CN106012441A - Clothes processing unit - Google Patents

Abstract

The invention discloses a clothes processing unit, which comprises a main body having a clothes casting port and a door for opening and closing the clothes casting port. The door comprises a frame including a first opening part and a second opening part, and in the state that the door is closed, the first opening part is opposite to the clothes casting port and the second opening part is opposite to a display module installed inside the frame; and a door cover combining with the frame to form a door appearance. The door cover includes a non-light-transparent region, a first light-transparent region and a second light-transparent region. In the non-light-transparent region, the first light-transparent region is opposite to the first opening part and the second light-transparent region is opposite to the second opening part. At least one installation guiding part is arranged between the frame and the door cover. When the frame combines with the door cover, the installation guiding part is used for alignment between the first opening part and the first light-transparent region and the second opening part and the second light-transparent region.

Description

Device for clothing processing

Technical field

The present invention relates to device for clothing processing, above-mentioned device for clothing processing includes the medicated clothing for opening and closing body The door of input port.

Background technology

Device for clothing processing include the device that medicated clothing is washed, the device that medicated clothing is dried, can Medicated clothing is implemented together washing and the device dried.In device for clothing processing, the washing stroke of medicated clothing is The stroke of the polluter being attached to washings, the drying row of medicated clothing is removed by the effect of water and detergent Journey is to remove the stroke of the moisture in medicated clothing by being arranged at the hot air supply device of device for clothing processing.

Generally, device for clothing processing includes: body, for forming the profile of device for clothing processing, has Clothes inlet；Medicated clothing resettlement section, is arranged at body interior；Driver element, is used for making composition clothes collecting The cylinder in appearance portion rotates；Door, for opening and closing clothes inlet；And control unit, show to user of service Show the visual information relevant to carrying out the stroke that processes in device for clothing processing, receive the behaviour of user of service Make.

In the most common device for clothing processing, door perform opening and closing clothes inlet and it can be seen that Self function of medicated clothing resettlement section.Further, control unit is generally disposed at body, by opening/closing Mode etc. only simple to represent fixed stroke, above-mentioned control unit has for entering above-mentioned stroke Multiple buttons of row operation or handle.

But, it is provided separately door and control unit is unfavorable for making device for clothing processing form succinct outward appearance, Input and output interface between device for clothing processing and user of service can only rest on low-level pattern.

To this, studying and control unit is being arranged at door, and embodying control unit with touch screen.With This relevant technology can be at No. 10-2011-0130089 (in December, 2011 of Korean Patent Laid 05 is open) and Korean Patent Laid the 10-2015-00062464th (2015 01 month 16 Day open) in find.But, to by door and touch screen integration are brought aesthetic feeling and with low cost The research bringing the door of high-end sensory effects remains deficiency.

And, for making door closure and doorframe combine, generally utilize the mechanical fastening structures of support, hook etc., And use binding agent.But, in order to bring high-end sensation to use glass material to user of service In the case of door closure, there is the problem being difficult with above-mentioned mechanical fastening structures.And then, it is circle at door closure In the case of shape, it also occur that be difficult to accurately control the door closure problem arranging position on doorframe.

Further, during making door closure combine with doorframe by binding agent, the spilling of binding agent has can Can cause the decline of exterior quality.In order to prevent this problem, away from the doorframe of marginal portion Side adhesive stripe-coating, but this can cause adhesion strength to decline, it may occur that and foreign body is easily by door closure and doorframe Between gap infiltration problem.

On the other hand, from door be the structure this point for opening and closing clothes inlet, at touch screen In the case of being arranged at door, there is the moisture worry to the electronic component infiltration constituting touch screen.Therefore, Can be considered as that important in terms of the driving reliability guaranteeing touch screen is asked to the sealing of above-mentioned electronic component Topic.

Summary of the invention

It is an object of the present invention to provide the door of following device for clothing processing, i.e. when setting at door Put it can be seen that the window portion of medicated clothing resettlement section and for display with carry out processing in device for clothing processing During the display part of the information that stroke is relevant, the tailored appearance of door can be made, and bring integration to user of service Aesthetic feeling.

It is a further object of the present invention to provide the door of following device for clothing processing, i.e. available Tetragon display provides the display part of circle to user of service.

Another object of the present invention is to, it is provided that the door of following device for clothing processing, i.e. circle can be made The door closure of shape easily combines with circular doorframe.

It is a further object of the present invention to provide the door of following device for clothing processing, i.e. work as door closure When combining with doorframe, prevent sealant leakage, adhesion strength can be improved, and can prevent foreign body from passing through door Gap infiltration between lid and doorframe.

It is a further object of the present invention to provide the door of following device for clothing processing, i.e. when at door When forming display part (or touch screen), moisture can be prevented to the electronic component infiltration constituting display part.

It is a further object of the present invention to provide can be in the sealing structure of the infiltration for preventing above-mentioned moisture The additional structure of middle raising sealing property.

In order to realize the purpose of the present invention, the device for clothing processing of the present invention includes: body, has medicated clothing Input port；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: doorframe, including first Peristome and the second peristome, when door is in closedown, above-mentioned first peristome and above-mentioned medicated clothing In opposite directions, above-mentioned second peristome is corresponding with the display module being installed within above-mentioned doorframe in input port；With And door closure, combine with above-mentioned doorframe, form the outward appearance of above-mentioned door, above-mentioned door closure include alternatively non-transparent region, First transmission region and the second transmission region, in above-mentioned alternatively non-transparent region, above-mentioned first transmission region with Above-mentioned first peristome is corresponding, and above-mentioned second transmission region is corresponding with above-mentioned second peristome.

The device for clothing processing of the present invention, including: body, there is clothes inlet；And door, it is used for The above-mentioned clothes inlet of opening and closing, above-mentioned door includes: doorframe, including the first peristome and the second peristome, When above-mentioned door is in closedown, above-mentioned first peristome is with above-mentioned clothes inlet in opposite directions, above-mentioned Second peristome is corresponding with the display module being installed within above-mentioned doorframe；And door closure, with above-mentioned door Frame combines, and forms the outward appearance of above-mentioned door, above-mentioned door closure include alternatively non-transparent region, the first transmission region and Second transmission region, in above-mentioned alternatively non-transparent region, above-mentioned first transmission region and above-mentioned first peristome Corresponding, above-mentioned second transmission region is corresponding with above-mentioned second peristome, at above-mentioned doorframe and above-mentioned door At least one in lid arranges installation guide portion, when above-mentioned doorframe and door closure are combined with each other, and above-mentioned installation Guide portion be used for being directed at above-mentioned first peristome and above-mentioned first transmission region and above-mentioned second peristome and Above-mentioned second transmission region.

The size of above-mentioned second transmission region is smaller than the size of above-mentioned second peristome, when above-mentioned door closure with When above-mentioned doorframe combines, above-mentioned second transmission region is configured in above-mentioned second peristome.

Above-mentioned second peristome can in the tetragon form corresponding with the above-mentioned display module of tetragon, on State the second transmission region can in the way of being overlapped in above-mentioned second peristome rounded form, above-mentioned In display module, can not export visual information in not corresponding with above-mentioned second transmission region part.

Rear at above-mentioned door closure can adhere to touch sensor, and above-mentioned touch sensor covers above-mentioned second Transmission region, above-mentioned touch sensor is for detecting the sensing unit including above-mentioned second transmission region The touch input in territory.

Above-mentioned device for clothing processing may also include control portion, above-mentioned control portion be used for controlling whether activating to The touch stating not corresponding with the above-mentioned second transmission region region in sensitive zones detects.

Above-mentioned door closure comprises the steps that lid main body, light-transmitting materials formed；And screen layer, for covering State the rear of lid main body, form above-mentioned alternatively non-transparent region.

Above-mentioned first transmission region and the second transmission region can be the part not configuring above-mentioned screen layer.

Above-mentioned screen layer can include the multiple shielded points being formed at above-mentioned first transmission region periphery, closer to Above-mentioned first transmission region, the density of above-mentioned shielded point is the lowest.

The peace forming the periphery surrounding above-mentioned door closure around above-mentioned doorframe can be highlighted at above-mentioned doorframe Dress guide portion.

Above-mentioned door closure can include the first edge part and the second edge part, and above-mentioned first edge part is circular arc Shape, above-mentioned second edge part is for connecting the both sides of above-mentioned first edge part, and above-mentioned installation guide portion can be wrapped Including the first protuberance and the second protuberance, above-mentioned first protuberance is with corresponding with above-mentioned first edge part Mode is that circular shape extends, and above-mentioned second protuberance is shape in the way of corresponding with above-mentioned second edge part Becoming, when installing above-mentioned door closure at above-mentioned doorframe, above-mentioned second protuberance guides the installation position of above-mentioned doorframe Put.

Above-mentioned second protuberance can be formed at the downside of above-mentioned doorframe.

Above-mentioned doorframe comprises the steps that housing, forms sealant filling slot at forward face, fills out at above-mentioned sealant Fill groove to fill for making the above-mentioned housing sealant bonding with above-mentioned door closure；And inside casing, outside above-mentioned The rear side of frame combines with above-mentioned housing, when combining with above-mentioned housing, and the periphery of above-mentioned inside casing Part highlights from the forward face of above-mentioned housing, forms above-mentioned installation guide portion.

Above-mentioned sealant filling slot comprises the steps that sealant coated portion, for filling sealing agent；And seal Agent trap portion, can trap respectively in the way of the sealant that the inside and outside side of above-mentioned sealant coated portion is flowed out It is respectively formed in the both sides of above-mentioned sealant coated portion.

Above-mentioned sealant filling slot comprises the steps that connection groove section, crosses above-mentioned first peristome and the second opening Between portion；First groove portion, is connected with the both ends of above-mentioned connection groove section, with above-mentioned connection groove section together Surround around above-mentioned first peristome；And the second groove portion, it is connected with the both ends of above-mentioned connection groove section Connect, together surround around above-mentioned second peristome with above-mentioned connection groove section.

Above-mentioned sealant filling slot may also include bypass groove portion, and above-mentioned bypass groove portion is used for connecting above-mentioned connection Between optional position in groove portion and the optional position in above-mentioned first groove portion.

Above-mentioned bypass groove portion can be located in the space formed by above-mentioned connection groove section and above-mentioned first groove portion.

Above-mentioned body can cave in inner side from exterior face, and above-mentioned body is provided with a resettlement section, and above-mentioned door is received Appearance portion is being internally provided with above-mentioned clothes inlet, and when above-mentioned door is in closedown, above-mentioned door is received Being dissolved in above-mentioned door resettlement section, the exterior face marginal portion of above-mentioned door closure can be with the outside of adjacent above-mentioned body Face forms same level.

Further, the open device for clothing processing of the present invention, above-mentioned device for clothing processing includes: body, has Clothes inlet；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: doorframe, including First peristome and the second peristome, when door is in closedown, above-mentioned first peristome is with above-mentioned In opposite directions, above-mentioned second peristome is relative with the display module being installed within above-mentioned doorframe for clothes inlet Should；And door closure, tie mutually with above-mentioned doorframe in the way of covering above-mentioned first peristome and the second peristome Closing, above-mentioned door closure forms the outward appearance of above-mentioned door, forms sealant filling slot at above-mentioned doorframe, above-mentioned close Envelope agent filling slot fills the sealant being used for making above-mentioned doorframe bonding with above-mentioned door closure, and above-mentioned sealant is filled out Fill groove and surround above-mentioned first peristome and the second peristome respectively.

