CN104755863B - Refrigerator - Google Patents

Refrigerator Download PDF

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Publication number
CN104755863B
CN104755863B CN201380044443.4A CN201380044443A CN104755863B CN 104755863 B CN104755863 B CN 104755863B CN 201380044443 A CN201380044443 A CN 201380044443A CN 104755863 B CN104755863 B CN 104755863B
Authority
CN
China
Prior art keywords
operating portion
glass plate
mobile member
receiver
refrigerator
Prior art date
Application number
CN201380044443.4A
Other languages
Chinese (zh)
Other versions
CN104755863A (en
Inventor
武下正宪
Original Assignee
东芝生活电器株式会社
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to JP2012187234A priority Critical patent/JP6271119B2/en
Priority to JP2012-187234 priority
Application filed by 东芝生活电器株式会社 filed Critical 东芝生活电器株式会社
Priority to PCT/JP2013/071946 priority patent/WO2014034433A1/en
Publication of CN104755863A publication Critical patent/CN104755863A/en
Application granted granted Critical
Publication of CN104755863B publication Critical patent/CN104755863B/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D29/00Arrangement or mounting of control or safety devices
    • F25D29/005Mounting of control devices
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D23/00General constructional features
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D23/00General constructional features
    • F25D23/02Doors; Covers
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D23/00General constructional features
    • F25D23/02Doors; Covers
    • F25D23/028Details
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D25/00Charging, supporting, and discharging the articles to be cooled
    • F25D25/005Charging, supporting, and discharging the articles to be cooled using containers
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D31/00Other cooling or freezing apparatus
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D2323/00General constructional features not provided for in other groups of this subclass
    • F25D2323/02Details of doors or covers not otherwise covered
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D2400/00General features of, or devices for refrigerators, cold rooms, ice-boxes, or for cooling or freezing apparatus not covered by any other subclass
    • F25D2400/36Visual displays
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT COVERED BY ANY OTHER SUBCLASS
    • F25D2400/00General features of, or devices for refrigerators, cold rooms, ice-boxes, or for cooling or freezing apparatus not covered by any other subclass
    • F25D2400/36Visual displays
    • F25D2400/361Interactive visual displays

Abstract

The present invention provides a kind of refrigerator.Refrigerator (1) includes:Glass plate (13), is configured at before door (3);Operating portion (31), the setting operation of each function to carry out the refrigerator (1);Incorporating section (30), the operating portion (31) is stored at the rear located at the glass plate (13);And mobile member (81,82), as one, to make the operating portion (31) in the incorporating section (30), (P) is mobile forwards and abuts behind the glass plate (13) (13N).

Description

Refrigerator

Technical field

Embodiments of the present invention are related to a kind of refrigerator.

Background technology

The front of the door of current refrigerator is configured with glass plate, and operating portion is then provided with the back side of glass plate.Operating portion is for example It is provided at the position of the test section of correspondence capacitor-type touch switch (touch switch).User enters from glass plate to operating portion Row operation, thereby operation of the test section to operating portion is detected, and can make such as chilling jelly, chilling Tibetan, automatic ice-making dress The function of putting etc. is acted.

Lid (case cover) is configured with the inside of glass plate, guiding groove (guide slot) is provided with the lid. Guiding groove has following function:Slipped into lid and guided by the substrate element of the insertion section by door is inserted into.Also That is, located at substrate element substrate box sliding part by sliding guiding groove, by substrate element load lid in.Thereby, The test section of operating portion on the substrate of substrate element can be closely sealed or close to glass plate (refer to patent document 1).

Prior art literature

Patent document

[patent document 1] JP 2011-58787 (JP 2011-058787 A)

The content of the invention

Technology disclosed in patent document 1, is to slide substrate element using guiding groove and be accommodated in the structure in lid Make.Therefore, the precision (change of each individual forming accuracy, elapsed time, installation accuracy) according to guiding groove, due to refrigerator Vibration in running etc., substrate element is likely to occur position skew in lid.Thereby, substrate element is to the closely sealed of glass plate Degree produces change, and the visuality shown is possible to produce variation.

The present invention is in view of above-mentioned and complete winner, sends out its object is to vibration in preventing operating portion from being operated because of refrigerator etc. Raw position skew, glass plate is abutted operating portion really, there is provided can be maneuverable to operating portion from glass plate Refrigerator.

The refrigerator of present embodiment, including:Glass plate, is configured at before door;Operating portion, to carry out above-mentioned refrigerator The setting operation of each function;Incorporating section, located at the rear of above-mentioned glass plate, stores aforesaid operations portion;And mobile member, it is used to Aforesaid operations portion is moved forwards in above-mentioned incorporating section, and aforesaid operations portion is abutted behind above-mentioned glass plate.

Brief description of the drawings

Fig. 1 shows the oblique view overall on the refrigerator of embodiment.

Fig. 2 shows the exploded perspective view of the structure example of first, the refrigerator of the refrigerator shown in Fig. 1.

Fig. 3 shows the profile of Fig. 1 line A-A.

Fig. 4 shows the exploded perspective view of the configuration example of the operating portion shown in Fig. 2 and Fig. 3.

Fig. 5 display press-in components are inserted into the oblique view of the state before receiver.

Fig. 6 display press-in components are inserted into the oblique view of the state after receiver.

Fig. 7 (A) is the profile of Fig. 6 line B-B, the section that Fig. 7 (B) displays expand the part 96 shown in Fig. 7 (A) Figure.

