CN106012410A - Clothes processing device and method for manufacturing door arranged in same - Google Patents

Abstract

The invention discloses a clothes processing device and a method for manufacturing a door arranged in the clothes processing device. The clothes processing device comprises a body, which is provided with a clothes feed opening and a door for close/open the clothes feed opening. The door comprises a door cover, which is used to form the appearance of the door and is provided with a light transmitting area and an opaque area that covers the light transmitting area; a display module, which is arranged on the back of the door cover and is used to transmit the visual information output by the light transmitting area; and a touch sensor, which is attached on the back of the door cover and is used to detect the touch input on the light transmitting area. An alignment label is formed on the touch sensor. A guiding label, which is used to guide the touch sensor to the attachment position by using the alignment label, is formed in the opaque area.

Description

The method of the door of this device for clothing processing is located in device for clothing processing and manufacture

Technical field

The present invention relates to be provided with the device for clothing processing of the door of the medicated clothing dispensing port for opening and closing body and The method manufacturing the door being located at this device for clothing processing.

Background technology

Device for clothing processing includes the device for washing medicated clothing, for drying the device of medicated clothing, energy Enough carry out the washing of medicated clothing and the device of drying simultaneously.In device for clothing processing, the washing of medicated clothing It is the stroke being removed the spot sticked in washings by the effect of water and detergent, the baking of medicated clothing Dry is the moisture contained in medicated clothing by being located at the hot air supply device of device for clothing processing to remove Stroke.

General device for clothing processing includes: body, forms profile and is provided with medicated clothing dispensing port；If Medicated clothing receiving portion in body interior；Driver element, for rotating the cylinder constituting medicated clothing receiving portion； Door for opening and closing medicated clothing dispensing port；And, control unit, be used for displaying to the user that with medicated clothing at The visual information that the stroke processed in reason device is correlated with, and input the operation of user.

In such general device for clothing processing, door designed to be used execution opening and closing medicated clothing and throws Put mouth, and it can be seen that the intrinsic function of inside of medicated clothing receiving portion.Further, control unit is led to Standing on body, in unlatching/closedown mode etc., presetting stroke is simply just shown, and is provided with use In its multiple buttons of operation or knob.

Two differentiation of door as above and control unit be an impediment to device for clothing processing succinct outside See, thus cause the input between device for clothing processing and user and output interface can only stay in low Hierarchical fashion.

To this, constantly carry out and make control unit be positioned at door, and realize controlling list with touch-sensitive display The research of unit.Technology related to this is also disclosed in Korean Patent Laid No. 10-2011-0130089 (2011.12.05. open) and Korean Patent Laid the No. 10-2015-0006264 (2015.01.16. is open).But, including described open Application Publication Do not disclose, in first patent, the alignment and touch being related between door closure described later and touch sensor yet The technology contents of the alignment between sensor and display apparatus module.

In order to realize touch screen at door, need to configure touch the most accordingly at the transmission region of door closure and pass Sensor and display apparatus module.Particularly, it is separately constructed also at touch sensor and display apparatus module Being attached in door closure structure below, touch sensor needs to be attached at the correct position of door closure, Just can ensure that the reliability of touch screen.

As it has been described above, in order to realize touch screen, alignment and touch between door closure and touch sensor pass Alignment between sensor and display apparatus module is even more important.And wherein, if it is considered that packaging technology, Alignment between door closure and touch sensor then can be described as the operation needing to carry out at first.

Summary of the invention

One purpose of the present invention is to provide the alignment structures between a kind of door and touch sensor and touch Alignment structures between sensor and display apparatus module, makes when being configured to see medicated clothing receiving portion at door Internal form portion and during for showing the display part of the information processed in device for clothing processing, it is possible to Described display part is realized by touch screen.

Another object of the present invention is to provide a kind of structure, make cannot see from portion outdoors for inciting somebody to action Touch sensor is attached at the structure of the presetting position of door closure.

A further object of the present invention is to provide touching of a kind of structure being labeled with for aliging with door closure Touch sensor.

In order to realize the purpose of the present invention as above, the present invention provides a kind of device for clothing processing, Comprising: body, being provided with medicated clothing dispensing port, Yi Jimen, for medicated clothing dispensing port described in opening and closing； Described door includes: door closure, for forming the outward appearance of described door, is provided with transmission region and cladding is described The light tight region of transmission region, display apparatus module, it is configured at after described door closure, is used for leading to Cross described transmission region output visual information, and touch sensor, after being attached at described door closure Face, for the detection touch input to described transmission region；It is right to be formed at described touch sensor Neat labelling, is formed in described light tight region and utilizes described alignment mark to guide described touch sensing The guide mark of the sticking position of device.

When described touch sensor is attached at after described door closure, described alignment mark It is configured to be overlapped in described guide mark.

Described guide mark comprises the steps that light tight portion, and transmittance section, is formed cladding described Light tight portion, is used for dividing described light tight portion and described light tight region；At described touch sensing Being attached at before device under described door closure state below, described alignment mark can be configured to attach most importance to It is laminated in described light tight portion.

Described alignment mark can be formed by the color of the series different from described light tight portion.

Described door can also include: the shading member of opaqueness, before described touch sensor Being attached under described door closure state below, described shading member is attached at described touch sensor After and cover described guide mark.

Described shading member can be by the color shape of the series identical with the color in described light tight region Become.

Described guide mark can be at least three places of described transmission region periphery to carry out separated from each other Configuration.

Described alignment mark can be formed at the corner parts of described touch sensor.

Described touch sensor comprises the steps that base portion, translucent material formed；Touch patterns portion, Described base portion patterns with presetting pattern, for detection, described door closure is touched Touch input；And labeling section, it is formed in described base portion, is used for forming described alignment mark.

Described labeling section can be formed by the material identical with described touch patterns portion, and with described touch Drafting department carries out electrically separated.

Described touch sensor may also include that signal transfer part, carries out electricity with described touch patterns portion Connect and form signaling path；Described labeling section is by the material identical with described signal transfer part Formed.

Described door closure comprises the steps that lid main body, translucent material formed；And shielding layer, joined It is set to cover after described lid main body, and forms described light tight region.

Described transmission region can be the part being not configured with described shielding layer.

Meanwhile, the present invention provides the method for the door that a kind of manufacture is located at device for clothing processing, its Including: the one side at the door closure formed by translucent material forms the light tight district of cladding transmission region The step in territory, and attach for the detection touch to described transmission region in the one side of described door closure The step of the touch sensor of input；The step attaching described touch sensor includes: make described touching The alignment mark touching sensor is set to be overlapped in the guide mark being formed at described light tight region Step.

The described alignment mark making described touch sensor be set to be overlapped in be formed at described light tight Step in the guide mark in region comprises the steps that and is configured to make described alignment by described touch sensor Labelling is positioned at the step of the transmittance section of described guide mark；And regulate described touch sensor Position, so that described alignment mark is formed at the step in the light tight portion in described transmittance section.

In the method for the door being located at device for clothing processing in described manufacture, in the described touch of described attaching After the step of sensor, can also include: attach covering of opaqueness at described touch sensor Component, and make it cover the step of described guide mark.

In the method for the door being located at device for clothing processing in described manufacture, covering described in described attaching After the step of component, can also include: configuration display apparatus module also makes it cover described lightproof area Step.

In the method for the door being located at device for clothing processing in described manufacture, described impermeable in described formation After the step in light region, can also include: described door closure is pressed and is morphed into bending The step of state.

According to the present invention, not corresponding with the second transmission region being formed in part with in touch sensor Alignment mark, is formed corresponding with alignment mark, for guiding touch in the light tight region of door The guide mark of the sticking position of sensor such that it is able to more accurately realize the touch to door closure The alignment of sensor.

Further, doorframe to install guide corresponding by first and second corner with door closure respectively Constitute, when door closure is assembled in the first protuberance of radian and the second protuberance of rectilinear configuration During doorframe, the second corner and the second protuberance become to align and arrange the benchmark of position.That is, when When making the second corner and the second protuberance configure accordingly, door closure will be located in the positive position on doorframe, It is thus possible to make first and second transmission region of door closure corresponding with first and second peristome of doorframe Ground configures.As it has been described above, by the positive position making door closure be positioned on doorframe, it is possible to realize patch Alignment between the touch sensor investing door closure and the display apparatus module being incorporated into doorframe.

