CN101663551B - Refrigerator, and disinfecting device - Google Patents

Refrigerator, and disinfecting device Download PDF

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Publication number
CN101663551B
CN101663551B CN2008800128775A CN200880012877A CN101663551B CN 101663551 B CN101663551 B CN 101663551B CN 2008800128775 A CN2008800128775 A CN 2008800128775A CN 200880012877 A CN200880012877 A CN 200880012877A CN 101663551 B CN101663551 B CN 101663551B
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CN
China
Prior art keywords
freezer
supports
stream
air
cold air
Prior art date
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Expired - Fee Related
Application number
CN2008800128775A
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Chinese (zh)
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CN101663551A (en
Inventor
汤浅雅司
辻本香
川崎龙也
西畠秀男
大岛淳宏
高瀬惠一
森内利幸
今田宽训
藤桥诚
本田公康
木村义人
田积欣公
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Panasonic Holdings Corp
Original Assignee
Matsushita Electric Industrial Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from JP2007197101A external-priority patent/JP2009030917A/en
Priority claimed from JP2007197102A external-priority patent/JP2009030918A/en
Priority claimed from JP2007197105A external-priority patent/JP2009030921A/en
Priority claimed from JP2007197104A external-priority patent/JP2009030920A/en
Priority claimed from JP2007197110A external-priority patent/JP2009030923A/en
Priority claimed from JP2007197103A external-priority patent/JP2009030919A/en
Priority claimed from JP2007197112A external-priority patent/JP4844494B2/en
Application filed by Matsushita Electric Industrial Co Ltd filed Critical Matsushita Electric Industrial Co Ltd
Priority claimed from PCT/JP2008/001007 external-priority patent/WO2008132815A1/en
Publication of CN101663551A publication Critical patent/CN101663551A/en
Application granted granted Critical
Publication of CN101663551B publication Critical patent/CN101663551B/en
Expired - Fee Related legal-status Critical Current
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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
    • F25D17/00—Arrangements for circulating cooling fluids; Arrangements for circulating gas, e.g. air, within refrigerated spaces
    • F25D17/04—Arrangements for circulating cooling fluids; Arrangements for circulating gas, e.g. air, within refrigerated spaces for circulating air, e.g. by convection
    • F25D17/042—Air treating means within refrigerated spaces
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
    • A61L9/00—Disinfection, sterilisation or deodorisation of air
    • A61L9/16—Disinfection, sterilisation or deodorisation of air using physical phenomena
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
    • A61L9/00—Disinfection, sterilisation or deodorisation of air
    • A61L9/16—Disinfection, sterilisation or deodorisation of air using physical phenomena
    • A61L9/18—Radiation
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/0027—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with additional separating or treating functions
    • B01D46/0028—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with additional separating or treating functions provided with antibacterial or antifungal means
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/10—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • F24F8/192—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by electrical means, e.g. by applying electrostatic fields or high voltages
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/20—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation
    • F24F8/22—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation using UV light
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D2239/00—Aspects relating to filtering material for liquid or gaseous fluids
    • B01D2239/04—Additives and treatments of the filtering material
    • B01D2239/0442—Antimicrobial, antibacterial, antifungal additives
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D2279/00—Filters adapted for separating dispersed particles from gases or vapours specially modified for specific uses
    • B01D2279/50—Filters adapted for separating dispersed particles from gases or vapours specially modified for specific uses for air conditioning
    • 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
    • F25D2317/00—Details or arrangements for circulating cooling fluids; Details or arrangements for circulating gas, e.g. air, within refrigerated spaces, not provided for in other groups of this subclass
    • F25D2317/04—Treating air flowing to refrigeration compartments
    • F25D2317/041—Treating air flowing to refrigeration compartments by purification
    • F25D2317/0417—Treating air flowing to refrigeration compartments by purification using an UV-lamp
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
    • Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Health & Medical Sciences (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Combustion & Propulsion (AREA)
  • Public Health (AREA)
  • Veterinary Medicine (AREA)
  • General Health & Medical Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Epidemiology (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
  • Cold Air Circulating Systems And Constructional Details In Refrigerators (AREA)
  • Filtering Materials (AREA)
  • Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)
  • Apparatus For Disinfection Or Sterilisation (AREA)

Abstract

In order to efficiently deodorize and sterilize an inside of a refrigerator, the refrigerator includes a heat-insulating main body which is made of a heat-insulating material and in which a storage compartment is formed, a door attached to an opening provided on the heat-insulating main body so as to be openable and closable, and a cooling unit which cools air inside the heat-insulating main body, and the refrigerator includes: a support which is placed in the storage compartment and on which a photocatalyst is supported; an irradiation unit which irradiates the support with excitation light which excites the photocatalyst; and an air blowing unit which forcibly blows the cool air inside the storage compartment toward the support.

Description

Freezer and bactericidal device
Technical field
The present invention relates to a kind of directly or indirectly freezer to cooling off in the storeroom, particularly relate to a kind of can be to carrying out freezer and the bactericidal device that degerming is deodorized in the storeroom.
Background technology
In the past, small-sized freezer or the freezer that use in dry area in Europe etc. were because the dewfall countermeasure in the storeroom was not too important, so the general direct cooling mode that adopts through the indoor air of cold storages such as cooling panel.For example in patent documentation 1, disclose the freezer that adopts direct cooling mode.
Fig. 1 is the figure that modal representation takes off the freezer of insulating portion from the back.
As shown in the drawing, freezer 100 wriggles in the inboard of the inboard wall of storeroom and disposes cooling tube 21.And, in the inside of this cooling tube 21, the circulation of the cold-producing medium low temperature of liquid, thus the air in the storeroom is directly cooled off.
In addition, in patent documentation 2, disclose the freezer of the breeding that can suppress interior bacterium of storeroom and mould.
Fig. 2 is the profile of freezer with function of the breeding that suppresses bacterium and mould.
As shown in the drawing, the top of freezer 100 in storeroom is equipped with the sheet material 22 that comprises organic type of volatility antiseptic.And, evaporate from sheet material 22 gradually through making organic type of volatility antiseptic, thereby suppress interior bacterium of storeroom and the breeding of mould.
On the other hand; In recent years; Because the varieties of food items of each region is stored in the freezer; So the deodorizing that the foul smell that produces from the food that is kept in the freezer is carried out and the demand of Ku Nei degerming are very high, are purpose with the deodorizing degerming in the freezer, use the exploitation of degerming odor removal of various means in the ascendant.Deodorizing antibiotic device in the past has filter deployment in wind path, to filter through carrying out the bactericidal device of deodorizing antibiotic in the air.In addition, antibiotic as photocatalyst deodorization in the past, have containing the filter irradiation ultraviolet radiation of titanium oxide, the method for carrying out the deodorizing degerming through the reaction of photochemical catalyst.
Below, with reference to disclosed degerming odor removal in the past in the description of drawings patent documentation 3.
Fig. 3 returns the partial longitudinal section that the freezer under the situation of deodorizing bactericidal device has been installed by air suction portion at refrigerating chamber.