Fig. 8 (A) is the profile of Fig. 6 line C-C, the section that Fig. 8 (B) displays expand the part 97 shown in Fig. 8 (A) Figure, the profile that Fig. 8 (C) displays expand the part 98 shown in Fig. 8 (A).

Fig. 9 (A)~Fig. 9 (C) shows receiver, operating portion and is pressed into the figure of the shape example of component, and wherein Fig. 9 (A) is Top view, Fig. 9 (B) is bottom view, and Fig. 9 (C) is front view.

Brief description of the drawings:

1:Refrigerator

2:Body

3:Refrigerating chamber first

4:Refrigerating chamber second

3A、4A:Rotary shaft

5:Refrigerating chamber

7:Vegetable compartment

7a、8a、9a、10a:Sliding door

3b、4b、7b、8b、9b、10b:Concavity handle

8:Ice-making compartment

9:Top freezer compartment

10:Refrigerating chamber

13、14、17、18、19、20:Glass plate

13M:Outside

13N:Below

21、22、23、24:Door closure

24R:Opening portion

25:Door inner member

26:Back side member

30:Receiver

30S:Two-sided tape

30P:Edge

31:Operating portion

32:It is pressed into component

40:Shield

40A、40B:Recess

41:Operate substrate

41A:LED

42:Reflecting plate

42A、42B:Rounded portions

43:Transparency electrode

44:Operate dial plate

50:Opening portion

51:Front end sidepiece

52:Rear end sidepiece

53:Upper end

54:Bottom

55、56、57:Insertion section

61:1st elastic part

62:2nd elastic part

63:Base end part

64:Free end

70:Side surface part

71:Acceptance division

72:Accommodation space

80:Lid

81、82、200、250、300、350:Mobile member

81A、82A:Elastic part

91、92:Capping prevents component

93:Protuberance

93a:Cutout unit

93b:Protrusion tab

99:Operation display part

100:Back part

101:Segment difference part

102:Sloping portion

103:Rake

104:Inboard portion

105:Jut

106:Rake

107:Engaging protrusion portion

109:Outboard Sections

P:Front

K、SR:Direction

T:Direction of insertion

T1:The direction opposite with direction of insertion

Z:Longitudinal direction

Embodiment

Hereinafter, embodiment is illustrated based on schema.

As shown in figure 1, the refrigerator 1 relevant with embodiment includes body 2.It is provided with the position of the topmost of body 2 with double The refrigerating chamber 5 of the refrigerating chamber of open type first 3 and refrigerating chamber second 4 and switch.Refrigerating chamber first 3 is with the rotation of body 2 It is installed as being switched centered on rotating shaft 3A.Refrigerating chamber second 4 is installed as centered on the rotary shaft 4A of body 2 It can be switched.The vegetable compartment 7 switched by the 7a that pulls is provided with the downside of refrigerating chamber 5.In the downside of vegetable compartment 7, in horizontal stroke side It is provided with ice-making compartment 8, top freezer compartment 9 side by side upwards.Ice-making compartment 8 is switched by sliding door 8a.Top freezer compartment 9 is by the 9a that pulls And switch.In the downside of the foot of body 2, i.e. ice-making compartment 8 and top freezer compartment 9, provided with refrigerating chamber 10.

Refrigerating chamber 10 is switched by sliding door 10a.In the bottom of refrigerating chamber first 3 and refrigerating chamber second 4, in door Portion is respectively equipped with to let go concavity handle 3b, 4b of finger.On sliding door 7a, 8a, 9a, 10a top, it is respectively equipped with inside door Concavity handle 7b, 8b, 9b, 10b to place finger.

Glass plate 13,14 is respectively equipped with the outer surface of refrigerating chamber first 3 and refrigerating chamber second 4.Sliding door 7a's Outer surface is provided with glass plate 17.Be respectively equipped with the outer surface of ice-making compartment 8, top freezer compartment 9 and refrigerating chamber 10 glass plate 18, 19、20.Glass plate 13,14,17,18,19,20 is transparent or with translucency.

Refrigerating chamber as shown in Figure 2 first 3, is the offside door towards refrigerating chamber 5 in Fig. 1.Refrigerating chamber includes for first 3 Door closure (cap) 21, the door closure 22 in outside, the door closure 23 of downside, the door closure 24 of inner side, door inner member 25, the frame shaped of upside Back side member 26, the receiver (box) 30 as incorporating section, the operating portion 31 being accommodated in receiver 30 and press-in structure Part 32.Glass plate 13 is the component in the longer oblong-shaped of longitudinal direction.

The door closure 21 of upside, the door closure 22 in outside, the door closure 23 of downside and the door closure 24 of inner side are respectively arranged in glass plate The edge of 13 surroundings, thereby constitutes the framework of branch fastening glass panels 13.Specifically, it is provided with the upper edge of glass plate 13 The door closure 21 of side, the door closure 22 in outside is provided with the edge portion of glass plate 13, and downside is provided with the lower edge of glass plate 13 Door closure 23, the interior edge of glass plate 13 be provided with inner side door closure 24.Door closure 24 in inner side, in longitudinal direction Z center Position is provided with opening portion 24R, and opening portion R is formed to elongation on longitudinal direction Z.

Door inner member 25 is affixed to the component of 13N oblong-shaped behind glass plate 13.Behind glass plate 13 13N is the inner face of glass plate 13.Back side member 26 is fixed on behind glass plate 13 with clamping the state of an inner member 25 13N sides.Receiver 30 is located at the rear of glass plate 13 located at 13N behind glass plate 13.Receiver 30 is removably received Receive operating portion 31.

