CN107388706A - Refrigerator - Google Patents
Refrigerator Download PDFInfo
- Publication number
- CN107388706A CN107388706A CN201710403097.4A CN201710403097A CN107388706A CN 107388706 A CN107388706 A CN 107388706A CN 201710403097 A CN201710403097 A CN 201710403097A CN 107388706 A CN107388706 A CN 107388706A
- Authority
- CN
- China
- Prior art keywords
- door
- opening
- operation portion
- proximity transducer
- opening door
- Prior art date
- Legal status (The legal status 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 status listed.)
- Granted
Links
Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D11/00—Self-contained movable devices, e.g. domestic refrigerators
- F25D11/02—Self-contained movable devices, e.g. domestic refrigerators with cooling compartments at different temperatures
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D27/00—Lighting arrangements
- F25D27/005—Lighting arrangements combined with control means
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D11/00—Self-contained movable devices, e.g. domestic refrigerators
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/02—Doors; Covers
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/02—Doors; Covers
- F25D23/028—Details
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/06—Walls
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D27/00—Lighting arrangements
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D29/00—Arrangement or mounting of control or safety devices
- F25D29/003—Arrangement or mounting of control or safety devices for movable devices
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D29/00—Arrangement or mounting of control or safety devices
- F25D29/005—Mounting of control devices
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D29/00—Arrangement or mounting of control or safety devices
- F25D29/008—Alarm devices
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H36/00—Switches actuated by change of magnetic field or of electric field, e.g. by change of relative position of magnet and switch, by shielding
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H36/00—Switches actuated by change of magnetic field or of electric field, e.g. by change of relative position of magnet and switch, by shielding
- H01H36/0006—Permanent magnet actuating reed switches
- H01H36/0013—Permanent magnet actuating reed switches characterised by the co-operation between reed switch and permanent magnet; Magnetic circuits
-
- H—ELECTRICITY
- H03—ELECTRONIC CIRCUITRY
- H03K—PULSE TECHNIQUE
- H03K17/00—Electronic switching or gating, i.e. not by contact-making and –breaking
- H03K17/94—Electronic switching or gating, i.e. not by contact-making and –breaking characterised by the way in which the control signals are generated
- H03K17/96—Touch switches
- H03K17/962—Capacitive touch switches
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2201/00—Insulation
- F25D2201/10—Insulation with respect to heat
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2323/00—General constructional features not provided for in other groups of this subclass
- F25D2323/02—Details of doors or covers not otherwise covered
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2323/00—General constructional features not provided for in other groups of this subclass
- F25D2323/02—Details of doors or covers not otherwise covered
- F25D2323/021—French doors
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2400/00—General features of, or devices for refrigerators, cold rooms, ice-boxes, or for cooling or freezing apparatus not covered by any other subclass
- F25D2400/36—Visual displays
- F25D2400/361—Interactive visual displays
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2600/00—Control issues
- F25D2600/06—Controlling according to a predetermined profile
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2700/00—Means for sensing or measuring; Sensors therefor
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2700/00—Means for sensing or measuring; Sensors therefor
- F25D2700/02—Sensors detecting door opening
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2700/00—Means for sensing or measuring; Sensors therefor
- F25D2700/04—Sensors detecting the presence of a person
-
- H—ELECTRICITY
- H03—ELECTRONIC CIRCUITRY
- H03K—PULSE TECHNIQUE
- H03K2217/00—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00
- H03K2217/94—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00 characterised by the way in which the control signal is generated
- H03K2217/96—Touch switches
- H03K2217/9607—Capacitive touch switches
- H03K2217/960755—Constructional details of capacitive touch and proximity switches
Abstract
The refrigerator (1) of embodiment of the present invention has:The refrigerator main body (11) of preceding surface opening;It is installed on the door (21,22) of the thermal insulation of the preceding surface hole portion of refrigerator main body (11);Refrigerator main body (11) is installed on, and door (21,22) is forcibly carried out the door opener (54,55) of door opening action;It is arranged at the control operation portion (50) for being used to change the operation of the cooling control content of refrigerator of door (22);It is arranged at the opening door operation portion (51,52) for being used to operate the door opening action of door opener (54,55) of door (21,22);The operation signal from control operating portion and opening door operation portion (51,52) is enter to, carries out the control unit (56) of corresponding cooling control and control of opening the door.The part that clamshell doors operating portion (51,52) provides opening door operation input is a part for the front panel (21A, 22A) of door, continuous integral with front panel (21A, 22A).Operation for control operation portion (50) and operating using different operating methods for opening door operation portion (51,52).
Description
The application be Application No. 201480030279.6, the applying date be June 25, entitled refrigerator in 2014
The divisional application of application for a patent for invention.
Technical field
The present invention relates to the refrigerator on the front panel on surface in front of the door with touch sensor.
Background technology
In recent years, there is the refrigerator on door with glass system or the plastic front panel as style strip.For this
For the refrigerator of sample, operation inputting part is using electrostatic capacitive touch controlled key and is configured at front panel, and user touches front panel
During the position corresponding with Cao Zuoanjian on preceding surface, because of the change of electrostatic capacitance, sense operation inputs, and by corresponding operation
Signal sends refrigerator control part to.It is also desirable that such refrigerator have perceive touch operation of the user to front panel privileged site and
Make the door opener of an automatic door opening.
But when wanting touching some privileged site of front panel in the case of automatic door opening, it is possible to can produce
Malfunction below:Even if user without open the door the meaning but touch accidentally the position once or user's body a part
Unconsciously contact the position and also result in enabling.
In order to avoid such malfunction, it may be considered that make the skill that door opener works using by touch detection mechanism
Art, but can not avoid malfunctioning.
Citation
Patent document
Patent document 1:Special Japan opens 2009-257627 publications (JP2009-257627A)
Patent document 2:No. 4347234 publications (JP4347234B) of Japanese Patent No.
Patent document 3:Japanese Unexamined Patent Publication 2012-17865 publications (JP2012-017865A)
Patent document 4:Japanese Unexamined Patent Publication 2012-17866 publications (JP2012-017866A)
The content of the invention
The present invention be exactly in view of above-mentioned problem of the prior art and make, and it is an object of the present invention to provide following refrigerator:Even in
User without open the door intention and for a long time contact the position in the case of or object for a long time contact the position in the case of,
The malfunction of enabling will not be produced.
The refrigerator of the present invention has:The refrigerator main body of preceding surface opening;It is installed on the preceding surface hole portion of refrigerator main body
The door of thermal insulation;And refrigerator main body is installed on, forcibly make a door opener for carrying out door opening action.
Another refrigerator of the present invention has:The refrigerator main body of preceding surface opening;It is installed on the preceding surface opening of refrigerator main body
The door of the thermal insulation in portion;Refrigerator main body is installed on, forcibly makes a door opener for carrying out door opening action;It is arranged on door
For carry out change refrigerator cooling control content operation control operation portion;It is arranged on door, for split door gear
The opening door operation portion that door opening action is operated;And the operation signal from control operating portion and opening door operation portion is enter to,
Carry out the control unit of corresponding cooling control and control of opening the door.The part that clamshell doors operating portion provides opening door operation input is door
A part for front panel, it is continuously integral with the front panel.The operation of operation and clamshell doors operating portion to control operation portion is adopted
With different operating methods.
Brief description of the drawings
Fig. 1 is the front view of refrigerator of the first embodiment.
Fig. 2 is the stereogram of the door opening state of refrigerator of the first embodiment.
Fig. 3 is the amplification stereogram of the refrigerating chamber part of refrigerator of the first embodiment.
Fig. 4 is the block diagram of the enabling control of refrigerator of the first embodiment.
Fig. 5 is the flow chart of the enabling control of the refrigerator of the 1st embodiment.
Fig. 6 is the explanation figure of the installation operation of the opening door operation portion of the refrigerator of the 1st embodiment.
Fig. 7 is the sectional view of the installment state of the opening door operation portion for the refrigerator for representing the 1st embodiment.
Fig. 8 is the opening door operation portion for the refrigerator for representing the 7th embodiment and the front view of opening door operation display part.
Fig. 9 is the opening door operation portion for the refrigerator for representing the 8th embodiment and the front view of opening door operation display part.
Figure 10 (a)~10 (e) is the explanation figure of the setting example of the opening door operation portion for the refrigerator for representing the 9th embodiment.
Figure 11 is the explanation of the configuration example of the touch detection electrode of the opening door operation portion for the refrigerator for representing the 10th embodiment
Figure.
Figure 12 is the explanation of the configuration example of the touch detection electrode of the opening door operation portion for the refrigerator for representing the 11st embodiment
Figure.
Figure 13 is another configuration example of the touch detection electrode of the opening door operation portion for the refrigerator for representing the 11st embodiment
Illustrate figure.
Figure 14 is the opening door operation portion for the refrigerator for representing the 12nd embodiment and the front view of opening door operation display part.
Figure 15 is the figure for the refrigerator for representing the 15th embodiment.
Figure 16 is the figure for the refrigerator for representing the 17th embodiment.
Figure 17 is the figure for the refrigerator for representing the 18th embodiment.
Figure 18 is the figure for the refrigerator for representing the 16th embodiment.
Figure 19 is the figure for the refrigerator for representing the 15th embodiment.
Figure 20 is the figure for the refrigerator for representing the 20th embodiment.
Figure 21 is the figure for the refrigerator for representing the 19th embodiment.
Figure 22 is the figure for the refrigerator for representing the 22nd embodiment.
Figure 23 is the figure for the refrigerator for representing the 24th embodiment.
Figure 24 is the figure for the refrigerator for representing the 16th embodiment.
Figure 25 (a), 25 (b) are the figures for the refrigerator for representing the 25th embodiment.
Figure 26 is the figure for the refrigerator for representing the 26th embodiment.
Figure 27 is the figure for the refrigerator for representing other embodiment.
Figure 28 is the figure for the refrigerator for representing other embodiment.
Figure 29 is the figure for the refrigerator for representing the 27th embodiment.
Figure 30 is the stereogram of the door opening state of the refrigerator of the 27th embodiment.
Figure 31 is the amplification stereogram of the refrigerating chamber part of the refrigerator of the 27th embodiment.
Figure 32 is the block diagram of the enabling control of the refrigerator of the 27th embodiment.
Figure 33 be represent to automatically open up rather than by the embodiment of user's manual unlocking the 27th refrigerating chamber left-hand door and
The flow chart of the situation of right door.
Figure 34 is the schematic diagram of the cross section of for example right door of the refrigerator of the 27th embodiment.
Figure 35 is the block diagram of the enabling control of the refrigerator of the 27th embodiment.
Figure 36 is the stream of the action example of the opening door operation portion for the function with proximity transducer of representing the 27th embodiment
Cheng Tu.
Figure 37 is the front view of the refrigerator of the 28th embodiment.
Figure 38 is the stereogram of the door opening state of the refrigerator of the 28th embodiment.
Figure 39 is the amplification stereogram of the refrigerating chamber part of the refrigerator of the 28th embodiment.
Figure 40 is the block diagram of the enabling control of the refrigerator of the 28th embodiment.
Figure 41 (a)~41 (d) is to represent that the opening door operation portion of the door shown in Figure 37 to Figure 39 is used as to be used to detect refrigerator use
The human testing mechanism of the human body at family and the figure of example to work.
Figure 42 is the front view for the refrigerator for representing the 29th embodiment.
Figure 43 is the block diagram of the enabling control comprising human testing mechanism of the refrigerator shown in Figure 42.
Figure 44 is the sectional view along the longitudinal direction on the top for the refrigerator for representing the 29th embodiment.
Figure 45 is the sectional view along the longitudinal direction on the top of the refrigerator for the 1st variation for representing the 29th embodiment.
Figure 46 is the sectional view along the longitudinal direction on the top of the refrigerator for the 2nd variation for representing the 29th embodiment.
Figure 47 is the sectional view of the To along the longitudinal direction on the top of the refrigerator for the 3rd variation for representing the 29th embodiment.
Figure 48 is the front view for the refrigerator 1 for representing the 30th embodiment.
Figure 49 is the top view of the refrigerator shown in Figure 48.
Figure 50 is the side view of the refrigerator shown in Figure 48.
Figure 51 (a), 51 (b) represent the structure example of the substrate of opening door operation portion.
Figure 52 is the proximity transducer for the substrate for representing to be configured at the opening door operation portion shown in Figure 51 and the figure of guard electrode.
Figure 53 is the exploded perspective view for the structure example for representing opening door operation portion.
Figure 54 is the block diagram for the electrical connection for representing control unit, opening door operation portion, enabling drive division as door opener etc..
Figure 55 (a)~55 (c) is the figure of the holding structure example for the substrate for representing left-hand door and right door.
Figure 56 is the front view for the refrigerator 1 for representing the 31st embodiment.
Figure 57 be represent the left-hand door 21 shown in Figure 56 the opening door operation portion 651 comprising proximity transducer 607 nearby (or
Near the opening door operation portion 652 comprising proximity transducer 608 of right door 22) structure example Vl-Vl lines at sectional view.
Figure 58 is the sectional view at the V2-V2 lines in the control operation portion 650 shown in Figure 56.
Figure 59 is to represent that control unit, control operation portion, opening door operation portion, the enabling drive division as door opener are electrically connected
The block diagram connect.
Figure 60 (a)~60 (d) be represent the left-hand door shown in Figure 56 proximity transducer detect user's finger after,
It is bright that the control operation portion of left-hand door and opening door operation portion in the case of the electrode of the touch controlled key of opening door operation portion are contacted in finger
The figure of the example of the situation of lamp.
Figure 61 is the front view for the refrigerator for representing the 32nd embodiment.
Figure 62 is the top view of the refrigerator shown in Figure 61.
Figure 63 is the side view of the refrigerator shown in Figure 61.
Figure 64 (a), 64 (b) represent the structure example of the substrate of the opening door operation portion shown in Figure 61.
Figure 65 is the proximity transducer for the substrate for representing to be configured at the opening door operation portion shown in Figure 64 and the figure of guard electrode.
Figure 66 is the exploded perspective view for the structure example for representing opening door operation portion.
Figure 67 is the block diagram for the electrical connection for representing control unit, opening door operation portion, enabling drive division as door opener etc..
Figure 68 (a)~68 (c) is the figure of the holding structure example for the substrate for representing left-hand door and right door.
Figure 69 is the front view for the refrigerator 1 for representing the 33rd embodiment.
Figure 70 is the sectional view for the structure example for representing the operation detection part at the ZR-ZR lines shown in Figure 69.
Figure 71 is the block diagram for the electrical connection for representing control unit, operation detection part, enabling drive division as door opener etc..
Figure 72 (a), 72 (b) are to represent user using the action (posture) of palm, the sidepiece of hand or ancon etc. with predetermined
Particular order come to proximity transducer carry out Proximity operation example figure.
Figure 73 (a)~73 (d) is the example for representing to carry out proximity transducer with other predetermined particular orders Proximity operation
The figure of son.
Figure 74 (a)~74 (d) is the figure for representing other embodiment.
Figure 75 is the circuit diagram of the principle for the touch for representing proximity transducer detection finger.
Figure 76 is the figure for the essential structure for representing proximity transducer.
Figure 77 is the figure for the switching close to pattern and electrostatic touch mode for illustrating proximity transducer.
Figure 78 (a), 78 (b) are the figures for the change close to scope for illustrating proximity transducer.
Embodiment
Hereinafter, embodiment is described in detail based on accompanying drawing.Moreover, to same or be similarly comprised part using same
Or similar symbol illustrates.
1st embodiment
As shown in Figure 1 and Figure 2, the refrigerator 1 of the 1st embodiment has the casing 11 as refrigerator main body.Casing 11 is from upper strata
Rising has:Refrigerating chamber 12, vegetable compartment 13, the switching chamber 14 for allowing hand over design temperature in refrigerator, refrigerating chamber 15.In addition, cutting
The left side for changing room 14 is provided with ice-making compartment 16.
As shown in FIG. 1 to 3, it is left and right Gou Cheng ー couple left-hand door 21, right in order to cover the preceding surface hole portion of refrigerating chamber 12
Door 22 is up and down mounted in left part, right part using hinge part respectively:It is opened and closed with opposite opened.Moreover, vegetable compartment 13,
Switching chamber 14, refrigerating chamber 15, ice-making compartment 16 are respectively arranged with plug-type door 23,24,25,26.Match somebody with somebody at the back side of vegetable compartment 13
Refrigeration for cooling and refrigeration room 12 and vegetable compartment 13 is equipped with evaporator (not shown).In switching chamber 14 and the back of the body of refrigerating chamber 15
Face is configured with for the freezing for cooling down switching chamber 14, refrigerating chamber 15, ice-making compartment 16 with evaporator (not shown).In vegetable compartment 13
The back side is also configured with the control unit 56 being made up of microcomputer for controlling refrigerator 1.
Left-hand door 21, right door 22 are all following constructions:It is saturating that coloring is installed in the opening portion of the flat inner panel of preceding surface opening
Bright glass system front panel 21A, 22A, and internally blank part is configured with vacuum heat insulation material, is not being filled out by vacuum heat insulation material
The blank part buried is configured with foamed polyurethane heat-barrier material (hereinafter also referred to as polyurethane heat-barrier material) or preforming consolidated
Body heat-barrier material (such as EPC).Before front panel 21A, 22A degree of staining is can't see in the state of by outer light irradiation from outside
The concentration of the fillers such as the heat-barrier material at panel 21A, 22A back sides.Moreover, under the concentration, to Cao Zuoanjian name described later,
Refrigerating function name, intensity of cooling etc. carry out the LED display lamps through display, the numerical value to changes such as temperature values is carried out through display
7 sections of LED displays lighting lamp state under, light can pass through and from face side it can be seen that.In addition, however it is not limited to 7 sections of LED,
Can also be LCD, EL.
In the right part of left-hand door 21, it is i.e. lower close to the left part of right door 22 and open sides on the other side in off position
Part, rotation slider 31 being provided with, rotation slider 31 is used under door closure state, the left part of holding and right door 22,
That is the sealing state of the part of open sides.It is built-in with the inside of the rotation slider 31 for preventing the condensation of condensation from preventing from adding
Hot device.
It is provided with the front panel 22A of right door 22 rear side for being grasped by the touch on the surface for front panel 22A
Make to operate the electrostatic capacitive control operation portion 50 of refrigerator.It is provided with the control operation portion 50 for detecting around refrigerator
The infrared ray light accepting part of ambient condition, HOME buttons, detect touch to the HOME buttons and to Cao Zuoanjian name, cooling
Function name, intensity of cooling etc. carry out the LED display lamps through display, the numerical value to changes such as temperature values is carried out through 7 shown
Section LED display etc..
The front panel 22A of front panel 21A, right door 22 in left-hand door 21 following neighbouring rear side are respectively arranged with left and right
The opening door operation portion 51,52 of laterally-elongated.Moreover, be provided with front panel 21A, 22A surface expression be opening door operation portion and
Represent opening door operation display part 51A, the 52A in opening door operation direction.Here, set on the opening door operation display part 51A of left-hand door 21
The arrow mark towards a left side is equipped with, this is used to recognize towards the arrow mark on a left side makes finger slide to the left in the state of finger touch
To carry out opening door operation.Be provided with the opening door operation display part 52A of right door 22 towards the right side arrow mark, this towards the right side arrow
Mark makes finger slide to the right to carry out opening door operation for recognizing in the state of finger touch.
The position of left and right 2 near the front end of the cover top surface of casing 11 that is, respective with left-hand door 21, right door 22
Top open side end nearby corresponding to position be respectively arranged with enabling drive division 54,55.These enabling drive divisions 54,55 are logical
Cross and released dynamic iron core 54A, 55A forwards using electromagnet, will be upper near left-hand door 21, the respective open side end of right door 22
Release forwards and enable each door automatic opening in side.In addition, in order to be opened the door to left-hand door 21, if touching left-hand door in finger
Finger is slided to the left in the state of arrow mark near opening door operation display part 51A right-hand member or right-hand member, then open the door
Operating portion 51 perceives its continuous touches and touch detection signal is sent into control unit 56, and control unit 56 is judged as YES enabling behaviour
When instructing, the enabling drive division 54 of left-hand door 21 is acted, make the automatic door opening of left-hand door 21, described behind details.The opposing party
Face, in order to be opened the door to right door 22, if near the left end or left end that finger touches right door opening door operation display part 52A
Arrow mark in the state of finger is slided to the right, then opening door operation portion 52 perceive its continuous touches and by touch detection
Signal is sent to control unit 56, when control unit 56 is judged as YES opening door operation instruction, acts the enabling drive division 55 of right door 22,
Make the right automatic door opening of door 22.
In addition, the cooling control that the control unit 56 of the refrigerator of the 1st embodiment is carried out is in general control, without special
Limit, still, such as, compressor, guidance panel, condensation prevent heater, the ice maker inside ice-making compartment, refrigerating chamber wind
Fan, freezing chamber fan, Defrost heater are connected and controlled with the control unit 56.
Opening door operation display part 51A, 52A arrow mark are not limited to the display, as long as if can easily it recognize
Touch herein and slide if the display for carrying out opening door operation to the right or to the left then, then shape, the form of mark
Do not limit.
On left-hand door 21, right door 22, set respectively in the lower surface part than opening door operation display part 51A, 52A on the lower
There is handle 61,62 so that inserted a finger into wherein by making palm upward, and can make a left side to the operation that layback in front moves
Door 21, right door 22 are individually opened Door by Hand respectively.
Next, the automatic door opening action to the refrigerator of the 1st embodiment illustrates.As shown in figure 4, in opening door operation
At 5 transversely arranged arrow marks of portion 51,52 respective opening door operation display part 51A, 52A left and right respectively to clip before
Plate 21A, 22A and relative mode is set side by side with electrostatic capacity type touch sensor 51-1~51-5,52-1~52-5.These
It is quiet caused by the touch of user that electrostatic capacity type touch sensor 51-1~51-5,52-1~52-5 are set to detection
Electric capacitance variations, and touch detection signal is sent to control unit 56.
Therefore, user will open right door 22 and touch the arrow of left end with finger in opening door operation display part 52A part
Mark, and when making the finger slide to the right in the state of touch, examined in electrostatic capacity type touch sensor 52-1~52-5
Touch detection signal is sent to control unit 56 by the sensor for measuring the change of electrostatic capacitance according to the order of touch respectively.Cause
This, control unit 56 judges whether it is opening door operation according to the logic of Fig. 5 flow chart, if the judgment is Yes regular enabling behaviour
Make, then the enabling drive division 55 to right door exports enabling drive signal and makes the right automatic door opening of door 22.In addition, opening in left-hand door 21
In the case of door operation, for the opening door operation display part 51A of left-hand door 21, to touching right-hand member or the arrow mark close to right-hand member
Make the operation that finger slides to the left in the state of note to judge the opening door operation of same left-hand door 21.
Enabling decision logic herein is as follows.At least three sensor is in the stipulated time in each 5 sensors of left and right
In (such as 0.5 second or 1 second), and according to put in order carried out touch detection in the case of be judged as YES opening door operation, and
Make corresponding door automatic door opening.Here, the opening door operation of right door 22 is illustrated.
When touching any one of the opening door operation display part 52A arrow mark of right door 22, the side of opening door operation portion 52
Corresponding electrostatic capacity type touch sensor (typically touch left end or the arrow mark close to left end, therefore, herein
It is assumed to be the sensor 52-1 of left end) touch detection is carried out, and touch detection signal is sent to control unit 56.Control unit 56 connects
Receive the signal and start the judgement processing (step S0) of opening door operation.Then, it is first begin to timing (step S1).
Right side, electrostatic capacity type touch sensor 52-2, the 52-3 on right side then carry out touch detection again, and send detection
Signal, terminating when timer, control unit 56 receives these signals, and the sensor touched is continuous 3 to the right,
As the opening door operation direction of the right door 22 from left to the right, positive slide is judged as YES.I.e., carry out in step S2
In NO, step S3 in YES, step S4 in YES, step S5 YES judgement.As a result, control unit 56 is judged as YES to right door 22
Regular opening door operation, so as to right door enabling drive division 55 export enabling driving instruction, act enabling drive division 55
And make the right automatic door opening (step S6) of door 22.
If in addition, on the way stopped slip, or the speed slided is slow, or the length slided is short, then can not
Judge to be touched the arrow mark of more than 3 by forward direction within certain time (such as 0.5 second or 1 second), therefore the enabling
The judgement processing of operation temporarily ceases, and waits next touch detection (to be branched off into YES in step S2, jump to step S7 and stop sentencing
Disconnected processing).In addition, on opening door operation display part 52A, even if carrying out slide from the lateral left of right-hand member, right door is not also opened
Door (is branched off into NO, jump to step S7 and stop judgement processing) in step S5.
The judgement processing of the opening door operation of left-hand door 21 is same.But in the case of left-hand door 21, touching and right door 22
Direction is opposite, situation about being slided to the left after the arrow mark near right-hand member or right-hand member of opening door operation display part 51A
Under, it is judged as YES opening door operation.Therefore, even if carrying out slide to the right from the arrow mark near left end or left end,
Left-hand door will not also open the door.
In addition, in the control of above-mentioned automatic door opening, following order is employed:Control unit 56 judges opening door operation, and drives
Dynamic enabling drive division 54,55, but it is also possible to replace using following order:Microcomputer is set to be equipped on opening door operation portion 51,52
Side, the electrostatic capacitance change caused by the touch of electrostatic capacity type touch sensor 51-1~51-5,52-1~52-5 detection user,
And touch detection signal is input to the microcomputer, in opening door operation portion 51,52, it is judged as certain orientation being at the appointed time present
Slide when, be finally judged as existing opening door operation and the command signal that left-hand door opens the door or right door opens the door be sent to control
Portion 56 processed, when control unit 56 receives the door open command, enabling drive division 54 or enabling drive division 55 is set to carry out enabling driving.
Next, illustrate the side that opening door operation portion 51,52 is assembled in left-hand door 21, right door 22 respectively using Fig. 6, Fig. 7
Method.In addition, the opening door operation portion 52 of right door 22 is described below, still, for the opening door operation portion 51 of left-hand door 21
Similarly.
First, opening door operation portion 52 is following construction:Make electrostatic electric on the elongated substrate 52P of and T directions short in W directions length
Appearance formula touch sensor 52-1~52-5 is set up in parallel in a manner of alongst T directions arrange.Moreover, the enabling is grasped
Make portion 52 to be arranged at according to the posture being always tightly engaged into using its length direction T directions as right and left in the front panel 22A back side
Inside the lower end of right door 22.
Therefore, near the left end of the bottom of right door 22, it is provided with the operating portion installation space 64 of open lower side.The behaviour
It is more slightly longer than the length direction T of opening door operation portion 52 length to make the width of the left and right transverse direction of portion's installation space 64, makes opening door operation
Portion 52 can insert in the state of its length direction T is transverse direction from lower surface opening portion upward sliding.Then, grasp enabling
Make portion 52 so that posture consistent with left and right directions its length direction T is directly from the lower surface opening portion of operating portion installation space 64
Operating portion installation space 64 is inserted upwardly into, and is allowed to slide into the upper end of operating portion installation space 64 and fix.Afterwards, make
Opening door operation portion 52 is tightly engaged into the state of the front panel 22A back side temporarily fixed using adhesive tape etc..Then, liquid is gathered
Urethane is injected into the interior void portion of right door 22 as heat-barrier material 22B, and is allowed to foam, solidifies, thus, by the opening door operation
Portion 52 is fixed in operating portion installation space 64.The opening door operation portion 51 of left-hand door 21 is also installed with same order.
By using such setting order, especially because opening door operation portion 51,52 with left and right transverse direction T directions it is long and on
The short posture in lower direction W directions sets and is fixed on operating portion installation space 64, therefore, it is possible to avoid the occurrence of following state:
Length direction L directions are single-ended to be floated, even if being tightly engaged into so as to the electrostatic capacity type touch sensor 52-5 on right side in front panel
The 22A back side, the electrostatic capacity type touch sensor 52-1 in left side will not be also tightly engaged into the front panel 22A back side and with floating
Dynamic state is fixed or in turn, even if the electrostatic capacity type touch sensor 52-1 in left side is tightly engaged into front panel
The 22A back side, the electrostatic capacity type touch sensor 52-5 on right side will not be also tightly engaged into the front panel 22A back side and with floating
Dynamic state is fixed;As shown in Figure 7, it is arranged to the transversely arranged all electrostatic capacity type touch sensor 52-1 in left and right
~52-5 can reliably be fixed with the state being equably tightly engaged into the front panel 22A back side.
Other embodiment
As the construction of simplest refrigerator doors, in the front of refrigerating chamber, the single open-door that a fan left side is opened or the right side is opened of configuration 1, makees
For the construction of this, following composition can also be used:The non-conductive of tinted clear is installed on the preceding surface of thermal insulation door main body
Front panel, and be provided for carrying out changing the control operation portion of the operation of the cooling control content of refrigerator and for operating enabling
The opening door operation portion of the door opening action of device.I.e., the composition for making the right door 22 shown in Fig. 1~Fig. 3 can also be used to be arranged at 1 fan
The composition (the 2nd embodiment) of door.
In addition, control operation portion 50, opening door operation portion 51,52 be not limited to electrostatic capacity type touch sensor or
Pressure-sensitive sensor, infrared ray sensor etc. are not provided with bumps in front panel 21A, 22A face side, and by sensing user's
The sensor (the 3rd embodiment) for operating to be operated accordingly.
In addition, for 51,52 different operating method of control operation portion 50 and opening door operation portion, preferably it is set to and operates
Input mutually senses.For example, it can be set to:In the case of control operation portion 50, sense to the touch at the position and receive
One operation input, and in the case of opening door operation portion 51,52, it is necessary to certain distance is slided with the state touched at the position
The above is just identified as opening door operation input (the 4th embodiment).
In addition, on opening door operation portion 51,52, the operation that detection is touched and slided with finger is may not be, but examine
Survey and multiple positions or the operation (the 5th embodiment) touched in order along defined direction are touched with defined order.In addition,
As other modifications, opening door operation portion may not be the bottom for being arranged at door, and be disposed on upper end (the 6th reality
Apply mode).
Moreover, as other embodiment or following such modification.As shown in figure 8, the door in left and right
21st, 22 in the refrigerator of opposite opened, opening door operation display part 51A-l, 52A-l of opening door operation portion 51,52 are set in before
Plate 21A, 22A surfaces away from the mutually level position in ground, can be with for the opening door operation display part 51A-l of left-hand door 21
It is set to:If user, near right-hand member, while touching slip on one side with finger, then can open left-hand door 21 near its left end
Door, for the opening door operation display part 52A-l of right door 22, can also be set to:If user is near its left end to the right side
Near end, while being touched with finger while slip, then can make right door 22 open the door.In addition, in this case, such as Fig. 8 arrow
Shown in A1, to the opening door operation display part 52A-l of right door 22 near the opening door operation display part 51A-l of left-hand door 21 left end
Near right-hand member, unidirectionally continuously enter to exercise the operation of finger slip, thus enable that left and right two 21,22 while (the 7th is real for opening
Apply mode).