Above-mentioned sealant filling slot comprises the steps that connection groove section, crosses above-mentioned first peristome and the second opening Between portion；First groove portion, is connected with the both ends of above-mentioned connection groove section, with above-mentioned connection groove section together Surround around above-mentioned first peristome；And the second groove portion, it is connected with the both ends of above-mentioned connection groove section Connect, together surround around above-mentioned second peristome with above-mentioned connection groove section.

Above-mentioned sealant filling slot may also include that the first sealant trap portion, is formed at by above-mentioned link slot The inner space that portion and above-mentioned first groove portion are formed, is used for surrounding above-mentioned first peristome；Second seals Agent trap portion, is formed at the inner space formed by above-mentioned connection groove section and above-mentioned second groove portion, is used for Surround above-mentioned second peristome；And the 3rd sealant trap portion, be used for surrounding above-mentioned first groove portion and State the second groove portion.

And, the open device for clothing processing of the present invention, above-mentioned device for clothing processing includes: body, has Clothes inlet；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: doorframe, it is possible to Relative movement is carried out relative to above-mentioned body；Door closure, is formed above-mentioned in the way of combining with above-mentioned doorframe The outward appearance of door, including the transmission region in alternatively non-transparent region and above-mentioned alternatively non-transparent region；And display module, It is configured at the rear of above-mentioned door closure, exports visual information, above-mentioned transmission region by above-mentioned transmission region The size being smaller in size than above-mentioned display module, when above-mentioned door closure combines with above-mentioned doorframe, above-mentioned Light region is overlapped in above-mentioned display module.

Above-mentioned display module can be in tetragon form, and above-mentioned transmission region can be to be overlapped in above-mentioned display mould The rounded form of mode of a part for block, above-mentioned alternatively non-transparent region can cover not with above-mentioned transmission region phase Other parts of corresponding above-mentioned display module.

Other parts of above-mentioned display module can not export visual information.

Rear at above-mentioned door closure can adhere to touch sensor, and above-mentioned touch sensor covers above-mentioned printing opacity The part in the above-mentioned alternatively non-transparent region of region and above-mentioned transmission region periphery.

Further, the open device for clothing processing of the present invention, above-mentioned device for clothing processing includes: body, has Clothes inlet；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: door closure, is formed The outward appearance of above-mentioned door, including the first edge part and the second edge part, above-mentioned first edge part is circular shape, Above-mentioned second edge part is for connecting the both sides of above-mentioned first edge part；And doorframe, can be relative to above-mentioned Body carries out relative movement, highlights at above-mentioned doorframe and is formed with the above-mentioned door of encirclement around above-mentioned doorframe The installation guide portion of the periphery of lid, above-mentioned installation guide portion includes the first protuberance and the second protuberance, on Stating the first protuberance in the way of corresponding with above-mentioned first edge part in circular shape, above-mentioned second highlights Portion is formed in the way of corresponding with above-mentioned second edge part, when installing above-mentioned door closure at above-mentioned doorframe, Above-mentioned second protuberance guides the installation site of above-mentioned doorframe.

Above-mentioned second protuberance can be formed at the downside of above-mentioned doorframe.

And, the open device for clothing processing of the present invention, above-mentioned device for clothing processing includes: body, has Clothes inlet；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: door closure, is formed The outward appearance of above-mentioned door, including the transmission region in alternatively non-transparent region and above-mentioned alternatively non-transparent region；Display module, It is configured on the rear of above-mentioned door closure, exports visual information by above-mentioned transmission region；And doorframe, There is peristome, be in closedown in the display module resettlement section and above-mentioned door for housing above-mentioned display module State under, in opposite directions, the forward face at above-mentioned doorframe is formed close for above-mentioned peristome and above-mentioned clothes inlet Envelope agent filling slot, fills for making above-mentioned doorframe bonding with above-mentioned door closure at above-mentioned sealant filling slot Sealant.

Above-mentioned sealant filling slot comprises the steps that connection groove section, crosses above-mentioned display module resettlement section with above-mentioned Between peristome；First groove portion, is connected with the both ends of above-mentioned connection groove section, with above-mentioned connection groove section Together surround around above-mentioned peristome；And the second groove portion, it is connected with the both ends of above-mentioned connection groove section Connect, together surround around above-mentioned display module resettlement section with above-mentioned connection groove section.

Above-mentioned sealant filling slot may also include bypass groove, above-mentioned bypass groove for by above-mentioned link slot and The optional position and above-mentioned first in above-mentioned connection groove section is connected in the space that above-mentioned first groove portion is formed Between optional position in groove portion.

Above-mentioned sealant filling slot comprises the steps that sealant coated portion, for filling sealing agent；And seal Agent trap portion, can trap respectively in the way of the sealant that the inside and outside side of above-mentioned sealant coated portion is flowed out It is respectively formed in the both sides of above-mentioned sealant coated portion.

And, the open device for clothing processing of the present invention, above-mentioned device for clothing processing includes: body, has Clothes inlet；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: doorframe；Door closure, It is installed on the side of doorframe, there is transmission region；Installation frame, is installed on the opposite side of above-mentioned doorframe； Display, is installed on above-mentioned installation frame, exports visual information by the transmission region of above-mentioned door closure；With And display seal parts, it is configured between above-mentioned doorframe and above-mentioned installation frame, is used for surrounding above-mentioned showing Show device.

Can form accepting groove at above-mentioned installation frame, above-mentioned accepting groove houses aforementioned display device seal member A part, above-mentioned accepting groove surrounds aforementioned display device.

Other parts of aforementioned display device seal member can highlight from above-mentioned accepting groove and form, when at above-mentioned door When above-mentioned installation frame installed by frame, aforementioned display device seal member can contact with above-mentioned doorframe.

Aforementioned display device seal member can include the multiple contact sites contacted respectively with above-mentioned doorframe, above-mentioned Multiple contact sites separate configuration along the width of aforementioned display device seal member, and along above-mentioned display The length direction of device seal member fitly extends, thus forms multiple sealing strip.

Above-mentioned device for clothing processing may also include that display cover, light-transmitting materials formed, for covering State display；And filler, for the gap between above-mentioned installation frame and aforementioned display device lid is entered Row is filled.

Above-mentioned doorframe comprises the steps that housing, and the forward face at above-mentioned doorframe forms sealant filling slot, upper State sealant filling slot and fill for making the above-mentioned doorframe sealant bonding with above-mentioned door closure, at above-mentioned door The rear of frame installs above-mentioned installation guide portion；And inside casing, in the rear side of above-mentioned housing with above-mentioned Housing combines, and is used for covering above-mentioned installation frame.

The outer peripheral portion of above-mentioned inside casing highlights from the forward face of above-mentioned housing, thus can form the above-mentioned door of encirclement The installation guide portion of the periphery of lid.

Can be formed at above-mentioned inside casing and be connected with the inner space formed by above-mentioned housing and above-mentioned inside casing Interconnecting part, above-mentioned inside casing is tied mutually with the frame lid for the above-mentioned interconnecting part of opening and closing in the way of can dismounting Close.

Above-mentioned device for clothing processing may also include touch sensor, and above-mentioned touch sensor is attached to above-mentioned door The back side of lid, above-mentioned touch sensor is for detecting the touch input to above-mentioned transmission region.

The display hole corresponding with aforementioned display device can be formed at above-mentioned doorframe and be used for making above-mentioned touch The company that the flexible printed circuit board (FPCB, Flexible Printed Circuit Board) of sensor passes through Through hole, aforementioned display device seal member can surround aforementioned display device hole and above-mentioned intercommunicating pore.

Aforementioned display device can be installed in the side of above-mentioned installation frame, can be at the opposite side of above-mentioned installation frame Install for electrically connect with aforementioned display device and above-mentioned flexible printed circuit substrate printed circuit board (PCB) (PCB, Printed Circuit Board)。

Also can install can carry out radio communication with outside electronic equipment at the opposite side of above-mentioned installation frame Wireless communication module.

Above-mentioned device for clothing processing may also include that printed circuit board cover, is installed on above-mentioned installation frame, uses In covering above-mentioned printed circuit board (PCB)；And printed circuit board seal parts, be configured at above-mentioned installation frame with Between above-mentioned printed circuit board cover, it is used for surrounding above-mentioned printed circuit board (PCB).

Above-mentioned printed circuit board seal parts can surround above-mentioned flexible printed circuit board hole.

Can form mounting groove at above-mentioned installation frame, it is close that above-mentioned mounting groove is used for housing above-mentioned printed circuit board (PCB) A part for envelope parts, and surround above-mentioned printed circuit board (PCB).

Other parts of above-mentioned printed circuit board seal parts highlight from above-mentioned mounting groove and form, when above-mentioned When installation frame installs above-mentioned printed circuit board cover, other parts of above-mentioned printed circuit board seal parts can Contact with above-mentioned printed circuit board cover.

Above-mentioned printed circuit board seal parts include multiple with what above-mentioned printed circuit board cover contacted respectively Contact site, above-mentioned multiple contact sites separate along the width of above-mentioned printed circuit board seal parts and join Put, and fitly extend along the length direction of above-mentioned printed circuit board seal parts, thus formed multiple Sealing strip.

And, the open device for clothing processing of the present invention, above-mentioned device for clothing processing includes: body, has Clothes inlet；And door, for the above-mentioned clothes inlet of opening and closing, above-mentioned door includes: doorframe, can phase Relative movement is carried out for above-mentioned body；Door closure, combines with above-mentioned doorframe, forms the outward appearance of above-mentioned door； And display module, it being configured on the rear of above-mentioned door closure, above-mentioned display module includes: installation frame, Display installation portion and printed circuit board (PCB) installation portion it is respectively arranged with in the both sides of above-mentioned installation frame；Printing Circuit board cover, is installed on above-mentioned installation frame in the way of covering above-mentioned printed circuit board (PCB) installation portion；Display Device seal member, is configured between above-mentioned doorframe and above-mentioned installation frame, is used for surrounding aforementioned display device peace Dress portion；And printed circuit board seal parts, be configured at above-mentioned installation frame and above-mentioned printed circuit board (PCB) it Between, it is used for surrounding above-mentioned printed circuit board (PCB) installation portion.

Aforementioned display device seal member can have the multiple contact sites contacted respectively with above-mentioned installation frame, Above-mentioned multiple contact site separates along the width of aforementioned display device seal member, and along above-mentioned display The length direction of device seal member fitly extends, thus can form multiple sealing strip.

Above-mentioned printed circuit board seal parts can have and contact many with above-mentioned printed circuit board cover respectively Individual contact site, above-mentioned multiple contact sites separate along the width of above-mentioned printed circuit board seal parts, And fitly extend along the length direction of above-mentioned printed circuit board seal parts, thus can be formed multiple close Edge sealing.

According to the present invention, form alternatively non-transparent region at door closure and distinguished mutually in above-mentioned alternatively non-transparent region The first transmission region and the second transmission region, respectively at above-mentioned first transmission region and the second transmission region Window portion and display part (or touch screen) are set, thus the tailored appearance of door can be made.Especially, in order to Corresponding with circular door and make the first transmission region and the second transmission region rounded in the case of, can give User of service brings the aesthetic feeling of integration.

And, in the second transmission region feelings of rounded form in the way of being overlapped in rectangle display Under condition, only to the part output visual information corresponding with the second circular transmission region, thus can be to making Circular display part is provided with personnel.Now, control portion can by control in display not with second Electric power is saved in the visual information output of the part that transmission region is corresponding.