As shown in figure 3, receiver 30 includes the edge 30P and back part 100 on 4 sides of installation.Pacify by receiver 30 When being filled to 13N sides behind glass plate 13, edge 30P is temporarily fixed with two-sided tape 30S to 13N behind glass plate 13.Its Afterwards, in the space between glass plate 13 and door inner element 25, it is injected with polyurathamc (polyurethane).Also, Receiver 30 is adhered fixed (pressing) by the adhesion strength and pressing force of polyurathamc to 13N behind glass plate 13. In receiver 30, operating portion 31 has been removably inserted into along direction of insertion T (being the direction of vertical view downwards in Fig. 3).And And, operating portion 31 is pressed into 13N sides behind glass plate 13.That is, operating portion 31 is to be sealed at behind refrigerating chamber first 3 Mode and abut.

As shown in figure 4, operating portion 31, includes shield 40, operation substrate 41, the reflecting plate of oblong-shaped of plastic cement 42nd, as the transparency electrode 43 and operation dial plate (name plate) 44 of test section.Operating portion 31 is extended on longitudinal direction Z Oblong-shaped tabular component.It is equipped with operation substrate 41 according to the pattern (pattern) of regulation as lighting device Multiple light-emitting components of one LED (light-emittingdiode (diode)) 41A.

The drive division and decision circuit (non-schema) for driving each LED 41A, judgement electricity are assembled on operation substrate 41 Whether roadbed is touched to user and is judged in the capacitance variations of transparency electrode 43.Shield 40 is along direction of insertion T The component of the oblong-shaped of elongation, shield 40 overlaps on the surface of operation substrate 41.Shield 40 includes multiple circles Recess 40A, 40B of shape.Recess 40A, 40B are arranged along longitudinal direction Z.

Reflecting plate 42 is along longitudinal direction Z including multiple rounded portions 42A, rounded portions 42B.Rounded portions 42A, 42B are correspondences Recess 40A, 40B and configure.Rounded portions 42A, 42B in elastically deformable on K directions, correspondence and follow the trail of glass plate 13 expansion and It can carry out closely sealed.

Transparency electrode 43 is configured in the way of covering reflecting plate 42 on the surface of shield 40.Operation dial plate 44 be The tabular component of the oblong-shaped extended on longitudinal direction Z, is configured at the surface of shield 40 in the way of covering transparent electrode 43 On.Operation dial plate 44 is sealed at 13N behind glass plate 13.In operation dial plate 44 multiple behaviour are formed with by for example printing Make the operation display part 99 of function the Show Button (button) etc..Operation display part 99 can for user via glass plate 13 Clearly illustrate.Thereby, user can be confirmed while operating via glass plate 13 to operation display part 99.

User sees any part of the operation display part 99 of operation dial plate 44 via the one side of glass plate 13, while with hand Refer to the outside 13M of touching glass plate 13, can thereby carry out the setting operation of each function of refrigerator 1.If for example, user with Finger touches the outside 13M of glass plate 13, then the electric capacity of transparency electrode 43 can change.It is assemblied in the decision circuit of operation substrate 41 The change of (non-schema) to the electric capacity judges.Thereby, which work(is notified to the control unit for operating substrate 41 from decision circuit Can be as indicated by user.The control unit of operation substrate 41 enters the function of being operated to this side control unit of the side of refrigerator 1 Row is indicated.Thereby, user for example sets refrigerating chamber 5, vegetable compartment 7, ice-making compartment 8, top freezer compartment 9, the interior of refrigerating chamber 10 Temperature, and the operation that can be rapidly cooled down.

As shown in Figure 5, Figure 6, operating portion 31 is inserted into receiver 30 along direction of insertion T, press-in component 32 along insert Enter direction T to be inserted into receiver 30.Thereby, operating portion 31 to 13N behind glass plate 13 is supported with the state being pressed Connect, and be able to maintain that the abutting state of operating portion 31.Receiver 30 includes edge 30P, in the side formed to elongation on longitudinal direction Z Face 70 and back part 100.Side surface part 70 is included in the opening portion 50 formed to elongation on longitudinal direction Z.Configured on the 30P of edge There is two-sided tape 30S.Thereby, edge 30P is closely sealed and is fixed on 13N behind glass plate 13.Back part 100 be inserted into The aspectant mode of operating portion 13 is configured at side behind receiver 30.

The side surface part 70 of receiver 30 is embedded in the opening portion 24R of the door closure 24 of inner side.The opening portion 50 of side surface part 70 The opening portion 24R of the door closure 24 of position and inner side position consistency, and 50 door closures 24 in inner side in the opening portion of side surface part 70 Opening portion 24R in the range of.Thereby, operating portion 31 can via the door closure 24 of inner side opening portion 24R, and in refrigerating chamber 13N is inserted behind the glass plate 13 of one 3 is accommodated in receiver 30, and press-in component 32 can be inserted into receiver 30 The inside of opening portion 50.

Then, with reference to Fig. 4, the shield 40 of operating portion 31 is illustrated in more detail.