In addition, as shown in figure 9, in the refrigerator that left and right door 21,22 is opposite opened, can also be set as:By opening door operation
Opening door operation display part 51A-2, the 52A-2 in portion 51,52 are arranged near front panel 21A, 22A of each door 21,22 open end,
By carrying out slide towards the direction opposite with the open sides of each door 21,22, each door 21,22 can be made to open the door respectively.
In this case, for left-hand door 21, its right-hand member is open end, therefore opening door operation display part 51A-2 is carried out from its right-hand member side
The display slided to the left.In addition, for right door 22, its left end is open end, opening door operation display part 52A-2 carry out from
The display that its left end side is slided to the right.By so setting, become following operation:User is in the open end of door because of opening door operation
And towards sliding finger on the direction of opening, therefore, the finger of user can seldom occur with the open end of the door started to open at
Interference, can swimmingly carry out open operation (the 8th embodiment).
In addition, as shown in Figure 10, it can be set to:No matter refrigerator doors are 2 fan doors of univalve door or opposite opened, in Qi Men
Near any one angle in the corner up and down of (being herein door 22), vertically or horizontally or towards corner is oblique set
Opening door operation portion 52 is put, opening door operation display part 52A-3 is also disposed on the front panel 22A of door 22 corresponding position, and
And in the case where opening door operation direction is towards the direction in the outside of this, carry out door opening action (the 9th embodiment).
Such as Figure 10 (a) gives following setting example:In the bottom of the opening side of door 22, set in the horizontal direction
Opening door operation portion 52, opening door operation display part 52A-31 are put, by carrying out slide towards the lateral left in the open end of door 22
And it can open the door.In the case of the modification, opening door operation portion 52, opening door operation display part 52A-31 can similarly be set
It is placed in the upper end of the opening side of door 22.Figure 10 (b) gives example arranged below:In the lower end of the opening side of door 22,
Opening door operation portion 52, opening door operation display part 52A-32 are set in vertical direction, by towards the lower end of door 22, from the top down
Carry out slide and can open the door.Figure 10 (c) gives following setting example:In the upper end of the opening side of door 22, hanging down
Nogata sets up opening door operation portion 52, opening door operation display part 52A-33, by towards the upper end of door 22, carrying out from bottom to top
Slide and can open the door.Figure 10 (d) gives following setting example:In the lower end of the rotary gemel side of door 22, hanging down
Nogata sets up opening door operation portion 52, opening door operation display part 52A-34, by towards the lower end of door 22, carrying out from the top down
Slide and can open the door.In the case of the modification, it can be set to:Opening door operation portion 52, opening door operation are shown
Portion 52A-34 is arranged at the upper end of the rotary gemel side of door 22, is opened the door by carrying out slide from bottom to top.In addition,
Figure 10 (e) gives following setting example:1 jiao in the corner of door 22, the lower corner of i.e. open side is along clinodiagonal side
To opening door operation portion 52, opening door operation display part 52A-35 is set, by the inferior horn towards door 22, from tiltedly upper to being slided under oblique
Move operation and can open the door.In the case of the modification, it can also be set to:Opening door operation portion 52, opening door operation are shown
Portion 52A-35 is arranged at any one angle at other 3 angles in the corner of door 22, by towards each angle, from tiltedly it is lower upwards or
Person can open the door from tiltedly upper progress slide downwards.
In addition, as shown in figure 11, no matter refrigerator doors are 2 fan doors of univalve door or opposite opened, on being arranged in Qi Men
The electrostatic capacitance touch sensor 52-1~52-5 for the opening door operation portion 52 that 22 front panel 22A rear side is set, can be with structure
Turn into:On the direction A3 different from slide direction A2, adjacent sensor is a part of overlapping each other.Pass through the sensor
Overlap, be not in touch deficiency, even if adjacent sensor is touched simultaneously with one another, electrostatic capacitance during slide
Change and area it is big sensor it is larger, there is the effect (the 10th embodiment) that will not detect simultaneously.
In addition, as shown in Figure 12 and Figure 13, no matter refrigerator doors are 2 fan doors of univalve door or opposite opened, it is assembled on its door
The opening door operation portion 52 of (being also door 22 herein) detects opening door operation because of slide, can be that multiple slide is detected with tactile
Sensor configuration is touched to configure into annular shape or with rectangular upper and lower, left and right, and one is drawn into for their multiple electrodes
Determine slide as pattern and detect opening door operation (the 11st embodiment).
In Figure 12 example, by the multiple slip detection touch sensors for the opening door operation portion 52 being assembled on door 22
52-1~52-8 is configured to annular shape, round to draw for such opening door operation portion adjacent touch sensor of more than 52,3
Door opening action is carried out when mode is continuously touched.Therefore, the slide of some arrow is still either in arrow A4~A6
With the slide of their opposite directions, door opening action can be carried out.Moreover, in Figure 13 example, will be assembled on door 22
The electrode 5211~5244 of multiple slip detections of opening door operation portion 52 configured up and down with rectangular, for such
Opening door operation portion 52, as shown in arrow A7~A13, more than 3 up, the adjacent electricity in lower section or oblique upper, obliquely downward
When pole is continuously touched, door opening action is carried out.
In addition, as shown in figure 14, no matter refrigerator doors are 2 fan doors of univalve door or opposite opened (here it is shown that split
Formula.), its 21,22 opening door operation portion 51,52 is all configured to:Detection passes through the slide in a direction as defined in
And the opening door operation carried out, for left-hand door 21, from its rotary gemel side towards open side, carried out when sliding from left to right
Open the door and detect, for right door 22, from its rotary gemel side towards open side, opened when sliding from right to left in turn
Door detection.In the case, opening door operation display part 51A, 52A form respectively direction and open to represent slide direction
Put the arrow mark (the 12nd embodiment) at end.The opening door operation carried out towards the slide of the open end, particularly, use
Family is that the central part that refrigerator is come on the outside of refrigerator carries out opening door operation under normal circumstances, and it moves route direction and slide
Direction is consistent, has the effect for easily carrying out opening door operation.
In addition, as other modifications or following composition.By for detecting the human body before people stands on refrigerator doors
Detection agency (such as infrared ray sensor, the video camera etc. for identifying people) is arranged on door, is detected in the human body detection mechanism
After people, control unit, which enters to exercise opening door operation, effectively to be controlled.Thereby, it is possible to prevent water, electrostatic etc. from causing refrigerator doors to batter out (
13 embodiments).
In addition it is also possible to refrigerating-chamber door 21,22 is set on push-pull door 23,24 of vegetable compartment 13, switching chamber 14 etc. etc.
Opening door operation portion 51,52, rather than the Unscrew formula door 21,22 (the 14th embodiment) before refrigerating chamber 12.Moreover,
In this case, electric wiring is connected along the sliding rail of push-pull door with control unit 56.
In addition, the refrigerator 1 of embodiment can also be formed as illustrating next coming in order.
15th embodiment
As shown in figure 15, control operation portion (also referred to as control operation substrate) 50 can insert from insert port 50V along G directions
And be accommodated in the 50R of incorporating section, wherein insert port 50V is formed at a cover (doorcap), and this cover is the longitudinal side of right door 22
Portion, on the door front panel be supported, form the left and right upper and lower side of door.Opening door operation portion (is also referred to as touched and opened with switch base
Plate) 52 it can insert and be accommodated in the 52R of incorporating section along G directions from the insert port 52V of the longitudinal direction side of right door 22 face.And
And opening door operation portion (touch opening switch substrate) 51 can be from the insert port 51V of the longitudinal direction side face of left-hand door 21 along H side
To inserting and be accommodated in the 51R of incorporating section.
As shown in figure 15, handle (handgrip) 61,62 is respectively arranged at the lower surface portion (following) and right door 22 of left-hand door 21
Lower surface portion (following), handle 61,62 and opening door operation portion 51,52 are respectively arranged at the position and the right side of the lower side corner sections of left-hand door 21
The position of the lower side corner sections of door 22, and it is configured at the different edge of door.In addition, opening door operation portion 51,52 and handle 61,62 can also
The different position on above-below direction.
In addition, shown in the Figure 19 of above-mentioned right door 22 as be described hereinafter, such as right door 22 is by the front panel 22A as glass plate, interior
Plate 22K and door cover 72 are formed, and insert port 50V can be arranged to a cover 72.Furthermore, it is possible to with insert port 50V continuously
The mode extended from door cover 72 along front panel 22A direction sets incorporating section 50R, and substrate is inserted into incorporating section 50R.
In addition, the space between incorporating section 50R outside front panel 22A, inner panel 22K and door cover 72 is preferably by polyurethane
It is thermally shielded Deng foam heat insulating material, vacuum heat insulation material landfill.
Moreover, the control operation portion 50 inserted and opening door operation portion 51 can also be by being pressed after insertion from rear
It is tightly engaged into, in front panel 22A, still, (opening in the case of the substrate of transverse width length to front panel 22A elastic mechanism
Door operation portion 51 etc.) the front panel 22A back side can also be directly adhered to using adhesives.In such manner, it is possible to improve operation spirit
Sensitivity.
The arrow mark that is, opening door operation display part 51A, 52A for representing the position of opening door operation portion 51,52 can use
LED51M、52M.Can directly print in glass or be arranged at after being printed onto film moreover, as arrow mark
The back side of glass, by light it can be seen that.
Being used for shown in Figure 15 opens left-hand door 21 and the opening door operation portion 51,52 of right door 22 uses static switching.For making
For the left-hand door 21 and right door 22 of revolving door, due to static switching can be made to be electrically connected to the side of casing 11 by electric wiring
Control unit, it is the revolving door of the less refrigerating chamber of temperature difference therefore, thus electrostatic can be used as opening door operation portion 51,52
Switch.Static switching moisture-proof is poor, thus is used in the small part of temperature difference.
On the other hand, the opening door operation portion 71 for the sliding door 25 of opening sliding door such as refrigerating chamber 15, for opening
The opening door operation portion 77 of sliding door 23 is switched using Hall IC.Sliding door is can to pull out and remove from casing 11 (refrigerator main body)
Construction, it is thus impossible to connect the control unit of opening door operation portion 77 and the side of casing 11 using electric wiring.Therefore, as example
Such as opening door operation portion 71,77, the distributed magnet on sliding door, when being pushed into sliding door, the position of magnet is changed, and Hall IC is opened
The change in location of the magnet can be detected in a non contact fashion by closing.Control unit is according to the expression magnet positions from the Hall IC
The signal changed, the push-pull mechanism that push-and-pull is carried out to sliding door is operated, thus, it is possible to open sliding door.
Figure 19 represents the horizontal cross-section of the right door 22 shown in Figure 15.Such as right door 22 has the front panel as glass plate
22A, inner panel 22K, reinforcing plate 70, the substrate 74 of door cover 72 and opening door operation portion 52.In the inside of the right door 22, it is configured with
The heat-insulated vacuum heat insulation material 73 thick with polyurethane part or 20mm.Substrate 74 and glass plate 22A gap is zero.Door cover 72
Cover the end of the front panel 22A as glass plate.Front panel 22A as glass plate is strengthened glass, if glass plate
End, which is in, exposes state, then for the end that protective glass plate exposes, in the end set C surface chamfers that glass plate exposes.
By in this way, even if making an automatic opening due to operation opening door operation portion 52, and cause front panel 22A's
End is likely to contact other kitchen furnitures, the wall being configured at beside refrigerator, but can also prevent end face fragmentation.In addition,
Can also be in the front panel 22A anti-locking mechanism of end set, the anti-locking mechanism is used to prevent from contacting, and is protected by tipping
End.Moreover, the substrate 74 of opening door operation portion 52 be configured to it is very close to each other relative to front panel 22A inner surface.In addition, though
It is symmetrical shape, but left-hand door 21 and same construction.Furthermore, it is also possible to make the substrate of the opening door operation portion 52 of left and right
It is of different sizes.For example, the substrate of larger door side can be made to be more than the substrate of less door.
16th embodiment
As shown in figure 18, the position configurations of the position LL of the lower end line for containing meat pallet top plate on the inside of than left-hand door 21 on the lower
Opening door operation portion 51.I.e., Figure 24 shows the longitudinal cross-section of refrigerator main body.As shown in figure 24, in casing 11, from cooler
The cold duct that cold air passed through be located at the back side, be provided with ejiction opening from pipeline towards door side, as shown in figure 24, cold air is along arrow
The flowing of head direction.
It is configured with casing 11 and contains meat pallet 99T, ejiction opening is provided with rear side of meat pallet 99T containing.On left-hand door 21,
Opening door operation portion 51 is configured in the position LL positions on the lower of the lower end line than containing meat pallet top plate.Thus, by containing meat pallet
99T cold air contains the Wind-proof mechanisms such as the antetheca on preceding surface of meat pallet without reaching the opening door operation in left-hand door 21 because forming
Portion 51.Therefore, cold air will not reach the opening door operation portion 51 (52) in left-hand door 21, thus will not produce opening door operation portion 51 (52)
Dew condensation phenomenon caused by cooled.
As shown in figure 24, the upper end of shelf frame is more top than the upper end for containing meat pallet 99T so that cold air will not reach the door back of the body
Face.Thereby, it is possible to prevent cold air to be directly blown onto opening door operation portion 51 (52) part, in the part in order to store opening door operation portion 51
(52), heat-barrier material is relatively thin, thus easily condensation.Therefore, will not occur:Acted because of condensation, cause to send out to control unit
The number of delivering letters, so as to prevent opening door operation portion 51 from acting accidentally so that left-hand door 21 is battered out.These are for the right side shown in Figure 18
For the opening door operation portion 52 of door 22, and the same.
In addition, containing meat pallet 99T can be used as cold fresh room to use, there is door and push-and-pull container, can enter forwards
Row pulling operation.The cold fresh room can also be made up of following confined space, and the confined space can be by storage push-and-pull container
The receiver strengthened and door be subject to closed, can also be configured to:By the vavuum pump as the mechanism of decompressor come close to this
Depressurized in the space closed inside accommodation space.In such manner, it is possible to prevent from the back of the body being arranged at as the receiver for containing meat pallet 99T
The cold air that the cold air ejiction opening in face sprays directly reaches door, and the thermal insulation layer after being depressurized by confined space is to ejiction opening
Cold temperature band be thermally shielded, can prevent from conducting heat.In such a case it is possible to it is arranged to cover ejiction opening by receiver.In addition,
Can also be by the air door as air quantity adjustment mechanism come to the cold of the ejiction opening ejection from the back side for being arranged at the closed incorporating section
Gas is controlled, and can also be controlled in the following manner:By determining the temperature of the temperature in refrigerator to prevent from condensing
Sensor detects the reduction of temperature, air door is closed so that cold air is difficult to reach door.
Furthermore, it is possible to be, at the rear of the substrate with opening door operation portion 52 and the vacuum heat-insulation of the inside of door is configured at
Material is arranged between the ejiction opening after substrate and being configured at contains meat pallet 99T to be thermally shielded so that substrate is condensed.
In addition, the substrate is accommodated in the resin storage portion with air layer that door is internally formed, in this case, it is particularly easy to
Condensation, still, due to setting vacuum heat insulation material to isolate the cold energy in refrigerator, therefore condensation can be prevented so as to anti-
The error detection that only door is opened suddenly.Furthermore, it is also possible to by configuring the excellent metal parts that conducts heat around the incorporating section,
The heat of outer gas is passed to incorporating section and warm incorporating section, thus prevent from condensing.
Alternatively, it is also possible to be configured at longitudinal cut-off, longitudinal direction cut-off between right door and left-hand door, the opening and closing with Yishanmen
Action gearing is opened and closed, and thermal source is stored in the inside that this longitudinally separates.Moreover, by the way that the substrate, incorporating section are configured at into ice
The near heating sources of case, substrate, incorporating section can be conducted the heat to, can further prevent from condensing.The thermal source can with longitudinal direction every
Disconnected vertically extending together, heater density of position by improving substrate or incorporating section etc. increases heat output.
For the heater density, heater line can be configured to double, or bending configuration, or make heat in longitudinal direction
Substrate-side is delivered in cut-off and is configured to extend to substrate-side from heater by the good metal of heat conductivity (such as aluminium).
In addition, as shown in figure 18, the position installation opening door operation portions different from ejiction opening 79R position in casing 11
51 (52), thereby, it is possible to the cold air from ejiction opening 79R is not reached the opening door operation portion 51 (52) in left-hand door 21.Therefore,
The opening door operation portion 51 (52) in left-hand door 21 will not be reached due to cold air, thus it is cooled to produce opening door operation portion 51 (52)
Caused by dew condensation phenomenon, will not occur:Acted because of the condensation, cause to send signal to control unit, so as to anti-
Only opening door operation portion 51 (52) is acted accidentally so that left-hand door 21 (right door 22) is battered out.
17th embodiment
As shown in figure 16, control operation portion 50 and opening door operation portion 51 can also be configured at 1 piece of substrate 99 on left-hand door 21.
The test section and detection signal processing unit of opening door operation portion 51 (52) can be made up of 1 piece of substrate 99.Test section and detection signal
Processing unit is accommodated in incorporating section 50R together.Microcomputer MC can be configured at same substrate.
Control operation portion 50 and opening door operation portion 52 can be configured at different substrates on right door 22.Can be control behaviour
Make portion 50 and microcomputer MC is configured at 1 piece of substrate 99A, opening door operation portion 52 is configured at another substrate 99B.Thus, by the way that will have can
The MC of noise can be caused to be configured at another substrate, the malfunction that the error detection of opening door operation portion 52 can be prevented and cause door to be battered out
Make.Moreover, in the different incorporating sections being divided that incorporating section 50R has a case that to store substrate 99A and substrate 99B respectively
Under, as long as substrate 99B electric signal line to be connected to the incorporating section (such as having stored substrate 99A incorporating section) at other positions
Controlling organization (MC).Particularly extend to substrate 99B incorporating section in advance from the incorporating section at other positions in connector,
And when substrate 99B is accommodated in into incorporating section, if substrate 99B connecting line linked up with connector, easily carry out door
Assembly.
In addition, microcomputer MC can be configured on substrate 99B, another substrate in other positions configuration can also be configured at
99C.Moreover, substrate 99 can be elongate shape or shape of growing crosswise.
As shown in figure 18, control operation portion 50 and opening door operation portion 51,52 are directly connected to by wire.I.e., control behaviour
Make portion 50 and opening door operation portion 51,52 uses different electric wiring LA, LB, connected respectively by the power supply board of control unit 56
Pick up and.This is done to reliably prevent noise caused by control operation portion 50 from causing opening door operation portion 51,52 to carry out accidentally
Door opening action.
As shown in figure 15, the handle (handgrip) of sliding door 23,24,25,26 can be configured at each sliding door 23,24,25,
26 left or right side surface part.Handle (handgrip) is not configured at the front surface part of sliding door, such as the opening door operation portion of sliding door 23
77 and the opening door operation portion 71 of sliding door 25 be respectively arranged at front surface part.Thus, there is no handle in the front surface part of sliding door
(handgrip), therefore appearance looks elegant.
18th embodiment
As shown in figure 17, on right door 22, the allocation position of control operation portion 50 and opening door operation portion 52 is horizontal in left and right
Upper difference.I.e., control operation portion 50 is located at the position of the close right side face of right door 22, and opening door operation portion 52 is located at right door 22
Close to the position of left side face.Thus, control operation portion 50 is not configured at the upside of opening door operation portion 52, therefore, even if for example
User with wet hand contacts and water drips from control operation portion 50, the water will not also drop onto the opening door operation portion 52 of bottom.And
And the incorporating section in control operation portion 50 and the distance between the incorporating section Wb of opening door operation portion 52 than control operation portion 50 with opening the door
The distance between operating portion 52 Wa is small, and distance Wb is the separating distance of bottom line.
In addition, control operation portion 50 can also be configured to:The incorporating section of the substrate of opening door operation portion 52 is stored therewith upper
Lower section is staggered upwards, and overlapping in left and right directions.Control operation portion 50 may be configured to:The substrate of opening door operation portion 52 also with
It is overlapping in the lateral direction.As long as the electrostatic capacitive switch SA and opening door operation display part 52A on each substrate is not overlapping,
Then water would not drop onto the opening door operation portion 52A for being configured at lower section from the electrostatic capacitive switch SA being disposed above.Also,
By making incorporating section, substrate overlapping so that overlap in small area as door and in the lateral direction, so as to be laid out certainly
It is increased by degree.In addition, on making each substrate overlap in the lateral direction, can also apply in same incorporating section
The situation of placement substrate.
The electrode of opening door operation portion 51,52 when can also be operated user and the electrode in control operation portion 50
Detection sensitivity is different.Such as by making the detection sensitivity of the electrode of opening door operation portion 51,52 be higher than control operation portion 50
Electrode, it is possible to increase the Operational Figure Of Merit of opening door operation portion 51,52.The electrode and control that opening door operation portion 51,52 can be made are grasped
It is different to make the electric capacity of the electrode in portion 50, by changing the area of electrode them can also be made different.Opening door operation portion 51,52
Electrode can not also be configured multiple but is made up of an electrode.
Operation to control operation portion 50 employs different operating methods from the operation of clamshell doors operating portion 51,52.Make
For different operating methods, the long-press carried out to control operation portion 50 such as 0.5 second is operated, and clamshell doors operating portion 51,52 is carried out
Such as the long-press of 1 second is operated the detection that is operated.
19th embodiment
As shown in figure 21, the LED in control operation portion 50 all turns off the light, when the switch in the somewhere in pressing control operation portion 50
When, multiple LED in control operation portion 50 or whole LED bright lights.Furthermore, it is possible to using following composition:During bright light, quilt
Even if it is invalid that the switch controlled as opening door operation portion 51,52 therebetween detects that operation is also considered as, the operation of user is not received
And make it that door open operation is invalid (can also be effective, and can operate).During bright light, therebetween, opening door operation portion
51st, 52 LED is OFF (disconnection), not bright light.On the contrary, during the LED in control operation portion 50 all turns off the light, opening door operation
The switch in portion 51,52 is effective, can operate (can also be invalid, it is impossible to operate).LED in control operation portion 50 all turns off the light
During, it is ON (connection) in the LED of opening door operation portion 51,52, bright light.
As described above, by being configured to:Controlling switch is effective, and making, opening door operation portion 51,52 is invalid, has following effect
Fruit:Prevent from, when pressing control operation portion 50 with finger, bumping against opening door operation portion 51,52 accidentally in ancon and causing door to be opened accidentally
Put.
In addition, the LED bright lights of controlling switch, the composition that the LED of opening door operation portion 51,52 turns off the light is had sometimes following
Situation occurs:Simultaneously during bright light, such as thought by child to press control operation portion 50 and the impulsion institute of opening door operation portion 51,52 simultaneously
Drive, door is opened, and still, is configured to solve by the present invention.
In addition, even in make control operation portion 50 and opening door operation portion 51,52 all effectively and detect what is be pressed simultaneously
In the case of, to inform opening door operation portion 51,52 will be made invalid by display or voice etc., can called attention to.
As shown in figure 17, the variform switch SA and switch SB in control operation portion 50 can be made in stipulated time, behaviour
Make sensitivity it is identical and with same action method connect (ON).The switch SA and switch SB of same mode of operation are located at the one of substrate
Face.Moreover, opening door operation portion 51,52 can also be used with switching SA identical modes of operation, this composition can be used for each implementation
Mode.
As shown in figure 18, the electric wiring LA in control operation portion 50 wire harness and the electric wiring of opening door operation portion 51,52
LB wire harness and heater line does not tie together.I.e., it can make them that there is compartment of terrain configuration in door, lead to casing
Door hinge position approaches.Also, AC lines and DC lines, which can separate, to be tied up.It thus it can be prevented that noise.
As shown in figure 15, such as, the front panel 22A as glass plate shown in Figure 19 of right door 22 be strengthened glass, but
It is that can also increase reinforcing plate 70, and configures the anti-film that disperses.In order to protect front panel 22A end, to cover front panel
The mode of 22A end is configured with a cover 72.
However, it is possible to be different from Figure 19, front panel 22A end is not covered in door cover, glass plate 22A end is in
In the case of exposing state, C surface chamfers or R faces as fillet surface are formed in glass plate 22A end.As glass plate
Front panel 22A is strengthened glass, still, if glass plate 22A end, which is in, exposes state, for protective glass plate 22A
End, C surface chamfers are set on glass plate 22A, thus, even in setting opening door operation portion and the feelings that cause door to open accidentally
Under condition, it can also prevent end from encountering somewhere and cause defect.Although in addition, being symmetrical shape, left-hand door 21 is also
It is identically constructed.
Opening door operation portion 51,52 shown in Figure 17 needs no failure.Therefore, as shown in figure 19, it is configured with vacuum heat-insulation
Material 73, the insulating thickness of the vacuum heat insulation material 73 is more than 20mm, due to being configured at longitudinal cut-off, therefore, vacuum heat-insulation
Material 73 will not condense.Heater (not shown) is configured near opening door operation portion 51,52, the back side of opening door operation portion 51,52
It is configured with vacuum heat insulation material 73.Thus, opening door operation portion 51,52 can avoid condensing because of the influence in low temperature portion.
Switch SA, the SB in the control operation portion 50 shown in Figure 17 have the function of adjustment Operational Figure Of Merit, have change spirit
Sensitivity, the set mechanism of stipulated time.Thus, by using set mechanism, Operation switch SA, SB or enabling can be set to
Operational Figure Of Merit during operation display part 51A, 52A is different.
20th embodiment
Figure 20 is the top view for representing such as sliding door 23,25 shown in Figure 15.Such as sliding door 23,25 shown in Figure 15
There is opening door operation portion 77,71 respectively.When the substrate 82 of opening door operation portion 77,71 is configured to from the upper of sliding door 23,25
When surface element is inserted downwardly into incorporating section 81 and stored, due to gap will not be produced in the front surface part of sliding door 23,25, therefore
Outward appearance is beautiful, and the outward appearance of the glass surface of the front surface part of sliding door 23,25 is good.
Opening door operation portion 77,71 shown in Figure 20 has:Substrate 82, battery 83, for substrate 82 to be pressed on into preceding surface
The elastic mechanism 84 of the inner surface in portion, the clamshell doors operating portion 77,71 of battery 83 provide power supply.So, with being incited somebody to action along metal track
The situation that following electric wirings is directed to door is compared, and can prevent noise from entering opening door operation portion 77,71, prevents from disorderly being opened
Put.
In the battery 83 shown in substitution Figure 20, and the situation of the power type of power supply is obtained using electric wiring from other parts
Under, following composition can be used:Electric wiring is configured to be directed to door along metal track, and with the on-off action according to door
The mode that the wiring lengths corresponding to distance when distribution pull-out can be made most long change deforms.
In the case, noise is possible to be equipped on electric wiring along the metal track of guiding sliding door, therefore, can
To be provided as the noise filter of noise removing mechanism, the noise filter be used to remove into opening door operation portion 77,71 or
Person enters the noise of the microcomputer of instruction open operation from opening door operation portion 77,71.In addition it is also possible to configured along metal track
Electric wiring around set insulating mechanism (noise removing mechanism), carry out removing for noise by not contacted directly with metal
Go (the 21st embodiment).
As shown in figure 16, such as sliding door 25 in the sliding door 23,24,25,26 with glass plate, positioned at sliding door
Pressing keys 95 are set on the door cover (such as resin-made) of the different raw material at the position beyond the front surface part of 25 glass system.
By pressing the pressing keys 95 of the resin-made, sliding door 25 can be opened.
22nd embodiment
Figure 22 is the horizontal sectional view for the casing 11 for representing sliding door 23 (24,25,26) and refrigerator, sliding door 23 (24,
25th, 26) between the casing 11 of refrigerator, it is configured with pressing component 120.Pressing component 120 sliding door 23 (24,25,26) with
Clearance D H is set between the casing 11 of refrigerator.User by resisting the power of pressing component 120, by sliding door 23 (24,25,
26) pressed to the pressing direction being depicted with arrows so that the sending part 131 of non-contacting range sensor 130 is close to acceptance division
132.Thus, the detecting distance of range sensor 130, the distance detected be less than it is predetermined apart from when, opening door operation portion 77
(71) control unit is sent and instructed, sliding door can be opened using ejecting mechanism.
Can also be as shown in figure 17, it is provided for opening the opening door operation of sliding door 23,24,25,26 in such as left-hand door 21
Portion 101,102,103,104.Opening door operation portion 101,102,103,104 is entered according to the configuration shape of sliding door 23,24,25,26
Row design.Thus, user is easily visually held, it is not necessary to which changing posture can just readily open what needs were opened
Sliding door.
Left-hand door 21, right door 22, sliding door 23,24,25,26 front surface part, any handle (handgrip) can be not provided with,
And be formed as totally flat (all flat).
23rd embodiment
As shown in figure 15, on gap X, Y between sliding door 23,24,25,26, gap X>Gap Y.I.e., have and open the door
The sliding door 23 of operating portion 77 and the gap Y of sliding door 25 with opening door operation portion 71 are set to than no opening door operation portion
The gap X of sliding door 24,26 is small.I.e., have handle 140 without the sliding door 24,26 of opening door operation portion gap X in order to
Enough be put into hand, than the sliding door 23 with opening door operation portion 77 and the sliding door 25 with opening door operation portion 71 gap Y shape into
Obtain greatly.As long as moreover, the sliding door 23 with opening door operation portion 77 and the sliding door 25 with opening door operation portion 71 set handle
It is placed in the left and right sides face of sliding door.Now, the handle can be by setting recess on the cover of supporting glass plate
Formed.
In order to be opened and closed the sliding door with glass plate, used non-as the mechanism of the addendum modification of the detection door shown in Figure 22
The range sensor 130 of contact, therefore, as long as the sliding door with glass plate is pressed to the direction of arrow slightly, you can open
Sliding door.
As shown in figure 16, control operation portion 50 can also be configured at the one side or both sides of left-hand door 21 and right door 22.
24th embodiment
As shown in figure 23, the frame of door is configured with the top of the glass plate of left-hand door 21 and right door 22 (front panel 21A, 22A)
Frame that is, as the cover 150 of ornamental portion.The cover 150 has the projection 151 for protruding from outside (top) and setting, the projection 151
Abutted with the push part 162 of ejecting mechanism 160.Projection 151 is arranged at the position for leaving front panel 21A, 22A as glass plate
Put, when the pushes protrusion 151 of push part 162 of ejecting mechanism 160 will open left-hand door 21 or right door 22, front panel 21A,
The influence that 22A does not stress.Reinforcement 161,163,164,165 has been internally formed in cover 150, glass plate (front panel 21A,
Reinforcement 161,163 22A) is embedded in, the reinforcing plate 169 of section U font is fixed with reinforcement 163,164.Reinforcement 165
On be configured with inner panel 170.Between the front panel 21A (22A) and inner panel 170 as glass plate, it is embedded to be strengthened
Polyurethane.