In the present invention, when guide mark is made up of transmittance section and light tight portion, light tight portion can Formed by the color of the series identical with light tight region.Or, when guide mark is only by transmittance section During composition, alignment mark can be formed by the color of the series identical with light tight region.At described knot In structure, shading member is configured to cover the transmittance section of guide mark.Thus, cannot from portion outdoors See the structure of presetting position for touch sensor being attached at door closure.

When the touch patterns portion of touch sensor is formed by wire-mesh screen (metal mesh) structure, Although labeling section is made up of the metallics identical with touch patterns portion, but can be configured to and touch Drafting department carries out electrically separated and cannot detect the dummy portions of touch input.Described structure is available single One metallics forms touch patterns portion and labeling section, therefore has succinct Rotating fields, and energy Labeling section is enough made to realize in the technique identical with touch patterns portion.

Or, when touch sensor is made up of touch patterns portion based on ITO etc. and signal transfer part Time, touch sensor can have following two kind structure.

First, labeling section is formed by the material identical with signal transfer part, and is electrically separated from each other ground structure Become.In the case, labeling section can realize in the technique identical with signal transfer part rather than Realizing in the technique of signal transfer part independence.

Or, labeling section also can be made up of the material different from signal transfer part, and in different works Realize in skill.In the case, can be by forming labeling section on the touch sensor manufactured Simple technique produces the touch sensor being formed with alignment mark.

Accompanying drawing explanation

Fig. 1 is the axonometric chart of the device for clothing processing illustrating one embodiment of the invention.

Fig. 2 A is the shape illustrating the door shown in Fig. 1 to carry out rotating and opening medicated clothing dispensing port for the first time The concept map of state.

Fig. 2 B is that door is with the concept of second time state of rotation when shown in Fig. 2 A Figure.

Fig. 3 is the exploded perspective view of the door shown in Fig. 1.

Fig. 4 is the front view of the door shown in Fig. 1.

Fig. 5 is the rearview of the door closure shown in Fig. 3.

Fig. 6 is the section of the first embodiment being showing along the door closure that the line A-A ' shown in Fig. 5 obtains Figure.

Fig. 7 is the enlarged drawing of the part B shown in Fig. 5.

Fig. 8 is the section of the second embodiment being showing along the door closure that the line A-A ' shown in Fig. 5 obtains Figure.

Fig. 9 is the section of the 3rd embodiment being showing along the door closure that the line A-A ' shown in Fig. 5 obtains Figure.

Figure 10 is the concept illustrating and isolating door closure and touch sensor from the C portion shown in Fig. 5 Figure.

Figure 11 is the enlarged drawing of the C portion shown in Fig. 5.

Figure 12 is illustrate the structure for the door closure shown in Figure 11 and the alignment of touch sensor The concept map of one embodiment.

Figure 13 is illustrate the structure for the door closure shown in Figure 11 and the alignment of touch sensor The concept map of two embodiments.

Figure 14 is the front view of the touch sensor shown in Figure 11.

Figure 15 is the first enforcement being showing along the touch sensor that the line D-D ' shown in Figure 14 obtains The profile of example.

Figure 16 is the second enforcement being showing along the touch sensor that the line D-D ' shown in Figure 14 obtains The profile of example.

Figure 17 is the flow process of the associated methods for the door closure shown in Figure 11 and touch sensor are described Figure.

Figure 18 is to attach the detailed of touch sensor for explanation at door closure in the structure shown in Figure 12 The flow chart of thin step.

Figure 19 is the profile obtained along the line E-E ' shown in Fig. 4.

Figure 20 is the concept map illustrating and isolating door closure and doorframe from the F part shown in Fig. 4.

Detailed description of the invention

Hereinafter, referring to the drawings device for clothing processing related to the present invention is described in detail.

Unless explicitly indicated that implication separately at context, the expression way of odd number should include plural number Expression way.

Even mutually different embodiment, structural detail same or analogous with aforesaid embodiment Identical, similar reference will be given, and save the explanation that it is repeated.

Further, during embodiments of the disclosure of the present invention is illustrated, if it is determined that The embodiment disclosed in the present specification that can cause confusion is illustrated for relevant known technology Technological thought, then be omitted from detailed description thereof.

Appended accompanying drawing, should be by institute merely to embodiment disclosed in the present specification easy to understand Attached accompanying drawing limits disclosed technological thought, but should cover the think of of the present invention Think of all changes, equipollent or even substitute included in technical scope.

Fig. 1 is the axonometric chart of the device for clothing processing 1 illustrating one embodiment of the invention, Fig. 2 A and Fig. 2 B is to illustrate that the door 10 shown in Fig. 1 is respectively to carry out rotating and opening clothing for the first time and for the second time The concept map of the state of thing dispensing port 20a.

With reference to this accompanying drawing, device for clothing processing 1 includes body 20 and door 10.

Body 20 constitutes the profile of device for clothing processing 1, and is provided with the medicated clothing throwing for throwing in medicated clothing Put a mouthful 20a.The front face of body 20 in hexahedral shape shown in the present embodiment is formed with medicated clothing Dispensing port 20a.

The medicated clothing receiving being accommodated washings by medicated clothing dispensing port 20a it is provided with in the inside of body 20 Portion.

As an example, when the device for clothing processing 1 of the present invention is by the device of the drying for washings During composition, medicated clothing receiving portion can be by the cylinder 40 of the inside being rotatably located at body 20 Constitute.

As another example, when the device for clothing processing 1 of the present invention is by can perform washings simultaneously When washing and the device dried are constituted, medicated clothing receiving portion can be washed by the inside storage of being located at body 20 Wash the washing tub (not shown) of water and be rotatably located at described washing tub inside and accommodate The cylinder 40 of washings is constituted.

It is provided with the driver element (not shown) for rotating cylinder 40 at body 20.Driver element The motor for producing driving force can be included and utilize described driving force to rotate the transmission of cylinder 40 Band.

Can be taken off and incorporation way is provided with the detergent supply unit of drawer type (not at body 20 Diagram).Can constitute towards the mode that above-below direction rotates for covering the lid 21 of detergent supply unit.

Power key 22 can be provided with, for opening/close the power supply of device for clothing processing 1 at body 20. When display part 12 described later is made up of touch screen, can be by defeated to the touch of described touch screen 12 Enter to open/close the power supply of device for clothing processing 1.In the case, it is not necessary to be provided with power key 22 And more succinct outward appearance can be realized.

Door 10 is constituted in mode relatively-movable to body 20, thus opening and closing medicated clothing dispensing port 20a. As it can be seen, door 10 may utilize hinge-unit 30 rotatably to arrange body 20.

Body 20 can be provided with and cave in inner side from exterior face, and is provided with medicated clothing dispensing port 20a in inside Door receiving portion 20b.When door 10 is closed, door 10 is contained in receiving portion 20b, door The exterior face marginal portion of 10 can be configured to the exterior face with body adjacent thereto 20 and constitute phase Same plane.

It is contained in the structure of receiving portion 20b at door 10 as above, when door 10 is open In order to prevent door 10 from being blocked by body 20, hinge-unit 30 can have double hinge structure, its tool There is mutually different two rotary shaft.In the case, as shown in Figure 2 A and 2 B, certain is utilized The first time of one rotary shaft rotates, and makes door 10 after door receiving portion 20b is separated, utilizes another The second time of individual rotary shaft rotates, and makes door 10 rotate.

In the side of door 10 is provided with the structure of hinge-unit 30, the opposite side at door 10 is provided with For door 10 being fixed on body 20 or releasing fixing locking device from body 20.Locking device Can be made up of pressing type structure, make when the opposite side of door 10 is pressed one time, door 10 is locked, When pressing one time again, door 10 is unlocked.

It is provided with form portion 11 and display part 12 at door 10.

When door 10 is closed, form portion 11 configures accordingly with medicated clothing dispensing port 20a, It is thus possible to see inside medicated clothing receiving portion.Thus, user can confirm medicated clothing by form portion 11 The state of the medicated clothing accommodated in receiving portion.

