to the towing of user mobile artisanal operation screen 3410, the simultaneously extra display cooperation operation of the side at artisanal operation screen 3410 screen 3420.Although Figure 34 illustrates the example that scroll bar 3411 is displayed on the top center region of artisanal operation screen 3410, cooperation operation screen 3420 is by square upward sliding from the top down accordingly, and scroll bar 3411 can be differently positioned.

With reference to Figure 35, illustrate the situation that scroll bar 3411 is displayed on the central authorities of the right hand edge of artisanal operation screen 3410.Thus when user touches scroll bar 3411 and pulls it to the left, in response to this towing, cooperation operation screen 3420 is slided by by from right hand edge direction left.Meanwhile, except whole artisanal operation screen is changed to except the situation of cooperation operation screen, transparent display 100 can change over cooperation operation screen in units of object or region.

Figure 36 is to provide the view for the display of the object on artisanal operation screen being put upside down the method to state appreciable in opposition side according to embodiment of the present disclosure is described.

With reference to Figure 36, artisanal operation screen 3600 can comprise multiple object 3610,3620.When user flicks an object 3610, controller 120 controls image processor 130 and rotates to state reversed left to right by by the object 3610 flicked and show it.In addition, controller 120 processes the object 3610' put upside down and all can perceive in whole both sides to make object 3610'.Thus the user being positioned at opposition side can correctly watch object 3610.

Figure 37 is to provide the view of the method to state appreciable in opposition side of the display in certain region of artisanal operation screen being put upside down illustrated according to embodiment of the present disclosure.

With reference to Figure 37, when the user inputting the specific region in specified individual operation screen 3600 handles, the controller 120 of transparent display 100 controls the display state that image processor 130 puts upside down specific region place.In addition, controller 120 carries out processing to make all to perceive in whole both sides of transparent display 110 the region 3610' put upside down.Specific region in the tangible artisanal operation screen 3600 of user is also pulled it and is come appointed area.When the user touches the screen, take touched point as benchmark display selected zone 3700.Selected zone 3700 moves along with touch point and changes size and geometric.When hand is removed from screen along with user and stopped by touch, the screen in the selected zone 3700 of final display is reversed.

Figure 38 is to provide the view for artisanal operation screen being put upside down completely the method to state appreciable in opposition side according to embodiment of the present disclosure is described.

With reference to Figure 38, when user input on artisanal operation screen 3600 default user handle time, artisanal operation screen 3600 completely can rotate to state reversed left to right.Thus the screen 3600' put upside down is shown.

Although Figure 36 to Figure 38 illustrates the example that artisanal operation screen is changed to cooperation operation screen, embodiment is not limited thereto.That is, cooperation operation screen can be changed over artisanal operation screen equally.When showing cooperation operation screen, the second user in the first user on first direction and second direction can control the display state of operation screen as required by putting upside down display state.Thus multiple user can cooperation structure cooperation operation screen.

In addition, while putting upside down display state, screen attribute can be maintained.Such as, when the user preset to the input of artisanal operation screen handles, as explained above, put upside down and can occur in units of screen, region or object.Thus first user can show the result of his work to the second user being in opposition side, then make screen turn back to first user.Meanwhile, transparent display 100 can change display screen direction according to the position of user.

Figure 39 is to provide the view of the method in the direction for changing display screen illustrated according to embodiment of the present disclosure.

With reference to Figure 39, transparent display can comprise user sensor 3910.User sensor 3910 can comprise various types of sensor, such as sonac, infrared sensor or any suitably and/or the sensor of similar type.Also camera can be implemented.When implementing camera, user sensor 3910 is determined the existence of user by the image analyzing shooting and/or does not exist.When coming the position of sensing user by user sensor 3910, controller 120 is to the direction display artisanal operation screen or the cooperation operation screen that sense customer location.

In the state showing artisanal operation screen 3900 in a first direction, when sensing user in a second direction, artisanal operation screen 3900 is put upside down the second direction at user place by controller 120.Thus user can perceive in any direction does not have screen reversed left to right.Although the example that the direction that Figure 39 illustrates display screen is put upside down according to the position of user, controller 120 can change screen based on the identification of staring of the eyes to user.

Figure 40 is to provide the view for the object move on artisanal operation screen also to be shown its method thereon to cooperation operation screen according to embodiment of the present disclosure is described.