The respective embodiments described above are not limited to the refrigerator with clamshell doors shown in each figure, can also be applied to the ice of single open-door
Case.
25th embodiment
Figure 25 (a) represents the top view of such as sliding door 25 of refrigerator, has wall 200 in the both sides of sliding door 25.
Concave handle 201 is provided with the left and right sides face 25S of sliding door 25.In Figure 25 (b), in the left and right sides face of sliding door 25
Concave handle 202 is provided with, but left and right sides face is the inclined inclined plane 25G in side forward.Thus, even if there is wall left and right
200, due to formed with inclined plane 25G, therefore gap can be formed, finger can simply be put into handle 202 by user.This
Outside, now, handle 202 can also as shown on the right, using the shape easily held.
26th embodiment
Figure 26 shows the example of sliding door 210,220,230, and the upper surface part of sliding door 220 is provided with concave
Hand 240.Sliding door 230 is provided with opening door operation portion 77 in its front surface part.Sliding door 230 is provided with enabling in its front surface part
Operating portion 77, therefore the preceding surface of front surface part can use glass surface.The clearance C of sliding door 230 and sliding door 220 can compare
The gap B of sliding door 210 and sliding door 220 forms small, so as to appearance looks elegant.
In addition it is also possible to it is not the opening door operation portion for making hand contact touch trigger for example as shown in figure 15 in user
51 either opening door operation portion 52 when open left-hand door 21 or right door 22, but make left-hand door 21 or right door when leaving finger
22 open.In addition it is also possible to it have passed through from user makes finger touch contact opening door operation portion 51 or opening door operation portion 52
During the predetermined stipulated time, left-hand door 21 or right door 22 are opened.
I.e., Ke Yishi, control unit are controlled so that are referred to when pressing opening door operation portion 51 with user at the time of difference
Show and carry out door opening, indicate to carry out door opening when when not being detection user's pressing opening door operation portion 51 but detection is left,
Can also be that instruction carries out door opening after it have passed through the stipulated time from being pressed opening door operation portion 51.Further, it is also possible to
Instruction carries out door opening after have passed through the stipulated time from being left opening door operation portion 51.
Control unit carries out following control:After detecting touch operation in touch sensor when open the door control and examining
Enabling control is carried out after not detecting, or is configured to:When open the door control, after touch sensor detects touch operation
(such as within 1 second, preferably 0.3 second) carries out enabling control after have passed through the stipulated time.
By using such composition, left side when touching opening door operation portion 51 or opening door operation portion 52 with finger with user
Door 21 or the situation about being opened immediately of right door 22 are compared, and can suppress to touch opening door operation portion 51 or opening door operation portion 52
Hand bumps against the left-hand door 21 or right door 22 of opening.
Particularly, in the case where user presses opening door operation portion 51 or opening door operation portion 52 for a long time with finger,
The left-hand door 21 or right door 22 of opening can be encountered by touching the hand of the either opening door operation portion 52 of opening door operation portion 51, still, as above institute
State, by have passed through the predetermined stipulated time after user touches opening door operation portion 51 or opening door operation portion 52 with finger
When so that left-hand door 21 or right door 22 are opened, and the hand that can prevent from touching bumps against the left-hand door 21 or right door 22 of opening.
In addition, the construction on above-mentioned door, can be following compositions specifically.
Figure 27 is that a door of the opposite opened door of the refrigerating chamber 12 only to the refrigerator 1 shown in Fig. 1 is decomposed and shown
The skeleton diagram of exploded perspective view.The left-hand door 21 and right door 22 of the opposite opened door of the refrigerating chamber 12 of refrigerator 1 shown in pie graph 1 and
Vegetable compartment 13, ice-making compartment 16, top freezer compartment 14 and refrigerating chamber 15 each push-pull door 23~25 construction substantially with Figure 27
Shown door is identical, is illustrated as door 103b by representative of structure example.
The door 103b of refrigerating chamber 12 shown in Figure 27 has the glass plate 121 of outer surface, and glass plate 121 is arranged to cover comprehensively
Lid door 103b preceding surface.In figure 27, the side for setting glass plate 121 is the front-surface side of a 103b, with the phase of glass plate 121
The rear of anti-side is directed towards the door 103b of the inside of refrigerating chamber 12 rear side.
Side door cover 134, underside gate cover 133, offside door are respectively arranged with the peripheral part up and down of glass plate 121
Cover 135 and offside door cover 137.4 door covers keep fastening glass panels 121 from outside up and down up and down for these
Side up and down.Side door cover 134, underside gate cover 133, offside door cover 135 and offside door cover 137 are fixed on glass on these
4 rim portions of glass plate 121, and play a part of the ornamental portion decorated to 4 rim portions of glass plate 121.
As shown in figure 27, in the inner side of glass plate 121, installed by the way that body 125 will be formed on the inside of the door for forming the inner panel of door
In door cover, a 103b is assembled into integrally or integratedly.Form on the inside of this body 125 towards in the inside of refrigerating chamber 12
Side, it is provided with the rectangular seal mechanism sealed on the door with casing that is, packing ring 127.Moreover, glass plate 121, door cover and
Door inner side forms in the space between body 125 and is filled with the foam heat insulating material being made up of foamed polyurethane etc., improves thermal insulation
Can, and foam heat insulating material is adhered to the inner surface of glass plate 121 and carrys out fastening glass panels 121 so that and glass plate 121 will not take off
Fall, will not also bend.Coating is coated with glass plate 121, its rear side be provided with prevent glass fragmentation faced and dispersing for dispersing
Plate is prevented, can also set prevents the guard block for preventing that plate from contacting with polyurethane that disperses.
Next, reference picture 28 illustrates to have the relational structure example of substrate that capacitance type switchs and door.
Figure 28 is that the capacitance type switch with the above-mentioned control operation portion 50 of composition, opening door operation portion 51,52 is (corresponding
In switch SA, SB, opening door operation display part 51A, 52A etc.) door (door 21,22 etc.) cross-sectional view schematic diagram.
Offside door cover 135 shown in Figure 28 is disposed on the above-below direction (Figure 28 perpendicular to vertical direction) of a 103b
Left side ornamental portion, offside door cover 137 is disposed on the ornamental portion on the right side of the above-below direction of a 103b.Above and below door 103b
Direction is the Z-direction shown in Figure 28.
As shown in figure 28, the one end (left part) 155 of glass plate 121 is not covered comprehensively by offside door cover 135, is to be in
The end for substantially exposing state for the state exposed from offside door cover 135.On the other hand, the other end (right-hand member of glass plate 121
Portion) the clamped portion 137a coverings of 121f, thus turn into the end do not exposed.
The side 152 of the one end 155 of glass plate 121 front part formed with R faces 156, be not rectangular shape.
The R faces 156 are the R faces of such as quarter turn shape.Such as, R faces 156 can be laggard by the way that the part of one end 155 is cut off
Row grinding and formed with fillet, the R faces 156 are formed as continuous in z-direction.
As shown in figure 28, compared with the side 153 of offside door cover 135, the side 152 of the one end 155 of glass plate 121 is not
Protrude laterally.Thus, because the side 152 of glass plate 121 does not highlight from the side 153 of offside door cover 135, therefore energy
The side 152 of enough protective glass plates 121.
As shown in figure 28, it is provided with substrate insertion section 154 on the side 153 of offside door cover 135.The substrate insertion section
154 be through hole, is set in order to which substrate 110 is inserted into the inside of storage member 105 from the outside of offside door cover 135
's.Be equipped with substrate 110 and the information of capacitance type switch 101 and refrigerator be sent to outside, or from external reception its
The communication agency 106 of his information.Storage member 105 is individually fixed in the inner surface 121M and offside door cover 135 of glass plate 121
Inner surface 135M.The storage member 105 is the part for being configured to store the incorporating section of substrate 110.Moreover, substrate insertion section
Lid is provided with 154, by being closed by lid, can be configured to enclose incorporating section.
As described above, by setting the metals such as the excellent aluminium of heat conductivity around the incorporating section, or internally match somebody with somebody
The metal of reinforcement is put, can prevent from condensing.
Substrate 110 is using elastic mechanism 103 as spring, from the inner surface of the lateral glass plate 121 of storage member 105
121M is pressed, and is thus remained and is tightly engaged into inner surface 121M.Substrate 110 be fixed on offside door cover 135 with supporting part P2
Different position P1.Thus, the substrate 110 with capacitance type switch 101 can avoid the supporting part P2 of offside door cover 135
And the inner surface 121M of glass plate 121 is fixed in a manner of being tightly engaged into.Therefore, capacitance type switch 101 can configure
Into not having the inner surface 121M that is pressed against glass plate 121 with gap in vain, therefore user can be reliably from glass plate 121
Surface carries out on-off (ON/OFF) operation of capacitance type switch 101.
In addition, as capacitance type switch 101 not had in vain or not the inner surface 121M that presses on glass plate 121 with gap
Method, elastic mechanism can also be not provided with, and setting makes the guiding mechanism that substrate 110 moves from the rear to the front, such as also may be used
Inserted to set inclination in a manner of incorporating section is narrowed towards the direction of insertion of substrate, or by the projection for being arranged at substrate 110
Enter to be arranged at the guiding groove of incorporating section to guide, thus pressed.
In addition, substrate can also use the composition for the support container for being configured at supporting substrate, can be in the support container
The LED as lighting means is configured, makes back side illuminateds of the LED from substrate.
Moreover, capacitance type switch 101 can be by being configured at the surface configuration electrode of the LED-baseplate at the back side come shape
Type is integrally formed, other substrates different from the substrate for configuring LED can also be arranged at.The substrate can be flexible thin
The electrode for setting capacitance type to switch on membranaceous transparent membrane.So, LED can be configured to the back side of transparency electrode, energy
It is enough to be lighted from the rear side of electrode.
27th embodiment
Figure 29 is the front view of the refrigerator 1 of the 27th embodiment, and Figure 30 is the stereogram of the door opening state of the refrigerator 1, figure
31 be the amplification stereogram of the part of refrigerating chamber portion 12 of the refrigerator 1.
As shown in Figure 29 and Figure 30, in the refrigerator 1 of the 27th embodiment, the casing 11 as refrigerator main body is from upper strata
Rise, be made up of refrigerating chamber 12, vegetable compartment 13, the switching chamber 14 for allowing hand over design temperature in refrigerator, refrigerating chamber 15.Moreover,
The left side of switching chamber 14 is provided with ice-making compartment 16.
As shown in Figure 29~Figure 31, in order to cover the preceding surface hole portion of refrigerating chamber 12, Zuo You ー are to left-hand door 21, right door 22
Up and down it is mounted to be opened and closed with opposite opened using hinge part in left part, right part respectively.Vegetable compartment 13, switching chamber 14,
Plug-type door 23,24,25,26 is respectively arranged with refrigerating chamber 15, ice-making compartment 16.
Left-hand door 21, right door 22 are all following constructions:It is saturating that coloring is installed in the opening portion of the flat inner panel of preceding surface opening
Bright glass system front panel 21A, 22A, and internally blank part is configured with vacuum heat insulation material, not by vacuum heat insulation material
Polyurethane heat-barrier material or solid insulating material are configured with the blank part of landfill.Front panel 21A, 22A degree of staining be
The concentration of the fillers such as the heat-barrier material of front panel 21A, 22A rear side is can't see from outside by the state of outer light irradiation.Also,
Front panel 21A, 22A degree of staining are still being carried out through aobvious to Cao Zuoanjian name described later, refrigerating function name, intensity of cooling etc.
The LED display lamps that show, the numerical value to changes such as temperature values carry out light under the lighting lamp state through 7 sections of LED displays of display
Through and from face side it can be seen that concentration.
In the front panel 22A of right door 22 rear side, it is provided with for being grasped by the touch from front panel 22A surface
Make to operate the electrostatic capacitive control operation portion 50 of refrigerator.It is provided with the control operation portion 50 for detecting around refrigerator
The infrared ray light accepting part of ambient condition, HOME buttons, detect touch to the HOME buttons and to Cao Zuoanjian name, cooling work(
Energy name, intensity of cooling etc. carry out the LED display lamps through display, the numerical value to changes such as temperature values is carried out through 7 sections shown
LED display etc..
The front panel 22A of front panel 21A, right door 22 in left-hand door 21 following neighbouring rear side, are respectively arranged with a left side
The opening door operation portion 51,52 of right laterally-elongated.Moreover, it is opening door operation portion that front panel 21A, 22A surface, which are provided with expression,
And represent opening door operation display part 51A, the 52A in opening door operation direction.Here, the opening door operation display part 51A of left-hand door 21 is set
The arrow mark towards a left side is equipped with, the arrow mark cognition on this towards a left side makes finger slide to the left to enter in the state of finger touch
Row opening door operation.The opening door operation display part 52A of right door 22 is provided with the arrow mark towards the right side, and this is recognized towards the arrow mark on the right side
Finger is slided to the right in the state of finger touch and carry out opening door operation.
The position of left and right 2 near the front end of the cover top surface of casing 11, it is respective with left-hand door 21, right door 22
Position corresponding near the opening side end of each top, is respectively arranged with enabling drive division 54,55.These enabling drive divisions 54,
55 release dynamic iron core 54A, 55A by using electromagnet forwards, can be by left-hand door 21, the respective open side end of right door 22
Neighbouring top is released forwards, and makes each door automatic opening.In addition, in order to be opened the door to left-hand door 21, if left touching
Finger is slided to the left in the state of arrow mark near door opening door operation display part 51A right-hand member or right-hand member, then open
Door operation portion 51 perceives the continuous touch, and touch detection signal is sent into control unit 56, if judged by control unit 56
To be opening door operation instruction, then act the enabling drive division 54 of left-hand door 21, make the automatic door opening of left-hand door 21.On the other hand, in order to
Right door 22 is set to open the door, if the shape of the arrow mark near the left end or left end for touching right door opening door operation display part 52A
Finger is set to slide to the right under state, then opening door operation portion 52 perceives the continuous touch, and touch detection signal is sent into control
Portion 56 processed, if being judged as YES opening door operation instruction by control unit 56, the enabling drive division 55 of right door 22 is acted, makes right door
22 automatic door openings.
In addition, the cooling control that the control unit 56 of the refrigerator of the 27th embodiment is carried out is in general control, without special
Limit, still, such as compressor, guidance panel, condensation prevent heater, the ice maker inside ice-making compartment, refrigerating chamber fan,
Freezing chamber fan, Defrost heater are connected to the control unit 56 and controlled.
Opening door operation display part 51A, 52A arrow mark are not limited to the display, as long as if touch at this and to the right
Side or left are slided, then can easily be identified as carrying out the display of opening door operation, then the shape marked, form do not limit.
On left-hand door 21, right door 22, set in the lower surface part respectively than opening door operation display part 51A, 52A on the lower
There is handle 61,62, handle 61,62 is arranged to by making palm upward and inserting a finger into, and to the operation energy pulled in front
It is enough that left-hand door 21, right door 22 are individually opened Door by Hand respectively.
Next, the automatic door opening action of the refrigerator of the 27th embodiment of explanation.Figure 32 is the frame of the enabling control of refrigerator 1
Figure.As shown in figure 32, in opening door operation portion 51,52, along transversely arranged 5 in opening door operation display part 51A, 52A left and right
At arrow mark respectively by clip front panel 21A, 22A it is relative in a manner of be disposed with electrostatic capacity type touch sensor 51-1
~51-5,52-1~52-5.These electrostatic capacity type touch sensors 51-1~51-5,52-1~52-5 are respectively set as:Inspection
The electrostatic capacitance change caused by the touch of user is surveyed, and touch detection signal is sent to control unit 56.
Therefore, user will open right door 22 and touch the arrow of left end with finger in opening door operation display part 52A part
Mark, and when sliding the finger in the state of touch to the right, the inspection in electrostatic capacity type touch sensor 52-1~52-5
The sensor of electrostatic capacitance change is measured, touch detection signal is sent to control unit 56 respectively according to the order of touch.Therefore,
Control unit 56 judges whether it is opening door operation, if the judgment is Yes regular opening door operation, then the enabling drive division 55 to right door
Export enabling drive signal and make the right automatic door opening of door 22.In addition, in the case where being the opening door operation of left-hand door 21, on a left side
On the opening door operation display part 51A of door 21, make finger to the left in the state of the arrow mark near right-hand member or right-hand member is touched
The operation just slided, same judgement is carried out to the opening door operation of left-hand door 21.
The logic that enabling herein judges is as follows.At least three sensor is in stipulated time (example in each 5 sensors in left and right
Such as 0.5 second or 1 second) in, and according to put in order detect touch in the case of be judged as YES opening door operation and make phase
The door automatic door opening answered.Here, illustrated for the opening door operation of right door 22.
When touching any one of the opening door operation display part 52A arrow mark of right door 22, opening door operation portion 52
The corresponding electrostatic capacity type touch sensor of side (is typically due to the arrow mark near left end or left end to be touched, therefore
It is assumed herein that being the sensor 52-1 of left end) touch detection is carried out, and touch detection signal is sent to control unit 56.Control unit
56 receive the signal, and start the judgement processing of opening door operation, as a result, control unit 56 is judged as YES to the regular of right door 22
Opening door operation, and the enabling drive division 55 to right door exports enabling driving instruction, enabling drive division 55 is acted and is made right door 22
Automatic door opening.The judgement processing of the opening door operation of left-hand door 21 is same.But in the case of left-hand door 21, the court with right door 22
To on the contrary, the feelings slided to the left after the arrow mark near the right-hand member or right-hand member for touching opening door operation display part 51A
Under condition, opening door operation is judged as YES.
Next, 29~Figure 31 of reference picture, to 2 voice recognition sensor NS1, NS2, people as speech recognition facility
Body detection sensor HS, illuminance transducer LS are illustrated.
As shown in Figure 29~Figure 30,1 voice recognition sensor NSl, human body detection sensor HS, illuminance transducer LS match somebody with somebody
It is placed in the upper surface of the casing 11 of refrigerator 1.Another voice recognition sensor NS2 is configured to and 1 in the bottom of for example right door 22
Individual voice recognition sensor NSl is separated by a distance.As these voice recognition sensors NS1, NS2, such as condenser type can be used
Microphone, it is not particularly limited.
As shown in figures 30 and 31, the voice recognition sensor NSl of upside is configured at the upper surface of the casing 11 of refrigerator 1,
The voice recognition sensor NS2 of downside is configured in the bottom of for example right door 22, it is however not limited to this, can also only configuration 2
The voice recognition sensor of any one party in individual voice recognition sensor NS1, NS2.
As the human body detection sensor HS shown in Figure 31, such as infrared ray sensor can be used.It is upper shown in Figure 31
Voice recognition sensor NSl, human body detection sensor HS, the illuminance transducer LS of side be accommodated in respectively receiver CS1, CS2,
CS3.Thus, voice recognition sensor NSl, human body detection sensor HS, illuminance transducer LS can overlap in casing 11
Upper surface, can also side by side configure, can obtain protecting without falling ash.Receiver Cl, C2, C3 are in the upper surface of casing 11
The position being configured between such as opening door operation portion 51,52, still, the allocation position not limited to this of each sensor.
In addition, these sensors can be accommodated in the housing of enabling drive division 54,55, can also be accommodated in for covering
The fulcrum that is, the housing of hinge being opened and closed on the door.
Figure 32 is the block diagram of the enabling control of refrigerator.Figure 33 flow chart represents to automatically open up left-hand door 21 and the right side of refrigerating chamber
The situation of door 22.
As shown in figure 32,2 voice recognition sensor NS1, NS2, human body detection sensor HS, illuminance transducer LS and control
Portion 56 processed electrically connects.Thus, voice signal when 2 voice recognition sensors NS1, NS2 receive sound can be sent to control
Portion 56 processed.Human body detection sensor HS detection signal can be sent to control unit 56.Illuminance transducer LS illumination intensity signal can
To be sent to control unit 56.
By setting 2 voice recognition sensors NS1, NS2 like this, flow chart as shown in figure 33 is such, user
Spoken with voice, be not thus left-hand door 21 and right door 22 by user's manual unlocking refrigerating chamber, i.e., except user hold handle
Hand (handgrip) is opened beyond door, and different detection (operation) methods for detecting sound, voice etc. can be utilized to be automatically turned on, behind
Illustrate.
In addition, as shown in figure 32, control unit 56 is connected with storage part 300 and relevance input registration unit 305.Associating
Property input registration unit 305 in, user can input " title of food as storage item etc. ", such as " receipts of left-hand door 21
Receive the title of shelf ", " title of the storage shelf of right door 22 ", " title of the housing portion in the refrigerator of refrigerator 1 " etc. enter
Row registration." title of food as storage item etc. " is such as " milk ", " egg ", " butter ", " fruit juice ", " mustard ", " beans
It is rotten " etc..Refrigerating chamber 12 as shown in figure 29, vegetable compartment 13, switching chamber exemplified by " title of the housing portion in the refrigerator of refrigerator 1 "
14th, refrigerating chamber 15, ice-making compartment 16 etc..
Control unit 56 shown in Figure 32 stores above-mentioned " title of food as storage item etc. " in storage part 300 and is put into
The related information of " title of which housing portion in the refrigerator of refrigerator 1 ".As an example, in storage part 300, use
Person can set (storage) such as " milk ", " egg ", " butter " on the storage shelf of the side of left-hand door 21, in step s 12,
(storage) such as " fruit juice ", " mustard ", " bean curd " is set on the storage shelf of the right side of door 22.
Here, with reference to the flow chart for automatically opening up Figure 33 in the case of the left-hand door 21 and right door 22 of refrigerating chamber, specifically
Illustrate that user is automatically turned on the situation of left-hand door 21 and right door 22 by voice.
In fig. 33, in step s 11, the advance operative association of user inputs such as keyboard of registration unit 305, touched
Template etc., such as " milk ", " egg ", " butter " are inputted in association with the storage shelf of the side of left-hand door 21 and is registered, to the right side
The input of storage shelf such as " fruit juice ", " mustard ", " bean curd " of 22 sides of door are registered.Thus, the control unit shown in Figure 32
56 make the storage shelf of storage part 300 and the side of left-hand door 21 shown in Figure 32 set (storage) such as " milk ", " chicken in association
Egg ", " butter ", in step s 12, (storage) such as " fruit juice ", " mustard ", " beans are set for the storage shelf of the right side of door 22
It is rotten ".
In Figure 33 step S13, by detecting to use such as human body detection sensor HS or illuminance transducer LS
Person is close to refrigerator, thus sends detection signal from human body detection sensor HS to control unit 56, or from illuminance transducer
LS sends illumination intensity signal to control unit 56.Therefore, in control unit 56, control unit 56 is caused by detection signal or illumination intensity signal
The triggering that starts of speech identifying function, i.e., the opportunity for playing speech identifying function is produced in control unit 56, thus, control
The speech identifying function in portion 56 is started working.
So, the triggering that the speech identifying function starts is:Detect to make close to refrigerator in human body detection sensor HS
In the case of user, when detection signal is sent from human body detection sensor HS to control unit 56, or in illuminance transducer LS inspections
In the case of measuring the kitchen illumination that user opens placement refrigerator, illumination letter is sent from illuminance transducer LS to control unit 56
Number when.
Next, in Figure 33 step S14, user is said in " milk ", " egg ", " butter " at least with voice
At 1, voice recognition sensor NS1, NS2 shown in Figure 32 receive the voice and send voice signal to control unit 56, therefore
Control unit 56 identifies voice.Thus, in step S15, control unit 56 is for being at least accommodated with " milk ", " egg ", " butter "
In at least one Figure 32 shown in the enabling drive division 54 of left-hand door 21 export enabling driving instruction, make enabling drive division 54 dynamic
Make.Therefore, in step s 16, the storage shelf of left-hand door 21 can be automatically turned under the action of enabling drive division 54.
Equally, in step S14, when user says at least one in " fruit juice ", " mustard ", " bean curd " with voice, figure
Voice recognition sensor NS1, NS2 shown in 32 receive the voice, send voice signal to control unit 56, therefore control unit 56 is known
Other voice.Thus, in step S17, control unit 56 is to the right door of at least one being accommodated with " fruit juice ", " mustard ", " bean curd "
22 enabling drive division 55 exports enabling driving instruction, acts enabling drive division 55.Therefore, in step S18, right door 22
Storage shelf can be automatically turned under the action of enabling drive division 55.
In storage part 300, such as the advance storage for registering the side of left-hand door 21 for being put into " milk " in association is put
Frame, even not knowing the people at the position being put into the refrigerator of " milk ", if saying " milk ", a left side can be automatically turned on
Door 21.Thus, it is not known that the people at the position being put into the refrigerator of " milk " will not mistakenly open the right door for not being put into " milk "
22.Therefore, the either on or off number of door is reduced, and improves energy-saving effect.
In addition, in the case of being configured with the water tank of ice making in refrigerator, for example said " water storage ", put by user
Put the door of water tank side, such as left-hand door 21 will be opened, user can receive water tank in the state of water tank is held
The regulation reception position for the water tank being contained in refrigerator.Thus, even in user's both hands hold water tank and what both hands took
In the case of, it can also be automatically turned on being opened for example left to store water tank without using the handle 61 shown in Figure 29
Door 21.
In addition, for the plug-type door 23,24,25,26 shown in Figure 29, can also be driven by setting to open the door respectively
Dynamic portion, automatic door opening is carried out in the same manner as left-hand door 21 and right door 22 using voice.
So, handle is caught with user to manually turn on left-hand door 21, right door 22, plug-type door 23,24,25,26
Manually operated difference, door can be automatically turned on, therefore in the case of holding food such as user's both hands etc., very
It is convenient.
In addition, in the case of the voice that the door that identification is sent as an envoy to different at the same time opens, can be by making these different doors
Opening opportunity open etc. with staggering, prevent door produces with user from conflicting.
In addition, in the step S13 shown in Figure 33, the triggering started for speech recognition is provided as to control unit 56
Example, speech recognition is come from obtained from being the language (word) sent as voice recognition sensor NSl, NS2 identification user
Sensor NSl, NS2 voice signal.The predetermined language (word) sent as user, such as " sesame can be used
Numb quick operating valve " etc..I.e., as the preference for providing the control unit 56 triggering started for speech recognition, it is desirable to be for example
" open sesame ", and then the word for being not in usual session as " sesame quick operating valve ".
I.e., in the case where the example for providing control unit 56 triggering started for speech recognition is the sound of people, it is
Prevent that may result in control unit 56 using the word occurred in common session content proceeds by speech recognition action
The problem of, it is preferably used in the word in common session be not in.Thus, it is possible to prevent control unit 56 from mistakenly starting language
Sound identification maneuver.Control unit 56 is provided the triggering started for speech recognition voice can be set to refrigerator caused by it is miscellaneous
The dust catcher or room used in sound, the sound such as compressor, warning tones when being opened by door, the opening and closing sound of door, room
Between middle broadcasting music etc. the different sound of sound.In addition, when the sound that will be identified is set as the sound of non-voice, such as
Fruit is set to identification repeatedly (such as 2 times) sound for clapping hands, then because from refrigerator caused by sound it is different, therefore be not in mistake
Switch.
Next, reference picture 34 illustrates the voice recognition sensor NS2 of the bottom for being configured at right door 22 shown in Figure 30
Configuration example.Figure 34 is the schematic diagram of the cross section of for example right door 22.
As shown in figure 34, voice recognition sensor NS2 is such as capacitance microphone, is configured at the bottom of right door 22.The language
Sound identification sensor NS2 is configured in storage member 105.The storage member 105 is fixed in the inner surface of glass plate 121 respectively
121M and offside door cover 135 inner surface 135M.The storage member 105 is the portion for being configured to store the incorporating section of substrate 110
Part.Hole portion 154 is arranged at the bottom of the offside door cover 135 of for example right door 22.Voice caused by user etc. by hole portion 154 and
Reach voice recognition sensor NS2.The hole portion 154 can be made up of single hole or be made up of multiple holes.By
This, voice recognition sensor NS2 can be configured to be built in the bottom of right door 22, and can be by hole portion 154 and reliable
Voice outside ground pickup etc..In addition, voice recognition sensor NS2 can be equipped on substrate 110, it is possible to have covering hole
The lid in portion 154, and to form aperture covering.
As shown in figure 32, control unit 56 is connected to illuminating part 330, sound generating unit 340, voice generating unit 350.Illuminating part
330th, sound generating unit 340 and voice generating unit 350 are in the sound (language detected using voice recognition sensor NS1, NS2
Sound) come in the case of opening door, inform that what the goalkeeper was opened informs mechanism to user to alert.
Illuminating part 330 is such as LED illuminating parts, and sound generating unit 340 is such as buzzer.Voice generating unit 350 is example
Such as loudspeaker.As described above, at least one party of voice recognition sensor NS1, NS2 shown in Figure 32 detect the voice of user,
Control unit 56 sends the instruction for opening such as left-hand door 21 or right door 22, and control unit 56 can make the illuminating part 330 shown in Figure 32
It is luminous with such as " redness of the skin or complexion ", sound generating unit 340 is produced alarm tone or make voice generating unit 350 with voice to making
User informs that " goalkeeper is opened " etc. alerts content.Thereby, it is possible to user is informed with least one of light, sound, voice
Goalkeeper is opened, therefore, it is possible to prevent user from being bumped against accidentally by door.
In addition, as shown in figure 32, human body detection sensor HS is connected to control unit 56.Human body detection sensor HS is detected
During to user close to refrigerator, detection signal is sent to control unit 56 and notifies to detect people.So, control unit 56 is detecting
During to user close to refrigerator, control unit 56 as shown in figure 32 can by voice generating unit 350 by voice guide come to
User's inquiry " opens door" such inquiry content.In this case, should if user answers such as " YES "
" YES " is identified by voice recognition sensor NS1, NS2, and voice signal is notified to control unit 56.Thus, control unit 56 is logical
Cross to the enabling drive division 55 of for example right door 22 and export enabling driving instruction, right door 22 can be opened.Equally, control unit 56 passes through
Enabling driving instruction is exported to the enabling drive division 54 of such as left-hand door 21, left-hand door 21 can be opened.
In addition, the left-hand door 21 and right door 22 can make respective opening speed different.Left-hand door 21 and right door 22 are in drive of opening the door
Under the driving in dynamic portion 54,55, generally opening speed is set to slowly slack-off, door is not drastically opened.
As shown in figure 35, height measurement sensor 410 is connected with control unit 56.The height measurement sensor 410 can be with
Using optical sensor as such as optical coupling, the substantially height of user is measured.As long as such as, height measurement sensor 410
Can discriminating measurement go out user height values reach the left-hand door 21 of upper layer side and the value of right door 22 or not up to value i.e.
Can.Thus, control unit 56 can make the left-hand door of upper layer side based on the height values of the user of the measure of height measurement sensor 410
21 is different from the opening speed of right door 22.