Display part 12 is used for showing the information processed in (output) device for clothing processing 1.Such as, Display part 12 can show device for clothing processing 1 drives stroke (wash, be dehydrated, drying stroke Deng) execution image information, or the user interface (User corresponding with such execution image information Interface, UI), graphic user interface (Graphic User Interface, GUI) information.

Hereinafter, the detailed construction of opposite house 10 illustrates.

Fig. 3 is the exploded perspective view of the door 10 shown in Fig. 1, and Fig. 4 is the door 10 shown in Fig. 1 Front view.

With reference to Fig. 3 and Fig. 4, door 10 includes: doorframe 110, door and window 120, display apparatus module 130 And door closure 140.As it was previously stated, be provided with the hinge-unit for combining with body 20 at door 10 30, and in this accompanying drawing, eliminate hinge-unit 30.

There is door 10 to be formed as circular shown in the present embodiment and (include circular, ellipse or at least Part is with the rounded form of radian) shape.But, the present invention is not limited to this.Door 10 is also Can polygon (rectangle, hexagon etc.).

Doorframe 110 is rotatably incorporated into body 20, to this end, hinge-unit 30 respectively with Doorframe 110 and body 20 combine.

As it can be seen, doorframe 110 can include housing 111 and inside casing 112.Housing 111 and inside casing 112 can be formed by synthetic resin material (such as, ABS material, PC material etc.).

As reference, the reason of described structure referred to as housing 111 and inside casing 112 is, at door Under 10 states closed when only observing doorframe 110 self, housing 111 towards the outside of body 20, And inside casing 112 is towards the inside of body 20.Also can be without carrying out such differentiation, and by housing 111 It is called first and second frame with inside casing 112.

Doorframe 110 includes: the first peristome 110a, when door 10 is closed, throws with medicated clothing Put mouthful 20a facing；Second peristome 111b is right with the display apparatus module 130 being installed on inside Should.Owing to being provided with door and window 120 at the first peristome 110a, it is possible to the first peristome 110a is claimed For door and window hole, owing to being provided with display apparatus module 130 at the second peristome 111b, it is possible to by second Peristome 111b is referred to as display hole.Second peristome 111b can be located on the first peristome 110a.

First peristome 110a comprises the steps that front side opening 111a and the shape being formed at housing 111 Become the rear side opening 112a of inside casing 112.Second peristome 111b is formed at housing 111.? Interconnecting part 112b can be formed with on the rear side opening 112a of inside casing 112, utilize described interconnecting part It is internal that display apparatus module 130 can be installed on doorframe 110 by 112b.

Door and window 120 is to be arranged in correspondence with in doorframe 110 with the first peristome 110a.Door and window 120 by Translucent material (glass, synthetic resin material etc.) formed, and when door 10 is closed and Medicated clothing dispensing port 20a is corresponding.

It is internally provided with display apparatus module 130 at doorframe 110.Display apparatus module 130 and the second opening Portion 111b configures accordingly, and the display 132 being located at display apparatus module 130 exports and medicated clothing The visual information that the information processed in processing means 1 is relevant.

Meanwhile, can be provided with at doorframe 110 and can make the flexible printer circuit of touch sensor 160 The FPCB hole 111c that plate (161, Flexible Printed Circuit Board:FPCB) passes through. Shown in this accompanying drawing, the side at the second peristome 111b is provided with FPCB hole 111c.

The door closure 140 of outward appearance for forming door 10 it is combined with at doorframe 110.Door closure 140 can be by Glass material or the synthetic resin material with light transmission are formed.

Door closure 140 includes: light tight region 143；In light tight region 143, with the first opening The first corresponding for portion 110a transmission region 141；And it is corresponding for peristome 111b with second second saturating Light region 142.Wherein, transmission region represents at least some of transmission making light such that it is able to see Opposition side or even the region of inside.Therefore, transmission region is the concept including semi-transparent region.

First and second transmission region 141,142 is mutually divided by light tight region 143.This reality Execute shown in example: doorframe 110 and door closure 140 are formed by round-shaped, thus with circular door 10 Correspondence, and in order to user represent integration aestheticism, make first and second transmission region 141, 142 circular in shape.Wherein, circle includes circular, ellipse or at least some of with radian Rounded form.

As reference, above-mentioned structure circular in shape, it points out out only as an embodiment, And the present invention is not limited to this.Such as, first and second transmission region 141,142 is except circle In addition, also can be formed by polygon (rectangle, hexagon etc.) and other different geometric shapes.

Door closure 140 is formed as at least partially in the form of bending.Such as, bending is utilized Bending section shape, can make the first cap of bending section both sides and the second cap be angled with respect to each other ground Formed.Wherein, the first cap and the second cap are formed as smooth form.In order to such door Lid 140 is corresponding, and doorframe 110 may be alternatively formed to it at least partially in the form of bending.

First transmission region 141 shape in the range of the first cap and bending section shown in the present embodiment Becoming, the second transmission region 142 is formed at the second cap.

It addition, the second transmission region 142 is formed with the size less than the second peristome 111b, make Under the state that door closure 140 is incorporated into doorframe 110, it is configured to be overlapped in the second peristome 111b In.Wherein, what overlap (overlap) represented is the overlap on the thickness direction of described door 10. Utilize described configuration, hidden by light tight region 143 for forming the profile of the second peristome 111b Cover and cannot see.

Further, at the second peristome 111b, display apparatus module 130, the second transmission region 142 are installed Can be configured to be overlapped in the display 132 being located at display apparatus module 130.Utilize described configuration, Only expose the display 132 for exporting visual information to outside, other works (such as, are installed Frame 131) then because light tight region 143 is without exposing to outside such that it is able to realize more succinct The outward appearance of door 10.

Meanwhile, the marginal area (that is, frame (bezel) region) of display 132 is because setting Boundary is there is, its region being substantially equivalent to not export visual information on meter.When marginal area is joined When being placed in the second transmission region 142, in display 132, the visual information of output is by composition ratio the The picture that two transmission regions 142 are less.In the case, user feels to export the picture of visual information Face is less than reality.

In order to solve such problem, can be configured to, make display 132 does not export visual information Marginal portion covered by light tight region 143.Utilize described configuration, display 132 exports Visual information will constitute the most corresponding with the second transmission region 142 (filling up) picture.? In the case of this, user can feel that the picture exporting visual information is bigger than reality, thereby, it is possible to increase Add user's input degree to described picture.

As it can be seen, the second peristome 111b can be by the square corresponding with the display apparatus module 130 of rectangle Shape form is formed, and the second transmission region 142 is overlapped in the second peristome 111b by being configured to Rounded form is formed.That is, the second transmission region 142 is configured to and the one of display apparatus module 130 Partly overlapping, light tight region 143 is configured to another portion of overlay masking display apparatus module 130 Point.Utilize described structure, only exported by the part corresponding with the second circular transmission region 142 Visual information such that it is able to provide a user with the display part 12 of circle.

Circular display is typically high than display 132 price of widely used rectangle, its form On be difficult to align position be set accurately, it is thus possible to the situation of assembly failure can occur continually. But, utilize described structure, it is possible to there is less expensive expense using and can be assembled in correct In the case of the display 132 of the rectangle of position, provide a user with the display part being looked at as circle 12。

Owing to the second transmission region 142 is coated with by light tight region 143, from display 132 not The visual information of the part output corresponding with the second transmission region 142 will not be seen by the user.Examine Considering to such situation, part not corresponding with the second transmission region 142 in display 132 can Not export visual information.

As an example, part output corresponding with the second transmission region 142 in display 132 with Under the state of the visual information that the information processed in device for clothing processing 1 is relevant, not saturating with second The gabarit image of the part described visual information of exportable cladding of light region 142 correspondence.Described gabarit Image is as not corresponding with the second transmission region 142 part, and it can be by the color (example of particular series As, black) filled.

As another example, part output corresponding with the second transmission region 142 in display 132 Under the state of the visual information relevant to the information processed in device for clothing processing 1, not saturating with second The part of light region 142 correspondence can be closed.That is, not saturating with second in display apparatus module 130 The part of light region 142 correspondence does not the most export visual information, but also does not export gabarit image. In this example, owing to only making a part for display 132 be driven, complete with display 132 The precedent that body is driven is compared, it is possible to realizes the efficient driving of display 132, thus obtains Obtain power savings.