In the present invention, the installation guide portion of doorframe by respectively with the first edge part and second edge of door closure Second protuberance of the first protuberance in circular shape that portion is corresponding and linearly form is constituted, from And, when assembling door closure and doorframe, the second edge part and the second protuberance will become the setting of alignment door closure The benchmark of position.That is, when configuring the second edge part in the way of corresponding with the second protuberance, door closure It is positioned at the setting position on above-mentioned doorframe, thus the first transmission region and second transmission region of door closure can be made Configure in the way of corresponding with first peristome and the second peristome of doorframe.

In the present invention, during door closure combines with housing, even if being filled in sealant coated portion Sealant flow out, also by the sealant trap portion trapping being respectively arranged in sealant coated portion outside The sealant flowed out.This prevents and cause because of sealant leakage exterior quality to decline.

Further, according to said structure, can make sealant coated portion at utmost near the marginal portion of housing. Therefore, the unbonded portions in the marginal portion of the door closure corresponding with sealant coated portion can be made minimum Change, thus adhesion strength can be improved, also can effectively prevent foreign body from being oozed by the gap between door closure and housing Thoroughly.

Configurable display seal member between doorframe and installation frame, thus the medicated clothing of the present invention processes Device is formed and prevents the moisture flexible printing electricity to the display being arranged within doorframe and touch sensor The structure of road plate infiltration.Now, can to the gap filling filler between installation frame and display cover, In the case, moisture can be again prevented from permeate to display.

Further, between installation frame and printed circuit board cover, printed circuit board seal parts are configured, thus The device for clothing processing of the present invention is formed and prevents moisture to the printed circuit board (PCB) being arranged within installation frame Structure with wireless communication module infiltration.

Aforementioned display device seal member and printed circuit board seal parts can include multiple contact respectively Portion, above-mentioned multiple contact sites are electric respectively along width and the printing of aforementioned display device seal member The width of road plate seal member separates configuration, and respectively along aforementioned display device seal member The length direction of length direction and printed circuit board seal parts fitly extends, thus is formed multiple Sealing strip.In the case, any one contact site the sealing strip formed is configured at by another In the sealing strip that contact site is formed, thus sealing reliability of structure can be improved.

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 to illustrate the signal that the family status shown in Fig. 1 once rotates the state opening clothes inlet Figure.

Fig. 2 B is to illustrate door schematic diagram of the state that second time rotates when shown in Fig. 2 A.

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 sectional view of the first embodiment being showing along the door closure that the line A-A ' shown in Fig. 5 intercepts.

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

Fig. 8 is the sectional view of the second embodiment being showing along the door closure that the line A-A ' shown in Fig. 5 intercepts.

Fig. 9 is the sectional view of the 3rd embodiment being showing along the door closure that the line A-A ' shown in Fig. 5 intercepts.

Figure 10 is the sectional view intercepted along the line C-C ' shown in Fig. 4.

Figure 11 is to illustrate the schematic diagram making the door closure in the D part shown in Fig. 4 separate with doorframe.

Figure 12 is the front view of the first embodiment illustrating the doorframe shown in Fig. 3.

Figure 13 is the enlarged drawing of the E part shown in Figure 12.

Figure 14 is the front view of the second embodiment illustrating the doorframe shown in Fig. 3.

Figure 15 and Figure 16 is the exploded perspective observing the display module shown in Fig. 3 from mutually different direction Figure.

Figure 17 is the front view of the installation frame shown in Figure 15.

Figure 18 is the rearview of the installation frame shown in Figure 15.

Figure 19 is the backsight of the state illustrating that the installation frame shown in Figure 15 combines with printed circuit board cover Figure.

Figure 20 is the sectional view intercepted along the line F-F ' shown in Fig. 4.

Figure 21 is the schematic diagram of the state illustrating that the display module shown in Fig. 3 is installed within doorframe.

Figure 22 is the exploded perspective view of the door of the variation of the present invention.

Figure 23 is the sectional view of the door shown in Figure 22.

Figure 24 to Figure 26 is the schematic diagram of the variation illustrating the integrated structure between door closure and doorframe.

Detailed description of the invention

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

As long as odd number show other implications of indefinite expression on context, then the performance of odd number includes plural number Performance.

Even mutually different embodiment, structural element same or similar with embodiment before is composed Give reference identical, similar, and omit the repeat specification to it.

During embodiment disclosed in this specification is illustrated, if being judged as related known Illustrating of technology there is a possibility that the purport of embodiment disclosed in this description thickens, then The detailed description to related known technology will be omitted.

Accompanying drawing is used merely to facilitate and understands embodiment disclosed in this description, and institute is public in this manual The technological thought opened is not limited to accompanying drawing, it is thus understood that the present invention comprises thought and the technology model of the present invention Enclose interior all changes, equivalent technical solutions and replace technical scheme.

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 Carry out respectively rotating for the first time and rotating for the second time making medicated clothing throw for being shown through the door 10 shown in Fig. 1 Entrance 20a is in the schematic diagram of open state.

Referring to the drawings, device for clothing processing 1 includes body 20 and door 10.

Body 20 forms the profile of device for clothing processing 1, and has the medicated clothing input for putting into medicated clothing Mouth 20a.In the present embodiment, medicated clothing can be formed at the forward face of the body 20 in hexahedral shape to put into Mouth 20a.

Body 20 be internally formed by clothes inlet 20a house washings medicated clothing resettlement section.

As an example, the device for clothing processing 1 in the present invention is the feelings that washings is implemented the device dried Under condition, medicated clothing resettlement section can be made up of the cylinder 40 being rotatably disposed within body 20.

As another example, the present invention device for clothing processing 1 for washings can be implemented together washing and In the case of the device dried, medicated clothing resettlement section can be made up of outer barrel (not shown) and cylinder 40, on Stating outer barrel and be arranged at the inside of body 20, above-mentioned outer barrel is used for storing washings, and above-mentioned cylinder 40 is with can The mode rotated is arranged at the inside of above-mentioned outer barrel, and above-mentioned cylinder 40 is used for housing washings.

The driver element (not shown) making cylinder 40 rotate is set at body 20.Driver element can include Motor and belt are constituted, and above-mentioned motor is used for producing driving force, and above-mentioned belt utilizes above-mentioned driving force to make rolling Cylinder 40 rotates.

The detergent supply unit (not shown) can drawn with drawer type and introduce can be set at body 20. Can rotate by above-below direction for covering the lid 21 of detergent supply unit.

Power knob 22 can be set at body 20, thus the power supply of device for clothing processing 1 can be turned on/off. In the case of display part 12 described later is touch screen, can be by above-mentioned touch screen 12 be touched defeated Enter to turn on/off the power supply of device for clothing processing 1.In the case, owing to being not provided with power knob 22, thus more succinct outward appearance can be embodied.

Door 10 is can carry out relative movement relative to body 20 in the way of opening and closing clothes inlet 20a. As it can be seen, door 10 can be by hinge-unit 30 can set in the way of rotating relative to body 20 It is placed in body 20.

Body 20 can cave in inner side from exterior face, and body 20 is provided with a resettlement section 20a, and door houses Portion 20a is being internally provided with clothes inlet 20a.When door 10 is in closedown, door 10 is received Being dissolved in a resettlement section 20b, the exterior face marginal portion of door 10 can be with the exterior face shape of adjacent body 20 Become same level.

As it has been described above, in door 10 is contained in a structure of resettlement section 20b, in order to when opening door 10 Preventing door 10 from being blocked by body 20, hinge-unit 30 can be formed has mutually different two rotary shafts Double hinge structure.In the case, as shown in Figure 2 A and 2 B, by door 10 relative to One rotary shaft carry out rotating for the first time make door 10 after door resettlement section 20b separates, by door phase Second time rotation for another rotary shaft makes door 10 rotate.

In the structure of the side that hinge-unit 30 is installed on door 10, the opposite side at door 10 arranges lock Determining device, above-mentioned locking device for being fixed on body 20 or releasing opposite house 10 from body 20 by door 10 Fixing.Locking device can form pressing type structure, if thus realizing pressing once the opposite side of door 10 Then pin door 10, if again by the opposite side of pressure gate 10, releasing the locking of opposite house 10.

Door 10 is provided with window portion 11 and display part 12.

When door 10 is in closedown, window portion 11 is with the side corresponding with clothes inlet 20a Formula configures, thus it can be seen that medicated clothing resettlement section.Thus, user of service can confirm to receive by window portion 11 It is dissolved in the state of the medicated clothing of medicated clothing resettlement section.

Display part 12 shows (output) and carries out the information processed in device for clothing processing 1.Such as, Display part 12 can be displayed in device for clothing processing 1 drive stroke (washing stroke, dehydrating stroke, Drying stroke etc.) perform image information or the user interface corresponding with above-mentioned execution image information (UI, User Interface), graphical user interface (GUI, Graphic User Interface) information.

Hereinafter, the concrete structure of door 10 is described.

Fig. 3 is the exploded perspective view of the door 10 shown in Fig. 1, and Fig. 4 is that the master of the door 10 shown in Fig. 1 regards Figure.

With reference to Fig. 3 and Fig. 4, door 10 includes doorframe 110, door and window 120, display module 130 and door closure 140.As it has been described above, the hinge-unit 30 for making door 10 combine with body 20 is installed on door 10, But in Fig. 3 and Fig. 4, eliminate hinge-unit 30.

In the present embodiment, door 10 can rounded (include circular, ellipse, at least partially in The Circles of circular shape).But, the invention is not limited in this.Door 10 can be in polygon (four Limit shape, hexagon etc.).

Doorframe 110 rotatably combines with 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 that said structure is referred to as housing 111 and inside casing 112 is as follows, at door 10 Under the state being in closedown to doorframe 110 itself, housing 111 is towards the outside of body 120, interior Frame 112 is towards the inside of body 20.In the case of difference not as above, housing 111 He Inside casing 112 also can be known respectively as the first framework and the second framework.

Doorframe 110 includes: the first peristome 110a, when door 10 is in closedown, with medicated clothing Input port 20a is in opposite directions；And the second peristome 111b, with the display module 130 being installed within doorframe Corresponding.From the viewpoint of at the first peristome 110a, door and window 120 is set, the first peristome 110a Also referred to as door and window hole, from the viewpoint of at the second peristome 111b, display module 130 is set, Second peristome 111b is also referred to as display hole.Second peristome 111b can be located at the first peristome On 110a.

First peristome 110a comprises the steps that front side opening 111a, is formed at housing 111；And rear Side opening 112a, is formed at inside casing 112.Second peristome 111b is formed at housing 111.Can be at inside casing Form interconnecting part 112b on the rear side opening 112a of 112, by above-mentioned interconnecting part 112b, show mould It is internal that block 130 is mountable to doorframe 110.

Door and window 120 is arranged at doorframe 110 in the way of corresponding with the first peristome 110a.Door and window 120 Formed by light-transmitting materials (glass, synthetic resin material etc.), thus, door and window 120 is with at door 10 Under the state closed, the mode corresponding with clothes inlet 20a configures.

Display module 130 is set inside doorframe 110.Display module 130 and the second peristome 111b phase Correspondence, display 132 output being arranged at display module 130 is located with in device for clothing processing 1 The visual information that the information of reason is relevant.