Such as, the height values of user measured in height measurement sensor 410 be to reach the and of left-hand door 21 of upper layer side
In the case of the value of right door 22, control unit 56 makes the action of enabling drive division 54,55 further slack-off, enabling drive division 54,55
Left-hand door 21 and the right door 22 of upper layer side is set to be opened with the speed further to slow down than respective normally open speed.
Thus, it is possible to left-hand door 21 and right door 22 is avoided to bump against head or the body of user.Sensed in addition, being measured in height
In the case that the height values for the user that device 410 is measured are the left-hand door 21 of not up to upper layer side and the value of right door 22, open the door and drive
Dynamic portion 54,55 makes the left-hand door 21 of upper layer side and right door 22 each be opened with common opening speed.
User, which is informed, using voice generating unit 350 in the control unit 56 shown in Figure 32 or Figure 35 " will for example open
In the case of the such warning content of right door ", when the user wants to confirm the warning content again, it can enter as follows
OK.When user, which says " again " or " repetition " such repetition, urges content, voice recognition sensor NS1, NS2 will
" again " or " repetition " such voice signal for repeating urgency content is sent to control unit 56.Control unit 56 by from
Voice recognition sensor NS1, NS2 voice signal, at least user, which is informed, again using voice generating unit 350 " will beat
Open right door " such warning content.Thus, also can simply again even if user misses the warning content that refrigerator side is sent
Secondary confirmation.
In addition, opening the right door 22 of the refrigerating chamber on upper strata in user during to being observed in refrigerator, control unit 56 is not
Receive the operation for example automatically opened up as other left-hand door 21.Thus, in the right door 22 of user's opening to entering in refrigerator
Row observation, and user is muttered to oneself when saying such as " milk must also take out ", can prevent from being placed with the left-hand door 21 of " milk " side
Mistakenly automatically open up, can reliably prevent left-hand door 21 from bumping against such as face of user.
Equally, the right door 22 of the refrigerating chamber on upper strata being opened in user during to being observed in refrigerator, muttering to oneself and saying " vegetable
Dish must also take out " when, can prevent from being placed with the door of the vegetable compartment of " vegetables " mistakenly automatic spring and bump against under user
Belly or knee etc..
In addition, in addition to making receiving invalid as described above, can also be set to when some door is opened makes it
The breakaway speed of his door is slower than common speed.
In addition, when refrigerator sends noise (compressor sound, buzzer sound), speech recognition becomes well to be known
In the case of other, the instruction voice to user such as " please say it again " can also be sent from loudspeaker.
As shown in figure 35, proximity transducer 400 is connected with control unit 56.The proximity transducer 400 is configured at for example left
Door 21 and right door 22, when user makes hand close to left-hand door 21 or right door 22, opening door operation portion 51 as soft-touch control,
52nd, control operation portion 50 uses and lighted such as LED.Thus, even if the position for placing refrigerator is dark place, user
Opening door operation portion 51,52, the position in control operation portion 50 can visually be confirmed.
Furthermore, it is possible to have the function of the proximity transducer and the function of opening door operation portion 51,52 concurrently.In this case, such as
Shown in Figure 35, without being positioned proximate to sensor 400 in addition.
Figure 36 is the flow chart of the action example of the opening door operation portion for the function of representing to have proximity transducer.In the situation
Under, as shown in figure 36, in the step s 21, Figure 35 control unit 56 improves the opening door operation for also serving as proximity transducer by software
The sensitivity of the static switching in portion 51,52 is simultaneously kept, and is thus also able to maintain that the function as proximity transducer.
Next, in Figure 36 step S22, the opening door operation portion 51,52 for also serving as proximity transducer detects user
Finger it is close when, in step S23, according to the instruction of control unit 56, the opening door operation portion 51,52 for also serving as proximity transducer is sent out
Light, the sensitivity for the opening door operation portion 51,52 for also serving as proximity transducer is dropped into original state, thus, also serves as proximity transducer
Opening door operation portion 51,52 only worked as opening door operation portion.Here, if the enabling behaviour for also serving as proximity transducer is not reduced
Make the sensitivity in portion 51,52, then can feel before the opening door operation portion 51,52 to also serving as proximity transducer carries out touch input
Know, so as to be accurately entered.
So, the opening door operation portion 51,52 for also serving as proximity transducer perceives the close of user's finger, also serves as close to sensing
The opening door operation portion 51,52 of device is luminous, thus, it is possible to clearly learn the position for the opening door operation portion 51,52 for also serving as proximity transducer
Put, and user can be notified the opening door operation portion 51,52 for also serving as proximity transducer can be used to be inputted.Need not be another
Outer setting proximity transducer, therefore amount of parts can be reduced.
On the contrary, before the opening door operation portion 51,52 for also serving as proximity transducer is luminous, control unit 56 cause can not use also serve as
The opening door operation portion 51,52 of proximity transducer is inputted, no matter whether user is unconscious input, can prevent from making
Erroneous input when the finger contact of user also serves as opening door operation portion 51,52 of proximity transducer.
28th embodiment
Figure 37 is the front view of the refrigerator 1 of the 28th embodiment.Figure 38 is the stereogram of the door opening state of the refrigerator 1.Figure
39 be the amplification stereogram of the refrigerating chamber part of the refrigerator 1.
As shown in Figure 37 and Figure 38, the refrigerator 1 of the 28th embodiment has the casing 11 as refrigerator main body.Casing 11 from
Upper strata, which is risen, to be had:Refrigerating chamber 12, vegetable compartment 13, the switching chamber 14 for allowing hand over design temperature in refrigerator, refrigerating chamber 15.In addition,
The left side of switching chamber 14 is provided with ice-making compartment 16.
As shown in Figure 37~Figure 39, in order to cover the preceding surface hole portion of refrigerating chamber 12, Zuo You ー are to left-hand door 21, right door 22
Up and down it is mounted to be opened and closed with opposite opened using hinge part in left part, right part respectively.
In addition, be respectively arranged with vegetable compartment 13, switching chamber 14, refrigerating chamber 15, ice-making compartment 16 plug-type door 23,24,
25、26。
Moreover, at the back side of vegetable compartment 13, although it is not shown, but being equipped with being used for cooling and refrigeration room 12 and vegetable compartment 13
Refrigeration evaporator, at switching chamber 14 and the back side of refrigerating chamber 15, equally although it is not shown, but being equipped with cutting for cooling
Change room 14, refrigerating chamber 15, the freezing evaporator of ice-making compartment 16.
Moreover, as shown in Figure 37 and Figure 38, be configured with the back side of vegetable compartment 13 for control the refrigerator 1 by micro mechanism
Into control unit 56.
As shown in figure 37, left-hand door 21 and right door 22 are all following constructions:In the opening portion of the flat inner panel of preceding surface opening
Glass system front panel 21A, 22A of tinted clear are installed, and internally blank part is configured with vacuum heat insulation material, not by
The blank part of vacuum heat insulation material landfill is configured with polyurethane heat-barrier material or solid insulating material.
Glass system front panel 21A, 22A degree of staining are that front panel is can't see from outside in the state of by outer light irradiation
The concentration of the fillers such as the heat-barrier material of 21A, 22A rear side.Also, glass system front panel 21A, 22A degree of staining are still
Following concentration:To being carried out the Cao Zuoanjian name such as control operation portion 50, refrigerating function name, intensity of cooling through display
LED display lamps, the numerical value to changes such as temperature values are carried out under the lighting lamp state through 7 sections of LED displays of display, and light can
See through and from face side.
As shown in figure 38, in the right part of left-hand door 21, i.e., it is lower relative close to the left part of right door 22 in off position
The part of open sides, it is provided with for keeping close with the left part of right door 22 that is, the part of open sides under door closure state
The rotation slider 31 of envelope state.It is built-in with the inside of the rotation slider 31 for preventing the condensation of condensation from preventing from heating
Device.
In the front panel 22A of right door 22 rear side, it is provided with for by carrying out touch behaviour from front panel 22A surface
The electrostatic capacitive control operation portion 50 for making to operate refrigerator.It is provided with the control operation portion 50:For detecting ice
The touch to the HOME buttons of the infrared ray light accepting part of ambient condition around case, HOME buttons, detection and to Cao Zuoanjian name,
Refrigerating function name, intensity of cooling etc. carry out the LED display lamps through display, the numerical value to changes such as temperature values is carried out through display
7 sections of LED displays etc..The control operation portion 50 is configured to change the operation of the cooling control content of refrigerator 1
Such as right door 22.The HOME buttons in control operation portion 50 are:Touched, and can be instructed with finger by user (user)
The control unit 56 of refrigerator 1 carries out the menu key of various operations.
As shown in figure 37, left-hand door 21 front panel 21A and right door 22 front panel 22A it is following near rear side,
Elongated opening door operation portion 51,52 is laterally respectively arranged with along left and right.The enabling that opening door operation portion 51,52 is also referred to as door is pressed
Key.On front panel 21A, 22A surface, opening door operation display part 51B, the 52B for representing opening door operation direction are provided with.In left-hand door
The arrow mark towards a left side is provided with 21 opening door operation display part 51B, this is existed towards the arrow mark cognitive user on a left side with finger
Slided to the left in the state of touch to carry out opening door operation.It is provided with the opening door operation display part 52B of right door 22 towards the right side
Arrow mark, this is slided and carries out enabling behaviour to the right towards the arrow mark cognitive user on the right side with finger in the state of touch
Make.
As shown in Figure 37 and Figure 38, enabling drive division 54,55 is respectively arranged near the cover top surface front end of casing 11
2 positions in left and right position, i.e. with the top of left-hand door 21 and right door 22 open side end near corresponding position.
These enabling drive divisions 54,55 release dynamic iron core 54B, 55B by using electromagnet forwards, can be by left-hand door
21 and right door 22 opening side end near top release forwards, left-hand door 21 and right door 22 is distinguished automatic opening.In order to
Left-hand door 21 is set to open the door, in the state of the arrow mark near the right-hand member or right-hand member for touching left-hand door opening door operation display part 51B
When the finger is slided to the left, opening door operation portion 51 perceive its it is continuous touch, and touch detection signal is sent to control unit
56.Afterwards, if control unit 56 is judged as YES opening door operation instruction, act the enabling drive division 54 of left-hand door 21, so as to
Enough make the automatic door opening of left-hand door 21.
Equally, in order that right door 22 opens the door, near the left end or left end for touching right door opening door operation display part 52B
When the finger is slided to the right in the state of arrow mark, opening door operation portion 52 perceive its it is continuous touch, and by touch detection
Signal is sent to control unit 56.Then, if control unit 56 is judged as YES opening door operation instruction, drive the enabling of right door 22
Portion 55 acts, so as to make the right automatic door opening of door 22.
As shown in figure 37, the control operation portion 50 for the operation for the cooling control content for change refrigerator 1 is arranged at
Such as right door 12, the control operation portion 50 is operated by user, changes the cooling control content of refrigerator 1.
For right door 12, opening door operation portion 52 is configured at the lower section in control operation portion 50, and opening door operation portion 52
The location directly below in the control operation portion 50 is not arranged in, and is arranged in relative to control operation portion 50 in left and right directions
The position staggered.In other words, for right door 22, match somebody with somebody in the position of the lower section in the control operation portion 50 with menu key
Opening door operation portion 52 is equipped with, still, the opening door operation portion 52 is relative to the position in the control operation portion 50 with menu key, edge
Arrow QR directions to the right to stagger and be configured at different positions.
Thus, in the case where user is with the menu key of finger touch control operating portion 50, even if the finger of user is
The state bedewed by water, and the water is dripped from finger, and opening door operation portion 52 will not be also attached to from the water of finger drippage.Therefore,
The touch opening door operation portion 52 of electrostatic will not produce reaction because of the water dripped from finger, can prevent:No matter user's hand
Whether finger is touched, and opening door operation portion 52 is disorderly reacted and causes control unit 56 the enabling drive division 55 of right door 22 is acted such mistake
Action.Therefore, it is possible to reliably prevent from making the automatic door opening carelessly of door 22.
In addition, other behaviour of the menu key (Menu key) by pressing control operation portion 50, sometimes control operation portion 50
Make key light emitting and make it that the operation of the Cao Zuoanjian is effective.Even if in this case, due to opening door operation portion 52, (enabling is opened
Close) different parts (position staggered) are in relative to control operation portion 50, therefore, even if user contacts control behaviour with finger
That makees portion 50 causes other effective Cao Zuoanjians of operation because luminous, and opening door operation will not be also attached to from the water of finger drippage
Portion 52.Therefore, it is possible to reliably prevent the automatic door opening carelessly of door 22.
In addition, ought only make opening door operation portion 52 and before the menu key in control operation portion 50 (Menu key) is printed in glass system
Panel 22A, and the other element in addition to menu key in control operation portion 50 using by LED bright lights and the composition that floats
When, the outward appearance of the right door 22 of refrigerator 1 can become apparent from.
Moreover, the cooling control that the control unit 56 of the refrigerator of the 28th embodiment is carried out is in general control, it is not special
Different limitation, still, such as, compressor, guidance panel, condensation prevent heater, the ice maker inside ice-making compartment, refrigerating chamber wind
Fan, freezing chamber fan, Defrost heater are connected and controlled with the control unit 56.
The arrow mark of opening door operation display part 51B, 52B shown in Figure 37 and Figure 39 are not limited to the display, as long as energy
If enough easily cognitions touch at this and to the right or left is slided, if the display for carrying out opening door operation, then mark
Shape, form do not limit.
As shown in figure 37, handle 61,62 is provided with left-hand door 21 and right door 22.Handle 61,62 is arranged at opening door operation
The lower surface part of display part 51B, 52B downside, finger is inserted handle 61,62 by making palm upward, and in front
The dynamic operation of layback, can not open Door by Hand to left-hand door 21,22, right door.
Next, the automatic door opening action to the refrigerator of the 28th embodiment illustrates.
Figure 40 is the block diagram of the enabling control of refrigerator 1.As shown in figure 40, opening door operation portion 51,52 has the behaviour that opens the door respectively
Make display part 51B, 52B.Opening door operation display part 51B, 52B laterally has the arrow mark of arrangement 5 along its left and right respectively.
Electrostatic capacity type touch sensor 51-1~51-5,52-1~52-5 are respectively arranged with opening door operation display part 51B, 52B.This
A little electrostatic capacity type touch sensor 51-1~51-5,52-1~52-5 be set to detect respectively it is quiet as caused by the touch of user
Electric capacitance variations, and touch detection signal is sent to control unit 56.
Therefore, the arrow of left end is touched in opening door operation display part 52B parts finger when user will open right door 22
Mark, and when making the finger slide to the right in the state of touch, in electrostatic capacity type touch sensor 52-1~52-5
Detect that touch detection signal is sent to control unit 56 by the sensor of electrostatic capacitance change according to the order of touch.Then, control
Portion 56 processed judges whether it is opening door operation, if the judgment is Yes regular opening door operation, then the enabling drive division 55 to right door is defeated
Go out to open the door drive signal and make the right automatic door opening of door 22.In addition, in the case of the opening door operation of left-hand door 21, for touching a left side
Make what finger slided to the left in the state of arrow mark near the opening door operation display part 51B of door 21 right-hand member or right-hand member
Operation, control unit 56 equally judge the opening door operation of left-hand door 21.
Figure 41 shows example below:The opening door operation portion 51 of left-hand door 21 shown in Figure 37~Figure 39 and the enabling of right door 22
Operating portion 52 works as the human testing mechanism of the human body of the user for detecting refrigerator 1.
After the opening door operation portion 51 and opening door operation portion 52 detect the human body of user, human testing is sent to control unit 56
Signal.Thus, control unit 56 makes the input of the operation signal from opening door operation portion 51 effective, carries out opening for corresponding left-hand door 21
Gate control, and make the input of the operation signal from opening door operation portion 52 effective, carry out the enabling control of corresponding right door 22.
In the case of by taking the opening door operation portion 52 for example as human testing mechanism as an example, control unit 56 is in opening door operation
After portion 52 detects the human body of user, the display of opening door operation portion 52 is opened.Control unit 56 can be grasped according to the enabling of right door 22
The mode of work switches by the bright light of opening door operation portion 52 display that carries out.
Opening door operation portion 52 as human testing mechanism is static switching as already described, and static switching enters
During the detection of the human body of row user, control unit 56 can improve the sensitivity of static switching come examinations by switching.Make
It is for the opening door operation portion 52 of human testing mechanism:The proximity transducer detected during human body proximity, control unit 56 are cut
The sensitivity of the opening door operation portion 52 as the proximity transducer is changed, opening door operation portion 52 is worked as feeler,
And make the opening door operation of right door 22 effective, meanwhile, detect user by the use of finger contact as feeler enabling grasp
During the portion 52 of work, the actual opening door operation for carrying out right door 22 of control unit 56.
As described above, the sensitivity by switching opening door operation portion 52, makes opening door operation portion 52 from proximity transducer conduct
Feeler is worked, and more specific description is carried out to this referring to Figure 41 example.
In Figure 41 (a), control unit 56 is in order that the opening door operation portion 52 as static switching rises as " proximity transducer "
Effect, by the way that the sensitivity of opening door operation portion 52 is set as into " height ", the function as " proximity transducer " " has control unit 56
Effect ".Therefore, control unit 56 makes opening (opening door operation) engineering noise of the right door 22 as original function of opening door operation portion 52.
Also, control unit 56 cause opening door operation portion 52 bright light show it is shown in dotted line as be closed mode.
Next, in Figure 41 (b), when user makes finger HT close to the opening door operation portion 52 as " proximity transducer "
When, opening door operation portion 52 is worked as " proximity transducer " to detect the close of hand.Opening door operation portion 52 detects in one's hands connect
When near, control unit 56 sets the spirit as " proximity transducer " of opening door operation portion 52 in a manner of switching to " low " from " height "
Sensitivity.Therefore, control unit 56 makes opening door operation portion 52 play a part of " feeler " as original function, therefore, leads to
The opening operation (opening door operation) " effective " for the right door 22 received and distributed abutment opening door operation portion 52 and carried out.Also, control unit 56
So that as the bright light of opening door operation portion 52 is shown as shown by the solid line, become opening from closed mode, for example, by LED
Make the bright light of opening door operation portion 52.
Then, in Figure 41 (c), grasped when user makes finger HT directly contact (touch) as the enabling of " feeler "
During the portion 52 of work, control unit 56 maintain opening door operation portion 52 as the sensitivity of " feeler " that is, the state of " low ", directly
Connect and worked as " feeler ".Then, control unit 56 causes the right door 22 as original function of opening door operation portion 52
Opening (opening door operation) maintain " effective ".Also, control unit 56 causes the bright light of opening door operation portion 52 to show as shown in realizing
As, it is opening, makes the bright light of opening door operation portion 52 for example, by LED.
Afterwards, in Figure 41 (d), when control unit 56 identifies the finger HT of user departing from direct contact (touch) conduct
" during the state for the opening door operation portion 52 that feeler (touch sensor) works, control unit 56 makes to come from opening door operation portion
The input of 52 operation signal is effective, acts enabling drive division 55, thus, carries out the enabling control of corresponding right door 22.By
This, right door 22 can automatically open up.
Thus, in the state of user goes in the directly action way of contact (touch) opening door operation portion 52, such as user thinks
Will be close in the state of refrigerator 1, in order to prevent the error detection of enabling instruction, control unit 56 can interpolate that directly contact (touch)
Effectively, it is invalid.
In addition, the bright light of opening door operation portion 52 show as shown by the solid line as be opening, can be for example, by LED
To make the bright light of opening door operation portion 52, therefore, for a user, it is possible to increase shown by the LED bright lights of such as opening door operation portion 52
The identity of opening door operation portion 52 caused by showing.
In addition, the finger HT that user is recognized when control unit 56 is used as " feeler departing from direct contact (touch)
During the state for the opening door operation portion 52 that (touch sensor) works, control unit 56 makes the operation signal from opening door operation portion 52
Input it is effective, carry out the enabling control of corresponding right door 22.Accordingly, the opening door operation portion 52 of right door 22 is departed from the hand of user
Afterwards, right door 22 is actually opened, therefore, it is possible to prevent the opening action of right door 22 from stabbing user's finger.
The method shown as opening door operation portion 51,52 bright lights, as long as configuration can be from the electrostatic electricity for example shown in Figure 40
Appearance formula touch sensor (electrode) 51-1~51-5,52-1~52-5 gap carry out showing such LED (luminous two forwards
Pole pipe) etc. light-emitting component.Furthermore, it is also possible to make electrostatic capacity type touch sensor (electrode) 51-1~51-5,52-1~
Form the removal part of word, mark etc. in 52-5, the light of light-emitting component from the back side of electrode by remove partly forwards according to
Penetrate.Or using light guide plate the light of light-emitting component can also be made to be irradiated forwards from the back side of electrode.
In Figure 41, the opening action of illustrated right door 22 can also be in the same manner as the opening action of following left-hand door 21
To carry out, the left-hand door 21 using Figure 37 the opening door operation portion 51 for being configured at left-hand door 21.
For the opening door operation portion 51,52 of left and right, the color that the bright light of the opening door operation portion 51,52 of left and right is shown can
To be same color or different colours.
When can also be when slowly being opened for left-hand door 21, right door 22 and quickly open, the opening door operation portion 51,52 of left and right
The color that shows of bright light be shown as different colours.
When can also be directed to the side only in left-hand door 21 and right door 22 when opening, be opened with left-hand door 21 and right door 22 simultaneously,
Change the color that the bright light of the opening door operation portion 51,52 of left and right is shown.Particularly, enabling behaviour can also be only being operated using user
Make the side in portion 51,52 come in the case of opening the mode of left-hand door 21 and the both sides of right door 22, and in only left-hand door 21 and right door 22
Side situation about opening it is different, using different display colors.
In this case, the sensitivity of such as opening door operation portion 51,52 is made to make opening door operation portion 51,52 for " height "
When being worked for " proximity transducer ", when detecting that human body proximity is more than the stipulated time, thus it is possible to vary mode so that left-hand door
21 and right door 22 open simultaneously, and be more than only open the side in left-hand door 21 and right door 22.In addition, shifting gears, make
When obtaining left-hand door 21 and right door 22 while opening, opening door operation portion 51,52 can be made to carry out bright light simultaneously and shown, or grasp enabling
The color for making portion 51,52 is different.The lamp-lighting method of the opening door operation portions such as opening door operation portion 51,52 flickering displays 51,52 can appoint
Meaning changes.
In the refrigerator 1 of the 28th embodiment, it can prevent occurring in the way that user (user) carries out touch action
Error detection so that do not produce the malfunction of enabling.
29th embodiment
Figure 42 is the front view for the refrigerator 1 for representing the 29th embodiment.Figure 43 is that the refrigerator 1 shown in Figure 42 includes human body
The block diagram of the enabling control of testing agency.
Human testing mechanism 500 has:Such as long range detection sensor 100 and the effect for also acting as proximity transducer
Opening door operation portion 52.Long range detection sensor 100 and also act as the opening door operation portion 52 of effect of proximity transducer and configure
In for example right door 22.Long range detection sensor 100 is located at the top of the opening door operation portion 52 for the effect for also acting as proximity transducer.
It is to be used to examine in long range detection sensor 100 in the case where the human body of user is in from the position farther out of refrigerator 1
Survey such as infrared ray sensor of human body.And the opening door operation portion 52 for also acting as the effect of proximity transducer connects in the human body of user
It is the electrostatic detection sensor for detecting human body in the case of nearly refrigerator 1.
As shown in figure 43, long range detection sensor 100 and the effect for also acting as proximity transducer (electrostatic detection sensor)
Opening door operation portion 52 be connected to control unit 56.Switching mechanism 104 is preferably connected with control unit 56.This is operated by user to cut
Converting mechanism 104, selection signal is sent from switching mechanism 104 to control unit 56, thus, in order to detect human body, user can select
Using in long range detection sensor 100 and the opening door operation portion 52 for the effect for also acting as proximity transducer (electrostatic detection sensor)
Any one party detect human body.
In addition, as shown in figure 43, passed although the opening door operation portion 52 for also acting as the effect of proximity transducer is electrostatic detection
Sensor, but it is also possible to which the sensitivity with any change electrostatic detection sensor is come the sensitivity adjustment machine that is adjusted
Structure 199.Sensitivity adjustment mechanism 199 is connected to control unit 56, by user's Operational Figure Of Merit adjustment mechanism 199, by sensitivity
Adjustment signal is sent to control unit 56.Thus, control unit 56 can adjust between " height " arrives " low " senses as electrostatic detection
The sensitivity of the opening door operation portion 52 of device.
As the method for the sensitivity for changing the opening door operation portion 52 as electrostatic detection sensor, electrostatic detection sensor
Circulation with the discharge and recharge such as 1 second tens times that electrostatic capacitance (condenser capacitance) is repeated.It make use of and pass through user
Make finger close or contact opening door operation portion 52 as electrostatic detection sensor and so that condenser capacitance changes.By
This, when user makes finger close or contacts opening door operation portion 52, the circulation of discharge and recharge changes.The detection of control unit 56 is filled
The intensity of variation of discharge cycles, user can interpolate that using the threshold value as benchmark, control unit 56 by preset threshold value
Whether make finger close or contact opening door operation portion 52.
In addition, in the case of detection user makes finger departing from opening door operation portion 52, control unit 56 can also pass through
Judge to have returned to usual state when changing from the circulation of discharge and recharge to carry out.
As described above, user being capable of sensitivity of the change and adjustment as the opening door operation portion 52 of electrostatic detection sensor.Such as
Refrigerator 1 is arranged at the rear side of the tank in such as kitchen by fruit, then when user is near tank, long range detection sensor
100 will detect human body all the time.In this case, the switching mechanism 104 is operated by user, from switching mechanism 104 to control
Portion 56 processed sends selection signal, can select to also act as detection of the opening door operation portion 52 of the effect of proximity transducer as human body
Mechanism, rather than long range detection sensor 100.Thus, when being only that user is near tank, opening door operation portion 52 does not detect people
Body.Moreover, only the feelings of the opening door operation portion 52 to be worked as the proximity test sensor of refrigerator 1 are approached in the finger of user
Under condition, opening door operation portion 52 is capable of detecting when human body.Flase drop in the case of thereby, it is possible to prevent user distant from refrigerator 1
Survey.
Due to using long range detection sensor 100, therefore, at the back side of the glass front plate 22A shown in Figure 42, as print
Brush coloring, the printing through infrared ray can be used, or at the position through infrared ray at the glass front plate 22A back side not
Printed.
The refrigerator 1 of 29th embodiment can prevent the error detection in the action way that user (user) is touched, energy
Enough malfunctions for not producing enabling.
There is speech recognition facility on the housing of top plate for being configured at refrigerator 1, have what is propagated for voice on the housing
Hole.The housing of control base board be configured to it is identical with the height of solenoidal housing, or below it.Control base board is configured at top
Recessed position is presented in the rear portion of wall, and the supporting part of substrate is embedded in polyurethane.Solenoid is also embedded in wherein.By vacuum every
Hot material bends and configured separated by a distance with embedded part, is configured to cover solenoidal downside and the downside of substrate, bends
Covering is overall afterwards.In addition, overhead illumination is configured to be embedded in the polyurethane recess at top.Vacuum heat insulation material and overhead illumination every
Open distance configuration.
Vacuum heat insulation material contacts configuration with the inwall at top, and LED is configured at outside roof.Moreover, it is curved to be configured at inwall
The position of folding part.
Vacuum heat insulation material is partitioned from, and is configured at solenoid, under substrate, is overlapped.LED and vacuum heat insulation material
With interval, the vacuum heat insulation material under substrate contacts with inwall.
The kink of roof is inclined, LED is embedded in into rake, and do not contacted with vacuum heat insulation material.
Figure 44 is the sectional view along the longitudinal direction on the top for the refrigerator 1 for representing to have above-mentioned construction.
As shown in figure 44, it is configured with housing 700 in the top 11A of casing (main body) 11.The 11A rear part 11B at top
It is provided with recess and divides 1lC, housing 700 is configured at the recess and divides 11C.Housing 700 has such as rectangular shape, in the housing
700 inner space is obliquely configured with control base board 710.Control base board 710 compares rear side upward with the front side of control base board 710
Mode obliquely configure.Speech recognition facility 720 is equipped with the front side of control base board 710.
It is such as microphone as speech recognition facility 720.The front part of the housing 700 has hole 700H, so that language
Sound travels to speech recognition facility 720.Thus, no matter speech recognition facility 720 be configured in housing 700 whether, such as using
The voice that person sends also can reliably travel to speech recognition facility 720 by the hole 700H of housing 700, therefore, it is possible to know
Voice, the sound of other user.
As shown in figure 44, enabling drive division 54 (55) is provided with front side of the 11A of top.The enabling drive division 54 (55) is excellent
Choosing is solenoid, and enabling drive division 54 (55) has housing 762 and the bar 761 that can freely stretch respectively.Enabling drive division 54
(55) drive and stretch out the bar 761, thus, the enabling drive division 54 (55) push left-hand door 21 (or right door 22) inner side and
It is allowed to open.
The height of housing 700 is identical with the height of the housing 762 of enabling drive division 54 (55), or the height of housing 700
Compared with the height of the housing 762 of enabling drive division 54 (55), low clearance difference DF.Thus, even if housing 700 is configured at into top
11A, the whole height of refrigerator are also not above the housing 762 of enabling drive division 54 (55).
As shown in figure 44, control base board 710 has multiple supporting parts 711, by using the supporting part 711 with heeling condition
It is embedded in the heat-barrier materials such as polyurethane 730 and is supported.Thus, control base board 710 utilizes heat-barrier material 730 with stiff
Mode supported.In addition, enabling drive division 54 (55) has multiple supporting parts 763, it is embedded in by using the supporting part 763
Supported in heat-barrier material 730.Thus, enabling drive division 54 (55) is using heat-barrier material 730 and in a manner of stiff
Supported.
As shown in figure 44, the heat-barrier materials such as polyurethane 730 and vacuum insulation material are overlappingly configured with top 11A inner side
Material 740.Vacuum heat insulation material 740 is located at the downside of heat-barrier material 730, and it is curved to be configured to part in the way of vacuum heat insulation material 740
It is converted into approximate right angle.So, due in the way of vacuum heat insulation material 740 part by bend it is substantially at right angles in a manner of configure, because
This, vacuum heat insulation material 740 can be configured to cover underside area part and the control base board 710 of enabling drive division 54 (55)
Underside area part, and the supporting part 763 and control base board 710 of vacuum heat insulation material 740 and enabling drive division 54 (55)
Supporting part 711 has interval.
The overhead illumination 750 of refrigerator 1 shown in Figure 44 has such as LED (light emitting diode) lamp, is configured to be embedded in top
The recess 733 of the heat-barrier materials such as the polyurethane in portion 730.Therefore, overhead illumination 750 does not protrude from the 755 downward side of inwall at top
Out.Vacuum heat insulation material 740 is kept apart with the overhead illumination 750 by inwall 755.