Fig. 5 is the rearview of the door closure 140 shown in Fig. 3.

The display part 12 formed at door closure 140 can constitute mutual Rotating fields with touch sensor 160, Or formula integrally formed therewith such that it is able to realize touch screen 12.Such touch screen 12 except with Beyond user's input unit as the inputting interface provided between device for clothing processing 1 and user, also Output interface between device for clothing processing 1 and user can be provided.Such as, be used for performing washing, User's in the selection of the action pattern of dehydration, drying stroke etc. and the available display part 12 of change Touch input (or touch) realizes.

In order to detect the touch input to door closure 140, it is provided with touch sensor 160 at door 10.

Touch sensor 160 utilizes resistive film mode, capacitive way, infrared mode, ultrasound wave At least one in the multiple touch manner such as mode, magnetic approach detect to display part (or touch Screen, 12) touch input that applies.

As an example, the pressure that touch sensor 160 can will apply on the specific part of touch screen 12 Or the change of the electric capacity etc. occurred on specific part is converted to electrical input signal.Touch sensor 160 Can detect that what the touch subject applying to touch to touch screen 12 touched on touch sensor 160 Pressure etc. when position, area, touch.Wherein, touching subject is to described touch sensor 160 apply touch objects, such as, its can be finger, pointer or writing pencil (Stylus pen), Indicator etc..

As it has been described above, when there are the touch input to touch sensor 160, pass to controller Send signal corresponding thereto.After this signal is processed by controller, corresponding signal is sent to Control portion (not shown).Thus, control portion can learn which region of display part 12 is touched Deng.Wherein, controller can be the structure mutually independent with control portion, or can be control portion from Body.

It addition, control portion can perform the most not according to the kind of the touch subject touching touch screen 12 With control or perform identical control.Can be according to the operating state of device for clothing processing 1 or execution In application program decide whether according to touch subject kind perform mutually different control or Perform identical control.

Touch sensor 160 can detect that short (or rapping (tap)) to touch screen 12 touches (short Touch), long touch (long touch), multiple point touching (multi touch), drag touch (drag Touch), flick touch (flick touch), pinch into touch (pinch-in touch), pinch out tactile Touch (pinch-out touch), touch and draw touch (swype touch), hovering touch (hovering touch) Touch Deng various ways.

Touch sensor 160 can detect the touch to the detection region including the second transmission region 142 Input.

The present embodiment exemplifies touch sensor 160 saturating to cover second after door closure 140 The mode of the part in the light tight region 143 of light region 142 and cladding the second transmission region 142 The structure attached.Utilizing described structure, the detection region of touch sensor 160 is saturating except second Beyond light region 142, also include being coated with the one of the light tight region 143 of the second transmission region 142 Part.Therefore, it is possible to the light tight region 143 of utilization cladding the second transmission region 142 is provided Multiple UI or GUI of a part.

In described structure, touch sensor 160 can be by the touch film morphology being provided with touch patterns Formed, and be configured between door closure 140 and display apparatus module 130.Touch thin film to be led by transparent Electric thin film is constituted, and may utilize known ito thin film (Indium-Tin as described touch thin film Oxide film), carbon nanotube thin film (Carbon Nano Tube film) etc..

Touch thin film to be made up of one or two layer.As an example, touching thin film by two layers In the case of the mode (GFF (Glass-Film-Film)) constituted, touch thin film and can be attached at door Cover after 140 or be attached on display apparatus module 130.As another example, touch thin film by In the case of the mode (G1F (Glass-Film)) of one layer composition, touching thin film can be attached at One is formed after door closure 140 and with door closure 140.

Touch sensor 160 also can be but direct by metal wire without arranging extra touch thin film The form patterned below at door closure 140 forms (G2:Glass only)).

Or, touch sensor 160 can be formed with the display 132 being located at display apparatus module 130 It is integrated.Such as, touch sensor 160 is configured in (on-cell) on the substrate of display 132, Or it is located at the inside (in-cell) of display 132.

Drive it addition, the display part 12 of device for clothing processing 1 is controlled it by control portion.That is, control Portion controls the output of unlatching/closedown, visual information or the image of display apparatus module 130, and controls to touch Touch the unlatching/closedown of sensor 160.

Wherein, control portion can in the detection region of touch sensor 160 not with the second transmission region Whether the activation touching detection in the region of 142 correspondences is controlled.Such as, can distinguish touch In the detection region of sensor 160, not corresponding with the second transmission region 142 region needs to touch Touch the state of detection and be made without touching the state of detection, being made without touch detection Under state, the touch detection to described not corresponding region can not be activated.Utilize described control, energy Enough reduce the mistake during touch input of user, and obtain power savings.

Fig. 6 is the first embodiment being showing along the door closure 140 that the line A-A ' shown in Fig. 5 obtains Profile.

With reference to Fig. 6, door closure 140 includes lid main body 140a and shielding layer 140b.

Lid main body 140a is formed by translucent material.Lid main body 140a can be by the glass material of light transmission Material or synthetic resin material are formed.Lid main body 140a is formed as at it at least partially in bending Form.

Shielding layer 140b is configured to cover the one side of lid main body 140a, and forms light tight region 143.Shielding layer 140b can be formed at the above or below of lid main body 140a.

Shown in the present embodiment after lid main body 140a printing ink form shielding layer 140b Situation.Described ink can comprise have particular series color (such as, black, white, Blue etc.) pigment.As the method forming shielding layer 140b, silk screen printing can be used (to utilize The mesh screen formed by silk, nylon, terylene (tetron), stainless steel material etc.), hectographic printing The multiple printing process such as (offset print), trans-printing.

As it can be seen, be not configured with shielding layer 140b at first and second transmission region 141,142. I other words, first and second transmission region 141,142 is that the most shielded layer 140b covers, but The transparent part stayed as lid main body 140a of light transmission.

Shielding layer 140b is coated with first and second transmission region 141,142, first and second transparent area The light tight region 143 that territory 141,142 is formed by shielding layer 140b is mutually divided.

Touch sensor is attached after lid main body 140a corresponding with the second transmission region 142 160.Touch sensor 160 is configured to fully cover the second transmission region 142, thus detects Touch input to the second transmission region 142.Touch sensor 160 is formed as than the second printing opacity The size that region 142 is bigger, now, touch sensor 160 can cover for limiting the second printing opacity A part of the shielding layer 140b in region 142.

It addition, utilize described structure, in the front of the display 132 being located at display apparatus module 130 To in turn configure the touch sensor 160 of light transmission and lid main body 140a of light transmission.

Fig. 7 is the enlarged drawing of the part B shown in Fig. 5.

With reference to Fig. 7, in door closure 140, the shielding layer 140b for restriction the first transmission region 141 can It is formed, gradually changes the closer to first its transparency of transmission region 141.

Such as, the light tight region 143 of the first transmission region 141 periphery can be configured to, and more leans on Nearly first transmission region 141 its gradually become transparent.It is formed to this end, shielding layer 140b can comprise Multiple grazing point 140b ' of the first transmission region 141 periphery, the plurality of grazing point 140b ' can quilt Be formed as, the closer to its density step-down of the first transmission region 141.

By such halftoning (halftone) method, make the critical change of the first transmission region 141 Must obscure, thus visually never can naturally be transitioned into the first transparent area by transmission region 143 Territory 141.

On the other hand, the second transmission region 142 and the light tight region 143 being coated with it can be based on not Transmission region 143 clearly makes a distinction with the form of critical line.

Fig. 8 is the second embodiment being showing along the door closure 140 that the line A-A ' shown in Fig. 5 obtains Profile.

Different from the aforementioned first embodiment printing shielding layer 140b after lid main body 140a It is the present embodiment can to attach after lid main body 2140a and be used for forming light tight region 2143 Thin film 2140b.

As it can be seen, thin film 2140b includes: the light tight portion corresponding with light tight region 2143 2140b3；The first transmittance section 2140b1 corresponding with the first transmission region 2141；And it is saturating with second Second transmittance section 2140b2 of light region 2142 correspondence.Light tight portion 2140b3 cladding first and the Two transmittance section 2140b1,2140b2, first and second transmittance section 2140b1,2140b2 are by impermeable Light portion 2140b3 is mutually divided.