Shield 40, includes the longitudinal direction Z front end sidepiece 51, the rear end sidepiece 52 of opposite side, upper end that insert front Portion 53 and bottom 54.Be interval with the front end sidepiece 51 of shield 40 such as 3 insertion section 55, insertion section 56, insert Enter portion 57.Insertion section 55, insertion section 56, insertion section 57 are provided projectingly along the direction of insertion T of insertion receiver 30.It is most upper The insertion section 55 of side is located at the top of front end sidepiece 51.Middle insertion section 56 is located at the centre position of front end sidepiece 51.It is most lower The insertion section 57 of side is located at the bottom of front end sidepiece 51.The 1st elastic part 61 is provided with the upper end 53 of shield 40. The bottom 54 of shield 40 is provided with the 2nd elastic part 62.

Insertion section 55, insertion section 56, insertion section 57 have following function, i.e., only by operating portion 31 along direction of insertion T Insert in receiver 30, operating portion 31 is moved to behind glass plate 13 by the work compound of mobile member (after being illustrated in) 13N sides simultaneously press closely sealed function.

1st elastic part 61 and the 2nd elastic part 62 are to turn into shape symmetrical above and below, and with substantial phase Same construction.Represented in Fig. 4 downside and the 2nd elastic part 62 is expanded into display.1st elastic part 61 includes fixing Base end part 63 and the free end 64 from the bending extension of base end part 63 in upper end 53.Similarly, the 2nd elastic part 62 include being fixed on the base end part 63 of bottom 54 and the free end 64 extended are bent from base end part 63.1st elastic deformation portion The 61 and the 2nd elastic part 62 is divided to have operating portion 31 toward 13N sides behind glass plate 13, i.e., along front P (pressing sides To) function that is pressed.

Also, front P is orthogonal with longitudinal direction Z and direction of insertion T.

Then, with reference to Fig. 5, Fig. 6, the construction of receiving room 30 is illustrated in more detail.

Receiver 30 is configured at 13N sides behind the glass plate 13 of refrigerating chamber first 3, and accommodates operating portion 31.Store Box 30 include side surface part 70, the acceptance division 71 of positioning, edge 30P, to the accommodation space 72 in stowing operation portion 31 and the back side Portion 100.The side surface part 70 of receiver 30 blocks the opening portion 24R of the door closure 24 of inner side.

Acceptance division 71 is in edge 30P inner side, along the T1 direction anti-with direction of insertion T-phase, towards the side of opening portion 50 And it is prominent in accommodation space 72.Acceptance division 71 is that the centre position in edge 30P on longitudinal direction Z receives and fixes insertion Portion 56.Acceptance division 71 is when direction of insertion T inserts operating portion 31, in order to receive and fix to come in along direction of insertion T Insertion section 56, and in the receiving room 30 it is relative to position.

Thereby, in the accommodation space 72 of receiver 30, operating portion 31 is inserted only along direction of insertion T, insertion section 56 just block acceptance division 71 automatically.That is, acceptance division 71 and insertion section 56 have following function, i.e., received with operating portion 31 In the accommodation space 72 of case 30, in the mode that will not be moved on longitudinal direction Z (longitudinal direction) as the positioning structure to position The function of part.Although operating portion 31 has the shape for lengthwise on longitudinal direction Z, by setting acceptance division in receiver 30 71, even if refrigerator 1 vibrates because of running, at the outside 13M of glass plate 13 operation and operating portion 31 operation instruction plate 44 Operation display part 99 will not also produce the relative offset about longitudinal direction Z.

Then, with reference to Fig. 5, the construction on being pressed into component 32 is illustrated.

Press-in component 32, which includes lid 80, the mobile member 81 of 2, the capping of 82,2, prevents component 91,92 and prominent Portion 93.Lid 80 is and the rectangle formed to elongation on longitudinal direction Z in order to removably close the opening portion 50 of receiver 30 The component of shape.Mobile member 81,82, capping prevent component 91,92 from being parallel from inner face side along direction of insertion T with protuberance 93 Ground is provided projectingly with interval.

Mobile member 81,82 is the component of long arm, is respectively arranged on the upper and lower end of lid 80.Capping prevents component 91st, 92 and protuberance 93 be between mobile member 81,82, in the way of as the symmetrical longitudinal direction vertical with direction of insertion And to be arranged at intervals.The direction of insertion T of mobile member 81,82 length projects to the insertion front end of operating portion 31 (shield 40) It is other.Being formed with the rear side of mobile member 81,82 prevents the reinforcement of flexure with rib (rib).Capping prevents component 91,92 and The direction of insertion T of mobile member 81,82 length is compared to shorter.Protuberance 93 prevents the length of component 91,92 from comparing with capping Shorter and wide cut.

It is to be risen with arciform in front side that the protuberance 93 formed is protruded from lid 80, the cutout unit 93a of U-shaped.By The protrusion tab 93b that cutout unit 93a is surrounded is by cutout unit 93a, and turning into protrusion tab 93b has the peripheral part of operating portion 31 Part, i.e., the elasticity that the rear end sidepiece 52 of shield 40 is strongly pressed forwards.

Component 91,92 and protuberance 93 are prevented by mobile member 81,82, capping, and played behind glass plate 13 Function of the 13N sides by operating portion 31 along front P strength pressings.

Mobile member 81,82 preferably includes elastic part 81A, 82A, elastic part 81A, the 82A respectively It is directed towards direction of insertion T and direction of insertion T is tilted.If elastic part 81A, 82A of mobile member 81,82 are along insertion Direction T is inserted into the accommodation space 72 of receiver 30, then by carrying out elastic deformation shown in Fig. 5 on SR directions, and is had The function that 13N sides press operating portion 31 along front P behind glass plate 13.