The deodorizing bactericidal device is made up of sterilizing filter 1, odor removal filter 2, installing frame 3.At this; Sterilizing filter 1 is cellular forming through the forming materials that combined silver in the zeolite that will constitute at the oxide by silicon, aluminium, sodium etc. gets; According to the relation of flowing resistance, grid number is that 100～250/square inch, aperture opening ratio are 70～80%, thickness is about 8mm.
Odor removal filter 2 is shaped to cellular forming through the oxide mixing with Mn oxide and silicon or aluminium, and in this case, grid number and aperture opening ratio are also many and above-mentioned to support body roughly the same.These sterilizing filters 1 and odor removal filter 2 are fixed by one through installing frame 3.
As shown in the drawing, the suction portion 7 that expression is returned air with the cold air that the deodorizing bactericidal device has been installed is the part of cross-section structure of the freezer at center.In the figure, set refrigerating chamber 5 up, below set refrigerating chamber 6, set cooler 11 at the back side of refrigerating chamber 5 and refrigerating chamber 6.In addition, on the insulation part 8 between refrigerating chamber 5 and the refrigerating chamber 6, be equipped with cold air path 9.On cold air path 9,7 sides are equipped with sterilizing filter 1 in suction portion, are equipped with odor removal filter 2 at the dorsal part of sterilizing filter 1.
Explanation is about the action like the freezer that constitutes shown in above below.
At the cold air that cooler 11 generates, a part flows into refrigerating chamber 5, and a part flows into refrigerating chamber 6 other parts of below.The cold air that has circulated at each several part flows to cooler 11 from the suction portion 7 that returns air through cold air paths 9.At this moment the wind speed in the cold air path 9 is for roughly about 0.5 meter per second.Through the deodorizing bactericidal device is installed, at first the spore of bacterium, mould is caught with dust, dust by sterilizing filter 1, promote to contain the chemical change of smelly composition through odor removal filter 2.
By above constituting, be arranged in the cold air path with filter through combination deodorizing and degerming, can realize miniaturization, and can efficient carry out the deodorizing degerming well, can realize having suppressed the freezer of the cleaning of assorted bacterium and stench.
In addition, for example disclose the freezer (with reference to patent documentation 4) of combination odor removal filter 17 and ion generating device 16.
Fig. 4 is the central longitudinal profile of the freezer in the past put down in writing of patent documentation 4.
Fig. 5 is the central longitudinal profile that is installed on the deodorizing bactericidal device of freezer in the past.
Fig. 6 is the top figure that is installed on the deodorizing bactericidal device of freezer in the past.
This freezer in the past forms two storerooms through heat insulating box 101 and insulated door 107, the configuration refrigerating chamber 102 on top, the configuration refrigerating chamber 103 in the bottom.In refrigerating chamber 102, set the shelf 46 of putting food in a plurality of years, on its inboard back of the body wall, be equipped with the special-purpose cooler 110 of refrigerating chamber.Likewise, in refrigerating chamber 103, set a plurality of drawers 48 of taking in food, above each drawer 48, be equipped with the special-purpose cooler 110 of refrigerating chamber.In addition, be equipped with the compressor 114 of freeze cycle in the rear lower portion of heat insulating box 101.In addition, in the ceiling portion of refrigerating chamber 102, be equipped with bactericidal device 200.
This bactericidal device 200 by the housing 250 with the air entry of offering in front 251 and the outlet of below the rear portion, offering 252, from air entry 251 suck refrigerating chambers 102 air and the Blast mechanism 203 of discharging from outlet 252, be equipped on the exhaust side of Blast mechanism 203 and produce the ion generating device 16 of degerming ion, odor removal filter 17 and the Ku Nei lamp 18 that is equipped on the suction side of Blast mechanism 203 and the foul smell composition the absorbed air constitutes.
Like the freezer of above formation, its action describes following.
The action of refrigerated compartment 102 at first, is described.Through running compressor 114, thereby cooler 110 becomes low temperature, and the inboard air in the top of refrigerating chamber 102 is cooled.The fresh cold air proportion that generates like this is heavier, so descend along the back of the body wall of refrigerating chamber 102, distributes to each shelf 46, and the food that places this is carried in cooling.Cold air behind the cooling food so rise along the internal face of insulated door 107, is back to the topmost of refrigerating chamber 102 because proportion lightens.Return the cold air that comes so again by cooler 110 coolings, form fresh cold air, again at the internal convection of refrigerating chamber 102.Like this, utilize the cold air of free convection that the form that storeroom cools off is called direct-cooling type.
In addition, the action of cooling refrigerating chamber 103 is identical with refrigerating chamber 102, so in this detailed.
The action of deodorizing and degerming then, is described.Inside at the refrigerating chamber 102 of the free convection that produces cold air forms following structure: in be located at Blast mechanism 203 runnings of bactericidal device 200, the part of cold air of then returning the topmost of refrigerating chamber 102 is attracted from air entry 251.This cold air that is attracted at first through odor removal filter 17, is adsorbed at this foul smell composition.Afterwards, through the cold air of Blast mechanism 203, discharged from outlet 252 with the ion that generates by the running of ion generating device 16 with degermation.Contain the cold air of this degerming ion and the cold air of free convection and mix, spread all over refrigerating chamber 102 everywhere, the mould that will in air, swim surrounds and kills.
The degerming ion that is produced by ion generating device 16 has the blade that collides Blast mechanism 203 etc. and losss; Or by odor removal filter 17 absorption and character such as minimizings; So in this bactericidal device 200; Ion generating device 16 is configured in the downstream of Blast mechanism 203 or odor removal filter 17, can have prevented the minimizing of degerming ion.
In addition; The back of the body wall that is equipped with the refrigerating chamber 102 of cooler 110 forms by the chronic state that soaks of dew; Then there are danger such as fault and electric leakage in this dew, so in this bactericidal device 200 attached on the electric component; The equipping position that will have an ion generating device 16 of high-tension electric loop is chosen in position away from the back of the body wall of refrigerating chamber 102, is the position on the front in the housing 250, thereby realized that fault prevents and electric leakage prevents.
Through above such action, the Quilt with air conditioning in the refrigerating chamber 102 carries out deodorizing and degerming, keeps stench and the few clean conditions of assorted bacterium.
Patent documentation 1: japanese kokai publication hei 7-120108 communique
Patent documentation 2: japanese kokai publication hei 10-262629 communique
Patent documentation 3: japanese kokai publication hei 5-157444 communique
Patent documentation 4: TOHKEMY 2005-134075 communique
But, under the situation of the freezer of direct-cooling type, for example have at the inboard face cooled air of storeroom owing to the high bottom that is trapped in storeroom of density, produce the unequal problem of temperature on the above-below direction in storeroom.Particularly, under the situation of fully loaded food etc., the temperature inequality in the storeroom becomes remarkable in that shelf that storeroom is separated up and down is set.
In addition, because air is detained the problem that also exists bacterium or mould etc. to breed with high concentration in the part in storeroom.