Next, 45~Figure 47 of reference picture, illustrate the variation of the 29th embodiment, the 29th shown in Figure 45~Figure 47 is real
Apply the refrigerator of the variation of mode position and Figure 44 shown in the 29th embodiment refrigerator the substantially identical situation in position
Under, carry out its explanation using same-sign.
Figure 45~Figure 47 is section along the longitudinal direction on the top for the refrigerator for representing other variations respectively as Figure 44
Face figure.
First, in the refrigerator 1 of the 1st variation shown in Figure 45, overhead illumination 750 is configured to and the inwall at top 755
Contact, the LED 750a of overhead illumination 750 are configured at the outside (on the inside of refrigerator) of the inwall 755 at top, are thus exposed to refrigeration
It is indoor.Also, overhead illumination 750 is configured at the kink 757 of the inwall 755 at top.
In addition, the kink of the inwall 755 at top is set to divide 11C's relative to the top 11A of casing (main body) 11 recess
Kink and be located at front side, on the fore-and-aft direction of the kink of kink and inwall 755 therefore, it is possible to outside the enclosure wall between
Space is formed at gap, thus vacuum heat insulation material can be configured along the vertical direction therebetween.Therefore, can be by vacuum heat insulation material
The kink of part is configured at the space in 740 way.Moreover, the vacuum heat insulation material configured along the vertical direction can also be point
The split material cut open.Alternatively, it is also possible to make along the vacuum heat insulation material of above-below direction configuration than other positions along front and rear
The vacuum heat insulation material of direction extension is thin.In such manner, it is possible to reduce the kink of cabinet exterior and the kink of inwall 755 front and rear
The space in the gap on direction, therefore, it is possible to make the kink of inwall 755 Back allow, by increasing capacitance it is possible to increase the capacity in refrigerator.
In addition, the recess of the kink of outer wall divides the angle of the front side of 11C bottom and the top of the kink of inwall 755
The angle of side (recess divides 11C sides) apart from size, the thickness than other top 11A without kink is small, therefore, such as
Fruit is polyurethane heat-barrier material, then thermal insulation is possible to be deteriorated, still, by using the structure for including above-mentioned vacuum heat insulation material
Into thermal insulation can be greatly improved.
In the refrigerator 1 of the 2nd variation shown in Figure 46, vacuum heat insulation material 770 is divided into some, vacuum every
Hot material 770 is divided into part 1 771 and part 2 772.Part 1 771 covers the lower lateral areas of enabling drive division 54 (55)
Domain part, part 2 772 cover the underside area part of control base board 710.The LED 750a of overhead illumination 750 and vacuum every
The part 1 771 of hot material 770 have interval, the part 2 772 of the vacuum heat insulation material 770 of the side of control base board 710 with it is interior
Wall part 776 contacts.
In addition, the vacuum heat insulation material of part 1 771 and part 2 772 be configured to it is overlapping in the longitudinal direction.This is
Form below:Divide 11C's relative to the top 11A of casing (main body) 11 recess by the kink for the inwall 755 for making top
Kink and be located at front side, the kink of outside the enclosure wall is formed with the gap location on the fore-and-aft direction of the kink of inwall 755
Space, therefore can be overlapping.
In addition, the kink of outer wall recess divide 11C bottom front side angle and the kink of inwall 755 it is upper
Thickness hour of the size than other top 11A without kink between the angle of square side (recess divides 11C sides), manufacture
The polyurethane of Shi Zuowei foam heat insulating materials is difficult to flow through sometimes, therefore, can by not configuring vacuum heat insulation material therebetween
Ensure the space of polyurethane flowing so that polyurethane is reliably filled, and can improve filling speed.
In the refrigerator 1 of the 3rd variation shown in Figure 47, the kink 780 of the inwall 755 at top is formed obliquely.Top
Portion's illumination 750 corresponds to the shape of inclined kink 780 and is formed as such as right triangular shape, and overhead illumination 750 configures
Into being embedded in the kink 780.Vacuum heat insulation material 740 is not divided, is one thing.So, the LED of overhead illumination 750
Lamp 750a is configured in kink 780, and overhead illumination 750 does not contact with vacuum heat insulation material 740 and has interval.
In the 29th embodiment, can also by user with the opening door operation portion 51 shown in finger sustained touch Fig. 1,
52 is more than certain time, door opener is worked.
Such as, long range detection sensor 100 shown in Figure 42 user (user) human body positioned at from refrigerator 1 farther out
It is such as infrared ray sensor for detecting human body in the case of position, still, on that will be used to sense the remote detection
The infrared ray of device penetrates into the hole (opening) that front panel printing coatings square in front of the door are rejected and formed, and can also be configured in the hole
Upper stickup is with printing coatings with infrared ray permeation member of colour system etc..Furthermore, it is possible to by forming multiple apertures at the position
The mode brushing paint of (opening) etc. makes the rejecting of coating less eye-catching.In addition, thus, it is possible to so that it is configured at glass backboard
The long range detection sensor as infrared ray sensor in face is difficult to be observed from front.Furthermore, it is also possible to make the coating be
Through the coating of infrared ray, or have:Pass through IR wavelength light by sputtering, etching etc. and make one of visible ray
Divide the semipermeability mechanism for being difficult to pass through.In this case, as semipermeability mechanism, the color of wavelength length can be utilized to pass through
Mechanism.For example, it is configured to the red wavelength (such as 620-750nm) for making the wavelength (450-495nm) of wavelength ratio blueness long
Through when, then the wavelength (such as more than 760-830nm) as the infrared ray of the long wavelength more than this readily penetrates through.Moreover,
In this case, the color of the indication mechanism near infrared ray sensor, pass through the luminous of the color grown also with wavelength
Mechanism (green, yellow, the light emitting diode etc. of redness of the skin or complexion), the display of the light can also pass through semipermeability mechanism, make user
It can identify, and be difficult to infrared ray sensor, the part inside door.
In addition, the long range detection sensor as infrared ray sensor can also be configured at substrate, with control operation portion 50
Or opening door operation portion 51,52 is inserted together.In such a case it is possible to by control operation portion 50 or opening door operation portion 51,52
Electrode part rejecting, or slit is set so that infrared ray can be sent from the lateral door side in the back side of the electrode.This
Sample, long range detection sensor are readily detected the user operated.Moreover, long range detection sensor can also be arranged at control
Between operating portion 50 processed and the opening door operation portion 51,52 for touching opening SW.
30th embodiment
Figure 48 is the front view for the refrigerator 1 for representing the 30th embodiment.Figure 49 is the top view of the refrigerator 1 shown in Figure 48,
Figure 50 is the side view of the refrigerator 1 shown in Figure 48.
As shown in Figure 48~Figure 50, the preceding surface hole portion of the refrigerating chamber 12 of a pair of left-hand doors 21 and the covering refrigerator 1 of right door 22.
Therefore, left-hand door 21, right door 22 respectively the left part of the casing 11 as refrigerator main body, right part up and down using hinge part pacify
Dress up and be opened and closed with opposite opened.
Left-hand door 21, right door 22 are all following thermal insulation construction parts:In the opening portion installation of the flat inner panel of preceding surface opening
There are glass system front panel 21A, 22A of tinted clear, and internally blank part is configured with vacuum heat insulation material, not by vacuum
Heat-barrier material landfill blank part be configured with foamed polyurethane heat-barrier material (hereinafter also referred to as polyurethane heat-barrier material) or
Preforming solid insulating material (such as EPC).
As shown in Figure 48~Figure 50, opening door operation portion 551,552 is respectively arranged at the front panel 21A of left-hand door 21, right door 22
Front panel 22A it is following near.Near the front end for the cover top surface that enabling drive division 54,55 is respectively arranged at casing 11
Left and right position, and it is disposed on corresponding position near the opening side end of the top with left-hand door 21, right door 22.
These enabling drive divisions 54,55 are left-hand door 21 and right door 22 is distinguished the enabling dress of mandatory progress door opening action
Put.Enabling drive division 54,55 makes dynamic iron core 54A, 55A release forwards by using electromagnet, and left-hand door 21, right door 22 is respective
Opening side end near top release forwards so that left-hand door 21,22 mandatory automatic opening of right door.
One opening door operation portion 551 is configured at the bottom-right location of left-hand door 21, and another opening door operation portion 552 is configured at right door
22 lower left position.Opening door operation portion 551 is configured at the glass system front panel 21A of left-hand door 21 inside, and opening door operation portion 552 is matched somebody with somebody
It is placed in the glass system front panel 22A of right door 22 inside.
Figure 51 shows the structure example of the substrate 553 of the opening door operation portion 551 shown in Figure 48.Figure 52 is to represent to be configured at figure
The proximity transducer 560 of the substrate 553 of opening door operation portion 551 shown in 51 and the figure of guard electrode 570.Figure 53 is to represent to open the door
The exploded perspective view of the structure example of operating portion 551.
Opening door operation portion 551 and opening door operation portion 552 shown in Figure 48 have it is identically constructed, however, it is possible to be that left and right is right
Claim shape, can also be left and right same shape.Figure 51 shows the shape example of the substrate 553 of opening door operation portion 551, still, opens
Door operation portion 552 and opening door operation portion 551 are substantially the same shapes, and therefore, 51~Figure 53 of reference picture is with opening door operation portion
551 substrate 553 illustrates for representative.
First, reference picture 53, opening door operation portion 551 have:Substrate mounting body 500M, for storing substrate mounting body 500M
Be referred to as be open box body plastics accommodation space part 585 and plastics cover 590.In plastics accommodation space
The back side 585R of part 585, preferably it is pasted with such as aluminium foil as metallic object.In the inner surface of plastics cover 590, glue
Post the metallic objects such as aluminium foil 591.Thus, electromagnetic wave caused by the main body side of refrigerator 1, substrate mounting body 500M sides will not be caused
Influence.
Substrate mounting body 500M has:Plastics shield 599, substrate 553, operate sign board 597, be equipped with display use
LED557 LED-baseplate 598.Substrate 553 is electrostatic soft-touch control substrate, and the front-surface side of shield 599 is fixed on by support.
Operation sign board 597 is configured with the front-surface side of substrate 553.In the rear side of shield 599, it is fixed with display and uses
LED-baseplate 598.Multiple LED577 are equipped with the LED-baseplate 598.Shield 599 is as 2 substrates 553 of support, LED bases
The indicating mechanism of plate 598 and the space mechanism of LED light interval is set to work.
Substrate 553 and operation sign board 597 correspondence position, formed with left and right slit 574,575 (light transmission mechanism).It is narrow
The position of seam 574,575 is located adjacent between sensor 560 and middle region part 589.Substrate mounting body 500M, which is passed through, to be received
Receive spatial component 585 oblong openings part 586 and be accommodated in accommodation space part 585.Accommodation space part 585 is opened
The covered part 590 of oral area point 586 covers.
As shown in Figure 51 (a) and Figure 52, the substrate 553 of opening door operation portion 551 is the rectangle or square of lengthwise, base
Plate 553 has the back side 553B shown in surface 553A and Figure 51 (b) shown in Figure 51 (a).Electronic unit is provided with substrate 553
Carry part 571, the configuration section 572 of proximity transducer 560 and guard electrode 570.In the electricity shown in Figure 51 (a) and Figure 52
The carrying part 571 of subassembly, take in a manner of the recess to be rearwardly highlightedly accommodated in as the shield 599 of space mechanism
It is loaded with required electronic unit, connector component etc..In addition, by not protruded on the surface of substrate 553 and general planar
State forms metal electrical connection section 571b, can make the rear-face contact of substrate 553 and glass door.
Moreover, covered by using the operation sign board 597 for being used to cover substrate 553 as lid mechanism, can
Prevent from producing noise when generation malfunction and electrostatic lodge in glass door when user from contacting electrical connection section 571b.In addition, should
Operation sign board 597 can be the plate of coloring or the plate of evaporation.
It is configured with the configuration section 572 of the surface 553A sides shown in Figure 51 (a):As the 1st electrode close to sensing
Device 560, the guard electrode 570 as the 3rd electrode, the middle region part 589 as the 2nd electrode.Middle region part 589 is set
It is placed between proximity transducer 560 and guard electrode 570.Proximity transducer 560, guard electrode 570 and middle region part 589
It is metal electrode, still, is electrically insulated from each other.Middle region part 589 as the 2nd electrode aids in proximity transducer 560, tool
There is the function as proximity transducer.Guard electrode 570 changes the detection effective range of proximity transducer 560.
In addition, as shown in Figure 51 (b), the back side 553B corresponding to the configuration section 572 in substrate 553, conduct is configured with
The netted grounding pattern 573 of 4th electrode.Thus, the grounding pattern 573 causes the noise from refrigerator main body not passed to close
Electromagnetic field caused by electromagnetic field caused by sensor 560 and guard electrode 570 has an impact.
As shown in Figure 51 (a) and Figure 52, in the middle position of proximity transducer 560 formed with through hole 560C, still, at this
On through hole 560C, as shown in Figure 51 (b), wire pattern 560H is connected with.User presses with finger proximity transducer 560 (contact)
Behavior, typically carried out with the center of proximity transducer 560 for target, therefore through hole 560C is formed at proximity transducer
560 center position.
The reasons why through hole 560C is formed to the position substantially hit exactly of proximity transducer 560 like this is as follows.I.e., connecing
In nearly sensor 560, through hole 560C middle section is formed compared with other regions, switchs sensitivity highest.Accordingly, pass through
The center of proximity switch 560 of the finger pressing with through hole 560C of user, finger contact sensitivity highest part can be made.
Proximity transducer 560 shown in Figure 51 and Figure 52 is that electrode is used in electrostatic touch (contact), and is:For in Figure 49 and
Front (preceding surface) direction of left-hand door 21 and right door 22 shown in Figure 50, human body or object are being detected e.g., from about at 100mm
Close electrostatic capacitive testing agency.The proximity transducer 560 is in a part for the human body of user, specifically such as finger
When close, the close of the finger is detected.Although proximity transducer 560 be electrostatic capacity type touch sensor but it is also possible to be
The touch sensor of the touch sensor of mutual capacitance mode or self capacitive way.
For mutual capacitance mode, it is made up of 1 sender electrode and 1 receiving electrode, is provided when to sender electrode
During electric current, electromagnetic field is produced, electromagnetic field is received by receiving electrode.Such as the finger of human body is close to the detection of proximity transducer 560
During region, a part for electromagnetic field is received by absorption and by receiving electrode, therefore the energy being detected is reduced, and thus, is approached
Sensor 560 is capable of detecting when the close of finger.
For self capacitive way, the electrode (proximity transducer 560) with stray capacitance needs 1.Electrode (connects
Nearly sensor 560) stray capacitance by the electric conductor (hand of human body positioned at the electrode (proximity transducer 560) and around it
Refer to) between effect of parasitic capacitance.When the finger of human body is close to proximity transducer 560, influenceed by parasitic capacitance, stray capacitance
Value increase, by measuring the increased stray capacitance, proximity transducer 560 is capable of detecting when the close of finger.
As shown in Figure 51 and Figure 52, proximity transducer 560 is created as the switch for the oblong-shaped for example longitudinally grown, slit
574th, 575 are formed as surrounding electrode around proximity transducer 560.As shown in figure 52, from the back side on the slit 574,575
Covered with substrate 598, being arranged at intervals as the LED577 that lighting device works, there have to be multiple.
Wherein, 4 LED577 corresponding with 4 corner 576R of slit 574,575 in multiple LED577 be configured at from
The position in the outside of the slit 576 detached in slit 576.
As shown in figure 52, the one end of proximity transducer 560 is linked by linking portion 560A and configuration section 572, is connect
The other end of nearly sensor 560 is linked by linking portion 560B with configuration section 572.In proximity transducer 560
Through hole 560C of the centre portion formed with electrical connection.Through hole 560C is formed in the middle body of proximity transducer 560 like this, such as
Through as explanation, be provided with through hole 560C proximity transducer 560 region part compared with other region parts, detection spirit
Sensitivity is high.Due to the finger of user approach and the region part that contacts be proximity transducer 560 middle body, therefore, will be logical
Hole 560C is disposed proximate to the middle body of sensor 560.The slit that proximity transducer 560 passes through the configuration section in substrate
574th, in 575 region 572a, electrode is formed in dashed region, is shaped generally as rectangle.In addition, slit 574,575 is not
Whole proximity transducer 560 is surrounded, and is created as U-shaped.This results in following composition:Around formation and slit
The bridge 572ab of periphery 572b connections, inner and outer is linked up, and substrate does not remain 1 substrate not dividedly.
Guard electrode 570 shown in Figure 51 and Figure 52 is in configuration section 572, and in proximity transducer 560 and intermediate region
Be formed as the frame shape of oblong-shaped around part 589.Guard electrode 570 is metallic object, by a pair of short edges electrode part 570A
Formed with a pair of long side electrode part 570B.The generation of guard electrode 570 and electromagnetic field opposite direction caused by proximity transducer 560
Electromagnetic field.
Thus, as shown in Figure 49 and Figure 50, electromagnetic field 560P produces in guard electrode 570 caused by proximity transducer 560
Opposite direction electromagnetic field in the presence of, extension be suppressed.Therefore, pressed down by the electromagnetic field caused by the guard electrode 570
Electromagnetic field 560P extension caused by proximity transducer 560 processed, guard electrode 570 play the effective range change machine of detection range
The effect of structure, the effective range of the detection range of the effective range change mechanism change human body of the detection range.
Guard electrode 570 made being changed in a manner of constriction such as finger of detection human body it is close when close to biography
The detection range of sensor 560, change the effective range of the detection range of proximity transducer 560.Specifically, guard electrode 570
The effective range of the detection range of proximity transducer 560 is changed, as a result, as shown in figure 49, the opening door operation portion 551 of left-hand door 21
Proximity transducer 560 caused by electromagnetic field 560P be directed only to the positive forward direction of proximity transducer 560.Equally, right door
Electromagnetic field 560P caused by the proximity transducer 560 of 22 opening door operation portion 552 be directed only to proximity transducer 560 just in face of
Fang Fangxiang.
Therefore, as shown in figure 49, electromagnetic field 560P is narrowed down caused by proximity transducer 560 so that will not be as a left side
Extended in the X-direction of right direction.
Moreover, as shown in figure 50, electromagnetic field 560P caused by the proximity transducer 560 of the opening door operation portion 551 of left-hand door 21
It is directed only to the positive forward direction of proximity transducer 560.Equally, the proximity transducer 560 of the opening door operation portion 552 of right door 22
Caused electromagnetic field 560P is directed only to the positive forward direction of proximity transducer 560.Therefore, in Figure 50, proximity transducer
Electromagnetic field 560P is narrowed down caused by 560 so that will not be extended in the Z-direction as above-below direction.
I.e., the electromagnetic field 560P of the proximity transducer 560 shown in Figure 49 and Figure 50 shows the effective of the detection range of human body
Scope, the effective range of the detection range of the human body equivalent to the front different directions with proximity transducer 560 scope (on
Under, the scope of left and right extension) different scope.I.e., the effective range of the detection range of human body is at least by proximity transducer 560
The scope of direction different directions by constriction etc. is changed and operated in the operation direction of user as effective range, by
This limit effective range, specifically, be except the scope with front different directions at least a portion (to up and down, left and right, after
At least a portion of the scope just extended etc.) outside scope.
Figure 54 is to represent control unit 556, opening door operation portion 551,552, enabling drive division 54,55 as door opener etc.
Electrical connection block diagram.
As shown in figure 54, control unit 556 is electrically connected to the proximity transducer 560 and protection electricity of opening door operation portion 551,552
Pole 570, enabling drive division 54,55 and multiple LED577 as lighting device.
Control unit 556 causes proximity transducer 560 to keep " high sensitivity " state.Finger is entered as proximity transducer
When in the electromagnetic field 560P shown in Figure 49 and Figure 50 of 560 detection zone, Figure 54 control unit 556 is from proximity transducer 560
Finger is received close to the signal SG of proximity transducer 560.
Then, when Figure 54 control unit 556 receives the signal SG from the proximity transducer 560, it is judged as that finger connects
Near proximity transducer 560, and stop the energization to guard electrode 570, while by the sensitivity of proximity transducer 560 from " high
Sensitivity " is changed to " muting sensitivity " to reduce sensitivity.Also, control unit 556 comes from the proximity transducer 560 receiving
Signal SG when, control unit 556 makes LED577 bright lights, to being illuminated around proximity switch 560, thus, by illumination make
Float the position of proximity switch 560 so that user can pass through the position of visual confirmation proximity switch 560.
In addition, the effect as LED577 bright lights, shows that therefore, user is able to confirm that due to carrying out bright light by LED577
Operating position, it is not necessary to implementing to represent the printing of the operating position of operating portion as the front panel 21A (or 22A) of glass plate
Deng.
In addition, when being transferred to contact proximity transducer 560 close to the state of proximity transducer 560 from finger, close to sensing
Device 560 works as contact-making switch, and proximity transducer 560 sends finger to control unit 556 and contacts proximity transducer 560
Activation signal SH.Thus, control unit 556 makes proximity transducer 560 be worked as feeler, makes opening for such as left-hand door 21
Door operation is effective, and control unit 56 can make the action of enabling drive division 54 actually carry out the opening door operation of left-hand door 21.Aforesaid operations
Sequentially, for right door 22 and equally.
Thus, user can visually confirm while contact is configured at left-hand door 21 or right door on one side by LED577 illumination
The position of proximity switch 560 on the inside of 22 glass surface, so as to open left-hand door 21 or right door 22.
As described above, control unit 556 is by by " high sensitivity " of the sensitivity of proximity transducer 560 from finger when close
" muting sensitivity " is switched to, proximity transducer 560 is played a part of feeler.When finger is close to proximity transducer 560,
Control unit 556 makes static switching 560 as " proximity transducer " and worked, and therefore, control unit 556 is by by proximity transducer
560 sensitivity is set as " height ", and the function as " proximity transducer " is " effective ".Therefore, control unit 556 does not make to approach
Sensor 560 works as " feeler ", therefore proximity transducer 560 causes the conduct of opening door operation portion 551,552
Left-hand door 21, opening (opening door operation) engineering noise of right door 22 of original function.
As described above, making the finger of user, close to proximity transducer 560, finger is entered as proximity transducer 560
During the electromagnetic field 560P of the effective range of human testing scope, proximity transducer 560 is by finger close to notice to control unit
556.Then, in finger close to when being notified to control unit 556 from proximity transducer 560, control unit 556 will be used as close to biography
The sensitivity of sensor 560 is set as " low " from " height " switching.Also, control unit 556 make the bright light of proximity transducer 560 show from
Closed mode turns into opening, and the position of proximity transducer 560 can be expressed using LED577.Therefore, user can be on one side
The position of proximity transducer 560 is visually confirmed, while reliably contacting proximity transducer 560 with finger.Control unit 556 makes to approach
Sensor 560 plays a part of " feeler " as original function, therefore, proximity transducer is contacted by using finger
560, the opening operation (opening door operation) of left-hand door 21 or right door 22 becomes " effective ".
The opening operation (opening door operation) of above-mentioned left-hand door 21 and the opening operation (opening door operation) of right door 22 equally, therefore,
The description thereof will be omitted.
As shown in Figure 51 and Figure 52, the configuration protection electrode 570 around proximity transducer 560, thus, passed as close
The electromagnetic field 560P of the effective range of the human testing scope of sensor 560 is in positive direction (the front side of left-hand door 21 and right door 22
To) and detect in the range of e.g., from about 100mm human hand, finger it is close.Now, people's physical examination as proximity transducer 560
The electromagnetic field 560P for surveying the effective range of scope is limited because of configuration protection electrode 570 so that in above-below direction and left and right
Do not extended on direction.
As shown in figure 49, effective model of the human testing scope of proximity transducer 560 is limited for left and right directions (X-direction)
The extension enclosed, thus, as shown in figure 49, to make finger close to left-hand door along the track opening left-hand door 21 shown in arrow 21M
During 21 proximity transducer 560, the proximity transducer 560 for the right door 22 being closed can not be allowed to detect finger.Equally, will edge
Track shown in arrow 22M open right door 22 and make finger close to right door 22 proximity transducer 560 when, can not allow closing
The proximity transducer 560 for the left-hand door 21 detects finger.
Therefore, as right door 22 proximity transducer 560 human testing scope effective range electromagnetic field 560P, no
It can enter in track when opening the left-hand door 21 as travel mechanism.Equally, as left-hand door 21 proximity transducer 560 people
The electromagnetic field 560P of the effective range of body detection range, track when opening the right door 22 as travel mechanism will not be entered
It is interior.
Thus, when opening left-hand door 21 or right door 22, the right door 22 of side do not opened but be closed can be prevented
Either the proximity transducer 560 of left-hand door 21 accidentally and flase drop measures the finger or left-hand door 21 or right door 22 of user.
In addition, as shown in figure 50, by the human testing model that proximity transducer 560 is limited for above-below direction (Z-direction)
The extension for the effective range enclosed, when the plug-type door 23 as travel mechanism is pulled out in the direction of the arrow, as left-hand door 21
Proximity transducer 560 human testing scope effective range electromagnetic field 560P and proximity transducer as right door 22
The electromagnetic field 560P of the effective range of 560 human testing scope will not be entered in track when opening plug-type door 23.
Thus, when opening plug-type door 23, the proximity transducer 560 of left-hand door 21 and approaching for right door 22 can be prevented
Sensor 560 is careless and flase drop measures the finger of user or plug-type door 23.
For the size of the guard electrode 570 shown in Figure 51 and Figure 52, size can be such as 30mmx30mm in length and breadth
More than.By setting the size of guard electrode 570 like this, contacted in user with such as ancon rather than finger close to sensing
Device 560 in the case of opening left-hand door 21 or right door 22, can prevent ancon while contact proximity transducer 560 and protection electricity
The both sides of pole 570.Thus, user also can open left-hand door 21 or right door 22 with finger with ancon.
Next, reference picture 55 illustrates the holding structure example of the substrate 553 of left-hand door 21 and right door 22.Figure 55 is to represent left
The figure of the holding structure example of the substrate 553 of door 21 and right door 22.Figure 55 (a) is the front view of left-hand door 21 and right door 22, Figure 55 (b)
It is the medial extremity face 21T (the medial extremity face 22T of right door 22) for the left-hand door 21 for showing the holding structure for representing substrate 553
The stereogram of construction.Figure 55 (c) is the figure for the example for representing cover 590.
As shown in Figure 55 (a), in the state of left-hand door 21 and right door 22 is closed, the medial extremity face 21T of left-hand door 21 and the right side
The medial extremity face 22T of door 22 is closed in opposite directions.The rectangular opening portion 586 of accommodation space part 585 is located at each medial extremity
Facial 21T, substrate mounting body 500M accommodation space part 585 are located at the inside of left-hand door 21 and right door 22.Substrate mounting body
500M is inserted into accommodation space part 585 and is contained from opening portion 586.
Closed after substrate mounting body 500M has been stored using cover 590 opening portion 586.In the cover 590
Internal surface configurations have aluminium foil strip, metallic object 591 as iron plate.Metallic object 591 limits and is used as people caused by proximity transducer 560
The electromagnetic field of the effective range of body detection range, and be the change of the effective range for the detection range for changing proximity transducer 560
Mechanism.Metallic object 591 as the effective range change mechanism of detection range is configured at the left-hand door 21 as adjacent travel mechanism
Between right door 22.
By the way that metallic object 591 is configured at into cover 590 like this, metallic object 591 is cut between left-hand door 21 and right door 22
Power off magnetic field.Therefore, the electromagnetic field of the proximity transducer 560 of left-hand door 21 and the electromagnetic field of guard electrode 570 will not be to right doors 22
Proximity transducer 560 and the electromagnetic field of guard electrode 570 have an impact.Moreover, the proximity transducer 560 from right door 22
Electromagnetic field and the electromagnetic field of guard electrode 570 will not produce to the proximity transducer 560 of left-hand door 21 and the electromagnetic field of guard electrode 570
It is raw to influence.
Next, reference picture 48~Figure 50 and Figure 54 come illustrate user open such as left-hand door 21 in the case of action example.
User makes the proximity transducer 560 of the side of left-hand door 21 shown in finger close to Figure 49 and Figure 50, hence into Figure 49
During with the electromagnetic field 560P of the effective range as human testing scope shown in Figure 50, the proximity transducer of high sensitivity state
560 detect that finger has approached proximity transducer 560.Thus, Figure 54 control unit 556, which receives, represents that finger has approached biography
The signal SG of sensor 560.
Then, Figure 54 control unit 556 stops to guard electrode 570 according to the signal SG from the proximity transducer 560
Energization, also, control unit 556 is reduced close to the sensitivity of sensor 560 and is changed to " muting sensitivity " from " high sensitivity ".
Also, control unit 556 is illuminated by making LED577 bright lights to proximity switch 560, expresses the position of proximity switch 560,
Allow users to the position by visual confirmation proximity switch 560.
Moreover, when finger contacts proximity transducer 560, the proximity transducer 560 of muting sensitivity is played for opening a left side
The effect of the soft-touch control (contact-making switch) of door 21, send finger to Figure 54 control unit 556 and contact proximity transducer 560
Activation signal SH.Thus, control unit 556 makes the opening door operation of left-hand door 21 effective, and control unit 556 acts enabling drive division 54,
Therefore the enabling of left-hand door 21 can be carried out.
In addition, therefore action example during user's right door 22 of opening, is omitted as action example during above-mentioned opening left-hand door 21
Explanation.
So, in the proximity transducer 560 that user is worked using finger contact as feeler, control unit 556
Can automatically open up left-hand door 21 or right door 22.
When user only contacts proximity transducer 560, control unit 556 makes proximity transducer 560 (be connect as touch sensor
Touch sensor) work, by making the opening door operation " effective " of left-hand door 21, carry out the opening door operation of left-hand door 21.This is for right door
22 is same.
In the case of proximity transducer 560 and the both sides of guard electrode 570 that user touches shown in Figure 51 accidentally, control
Portion 556 does not make proximity transducer 560 play a part of feeler, and makes the opening door operation engineering noise of left-hand door 21, thus, no
Carry out the opening door operation of left-hand door 21.Thus, control unit 556 touches proximity transducer 560 accidentally in user such as ancon
In the case of the both sides of guard electrode 570, make the opening door operation engineering noise of left-hand door 21, the opening door operation of left-hand door 21 can be forbidden.
Also, in the case of the proximity transducer 560 and the both sides of guard electrode 570 that water droplet is attached to shown in Figure 54 and Figure 51,
Control unit 556 makes the opening door operation engineering noise of left-hand door 21 by not making proximity transducer 560 be worked as feeler,
Also without the opening door operation of left-hand door 21.Forbidding for above-mentioned opening door operation is same for right door 22.
In addition, in ancon hookup 54 and the guard electrode 570 shown in Figure 51 and the intermediate region portion simultaneously of such as user
In the case of dividing 589 both sides, the opening door operation " effective " of door 21 can be made and carry out the opening door operation of left-hand door 21.This is for right door
22 is same.