If capping prevents component 91,92 to be inserted into along direction of insertion T in the accommodation space 72 of receiver 30, lid 80 is not Can skid off from the lane T1 directions of opening portion 50, and with behind glass plate 13 13N sides operating portion 31 is pressed along front P Function.

Then, with reference to Fig. 7 (A)~Fig. 7 (B) to Fig. 9 (A)~Fig. 9 (C), in the accommodation space 72 of receiver 30, to The structure example for the mobile member 81,82 that 13N sides are pressed is illustrated behind glass plate 13.

The back part 100 of receiver 30, receiver 30 are formed with to inboard edge 30P from the side surface part 70 of receiver 30 Back part 100 tilted along direction of insertion T in slightly tapered mode.That is, back part 100 is opened from receiver 30 The side of oral area 50 tilts to the edge 30P of insertion front.

Back part 100 before insertion side edge 30P have more segment difference part 101.Segment difference part 101 is with from back part 100 turn into narrower mode and are formed, and are more tilted along direction of insertion T.Along direction of insertion T in segment difference part 101 Block insertion section 55,56,57.In this way, being blocked by the sloping portion 102 of insertion section 55,56,57 in segment difference part 101, segment difference Part 101 makes the 13N behind glass plate 13 of operating portion 31 utilize past front P to move and press closely sealed.That is, segment difference part 101 and insertion section 55,56,57 make operating portion 31 behind glass plate 13 13N utilize toward front P move and constitute by densification The mobile member 200 of conjunction.

The mobile member 81 of upside of component 32 is pressed into the way of easily inserting accommodation space 72, its front end, which turns into, to be tilted Portion 103.As shown in Fig. 5 state to Fig. 6 state, if the mobile member 81 of press-in component 32 is inserted into along direction of insertion T In receiver 30, then the Outboard Sections 109 of mobile member 81 are pressed from inclined back part 100 and moved toward front P.Thereby, Mobile member 81 itself is along SR directions elastic deformation, so the inboard portion 104 of mobile member 81 is by corresponding position 1st elastic part 61 is pressed along front P.Therefore, mobile member 81 makes operating portion with the 1st elastic part 61 31 behind glass plate 13 13N utilize toward front P move and press closely sealed.In this way, being not only mobile member 81, receiver 30 back part 100 and the 1st elastic part 61 of operating portion 31 make operating portion 31 be utilized with respect to 13N behind glass plate 13 Moved toward front P and constitute the closely sealed mobile member 250 of pressing.

Similarly, the mobile member 82 of the downside of press-in component 32, in the way of easily inserting accommodation space 72, its front end As rake 103.As shown in Fig. 5 state to Fig. 6 state, if the mobile member 82 of press-in component 32 is along direction of insertion T is inserted into receiver 30, then the Outboard Sections 109 of mobile member 82 are pressed from inclined back part 100 and moved toward front P It is dynamic.Thereby, mobile member 82 itself is along SR directions elastic deformation, so the inboard portion 104 of mobile member 82 will be in correspondence The 2nd elastic part 62 of position pressed along front P.Therefore, mobile member 82 is with the 2nd elastic part 62 The 13N behind glass plate 13 of operating portion 31 is utilized to move toward front P and press closely sealed.In this way, being not only mobile member 82, the back part 100 of receiver 30 and the 2nd elastic part 62 of operating portion 31 make operating portion 31 with respect to after glass plate 13 Face 13N, which is utilized, to be moved toward front P and constitutes the closely sealed mobile member 250 of pressing.

The back part 100 of receiver 30 says that direction of insertion T is tilted in slightly tapered mode.That is, back part 100 tilt to the edge 30P of insertion front from the opening portion 50 for storing river 30.The edge of the side before insertion of back part 100 30P sides have segment difference part 101.Segment difference part 101 is tilted along direction of insertion T.Along direction of insertion in segment difference part 101 T blocks insertion section 56.Now, the sloping portion 102 of insertion section 56 is blocked in segment difference part 101, thus segment difference part 101 and insert Entering portion 56 makes the 13N behind glass plate 13 of operating portion 31 utilize past front P to move and press closely sealed.That is, segment difference part 101 and insertion section 56 13N behind glass plate 13 of operating portion 31 is utilized move toward front P and constitute the closely sealed shifting of pressing Dynamic component 200.

By inclined back part 100, P is moved the Outboard Sections 109 of mobile member 82 (81) forwards.Thereby, mobile structure By multiple circular recess 40A of shield 40, the 13N sides behind glass plate 13 utilize past for the inboard portion 104 of part 82 (81) Front P is moved and is constituted the closely sealed mobile member 300 of pressing.

Capping prevents component 91,92 to be included in the jut 105 of leading section fixing.In the back part 100 of receiver 30, In opening portion 50 vicinity along direction of insertion T be provided with inclined rake 106.If operating portion 31 is inserted along direction of insertion T Enter receiver 30, then capping prevents component 91,92 to be pressed by the rake 106 of back part 100 along front P.Thereby, Operating portion 31 prevents component 91,92 via capping and 13N is pressed along front P behind relative glass plate 13.Thereby, capping Preventing the rake 106 of component 91,92 and receiver 30 makes operating portion 31 be utilized with respect to 13N behind glass plate 13 toward front P Move and constitute the closely sealed mobile member 350 of pressing.