Wherein, it is used as making door closure 2140 become impermeable with light tight part corresponding for portion 2140b3 Bright shielding layer, thus form light tight region 2143.With first and second transmittance section 2140b1, It is saturating that part corresponding for 2140b2 and lid main body 2140a of light transmission form first and second the most respectively Light region 2141,2142.

That is, different from aforesaid first embodiment, first and second transmission region 2141,2142 Based on using first and second transmittance section 2140b1 of the transparent part as thin film 2140b, 2140b2 is respectively arranged at lid main body 2140a of light transmission and is formed.

Touch sensor is attached after the thin film 2140b corresponding for transmittance section 2140b2 with second 2160.Touch sensor 2160 is configured to fully cover the second transmission region 2142, thus examines Survey the touch input to the second transmission region 2142.Touch sensor 2160 is formed as ratio second The size that transmission region 2142 is bigger, now, touch sensor 2160 can cover for restriction A part of the light tight portion 2140b3 of two transmittance section 2140b2.

It addition, utilize described structure, in the front of the display 132 being located at display apparatus module 130 In turn configure the second transmittance section 2140b2 of the touch sensor 2160 of light transmission, thin film 2140b And lid main body 2140a of light transmission.

Fig. 9 is the 3rd embodiment being showing along the door closure 140 that the line A-A ' shown in Fig. 5 obtains Profile.

Identical with aforesaid second embodiment, can be after lid main body 3140a in the present embodiment Attach the thin film 3140b for forming shielding layer 3140b.As it can be seen, thin film 3140b includes: The light tight portion 3140b3 corresponding with light tight region 3143；Corresponding with the first transmission region 3141 The first hole 3140b1；And the second hole 3140b2 corresponding with the second transmission region 3142.No Transmittance section 3140b3 is formed to be coated with first and second hole 3140b1,3140b2, first and second Hole 3140b1,3140b2 are mutually divided by light tight portion 3140b3.

Wherein, it is used as making door closure 3140 become impermeable with light tight part corresponding for portion 3140b3 Bright shielding layer, thus form light tight region 3143.With first and second transmission region 3141, 3142 correspondences be formed in part with first and second hole 3140b1,3140b2, thus do not configure thin film 3140b, and give over to lid main body 3140a into light transmission.

Touch sensor is attached after lid main body 3140a corresponding with the second transmission region 3142 3160.Touch sensor 3160 is configured to fully cover the second transmission region 3142, thus examines Survey the touch input to the second transmission region 3142.Touch sensor 3160 is formed as ratio second The size that transmission region 3142 is bigger, now, touch sensor 3160 can cover for restriction A part of the light tight portion 3140b3 of two hole 3140b2.

It addition, utilize described structure, in the front of the display 132 being located at display apparatus module 130 In turn configure the touch sensor 3160 of light transmission and lid main body 3140a of light transmission.This is with front Rotating fields described in the Fig. 6 in face is compared, and only exists slightly on the thickness of shielding layer 140b, 3140b Being permitted difference, it is considered as being substantially the same.

Rotating fields described in such Fig. 6 and Fig. 9, compared with the Rotating fields described in Fig. 8, has There is following advantage.

First, touch sensor 160,3160 is attached directly to lid main body 140a of light transmission, 3140a, Therefore, the touch sensitivity that user experiences can improve.Further, with the Rotating fields described in Fig. 8 not With, the second transmittance section 2140b2 of thin film 2140b it is not provided with in display 132 front, therefore, The visual information of output in display 132 can be clearly provided.

It addition, as at described Fig. 8 and door closure illustrated in fig. 9 2140,3140 adhered film The method of 2140b, 3140b, can use in-mould injection (in-mold injection) mode, transfer The various ways such as mode.

In-mould injection mode is can in the case of door closure 2140,3140 is formed by synthetic resin material The mode utilized, it is that thin film 2140b, 3140b are located in mould, with door closure 2140,3140 Together it is injection molding and the mode of molding integratedly.Transfer modes is to be crimped at glass by thermal transfer Or the mode of door closure 2140,3140 adhered film 2140b, 3140b of synthetic resin material.

It addition, in order to realize touch screen 12 at door 10, at the second transmission region 142 of door closure 140 Need respectively correspondingly to configure touch sensor 160 and display apparatus module 130.Particularly, touching Sensor 160 is not located at display apparatus module 130, touch sensor 160 and display apparatus module 130 Being separately constructed and be attached in door closure 140 structure below, touch sensor 160 needs patch Invest the tram of door closure 140, just can ensure that the reliability of touch screen 12.

Accordingly, with respect to the second transmission region 142 and the touch sensor 160 of display apparatus module 130 Alignment be even more important.Wherein, on packaging technology, touch sensor 160 needs to be attached at door The presetting position of lid 140, could realize aliging with the display apparatus module 130 being subsequently assembled.

Hereinafter, to the touch sensor 160 relative to door closure 140 in view of such situation Integrated structure illustrates.

Figure 10 is to illustrate to isolate door closure 140 and touch sensor from the C portion shown in Fig. 5 The concept map of 160, Figure 11 is the enlarged drawing of the C portion shown in Fig. 5.

With reference to Figure 10 and Figure 11, it is formed with alignment mark 163 (align at touch sensor 160 Mark), it is formed at door closure 140 and utilizes alignment mark 163 to guide touch sensor 160 The guide mark 144 of sticking position.Alignment mark 163 and guide mark 144 become phase of can aliging The benchmark of sticking position for the touch sensor 160 of door closure 140.

Touch sensor 160, also can be by circle in addition to polygon (rectangle, hexagon etc.) (circular, ellipse etc.) is formed.But, it is contemplated that touch sensor 160 is for showing Show the structure that portion 12 is realized by touch screen 12, touch sensor 160 be preferably formed in display The form of device module 130 correspondence.This accompanying drawing exemplifies touch sensor 160 have and rectangle The rectangle form of display apparatus module 130 correspondence.

Touch sensor 160 has the size bigger than the second transmission region 142 such that it is able to cover Lid is formed at the second transmission region 142 of door closure 140.Thus, a part for touch sensor 160 Being configured to cover the second transmission region 142, another part is configured to cover the second transmission region The light tight region 143 of 142 peripheries.It is being configured to cover the touch sensing in light tight region 143 Described another part of device 160 is formed with alignment mark 163, and described alignment mark 163 is constituted relatively Attaching datum mark in the touch sensor 160 of door closure 140.

Alignment mark 163 can be provided with multiple, and is configured at touch sensor 160 separated from each other At least three places.When alignment mark 163 includes the first alignment mark 163a, the second alignment mark 163b And during the 3rd alignment mark 163c, for connecting the first alignment mark 163a and the second alignment mark The first virtual alignment line 164 ' of 163b can with for being connected the first alignment mark 163a and the 3rd right The second virtual alignment line 164 of neat labelling 163c " constitute with intersecting.

Alignment mark 163 can be formed at not corresponding with the second transmission region 142 touch sensor 160 Corner parts.Figure 10 exemplifies first to the 3rd alignment mark 163a, 163b, 163c position In each corner parts of touch sensor 160, the first alignment line 164 ' and the second alignment line 164 " phase Vertically carry out the situation configured mutually.

Guide mark 144 is formed at the light tight region 143 of door closure 140, in order to light tight Visually to make a distinction in region 143, it can include transmittance section 144 '.Guide mark 144 can It is respectively formed in the many places of the second transmission region 142 periphery.

Guide mark 144 is arranged in correspondence with alignment mark 163.Guide mark 144 can be provided with many Individual, and it is configured at least three places of door closure 140 separated from each other.When guide mark 144 includes When one guide mark 144a, the second guide mark 144b and three guide marks 144c, for even The the first virtual leading line 145 ' connecing the first guide mark 144a and the second guide mark 144b can Guide with virtual second being used for being connected the first guide mark 144a and the 3rd guide mark 144c Line 145 " constitute with intersecting.

Utilize such structure, it is possible to more accurately realize the touch sensor 160 to door closure 140 Alignment, can more accurately realize the touch to the display apparatus module 130 being subsequently assembled equally The alignment of sensor 160.It is as a result, it is possible to guarantee the reliability of touch screen 12.