In addition, as the countermeasure of said bacterium and mould, the motion of using organic property volatility antiseptic is arranged, but the evaporation capacity of antiseptic is limited.Therefore, need this antiseptic of periodic replacement, spended time.In addition, in the bad freezer of convection current, antiseptic also can be trapped in the part in the storeroom in storeroom, can not be to the whole effect such as sterilization that realizes in the storeroom.In addition, for the storeroom of preserving food, the antiseptic itself that is suitable for organic type also has problems.
In addition, at the inboard face configuration cooling tube of storeroom, dispose the sheet material that contains organic property volatility antiseptic with the mode of the ceiling that roughly covers storeroom, so also there is the selected situation that the position of the lighting mechanism in the irradiation storeroom is installed that is difficult to.
Summary of the invention
The present invention researches and develops in view of the above problems, and its purpose is to provide a kind of freezer, can access the effect of high deodorizing and degerming, and it is interior in a big way to make this effect spread all over storeroom.
In addition, the object of the invention is to provide a kind of freezer, can create the temperature of the photochemical catalyst that is applicable in degerming and uses in deodorizing.
In addition, the object of the invention is to provide a kind of freezer, even in freezer, do not force under the situation of circulating cold air, also can be in the effect that obtains deodorizing or degerming in a big way, and can be to the storeroom intraoral illumination.
In addition, the object of the invention is, further improves the degerming of freezer, the efficient of deodorizing, and suppresses the minimizing of the volume in the storeroom.
The efficient of the inventor in order to promote degerming and to deodorize has also been carried out arduous research and test, and the result pays close attention to the thermograde in the freezer, and the most adaptive the putting of discovery photochemical catalyst etc.
In view of the above, the object of the invention is to provide a kind of freezer, has the optimum configuration of can efficient bringing into play the effect of deodorizing and degerming well.
On the other hand; In the structure of the freezer of above-mentioned indirect-cooling, there is such problem; Dispose deodorizing, sterilizing filter in the wind path returning of cold air; So the cold air that becomes cleaning through deodorizing, sterilizing filter cycle period in the cold air path or in the cooler etc. comprises various foul smell, mushroom around the Machine Room once more, not the cold air of cleaning when blowing out in the storehouse.
The present invention is in order to solve above-mentioned problem in the past, and freezer of the present invention is provided with sterilizing filter through the discharge portion in the cold air path, thereby can provide the cold air to blowing out in the storehouse not foul, and has suppressed the freezer of the cleaning of assorted bacterium breeding.
In addition, in the freezer of above-mentioned indirect-cooling in the past owing to dispose the deodorizing sterilizing filter with the mode of returning in the wind path of stopping up cold air, thus form in the circulating path of cold air than strong wind roadlock power.Therefore, obtain and do not have an equal cooling property of filter state, need to improve the ability of the air blast that is used to make the cold air forced circulation.
But the ability of raising air blast against noise and problem of energy saving, is not preferred.
The present invention researches and develops for the freezer that solves above-mentioned indirect-cooling, purpose be to provide a kind of circulating path that can suppress cold air as far as possible the pressure loss and can be at the freezer of the effect that obtains deodorizing and degerming in a big way.
In addition; In the structure in the past that above-mentioned ion generating device is used in degerming and deodorizes, adhere to dew in order to prevent refrigerating chamber back of the body wall, produce unfavorable condition; Ion generating device is arranged on the position on the front in the housing; So having the air flue from the ion generating device to the outlet be the above length of necessity, can not realize the miniaturization of deodorizing bactericidal device itself, take in food aspect the problem of ease of use difference.
In addition; In above-mentioned structure in the past, the electric loop of ion generating device high voltage appearance is necessary, but works as this device under the situation that the freezer that uses HC combustible refrigerants such as (hydrocarbons) is installed; Also there is leakage of refrigerant, needs to adopt the problem of sufficient countermeasure.
In addition, in above-mentioned structure in the past, Blast mechanism is provided in the inside of housing, existence can not be visual to the action of the blade of Blast mechanism, can not in time confirm the problem of the fault of deodorizing bactericidal device.
Purport of the present invention is in solving above-mentioned problem in the past; Be antidrip structure be again cramped construction; And do not need high-tension electric loop; And form the deodorizing bactericidal device of structure, thereby can provide ease of use good, safe freezer with operating state that can visual Blast mechanism.
To achieve these goals, freezer of the present invention has: the heat insulating box that is made up of heat-barrier material, form storeroom in inside; Open and close the door body of the peristome that is installed on said heat insulating box freely; And the cooling body that cools off the air in the said heat insulating box, it is characterized in that having: be configured in the said storeroom and support the body of photochemical catalyst; With the exciting light that excites said photochemical catalyst to the said irradiation means that supports body irradiation; Air in the said storeroom is forced the Blast mechanism blow towards the said body that supports.
Thus, in the air-flow of the air that blows by Blast mechanism, utilize photochemical catalyst to carry out degerming, deodorize, so can make degerming, the clean air convection current in storeroom after deodorizing.Therefore, can keep health whole in the storeroom, improve the keeping quality of food.In addition, because the wind of said Blast mechanism makes forced convertion takes place in the storeroom, so the temperature that can eliminate in the storeroom is uneven.
Like this, freezer of the present invention blows the force air in the storeroom, will emit being contained in the wind direction storeroom after bacterium in this wind etc. is removed.Therefore, can be to the Forced Air Convection in the storeroom, and in whole storeroom, carry out degerming simultaneously.
Thus; The electric component that receives the influence of dew becomes Blast mechanism and irradiation means two parts; Both can realize antidrip structure with fairly simple means for this; So can with the component parts centralized configuration of the bactericidal device that contains Blast mechanism and irradiation means near refrigerating chamber back of the body wall, therefore form than compacter in the past bactericidal device.
In addition, no matter Blast mechanism or irradiation means are generally all moved in the electric loop of the low-voltage of direct current, so adopt such parts, can form the freezer that does not need high-tension electric loop.
In addition, preferably has the cover body that is installed on said heat insulating box inwall, covers said bactericidal device.
Thus, can completely cut off temperature and the interior temperature of bactericidal device in the storeroom, can bactericidal device be maintained suitable temperature through photochemical catalyst.Therefore, make the higher air of humidity import storeroom, also can be not do not produce dewfall on the body supporting even for example open and close the door of freezer.
Like this, freezer of the present invention can be with thermal isolation in bactericidal device and the storeroom.Therefore, easily with maintaining the temperature that is fit to photochemical catalyst in the bactericidal device, in addition, can be suppressed at and produce dewfall in the bactericidal device.
In addition, the preferred setting by said cover body covers, the lighting mechanism that is thrown light in heat insulating box inside.
Thus, bactericidal device and lighting mechanism are covered by same cover body, can carry out degerming with compact structure, deodorize and storeroom in illumination.In addition, can effectively apply flexibly in degerming and deodorize by the heat that lighting mechanism produces.In addition, can also shared bactericidal device and the electrical system of lighting mechanism etc., the implementation space is saved and the cost reduction.