If operating portion 31 is incorporated in receiver 30 completely, lid 80 is closed opening portion 50.In this case, capping The jut 105 for preventing component 91,92 is engaged with the engaging protrusion portion 107 for the rake 106 for being formed at receiver 30.Thereby, Even if refrigerator 1 vibrates because of running, operating portion 31 be able to will not also be skidded off on the T1 in the direction anti-with direction of insertion T-phase.By This, operating portion 31 can often 13N utilizes past front P to move and maintain the closely sealed state of pressing behind glass plate 13.

Then, to installing receiver 30 in the glass plate 13 of first 3, refrigerator the step of, and store receiver is installed After 30, the storage action stored in receiver 30 to operating portion 31 is illustrated.

13N sides are fixed with receiver 30 behind the glass plate 13 of first 3, refrigerator.That is, receiver 30 is provided at The rear of 13N glass plate 13 behind glass plate 13.When receiver 30 is fixed, 30P pairs of the edge on 4 sides of installation 13N is temporarily fixed with two-sided tape 30S behind glass plate 13.Thereafter, refrigerator is injected first 3 using by polyurathamc Interior, receiver 30 is adhered and fixed to 13N behind glass plate 13 and (pressed by the adhesion strength and pressing force of polyurathamc Pressure).In this case, the side surface part 70 of receiver 30 is the opening portion 24R of the door closure 24 positioned at inner side.

Then, operating portion 31 is inserted into the accommodation space 72 of receiver 30 along direction of insertion T.Thereby, operating portion 31 The 13N sides behind glass plate 13.In this way, operating portion 31 insertion receiver 30 accommodation space 72 in action be independent of The so-called of guiding groove etc. is inserted freely into action.

Then, press-in component 32 is inserted into receiver 30 via the opening portion 50 of receiver 30.

As long as in this way, being inserted using by operating portion 31 along direction of insertion T, because acceptance division 71 receives insertion section 56, thus operating portion 31 be in the accommodation space 72 of receiver 30 in the way of it will not be moved on longitudinal direction Z (longitudinal direction) and Positioning.Receiver 30 be provided with acceptance division 71, even if therefore refrigerator 1 vibrated because of running, the outside 13M of glass plate 13 operation Position skew will not also occur for the operation display part 99 of the operation dial plate 44 of place and operating portion 31.

Press-in component 32 is inserted into storage 30 via opening portion 50 along direction of insertion T, and opening portion 50 then passes through press-in The lid 80 of component 32 and be closed.That is, if the mobile member 81,82 and capping that will be pressed into component 32 prevent component 91,92 from inserting Enter in the accommodation space 72 of receiver 30, then lid 80 just closes opening portion 50.Thereby, close opening portion 50 and improve in profile It is attractive in appearance, and can prevent dust of outside etc. out of the intrusion of opening portion 50 receiver 30.

If mobile member 81,82 and capping prevent component 91,92 to be inserted into receiver 30, operating portion 31 is pressed against 13N sides behind glass plate 13, operating portion 31 carries out closely sealed to 13N behind glass plate 13.And then, insertion section 55,56,57 exists Blocked in segment difference part 101 along direction of insertion T.Now, the inclination part 102 of insertion section 55,56,57 is inserted into segment difference part 101, thereby segment difference part 101 make operating portion 31 with respect to glass plate 13 below 13N toward front P pressing it is closely sealed.

If the mobile member 81 of press-in component 32 is inserted into receiver 30 along direction of insertion T, mobile member 81 Inboard portion 104 will be pressed positioned at the 1st elastic part 61 of correspondence position along front P.Thereby, the 1st bullet is utilized Property the elastic deformation of crushed element 61, mobile member 81 makes operating portion 31 with respect to after glass plate 13 with the 1st elastic part 61 13N P pressings forward in face are closely sealed.

Similarly, if the mobile member 82 of press-in component 32 is inserted into receiver 30 along direction of insertion T, structure is moved The inboard portion 104 of part 82 will be pressed positioned at the 2nd elastic part 62 of correspondence position along front P.Thereby, utilize The elastic deformation of 2nd elastic part 62, mobile member 82 makes operating portion 31 with respect to glass plate 13 with the 2nd elastic part 62 Behind 13N forward P pressing it is closely sealed

Prevent component 91,92 from inserting in receiver 30 by will be pressed into the mobile member 81,82 and capping of component 32, operation Portion 31 is pressed against 13N sides behind glass plate 13, operating portion 31 is forced with respect to 13N behind glass plate 13 closely sealed.That is, Insertion section 56 has been blocked along direction of insertion T in segment difference part 101, segment difference is stuck in by the inclination part 102 of insertion section 56 In part 101, segment difference part 101 makes operating portion 31 press closely sealed toward front P with respect to 13N behind glass plate 13.

Capping prevents component 91,92 from being pressed and elastic deformation by rake 106.Thereby, operating portion 31 is anti-via capping Only component 91,92 and 13N is pressed along front P behind relative glass plate 13.

The protuberance 93 formed is protruded from lid 80 with arciform in front side to rise, and the cutout unit including U-shaped 93a.The protrusion tab 93b surrounded by cutout unit 93a is flexible.Protrusion tab 93b can front press operating part 31 week Edge part, i.e. the rear end sidepiece 52 of shield 40.

If operating portion 31 is accommodated in receiver 30 completely, lid 80 can close opening portion 50.In this case, capping is prevented The engaging protrusion portion 107 that the jut 105 of component 91,92 and the rake 106 of receiver 30 are formed is engaged.Thereby, even if Be refrigerator 1 because of the vibration of action, operating portion 31 will not also be skidded off on the direction T1 anti-with direction of insertion T-phase.