Guide mark 144 is formed at the light tight region 143 of cladding the second transmission region 142.Figure Exemplify the first to the 3rd guide mark 144a in 10,144b, 144c are positioned at the second transmission region The light tight region 143 of 142 peripheries, the first leading line 145 ' and the second leading line 145 " the most vertical Directly configure.

When respectively correspondingly configuring first in the first to the 3rd guide mark 144a, 144b, 144c During to the 3rd alignment mark 163a, 163b, 163c, touch sensor 160 is in and door closure 140 The state aligned.When touch sensor 160 is attached at after door closure 140, right Neat labelling 163 is configured to be overlapped in guide mark 144.

Further, since guide mark 144 has for enterprising with vision in light tight region 143 The transmittance section 144 ' that row is distinguished, even if touch sensor 160 is in the state being attached at door closure 140, Transmittance section 144 ' at least some of the most shielded, thus it is looked at as user visually to carry out The part distinguished.And this can become the factor that the succinct outward appearance realizing door produces impact.

In order to solve such problem, before touch sensor 160, it is attached at door closure 140 Under state below, the shading member 180 of opaqueness is attached at after touch sensor 160 And cover guide mark 144.Shading member 180 is preferably by identical with the color in light tight region 143 Series color formed.Shading member 180 can have thin film or thin plate form.

As it has been described above, shading member 180 covers the transmittance section 144 ' of guide mark 144, so that User is difficult to identify guide mark 144.

Hereinafter, to the door closure 140 of form based on guide mark 144 and touch sensor 160 Alignment structures illustrates.

Figure 12 is to illustrate for the door closure 140 shown in Figure 11 and the alignment of touch sensor 160 The concept map of the first embodiment of structure.

With reference to Figure 12, it is light tight that guide mark 144 includes in transmittance section 144 ' and transmittance section 144 ' Portion 144 ".

Transmittance section 144 ' is formed to be coated with light tight portion 144 ", thus divide light tight region 143 With light tight region 143.That is, in light tight region 143, transmittance section 144 ' is formed, and thoroughly Light tight portion 144 is formed " in light portion 144 '.

144 ' be completely coated with light tight portion 144 in transmittance section shown in this accompanying drawing " closed loop form. But, the present embodiment is not limited to this.Transmittance section 144 ' also can be in being coated with light tight portion 144 " The open loop form of a part.

Form light tight portion 144 " material can be by identical with the material forming light tight region 143 Material is constituted.Further, light tight portion 144 " can be by identical series (example with light tight region 143 Such as, black) color formed.

Transmittance section 144 ' can be the part formed except quilt when forming light tight region 143. As an example, transmittance section 144 ' is to print for forming light tight region 143 after door closure 140 Light-proof material (with reference to and aforesaid explanation (Fig. 6) relevant for shielding layer 140b) time removed Outer part, it can be the part of lid main body 140a only leaving light transmission.

As it has been described above, when light tight by transmittance section 144 ' and transmittance section 144 ' of guide mark 144 Portion 144 " constitute time, utilize transmittance section 144 ' to make guide mark 144 quilt in light tight region 143 It is identified as differentiable structure, in transmittance section 144 ', is formed with light tight portion 144 simultaneously ", from And user's identification probability to guide mark 144 can be reduced.

When alignment mark 163 is configured at light tight portion 144 " in time, touch sensor 160 be in The state that door closure 140 aligns.That is, before touch sensor 160, door closure 140 it is attached at Under state below, alignment mark 163 is configured to be overlapped in light tight portion 144 " in.

Alignment mark 163 can by with light tight portion 144 " color of different series formed.Based on this, Can easily identify and be overlapped in light tight portion 144 " in alignment mark 163, thus raising group Fill technologic convenience.

It addition, when touch sensor 160 is attached at door closure 140, the screening of opaqueness Cover the transmittance section that component 180 is attached at after touch sensor 160 and covers guide mark 144 144’.Shading member 180 can be formed transmittance section 144 ' and light tight portion 144 " all cover, Or it is formed the closed loop form corresponding with transmittance section 144 '.

Figure 13 is to illustrate for the door closure 140 shown in Figure 11 and the alignment of touch sensor 160 The concept map of the second embodiment of structure.

With reference to Figure 13, guide mark 4144 is by the transmittance section distinguished with light tight region 4143 phase 4144 ' all compositions.

Transmittance section 4144 ' can be the part formed except quilt when forming light tight region 4143. As an example, transmittance section 4144 ' is to print for forming light tight region after door closure 4140 The light-proof material of 4143 (with reference to and aforesaid explanation (Fig. 6) relevant for shielding layer 140b) time Part except Bei, it can be the part of lid main body 140a only leaving light transmission.

When alignment mark 4163 is configured in transmittance section 4144 ', touch sensor 4160 be in The state that door closure 4140 aligns.That is, before touch sensor 4160, door closure 4140 it is attached at Under state below, alignment mark 4163 is configured to be overlapped in transmittance section 4144 '.

Owing to guide mark 4144 is made up of transmittance section 4144 ' entirety, it is configured to be overlapped in printing opacity Alignment mark 4163 in portion 4144 ' will be exposed to outside by the door closure 4140 of light transmission.At this In the structure of sample, identify alignment mark 4163 for making user be difficult to, alignment mark 4163 can by with The color of the series that light tight region 4143 is identical is formed.

As it has been described above, when guide mark 4144 is made up of transmittance section 4144 ' entirety, and also include Light tight portion 4144 " aforesaid first embodiment compare, it is possible to reduce guide mark 4144 big Little.Further, owing to aliging in alignment mark 4163 is overlapped in transmittance section 4144 ', with general Alignment mark 4163 is overlapped in light tight portion 4144 " in the first embodiment that carries out aliging compare, tool There is the advantage easily carrying out aliging.

It addition, when touch sensor 4160 is attached at door closure 4140, opaqueness Shading member 4180 is attached at after touch sensor 160 and covers the saturating of guide mark 4144 Light portion 4144 '.

Hereinafter, the detailed construction of the touch sensor 160 relevant to alignment mark 163 is said Bright.

Figure 14 is the front view of the touch sensor 160 shown in Figure 11.

With reference to Figure 14, touch sensor 160 is provided with for detecting the touch input to door closure 140 Detection region 160 ', the second transmission region 142 is positioned at the position being overlapped in described detection region 160 ' Put.

Further, in order to detect the light tight region 143 to the second transmission region 142 periphery Touch input, detection region 160 ' can be configured to also be overlapped in described light tight region 143. In described structure, the part in detection region 160 ' is overlapped in the second transmission region 142, another Partially overlap the light tight region 143 of the second transmission region 142 periphery.

It is located at the alignment mark 163 of touch sensor 160 to can be located at and be formed without detecting region 160 ' Part.The corner parts of touch sensor 160 is located at by alignment mark 163 shown in this accompanying drawing.

It is provided with as transmitting inspection in touch sensor 160 to controller at touch sensor 160 Flexible printed wiring board 161 (the Flexible Printed Circuit of the circuit of the input signal measured Board:FPCB).Flexible printed wiring board 161 can have from touch sensor thin film 162 The form that side extends.

Hereinafter, the Rotating fields of touch sensor 160 is illustrated.

Figure 15 is be showing along the touch sensor 160 that the line D-D ' shown in Figure 14 obtains first The profile of embodiment.

With reference to Figure 15, touch sensor 160 includes: base portion 162a, touch patterns portion 162b And labeling section 162c.

Base portion 162a forms the profile of touch sensor 160, and is formed by Ins. ulative material.The end Seat portion 162a is formed by translucent material, so that the visual information of output is saturating in display apparatus module 130 Penetrate.

The touch patterns portion in the detection region 160 ' constituting touch input it is formed with in base portion 162a 162b.In touch patterns portion 162b, for making hardware constitute grid (grid) shape, its Can extend, as described metal structure respectively along first direction (x-axis) and second direction (y-axis) Part available silver Ag, copper Cu, gold Au etc..

Constitute the metallics of touch patterns portion 162b with live width t1, t2 relatively unfertile land (nanoscale) shape Become.Thus, touch patterns portion 162b is configured to user and cannot with the naked eye identify, from without right Interference is constituted from the visual information of display apparatus module 130 output.

The metallics extended respectively along first direction and second direction is at overlapped part quilt Insulation.To this end, insulating barrier (not shown) can be plugged in overlapped part.