With reference to Figure 40, transparent display 100 is at the side of artisanal operation screen 4010 display cooperation operation screen 4020.Object on user's each screen 4010,4020 removable.Figure 40 particularly illustrates the example that the object 4011 shown in artisanal operation screen 4010 is moved to cooperation operation screen 4020.When input user handles, touch and mobile object 4011 to cooperation operation screen 4020 time, controller 120 shows the object 4012 identical with selected object 4011 in cooperation operation screen 4020, and in state reversed left to right display object 4012.Thus selected object 4012 is displayed on all can perception with the whole both sides at transparent display 110 in cooperation operation screen 4200.

Figure 41 is to provide the view of the method for the object that artisanal operation screen shows being changed to the appreciable state in opposition side illustrated according to embodiment of the present disclosure.

The front side 4100-1 of artisanal operation screen is illustrated with reference to the left side of Figure 41, Figure 41, and the right diagram of Figure 41 rear side 4100-2 of artisanal operation screen.Object 4110 is displayed on the front side 4100-1 of artisanal operation screen.When pressing object 4110 with the head of a household, as shown in the left side of Figure 41, the object 4110 be pressed is changed to cooperation operation screen.Thus the object 4110 be pressed disappears from the front side 4100-1 of artisanal operation screen and appears at rear side 4100-2, as shown in the right side of Figure 41.As explained above, user can utilize the various operation controlling transparent display 100 alternately.

Figure 42 is to provide the process flow diagram of the display packing of the transparent display illustrated according to embodiment of the present disclosure.

With reference to Figure 42, at operation S4210, transparent display shows artisanal operation screen on transparent display.At operation S4220, transparent display 100 touches according to first of the direction input to display artisanal operation screen and controls artisanal operation screen.When operating S4230 place and the event of display cooperation operation screen occurring, then at operation S4240, cooperation operation screen is shown.Various types of event can be implemented.Such as, when inputting on artisanal operation screen when default user handles or when occurring when the event selecting screen to change menu, artisanal operation screen can be changed to cooperation operation screen completely.

Or when the event of the side being drawn to artisanal operation screen occurs, transparent display 100 can show cooperation operation screen extraly in the side of artisanal operation screen.In addition, when inputting user and handle in units of object, region or screen, illustrated by with reference to Figure 36, Figure 37 and Figure 38, some objects, region or whole screen can be changed to cooperation operation screen attribute according to such manipulation.

In operation S4250, transparent display 100 touches according to first and second when cooperation operation screen is shown and cooperative controls cooperation operation screen.By utilizing cooperation operation screen, multiple user can perform operation with cooperating with each other.

In a word, according to various embodiment, carry out display screen by suitably utilizing multiple transparent display layer.Thus, can user satisfaction be improved.Meanwhile, can be programmed according to the method for various embodiment and be stored in various storage medium, such as non-volatile computer readable storage medium storing program for executing.Therefore, can implement in the various types of electronic equipments implementing these storage mediums according to the method for above-mentioned various embodiment.

Specifically, according to an embodiment, non-Transient calculation machine readable medium recording program performing can store the program performing following operation in succession: the first transparent display layer when the event preset occurs among multiple transparent display layer shows the first screen, show the second screen as in second transparent display layer of another layer among multiple transparent display layer, and change the layer of at least one in display first screen and the second screen according to user command.

Or, a kind of non-transitory computer-readable medium can be provided, wherein have program stored therein, this procedure order ground performs on transparent display, shows artisanal operation screen, artisanal operation screen is controlled according to the first touch that the first surface to transparent display inputs, on transparent display, show cooperation operation screen when default event occurs, and cooperative control cooperation operation screen according to the first the second touch touching and input to another surface that the first surface to transparent display inputs.

Thus, may be implemented in the device being provided with non-transitory computer-readable medium according to the display packing of various embodiment.Non-Transient calculation machine readable medium recording program performing can be such medium: it semi-permanently stores data, make this storage be non-transient state, and it can be read by equipment.Specifically, above-mentioned various application or program can store in the non-Transient calculation machine readable medium recording program performing below such as and provide: compact disk (Compact Disk, CD), digital versatile disc (Digital Versatile Disk, DVD), hard disk, Blu-ray disc, USB, storage card or ROM or any other similar and/or suitable non-Transient calculation machine readable medium recording program performing.

In addition, aforementioned various embodiment and advantage are exemplary, and should not be interpreted as limiting various embodiment.This instruction easily can be applied to the device of other types.In addition, want to be exemplary to the description of the various embodiments of disclosure design, instead of the scope of claim will be limited.