Because existing refrigerator is substrate element is slided and is accommodated in lid using guiding groove, therefore according to guiding The precision (change of each individual forming accuracy, elapsed time, installation accuracy) of groove, the vibration in being operated due to refrigerator etc., Substrate element is likely to occur position skew in lid.Also, vibration in being operated due to refrigerator etc., substrate element is to glass The adaptation of plate can produce change, and the visuality shown is possible to produce variation.That is, in the prior art, pass through groove During Deng being stored to substrate element, precision (change of each individual forming accuracy, elapsed time, installation essence according to groove Degree), change can be produced to the adaptation of the glass plate of display surface, and the visuality shown is possible to produce variation.

In this regard, in the refrigerator 1 of embodiment, refrigerator 1 have be configured at before first 3, refrigerator glass plate 13, And located at the rear of glass plate 13, the receiver 30 stored to operating portion 31, and wrapped in receiver 30 (incorporating section) It is preferably such as mobile member 81,82 (being more mobile member 200,250,300,350), the wherein shifting to include as mobile member Dynamic component is operating portion 31 is moved toward front P in receiver 30, and operating portion 31 is connected to behind glass plate 13 13N.That is, the operating portion 13 is by mobile member, in the P shiftings forwards in 13N receiver 30 behind glass plate 13 Move and mechanicalness is connected to 13N behind glass plate 13.

Thereby, operating portion 31 can be clearly illustrated via glass plate 13 for user, and user can be via glass Glass plate 13 is confirmed to operating portion 31 while operating.That is, using preventing operating portion 31 because of shaking in the running of refrigerator 1 Move and wait and produce position skew, and operating portion 31 can be made to be connected to glass plate 13 really, and can be from glass plate 13 to operating portion 31 are easily operated.In embodiment, pressed by elastic component (pressing quantity be for example receive mobile member 81, The composition of 82 elastic component or be formed at mobile member 81,82 the back side inclined plane angle of inclination, can be according to length Adjustment), therefore, it is possible to reduce operating portion 31 in receiver 30, the possibility of the position skew of vibration in being operated due to refrigerator etc. Property.

In the refrigerator 1 of embodiment, using preventing operating portion 31 because of vibration in the running of refrigerator 1 etc. in receiver Position skew is produced in 30, operating portion 31 is contacted with glass plate 13 really.Therefore, in the refrigerator 1 of embodiment, no Can be because of vibration in the running of refrigerator 1 etc., and operating portion 31 is produced change to the adaptation of 13N behind glass plate 13, and The visuality of display will not produce variation.Therefore, user easily operates from glass plate 13 to operating portion 31.

Between operating portion 31 and receiver 30, by inserted with mobile member 81,82, and operating portion 31 can be made forward Square P movements.In existing refrigerator, when the guiding groove of substrate element being housed in incorporating section, in substrate element is repeated Among dismounting, guiding groove is possible to scratch, is produced however, not having such problem in the refrigerator 1 of embodiment.

The segment difference part 101 of the back part 100 of mobile member 81,82 and receiver 30, receipts are inserted into towards operating portion 31 The direction of insertion T of case 30 and tilt.Thereby, inserted using by mobile member 81,82 in receiver 30, operating portion 31 can delay Slow ground 13N behind glass plate 13 is moved toward front P movements.

Mobile member 81,82 includes the elastic component (elasticity to make operating portion 31 thereby be pressed toward front P movements Crushed element 81A, 82A).In receiver 30, such as back part 100 and segment difference part 101 may be configured as flexible structure Part, the elastic component is to utilize to insert mobile member 81,82 in receiver 30 to use elastic deformation.Thereby, mobile member 81, 82 or the back part 100 of receiver 30 and segment difference part 101 operating portion 31 can be made to keep elastic force on the P of front, and relatively 13N is pressed behind glass plate 13.Therefore, it is by the state that press against with respect to 13N behind glass plate 13 to make operating portion 31 It can be carried out steadily in the long term.

Operating portion 31 is lengthwise shape and has multiple mobile members 81,82 on longitudinal direction.Thereby, although operating portion 31 along Longitudinal direction Z is lengthwise shape, and glass plate 13 has warpage, still is able to make operating portion 31 abut along glass plate 13 and closely sealed.

Mobile member 81,82 has the work(for being pressed operating portion 31 with respect to (back side) 13N behind glass plate 13 Energy.That is, pass through the mobile member 81,82 set by the upper and lower end during installation of the shield 40 in respective operations portion 31 Elastic part 81A, 82A, and can (back side) 13N be moved and pressed behind glass plate 13 by operating portion 31 Pressure.

Receiver 30 back part 100 and mobile member 81,82 front end the back side at least one set inclined plane, Therefore by being fixed on behind glass plate 13 (back side) 13N the receiver 30, (back of the body behind glass plate 13 of operating portion 31 Face) 13N sides move and are pressed.

Capping prevents component 91,92 and mobile member 81,82 similarly to have the function as mobile member, the movement structure By operating portion 31, (back side) 13N behind glass plate 13 is moved and pressed part.And then, capping prevents component 91,92 With the method as the warpage to prevent glass plate 13, and the method to prevent operating portion 31 from being skidded off on T1 directions Function.