And, can arrange at doorframe 110 and the flexible printed circuit board 161 of touch sensor 160 can be made to lead to The flexible printed circuit board hole 111c crossed.In figure 3, the side at the second peristome 111b arranges soft Property printed circuit board aperture 111c.

Doorframe 110 combines with the door closure 140 of the outward appearance forming door 10.Door closure 140 can be by having The glass material of photosensitiveness or synthetic resin material are formed.

Door closure 140 includes alternatively non-transparent region the 143, first transmission region 141 and the second transmission region 142, First transmission region 141 is corresponding with the first peristome 110a in alternatively non-transparent region 143, and above-mentioned Two transmission regions 142 are corresponding with the second peristome 111b.Wherein, transmission region is to make light at least A part of transmission comes it can be seen that the region, opposition side of transmission region and the region within transmission region.Therefore, Transmission region is the concept including semi-transparent region.

First transmission region 141 and the second transmission region 142 are divided by alternatively non-transparent region 143.At this In embodiment, in order to corresponding with the door 10 of circle, doorframe 110 and door closure 140 are rounded, in order to Bring the aesthetic feeling of integration to user of service, the first transmission region 141 and the second transmission region 142 are in circle Shape.Wherein, circle includes circular, ellipse or at least some of Circles in circular arc.

As reference, said structure circular in shape is only one embodiment of the invention, the present invention not office It is limited to this.Such as, the first transmission region 141 and the second transmission region 142 not only can be rounded, and Also can in polygon (tetragon, hexagon etc.) and other geometry forms.

Door closure 140 can be in the form of at least some of bending.Such as, by the bending section of bending, bending First cap and second cap of both sides, portion can be angled relative to each other.Wherein, the first cap and the second cap are in flat Face shape.In order to corresponding with door closure 140 as above, at least some of of doorframe 110 the most also can be in Bending shape.

In the present embodiment, the first transmission region 141 can ride over the first cap and bending section, the second printing opacity Region 142 can be formed at the second cap.

On the other hand, the size being smaller in size than the second peristome 111b of the second transmission region 142, Under the state that door closure 140 combines with doorframe 110, the second transmission region 142 is overlapped in the second peristome 111b.Wherein, overlap means the thickness direction lamination to above-mentioned door 10.

As it can be seen, the second peristome 111b can be in corresponding with the display module 130 of tetragon four Limit shape form, the second transmission region 142 can be in circle in the way of being overlapped in the second peristome 111b Shape form.That is, the second transmission region 142 is a part of overlapping with display module 130, alternatively non-transparent region 143 other parts covering and blocking display module 130.By said structure, only to circular the The part output visual information that two transmission regions 142 are corresponding, thus circle can be provided to user of service Display part 12.

Compared with usual widely used tetragon display 132, the price of circular displays is higher, because of The form of circular displays, cause very difficult accurately control circular displays arranges position, thus again and again sends out The phenomenon of raw assembly failure.But, according to said structure, cheaper even with cost, can assemble Tetragon display 132 at accurate location, it is possible to provide rounded display part 12 to user of service.

Second transmission region 142 is surrounded by alternatively non-transparent region 143, and therefore, user of service cannot see aobvious Show the visual information that not corresponding with the second transmission region 142 part in device 132 is exported.Consider To the problems referred to above, can not corresponding with the second transmission region 142 part in display 132 the most defeated Go out visual information.

As an example, can the part corresponding with the second transmission region 142 in display 132 export When relevant to carrying out the information that processes in device for clothing processing 1 visual information, can not with The peripheral images of the part output above-mentioned visual information of encirclement that the second transmission region 142 is corresponding.Outside above-mentioned Enclosing image is not corresponding with the second transmission region 142 part, and above-mentioned peripheral images can be by particular series Color (such as, black) fill.

As another example, can the part corresponding with the second transmission region 142 in display 132 defeated When going out the visual information relevant to carrying out the information that processes in device for clothing processing 1, can close Not corresponding with the second transmission region 142 part.That is, not saturating with second in display module 130 The corresponding part in light region 142 does not export visual information and peripheral images.In the present embodiment, only Drive a part for display 132, therefore, compared with the above-mentioned example driving display 132 entirety, can Effectively drive display 132, thus, power saving effect can be obtained.

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

The display part 12 being formed at door closure 140 forms hierarchy with touch sensor 160 or is formed as Integrally, touch screen 12 can thus be embodied.Above-mentioned touch screen 12 can play for providing device for clothing processing The effect of user of service's input unit of the input interface between 1 and user of service, and medicated clothing can be provided to process Output interface between device 1 and user of service.Such as, can be by making employment to display part 12 input The touch input (or touch) of member realizes for performing washing stroke, dehydrating stroke, drying stroke Deng the selection of operational mode and change.

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

Touch sensor 160 utilize resistive film mode, capacitive way, infrared mode, ultrasound wave mode, One in the multiple touch manner such as magnetic approach detects and is applied to display part (or touch pad 12) Touch input.

As an example, touch sensor 160 can be by the specific part pressure applied of touch screen 12 Or the change of electric capacity etc. occurred at the specific part of touch screen 12 is transformed into electrical input signal.Touch and pass Sensor 160 can detect the touch subject touching touch screen 12 institute on touch sensor 160 Pressure the etc. when position that touches, area, touch.Wherein, subject is touched for touching above-mentioned touch The object of sensor 160, such as, touching subject can be finger, felt pen or pointer (Stylus And pointer etc. pen).

As it has been described above, in the case of touch sensor 160 is produced touch input, transmit to controller The signal corresponding with above-mentioned touch.Controller is after processing above-mentioned signal, to control portion (not Diagram) transmit the data corresponding with above-mentioned signal.Thus, to can determine whether that subject touches aobvious in control portion Show which region of device 12.Wherein, controller can be with control part from independent structure, or Person's controller can be control portion itself.

On the other hand, can perform mutually according to the kind of the touch subject that touch screen 12 is touched The control differed, or perform identical control.Can according to the duty of device for clothing processing 1 or The application program being carrying out determines that performing mutually different control according to touch subject still holds The control that row is identical.

Touch sensor 160 can detect the touch of the various ways to touch screen 12, as of short duration (or light Clap) touch (short touch), for a long time touch (long touch), multiple point touching (multi touch), Drag touch (drag touch), touch (flick touch), reduce touch (pinch-in touch), Amplify touch (pinch-out touch), slide touch (swype touch), suspension touch (hovering Touch) etc..

Touch sensor 160 detects the touch to the sensor region including the second transmission region 142 Input.

In the present embodiment, touch sensor 160 is saturating to cover the second transmission region 142 and encirclement second The mode of the part in the alternatively non-transparent region 143 in light region 142 is attached to the rear of door closure 140.Root According to said structure, the sensitive zones of touch sensor 160 not only includes the second transmission region 142, and Also include the part surrounding the alternatively non-transparent region 143 of the second transmission region 142.Therefore, it is possible to provide profit With multiple user interfaces or the image of the part in the alternatively non-transparent region 143 surrounding the second transmission region 142 User interface.

In said structure, touch sensor 160 can form the touch membrane form with touch patterns, touches Touch sensor 160 to be configured between door closure 140 and display module 130.Touch membrane can be by electrically conducting transparent Film is constituted, the available known indium tin oxide film (Indium-Tin Oxide film) of above-mentioned touch membrane, Carbon nano-tube film (CNT, Carbon Nano Tube film) etc..

Touch membrane can form single layer structure or double-decker.As an example, use at touch membrane and form bilayer In the case of the mode (glass-membrane-membrane (GFF, Glass-Film-Film)) of structure, touch membrane can be attached In the rear of door closure 140 or can be attached on display module 130.As another example, touching In the case of film uses the mode (glass-film (G1F, Glass-Film)) forming single layer structure, touch Touch film to be attached to the rear of door closure 140 or can form as one with door closure 140.

In the case of not having extra touch membrane, touch sensor 160 can be formed and make metal wire directly exist The form (glass (G2, Glass only)) that the rear of door closure 140 is patterned.

Or, touch sensor 160 can be formed as one with the display 132 being arranged at display module 130 Body.Such as, touch sensor 160 is configured in (on-cell) on the substrate of display 132 and maybe can set It is placed in the inside (in-cell) of display 132.

On the other hand, the display part 12 of device for clothing processing 1 is controlled by control portion.That is, control portion control The output of unlatching/closedown, visual information or the image of display module 130 processed, and control touch sensor Unlatching/the closedown of 160.

Wherein, control portion may control whether to activate in the sensitive zones of touch sensor 160 not with the The touch detection in the region that two transmission regions 142 are corresponding.Such as, differentiation must be to touch sensor 160 Sensitive zones in not corresponding with the second transmission region 142 region carry out touch detection state and Need not be to not corresponding with the second transmission region 142 region in the sensitive zones of touch sensor 160 Carry out touching the state of detection, when need not carry out touching detect, can make above-mentioned not with the The touch detection in the region that two transmission regions 142 are corresponding is not activated.According to above-mentioned control, can reduce Mistake when user of service carries out touch input, and power saving effect can be obtained.

Fig. 6 is the section view of the first embodiment being showing along the door closure 140 that the line A-A ' shown in Fig. 5 intercepts Figure.

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

Lid main body 140a is formed by light-transmitting materials.Lid main body 140a can be by transparent glass material or synthesis tree Fat material is formed.Lid main body 140a can be at least some of bending shape.

Screen layer 140b covers the one side of lid main body 140a, and forms alternatively non-transparent region 143.Screen layer 140b can be formed at forward face or the rear of lid main body 140a.

In the present embodiment, ink forms screen layer 140b in the rear of lid main body 140a. Above-mentioned ink can include the pigment of particular series color (such as, black, white, blueness etc.).Formed The method of screen layer 140b can use screen painting (to utilize by silk, nylon, base of a fruit Telon, rustless steel The mesh that material etc. are formed), offset printing, the multiple printing engineering method such as transfer.

As it can be seen, do not configure screen layer 140b at the first transmission region 141 and the second transmission region 142. In other words, the first transmission region 141 and the second transmission region 142 are not covered by screen layer 140b, But form the transparent part covering body 140a as printing opacity.

Screen layer 140b surrounds the first transmission region 141 and the second transmission region 142, the first transmission region 141 and second the alternatively non-transparent region 143 that formed by screen layer 140b of transmission region 142 divide.

Rear in lid main body 140a corresponding with the second transmission region 142 adheres to touch sensor 160.Touch sensor 160 is completely covered the second transmission region 142, and above-mentioned touch sensor 160 detects Touch input to the second transmission region 142.The size of touch sensor 160 can be more than the second transparent area Territory 142, now, touch sensor 160 can cover the screen layer for limiting the second transmission region 142 A part of 140b.

On the other hand, by said structure, in the front of the display 132 being arranged at display module 130 Configuration printing opacity touch sensor 160 and euphotic cover main body 140a successively.

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

With reference to Fig. 7, door closure 140 limits the screen layer 140b of the first transmission region 141 closer to the One transmission region 141, transparency can gradually change.

Such as, the alternatively non-transparent region 143 of the first transmission region 141 periphery is closer to the first transmission region 141, can gradually become transparent.To this end, screen layer 140b includes being formed at the first transmission region 141 weeks Multiple shielded point 140b ' on limit, above-mentioned multiple shielded point 140b ' are closer to the first transmission region 141, close Degree is gradually reduced.