Like this, freezer of the present invention blows the force air in the storeroom, to being contained in the degerming such as bacterium in this wind, the wind after the degerming is emitted.Therefore, can make the Forced Air Convection in the storeroom, and while integral body in storeroom is carried out degerming.In addition, since through the lighting mechanism that covered by cover body with bactericidal device to the storeroom intraoral illumination, so compact degerming, lighting unit can be provided.
Said stream forms mechanism to have in the stream of said air than the long-pending narrow and small narrow of other partial cross sections, and the said body that supports is configured in said narrow, and said body, said irradiation means and the Blast mechanism of supporting is installed on said stream and forms mechanism.
Thus, the air that pressure is passed through in stream through Blast mechanism is narrowed in narrow.Therefore, air efficient contacts the body that supports that is disposed at this narrow well, can improve degerming, antibacterial effect.
The present invention is owing to carrying out degerming, so can provide quality higher freezer in whole storeroom.
In addition, the present invention can provide the bactericidal device that can improve degerming, antibacterial effect.
Dispose said Blast mechanism, said body, the said cooling body of supporting successively from the upper reaches of the air-flow of the air that produces by said Blast mechanism.
Thus, can make the contact of the higher air of temperature support body, can suppress to support and produce dewfall on the body.Therefore, the function that can suppress photochemical catalyst reduces, and efficient is carried out degerming well, deodorized.
In addition, should dispose through adopting, thereby can not hinder the free convection that produces by cooling body, and can on the direction that promotes free convection, form the air-flow of air, so can be uneven with the temperature that high efficiency is eliminated in the storeroom.
Like this, the freezer of the present invention air that temperature is higher blows towards low temperature side.Thus, can strengthen the interior free convection of storeroom.In addition, owing to make the photochemical catalyst air higher to temperature, so can efficient carry out degerming well, deodorize.
In order to solve above-mentioned problem in the past; The stream that freezer of the present invention has the heat insulating box that forms storeroom, make the force air circulation forms mechanism, supports the irradiation means that body and shine said photochemical catalyst of photochemical catalyst, and the said body that supports is configured in the discharge side that said stream forms mechanism.
Thus, the cold air owing to circulation is blowing out in the storehouse before by adsorption filter deodorizing, degerming, so can the cold air of cleaning be blowed in the storehouse.
In addition, preferably be provided with driving, stop the switch of said Blast mechanism and irradiation means.
Thus, because when switch was made as " ON " at driving side, food foul smell in the storehouse and assorted bacterium concentrated on stream and form in the mechanism, in the storehouse, blowing out before by deodorizing, sterilizing filter deodorizing, degerming, so can the air of cleaning be blown out in the storehouse.
In addition, preferably Blast mechanism is adjacent with air entry sets.
In view of the above, can be from the light of the slit identification irradiation means of the blade of Blast mechanism.Therefore, the user can be directly rotation and the irradiation of irradiation means of blade through the Visual Confirmation Blast mechanism.
In addition, freezer of the present invention has: the heat insulating box that is made up of heat-barrier material, form storeroom in inside; Open and close the door body of the peristome that is installed on said heat insulating box freely; Cool off the cooling body of the air in the said heat insulating box, it is characterized in that having: the body that supports that supports photochemical catalyst; With the exciting light that excites said photochemical catalyst to the said irradiation means that supports body irradiation; Air in the said storeroom is forced the Blast mechanism blow towards the said body that supports; The stream of the stream of the air that formation is blowed by said Blast mechanism forms mechanism, and said body, said irradiation means and the said Blast mechanism of supporting is installed on said stream and forms mechanism.
Thus, on the basis of above-mentioned characteristic, can be easily with bactericidal device with respect to the freezer dismounting.
(invention effect)
Freezer of the present invention can carry out degerming, so high-quality freezer can be provided in whole storeroom.
In addition, bactericidal device of the present invention can provide the bactericidal device that can in whole storeroom, carry out degerming easily to freezer dismounting bactericidal device.
In addition, freezer of the present invention is owing to can provide compact degerming, lighting unit, so can use storeroom more widely, the freezer that can provide user's ease of use to be improved.
Freezer of the present invention is owing to can efficient carry out degerming, deodorize, so degerming can be provided, high-quality freezer that the effect of deodorizing is higher well.
In addition, freezer of the present invention can improve deodorizing rate, degerming rate owing to the contact frequency that can improve cold air and deodorizing, sterilizing filter, so can improve better high-quality freezer of ease of use.
Description of drawings
Fig. 1 is the figure that modal representation is removed the freezer of insulating portion from the back.
Fig. 2 is the profile of freezer with function of the breeding that suppresses bacterium and mould.
Fig. 3 returns the partial longitudinal section that the freezer under the situation of deodorizing bactericidal device has been installed by air suction portion at refrigerating chamber.
Fig. 4 is the central longitudinal profile of the freezer in the past of patent documentation 4 records.
Fig. 5 is mounted in the central longitudinal profile of the deodorizing bactericidal device of freezer in the past.
Fig. 6 is mounted in the top figure of the deodorizing bactericidal device of freezer in the past.
Fig. 7 is the front elevation of the freezer of embodiment 1 of the present invention.
Fig. 8 is the profilograph of the freezer of this embodiment of modal representation.
Fig. 9 is the profile that expression is installed on the bactericidal device under the state of freezer.
Figure 10 is the ground plan that expression is installed on the bactericidal device under the state of freezer.
Figure 11 is expression is covered the state of bactericidal device and lighting mechanism by cover body a ground plan.
Figure 12 is the profilograph of freezer.
Figure 13 is the profilograph of freezer.
Figure 14 is the profile that expression is installed on the bactericidal device under the state of freezer.
Figure 15 is the profilograph of the freezer of this embodiment of modal representation.
Figure 16 is that expression is installed on the bactericidal device under the state of freezer, the profile of lighting mechanism.
Figure 17 is that expression is installed on the bactericidal device under the state of freezer, the ground plan of lighting mechanism.
Figure 18 is expression is covered the state of bactericidal device and lighting mechanism by cover body a ground plan.
Figure 19 is the profilograph of freezer.
Figure 20 is the profilograph of freezer of the present invention.
Figure 21 is the front elevation that the stream of expression freezer of the present invention forms mechanism structure.
Figure 22 is the front elevation of freezer of the present invention.
Figure 23 has the profilograph that the stream that supports body of the present invention forms mechanism structure.
Figure 24 is the front elevation of the freezer of embodiment of the present invention.
Figure 25 is the profilograph of the freezer of this embodiment.
Figure 26 is expression forms mechanism structure as the stream of the part of the circulating path of the cold air of this embodiment figure.
Figure 27 is the stereogram that expression is installed on the bactericidal device under the state of freezer of this embodiment.
Figure 28 is the profile of installation pattern that expression is installed on the bactericidal device of this embodiment.
Figure 29 is the stereogram of other patterns of the bactericidal device of this embodiment of expression.
Figure 30 is that the bactericidal device of embodiment of the present invention is with the state of the part of the inboard wall that the cuts away refrigerating chamber figure of expression down.
Figure 31 is the profile on freezer top.
Figure 32 is a control chart of the present invention.
Figure 33 is a control chart of the present invention.