As described above, the left-hand door 21 and right door 22 of the opposite opened with glass system front panel 21A, 22A are respectively with electrostatic
Touch type feeler, the electrostatic touch type feeler are used as the close proximity transducer of the finger of detection human body etc.
560.As shown in figure 51, in substrate 553, around the proximity transducer 560 as electrostatic touch electrode, guard electrode
570 be configured to by with proximity transducer 560 have it is spaced in a manner of surround proximity transducer 560.
The guard electrode 570 be in human body proximity, for change proximity transducer 560 human testing scope it is effective
The effective range change mechanism of the detection range of scope.Guard electrode 570 produces detects the close of human body with proximity transducer 560
The electromagnetic field of caused electromagnetic field opposite direction.
Thus, guard electrode 570 detects the electromagnetic field caused by of human body to proximity transducer 560 in upper and lower
Limited on to, left and right directions, as shown in Figure 49 and Figure 50, limit proximity test electromagnetism caused by proximity transducer 560
The spreading range of field.Therefore, electromagnetic field 560P caused by proximity transducer 560 (proximity test scope) is only limited in close to sensing
The positive forward direction of device 560.
Therefore, in the case of the refrigerator of the opposite opened with left-hand door 21 and right door 22, the enabling of such as left-hand door 21 is utilized
Close the door, the error detection of proximity transducer 560 of right door 22 can be prevented, closed the door using the enabling of right door 22, left-hand door 21 can be prevented
The error detection of proximity transducer 560.
In addition, be not opposite opened refrigerator but in the case of single open-door formula refrigerator, come refrigerator in human body or object
Side in the case of, can prevent the careless flase drop of proximity transducer of door from measuring the human body or object.
31st embodiment
Figure 56 is the front view for the refrigerator 1 for representing the 31st embodiment.
As shown in figure 56, before a pair of left-hand doors 21 and right door 22 cover the refrigerating chamber 12 of refrigerator 1 in a manner of it can be opened and closed
Surface hole portion.Therefore, left-hand door 21, right door 22 respectively the left part of the casing 11 as refrigerator main body, right part up and down
It is mounted to be opened and closed with opposite opened using hinge part.
Left-hand door 21 and right door 22 are all following thermal insulation construction parts:In the opening portion installation of the flat inner panel of preceding surface opening
There are glass system front panel 21A, 22A of tinted clear, and internally blank part is configured with vacuum heat insulation material, not by vacuum
Heat-barrier material landfill blank part be configured with foamed polyurethane heat-barrier material (hereinafter also referred to as polyurethane heat-barrier material) or
Preforming solid insulating material (such as EPC).
As shown in figure 56, a pair of opening door operation portions 651,652 are respectively arranged at the front panel 21A of left-hand door 21, right door 22
Front panel 22A rear side it is following near.Surface clamshell doors operating portion that can be by the finger of user from front panel 21A
651st, 652 touch operation is carried out.Opening door operation portion 651 has electrostatic capacitive proximity transducer 607 and electrostatic capacitive touch-control
The electrode 633 of button.Opening door operation portion 652 has electrostatic capacitive proximity transducer 608 and electrostatic capacitive touch controlled key
Electrode 633.Proximity transducer 607 is configured at the upside of the electrode 633 of touch controlled key, proximity transducer 608 be configured at touch-control by
The upside of the electrode 633 of key.
In addition, the rear side in the front panel 21A of left-hand door 21 is provided with electrostatic capacitive control operation portion 650, control behaviour
Make portion 650 to be used to carry out touch operation from front panel 21A surface to operate refrigerator by the finger of user.
It is provided with the control operation portion 650:For detect ambient condition for example around refrigerator infrared ray light accepting part,
Control button (controlling switch) 650CS and HOME buttons (HOME switches) 650HS, detect to touch HOME buttons 650HS
Touch and the LED display lamps through display are carried out to Cao Zuoanjian name, refrigerating function name, intensity of cooling etc., temperature value etc. is changed
Numerical value carry out 7 sections of LED displays etc. through display.
As shown in figure 56, the left side near the front end for the cover top surface that enabling drive division 54,55 is respectively arranged at casing 11
Right part position, and be the top with left-hand door 21, right door 22 opening side end near corresponding position.
These enabling drive divisions 54,55 are the enabling dresses for making left-hand door 21, right door 22 forcibly carry out door opening action respectively
Put.Enabling drive division 54,55 is released dynamic iron core 54A, 55A by electromagnet forwards, thus that left-hand door 21, right door 22 is respective
Opening side end near top release forwards so that left-hand door 21, right door 22 forcibly automatic opening.
As shown in figure 56, the opening door operation portion 651 comprising a proximity transducer 607 is configured at the bottom right position of left-hand door 21
Put, the opening door operation portion 652 comprising another proximity transducer 608 is configured at the lower left position of right door 22.Include close sensing
The opening door operation portion 651 of device 607 is configured at the glass system front panel 21A of left-hand door 21 inside, includes opening for proximity transducer 608
Door operation portion 652 is configured at the glass system front panel 22A of right door 22 inside.
Figure 57 be represent the left-hand door 21 shown in Figure 56 the opening door operation portion 651 comprising proximity transducer 607 nearby (or
Near the opening door operation portion 652 comprising proximity transducer 608 of right door 22) structure example V1-V1 lines at sectional view.Figure 56
Structure example near shown opening door operation portion 652 is as the structure example near the opening door operation portion 651 shown in Figure 56.
As shown in figure 57, in glass system front panel 21A, 22A inner surface side, masking sheet material is configured with by printing etc.
621.The sheet material 621 is internal and configuration in order to prevent from seeing by front panel 21A, 22A.
As shown in figure 57, front panel 21A, 22A inner surface side, the 1st substrate 631 and the 2nd substrate 632 across interval with
Front panel 21A, 22A are abreast configured.
At the back side for the 1st substrate 631 for being configured at front side, proximity transducer 607 (or proximity transducer 608) is configured with
With connector 629, on the surface of the 1st substrate 631, multiple touch controlled keys (electrode) 633 of electrostatic capacitive are configured with.The 1st
On substrate 631 behind corresponding with touch controlled key 633 position is configured at formed with multiple through holes 634, each hole 634.Close to biography
Sensor 607,608 is the microcomputer with proximity transducer function.
As shown in figure 57, the rear side for being configured at the 1st substrate 631 the 2nd substrate 632 surface, be configured with multiple
LED635 and connector 636.The connector 636 of 2nd substrate 632 is connected to the connection of the 1st substrate 631 by multiple trunk 628
Device 629.
Each LED635 is configured at the position relative with each hole 634 of the 1st substrate 631.Thus, illuminated caused by each LED635
With light LLT can to touch controlled key 633, front panel 21A (22A) side be illuminated from behind by each hole 634.Thus, user
The position of proximity transducer 607 (608) and each can be visually confirmed by front panel 21A (or front panel 22A) and sheet material 621
The position of touch controlled key 633.
Figure 58 is the sectional view at the V2-V2 lines in the control operation portion 650 shown in Figure 56.
As shown in figure 58, in glass system front panel 21A inner surface side, masking sheet material 621 is configured with by printing etc..
The sheet material 621 is internal and configuration in order to prevent from seeing by front panel 21A.Operation is configured with the inside of front panel 21A
Sign board 661, diffusion film 662, transparency electrode 663, substrate 664.From front panel 21A towards substrate 664, sign board is operated
661st, diffusion film 662, transparency electrode 663 according to this sequentially across parallel configuration.Diffusion film 662 makes to be equipped on substrate
Illumination light LLS front panel 21A sides caused by 664 multiple LED665 diffuse.
The connector of multiple LED665, leaded light shield 666, flexible printing substrate is equipped with the surface of substrate 664
667.The connector 667 is connected to transparency electrode 663 by flexible printing substrate 668.Each LED665 be configured at two it is adjacent
Between shield 666, each LED665 illumination light LLS irradiates in the presence of shield 666 to the side of transparency electrode 663,
After transparency electrode 663, front panel 21A is diffused in the presence of diffusion film 662.Thus, user can be by above
Plate 21A and sheet material 621 visually confirm the electrode position of transparency electrode 663.
Figure 59 is to represent control unit 656, control operation portion 650, opening door operation portion 651,652, opening as door opener
The block diagram of the electrical connection of door drive division 54,55.
As shown in figure 59, control unit 656 is electrically connected to control operation portion 650, the 1st substrate 631 and the 2nd substrate 632, opened the door
Drive division 54,55.
In the refrigerator 1 shown in Figure 56, in the case where user opens the left-hand door 21 (or right door 22) of refrigerator 1, if
It is dim environment, then is difficult to position and the touch controlled key of the proximity transducer 607 (608) of opening door operation portion 651,652
633 position.So, the operation of opening door operation portion 651,652 is difficult in order to improve, as shown in figure 57, in opening door operation
The back side of the touch controlled key 633 in portion 651,652 and the back side of proximity transducer 607 (608), are equipped with for providing illumination light
LED635 as lighting mechanism.
Therefore, the situation of touch operation is carried out with the touch controlled key 633 of finger clamshell doors operating portion 651,652 in user
Under, electrostatic capacitive proximity transducer 607 (or proximity transducer 608) detects that people's is close.Control unit 656 passes from close
Sensor 607 (or proximity transducer 608) receives the close signal of notifier, and illuminating LED 635 is according to the finger of control unit 656
Make bright light.
Thus, user can also identify the proximity transducer of opening door operation portion 651,652 under dim environment
The position of 607 (608) and the position of touch controlled key 633, the touch controlled key 633 of opening door operation portion 651,652 can be easily operated,
Left-hand door 21 (or right door 22) can be opened.
In addition, when proximity transducer 607 (or proximity transducer 608) detect people it is close when, control unit 656 is from connecing
Nearly sensor 607 (or proximity transducer 608) receives the close signal of notifier, therefore, the control operation portion shown in Figure 58
650 illuminating LED 665 bright light according to the instruction of control unit 656.
Thus, even if user is under dim environment, the position in control operation portion 650 can be also identified, can be easily
Operational control operating portion 650.
User want with finger on glass system front panel 21A, 22A in a non contact fashion clamshell doors operating portion 651,
In the case that 652 touch controlled key 633 carries out touch operation, it is preferable that Figure 59 control unit 656 can be by during LED635 bright lights
Brightness is divided into multiple ranks.
I.e., when proximity transducer 607 (or proximity transducer 608) detect people it is close when, Figure 59 control unit 656
Make the pico- bright lights of LED635.Then, the touch controlled key in user with finger clamshell doors operating portion 651,652 in a non contact fashion
633 carry out touch operation, and in the case of the opening door operation establishment of left-hand door 21 (or right door 22), Figure 59 control unit 656 makes
LED635 complete bright lights improve light quantity.
Afterwards, user make finger depart from touch controlled key 633, control unit 656 cause enabling drive division 54 (or open the door driving
Portion 55) act and open left-hand door 21 (right door 22).
Thus, user with the touch controlled key 633 of finger clamshell doors operating portion 651,652 carry out touch operation and left-hand door 21
In the case that the opening door operation of (or right door 22) is set up, to improve light quantity, therefore LED635 becomes complete bright light from glimmer lamp
User can pass through the change of the light quantity, i.e. preferably, increase light quantity, visually to confirm the establishment of opening door operation.
In order to such as user to cooling control content change operation and the control operation portion 650 shown in operation diagram 59.
Control unit 656 can be set such that the action start time (bright light of the LED665 bright lights in the control operation portion 650 shown in Figure 58
Opportunity) than action start time (bright light opportunity) delay for the LED635 bright lights for making the opening door operation portion 651,652 shown in Figure 57
Predetermined time delay, i.e. both differences.I.e., can change the LED665 in control operation portion 650 illumination mode opportunity and
The opportunity of the LED635 of opening door operation portion 651,652 illumination mode.
Such as, can make opening door operation portion 651,652 LED635 bright light opportunity earlier than control operation portion 650
LED665 bright light opportunity.But it is also possible in turn, make the LED665 bright light opportunity in control operation portion 650 earlier than enabling
The LED635 of operating portion 651,652 bright light opportunity.
Thus, when proximity transducer 607 (or proximity transducer 608) detect people it is close when, can not only make out
The LED635 bright lights in door operation portion 651,652, the LED665 bright lights in control operation portion 650 can also be made.
As shown in figure 56, on left-hand door 21 and right door 22, the position of proximity transducer 607,608 is arranged to compare control operation
On the lower, also, proximity transducer 607,608 is respectively arranged at the touch controlled key of opening door operation portion 651,652 for the position in portion 650
Near 633.
Thus, by making finger close to proximity transducer 607 (or proximity transducer 608) in user and contacting close to biography
After sensor 607 (or proximity transducer 608), the movement that directly makes finger move down slightly, can contact opening door operation portion 651,
652 touch controlled key 633, therefore easily operated for user.
Then, Figure 60 shows that the proximity transducer 607 in the left-hand door 21 shown in Figure 56 detects the close of user's finger
Afterwards, in the case where finger contacts the touch controlled key 633 of opening door operation portion 651, the control operation portion 650 of left-hand door 21 and enabling
The example of the situation of the bright light of operating portion 651.
In Figure 60 (a), the finger of user is in the also not state completely close with proximity transducer 607.In the state
Under, control unit 656 is in order that the proximity transducer 607 as static switching works as " proximity transducer ", control unit 656
The sensitivity of proximity transducer 607 is set as " height " to improve sensitivity, thus, the function as " proximity transducer " " has
Effect ".
In this case, control unit 656 makes the left-hand door 21 of the function as touch controlled key 633 of opening door operation portion 651
Open (opening door operation) engineering noise.Also, control unit 656 makes the bright light in control operation portion 650 show and opening door operation portion 651
Bright light show it is shown in dotted line as, be " closed mode ".Also, the controlling switch (control button) in control operation portion 650
650CS and HOME switches (HOME buttons) 650HS operation (opening door operation) function engineering noise.
Next, Figure 60 (b) shows finger HT close to the state of proximity transducer 607.In this condition, close to sensing
Device 607 detects that finger HT's is close, and therefore, control unit 656 is using proximity transducer 607 as the sensitive of " proximity transducer "
Degree switches to " low " from " height " and reduces sensitivity to weaken the function of proximity transducer.
Therefore, control unit 656 makes the touch controlled key 633 of opening door operation portion 651 work, and therefore, finger HT is from front panel
Surface contact touch controlled key 633 and opening operation (opening door operation) function of left-hand door 21 for carrying out becomes " to have from engineering noise
Effect ".
Also, control unit 656 causes the bright light in control operation portion 650 to show and the opening door operation portion of proximity transducer 607
As 651 bright light is shown as shown by the solid line, become " opening ", shown in the LED635 and Figure 58 shown in Figure 57
LED665 for example carries out pico- bright light.I.e., pico- bright light is carried out by the LED665 shown in Figure 58, lighted from behind to control
Operating portion 650 is illuminated, and by the LED635 bright lights shown in Figure 57, is lighted from behind and is carried out clamshell doors operating portion 651 and enter
Row illumination.
It is preferred that the bright light shows that the time is such as 10 seconds time as defined in bright light, in this 10 seconds periods finger HT not
In the case of the touch controlled key 633 for contacting opening door operation portion 651, LED635,665 can also be made to turn off the light again.
Wherein, control unit 656 may be set so that moving for the LED665 bright lights for making the control operation portion 650 shown in Figure 58
The action start time for making LED635 bright light of the start time (bright light opportunity) than making the opening door operation portion 651 shown in Figure 57 is (bright
Lamp opportunity) delay predetermined time delay, i.e. both differences.I.e., control unit 656 can change control operation portion 650
The opportunity of the opportunity of LED665 illumination mode and the LED635 of opening door operation portion 651 illumination mode.
Such as, can make opening door operation portion 651 LED635 bright light opportunity earlier than the LED665's in control operation portion 650
Bright light opportunity.But it is also possible in turn, make the LED665 bright light opportunity in control operation portion 650 earlier than opening door operation portion 651
LED635 bright light opportunity.By making bright light opportunity different like this, user can be directed to distinguish control operation portion 650
Position and the mode of position of opening door operation portion 651 shown.
Next, controlling switch 650CS and HOME the switch 650HS in control operation portion 650 operating function are opened, from
Engineering noise becomes " effective ".
Then, in Figure 60 (c), show that finger HT contacts the state of the touch controlled key 633 of opening door operation portion 651.
In this condition, control unit 656 maintain proximity transducer 607 as the sensitivity of " feeler " that is, the shape of " low "
State.Control unit 656 makes the opening operation of the left-hand door 21 of the function as touch controlled key 633 of opening door operation portion 651 (open the door and grasp
Make) function maintain " effective " it is constant.
Next, control button (controlling switch) 650CS the and HOME buttons (HOME switches) in control operation portion 650
650HS operating function is opened, and is become " effective ", therefore can operate.
Also, control unit 656 causes the bright light in control operation portion 650 to show and the opening door operation portion of proximity transducer 607
As 651 bright light is shown as shown by the solid line, maintain " opening ".
In such a situation it is preferred that light quantity and proximity transducer 607 that the bright light in Figure 60 (b) control operation portion 650 is shown
Opening door operation portion 651 the light quantity that shows of bright light it is smaller, carry out pico- bright light.But contacted in Figure 60 (c) finger HT
When, the light quantity that the bright light in control operation portion 650 is shown and the light quantity that the bright light of opening door operation portion 651 is shown carry from pico- bright light
Height, lighted with the complete bright light that is carried out by bigger light quantity.
Thus, with the touch controlled key 633 of finger clamshell doors operating portion 651 touch operation is carried out in user and left-hand door 21 is opened
In the case that door operation is set up, LED635 becomes complete bright light to improve light quantity from pico- bright light, and therefore, user can be by bright
The increase of lamp amount visually confirms that opening door operation has been set up.Also, user can more reliably identify the aobvious of control operation portion 650
Show the display with opening door operation portion 651, and the energy-saving effect of power consumption can be improved.
As described above, make finger HT as shown in Figure 60 (b) close in the case of proximity transducer 607, and
Shown in Figure 60 (c) make finger HT contact touch controlled keys 633 in the case of, control unit 656 is in order to be controlled operating portion 650
Illumination and the illumination of opening door operation portion 651, light quantity when can change bright light as described above improve light quantity.
Afterwards, in Figure 60 (d), show the finger HT of user departing from the touch controlled key 633 of opening door operation portion 52
State.In this condition, control unit 656 has the input of the operation signal of the touch controlled key 633 from opening door operation portion 651
Effect, acts enabling drive division 54, thus, carries out the enabling control of corresponding left-hand door 21.Thus, left-hand door 21 can be beaten automatically
Open.
Also, control unit 656 causes the bright light in control operation portion 650 to show and the opening door operation portion of proximity transducer 607
As 651 bright light is shown as shown by the solid line, maintain " opening ".Then, the controlling switch in control operation portion 650
650CS and HOME switches 650HS operating function is closed, and becomes engineering noise from " effective ".
As described above, as the opening action of the left-hand door 21 illustrated with reference picture 60, can be directed to using shown in Figure 56
The opening action of the right door 22 of the opening door operation portion 652 of right door 22 is carried out.
In addition, when the touch controlled key 633 for the opening door operation portion 651 for passing through left-hand door 21 is to open left-hand door 21, the right side is allowed hand over
The function of the touch controlled key 633 of the opening door operation portion 652 of door 22, makes the switching function of opening door operation portion 652 invalid without beating
Open right door 22.It is same in the opposite case.
In user touch behaviour is carried out with the touch controlled key 633 of finger clamshell doors operating portion 651,652 in a non contact fashion
In the case of work, it is preferable that Figure 59 control unit 656 can change bright light color during LED635 bright lights.I.e., in proximity transducer
607 (or proximity transducers 608) detect people it is close when, Figure 59 control unit 656 makes LED635 to be used as the 1st illuminant colour
For example blue bright light.Then, touch operation is carried out with the touch controlled key 633 of finger clamshell doors operating portion 651,652 in user
And in the case that the opening door operation of left-hand door 21 (or right door 22) is set up, Figure 59 control unit 656 makes LED635 to be used as the 2nd hair
Photochromic for example red bright light.
Afterwards, when user make finger depart from touch controlled key 633 when, control unit 656 cause enabling drive division 54 (or open the door
Drive division 55) action, and open left-hand door 21 (right door 22).
Thus, user with the touch controlled key 633 of finger clamshell doors operating portion 651,652 carries out touch operation and left-hand door 21
In the case that the opening door operation of (or right door 22) is set up, LED635 changes bright light in a manner of being changed to red from blueness
Color, therefore, user can visually confirm that opening door operation has been set up by the change of bright light color.In addition, the 1st illuminant colour and the 2nd hair
Photochromic species can be selected arbitrarily.
In addition, finger HT is set to make close in the case of proximity transducer 607 as shown in Figure 60 (b)
LED635,665 flicker, in the case where making the touch controlled key 633 shown in finger HT hookups 60 (c), can also make LED635,
665 it is normal when bright light.User can visually confirm that opening door operation has been set up.
In addition, the left-hand door 21 and right door 22 shown in Figure 56 are set with opposite opened, and when left-hand door 21 is in enabling, control
Bright light when portion 656 can also make the LED635 of the touch controlled key 633 of the opening door operation portion 652 of right door 22 normal.Equally, in right door 22
When in enabling, when control unit 656 can also make the LED635 of the touch controlled key 633 of the opening door operation portion 651 of left-hand door 21 normal
Bright light.Thus, user is under dim environment, the right door 22 of the side that also visually can confirm to be not switched on (or do not beat
The left-hand door 21 for the side opened) opening door operation portion position, can easily operate opening door operation portion.
Family's electrical device that the content that the respective embodiments described above illustrate can be used for beyond refrigerator, such as laundry utensil, the cooking
Utensil etc., the invention as operating portion are also effective.
32nd embodiment
Figure 61 is the front view for the refrigerator 1 for representing the 32nd embodiment.Figure 62 is the vertical view for representing the refrigerator 1 shown in Figure 61
Figure, Figure 63 is the side view of the refrigerator 1 shown in Figure 61.
As shown in Figure 61~Figure 63, the preceding surface hole portion of the refrigerating chamber 12 of a pair of left-hand doors 21 and the covering refrigerator 1 of right door 22.
Therefore, left-hand door 21, right door 22 respectively the left part of the casing 11 as refrigerator main body, right part up and down using hinge part pacify
Dress up and be opened and closed with opposite opened.
Left-hand door 21, right door 22 are all following thermal insulation construction parts:In the opening portion installation of the flat inner panel of preceding surface opening
There are glass system front panel 21A, 22A of tinted clear, and internally blank part is configured with vacuum heat insulation material, not by vacuum
The blank part configuration foamed polyurethane heat-barrier material (hereinafter also referred to as polyurethane heat-barrier material) of heat-barrier material landfill is pre-
The solid insulating material (such as EPC) of shaping.
As shown in Figure 61~Figure 63, opening door operation portion 551,552 is respectively arranged at the front panel 21A of left-hand door 21, right door 22
Front panel 22A it is following near.Near the front end for the cover top surface that enabling drive division 54,55 is respectively arranged at casing 11
Left and right position, and it is arranged in corresponding position near the opening side end of the top with left-hand door 21, right door 22.
These enabling drive divisions 54,55 are left-hand door 21 and right door 22 is distinguished the enabling dress of mandatory progress door opening action
Put.Enabling drive division 54,55 releases dynamic iron core 54A, 55A by using electromagnet forwards, and left-hand door 21, right door 22 is respective
Opening side end near top release forwards so that left-hand door 21, right door 22 forcibly automatic opening.
As shown in Figure 61, an opening door operation portion 551 is configured at the bottom-right location of left-hand door 21, another opening door operation portion
552 are configured at the lower left position of right door 22.Opening door operation portion 551 is configured at the glass system front panel 21A of left-hand door 21 inside, opens
Door operation portion 552 is configured at the glass system front panel 22A of right door 22 inside.
In addition, it is internally provided with electrostatic capacitive control operation portion 650, electrostatic capacitance in the front panel 21A of left-hand door 21
Formula control operation portion 650 is used to carry out touch operation from front panel 21A surface to operate refrigerator by using the finger of user.
The control operation portion 650 is configured at the upper position of opening door operation portion 551 on left-hand door 21.
It is provided with the control operation portion 650:For detecting the infrared ray light of the ambient condition for example around refrigerator
Portion, control button (controlling switch) 650CS and HOME buttons (HOME switches) 650HS, detect to HOME buttons 650HS's
Touch and the LED display lamps through display are carried out to Cao Zuoanjian name, refrigerating function name, intensity of cooling etc., temperature value etc. is become
The numerical value of change is carried out through 7 sections of LED displays of display etc..
Figure 64 shows the structure example of the substrate 553 of the opening door operation portion 551 shown in Figure 61.Figure 65 is to represent to be configured at figure
The proximity transducer 560 of the substrate 553 of opening door operation portion 551 shown in 64 and the figure of guard electrode 570.Figure 66 is to represent to open the door
The exploded perspective view of the structure example of operating portion 551.
Opening door operation portion 551 and opening door operation portion 552 shown in Figure 61 have same construction, are symmetrical still
Shape.Figure 64 shows the shape example of the substrate 553 of opening door operation portion 551, still, opening door operation portion 552 and opening door operation portion
551 be substantially same shape, therefore, 64~Figure 66 of reference picture, is carried out with the substrate 553 of opening door operation portion 551 for representative
Explanation.
First, reference picture 66, opening door operation portion 551 have:Substrate mounting body 500M, for storing substrate mounting body 500M
Be referred to as be open box body plastics accommodation space part 585 and plastics cover 590.In plastics accommodation space
The back side 585R of part 585, preferably paste such as aluminium foil as metallic object.Pasted in the inner surface of plastics cover 590
The metallic objects such as aluminium foil 591.Thus, electromagnet caused by the main body side of refrigerator 1 will not have an impact to substrate mounting body 500M sides.
Substrate mounting body 500M has:Plastics shield 599, substrate 553, operate sign board 597, be equipped with display use
LED557 LED-baseplate 598.Substrate 553 is electrostatic soft-touch control substrate, is fixed on the front-surface side of shield 599.In substrate
553 front-surface side is configured with operation sign board 597.Display LED-baseplate 598 is fixed with the rear side of shield 599.
Multiple LED577 are equipped with the LED-baseplate 598.
In substrate 553 and 597 corresponding position of sign board is operated, formed with left and right slit 574,575.The substrate mounting body
500M is accommodated in accommodation space part 585 by the opening portion 586 of the rectangle insert port as accommodation space part 585
It is interior.The opening portion 586 of accommodation space part 585 is covered part 590 and covered.
As shown in Figure 64 (a) and Figure 65, the substrate 553 of opening door operation portion 551 is rectangle or square, substrate 553
With the back side 553B shown in the surface 553A and Figure 64 (b) shown in Figure 64 (a).Electronic unit is provided with substrate 553
Carry part 571 and proximity transducer 560 and the configuration section of guard electrode 570 572.Opening door operation portion shown in Fig. 1
551 substrate 553 and the substrate 553 of opening door operation portion 552 preferably use symmetrical shape, can be fabricated to universal component.
The carrying part 571 of the electronic unit of back side 553B sides shown in Figure 64 (b) has the 1st stage portion in end portion
553M and the 2nd stage portion 553N.The end portion of the carrying part 571 of the electronic unit of back side 553B sides is formed as step-like.
Also, overleaf on the carrying part 571 of the electronic unit of 553B sides, be equipped with 2 connector component CC1,
Electronic units such as CC2, microcomputer (not shown) etc..Connector component CC1 is configured at the 1st stage portion 553M, and connector component CC2 matches somebody with somebody
It is placed in the 2nd stage portion 553N.
I.e., connector component CC1 and connector component CC2 is not to be arranged side by side in the horizontal direction, connector component
The position that CC1 is installed on the back side 553B of substrate 553 is installed on relative to connector component CC2 the back side 553B of substrate 553
For position, the position of downside is located in Z-direction (above-below direction).Connector component CC1 matches somebody with somebody along the 1st stage portion 553M
Put, connector component CC2 configures along the 2nd stage portion 553N.
Thus, because connector component CC1, CC2 position are staggered in the vertical direction, therefore in maintenance by connector
When part CC1, CC2 are removed or installed, instrument easy to use dismounts.
Further, since connector component CC1, CC2 position are staggered in the vertical direction, therefore, condense caused water
Easily flowed down between connector component CC1, CC2, therefore, it is possible to prevent:Water caused by condensation retains in connector component
CC1, CC2 position.Further, since the back side of connector component CC1, CC2 and substrate has interval, therefore, deposited even in water
Stay in the case of in incorporating section, connector component CC1, CC2 will not also be got wet by water.
In addition, it is equipped with 2 connector portions on the carrying part 571 of the electronic unit of the back side 553B sides of substrate 553
Part CC1, CC2, electronic unit (not shown) etc., electronic unit is not carried on the surface 553A of substrate 553.As electronic unit
For such as noise remove capacitor, signal transacting electricity container, transistor, microcomputer.Because electronic unit is configured at like this
The surface 553A of substrate 553, also configure in back side 553B sides, therefore, as shown in Figure 66, operate the inner surface of sign board 597 not
Electronic unit can be impacted, can be configured to be tightly engaged into the surface 553A of substrate 553.
Also, the carrying part 571 of the electronic unit in the back side 553B sides of substrate 553 is configured with 2 connector components
CC1, CC2, by making connector component CC1, CC2, proximity transducer 560, the configured separate of guard electrode 570, it is therefore prevented that come from
Connector component CC1, CC2 influence of noise proximity transducer 560 and guard electrode 570.
It is configured with the configuration section 572 of the surface 553A sides of the substrate 533 shown in Figure 64 (a) as the 1st electrode
Proximity transducer 560, the guard electrode 570 as the 3rd electrode, the middle region part 589 as the 2nd electrode.Close to sensing
Device 560 is located at the centre of configuration section 572, and guard electrode 570 is located at the outermost of configuration section 572.Middle region part
589 are disposed proximate between sensor 560 and guard electrode 570.Proximity transducer 560, guard electrode 570 and intermediate region portion
It is metal electrode to divide 589, still, is electrically insulated from each other.Middle region part 589 as the 2nd electrode aids in proximity transducer
560, there is the function as proximity transducer.Guard electrode 570 changes the effective range that proximity transducer 560 detects.It is close
Sensor 560 is not to be made up of multiple electrodes, but is made up of the electrode of 1 block length square shape.Thus, it is possible to using user's profit
The shape of touch operation is easily carried out with finger.
In addition, as shown in Figure 64 (b), conduct is configured with the back side 553B corresponding with configuration section 572 of substrate 553
The netted grounding pattern 573 of 4th electrode.Thus, the grounding pattern 573 causes the noise from refrigerator main body not passed to close
Electromagnetic field caused by electromagnetic field caused by sensor 560 and guard electrode 570 brings influence.