By half tone as above (halftone) engineering method, the border of the first transparent region 141 is made to become Fuzzy, thus the first transmission region 141 visually can be naturally transitioned into from alternatively non-transparent region 143.

On the contrary, the second transmission region 142 and the alternatively non-transparent region 143 of above-mentioned second transmission region 142 of encirclement Clearly can be divided with the form of boundary line by alternatively non-transparent region 143.

Fig. 8 is the section view of the second embodiment being showing along the door closure 140 that the line A-A ' shown in Fig. 5 intercepts Figure.

Different from the above-mentioned first embodiment of the rear print shield layer 140b in lid main body 140a, In the present embodiment, can adhere to for forming alternatively non-transparent region 2143 at the rear of lid main body 2140a Film 2140b.

As it can be seen, film 2140b includes: alternatively non-transparent portion 2140b3, relative with alternatively non-transparent region 2143 Should；First transmittance section 2140b1, corresponding with the first transmission region 2141；And second transmission region 2140b2, corresponding with the second transmission region 2142.Alternatively non-transparent portion 2140b3 surrounds the first transmittance section 2140b1 and the second transmittance section 2140b2, the first transmittance section 2140b1 and the second transmittance section 2140b2 quilt Alternatively non-transparent portion 2140b3 is divided.

Wherein, corresponding with alternatively non-transparent portion 2140b3 part performs to make door closure 2140 become opaque The function of screen layer, thus form alternatively non-transparent region 2143.Saturating with the first transmittance section 2140b1 and second Part corresponding for light portion 2140b2 forms the first transmission region the most respectively with euphotic cover main body 2140a 2141 and second transmission region 2142.

That is, different from above-mentioned first embodiment, by being respectively configured film 2140b in euphotic cover main body 2140a Transparent part that is first transmittance section 2140b1 and the second transmittance section 2140b2, form the first transparent area Territory 2141 and the second transmission region 2142.

Rear at the film 2140b corresponding for transmittance section 2140b2 with second adheres to touch sensor 2160.Touch sensor 2160 is completely covered the second transmission region 2142, and detects the second transparent area The touch input in territory 2142.The size of touch sensor 2160 can be more than the second transmission region 2142 Size, now, touch sensor 2160 can cover the alternatively non-transparent for limiting the second transmittance section 2140b2 A part of portion 2140b3.

On the other hand, by said structure, in the front of the display 132 being arranged at display module 130 Configuration printing opacity touch sensor 2160, the second transmittance section 2140b2 of film 2140b and printing opacity cover successively Body 2140a.

Fig. 9 is the section view of the 3rd embodiment being showing along the door closure 140 that the line A-A ' shown in Fig. 5 intercepts Figure.

Such as above-mentioned second embodiment, in the present embodiment, can adhere at the rear of lid main body 3140a and use In the film 3140b forming screen layer 3140b.As it can be seen, film 3140b includes: alternatively non-transparent portion 3140b3, Corresponding with alternatively non-transparent region 3143；First hole 3140b1, corresponding with the first transmission region 3141； And the second hole 3140b2, corresponding with the second transmission region 3142.Alternatively non-transparent portion 3140b3 surrounds the One hole 3140b1 and the second hole 3140b2, the first hole 3140b1 and the second hole 3140b2 are by alternatively non-transparent portion 3140b3 is divided.

Wherein, corresponding with alternatively non-transparent portion 3140b3 part performs to make door closure 3140 become opaque The function of screen layer, thus form alternatively non-transparent region 3143.With the first transmission region 3141 and second The corresponding part of transmission region 3142 forms the first hole 3140b1 and the second hole 3140b2, thus not Configuration film 3140b, thus form euphotic cover main body 3140a.

Rear in lid main body 3140a corresponding with the second transmission region 3142 adheres to touch sensing Device 3160.Touch sensor 3160 is completely covered the second transmission region 3142, and detects the second printing opacity The touch input in region 3142.The size of touch sensor 3160 can be more than the second transmission region 3142 Size, now, touch sensor 3160 can cover the alternatively non-transparent portion for limiting the second hole 3140b2 A part of 3140b3.

On the other hand, by said structure, in the front of the display 132 being arranged at display module 130 Configuration printing opacity touch sensor 3160 and euphotic cover main body 3140a successively.With at the layer shown in above-mentioned Fig. 6 Structure is compared, and said structure only there are differences in terms of the thickness of screen layer 140b, 3140b, but actual Upper essentially identical.

Compared with the Rotating fields being illustrated in Figure 8, have the most excellent at Fig. 6 and Rotating fields illustrated in fig. 9 Point.

First, touch sensor 160,3160 is attached directly to euphotic cover main body 140a, 3140a, because of This can improve the touch sense that user of service experiences.It is further, different from the Rotating fields being illustrated in Figure 8, At the front of display 132 the second transmittance section 2140b2 of being not provided with film 2140b, therefore can be more clear The visual information that display 132 is exported is provided clearly.

On the other hand, above-mentioned Fig. 8 and illustrated in fig. 9 door closure 2140,3140 coherent film 2140b, The method of 3140b can use the various ways such as mold injection mode, transfer modes.

Mold injection mode is for can make in the case of door closure 2140,3140 is formed by synthetic resin material Mode, be that film 2140b, 3140b are arranged at mould inside and together note with door closure 2140,3140 The mode moulded and form as one.Transfer modes makes film 2140b, 3140b for being compressed by thermal transfer The method being attached to the door closure 2140,3140 of glass material or synthetic resin material.

Figure 10 is the sectional view intercepted along the line C-C ' shown in Fig. 4.

With reference to Figure 10, door closure 140 combines with doorframe 110.In order to realize above-mentioned combination, available liquid The sealant 171 of state.The integrated structure between door closure 140 and doorframe 110 is will be explained in aftermentioned.

As it has been described above, doorframe 110 can include housing 111 and inside casing 112.

Door closure 140 is attached to the forward face of housing 111.Inside casing 112 the rear side of housing 111 with Housing 111 combines.Combination between housing 111 and inside casing 112 can be combined by bolt, hook knot Conjunction, solder bond etc. realize.

The structure that housing 111 shown in Figure 10 and inside casing 112 combine by solder bond.Specifically Ground, is provided with from the prominent fastening rib 112d of inside casing 112 at inside casing 112, after housing 111 Face, portion is provided with from the prominent muscle resettlement section 111e for housing fastening rib 112d of housing 111, Welding assembly 172 is filled in the 111e of muscle resettlement section.

On the other hand, when housing 111 and inside casing 112 combine, the outer peripheral portion of inside casing 112 can be The forward face of housing 111 highlights, thus can form installation guide portion 112c.Guide portion 112c edge is installed The surrounding housing 111 extends in the way of state ringwise, and is installing the inside shape of guide portion 112c Become the space for housing door closure 140.

Guide portion 112c is installed and can cover the side of door closure 140, install the upper side of guide portion 112c with The mode forming identical plane with the upper side of door closure 140 highlights specified altitude.According to said structure, The difference in height installed between guide portion 112c and door closure 140 can reduce, thus can embody more succinct Outward appearance.

Figure 11 is to illustrate to make the door closure 140 in the D part shown in Fig. 4 and the signal of doorframe 110 separation Figure.

Generally, when assembled, there is part (such as, apex portion, the depressed part of special shape Grade) become and can be directed at the benchmark that position is set, cause assembling to become easy.But, such as the present embodiment, In the case of door closure 140 is rounded, the marginal portion of door closure 140 is circular shape, accordingly, there exist Can be directed at when assembled and the part of position ill-considered problem are set.Especially, in the present invention, If the door closure 140 not accurate location on doorframe 110 combines with doorframe 110, then door closure 140 can occur The first transmission region 141 and the second transmission region 142 not with the first peristome 110a of doorframe 110 And second problem corresponding for peristome 111b.

In order to solve the problems referred to above, as shown in figure 11, door closure 140 has when carrying out group with doorframe 110 The part that can be directed at the benchmark that position is set is become during dress.

Specifically, door closure 140 includes the first edge part 140 ' and the second edge part 140 ", above-mentioned first limit Edge 140 ' is in circular shape, and above-mentioned second edge part 140 " is used for connecting above-mentioned first edge part 140 ' Both sides.As it can be seen, door closure 140 can be cut into the round-shaped of rectilinear configuration in a part.Only Want the second edge part 140 " linearly form, rough pattern etc. can carry out shape with the first edge part 140 ' The form distinguished, then the second edge part 140 " can be in any form.

Guide portion 112c of installing as above includes the first protuberance 112c ' and the second protuberance 112c ", Above-mentioned first protuberance 112c ' in the way of corresponding with the first edge part 140 ' in circular shape, above-mentioned Two protuberance 112c " by with the second edge part 140 " corresponding in the way of with rectilinear configuration extend.

In said structure, the second edge part 140 " and second protuberance 112c " is for when assembling door closure 140 With can be directed at the benchmark that position is set during doorframe 110.That is, when with " corresponding with the second protuberance 112c Mode configure the second edge part 140 " time, door closure 140 is positioned at the setting position on doorframe 110, thus The first transmission region 141 and the second transmission region 142 that can make door closure 140 are opened with the first of doorframe 110 Oral area 110a and the second peristome 111b is corresponding.

" any position being positioned at doorframe 110 is the most harmless, but preferably, second dashes forward for second protuberance 112c Go out portion 112 and " be formed at the downside of doorframe 110, so that user of service is difficult to 10 formation one of going out It is round-shaped that part is cut.

Hereinafter, the integrated structure between door closure 140 and doorframe 110 is described.

Figure 12 is the front view of the first embodiment illustrating the doorframe 110 shown in Fig. 3, and Figure 13 is Figure 12 The enlarged drawing of shown E part.

As it has been described above, door 10 combines with the forward face of housing 111.In order to realize above-mentioned combination and sharp With sealant 171, the sealant that the forward face at housing 111 is formed for filling sealing agent 171 is filled Groove 111d.

Sealant filling slot 111d surrounds the first peristome 110a and the second peristome 111b.To this end, it is close Envelope agent filling slot 111d includes connection groove section 111d ' the 3, first groove portion 111d ' 1 and the second groove portion 111d ' 2.

Connection groove section 111d ' 3 crosses between the first peristome 110a and the second peristome 111b.As schemed Show, connection groove section 111d ' 3 can linearly form, or can in the form of at least some of bending (such as, "U" shaped state in the both sides and downside surrounding the second peristome 111b).

The both ends of the first groove portion 111d ' 1 and connection groove section 113d ' 3 are connected, thus and connection groove section 111d ' 3 together surrounds around the first peristome 110a." 1 can be along housing 111 for first groove portion 111d Inside circumference extend.

The both ends of the second groove portion 111d ' 2 and connection groove section 111d ' 3 are connected, thus and connection groove section 111d ' 3 together surrounds around the second peristome 111b.Second groove portion 111d ' 2 can be along housing 111 Inside circumference extend.

First groove portion 111d ' 1 is connected at the both ends of connection groove section 111d ' 3 with the second groove portion 111d ' 2.

In Figure 12 and Figure 13, the first groove portion 111d ' 1 and the second groove portion 111d ' 2 is along housing 111 Inside circumference extend, thus can the conglobate groove of shape, connection groove section 111d ' 3 is to cross above-mentioned circle Mode within groove extends with rectilinear configuration.

On the other hand, coming with reference to Figure 12 and Figure 13 in conjunction with above-mentioned Figure 10, sealant filling slot 111d can Including sealant coated portion 111d ' and sealant trap portion 111d ".