Although illustrate and describe the disclosure with reference to various embodiment of the present disclosure, but it will be understood by those skilled in the art that, when do not depart from as claims and equivalent thereof limit spirit and scope of the present disclosure, the various changes in form and details can be carried out to the disclosure.

Claims

1. a transparent display, this transparent display comprises:

Comprise the display of multiple transparent display layer; And

Controller, is configured to control first transparent display layer of described display among described multiple transparent display layer shows the first screen when the first event occurs, and the second transparent display layer among described multiple transparent display layer shows the second screen,

Wherein, described controller control when second event occurs described display in predetermined time current described first screen display shown in described first transparent display layer in described second transparent display layer.

2. transparent display as claimed in claim 1, wherein, described controller control when described second event occurs described display in predetermined time described second screen display shown in described second transparent display layer in described first transparent display layer.

3. transparent display as claimed in claim 1, wherein, described first screen and described second screen have the independently source providing independently content of multimedia respectively.

4. transparent display as claimed in claim 1, wherein, described controller adjusts the indicating characteristic of described first screen and described second screen according to situation unpack around, and

Wherein, described indicating characteristic comprises at least one in transparency, color, size, display position, displaying time, display shape and resolution.

5. transparent display as claimed in claim 1, also comprises:

First touch sensor, the user being configured to sense in placement among described multiple transparent display layer transparent display layer in a first direction touches; And

Second touch sensor, the user being configured to sense in the transparent display layer being placed in second direction opposite to the first direction among described multiple transparent display layer touches,

Wherein, described controller touches the operation controlling to be performed by described multiple transparent display layer according to the user sensed at least one in described first touch sensor and described second touch sensor.

6. transparent display as claimed in claim 1, also comprises:

Sensor, is configured to sensing user position,

Wherein, described controller must be higher than the resolution of the screen shown in the transparent display layer of user's placement among described multiple transparent display layer the resolution setting of the screen shown in rear side transparent display layer.

7. transparent display as claimed in claim 1, also comprises:

Sensor, is configured to the rotation sensing described transparent display,

Wherein, when described sensor senses the rotation of described transparent display, described controller vertically or flatly reverses at least one in described first screen and described second screen and show at least one in described first screen and described second screen to correspond to described rotation.

8. transparent display as claimed in claim 1, wherein, when performing user and touch on described first screen, described controller is by the object move in described first screen or described first screen and the corresponding transparent display layer be shown among described multiple transparent display layer, and described corresponding transparent display layer is disposed in and touches the corresponding degree of depth with described user.

9. transparent display as claimed in claim 1, wherein, described first event corresponds to the touch on described first screen, and

Wherein, when described first event occurs, described controller generate described first screen previous screen or subsequently screen in described second transparent display layer, show described second screen as the second screen.

10. transparent display as claimed in claim 1, wherein, described second transparent display layer is the layer lower than described first transparent display layer,

Wherein, among the whole region that described second screen is displayed on described second transparent display layer with on the region of described first screen overlay, and

Wherein, described controller shows described first screen described second screen is coloured simultaneously, and removes described first screen when completing and playing up described second screen.

11. transparent displays as claimed in claim 1, wherein, described second transparent display layer is the layer lower than described first transparent display layer,

Wherein, described controller revises the shape of described first screen to expose described second screen covered by described first screen when user touches described first screen.

12. transparent displays as claimed in claim 1, wherein, described first screen is that screen is implemented in the download that implementation content is downloaded, and

Wherein, described second screen be when content selected and under be loaded in described download implement to start in screen time the download process degree of display selected content, the expection deadline, at least one in content characteristic information and content source information download scenarios display screen.

13. transparent displays as claimed in claim 1, wherein, described first screen plays and the content view screen of output content, and

Wherein, described second screen be presented at the characteristic information of the content that described first screen is play, the information that instruction content plays degree, the Control-Menu controlling contents playing operation, at least one in previous contents information, subsequently content information and contents list information screen.

14. transparent displays as claimed in claim 1, wherein, described second screen is the extraneous information screen of at least one comprised in surplus battery quantity, communication scenario, temporal information, notifications information, information volume, network connection information, configuration information, date and time information, Weather information, text message reception situation information and missed call information.

The display packing of 15. 1 kinds of transparent displays, this display packing comprises:

The first transparent display layer among multiple transparent display layer shows the first screen;

The second transparent display layer when the first event occurs among described multiple transparent display layer shows the second screen, and this second screen is different from described first screen; And

When the second event occurs in predetermined time described first screen display shown in described first transparent display layer in described second transparent display layer.