It is pressed into the opening portion 50 for being formed with receiver 30 on the side of the door 3 of component 32.It is pressed into the mobile member of component 32 81st, 82 it is provided with the lid 80 to close opening portion 50.Thereby, if mobile member 81,82 is inserted in receiver 30, lid 80 will Close opening portion 50.As long as being removed in addition, will be pressed into component 32 from receiver 30, the operation in receiver 30 just can be released The stationary state in portion 31.Therefore, operating portion 31 is taken out out of receiver 30, when being safeguarded (maintenance), exchange, The operation can easily be carried out.In addition, distribution (the flexible print of the operation substrate 41 of operating portion 31 Substrate, tellite) only in the vicinity of opening portion 50, therefore easily carry out the maintenance to operating portion 31.

Press-in component 32 includes preventing the capping that lid 80 comes off from opening portion 50 from preventing component 91,92.Thereby, because of refrigerator 1 Running in vibration etc., lid 80 will not still come off from opening portion 50.

Operating portion 31 includes the insertion section 56 as align member, and the wherein align member is to carry out receiver 30 Longitudinal direction Z positioning.Thereby, although operating portion 13 is lengthwise shape along longitudinal direction Z, operating portion 31 can be determined in receiver 30 Positioned at longitudinal direction Z, therefore operating portion 31 will not be produced to the position skew at the operation of glass plate 13.Therefore, user can Really touching makes at the pressing operation that refrigerator functions are played, and plays the necessary function of refrigerator.

As the insertion section 56 of align member, it is inserted into the direction of insertion T of operating portion 31 and is located relatively at receiver 30 The acceptance division 71 of relative position.Thereby, just can be certain as long as operating portion 31 is inserted into receiver 30 along direction of insertion T Carry out the positioning of the longitudinal direction Z about operating portion 31.

Operating portion 31 include as supporting part shield 40, be used as the transparent of the test section before shield 40 Electrode 43 and the LED 41A as the lighting device positioned at the rear of shield 40.Operating portion 31 is by multiple component institutes structure Into, but also can simply assemble.

More than, though embodiments of the present invention are illustrated, implement kenel as an example and announcement person not anticipates Figure limits the scope of invention.New implementation kenel can be carried out according to other various patterns, in the model for the main idea for not departing from invention In enclosing, various omissions, displacement, change can be carried out.Those embodiments and its deformation are contained within the scope and main idea of invention In, and be contained in the scope impartial with it.

In embodiments, receiver 30 and operating portion 31 are configured at the inner side of the glass plate 13 of first 3, refrigerator.So And, not limited to this is also configured at least one behind glass plate 14,17,18,19,20.In addition, relevant embodiment The construction of refrigerator 1 be wherein one, and can be using arbitrary construction.

In embodiments, as the touching switch of operating portion, although use the electric capacity for touching magnetic to user with finger to become Change the condenser type detected, but also using resistance membrane type detected to the resistance variations that user is touched with finger etc. Arbitrary touching switch.

In embodiments, press-in component 32 mobile member 81,82 on longitudinal direction Z to be spaced apart, and along insert Enter direction T and formed, but not limited to this, it can also be set to be formed the mobile member of more than 3.

Claims (7)

1. a kind of refrigerator, it is characterised in that including:
Glass plate, is configured at before door;
Operating portion, the setting operation of each function to carry out the refrigerator;
Incorporating section, located at the rear of the glass plate, stores the operating portion;
The opening portion of the incorporating section, is formed in the door on the side;And
Component is pressed into, including can close the lid of the opening portion and the mobile member of long arm, the mobile member is from described The inner face side of lid is protruded and set;
By between back part of the opening portion in the operating portion and the incorporating section inserted with the mobile member, The operating portion is moved to the direction of the glass plate in the incorporating section, and the operating portion is abutted the glass plate Below.
2. refrigerator according to claim 1, it is characterised in that
The flexible component of mobile member, the elastic component is to by making the operating portion to the glass plate Move and press the operating portion in direction.
3. refrigerator according to claim 1, it is characterised in that
The operating portion is lengthwise shape, and the mobile member is multiple in having on longitudinal direction.
4. refrigerator according to claim 1, it is characterised in that
There is the mobile member capping to prevent component, and the capping prevents component from preventing the lid from being come off from the opening portion.
5. refrigerator according to claim 1, it is characterised in that
The operating portion has align member, the positioning of longitudinal direction of the align member to carry out the incorporating section.
6. refrigerator according to claim 5, it is characterised in that
The align member is insertion section, and the insertion section is inserted into the incorporating section in the direction of insertion of the operating portion It is relative to position.
7. refrigerator according to claim 1, it is characterised in that
The operating portion includes supporting part, the test section before the supporting part and after the supporting part The lighting device of side.
CN201380044443.4A 2012-08-28 2013-08-15 Refrigerator CN104755863B (en)

Priority Applications (3)

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JP2012187234A JP6271119B2 (en) 2012-08-28 2012-08-28 refrigerator
JP2012-187234 2012-08-28
PCT/JP2013/071946 WO2014034433A1 (en) 2012-08-28 2013-08-15 Refrigerator

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CN201710148172.7A CN107014146B (en) 2012-08-28 2013-08-15 Refrigerator with a door

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Also Published As

Publication number Publication date
JP2014044014A (en) 2014-03-13
CN107014146B (en) 2020-02-14
JP6271119B2 (en) 2018-01-31
TW201411077A (en) 2014-03-16
CN107014146A (en) 2017-08-04
TWI601924B (en) 2017-10-11
RU2599162C1 (en) 2016-10-10
WO2014034433A1 (en) 2014-03-06
CN104755863A (en) 2015-07-01

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