Touch patterns portion 162b can either directly or indirectly (the signal transfer part by extra) with soft Property printed circuit board (PCB) 161 is electrically connected.

Labeling section 162c constituting alignment mark 163 (163a, 163b) it is formed with in base portion 162a. Labeling section 162c is formed by the material identical with touch patterns portion 162b, and is electrically separated from each other ground structure Become.

In order to realize such structure, labeling section 162c can be identical with touch patterns portion 162b Realize in technique rather than realize in the technique independent with it.Such as, via mask, etching Technique etc. and the metallics that is deposited in base portion 162a can be divided into touch patterns portion 162b With labeling section 162c, now, labeling section 162c can be become and touch patterns portion by etched part 162d The structure that 162b is electrically separated.

That is, labeling section 162c is understood as by the metal object identical with touch patterns portion 162b Matter is constituted, but is electrically isolated with touch patterns portion 162b and cannot detect the illusory portion of touch input Point.Utilizing described structure, labeling section 162c is configured to and touch patterns in base portion 162a Portion 162b constitutes identical layer position.

Labeling section 162c patterns with the area with regulation, with composition touch patterns portion 162b Hardware different, it with the naked eye can be identified by user.Labeling section 162c has opaqueness, As it was previously stated, its can by light tight portion 144 " color of different series constitutes (relevant with Figure 12 The situation of first embodiment), or be made up of the color of the series identical with light tight region 4143 (situation of second embodiment relevant to Figure 13).

Described structure can form touch patterns portion 162b and labeling section 162c with single metallics, because of This has the advantage realizing succinct Rotating fields.Further, described structure utilizes the gold of relative moderate Belong to material, have an advantage in that, the indium including the dilute metal of the high price being referred to as terres rares can be replaced Ito transparent electrode.

Figure 16 is be showing along the touch sensor 5160 that the line D-D ' shown in Figure 14 obtains second The profile of embodiment.

With reference to Figure 16, touch sensor 5160 includes: base portion 5162a, touch patterns portion 5162b, Signal transfer part 5162e and labeling section 5162c.

Base portion 5162a forms the profile of touch sensor 5160, and is formed by Ins. ulative material. Base portion 5162a is formed by translucent material, so that the vision of output in display apparatus module 5130 Information transmission.

The touch patterns portion of the detection region 5160' constituting touch input it is formed with in base portion 5162a 5162b.Touch patterns portion 5162b can by indium tin oxide (Indium-Tin Oxide, ITO), The transmitance conductive film deposits such as CNT (Carbon Nano Tube, CNT) are in base portion The form of 5162a realizes.

Touch patterns portion 5162b can include respectively along first direction (x-axis) and second direction (y Axle) extend and constitute first and second patterned layer of sense channel.In this accompanying drawing, in order to easily Annexation between touch patterns portion 5162b and signal transfer part 5162e is described, shows with conceptual Go out touch patterns layer.

Connect at touch patterns portion 5162b and have signal transfer part 5162e, signal transfer part 5162e with Flexible printed wiring board 5161 is connected.That is, signal transfer part 5162e is by touch patterns portion 5162b It is electrically connected with flexible printed wiring board 5161, thus transmits in touch patterns portion 5162b and detect The touch input signal gone out.Signal transfer part 5162e is made up of coloring matter, but because of by door closure 5140 Light tight region 5143 cover and do not expose to outside.

Labeling section 5162c constituting alignment mark 5163a, 5163b it is formed with in base portion 5162a. Labeling section 5162c carries out electrically separated with touch patterns portion 5162b and signal transfer part 5162e.Mark Note portion 5162c patterns with the area with regulation, different from touch patterns portion 5162b, It with the naked eye can be identified by user.

Labeling section 5162c has opaqueness, as it was previously stated, its can by with light tight portion 144 " no Isonomic color constitutes (situation of the first embodiment relevant to Figure 12), or by with impermeable The color of the series that light region 4143 is identical constitutes (situation of second embodiment relevant to Figure 13).

Labeling section 5162c can be formed by the material identical with signal transfer part 5162e, and mutually electricity Constitute discretely.In order to realize such structure, labeling section 5162c can with signal transfer part 5162e Realize in identical technique rather than realize in the technique independent with it.Such as, via mask, Etch process etc. and the metallics that is deposited in base portion 5162a can be divided into signal transfer part 5162e and labeling section 5162c, now, labeling section 5162c can be become and letter by etched part 5162d Number structure that transfer part 5162e is electrically separated.

Or, labeling section 5162c also can be made up of the material different from signal transfer part 5162e, And realize in other techniques.In the case, have an advantage in that, by the touch manufactured The simple technique of labeling section 5162c is formed, it is possible to produce and be formed with alignment on sensor 5160 The touch sensor 5160 of labelling 5163a, 5163b.

Hereinafter, the manufacture method of the door closure 140 being combined with touch sensor 160 is illustrated.

Figure 17 is for the door closure 140 shown in Figure 11 and the combination side of touch sensor 160 are described The flow chart of method, Figure 18 is to attach tactile at door closure 140 for explanation in the structure shown in Figure 12 Touch the flow chart of the detailed step of sensor 160.

With reference to Figure 17, in order to manufacture door closure 140, first at the door closure 140 formed by translucent material One side formed cladding the second transmission region 142 light tight region 143 (step S 10).As front Described, in order to form the second transmission region 142 and light tight region 143 at door closure 140, can be at door Lid 140 one side printing light-proof material, or attach be formed with light tight portion 144 " thin film.

Then, the one side at door closure 140 attaches for detecting the touch to the second transmission region 142 The touch sensor 160 (step S30) of input.The step attaching touch sensor 160 includes: The alignment mark 163 making touch sensor 160 is set to be overlapped in and is formed at light tight region 143 Guide mark 144 in step.

Related to this, can be through following thin in the first embodiment relevant to aforesaid Figure 12 Alignment mark 163 is aligned in guide mark 144 by the step of differentiation.

With reference to Figure 18, first, configuration touch sensor 160 is so that alignment mark 163 is positioned at guiding In the transmittance section 144 ' of labelling 144 (step S31).Subsequently, touch sensor 160 is regulated Position, so that the light tight portion 144 that is formed in transmittance section 144 ' of alignment mark 163 " in (step Rapid S32).Now, the position of fine adjustments touch sensor 160, so that aforesaid first to Three alignment mark 163a, 163b, 163c lay respectively at the first to the 3rd guide mark 144a, 144b, The light tight portion 144 of 144c " in.

Alignment as above with the naked eye or even can be utilized equipment to carry out confirming and regulating touch by user The position of sensor 160 realizes, or available equipment completely automatically realizes.

After door closure 140 attaches touch sensor 160, attach impermeable at touch sensor 160 The shading member 180 of photosensitiveness is to cover guide mark 144 (step S40).Additionally, configuration display Device module 130 is to cover the second transmission region 142 of door, thus completes touch screen 12.

It addition, door closure 140 can be formed at it at least partially in the form of bending.To this end, After forming the step in light tight region 143, and attach touch sensor 160 at door closure 140 Step before, the form that door closure 140 presses and is morphed into bending can be added Step (step S20).

Figure 19 is the profile obtained along the line E-E ' shown in Fig. 4.

With reference to Figure 19, door closure 140 combines with doorframe 110.As it was previously stated, doorframe 110 can wrap Include housing 111 and inside casing 112.

Housing 111 attaches door closure 140 before it.Inside casing 112 side after housing 111 is carried out In conjunction with.Combination between housing 111 and inside casing 112 may utilize bolt combination, grab combines, bonding In conjunction with etc. realize.

Housing 111 shown in this accompanying drawing and inside casing 112 utilize the structure that adhesive bond be combined with each other. Specifically, muscle 112d is combined, projecting behind of housing 111 prominent being formed with of inside casing 112 It is formed for accommodating muscle receiving portion 111e combining muscle 112d, fills in muscle receiving portion 111e There is bonding component 172.

It addition, during combination when between housing 111 and inside casing 112, the outer peripheral portion of inside casing 112 can Highlight before housing 111 and form and formed installation guide 112c.Guide 112c edge is installed The periphery housing 111 extends formation with closed loop form, thus is being internally formed for accommodating door closure The space of 140.