As shown in Figure 64 (a) and Figure 65, in the middle position of proximity transducer 560 formed with through hole 560C.In the through hole
On 560C, as shown in Figure 64 (b), wire pattern 560H is connected with.Wire pattern 560H is connected by linking portion 560A parts
It is connected to through hole 560C.Wire pattern 560H is configured to the linking portion 560A's at the position by being used as beyond slit 574,575
Rear side part.Linking portion 560A is explained below.
User presses with finger the behavior of proximity transducer 560 (contact), typically using the center of proximity transducer 560 as
What target was carried out, therefore, through hole 560C is formed at the center position of proximity transducer 560.
The reasons why making through hole 560C be formed at the center position of proximity transducer 560 like this, is as follows.I.e., passed for close
For sensor 560, through hole 560C middle section is formed compared with other regions, switchs sensitivity highest.Therefore, by using
The center of the proximity switch 560 of the finger pressing with through hole 560C at family, finger contact sensitivity highest part can be made.
Proximity transducer 560 shown in Figure 64 and Figure 65 is that electrode is used in electrostatic touch (contact), is used in Figure 62 and figure
Front (preceding surface) direction of left-hand door 21 and right door 22 shown in 63, human body or object are e.g., from about being detected at 100mm
Close electrostatic capacitive testing agency.A part specifically such as finger of the proximity transducer 560 in the human body of user
When close, the close of the finger is detected.Proximity transducer 560 is electrostatic capacity type touch sensor, can use mutual capacitance
Mode touch sensor or self capacitive way touch sensor.
For mutual capacitance mode, it is made up of 1 sender electrode and 1 receiving electrode, is provided when to sender electrode
During electric current, electromagnetic field is generated, electromagnetic field is received by receiving electrode.Such as the finger of human body is close to the detection of proximity transducer 560
During region, a part for electromagnetic field is received by absorption and by receiving electrode, and the amount of the energy detected is reduced so that close to sensing
Device 560 is capable of detecting when the close of finger.
For self capacitive way, the electrode (proximity transducer 560) with stray capacitance needs 1.Electrode (connects
Nearly sensor 560) stray capacitance by the electric conductor (hand of human body positioned at the electrode (proximity transducer 560) and around it
Refer to) between effect of parasitic capacitance.When the finger of human body is close to proximity transducer 560, is influenceed and caused miscellaneous by parasitic capacitance
The value increase of spurious capacitance, by measuring the increased stray capacitance, proximity transducer 560 is capable of detecting when the close of finger.
As shown in Figure 64 and Figure 65, proximity transducer 560 is created as the switch for the oblong-shaped for example longitudinally grown, slit
574th, 575 it is formed in a manner of surrounding electrode around proximity transducer 560.I.e., slit 574,575 is with the close sensing of encirclement
Mode around device 560 is formed along the Z direction.Thus, by setting slit 574,575, it is readily apparent that proximity transducer 560
Position.As shown in Figure 65, covered with such as thin transparent film body 576 on the slit 574,575, on thin transparent film body 576
Across interval formed with multiple light-emitting components to be worked as lighting device that is, LED577.
Wherein, as shown in Figure 65, it is corresponding 4 with 4 corner 576R of slit 574,575 in multiple LED577
LED577 is configured at the outer fix drifted out out of slit 574,575.By being arranged such, with 4 corner 576R corresponding 4
Illumination light caused by individual LED577 is irradiated in a manner of it will not be had an impact to slit 574,575.
As shown in Figure 65, the one end of proximity transducer 560 is linked to configuration section 572 by linking portion 560A, connects
The other end of nearly sensor 560 is linked to configuration section 572 by linking portion 560B.These linking portions 560A, 560B
Enter joining line in a manner of proximity transducer 560 and its peripheral part that is, middle region part 589 to be connected, also referred to as
" bridge ".Linking portion 560A, 560B are arranged at the above-mentioned position being configured with beyond LED577 position in a manner of avoiding.By
This, linking portion 560A, 560B will not hinder LED577 illumination light.
Proximity transducer 560 central portion formed with electrical connection through hole 560C.Like this in proximity transducer 560
Middle body forms through hole 560C, as already described, is provided with the region part of through hole 560C proximity transducer 560
Compared with other region parts, detection sensitivity is high.The region part that the finger of user is approached and contacted is proximity transducer 560
Middle body, therefore, through hole 560C is disposed proximate to the middle body of sensor 560.
Next, the guard electrode 570 shown in Figure 64 and Figure 65 is illustrated.
Guard electrode 570 is formed as around proximity transducer 560 and middle region part 589 in configuration section 572
The frame shape of oblong-shaped.Guard electrode 570 is metallic object, by a pair of short edges electrode part 570A and a pair of long side electrode parts
570B is formed.The generation of guard electrode 570 and the electromagnetic field of electromagnetic field opposite direction caused by proximity transducer 560.
Thus, as shown in Figure 62 and Figure 63, electromagnetic field 560P extension is by guard electrode caused by proximity transducer 560
The electromagnetic field of opposite direction caused by 570 suppresses.Therefore, suppressed by the electromagnetic field as caused by guard electrode 570 close to sensing
Electromagnetic field 560P extension caused by device 560, guard electrode 570 play the detection model of the effective range of change human testing scope
The effect for the effective range change mechanism enclosed.
Guard electrode 570 in a manner of constriction such as finger of alteration detection human body it is close when proximity transducer
560 detection range, to change the effective range of the detection range of proximity transducer 560.Specifically, guard electrode 570 becomes
Closer to the result of the effective range of the detection range of sensor 560, as shown in Figure 62, the opening door operation portion 551 of left-hand door 21
Electromagnetic field 560P caused by proximity transducer 560 is only channeled to the positive forward direction of proximity transducer 560.Equally, right door
Electromagnetic field 560P caused by the proximity transducer 560 of 22 opening door operation portion 552 is only channeled to the front of proximity transducer 560
Forward direction.
Therefore, as shown in Figure 62, electromagnetic field 560P caused by proximity transducer 560 is with not in the lateral direction that is, X-direction
The mode constriction of extension.
Also, as shown in Figure 63, electromagnetic field 560P caused by the proximity transducer 560 of the opening door operation portion 551 of left-hand door 21
It is only channeled to the positive forward direction of proximity transducer 560.Equally, the proximity transducer of the opening door operation portion 552 of right door 22
Electromagnetic field 560P caused by 560 is only channeled to the positive forward direction of proximity transducer 560.Therefore, in Figure 63, close to biography
Electromagnetic field 560P caused by sensor 560 by not vertically that is, Z-direction extend in a manner of constriction.
I.e., the electromagnetic field 560P of the proximity transducer 560 shown in Figure 62 and Figure 63 shows the effective of the detection range of human body
Scope, the scope in the effective range of the detection range of the human body direction different equivalent to from the front of proximity transducer 560
The different scope (in the scope of upper and lower left and right extension).
Then, Figure 67 is to represent control unit 556, opening door operation portion 551,552, the enabling drive division as door opener
54th, the block diagram of 55 etc. electrical connection.
As shown in Figure 67, control unit 556 is electrically connected to the proximity transducer 560 and protection electricity of opening door operation portion 551,552
Pole 570, enabling drive division 54,55, multiple LED577 as lighting device.
Under the control of control unit 556, proximity transducer 560 is held in " high sensitivity " state.Finger enters work
For electromagnetic field 560P shown in Figure 62 and Figure 63 of the detection zone of proximity transducer 560 when, Figure 67 control unit 556 is from close
Sensor 560 receives the signal SG that finger has approached proximity transducer 560.
Moreover, Figure 67 control unit 556 is judged as finger when receiving the signal SG from the proximity transducer 560
Approached proximity transducer 560, and stopped the energization to guard electrode 570, and by the sensitivity of proximity transducer 560 from
" high sensitivity " is changed to " muting sensitivity " to reduce sensitivity.Also, control unit 556 comes from the proximity transducer receiving
During 560 signal SG, control unit 556, to being illuminated around proximity switch 560, utilizes illumination by making LED577 bright lights
The position of proximity switch 560 is set to float so that user can be with the position of visual confirmation proximity switch 560.
Then, in finger from the state contacts proximity transducer 560 close to proximity transducer 560 when, proximity transducer 560
Worked as contact-making switch, proximity transducer 560 sends the contact that finger contacts proximity transducer 560 to control unit 556
Signal SH.Thus, control unit 556 makes proximity transducer 560 be worked as feeler, grasps the enabling of such as left-hand door 21
Make effectively, control unit 56 can make enabling drive division 54 act and actually carry out the opening door operation of left-hand door 21.For right door 22
Speech, aforesaid operations order are same.
Thus, user by the illumination caused by LED577 while visually confirm to be configured at left-hand door 21 or right door while touching
The position of proximity switch 560 on the inside of 22 glass surface, so as to open left-hand door 21 or right door 22.
As described above, control unit 556 is by by " high sensitivity " of the sensitivity of proximity transducer 560 from finger when close
" muting sensitivity " is switched to, proximity transducer 560 is worked as feeler.When finger is close to proximity transducer 560,
Control unit 556 is in order that static switching 560 works as " proximity transducer ", and control unit 556 is by the spirit of proximity transducer 560
Sensitivity is set as " height ", thus, the function " effective " as " proximity transducer ".Therefore, control unit 556 does not make proximity transducer
560 work as " feeler ", and therefore, proximity transducer 560 causes the original work(of conduct of opening door operation portion 551,552
Left-hand door 21, opening (opening door operation) engineering noise of right door 22 of energy.
As described above, make the finger of user close to proximity transducer 560, when finger is entered as proximity transducer 560
Human testing scope effective range electromagnetic field 560P when, proximity transducer 560 is by finger close to notice to control unit
556.Then, when from proximity transducer 560 by finger close to notice to control unit 556 when, control unit 556 is set, and is made
The sensitivity for obtaining proximity transducer 560 switches to " low " from " height ".Also, control unit 556 causes the bright light of proximity transducer 560
Display becomes opening from closed mode so that the position of proximity transducer 560 can be expressed by LED577.Therefore, user
The position of proximity transducer 560 can be visually confirmed on one side, while reliably contacting proximity transducer 560 with finger.Control unit
556 make proximity transducer 560 be worked as original function that is, " feeler ", therefore, close by being contacted by finger
The opening operation (opening door operation) of sensor 560, left-hand door 21 or right door 22 becomes " effective ".
The opening operation (opening door operation) of above-mentioned left-hand door 21 equally, is omitted with the opening operation (opening door operation) of right door 22
Its explanation.
As shown in Figure 64 and Figure 65, the configuration protection electrode 570 around proximity transducer 560, thus, passed as close
The electromagnetic field 560P of the effective range of the human testing scope of sensor 560 is in positive direction (the front side of left-hand door 21 and right door 22
To), the close of human hand or finger is detected in the range of e.g., from about 100mm.Now, the human body as proximity transducer 560
The electromagnetic field 560P of the effective range of detection range is limited by configuration protection electrode 570 so that in above-below direction and a left side
Right direction is without extension.
By limiting the human testing scope of proximity transducer 560 in left and right directions (X-direction) like that as shown in Figure 62
The extension of effective range, as shown in Figure 62, to make finger close to a left side along the track shown in arrow 21K to open left-hand door 21
During the proximity transducer 560 of door 21, the proximity transducer 560 for the right door 22 being closed can not be allowed to detect finger.Equally,
Along the track shown in arrow 22K open right door 22 and make finger close to right door 22 proximity transducer 560 when, can not allow pass
The proximity transducer 560 for the left-hand door 21 that closed detects finger.
Therefore, as right door 22 proximity transducer 560 human testing scope effective range electromagnetic field 560P not
It can enter in track when opening the left-hand door 21 as travel mechanism.Equally, as left-hand door 21 proximity transducer 560 people
The electromagnetic field 560P of the effective range of body detection range will not be entered in track when opening the right door 22 as travel mechanism.
Thereby, it is possible to prevent from opening left-hand door 21 or during right door 22, the right door 22 for the side do not opened and be closed or
The 560 careless flase drop of proximity transducer of person's left-hand door 21 measures the finger or left-hand door 21 or right door 22 of user.
In addition, as shown in Figure 63, by the human testing scope that proximity transducer 560 is limited in above-below direction (Z-direction)
Effective range extension, when pulling out push-pull door 23 as travel mechanism along the direction of arrow, as connecing for left-hand door 21
The electromagnetic field 560P of the effective range of the human testing scope of nearly sensor 560 and the proximity transducer 560 as right door 22
The electromagnetic field 560P of the effective range of human testing scope will not be entered in track when opening push-pull door 23.
Thus, when opening push-pull door 23, can prevent left-hand door 21 proximity transducer 560 and right door 22 close to biography
560 careless flase drop of sensor measures the finger or push-pull door 23 of user.
Guard electrode 570 shown in Figure 64 (a) and Figure 65 is as described above, guard electrode 570 is metallic object, by a pair of short edges
Electrode part 570A and a pair of long side electrode part 570B are formed.Such as, when attachment of moisture is before the left-hand door 21 shown in Figure 61
Panel 21A, the moisture are attached to the front panel 21A of the position of guard electrode 570 always, so as to guard electrode 570 because of moisture and
When detecting the change of electrostatic capacitance, the enabling drive division caused by the control unit 556 shown in Figure 67 makes proximity transducer 560 (is opened
Door gear) 54,55 door opening action it is invalid.
Specifically, the front panel 21A of left-hand door 21 surface or right door 22 are wiped using wet rag in such as user
Front panel 22A surface when, if guard electrode 570 detects moisture, proximity transducer 560 perceived wet rag and
As opening, even if so, the control unit 556 shown in Figure 67 passes through the enabling drive division caused by making proximity transducer 560
The door opening action engineering noise of (door opener) 54,55, it is also possible that left-hand door 21 or right door 22 will not be battered out.Thus, prevent
Left-hand door 21 is stopped or right door 22 is opened accidentally.
In addition, control unit 556 makes to connect when user with proximity transducer 560 is contacted again after finger contact protection electrode 570
The door opening action engineering noise of enabling drive division (door opener) 54,55 caused by nearly sensor 560.And then control unit 556 with
Family is with proximity transducer 560 is contacted while finger contact protection electrode 570 when, the enabling caused by making proximity transducer 560 is driven
The door opening action engineering noise of dynamic portion (door opener) 54,55.
Thus, it is therefore prevented that in the case where the flase drop of guard electrode 570 measures human body, left-hand door 21 or right door 22 are beaten accidentally
Open.
As shown in Figure 61, control operation portion 650 is provided with the inside of the front panel 21A of left-hand door 21, in control operation portion
650 bottom is provided with opening door operation portion 551.Therefore, in control operation portion 650 and the proximity transducer of opening door operation portion 551
Position between 560, it is configured with the short side electrode part 570A of the guard electrode 570 of opening door operation portion 551.In Figure 64 and Figure 65
It is also shown for short side electrode part 570A.
Thus, when the control operation portion 650 on the front panel 21A of left-hand door 21 surface is wiped with wet rag in such as user,
The water drips along front panel 21A, and reaches guard electrode 570.In this case, the short side electrode portion of guard electrode 570
When point 570A detects moisture, proximity transducer 560 has perceived wet rag and has become opening, even if so, Tu67Suo
The control unit 556 shown also can be by making the door opening action of the enabling drive division (door opener) 54 caused by proximity transducer 560
Engineering noise, and left-hand door 21 will not be battered out.Thus, it is therefore prevented that left-hand door 21 is opened accidentally.
In addition, the interval HF of the horizontal electrode gap of guard electrode 570 shown in Figure 65 and the electrode gap of longitudinal direction
It is bigger than the finger HT of human body width MF to be spaced RF.The interval HF of the horizontal electrode gap of guard electrode 570 and the electricity of longitudinal direction
The interval RF of clearance between poles can preferably be selected in the range of 15mm~75mm.Thus, finger HT is made to be passed close to close in user
Sensor 560 and when contacting, can prevent the careless contact protection electrodes 570 of finger HT.
In addition, the interval RF of the interval HF of the horizontal electrode gap of guard electrode 570 and the electrode gap of longitudinal direction is i.e.
The ancon of the bending of human body is set to encounter the size that will not also touch guard electrode 570.The horizontal electricity of these guard electrodes 570
The interval RF of the interval HF of clearance between poles and the electrode gap of longitudinal direction can be selected in the range of such as 30mm~75mm.Pass through this
Sample sets the size of guard electrode 570, and pot or plate etc. are with the hands held even in user, be with the ancon rather than hand of bending
Abutment proximity transducer 560 in the case of opening left-hand door 21 or right door 22, can also prevent ancon while contact is close
Sensor 560 and the both sides of guard electrode 570.Thus, user also can open left-hand door 21 or right door with finger with ancon
22。
Then, reference picture 68 illustrates the holding structure example of the substrate 553 of left-hand door 21 and right door 22.Figure 68 is to represent left-hand door
21 and right door 22 substrate 553 holding structure example figure.Figure 68 (a) is the front view of left-hand door 21 and right door 22, and Figure 68 (b) is
Represent the vertical of the medial extremity face 21T (the medial extremity face 22T of right door 22) of the left-hand door 21 of the holding structure of substrate 553 construction
Body figure.Figure 68 (c) is the figure for the example for representing cover 590.
As shown in Figure 68 (a), in the state of left-hand door 21 and right door 22 is closed, the medial extremity face 21T of left-hand door 21 and the right side
The medial extremity face 22T of door 22 is toward each other.The rectangular opening portion 586 of accommodation space part 585 is located at each medial extremity
Facial 21T, substrate mounting body 500M accommodation space part 585 are located at the inside of left-hand door 21 and right door 22.Substrate mounting body
500M is contained in a manner of being inserted into from opening portion 586 in accommodation space part 585.
Wherein, in the case of being stored substrate mounting body 500M is inserted into accommodation space part 585 like this, such as
Shown in Figure 66, the side of configuration section 572 of substrate 553 is in the side of cover 590, and the side of carrying part 571 of electronic unit is from electronics
Carrying part 571 side of part is inserted into opening portion 586 and reaches the inboard of accommodation space part 585.
So, proximity transducer 560 and guard electrode 570 are configured at the surface of substrate 553, are set at the back side of substrate 553
The carrying part 571 of electronic unit is equipped with, in the state of substrate 553 is held in left-hand door 21, the carrying part of electronic unit
571 are located at the opposite side of configuration section 572 of the substrate 553 of the side of opening portion 586 as insert port.
Thus, in the case where being inserted into accommodation space part 585 and storing by substrate mounting body 500M, operator's energy
The 1st stage portion 553M and the 2nd stage portion 553N of enough carrying parts 571 for visually confirming electronic unit on one side position, on one side
Substrate mounting body 500M is inserted into accommodation space part 585, therefore, it is possible to prevent from substrate mounting body 500M being mistakenly inserted
Direction of insertion.
Closed after substrate mounting body 500M has been stored using cover 590 opening portion 586.In the cover 590
Internal surface configurations have metallic object 591 as aluminium foil strip or iron plate.Metallic object 591 limits conduct caused by proximity transducer 560
The electromagnetic field of the effective range of human testing scope, it is the change of the effective range for the detection range for changing proximity transducer 560
Mechanism.Metallic object 591 as the effective range change mechanism of detection range is configured at the left-hand door as adjacent travel mechanism
Between 21 and right door 22.
By the way that metallic object 591 is configured at into cover 590 like this, metallic object 591 hides between left-hand door 21 and right door 22
Power off magnetic field.Therefore, the electromagnetic field of the proximity transducer 560 of left-hand door 21 and the electromagnetic field of guard electrode 570 will not be to right doors 22
Proximity transducer 560 and the electromagnetic field side of guard electrode 570 bring influence.In addition, the proximity transducer 560 from right door 22
Electromagnetic field and the electromagnetic field of guard electrode 570 will not be to the proximity transducer 560 of left-hand door 21 and the electromagnetic field of guard electrode 570
Bring influence in side.
Next, the action example in the case that reference picture 61~Figure 63 and Figure 67 opens such as left-hand door 21 to user is said
It is bright.
Make the proximity transducer 560 of the side of left-hand door 21 shown in finger close to Figure 62 and Figure 63 in user, and enter Figure 62
During with the electromagnetic field 560P of the effective range as human testing scope shown in Figure 63, the proximity transducer of high sensitivity state
560 detect that finger has approached proximity transducer 560.Thus, Figure 67 control unit 556, which receives, represents that finger has approached biography
The signal SG of sensor 560.
Then, Figure 67 control unit 556 stops to guard electrode 570 according to the signal SG from the proximity transducer 560
Energization, and control unit 556 is reduced close to the sensitivity of sensor 560 so that is changed to from " high sensitivity " " low sensitive
Degree ".Moreover, control unit 556 is illuminated by making LED577 bright lights to proximity switch 560, proximity switch 560 can be expressed
Position, user can visually confirm the position of proximity switch 560.
Then, when finger contacts proximity transducer 560, the proximity transducer 560 of muting sensitivity is as opening a left side
The soft-touch control (contact-making switch) of door 21 works, and the activation signal SH that finger is contacted to proximity transducer 560 is sent to figure
67 control unit 556.Thus, control unit 556 makes the opening door operation of left-hand door 21 effective, and control unit 556 makes enabling drive division 54 dynamic
Make, therefore left-hand door 21 can be made to open the door.
In addition, user open right door 22 in the case of action example and above-mentioned opening left-hand door 21 in the case of action example phase
Together, therefore omit the description.
So, in the proximity transducer 560 that user is worked by the use of finger contact as feeler, control unit 556
Left-hand door 21 or right door 22 can be automatically opened up.
When user only contacts proximity transducer 560, control unit 556 makes proximity transducer 560 (be connect as touch sensor
Touch sensor) work, make the opening door operation " effective " of left-hand door 21, thus carry out the opening door operation of left-hand door 21.This is for right door
It is also the same for 22.
In the case of proximity transducer 560 and the both sides of guard electrode 570 that user contacts shown in Figure 64 accidentally, control
Portion 556 does not make proximity transducer 560 be worked as feeler, and makes the opening door operation engineering noise of left-hand door 21, thus, no
Carry out the opening door operation of left-hand door 21.Thus, control unit 556 touches proximity transducer 560 accidentally in user such as ancon
In the case of the both sides of guard electrode 570, make the opening door operation engineering noise of left-hand door 21, the opening door operation of left-hand door 21 can be forbidden.
Also, even in causing proximity transducer 560 shown in Figure 64 and the both sides of guard electrode 570 to examine because water droplet adheres to
In the case of measuring, control unit 556 does not make proximity transducer 560 be worked as feeler yet, and makes opening for left-hand door 21
Door operation engineering noise, thus, without the opening door operation of left-hand door 21.Above-mentioned opening door operation is forbidden for right door 22
Equally.
In addition, be not the refrigerator of opposite opened but in the case of the refrigerator of single open-type, human body or object come refrigerator
Side in the case of, can prevent the careless flase drop of proximity transducer of door from measuring the human body or object.
In addition, proximity transducer 560 shown in Figure 64 detect the finger HT of user close " proximity test pattern " and
" the electrostatic touch mode " that is worked as feeler that proximity transducer 560 detects the finger HT of user contact can be with
Switch over as follows.
As shown in Figure 64, connect as the proximity transducer 560 of the 1st electrode and as the middle region part 589 of the 2nd electrode
It is connected to the microcomputer 599C of control unit 556.
Situation as switch mode includes:When switching to " electrostatic touch mode " from above-mentioned " proximity test pattern ",
With from " electrostatic touch mode " switch to " proximity test pattern " when.
When switching to " electrostatic touch mode " from " proximity test pattern ", proximity transducer 560 detects finger HT's
After, proximity transducer 560 of the microcomputer 599C cut-outs as the 1st electrode and the middle region part 589 as the 2nd electrode
Inside connection, works only proximate to electrostatic touch sensor of the sensor 560 as " electrostatic touch mode ".
On the contrary, from " electrostatic touch mode " switch to " proximity test pattern " when, finger HT depart from proximity transducer 560,
Pass through stipulated time, such as 10 seconds from " electrostatic touch mode ", or from open the door by close the door etc. carried out reset when, microcomputer
599C be connected as the proximity transducer 560 of the 1st electrode with the inside of the middle region part 589 as the 2nd electrode.
Then, Figure 74 (a), 74 (b) show the example of scenario described below:For making finger HT contact the figure of the 32nd embodiment
The proximity transducer 560 as the 1st electrode shown in 51 and Figure 52 and in the case of opening the door 21 in left side, carry out as the 1st
The switching of the proximity transducer 560 of electrode and the middle region part 589 as the 2nd electrode, the control operation portion 650 of left-hand door 21
With the bright light of proximity transducer 560.The situation is also the same for the door 22 on right side.
In Figure 74 (a), the finger of user is also not completely close to the state of proximity transducer 560.In a state, control
In order that the proximity transducer 560 as static switching works as " proximity transducer ", control unit 556 makes to approach in portion 556
Sensor 560 is opened and the sensitivity of proximity transducer 560 is set as into " height " to improve sensitivity, thus, as " close to biography
The function " effective " of sensor ".Also, control unit 556 makes middle region part 589 connect and by the spirit of middle region part 589
Sensitivity is set as " height " to improve sensitivity, thus, the function " effective " as " proximity transducer ".
In this case, control unit 556 makes the left-hand door 21 of the function as touch controlled key 633 of opening door operation portion 651
Open (opening door operation) engineering noise.Also, control unit 556 makes the bright light in control operation portion 650 show and proximity transducer 560
Bright light is shown as " closed mode ".Then, controlling switch (control button) 650CS and the HOME switch in control operation portion 650
(HOME buttons) 650HS operation (opening door operation) function engineering noise.
Then, show finger HT close to the state of proximity transducer 560 in Figure 74 (b).In this condition, close to biography
Sensor 560 detects that finger HT's is close, and therefore, control unit 556 makes proximity transducer 560 be opening, will approach sensing
The sensitivity as " proximity transducer " of device 560 switches to " low " to reduce sensitivity from " height ", weakens proximity transducer
Function, disconnect middle region part 589.
Therefore, control unit 556 makes proximity transducer 560 as feeler and worked, and therefore, finger HT is from front panel
The proximity transducer 560 that is worked as feeler of surface contact, the opening operation of the left-hand door 21 thus excited (opens
Door operation) function becomes " effective " from engineering noise.
Also, control unit 556 causes the LED in control operation portion 650 bright light to show with the LED's of proximity transducer 560
Bright light, which is shown, turns into " opening ", as both LED lighting lamp states, such as carries out pico- bright light.I.e., shown in Figure 58
The pico- bright lights of LED665, thus, control operation portion 650 is illuminated from behind and lighted, the LED577 shown in Figure 52 is pico-
Bright light, the proximity transducer 560 to be worked as feeler is illuminated from behind from there through slit 574,575 and
It is luminous.In such a situation it is preferred that the bright light shows that the time is such as 10 seconds time as defined in bright light, during this 10 seconds,
In the case where finger HT does not contact the proximity transducer 560 to be worked as feeler, can also cause again
LED635,577 are turned off the light.
Wherein, control unit 556 can be set as:Make the action of the LED665 bright lights in the control operation portion 650 shown in Figure 58
Action start time (the bright light of LED577 bright light of the start time (bright light opportunity) than making the proximity transducer 560 shown in Figure 52
Opportunity) delay predetermined time delay, i.e., make both different.I.e., control unit 556 can change control operation portion 650
The opportunity of the opportunity of LED665 illumination mode and the LED577 of proximity transducer 560 illumination mode.Such as, proximity transducer
560 LED577 bright light opportunity can be earlier than the LED665 in control operation portion 650 bright light opportunity.But on the contrary, can also
So that bright light opportunity of the LED665 in the control operation portion 650 bright light opportunity earlier than the LED577 of proximity transducer 560.Pass through picture
So make bright light opportunity different, user can be directed to, by the position in control operation portion 650, proximity transducer 560 and intermediate region
The position of part 589 makes a distinction display.
Then, controlling switch 650CS and HOME the switch 650HS in control operation portion 650 operating function are opened, from " nothing
Effect " becomes " effective ".
Then, in Figure 74 (c), the proximity transducer 560 that finger HT contacts are worked as feeler is shown
State.In this condition, control unit 556 maintains the sensitivity as " feeler " that is, " low " of proximity transducer 560
State.Control unit 556 makes the function of the proximity transducer 560 to be worked as feeler that is, the opening of left-hand door 21 is grasped
Making (opening door operation) function maintains " effective " constant.Also, the bright light shape that the bright light as the LED of proximity transducer 560 is shown
State, control unit 556 change illumination mode, become common bright light from pico- bright light.
I.e., the LED665 shown in Figure 58 carries out common bright light, thus, from behind to control operation portion 650 with brighter
Bright mode is illuminated and lighted, also, LED577 shown in Figure 52 carries out common bright light, thus, by slit 574,
575 are illuminated to the proximity transducer 560 to be worked as feeler and lighted in a manner of more becoming clear from behind.
I.e., in Figure 74 (c) finger HT contacts, light quantity and the bright light of proximity transducer 560 that the bright light in control operation portion 650 is shown
The light quantity of display rises to usual bright light from glimmer lamp, is lighted with the complete bright light based on bigger light quantity progress, thus, approached
The bright light of sensor 560, which is shown, to be become more to become clear.Control unit 556 makes the LED in control operation portion 650 lighting lamp state also from micro-
Glimmer lamp becomes common bright light.
Then, control button (controlling switch) 650CS and HOME buttons (HOME switches) 650HS in control operation portion 650
Operating function open, be " effective ", therefore can operate.
Thus, user with finger to proximity transducer 560 carry out touch operation and cause left-hand door 21 opening door operation into
In the case of vertical, LED577 becomes complete bright light from pico- bright light and improves light quantity, and therefore, user can pass through the increasing of bright light amount
Add and visually confirm that opening door operation has been set up.Also, user can more reliably identify control operation portion 650 display and
LED577 display, and the energy-saving effect of power consumption can be improved.
As described above, shown in such as Figure 74 (b), finger HT contacts close in the case of proximity transducer 560 in finger HT
During touch controlled key 633 shown in Figure 74 (c), control unit 556 is controlled illumination and the proximity transducer 560 of operating portion 650
Illumination, therefore, it is possible to change light quantity when improving bright light as described above.
Afterwards, in Figure 74 (d), show user finger HT depart from as feeler work close to sensing
The state of device 560.In this condition, control unit 556 makes the input of the operation signal from proximity transducer 560 effective, to make out
Door drive division 54 acts, and thus, carries out the enabling control of corresponding left-hand door 21.Thus, left-hand door 21 can automatically open up.Then,
Control unit 556 makes the function engineering noise of the proximity transducer 560 to be worked as feeler.
Also, control unit 556 make the bright light in control operation portion 650 show and the slit of proximity transducer 560 574,575 at
LED577 bright light show as shown by the solid line as, maintain " opening ".Then, the control in control operation portion 650 is opened
The operating function for closing 650CS and HOME switches 650HS is closed, and becomes engineering noise from " effective ".