Figure 34 is a control chart of the present invention.
Figure 35 is the central longitudinal profile of the freezer of embodiment of the present invention.
Figure 36 is the central longitudinal profile of deodorizing bactericidal device that is installed on the freezer of embodiment of the present invention.
Figure 37 is the following outside drawing of deodorizing bactericidal device that is installed on the freezer of embodiment of the present invention.
Figure 38 representes the profile as the air cleaning unit of the part of bactericidal device.
Figure 39 is the profile of the indoor set of expression air conditioner.
Figure 40 is the profile of the air cleaning unit of expression embodiment of the present invention.
Description of reference numerals
4 streams
13 shutter boards
15 air conditioners
20 supply units
46 shelves
48 drawers
100 freezers
101 heat insulating boxes
102 refrigerating chambers
103 refrigerating chambers
104 vegetable compartment
105 ice-making compartments
Switching chambers 106
107 insulated doors
110 coolers
111 first top parts
112 second top parts
113 recesses
114 compressors
115 cooling chambers
120 depressed parts
121 cooling fans
122 control substrates
123 windscreens
124 streams form mechanism
125 air doors (Off ラ Star プ)
127 drive divisions
128 pairs of windscreens
131 reclaim mouth
133 transparent members
200 bactericidal devices
201 support body
The 201a normal
202 irradiation means
203 Blast mechanisms
204 adsorption filters
206 cover bodies
The 206a ora terminalis
207 light sources
208 projections
209 narrow
211 double-deck cover bodies
212 light source cover bodies
213 transparent window portion
220 heat insulating members
221 motors
222 axial flow fans
223 receiving spaces
224 rotating shafts
230 circulating directions
240 direction of passage
250 housings
251 air entries
252 outlets
254 switches
255 bifurcations
256 support units
257 intercommunicating pores
258 air cleaning units
300 lighting mechanisms
301 lighting sources
302 illuminating board
303 engaging pawls
The specific embodiment
Then, with reference to the embodiment of description of drawings freezer of the present invention.
(embodiment 1)
Fig. 7 is the front elevation of the freezer in the embodiment 1 of the present invention.
As shown in the drawing, the freezer 100 of this embodiment is the freezer 100 with chamber door of opposite opened, in heat insulating box 101, has by the storeroom of dividing up and down.
The storeroom that quilt in the freezer 100 is divided up and down is called as refrigerating chamber 102 and refrigerating chamber 103 according to its function (chilling temperature).
Be provided with as the foaming of door body in the front openings portion of refrigerating chamber 102 and filled the for example revolving insulated door 107 of foaming heat-barrier material such as urethanes.In addition, likewise, also be provided with insulated door 107 in the front of refrigerating chamber 103.Thus, storeroom is sealed with the mode that can open and close, so that cold air does not leak.
Refrigerating chamber 102 is the storerooms that are maintained at the low temperature of non-freezing degree for stored refrigerated.As the lower limit of concrete temperature, usually by with 1 ℃～5 ℃ settings.
Refrigerating chamber 103 is for being set at the storeroom of cryogenic temperature band.Particularly, for freezing preservation usually by with-22 ℃～-18 ℃ settings.But,, situation about setting with the low temperature of-30 ℃ or-25 ℃ is for example arranged also in order to improve the state of freezing preservation.
Fig. 8 is the profilograph of the freezer of this embodiment of modal representation.
As shown in the drawing, freezer 100 portion within it has bactericidal device 200 and cooler 110.
Heat insulating box 101 is between outer container and interior case, to fill heat-barrier material such as hard foaming urethanes for example and the casing that forms.This heat insulating box 101 makes heat insulating box 101 inside heat insulation with respect on every side.
In the inboard of heat insulating box 101, be embedded in the heat insulating box 101 as the cooler 110 of cooling body.
Cooler 110 is to constitute cool cycles with compressor 114 grades, and slotting logical cooler 110 inner cold-producing mediums evaporate, thereby captures the heat of the air of heat insulating box 101 inside, directly cools off the parts of heat insulating box 101 inside.
Then, bactericidal device 200 is described.
Fig. 9 is the profile that expression is installed on the bactericidal device under the state of freezer.
Figure 10 is the ground plan that expression is installed on the bactericidal device under the state of freezer.
The bactericidal device 200 of this embodiment is for forcing degerming to airborne mushroom and the spore etc. that are present in the heat insulating box 101; And make simultaneously and be present in airborne organic substance and decompose; Also can realize the device of deodorizing, it is equipped with the irradiation means 202 that supports body 201, the exciting light that excites said photochemical catalyst is shone support on the body 201, Blast mechanism 203, adsorption filter 204, the stream that support photochemical catalyst to form mechanism 124 and cover body 206.
Bactericidal device 200 is installed in the depressed part 120 that is arranged on heat insulating box 101.In addition, the mode that is installed on the bactericidal device 200 of heat insulating box 101 with covering is equipped with cover body 206.Be provided with the interval of regulation between bactericidal device 200 and the cover body 206.
Blast mechanism 203 in bactericidal device 200, is configured in the side near insulated door 107.In addition, through Blast mechanism 203 air direction shown in the arrow in figure is blowed.
Adsorption filter 204 is configured in the side near cooler 110 in bactericidal device 200.
Supporting body 201 is configured between Blast mechanism 203 and the adsorption filter 204.
In addition, support the ceiling that body 201, irradiation means 202, Blast mechanism 203 and adsorbing mechanism 204 are installed on heat insulating box 101.
Support the body 201 resinous parts that the porous material of ingress of air in a large number constitutes of serving as reasons, it is to rub the structure of twining the filtration shape that forms into the fiber of photochemical catalyst.In addition, the resin that adopts the light of the wavelength of easy exciting light catalyst to see through as the resin of base material.
Support the photochemical catalyst that body 201 supports and be light through illuminated certain wavelengths; And can carry out degerming to airborne bacterium and can make airborne foul smell composition (organic substance etc.) oxidation or decomposition etc. and the catalyst of deodorizing; It is believed to make airborne composition activate (for example ionization or baseization (ラ ジ カ Leization)), in view of the above and the material that carries out degerming or deodorizing.Particularly as photochemical catalyst, can give an example silver oxide or titanium oxide.
For making the blue region of the required light wavelength of function such as silver oxide performance degerming for the visible light of about 400nm～580nm degree.In addition, be 380nm for making the necessary light wavelength of function such as titanium oxide performance degerming.
Irradiation means 202 is for having the light source 207 that can launch the light that contains wavelength that can the exciting light catalyst and the device of lighting substrate (not shown) etc. that is used for a bright light source 207.
Can be luminous as long as light source 207 contains the light of the light wavelength of above-mentioned wavelength with ormal weight, can give an example ultraviolet lamp or common bulb etc.In addition, photochemical catalyst is under the situation of silver oxide, sends the light emitting diode (LED) of the blue light (470nm) in visible light zone through employing, thereby can realize long lifetime, cost degradation.In addition, photochemical catalyst is under the situation of titanium oxide, also can adopt the UV (Ultraviolet: the ultraviolet ray) ultraviolet ray-light emitting diode of light (UV-LED) that sends 380nm.