Guide 112c is installed and can be configured to cover the side of door closure 140, guide 112c is installed Above can specify that highly prominent formation, thus identical with the above formation of adjacent door closure 140 Plane.Utilize described structure, it is possible to reduce the jump installed between guide 112c and door closure 140, Thus realize more succinct outward appearance.

Figure 20 is to illustrate to isolate the general of door closure 140 and doorframe 110 from the F part shown in Fig. 4 Read figure.

It is said that in general, assembling part (such as, apex portion, the depression with special shape Part etc.) time, this part becomes to align and arranges the benchmark of position and easily assemble.But, In the case of the door closure 140 such as the present embodiment is by round-shaped formation, owing to corner parts is band There is the form of radian, be not easy to as the part arranging position of can aliging when assembling.Particularly, In the present case, if door closure 140 fails the correct position being incorporated on doorframe 110, Then can occur first and second transmission region 141,142 of door closure 140 and the first of doorframe 110 and The problem that second peristome 110a, 111b is the most corresponding.

In order to solve described problem, as shown in figure 20, door closure 140 is provided with and is assembling with doorframe 110 Time the part of benchmark of position can be set as alignment.

Specifically, door closure 140 includes with rounded form with the first corner of being formed of radian ground 140 ' and with rectilinear configuration connect described first corner 140 ' both sides the second corner 140 ".That is, Door closure 140 has one part with cut round-shaped of rectilinear configuration.

Aforesaid installation guide 112c includes: corresponding with the first corner 140 ' with radian The first protuberance 112c ' that ground extends；And, with the second corner 140 " corresponding with rectilinear configuration The the second protuberance 112c extended ".

In described structure, the second corner 140 " and the second protuberance 112c " become at door closure 140 And can align during assembling between doorframe 110 benchmark of position is set.That is, when the second corner 140 " With the second protuberance 112c " when configuring accordingly, door closure 140 will be located in the positive position on doorframe 110, So that the first of first and second transmission region 141,142 of door closure 140 and doorframe 110 and the Two peristome 110a, 111b configure accordingly.

Further, it is positioned at the positive position on doorframe 110 by door closure 140, it is possible to realize being attached at door Alignment between the touch sensor 160 covering 140 and the display apparatus module 130 being incorporated into doorframe 110. Thereby, it is possible to guarantee the reliability of touch screen 12.

Second protuberance 112c " can be located at the optional position of doorframe 110, but, for making user be difficult to Identify and go out 10 in cut round-shaped, the second protuberance 112c " it is preferably formed in doorframe 110 Downside.

It addition, together with reference to Figure 19 above, door closure 140 may utilize the sealant 171 of liquid and ties Together in doorframe 110.The sealant filling slot being previously formed filling sealing agent 171 at housing 111 111d。

Sealant filling slot 111d can include sealant painting part 111d ' and sealant trap portion 111d”。

Sealant painting part 111d ' is the part for filling sealing agent 171, and it is respectively coated by first Peristome 110a and the second peristome 111b.

It is provided with in the both sides of sealant painting part 111d ' for trapping respectively to sealant painting part The sealant trap portion 111d of the sealant 171 that the inside and outside side of 111d ' is flowed out ".Sealant trap portion 111d " can be separated a predetermined distance with sealant painting part 111d ' state along sealant painting part 111d ' extends formation abreast.Sealant trap portion 111d " can have than sealant painting part 111d ' Narrow width.

At sealant painting part 111d ' and sealant trap portion 111d " between can specify that the most prominent It is formed with boss 111f.Described boss 111f can be corresponding with before housing 111 height highlight Being formed, in the case, boss 111f is used as supporting the bearing-surface of door closure 140.

Utilize described structure, during door closure 140 is incorporated into housing 111, even if being filled in The sealant 171 of sealant painting part 111d ' leaks, and may utilize and is respectively arranged on the close of interior outside Envelope agent trap portion 111d " trap the sealant 171 leaked.Thereby, it is possible to prevent sealant 171 The problem that the exterior quality that leakage causes reduces.

Further, described structure is utilized, it is possible to make sealant painting part 111d ' as far as possible near housing The marginal portion of 111 configures.Thereby, it is possible to make the marginal portion of corresponding door closure 140 Non-bonding part minimize, thus improve bond strength, and be effectively prevented impurity and pass through door Gap between lid 140 and housing 111 enters.

Claims (16)

1. a device for clothing processing, it is characterised in that including:

Body, is provided with medicated clothing dispensing port, and

Door, for medicated clothing dispensing port described in opening and closing；

Described door includes:

Door closure, for forming the outward appearance of described door, is provided with transmission region and is coated with described transmission region Light tight region,

Display apparatus module, is configured at after described door closure, for being exported by described transmission region Visual information, and

Touch sensor, is attached at after described door closure, for detection to described transmission region Touch input；

It is formed with alignment mark at described touch sensor, is formed with utilization in described light tight region Described alignment mark guides the guide mark of the sticking position of described touch sensor.

Device for clothing processing the most according to claim 1, it is characterised in that in described touch Sensor is attached under described door closure state below, and described alignment mark is configured to be overlapped in In described guide mark.

Device for clothing processing the most according to claim 2, it is characterised in that described guide mark Note includes:

Light tight portion, and

Transmittance section, is formed to be coated with described light tight portion, is used for dividing described light tight portion and institute State light tight region；

When being attached at after described door closure before described touch sensor, described right Neat labelling is configured to be overlapped in described light tight portion.

Device for clothing processing the most according to claim 3, it is characterised in that described alignment mark Remember and formed by the color of the series different from described light tight portion.

Device for clothing processing the most according to claim 1, it is characterised in that described door also wraps Include:

The shading member of opaqueness, is attached at described door closure before described touch sensor Under state below, described shading member is attached at after described touch sensor and covers described Guide mark.

Device for clothing processing the most according to claim 5, it is characterised in that described in cover structure Part is formed by the color of the series identical with the color in described light tight region.

Device for clothing processing the most according to claim 1, it is characterised in that described guide mark Remember at least three places of described transmission region periphery to configure separated from each other.

Device for clothing processing the most according to claim 1, it is characterised in that described alignment mark Note is formed at the corner parts of described touch sensor.

Device for clothing processing the most according to claim 1, it is characterised in that described touch passes Sensor includes:

Base portion, is formed by translucent material；

Touch patterns portion, patterns with presetting pattern in described base portion, is used for examining Survey the touch input to described door closure；And

Labeling section, is formed in described base portion, is used for forming described alignment mark.

Device for clothing processing the most according to claim 9, it is characterised in that described labelling Portion is formed by the material identical with described touch patterns portion, and carries out electricity point with described touch patterns portion From.

11. device for clothing processing according to claim 9, it is characterised in that described touch Sensor also includes:

Signal transfer part, is electrically connected with described touch patterns portion and forms signaling path；

Described labeling section is formed by the material identical with described signal transfer part.

12. device for clothing processing according to claim 1, it is characterised in that described door closure Including:

Lid main body, is formed by translucent material；And

Shielding layer, is configured to cover after described lid main body, and forms described light tight region.

13. device for clothing processing according to claim 12, it is characterised in that described printing opacity Region is the part being not configured with described shielding layer.

The method of the door of device for clothing processing is located in 14. 1 kinds of manufactures, it is characterised in that including:

One side at the door closure formed by translucent material forms the light tight region of cladding transmission region Step, and

One side at described door closure attaches the touch for detecting the touch input to described transmission region The step of sensor；

The step attaching described touch sensor includes:

The alignment mark making described touch sensor is set to be overlapped in and is formed at described light tight region Guide mark in step.

The method of the door of device for clothing processing is located in 15. manufactures according to claim 14, its Be characterised by, described in make the alignment mark of described touch sensor be set to be overlapped in be formed at described Step in the guide mark in light tight region includes:

Described touch sensor is configured to the printing opacity making described alignment mark be positioned at described guide mark Step in portion；And

Regulate the position of described touch sensor, so that described alignment mark is formed at described The step in light tight portion in light portion.

The method of the door of device for clothing processing is located in 16. manufactures according to claim 14, its It is characterised by, after the step of the described touch sensor of described attaching, also includes:

Attach the shading member of opaqueness at described touch sensor, and make it cover described guiding The step of labelling.