As described above, as the opening action of the left-hand door 21 illustrated with reference picture 74, for using the right door shown in Figure 56
The opening action of the right door 22 of 22 opening door operation portion 652 can also be carried out.
Next, reference picture 75 come illustrate proximity transducer 560 detect finger contact principle.Figure 75 is to represent close
Sensor 560 detects the circuit diagram of the principle of finger HT contact.
Contact detection circuit 888 shown in Figure 75 has:Proximity transducer 560, adjustment as feeler (Cx)
Capacitor (Cmod) 889, clock generating source 890, IDAC (electric current output digital analog converter) 891, latch 892, timer
893rd, AND (with) circuit 894, counter 895.IDAC891 make every time identical electric current in a pulsed fashion multi-reflow to conduct
The proximity transducer (Cx) 560 and adjustment capacitor (Cmod) 889 of feeler, make electric charge gradually lodge in and are passed as contact
The proximity transducer (Cx) 560 and adjustment capacitor (Cmod) 889 of sensor.To the proximity transducer as feeler (Cx)
560 and adjustment capacitor (Cmod) 889 turn into current potential untill continue to accumulate electric charge, counter 895 is to until in adjustment electric capacity
The number of pulse untill the accumulation regulation electric charge of device (Cmod) 889 is counted.
During finger HT proximity transducers 560 of the contact as feeler (Cx), as feeler close to biography
The electrostatic capacitance increase of sensor (Cx) 560, therefore, the electric charge for flowing to adjustment capacitor (Cmod) 889 and accumulating tails off, to electric charge
The time is spent untill adjustment capacitor (Cmod) 889 is completed to accumulate, therefore, the pulse that counter 895 is counted
Count number increases (slope is gentle), therefore, the result is that the displacement of slope changes.Judged with the difference of the displacement of the slope
The presence or absence of finger.I.e., the count number of the pulse counted in counter 895 reaches super from common count number (basis counts)
When crossing the value of certain threshold value, control unit 556 is judged as that finger HT contacts the proximity transducer as feeler (Cx)
560。
Then, the change side of sensitivity when contacting proximity transducer 560 as feeler (Cx) to finger HT
Method illustrates.
As the variation of sensitivity, when reducing IDAC891 current value, if lodging in proximity transducer (Cx)
560 quantity of electric charge is identical, then the time for end of charging lengthens, and becomes gentle.In the time slack that flattens, judged with same threshold
In the case of, sensitivity is increased.
Under the gentle state of slope (current value is small), from finger not in contact with state-detection abutment in one's hands shape
During state, the change increase of slope, threshold value, sensitivity increase are well over.In addition, in the not gentle state of slope (current value is big)
Under, from finger not in contact with state-detection abutment in one's hands state when, the change of slope reduces, it is difficult to more than threshold value,
Sensitivity is small.
I.e., compared with the state for exceeding threshold value first when being contacted with whole finger and detecting, reduce current value, by
This, even if only being also capable of detecting when to come, it is possible to increase sensitivity with finger tip contacts.Although in addition, also can by reducing threshold value
Sensitivity is improved, still, due to the problem of noise can be also detected be present, therefore, with above-mentioned sensitivity variation
Change sensitivity.
Then, Figure 76 is the figure for the essential structure for representing proximity transducer.
As shown in Figure 76, proximity transducer 560 and copper are grounded 569 between coating 560R and dielectric layer 560D,
The connecing when electric capacity after the electrostatic capacitance CP and finger HT of proximity transducer 560 itself electrostatic capacitance CF additions contacts for finger
The electrostatic capacitance CX of nearly sensor 560.
In finger HT carries out the action of electrostatic touch to proximity transducer 560, approaching during finger HT contacts is detected
The electrostatic capacitance CX of sensor 560 change.In addition, in actions of the detection finger HT close to proximity transducer 560, detect
The electrostatic capacitance CP of proximity transducer 560 itself when finger is close change.When finger is close, by changing close to sensing
The electrostatic capacitance CP of device 560 itself, change close to distance (sensitivity).When close, detect finger close to caused small
Electrostatic capacitance CP change.Electrostatic capacitance CP is the electric field in 3-dimensional direction, when finger is in electric field, is slightly changed, by
This, the electrostatic capacitance CX of whole proximity transducer is changed, and the detection of finger can be carried out by above-mentioned detection.
Next, Figure 77 be for shown in Figure 74 as the 1st electrode that is, feeler work close to sensing
Device 560 and the middle region part 589 as the 2nd electrode, illustrate close to handover operation when pattern and electrostatic touch mode
Figure.
As shown in Figure 77, the proximity transducer 560 and the electricity of conduct the 2nd to be worked as the 1st electrode that is, feeler
The middle region part 589 of pole is connected to multiplexer 556R.Multiplexer 556R is according to the microcomputer of control unit 556
556M instruction, proximity transducer 560 is carried out internal connection with middle region part 589, or internal connection can be released.
(1) from the switching action switched close to pattern to electrostatic touch mode when
In the case where carrying out from the switching action switched close to pattern to electrostatic touch mode, such as Figure 74 (a)~Figure 74
(b) shown in, finger HT is close to proximity transducer 560, when proximity transducer 560 detects finger HT, from close to pattern switching to
Electrostatic touch mode.I.e., according to Figure 77 microcomputer 556M instruction, multiplexer 556R makes proximity transducer 560 and centre
Region part 589 becomes the releasing state of internal connection, cut-out proximity transducer 560 and intermediate region portion from internal connection state
Divide 589 connection.Thus, only proximity transducer 560 uses as electrostatic contact sensor, thus, middle region part
589 disconnect, and are not used.
(2) during from electrostatic touch mode to the switching action close to pattern switching
On the contrary, carrying out from electrostatic touch mode to the situation of the switching action close to pattern switching, touched from such as electrostatic
Pattern is touched by 10 seconds, or the situation that closing for passing through door from the opening of door etc. is reset.In this case, according to microcomputer
556M instruction, the releasing state that multiplexer 556R is connected from proximity transducer 560 with the inside of middle region part 589
Internal connection state is returned to, proximity transducer 560 and middle region part 589 can be connected.
And then 48~Figure 50 of reference picture.In Figure 48~Figure 50, the He of proximity transducer 560 as the 1st electrode is shown
Modification as the proximity test effective range of the middle region part 589 of the 2nd electrode.
The proximity test effective range of proximity transducer 560 when using only proximity transducer 560 as the 1st electrode,
It is roundlet HC1 scope.Then, by the basis of proximity transducer 560 and being used as the middle region part of the 2nd electrode
589, the proximity test effective range of proximity transducer 560 can extend model in a manner of expanding to great circle HC2 from roundlet HC1
Enclose.
But when to extend proximity test effective range like this, in the proximity test of great circle HC2 proximity transducer
Under effective range, adjacent door 21 (or door 22) as travel mechanism, be positioned over door rear side door compartment water bottle
The instruction for opening door is sent etc. the proximity test effective range that can react on proximity transducer 560, it is possible to so that being not desired to beat
The door for opening side is opened accidentally.
Therefore, in order to carry out the change of the proximity test effective range of proximity transducer 560, as the effective model of proximity test
The change mechanism enclosed, it is provided with shown in the grounding pattern 573 and Figure 51 (a) as the 4th electrode shown in Figure 78 and Figure 51 (b)
Guard electrode 570 as the 3rd electrode.
Figure 78 is the figure for the change close to scope for illustrating proximity transducer 560 and middle region part 589.
As shown in Figure 78, as shown in Figure 51 (b) as in the back side 553B corresponding with configuration section 572 of substrate 553
On be configured with netted grounding pattern 573 as the 4th electrode.The grounding pattern (mesh electrode) 573 covers proximity transducer 560
With the substrate 553 of the rear side of middle region part 589.By making grounding pattern 573 and proximity transducer 560 be identical electricity
Pressure, electric field is not formed to grounding pattern 573 from proximity transducer 560 and middle region part 589.Thereby, it is possible to change electric field
Scope, the scope for being not desired to be detected by proximity transducer 560 is removed.Electric field from grounding pattern 573 is only to proximity transducer
560 and the direction of middle region part 589 produce electric field, offset from proximity transducer 560 and middle region part 589 towards ground connection
The electric field of pattern 573, disappear (elimination) towards the electric field in the back side direction of substrate 553.
Thus, as shown in Figure 78 (a), when configuring the grounding pattern 573 as the 4th electrode at the back side of substrate 553, approach
The proximity test scope DL1 of sensor 560 and middle region part 589 can be more than the proximity test scope shown in Figure 78 (b)
DL2.Grounding pattern 573 is net metal bucking electrode, compared with Figure 78 (a) and Figure 78 (b), by configuring grounding pattern 573,
In Figure 78 (a), the electric field at rear reduces amount corresponding with the scope A shown in Figure 49, or disappears.
In addition, as shown in Figure 51 (a), the guard electrode 570 of frame-type is configured at substrate 553, guard electrode 570 is surrounded and connect
Nearly sensor 560 and middle region part 589, thus, the electric field reduction of left and right directions are corresponding with the scope U shown in Figure 49
Amount.Thus, as shown in Figure 48~Figure 50, the proximity test effective range of proximity transducer 560 can be changed to small from great circle HC2
Shape HC3, moreover, as shown in figure 50, amount corresponding with scope V is reduced in above-below direction.
So, the proximity test effective range of proximity transducer 560 is as shown in Figure 50 small shape HC3, on the whole, only
The forward direction for having the proximity test scope DL1 of proximity transducer 560 and middle region part 589 is stretched out, can be in distance
In the range of carry out proximity test.In addition, even if setting the metallic object 591 shown in Figure 53, it can also electric field is had an effect, have
The proximity test effective range of proximity transducer is no more than the function of metallic object 591, can further prevent proximity transducer
Caused error detection.
33rd embodiment
Figure 69 is the front view for the refrigerator 1 for representing the 33rd embodiment.
As shown in Figure 69, refrigerator 1 has:Refrigerating chamber 12, vegetable compartment 13, switching chamber 14, refrigerating chamber 15, ice-making compartment 16.One
The preceding surface hole portion of refrigerating chamber 12 is covered to left-hand door 21 and right door 22.Therefore, left-hand door 21, right door 22 are respectively as refrigerator master
The left part of the casing 11 of body, right part are mounted to be opened and closed with opposite opened using hinge part up and down.In this embodiment, right door
22 width is bigger than the width of left-hand door 21.
Left-hand door 21, right door 22 are all following thermal insulation construction parts:In the opening portion installation of the flat inner panel of preceding surface opening
There are glass system front panel 21A, 22A of tinted clear, and internally blank part is configured with vacuum heat insulation material, not by vacuum
Heat-barrier material landfill blank part be configured with foamed polyurethane heat-barrier material (hereinafter also referred to as polyurethane heat-barrier material) or
Preforming solid insulating material (such as EPC).
As shown in Figure 69,1 operation detection part 701 is arranged at:The front panel of the big right door 22 of dimension scale such as left-hand door 21
22A lower position.
Left and right position near the front end for the cover top surface that enabling drive division 54,55 is respectively arranged at casing 11, and be
It is arranged at corresponding position near the opening side end of the top with left-hand door 21, right door 22.
These enabling drive divisions 54,55 are the door opening and closing dresses for making left-hand door 21, right door 22 distinguish mandatory progress door opening action
Put (door opener).Enabling drive division 54,55 releases dynamic iron core 54A, 55A by using electromagnet forwards, by left-hand door 21,
Top near the right respective open side end of door 22 is released forwards, makes left-hand door 21,22 mandatory automatic opening of right door.
Figure 70 is the sectional view for the structure example for representing the operation detection part 701 at the ZR-ZR lines shown in Figure 69.
Operation detection part 701 shown in Figure 69 is as shown in Figure 74, passes through printing in glass system front panel 22A inner surface side
Etc. being configured with masking sheet material 721.The sheet material 721 is internal and configuration in order to prevent from seeing by front panel 22A.
The 1st substrate 731 and the 2nd substrate 732 are configured with front panel 22A inner surface side.1st substrate 731 and the 2nd substrate
732 are configured to across interval and parallel to front panel 22A.
The surface configuration of the 1st substrate 731 have such as 4 electrostatic capacitives as non-contact sensor close to sensing
Device 711,712,713,714, is overleaf configured with connector 729.These proximity transducers 711,712,713,714 are for example right
On the 1st substrate 731 in door 22, two-dimentional (in plane) configuration.
As shown in Figure 69, proximity transducer 711,712,713,714 is respectively arranged at the position in each corner of square, connects
Nearly sensor 711 is configured at the corner of upper left, and proximity transducer 712 is configured at the corner of upper right, and proximity transducer 713 is configured at
The corner of bottom right, proximity transducer 714 are configured at the corner of lower-left.
These proximity transducers 711,712,713,714 can detect the hand of mobile subscriber's (human body) in a non contact fashion
The state of finger, palm (metacarpus, the back of the hand), the sidepiece of hand, ancon etc..Thus, clamshell doors drive division 54 or driving of opening the door are passed through
Portion 55 is driven operation, opens left-hand door 21 or right door 22.
Proximity transducer 711,712,713,714 is that electrode is used in electrostatic touch (contact), is front (the preceding table in right door 22
Face) direction, detect the close such as electrostatic capacitive of hand, the ancon of user etc. in a non contact fashion via front panel 22A
Testing agency.The proximity transducer 711~714 is in a part for the human body of user, specifically such as palm (metacarpus, hand
The back of the body), the sidepiece of hand, ancon etc. it is close when, detect that it is close.Proximity transducer 711~714 is capacitive touch sensing
Device, the touch sensor of mutual capacitance mode or the touch sensor of self capacitive way can be used.
As shown in Figure 70, there are multiple LED735 and connector 736 in the surface configuration of the 2nd substrate 732.2nd substrate 732
Connector 736 is connected to the connector 729 of the 1st substrate 731 by multiple trunk 728.
Each LED735 is being configured at the 1st substrate 731 with each 734 corresponding position of hole.Thus, luminous energy caused by each LED635
Enough proximity transducer 711~714 is illuminated from behind by each hole 734.Thus, even dim environment, user
Also the position of each proximity transducer 711~714 can be visually confirmed by front panel 22A and sheet material 721.
Figure 71 is the electricity for representing control unit 756, operation detection part 701, enabling drive division 54,55 as door opener etc.
The block diagram of connection.
As shown in Figure 71, control unit 756 be electrically connected to operation detection part 701, enabling drive division 54,55, multiple LED735,
Range determination mechanism 777.
In the refrigerator 1 shown in Figure 69, in the case where user opens the left-hand door 21 (or right door 22) of refrigerator 1, if
Dim environment, then user carried out with finger by operation detection part 701 it is non-contact caused by operation when, it is difficult to see behaviour
Make the position of each proximity transducer 711~714 of test section 701.So, it is difficult to each proximity transducer 711 to improve
~714 operation, LED735 is equipped with respectively at the back side of each proximity transducer 711~714.
Proximity transducer 711~714 detects the side of finger, palm (metacarpus, the back of the hand), hand according to predetermined particular order
Portion, ancon it is close when, control unit 756 receives the close signal of notifier from each proximity transducer 711,712,713,714, because
This, by being used as the enabling drive division 54 of door opener, either enabling drive division 55 makes left-hand door 21 or right door 22 to control unit 756
Carry out door opening action.
Now, control unit 756 receives the close signal of notifier from each proximity transducer 711,712,713,714, therefore,
According to the instruction of control unit 756, LED735 being capable of bright light.
Thus, user also can visually confirm each proximity transducer of operation detection part 701 under dim environment
711st, 712,713,714 position, each proximity transducer 711,712,713,714 can be easily operated, left-hand door 21 can be opened
(or right door 22).
As described above, the operation detection part 701 of the 33rd embodiment enters the operation of pedestrian not by contact detection
Detection, but left-hand door 21 or right door 22 are opened by non-contact detecting.In the case of by contacting detection opening door, need
Finger contact contact detecting point is wanted, in the state of holding thing in user's hand, it is difficult to open door, or need to be beaten with ancon
Open the door.On the other hand, operation detection part 701 can suppress to use by using the Touchless manipulation that need not contact contact detecting point
The door opening action unintentionally of user caused by the action at family, the change of surrounding environment.
Each proximity transducer 711,712,713,714 of operation detection part 701 shown in Figure 69 and Figure 70 is by entering to exercise
The mobile action such as the finger of user, palm (metacarpus, the back of the hand), the sidepiece of hand, ancon, i.e., so-called posture, can be connect with non-
Tactile mode opens left-hand door 21 or right door 22, by that need not contact the Touchless manipulation of contact detecting point, can suppress to use
The door opening action unintentionally of user caused by the action at family, the change of surrounding environment.
As shown in Figure 69, each proximity transducer 711,712,713,714 of operation detection part 701 is with identical interval,
Above-below direction (VT directions) and left and right directions (HL directions) two-dimensional arrangement, it is preferable that be respectively arranged at 4 corners of square.With
The hand at family, ancon etc. relative to operation detection part 701 each proximity transducer 711,712,713,714 in a non contact fashion according to
Specific order (above-below direction, left and right directions, oblique) is mobile, and thus Figure 71 control unit 756 identifies each proximity transducer
711st, the movement of 712,713,714 fingers detected, palm, the sidepiece of hand, ancon.Thus, control unit 756 plays following work
With:The enabling drive division 54 of such as left-hand door 21 is driven to open left-hand door 21, or control unit 756 drives the enabling of right door 22 to drive
Portion 55 opens right door 22.
Operation detection part 701 can be installed on any one isolation part of right door 22.Thus, no matter before either with or without glass system
Panel, the appearance design regardless of door, various actions illustrate how, can configure operation detection part 701.
Each proximity transducer 711,712,713,714 of operation detection part 701 is disposed on the structure of 1 piece of the 1st substrate 731
Make, therefore easy to manufacture.Moreover, each proximity transducer 711,712,713,714 of operation detection part 701 may not be setting
In 1 piece of the 1st substrate 731, and it is disposed on polylith substrate.Thus, each proximity transducer 711 of operation detection part 701,712,
713rd, the free degree in 714 configuration further improves.
Next, illustrate the use example of above-mentioned refrigerator 1.
In use example described below, illustrate to make bimanual finger hold article in user, such as plate, pot and
In the state of both hands take, it can not be carried out using finger by contacting come the proximity transducer 711~714 shown in operation diagram 69
Such as the situation of the door opening action of left-hand door 21 (or right door 22).
In this case, the position of the human body of the user of proximity transducer 711~714 can be operated in a non contact fashion,
It is palm (metacarpus, the back of the hand), the sidepiece of hand or ancon etc..
As described above, make a reservation for proximity transducer 711~714 using palm, the sidepiece of hand or ancon etc. in user
Particular order when detecting them, control unit 756 can drive the enabling drive division 54 of such as left-hand door 21 to open left-hand door 21,
Or control unit 756 can drive the enabling drive division 55 of right door 22 to open right door 22.
Figure 72 shows action (posture) of the user using palm, the sidepiece of hand or ancon etc. to proximity transducer 711
~714 carry out the example of Proximity operation with predetermined particular order.
The particular order refer to make the palm of user, the sidepiece of hand or ancon into proximity transducer 711~714 extremely
Few more than 2 proximity transducer is predetermined close to mobile path.
Particular order shown in Figure 72 (a) is along arrow institute to the right by the palm of user, the sidepiece of hand or ancon
The 1st direction DD1 movements shown, 2 proximity transducers 711,712 detect human body (palm, the sidepiece or ancon of hand) successively,
And by being moved along with the 2nd direction (opposition direction) DD2 shown in the arrow to the left different from the 1st direction DD1,2
Proximity transducer 712,711 detects obtained from human body (palm, the sidepiece or ancon of hand) successively.
In this case, the 1st direction DD1 and the 2nd direction DD2 forms the 1st specific direction F1, the 1st specific direction F1's
Particular order is:The function of the door opening action of left-hand door 21 is carried out by enabling drive division 54 to the instruction of such as control unit 756.
Other particular order shown in Figure 72 (b) is:By the palm of user, the sidepiece of hand or ancon along with to
The 1st direction DD1 movements shown in right arrow, 2 proximity transducers 711,712 detect human body (palm, the sidepiece of hand successively
Or ancon), and by being moved along with the 3rd direction DD3 shown in the downward arrow different from the 1st direction DD1,2
Proximity transducer 712,713 detects obtained from human body (palm, the sidepiece or ancon of hand) successively.
In this case, the 1st direction DD1 and the 3rd direction DD3 forms the 2nd specific direction F2, the 2nd specific direction F2's
So-called " air cooling is frozen " function that particular order is indicated control unit 756, that is, indicate:The conduct for allowing hand over such as refrigerator 1 is received
Receive the function of drastically being freezed in the switching chamber 14 of design temperature in the refrigerator for example shown in Figure 69 of room.It is somebody's turn to do " air cooling is frozen "
Function be a gas -1 DEG C~-5 DEG C of temperature band is frozen come cellular damage during freezing-inhibiting by food water, protect
Hold the function of well tasting.
As described above, by user with the action (posture) of palm, the sidepiece of hand or ancon etc. to proximity transducer 711
At least two proximity transducer in~714 carries out Proximity operation with predetermined particular order, as predetermined function, can beat
Create a precedent such as left-hand door 21, or the right door 22 of opening.
Thus, even if proximity transducer 711~714 is configured at into left-hand door 21 or right door 22, can also prevent in user
Simply before refrigerator 1 by when, left-hand door 21 or right door 22 are opened.
In addition, Figure 73 is the example for representing to carry out proximity transducer with other predetermined particular orders Proximity operation
Figure.
As shown in Figure 73, in the state of user holds using both hands finger plate, pot etc. and both hands take, it is impossible to use
When the finger of both hands carries out Proximity operation to proximity transducer 711~714, by using the side of palm (metacarpus, the back of the hand), hand
Portion, ancon etc. make proximity transducer 711~714 be detected in a non contact fashion according to predetermined particular order, also can be right
The indicating predetermined any function of control unit 756.
Make palm (metacarpus, the back of the hand), the sidepiece of hand, ancon action and the direction that moves can upper and lower in any combination
To, left and right directions, it is oblique in the direction of 2 or more than 3 use.
For example, in Figure 73 (a), the 1st direction (right) DD1 and the 4th direction (obliquely downward) DD4 combination are shown, is schemed
In 73 (b), the 5th direction (lower section) DD5 and the 6th direction (top) DD6 combination are shown.
In Figure 73 (c), the 3rd direction (lower section) DD3 and the 7th direction (top) DD7 combination are shown, in Figure 73 (d)
In, show the 8th direction (right) DD8 and the 9th direction (left) DD9 combination.
By the combination of the posture of these multiple directions, control unit 756, which can play, opens such as left-hand door 21 or right door
The various functions of 22 grades.
In the example in the figures, operation detection part 701 is made up of 4 proximity transducers 711,712,713,714.But
Be not limited to this, operation detection part 701 can also by 2 proximity transducers, 3 proximity transducers, more than 5 close to sensing
Device is formed.These proximity transducers can two-dimentional (in plane) configuration on door.
In above-mentioned refrigerator 1, there is the left-hand door 21 and right door 22 of opposite opened, in the front-surface side of left-hand door 21 and right door 22
It is configured with front panel 21A, 22A as glass plate.But, however it is not limited to this, the front-surface side of left-hand door 21 and right door 22 also may be used
Be not glass plate but the metallic plate such as steel plate.In addition, as refrigerator, it is possible to have 1 fan door of single open-type.
Each proximity transducer 711,712,713,714 of operation detection part 701 is electrostatic capacitive, still, however it is not limited to
This, can also be by the way of the finger of user be detected in a non contact fashion using infrared ray.
In addition, in refrigerator, such as the range determination mechanism 777 shown in Figure 69 and Figure 71 can be configured at left-hand door 21
The either glass system front panel 22A rear side of right door 22, the framework of refrigerator or the differentiation of glass system front panel 21A rear side
The isolation part of each storeroom grades.
The range determination mechanism 777 determines the distance from refrigerator 1 to the human body of user.Such as, according to set refrigerator room
Between size, change the distance of the human body determined by range determination mechanism 777.If refrigerator is arranged at big room, refrigerator 1 with
The distance of human body is big, if refrigerator is arranged at narrow and small room, the distance of refrigerator 1 and human body is small.
Therefore, the distance to human body determined based on range determination mechanism 777 is change, and control unit 756 may be constructed
For that can change:Proximity transducer 711,712,713,714 as non-contact sensor is capable of detecting when that the action of human body is
Effective scope.I.e., the inspection of proximity transducer 711,712,713,714 can be adjusted between high sensitivity and medium sensitivity degree
Sensitivity during survey.
Each proximity transducer 711,712,713,714 of operation detection part 701 can be with installation by adhering in without glass
For example right door 22 of the steel plate of the usual construction of glass front panel.By using such construction, operation detection part 701 can
It is configured at the optional position of door.
Operation detection part 701 can be arranged in the polyurethane heat-barrier material of the inner side of the front panel 22A shown in Figure 70.By
This, operation detection part 701 can be configured at the optional position of door.
Operation detection part 701 can be installed on the plastics door cover of the marginal portion of right door 22 configuration or door cover
Under.Thus, no matter whetheing there is glass system front panel, how, whether the appearance design regardless of door is configured with various action display parts
Point, operation detection part 701 can be configured.
Although the description of several embodiments of the invention, still, these embodiments provide as an example, not
The scope of intended limitation invention.These new embodiments can also by it is other it is various in a manner of implement, and can with various realities
Apply that mode is combined, in the range of the purport of invention is not departed from, can carry out it is various omit, displacement, change.These embodiment party
Formula and its deformation are contained in the scope of invention, in purport, and are contained in invention and its equivalency range of claims record
It is interior.
Alternatively, it is also possible to implement printing of expression operating position etc. according to LED display.The preferred LED light of the printing is saturating
Translucent printing crossed etc..
Claims (1)
1. a kind of refrigerator, it is characterised in that have:
Refrigerator main body, the preceding surface of the refrigerator main body formed with opening,
The door of thermal insulation, the door of the thermal insulation are installed on the preceding surface hole portion of the refrigerator main body,
Door opener, the door opener are installed on the refrigerator main body, the door is carried out door opening action,
Control operation portion, the control operation portion are arranged at the door, the operation of the cooling control content for change refrigerator,
Opening door operation portion, the opening door operation portion are arranged at the door, for being operated to the door opening action of the door opener,
And
Control unit, the control unit are enter to the operation signal from the control operation portion and the opening door operation portion, carry out phase
The cooling control answered and control of opening the door;
The part for providing the opening door operation portion opening door operation input is a part for the front panel of the door, with the front panel
It is continuous integral,
Operation and the operation for the opening door operation portion for the control operation portion are different operating methods,
The opening door operation portion has the multiple operation detection parts for being arranged at the door, from the plurality of operation detection part to the control
Output operation detection signal in portion's processed, the control unit from the operation detection signal of the multiple operation detection part for judging
Whether it is defined operation, is judged as YES opening door operation when being the defined operation, is opened for the door opener
Gate control,
After the control unit receives the operation detection signal for 1 operation detection part in the multiple operation detection part,
The operation detection signal for other operation detection parts in the multiple operation detection part is not received within certain time
In the case of, enabling control is not carried out to the door opener.
Applications Claiming Priority (18)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2013-132645 | 2013-06-25 | ||
JP2013132645 | 2013-06-25 | ||
JP2013-197435 | 2013-09-24 | ||
JP2013197435 | 2013-09-24 | ||
JP2013272191 | 2013-12-27 | ||
JP2013-272191 | 2013-12-27 | ||
JP2014014535 | 2014-01-29 | ||
JP2014-014535 | 2014-01-29 | ||
JP2014-106232 | 2014-05-22 | ||
JP2014106232 | 2014-05-22 | ||
JP2014112829 | 2014-05-30 | ||
JP2014-112829 | 2014-05-30 | ||
JP2014-119511 | 2014-06-10 | ||
JP2014119511 | 2014-06-10 | ||
JP2014-126223 | 2014-06-19 | ||
JP2014126223A JP6373653B2 (en) | 2013-06-25 | 2014-06-19 | refrigerator |
CN201480030279.6A CN105308403B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
PCT/JP2014/066808 WO2014208585A1 (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
Related Parent Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201480030279.6A Division CN105308403B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
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CN107388706A true CN107388706A (en) | 2017-11-24 |
CN107388706B CN107388706B (en) | 2022-06-14 |
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CN201710367971.3A Active CN107084586B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710439471.6A Pending CN107166858A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710346933.XA Pending CN106949700A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710438589.7A Active CN107131713B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710411405.8A Pending CN106969578A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416424.XA Active CN107166857B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710412696.2A Pending CN107166856A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416425.4A Active CN107192207B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710411404.3A Active CN107166855B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201480030279.6A Active CN105308403B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710445097.0A Pending CN107367109A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710367605.8A Pending CN107036371A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710438239.0A Active CN107178957B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710403097.4A Active CN107388706B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710411451.8A Active CN107152834B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710330493.9A Pending CN106940120A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416437.7A Active CN107014138B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710367960.5A Active CN107062758B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710368179.XA Active CN107062797B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710341560.7A Active CN107144080B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710367841.XA Pending CN107152833A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710377586.7A Active CN107388705B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a refrigerator body |
CN201710341473.1A Pending CN107024060A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416447.0A Active CN107062760B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710426220.4A Pending CN107421199A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710341458.7A Pending CN107024070A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
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CN201710367971.3A Active CN107084586B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710439471.6A Pending CN107166858A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710346933.XA Pending CN106949700A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710438589.7A Active CN107131713B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710411405.8A Pending CN106969578A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416424.XA Active CN107166857B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710412696.2A Pending CN107166856A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416425.4A Active CN107192207B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710411404.3A Active CN107166855B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201480030279.6A Active CN105308403B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710445097.0A Pending CN107367109A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710367605.8A Pending CN107036371A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710438239.0A Active CN107178957B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
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CN201710411451.8A Active CN107152834B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710330493.9A Pending CN106940120A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416437.7A Active CN107014138B (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710367960.5A Active CN107062758B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710368179.XA Active CN107062797B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710341560.7A Active CN107144080B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710367841.XA Pending CN107152833A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710377586.7A Active CN107388705B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a refrigerator body |
CN201710341473.1A Pending CN107024060A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710416447.0A Active CN107062760B (en) | 2013-06-25 | 2014-06-25 | Refrigerator with a door |
CN201710426220.4A Pending CN107421199A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
CN201710341458.7A Pending CN107024070A (en) | 2013-06-25 | 2014-06-25 | Refrigerator |
Country Status (6)
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JP (1) | JP6373653B2 (en) |
KR (4) | KR101836592B1 (en) |
CN (26) | CN107084586B (en) |
MY (1) | MY183145A (en) |
TW (1) | TWI572837B (en) |
WO (1) | WO2014208585A1 (en) |
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