Under the situation of this embodiment, adopt silver oxide, be employed on the elongated substrate three light emitting diodes of configuration side by side as the light emitting diode of the light source 207 of irradiation means 202 as photochemical catalyst.
Blast mechanism 203 has motor 221 and axial flow fan 222 and the housing that keeps this motor 221 and axial flow fan 222.And Blast mechanism 203 has when motor 221 and rotates according to the input of power supply, through the function that cold air is blowed to certain orientation (direction of arrow among Fig. 9) with the direct-connected axial flow fan 222 of the rotating shaft of motor 221.In other words, Blast mechanism 203 is at center configuration motor 221, and by the structure that constitutes with the radial axial flow fan 222 that is installed on the rotating shaft of motor 221 to the crooked a plurality of blades of certain orientation, motor 221 is accommodated in the housing with axial flow fan 222.And Blast mechanism 203 has when motor and is rotated by the input of power supply, and the axial flow fan 222 that is driven by motor 221 is to the function of certain orientation blow air.
Axial flow fan 222 disposes with the mode that the circulating direction 230 of rotating shaft of axial flow fan 222 224 and air intersects.That is, forming Blast mechanism 203 crouches at the state of the ceiling face of heat insulating box 101.
Adsorption filter 204 has the function of removing the adsorption filter that is present in the foul smell composition in the heat insulating box 101 as absorption.Particularly, parts of the honeycomb that can illustration constitutes by active carbon as adsorption filter 204 etc.Such adsorption filter 204 is inserted the hole of logical honeycomb through making air, thereby can adsorb the foul smell composition that is present in the air.
Adsorption filter 204 disposes with the mode that the circulating direction 230 of direction of passage of the air of adsorption filter 204 204 and air intersects.Therefore, with Blast mechanism 203 likewise, form the state that is crouching with respect to heat insulating box 101.
Stream forms mechanism 124 parts that the resin that can keep supporting body 201, Blast mechanism 203, adsorption filter 204 forms of serving as reasons.Stream through being equipped with under the state that supports body 201, Blast mechanism 203, adsorption filter 204 forms the regulation position that mechanism 124 is bolted to heat insulating box 101, thereby at the heat insulating box 101 inner bactericidal devices 200 that form.
In addition, the inwall through stream formation mechanism 124 and heat insulating box 101 forms the passage that can insert logical cold air.So, in passage, being equipped with and supporting body 201, irradiation means 202, Blast mechanism 203, adsorption filter 204, they constitute bactericidal device 200.
Form under the state of inwall that mechanism 124 is installed on heat insulating box 101 at stream; Stream forms mechanism 124 except air is formed mechanism's 124 outside parts that derive to stream by Blast mechanism 203 forms mechanism's 124 inner parts that import and air from importing to stream, forms air and does not form the structure that mechanism 124 reveals (being difficult to reveal) from stream.Therefore, form the stream that forms the air that blows by Blast mechanism 203 between the mechanism 124 at heat insulating box 101 and stream.
Stream forms mechanism 124 and is keeping supporting body 201 with the mode that supports the wideest face of body 201 and the irradiation means 202 that is installed on heat insulating box 101 sides and face.
Stream forms mechanism 124 and does not directly contact the state maintenance that stream forms mechanism 124 and leaves from stream formation mechanism 124 to support body 201.Particularly, be equipped with at the front end that forms elongated a plurality of columnar parts that mechanism 124 extends from stream and support body 201.Thus, support body 201 and form the state that roughly floats aloft, the roughly whole area that supports body 201 is contacted with the air that is imported by Blast mechanism 203.In addition, form the discontiguous pattern of other parts of mechanism 124, thereby can prevent as far as possible that the dewfall that forms mechanism's 124 generations at stream from moving to supporting body 201 through formation and stream.In addition; Support body 201 in the air of circulation, not wave or to be held because of crooked mode such as gravity; It is straight that keep on the surface that supports body 201; So can not produce the part of the shadow that the light from irradiation means 202 can not arrive, can efficient excite well by supporting the photochemical catalyst that body 201 supports.
Stream forms mechanism 124 and Blast mechanism 203 or adsorption filter 204 is being installed on the state that the maintenance state on the heat insulating box 101 is under being crouched with respect to the face of heat insulating box 101.Like this; Through Blast mechanism 203 and adsorption filter 204 are formed the state that is crouching with respect to horizontal direction; Can reduce bactericidal device 200 as much as possible to inner outstanding of heat insulating box 101; And can jumbo air be imported bactericidal device 200, in addition, can make the adsorption filter 204 of said jumbo air through having big surface area.
Stream forms mechanism 124 and has the narrow narrow of sectional area 209 at the pars intermedia of the stream of air than the stream of other parts.Narrow 209 slit for being made up of the shape of the depressed part 120 of heat insulating box and shape that stream forms mechanism 124 has the function of the circulation of the air that narrows.
Bottom at the depressed part 120 of heat insulating box 101 is equipped with irradiation means 202, and this part is outstanding with the mode that the distance that supports body 201 and irradiation means 202 narrows down, and forms narrow 209.
In addition, in this embodiment, form mechanism 124 by depressed part 120 and stream and form narrow; But be not limited to this, the bottom of depressed part 120 also can ledge useless, and is flat structures; Mechanism 124 is outstanding if stream forms, and then stream narrows down, so this part forms narrow 209.
Because above narrow 209, the density of the cold air of circulation uprises, and more cold air contact supports body 201, perhaps, support body 201 near pass through.Therefore, can efficient carry out degerming well.
The part of the installation bactericidal device 200 of heat insulating box 101 is formed with the depressed part 120 of depression, compares the heat-barrier material attenuation with other parts.
Through bactericidal devices 200 being installed, thereby can prevent that bactericidal device 200 is outstanding to heat insulating box 101, can suppress the minimizing of the inner volume of heat insulating box 101 as far as possible at depressed part 120.Moreover, because the heat-barrier material attenuation so can make the temperature rising of bactericidal device 200 and surpass other parts, can efficient be carried out degerming well.In addition, can be suppressed at the inside generation dewfall of bactericidal device 200 as much as possible.
Figure 11 is expression is covered the state of bactericidal device and lighting mechanism by cover body a ground plan.
Cover body 206 has air entry 251 and outlet 252 for covering the tabular parts of bactericidal device 200 integral body that are installed on heat insulating box 101.The shutter board (Le one バ one) of the air-flow of a plurality of control airs is installed at air entry 251 and outlet 252 in addition.Cover body 206 improves appearance design property through covering hiding bactericidal device 200, and separates the distance configuration of regulation with bactericidal device 200, thereby bactericidal device 200 is isolated from heat insulating box 101 inner cold air.Therefore, bactericidal device 200 dewfall have been prevented through cover body 206 and the performance reduction.In addition, cover body 206 also covers the lighting mechanism 300 that is embedded in the heat insulating box 101.