Sealant coated portion 111d ' is the part for filling sealing agent 171, sealant coated portion 111d ' Including above-mentioned connection groove section 111d ' the 3, first groove portion 111d ' 1 and the second groove portion 111d ' 2.

It is provided for trapping respectively to sealant coated portion 111d's ' in the both sides of sealant coated portion 111d ' The sealant trap portion 111d of the sealant 171 that inside and outside side is flowed out ".Sealant trap portion 111d " can be with Fitly prolong along sealant coated portion 111d ' with the state that sealant coated portion 111d ' separates predetermined distance Stretch.Sealant trap portion 111d " width be smaller than the width of sealant coated portion 111d '.

At sealant coated portion 111d ' and sealant trap portion 111d " between in the way of prominent specified altitude It is formed with boss 111f.Above-mentioned boss 111f can be corresponding with the forward face of housing 111 with height Mode highlights, and in the case, boss 111f can be the supporting surface for supporting door closure 140.

In the present embodiment, " the first sealant trap portion can be included exemplified with sealant trap portion 111d 111d " the 1, second sealant trap portion 111d " 2 and the 3rd sealant trap portion 111d " 3.

" 1 may be disposed at the inner side of sealant coated portion 111d ' to first sealant trap portion 111d, and surrounds First peristome 110a." 1 can be along connection groove section 111d ' 3 and first for first sealant trap portion 111d Groove portion 111d ' 1 extends.

" 2 are arranged at the inner side of sealant coated portion 111d ' to second sealant trap portion 111d, and surround Two peristome 111b." 2 can be along connection groove section 111d ' 1 and the second groove for second sealant trap portion 111d Portion 111d ' 2 extends.

" 3 are arranged at the outside of sealant coated portion 111d ' to 3rd sealant trap portion 111d, and surround close Envelope agent coated portion 111d '." 3 can be along the first groove portion 111d ' 1 and second for 3rd sealant trap portion 111d Groove portion 111d ' 2 extends, and can rounded form.

According to said structure, during door closure 140 combines with housing 111, even if being filled in close The sealant 171 of envelope agent coated portion 111d ' flows out, it is possible to by being respectively arranged at sealant coating 111d ' The sealant trap portion 111d in the interior outside " sealant 171 that trapping is flowed out.This prevents because of close Envelope agent 171 leaks and causes exterior quality to decline.

Further, according to said structure, sealant coated portion 111d ' can be made at utmost near housing 111 Marginal portion.Therefore, the marginal portion of the door closure 140 corresponding with sealant coating 111d ' can be made In unbonded portions minimize, thus adhesion strength can be improved, also can effectively prevent foreign body from passing through door closure Gap infiltration between 140 and housing 111.

Figure 14 be illustrate the doorframe 110 shown in Fig. 3 the second embodiment watch figure attentively.

Such as above-described embodiment, in the present embodiment, sealant filling slot 4111d includes connection groove section 4111d ' the 3, first groove portion 4111d ' 1 and the second groove portion 4111d ' 2, and surround the first peristome 4110a respectively And the second peristome 4111b.Sealant filling slot 4111d can include that sealant coated portion and sealant are caught Collection portion, illustrates identical with the explanation in above-mentioned first embodiment to this.

In the present embodiment, sealant filling slot 4111d also includes bypassing groove portion 4111d ' 4, above-mentioned side Groove portion 4111d ' 4 is for the optional position on connection groove section 4111d ' 3 and the first groove portion 4111d ' 1 Optional position be attached.As it can be seen, bypass groove 4111d ' 4 is positioned at by connection groove section 4111d ' 3 In the space formed with the first groove portion 4111d ' 1.

Thus, a part for the sealant of connection groove section 4111d ' 3 or the first groove portion 4111d ' 1 it is filled in The bypass groove portion 4111d ' 3 of branch can be flowed into, thus obtain the binding site between door closure and doorframe 4110 The effect increased.Therefore, the adhesion between door closure and doorframe 4110 can be increased.

Bypass groove 4111d ' 3 may also comprise: sealant coated portion, for filling sealing agent；And seal Agent trap portion, is arranged at the both sides of sealant coated portion, for trapping respectively in sealant coated portion The sealant that outside is flowed out.

On the other hand, doorframe 110 is built-in with display module 130, is to put into for opening and closing medicated clothing from door 10 From the viewpoint of the structure of mouth 20a, there is the worry that moisture permeates to display module 130.Therefore, right Display module 130 carries out sealing the major issue in terms of the driving reliability being to guarantee display part 12.

Hereinafter, the sealing structure of display module 130 is described.

Figure 15 and Figure 16 is the decomposition observing the display module 130 shown in Fig. 3 from mutually different direction Axonometric chart.Figure 17 is the front view of the installation frame 131 shown in Figure 15, and Figure 18 is shown in Figure 15 The rearview of installation frame 131, Figure 19 is to illustrate the installation frame 131 shown in Figure 15 and printed circuit The rearview of the state that plate lid 137 combines.

With reference to Figure 15 to Figure 19, display module 130 includes installation frame 131, display 132 and shows Show device seal member 133.

Installation frame 131 includes display installation portion 131a, at the one of aforementioned display device installation portion 131a Display 132 is installed in face.Display installation portion 131a is from peace with the form corresponding with display 132 The space that the forward face of frame 131 that frames up caves in towards rear, or by with display 132 around The inner space that the muscle that corresponding mode is prominent is limited is constituted.

Installation frame 131 can be formed by synthetic resin material (such as, ABS material, PC material etc.).

Intercommunicating pore 131b can be formed at installation frame 131.Intercommunicating pore 131b may be disposed at display and installs The side of portion 131a, intercommunicating pore 131b is the space distinguished with display installation portion 131a.

The flexible printed circuit board 161 of touch sensor 160 can be by being formed at the flexible print of doorframe 110 Printed circuit board hole 111c and the intercommunicating pore 131b being formed at installation frame 131 comes and printed circuit board (PCB) 135 Electrical connection.Intercommunicating pore 131b also is able to so that the flexible printed circuit board 161 of above-mentioned touch sensor 160 With the flexible printed circuit board of display 132 by by the way of formed.

Display 132 is installed on installation frame 131, and exports visual information.Display 132 can include Liquid crystal display (LCD, Liquid Crystal Display), Thin Film Transistor-LCD (TFTLCD, Thin Film Transistor-Liquid Crystal Display), Organic Light Emitting Diode (OLED, Organic Light-Emitting Diode), flexible display (Flexible Display), three dimensional display (3D Display), at least one in electronic ink display (E-ink Display).

Display 132 is usual widely used tetragon display, wherein, it is common to use length and width Spend different rectangle display 132.As it has been described above, compared with circular displays, rectangle display The price of 132 is less expensive, and (having summit, length and width is not because forming the part of special shape With), thus have when display 132 is installed on installation frame 131 and be easily controlled accurate installation position The advantage put.

It is rectangle at display 132, in the case of the second transmission region 142 is rounded, at display The length of the shorter part in the length and width of 132 need to more than the second transmission region 142 diameter (if Second transmission region 142 oval in shape, the then major axis of the second transmission region 142).According to above-mentioned knot Structure, can be at the second transmission region 142 overall output visual information.

Although display 132 uses rectangle display 132, but is overlapped in along with being formed at door closure 140 The second circular transmission region 142 of display, can provide the display part 12 of circle to user of service.With Time, control portion can be not corresponding with the second transmission region 142 by control in display 132 The output of the visual information of part, saves electric power.

Also setting up display cover 134 on display 132, display cover 134 is formed by light-transmitting materials, Display cover 134 is used for covering display 132.Display cover 134 performs cover and protect display 132 Function.Display cover 134 can by synthetic resin material (such as, acrylamide material, PET material, TPU material etc.) formed.

Between doorframe 110 and installation frame 131, configure display seal parts 133, thus surround aobvious Show device 132.Preferably, in the case of installation frame 131 is formed with intercommunicating pore 131b, display is close Envelope parts 133 surround display 132 and intercommunicating pore 131b.

Display seal parts 133 are securable to doorframe 110, or are securable to installation frame 131. In this example it is shown that device seal member 133 is fixed on installation frame 131, when making installation frame 131 When being installed on doorframe 110, aforementioned display device seal member 133 seals installation frame 131 and doorframe 110 Between inner space.It is used for fixing display seal parts 133 to this end, formed at installation frame 131 Accepting groove 131f, accepting groove 131f surround display 132.

Display seal parts 133 can include the multiple contact sites contacted respectively with installation frame 131 133a、133b.Multiple contact site 133a, 133b are along the width of display seal parts 133 Separate, and fitly extend along the length direction of display seal parts 133, thus formed multiple close Edge sealing.Thus, the sealing strip formed by contact site 133a, a 133b is configured at by another In the sealing strip that contact site 133a, 133b are formed, thus sealing reliability of structure can be improved.

On the other hand, display module 130 may also include printed circuit board (PCB) 135, printed circuit board cover 137 And printed circuit board seal parts 138.

Printed circuit board (PCB) 135 electrically connects with display 132, and is installed on installation frame 131.In this reality Execute in example, at the forward face of installation frame 131, display 132 can be installed, after installation frame 131 Face, portion fitting printed circuit board 135.In the case of there is touch sensor 160, printed circuit board (PCB) 135 Can electrically connect with by the flexible printed circuit board 161 of the touch sensor 160 of intercommunicating pore 131b.

Printed circuit board (PCB) 135 can be driving and the driving of touch sensor 160 controlling display 132 Controller or control portion itself.

For fitting printed circuit board 135, printed circuit board (PCB) can be set at the rear of installation frame 131 Installation portion 131d.Printed circuit board (PCB) installation portion 131d can be with corresponding with printed circuit board (PCB) 135 The space that form caves in towards forward face from the rear of installation frame 131, or can be by with electric with printing The inner space that the muscle that the corresponding mode of the surrounding of road plate 135 is prominent limits is constituted.

Installation can be added at installation frame 131 and can carry out nothing with the electronic equipment of built in electronic device and outside The wireless communication module 136 of line communication.Can be provided for wireless communication module is installed at installation frame 131 The wireless communication module installation portion 131e of 136, wireless communication module installation portion 131e can be located at printing electricity The side of road plate installation portion 131d.

Wireless communication module 136 can include utilizing at least in the communication module of Wi-Fi, bluetooth, RF Kind.Such as, the device for clothing processing 1 of the present invention can pass through Wi-Fi communication module or bluetooth communication Radio communication is carried out with the mobile terminal of user of service.As another example, the device for clothing processing of the present invention 1 can carry out nothing by RF communication module and other home appliances (such as, other device for clothing processing 1) Line communicates.

Printed circuit board cover 137 is installed on installation frame 131, and printed circuit board cover 137 is used for covering print Printed circuit board 135.Printed circuit board cover 137 is combined by bolt, hook combination, solder bond etc. are tight It is fixed in installation frame 131.Such as, as it can be seen, can arrange at installation frame 131 and be formed with installing hole The through installing hole of installation portion 137a, installing component 139b come be combined with installation frame 131 bolt.

Printed circuit board seal parts can be configured between installation frame 131 and printed circuit board cover 137 138, thus to the sealing gap between installation frame 131 and printed circuit board cover 137.Printing Circuit board seal member 138 surrounds printed circuit board (PCB) 135, thus prevents moisture to printed circuit board (PCB) 135 Infiltration.