Being transparent with lighting mechanism 300 relative parts in the cover body 206, in addition is translucent ground glass shape, and it is whole translucent ground glass shape that stream forms mechanism 124.Thus, spill to heat insulating box 101 inside from the part of the visible light of light source 207 irradiation or by the reverberation of the visible light of bactericidal device 200 internal reflections.Thus, can confirm that degerming carries out, can confirm whether irradiation means 202 exists fault from the outside.
Below explanation about as the action and the effect of the freezer 100 of above formation.
Contain and be present in the inner foul smell composition (organic substance etc.) of heat insulating box 101 or the air of bacterium is passed through in the air entry 251 of cover body 206 by the power that blows of Blast mechanism 203, import the inside of bactericidal device 200 via Blast mechanism 203.
At this; The air that imports bactericidal device 200 by at the depressed part 120 of heat insulating box 101, be the heat that produces through the heat of conduct or the heat that produces by irradiation means 202, by lighting mechanism 300 in the thin part of heat-barrier material etc. and the temperature rising becomes the temperature that is suitable for degerming, deodorizes.In addition, even insulated door 107 is opened, outer gas gets into heat insulating box 101 inside, imports bactericidal device 200 inside, because the temperature raising of bactericidal device 200 integral body, so also can form the state that does not produce dewfall.
Like the air under the above state, pass through with the mode of pasting the maximum face of the area that supports body 201.At this, the narrow 209 that forms mechanism's 124 clampings by irradiation means 202 and the stream relative with it is set to narrower than other parts, so the cold air of circulation becomes high density because of narrow 209, efficient contacts well and supports body 201.Therefore, be contained in foul smell composition and bacterium in the cold air, efficient is supported the surface of body 201 well and is caught.Foul smell composition that is captured and mushroom through the common catalyst action (not being the photochemical catalyst effect) of silver oxide oxidation Decomposition and degermation and by deodorizing and degerming.Also can efficient carry out degerming and deodorizing through narrow 209 well in this stage.Thus; Decompose and degermation owing to also bringing into play foul smell when the irradiates light not by the effect of silver oxide; So can guarantee desirable deodorizing, bacteria-eliminating efficacy, and can reduce the exposure and the time of light, can improve the long-term and energy-saving effect in the life-span of irradiation means.In addition, through the luminous energy (blueness or ultraviolet light) from light source 207 irradiation, the silver oxide that has absorption spectrum in these wavelength region may is excited by the luminous energy of blue light, and the photochemical catalysts that support body 201 surfaces excite.Photochemical catalyst excites, and then from airborne moisture, produces hydroxyl radical free radical, is used for being supported body 201 and catches or be present in the oxidation Decomposition that supports near the foul smell composition the body 201 and the bacteriolyze of bacterium.In this stage, by the effect of narrow 209, can produce more substantial hydroxyl radical free radical, promote the decomposition of organic substance and the bacteriolyze of bacterium.
By above-mentioned catalyst action, be the highest cold air of temperature in the heat insulating box 101 by the air of degerming deodorizing.Therefore, degerming, deodorize most effective.
In addition, become to grade with the hole of air through the adsorption filter 204 of honeycomb supporting the foul smell that does not decompose fully on body 201 surfaces, absorption remains on adsorption filter 204.
By more than, the air through bactericidal device 200 becomes by the clean air of deodorizing, degerming, blows out to heat insulating box 101 inside from the outlet 252 of cover body 206.Therefore,, heat insulating box 101 whole bacterial populations are reduced, the foul smell composition is reduced if continue this degerming.
The air that is blown is blown is attached to cooler 110, is cooled to the temperature of the storage that is fit to food etc.Therefore, even temperature temporarily rises in bactericidal device 200, owing to air is cooled after heat insulating box 101 inside blow out, so harmful effects also useless such as food to being stored.
On the other hand, in heat insulating box 101 inside,, can promote the convection current that air is whole through importing air to bactericidal device 200 and deriving air from bactericidal device 200.Therefore, can prevent that cold air is trapped in the bottom of heat insulating box 101, can make the temperature inside of heat insulating box 101 even.In addition, the hydroxyl radical free radical that is generated by bactericidal device 200 at heat insulating box 101 internal convections, also carries out deodorizing and degerming with air in heat insulating box 101.
In addition; Air by 110 coolings of the cooler of the inboard wall that is positioned at heat insulating box 101; Fall the bottom of heat insulating box 101 owing to proportion is higher; Follow this action, the air that in food of being stored and insulated door 107 etc., passes through because of the rising of heat temperature, the part of surrounding towards ceiling and insulated door 107 by heat insulating box 101 rises.Blast mechanism 203 is to respect to the very mild convection current in the inner aforementioned that kind that produce of heat insulating box 101, do not constitute adverse current and promotes the direction blow air of convection current.As a result, mandatory and powerful convection current is heat insulating box 101 inner generations.
Therefore, can prevent that cold air is detained in the bottom of heat insulating box 101, makes the internal temperature of heat insulating box 101 even.In addition, the hydroxyl radical free radical that is generated by bactericidal device 200 at heat insulating box 101 internal convections, also carries out deodorizing and degerming with air in heat insulating box 101.
According to more than, freezer is through bactericidal device 200, and can not use organic type of bacteria remover etc. and carry out the physical property degerming and deodorize.Need not consider of the harmful effect of organic type of bacteria remover to human body etc.In addition, photochemical catalyst can not carry out degerming and deodorize because photochemical catalyst self is changed, so can for good and all keep effect.
In addition, also can make maximum face and the vertical plane keeping parallelism of area that supports body 201.If like this configuration supports body 201, even then under the situation that supports body 201 dewfall, below the moisture of dewfall on the maximum face of area also can be pulled to because of gravity, the area the best part became the state that does not have moisture.Therefore, can be on not because of the affected basis of the moisture of dewfall through photochemical catalyst to being carried out degerming and deodorizing by the air of branch.
In addition, in the above-described embodiment, irradiation means 202 directly is installed on heat insulating box 101, form mechanism 124 by heat insulating box 101 and stream and constitute stream, but the present invention is defined in this.
For example, shown in figure 12, the stream that also can be employed in box shape forms in the passage that mechanism 124 is a rectangle irradiation means 202 is installed, supports body 201, Blast mechanism 203, can be with respect to the bactericidal device of heat insulating box 101 dismounting assembly shape freely.Through adopting such structure, bactericidal device can be easily with respect to the freezer dismounting.In addition, also can be at the bactericidal device configuration lighting mechanism 300 of said modules shape.Particularly,, then can make power circuit etc. shared, carry out the assembling of freezer easily if light source 207 all is a light emitting diode with lighting mechanism 303.
In addition, in the above-described embodiment, adsorption filter 204 with support body 201 split settings, but the present invention is defined in this.For example, also can be shown in figure 13, the body 201 that supports that supports photochemical catalyst is provided with the adsorption section that can keep foul smell.In other words, also can make absorption keep the adsorption filter 204 of foul smell to support photochemical catalyst.In addition, if support body 201 oblique illumination light, then owing to can not hinder the circulation of air, so be desirable with respect to what have an adsorption section.