Preferably, in the case of additional formation wireless communication module 136, printed circuit board seal parts 138 surround printed circuit board (PCB) 135 and wireless communication module 136.And, it is preferable that at intercommunicating pore 131b In the case of being arranged at installation frame 131, above-mentioned printed circuit board seal parts 138 also surround intercommunicating pore 131b。

Printed circuit board seal parts 138 are securable to installation frame 131, or are securable to printing electricity Road plate lid 137.In the present embodiment, printed circuit board seal parts 138 are fixed on installation frame 131, When installation frame 131 combines with printed circuit board cover 137, above-mentioned printed circuit board seal parts 138 Seal the inner space between installation frame 131 and printed circuit board cover 137.To this end, at installing space 131 form the mounting groove 131g for fixing printed circuit plate seal member 138, mounting groove 131g bag Enclose printed circuit board (PCB) 135.If printed circuit board seal parts 138 are fixed on printed circuit board cover 137, Then can form the mounting groove for fixing printed circuit plate seal member 138 at printed circuit board cover 137.

Printed circuit board seal parts 138 can include multiple with what printed circuit board cover 137 contacted respectively Contact site 138a, 138b.Multiple contact site 138a, 138b are along printed circuit board seal parts 138 Width separate, and fitly extend along the length direction of printed circuit board seal parts 138, Thus form multiple sealing strip.Thus, the sealing strip formed by contact site 138a, a 138b can It is configured in the sealing strip by another contact site 138a, 138b formation, thus sealing knot can be improved The reliability of structure.

Figure 20 is the sectional view intercepted along the F-F ' line shown in Fig. 4.

With reference to Figure 20, when door closure 140 is installed on the side of doorframe 110, display module 130 It is installed on the opposite side of doorframe 110.Installation frame 131 is combined by bolt, hook combines, welding knot Conjunction etc. is anchored on doorframe 110.Such as, the fastening part of fastener hole can be formed in installation frame 131 setting 131c, secure component 139a can be combined with doorframe 110 bolt by through fastener hole.

Such as the present embodiment, in the case of doorframe 110 includes housing 111, inside casing 112 and frame lid 150, Forward face at housing 111 installs door closure 140, and installation frame 131 is opened with second with installation frame 131 Mode corresponding for oral area 111b is arranged on the rear of housing 111.

When installation frame 131 be arranged on housing 111 install time, display seal parts 133 are to installing frame Sealing gap between frame 131 and housing 111.The second opening is close in display seal portion 133 Housing 111 installed surface of portion's 111b periphery, thus surround the second peristome 111b.

In display seal parts 133 are fixed on the structure of installation frame 131, at installation frame 131 Form accepting groove 131f, make a part for display seal parts 133 be inserted and fixed in accepting groove 131f. Other parts of display seal parts 133 highlight from accepting groove 131f, when installation frame 131 is arranged on During doorframe 110, other parts of display seal parts 133 contact with doorframe 110 (being close to). By the above-mentioned way of contact, the inner space of display seal parts 133 is disconnected from each other with outer space, Thus prevent moisture from permeating to above-mentioned inner space.

Above, it is fixed on as a example by installation frame 131 by display seal parts 133 and illustrates the present invention, But the invention is not limited in this.Display seal parts 133 are securable to the rear of housing 111, In the case, the accepting groove 131f for fixing seal parts can be formed at the rear of housing 111.

On the other hand, when display 132 is installed on display installation portion 131a, filler 133 ' can be filled in the gap between installation frame 131 and display cover 134.Filler 133 ' can be filled Above-mentioned gap, is thus again prevented from moisture and permeates to display 132.

Figure 21 is to illustrate showing of state that the display module 130 shown in Fig. 3 is installed within doorframe 110 It is intended to.

In conjunction with Figure 20 with reference to Figure 21, inside casing 112 combines with the rear side of housing 111, thus Cover display module 130.That is, display module 130 be configured at housing 111 combine with inside casing 112 and The inner space become.

The interconnecting part 112b being connected with above-mentioned inner space can be formed at inside casing 112, as it can be seen, aobvious Show that module 130, after being inserted in above-mentioned inner space by interconnecting part 112b, may be disposed at housing 111. The fastening sleeve corresponding with the fastening part of installation frame 131, secure component can be formed at housing 111 The fastener hole of 139a through fastening part 131c is anchored on fastening sleeve.

On the other hand, printed circuit board (PCB) 135 and the control portion (not shown) of body 20 and power supply section are (not Diagram) electrical connection.To this end, door side cable (not shown) extended from printed circuit board (PCB) 135 and setting It is connected in the adapter (not shown) within doorframe 110, adapter and this side cable (not shown) Electrical connection, this side cable (not shown) above-mentioned electrically connects with control portion and the power supply section of body 20.

Door side cable can the through hole (not shown) of through printed circuit board cover 137, close for seal Envelope parts (not shown) can be between door side cable and above-mentioned through hole.Seal member surrounds door side electricity Cable, and it is close to the inner peripheral surface forming the printed circuit board (PCB) 137 of through hole.

Frame lid 150 for opening and closing interconnecting part 112b combines with inside casing 112 in the way of can dismounting. Frame lid 150 is combined by bolt, hook combination etc. is anchored on inside casing 112.As it can be seen, at frame lid 150 Prominent form locking hook 151, can inside casing 112 formed locking hook 151 can be made to engage stop hole (or Fastening groove 112b ').

Hereinafter, the variation of device for clothing processing discussed above is illustrated.As long as mentioned above The concrete structure not concrete structure with door described later of door contradict, then may be applicable to door described later. Therefore, the repeat specification to it will be omitted.

Figure 22 is the exploded perspective view of the door 1010 of the variation of the present invention, and Figure 23 is shown in Figure 22 The sectional view of door 1010.

With reference to Figure 22 and Figure 23, door 1010 includes door closure 1140, display module 1130 and doorframe 1110.

Door closure 1140 includes the first printing opacity in alternatively non-transparent region 1143 and above-mentioned alternatively non-transparent region 1143 Region 1141 and the second transmission region 1142.First transmission region 1141 and the second transmission region 1142 Can be divided by alternatively non-transparent region 1143.

Rear at door closure 1140 configures display module 1130.Display module 1130 is by door closure 1140 The second transmission region 1142 export visual information.Display module 1130 can be attached directly to door closure 1140 Rear, or be mountable to the display module resettlement section 1110b of doorframe 1110 described later.

Doorframe 1110 combines with door closure 1140, and so that relative movement can be carried out relative to body 20 Mode is connected with door closure 1140.Doorframe 1110 can enter relative to body 20 by hinge-unit 30 Row rotates.

Doorframe 1110 can include housing 1111 and inside casing 1112.Housing 1111 and inside casing 1112 can be by closing Resin material (such as, ABS material, PC material etc.) is formed.

Doorframe 1110 includes display module resettlement section 1110b and peristome 1110a.

Display module resettlement section 1110b is the space of depression, and display module resettlement section 1110b houses display Module 1130.Display module resettlement section 1110b also can be formed from the groove of housing 1111 itself and constitute, The space of the depression that also can be covered, by inside casing 1112, the hole being formed at housing 1111 is constituted.Display mould Block resettlement section 1110b can house the flexible printed circuit board 1161 of touch sensor 1160.

By said structure, display module 1130 is shown module resettlement section 1110b and is covered.That is, Display module 1130 is configured between door closure 1140 and doorframe 1110.As it has been described above, in this variation In, unlike the embodiments above, there is following architectural difference, be not provided with at doorframe 1110 and show mould The second peristome that block 1160 is corresponding.

Peristome 1110a when door 1010 is in closedown with clothes inlet 20a in opposite directions.Opening Oral area 1110a arranges printing opacity door and window 1120, and can see clothes inlet 20a by door and window 1120.

Peristome 1110a can include front side opening 1111a and rear side opening 1112a, above-mentioned front Side opening 1111a is formed at housing 1111, and above-mentioned rear side opening 1112a is formed at inside casing 1112.

Forward face at doorframe 1110 forms sealant filling slot 1111d, at above-mentioned sealant filling slot 1111d fills the sealant being used for making doorframe 1110 bonding with door closure 1140.

As it has been described above, sealant filling slot 1111d can include connection groove section, the first groove portion and the second groove portion. Specifically, connection groove section is crossed between display module resettlement section 1110b and peristome 1110a, the first groove Portion is connected with the both ends of connection groove section, thus together surrounds the week of peristome 1110a with connection groove section Enclosing, the second groove portion is connected with the both ends of connection groove section, thus together surrounds display mould with connection groove section Block resettlement section 1110b.

Sealant filling slot 1111d may also include bypass groove on the basis of said structure.Bypass groove by To the optional position in connection groove section and the first groove portion in the space that connection groove section and the first groove portion are formed On optional position be attached.

Further, sealant filling slot 1111d can include sealant coated portion 1111d ' and sealant trap portion 1111d″。

By above-mentioned sealant filling slot 1111d, moisture can be prevented to being arranged at door closure 1140 and doorframe Display module 1130 between 1110 permeates.Further, sealant filling slot 1111d can surround aobvious respectively Show module resettlement section 1110b and peristome 1110a, moisture thus can be prevented to by peristome 1110a The display module 1130 arranged permeates.

And, as it can be seen, be attached directly to the rear of door closure 1140 at display module 1130 In the case of, display seal parts 1133 can be close to the rear of door closure 1140.Now, Display seal parts 1133 can also carry out the rear phase making display module 1130 with door closure 1140 In conjunction with binding agent function.

Figure 24 to Figure 26 is the schematic diagram of the variation illustrating the integrated structure between door closure and doorframe.

The purpose that the purpose of this variation is to be reached with the above-mentioned structure illustrating Figure 11 is identical. That is, the following structure of structure described later, i.e. for when circular door closure 1240,1340,1440 and circle Doorframe 1210,1311,1411 when being combined with each other, the first printing opacity of door closure 1240,1340,1440 Region the 1241,1341,1441 and second transmission region (not shown), 1342,1442 and doorframe 1210, 1340,1440 first peristome 1210a, 1311a, 1411a and the second peristome (not shown), 1311b, 1411b are corresponding.

First, with reference to Figure 24, the surrounding along door closure 1240 rear highlights formation and is used for guiding installation The installation guide portion 1240 ', 1240 of doorframe 1210 ".Door closure 1240 be formed installation guide portion 1240 ', 1240 " in structure, in this variation, door closure 1240 is formed by synthetic resin material.

In order to can by install guide portion 1240 ', 1240 " inner space formed arranges doorframe 1210, Guide portion 1240 ' is installed, 1240 " can have the form corresponding with the profile of doorframe 1210 and size.With Time, in order to make door closure 1240 and doorframe 1210 combine in position accurately, door closure 1240 and doorframe 1210 can have following structure.

Doorframe 1210 includes the first edge part 1210 ' and the second edge part 1210 ", above-mentioned first edge part 1210 ' in circular shape, and above-mentioned second edge part 1210 " connects the both sides of above-mentioned first edge part 1210 '. As it can be seen, doorframe 1210 can be cut into the round-shaped of rectilinear configuration in a part.If second Edge part 1210 " linearly form, rough pattern etc. can carry out shape differentiation with the first edge part 1210 ' Form, then the second edge part 1210 " can be in any form.

As above guide portion 1240 ' is installed, 1240 " includes the first protuberance 1240 ' and the second protuberance 1240 ", above-mentioned first protuberance 1240 ' in the way of corresponding with the first edge part 1210 ' in circular arc Shape, above-mentioned second protuberance 1240 " by with the second edge part 1210 " corresponding in the way of prolong with rectilinear configuration Stretch.

Now, for the rounded form of the forward face that can make door closure 1240, it is formed with the second protuberance 1240 " The forward face of door closure 1240 can be in rounding top and bottom pattern.That is, when observing door closure 1240 from the back side, formed Have the second protuberance 1240 " part in there being the form of corner angle, but when observing door closure 1240 from front, door Lid 1240 can be in the rounded form not having corner angle.

It practice, be formed with the second protuberance 1240 " the radius of curvature of forward face of door closure 1240 and shape The radius of curvature becoming to have the forward face of the door closure 1240 of the first protuberance 1240 ' is identical.In the case, When observing door closure 1240 from front, door closure 1240 in complete rounded form, thus can make door Tailored appearance.

In said structure, the second edge part 1210 " and second protuberance 1240 " is for when assembling door closure 1240 With can be directed at the benchmark that position is set during doorframe 1210.That is, when with " corresponding with the second protuberance 1240 Mode the second edge part 1210 is set " time, doorframe 1210 can be located at the setting position on door closure 1240, Thus the first transmission region 1241 of door closure 1240 and the second transmission region (not shown) and doorframe can be made First peristome 1210a and second peristome (not shown) of 1210 are corresponding.

Then, with reference to Figure 25 and Figure 26, (in Figure 25 and Figure 26, only illustrate in doorframe at doorframe Housing 1311,1411) and door closure 1340,1440 formed respectively when above-mentioned door closure 1340,1440 And doorframe guides the installation guide portion of installation site accurately when being combined with each other.Guide portion is installed include mutually In conjunction with alignment slot 1340c, 1440c and alignment protrusion 1311g, 1411g.

Alignment slot 1340c, 1440c are in doorframe 1311,1411 and door closure 1340,1440 The form of individual depression, alignment protrusion 1311g, 1411g are from doorframe 1311,1411 and door closure 1340,1440 In another highlight, thus, when doorframe 1311,1411 and door closure 1340,1440 are combined with each other, Above-mentioned alignment protrusion 1311g, 1411g can be made to be inserted in above-mentioned alignment slot 1340c, 1440c.

Alignment slot 1340c, 1440c and alignment protrusion 1311g, 1411g can be formed at alternatively non-transparent region 1343, in 1443.That is, alignment slot 1340c, 1440c and alignment protrusion 1311g, 1411g and formation The screen layer in alternatively non-transparent region 1343,1443 is overlapping.According to said structure, it is impossible to by alignment slot 1340c, 1440c and alignment protrusion 1311g, 1411g regard the outside of door as, thus can make the tailored appearance of door.

Figure 25 is shown in door closure 1340 and forms alignment slot 1340c (1340c ', 1340c ") at doorframe 1311 form the prominent 1311g (situation of 1311g ', 1311g ") of alignment.Interchangeable alignment slot 1340c With the forming position of alignment protrusion 1311g, this is natural.

As it can be seen, in the case of alignment protrusion 1311g only with a rounded projection form, Alignment protrusion 1311g is inserted into alignment slot 1340c and rotates, and therefore, can realize door closure 1340 He Being accurately aimed between doorframe 1311.Therefore, alignment protrusion 1311g is formed multiple, thus can be from Multiple positions are prominent to be formed.

In fig. 25, in the upper end of the door closure 1340 adjacent with the upside of the second transmission region 1342 and Alignment slot is formed respectively in the lower end of the door closure 1340 adjacent with the downside of the first transmission region 1341 1340c′、1340c″.But, the invention is not limited in this.Alignment slot 1340c may be disposed at first Alternatively non-transparent region 1343 between transmission region 1341 and the second transmission region 1342, as long as non- Separated from each other position in light region 1343, the most above-mentioned alignment slot 1340c can be formed at alternatively non-transparent district Any position in territory 1343.

In fig. 26, alignment protrusion 1411g (1411g ', 1411 ") with muscle form along at least one side To extension.(1440c ', 1440c ") have the shape corresponding with alignment protrusion 1411g to alignment slot 1440c State.

Alignment protrusion 1411g according to above-mentioned shape and the combination of alignment slot 1440c, prominent at alignment After 1411g is inserted in alignment slot 1440c, rotation can be restricted, therefore, it is impossible to be accurately aimed at door Lid 1440 and doorframe 1411.I.e., in the case, even if there is alignment protrusion 1411g, also The effect identical with above-mentioned Figure 25 can be obtained.

In fig. 26, alignment slot 1440c ', 1440c ' are horizontal in the both sides of the first transmission region 1441 respectively To extension.But, the invention is not limited in this.Alignment slot 1440c also can be at the first transmission region 1441 And alternatively non-transparent region 1443 horizontal expansion between the second transmission region 1442.

Claims (16)

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

Including:

Body, has clothes inlet；And

Door, for the above-mentioned clothes inlet of opening and closing,

Above-mentioned door includes:

Doorframe, including the first peristome and the second peristome, when above-mentioned door is in closedown, on State the first peristome and above-mentioned clothes inlet in opposite directions, above-mentioned second peristome be installed in above-mentioned doorframe The display module in portion is corresponding；And

Door closure, combines with above-mentioned doorframe, forms the outward appearance of above-mentioned door,

Above-mentioned door closure includes alternatively non-transparent region, the first transmission region and the second transmission region, above-mentioned non- In light region, above-mentioned first transmission region is corresponding with above-mentioned first peristome, above-mentioned second transmission region It is corresponding with above-mentioned second peristome,

At least one in above-mentioned doorframe and above-mentioned door closure arranges installation guide portion, when above-mentioned doorframe and door When lid is combined with each other, above-mentioned installation guide portion is used for being directed at above-mentioned first peristome and above-mentioned first transparent area Territory and above-mentioned second peristome and above-mentioned second transmission region.

Device for clothing processing the most according to claim 1, it is characterised in that above-mentioned installation guides Portion highlights along the surrounding of above-mentioned doorframe, and surrounds the periphery of above-mentioned door closure.

Device for clothing processing the most according to claim 2, it is characterised in that

Above-mentioned door closure includes the first edge part and the second edge part, and above-mentioned first edge part is circular shape, Above-mentioned second edge part connects the both sides of above-mentioned first edge part,

Above-mentioned installation guide portion includes the first protuberance and the second protuberance, and above-mentioned first protuberance is with upper Stating the corresponding mode of the first edge part is circular shape, above-mentioned second protuberance with above-mentioned second edge The corresponding mode in portion is formed, and when above-mentioned door closure is installed on above-mentioned doorframe, above-mentioned second protuberance guides The installation site of above-mentioned door closure.

Device for clothing processing the most according to claim 3, it is characterised in that above-mentioned second highlights Portion is formed at the downside of above-mentioned doorframe.

Device for clothing processing the most according to claim 2, it is characterised in that above-mentioned doorframe includes:

Housing, forms sealant filling slot at forward face, fills at above-mentioned sealant filling slot and is used for making State the sealant that doorframe is bonding with above-mentioned door closure；And

Inside casing, combines with above-mentioned housing in the rear side of above-mentioned housing, when combining with above-mentioned housing Time, the outer peripheral portion of above-mentioned inside casing highlights from the forward face of above-mentioned housing, forms above-mentioned installation guide portion.

Device for clothing processing the most according to claim 1, it is characterised in that above-mentioned installation guides Portion highlights around the rear of above-mentioned door closure, surrounds the periphery of above-mentioned doorframe.

Device for clothing processing the most according to claim 6, it is characterised in that above-mentioned doorframe houses In the space formed by above-mentioned installation guide portion.

Device for clothing processing the most according to claim 6, it is characterised in that

Above-mentioned doorframe includes the first edge part and the second edge part, and above-mentioned first edge part is circular shape, Above-mentioned second edge part connects the both sides of above-mentioned first edge part,

Above-mentioned installation guide portion includes the first protuberance and the second protuberance, and above-mentioned first protuberance is with upper Stating the corresponding mode of the first edge part is circular shape, above-mentioned second protuberance with above-mentioned second edge The corresponding mode in portion is formed, and when above-mentioned doorframe is installed on above-mentioned door closure, above-mentioned second protuberance guides The installation site of above-mentioned doorframe.

Device for clothing processing the most according to claim 8, it is characterised in that be formed with above-mentioned The radius of curvature of the forward face of the above-mentioned door closure of two protuberances be formed with the above-mentioned of above-mentioned first protuberance The radius of curvature of the forward face of door closure is identical.

Device for clothing processing the most according to claim 1, it is characterised in that above-mentioned installation guides Portion includes:

Alignment slot, is formed in above-mentioned doorframe and above-mentioned door closure；And

Alignment protrusion, another from above-mentioned doorframe and above-mentioned door closure highlights, when above-mentioned doorframe and above-mentioned When door closure is combined with each other, above-mentioned alignment protrusion is made to be inserted in above-mentioned alignment slot.

11. device for clothing processing according to claim 10, it is characterised in that above-mentioned alignment slot And above-mentioned alignment protrusion is formed in above-mentioned alternatively non-transparent region.

12. device for clothing processing according to claim 11, it is characterised in that above-mentioned alignment is dashed forward Rise and be formed multiple, prominent in multiple positions formed.

13. device for clothing processing according to claim 11, it is characterised in that above-mentioned alignment is dashed forward Rise and extend along at least one direction.

14. 1 kinds of device for clothing processing, it is characterised in that

Including:

Body, has clothes inlet；And

Door, for the above-mentioned clothes inlet of opening and closing,

Above-mentioned door includes:

Door closure, forms the outward appearance of above-mentioned door, including the first edge part and the second edge part, above-mentioned first limit Edge is circular shape, and above-mentioned second edge part connects the both sides of above-mentioned first edge part；And

Doorframe, it is possible to carry out relative movement relative to above-mentioned body, the surrounding along above-mentioned doorframe highlights shape Become the installation guide portion having the periphery for surrounding above-mentioned door closure,

Above-mentioned installation guide portion includes:

First protuberance, extends in circular shape in the way of corresponding with above-mentioned first edge part；With And

Second protuberance, is formed in the way of corresponding with above-mentioned second edge part, when above-mentioned door closure is installed When above-mentioned doorframe, above-mentioned second protuberance guides the installation site of above-mentioned door closure.

15. device for clothing processing according to claim 14, it is characterised in that above-mentioned second dashes forward Go out portion and be formed at the downside of above-mentioned doorframe.

16. a device for clothing processing, it is characterised in that

Including:

Body, has clothes inlet；And

Door, for the above-mentioned clothes inlet of opening and closing,

Above-mentioned door includes:

Doorframe, it is possible to carry out relative movement relative to above-mentioned body, including the first edge part and the second edge Portion, above-mentioned first edge part is circular shape, and above-mentioned second edge part connects the two of above-mentioned first edge part Side；And

Door closure, forms the outward appearance of above-mentioned door, and the surrounding along door closure highlights and is formed for surrounding above-mentioned door The installation guide portion of the periphery of frame,

Above-mentioned installation guide portion includes:

First protuberance, extends in circular shape in the way of corresponding with above-mentioned first edge part；With And

Second protuberance, is formed in the way of corresponding with above-mentioned second edge part, when above-mentioned doorframe is installed When above-mentioned door closure, above-mentioned second protuberance guides the installation site of above-mentioned doorframe.