According to above structure, can realize the miniaturization of bactericidal device 200, can suppress heat insulating box 101 inner capacity and reduce.Can realize that in addition cost reduces.
As more than, freezer of the present invention has the heat insulating box 101 that forms storeroom in inside that is made up of heat-barrier material; Open and close the insulated door 107 of the conduct door body of the peristome that is installed on heat insulating box 101 freely; The direct cooling body of the air in the cooling heat insulating box 101, this freezer has: be configured in the storeroom, support photochemical catalyst support body 201; With the exciting light of exciting light catalyst to the irradiation means 202 that supports body 201 irradiations; Air in the storeroom is forced the Blast mechanism 203 that blows towards supporting body 201, thereby in the air-flow of the air that produces by Blast mechanism 203, utilizes photochemical catalyst to carry out degerming and deodorize, so that clean air storeroom in the convection current of degerming after deodorizing.Therefore, can keep whole health in the storeroom, improve the keeping quality of food.In addition, owing to utilize the wind of Blast mechanism 203 in storeroom, to produce compulsory convection current, the temperature that can eliminate in the storeroom is uneven.
Like this, freezer of the present invention is forced to blow out the air in the storeroom, with emitting in the wind direction storeroom after the degerming such as bacterium that are contained in this wind.Therefore, can make the Forced Air Convection in the storeroom, and in whole storeroom, carry out degerming simultaneously.
In addition, preferably, the stream with stream of the air that formation blows by Blast mechanism 203 forms mechanism 124, supports body 201 and is configured in by stream and forms in the stream that mechanism 124 forms.
Thus, support body 201 and can contact more air, can improve the effect of photochemical catalyst, the efficient that improves sterilization and deodorize.
In addition, preferably, dispose the adsorption filter 204 that absorption keeps the foul smell in the storeroom, adsorption filter 204 is configured in the downstream that stream is interior, support body 201.
Thus, can further improve deodorizing effect etc., in addition through adsorption filter 204 is configured in the downstream that support body 201 since only through maintenance by the foul smell after the photocatalyst treatment just can, can prolong life-span of adsorption filter.
In addition, support body 201 and also can have the adsorption section that absorption keeps the foul smell in the storeroom.
Thus, on the basis of the degerming of photochemical catalyst and the effect of deodorizing owing to support body 201 and can adsorb the maintenance foul smell, thus can provide compact conformation, effect high support body 201.Therefore, can not sacrifice the capacity in the storeroom, and can keep the health in the storeroom.
In addition; Bactericidal device of the present invention is to be installed on to have the door body that switching is installed on the peristome of the heat insulating box 101 that is made up of heat-barrier material, form storeroom in inside freely; Bactericidal device with the freezer of the cooling body of air in the direct cooling heat insulating box 101; This bactericidal device has: support photochemical catalyst support body 201, with the exciting light of exciting light catalyst to the irradiation means 202 that supports body 201 irradiations, force the Blast mechanism 203 that blows, the stream that forms the stream of the air that blows by Blast mechanism 203 to form mechanism 124 to supporting body 201 air in the storeroom; Wherein, supporting body 201, irradiation means 202, Blast mechanism 203 is installed on stream and forms mechanism 124.
Thus, can be easily with bactericidal device with respect to the freezer dismounting.
In addition, in the above-described embodiment, be formed with the space between bactericidal device 200 and the cover body 206, but the present invention is defined in this.For example, shown in figure 14, also can between bactericidal device 200 and cover body 206, dispose heat insulating member 220.Make bactericidal device 200 and heat insulating box 101 inside thermal isolation securely through this heat insulating member 220, thus the degerming function of deodorizing can be improved, and can avoid the inner dewfall of bactericidal device 200 as much as possible.
Like this, freezer of the present invention has by what heat-barrier material constituted and forms storeroom heat insulating box 101 in inside; Open and close the door body of the peristome that is installed on heat insulating box 101 freely; Cooler 110 as the cooling body of the air in the direct cooling heat insulating box 101; With to carrying out the bactericidal device 200 that degerming is deodorized in the storeroom, wherein, this bactericidal device 200 has: be configured in the storeroom, support photochemical catalyst support body 201; With the exciting light of exciting light catalyst to the irradiation means that supports body 201 irradiations; Force the Blast mechanism 203 that blows, the stream that forms the stream of the air that blows by Blast mechanism 203 to form mechanism 124 towards supporting body 201 air in the storeroom, wherein also be provided with the cover body 206 of the bactericidal device 200 that covers the inwall that is installed on heat insulating box 101.
Thus, can completely cut off temperature and the interior temperature of bactericidal device in the storeroom, can be through bactericidal device being maintained the temperature that is fit to photochemical catalyst.Therefore, even for example open and close the door body of freezer, the air that humidity is high imports storeroom, also can make not produce dewfall supporting body 201.
In addition, preferably be provided with the heat insulating member that is disposed between said bactericidal device and the cover body.
Thus, can further improve above-mentioned effect.
In addition, preferably, above-mentioned heat insulating box 101 is provided with the depressed part to the storeroom side opening, and said bactericidal device is imbedded said depressed part and installed.
Thus, can be easily the thermal conductance of the outside of freezer be gone into bactericidal device, easily bactericidal device is maintained the temperature that is fit to photochemical catalyst, in addition, can more easily suppress the generation of dewfall.
Freezer of the present invention is with thermal isolation in bactericidal device and the storeroom.Therefore, can in addition, can be suppressed at and produce dewfall in the bactericidal device easily with maintaining the temperature that is fit to photochemical catalyst in the bactericidal device.
Like this, freezer of the present invention has the heat insulating box 101 that forms storeroom in inside that is made up of heat-barrier material, the door body that opens and closes the peristome that is installed on heat insulating box 101 freely; The direct cooling body of the air in the cooling heat insulating box 101, this freezer has: be configured in the storeroom, support photochemical catalyst support body 201; With the exciting light of exciting light catalyst to the irradiation means 202 that supports body 201 irradiations; Force the Blast mechanism 203 that blows, the stream that forms the stream of the air that blows by Blast mechanism 203 to form mechanism 124 towards supporting body 201 air in the storeroom; Stream forms mechanism and has the narrow of formation sectional area at the pars intermedia of the stream of the air slit narrower than the stream of other parts, supports body 201 and is configured on the narrow.
Thus, the air that pressure is passed through in stream by Blast mechanism 203 is narrowed in narrow.Therefore, air can efficient contact well be configured in this narrow support body 201, can improve degerming, antibacterial effect.
In addition, preferably, Blast mechanism 203 has axial flow fan, and the mode that axial flow fan intersects with the direction of the rotating shaft of axial flow fan and the air that in stream, passes through disposes.
Thus, under the situation of the stream of the wall in storeroom configuration air, can suppress Blast mechanism outstanding amount in storeroom as far as possible, can not sacrifice very much the volume in the storeroom, and can give and degerming, the effect of deodorizing freezer.
In addition; The adsorption filter 204 that keeps the adsorption filter of the foul smell in the storeroom as absorption is set; Adsorption filter is configured in the stream, support the downstream of body 201, and the mode of intersecting with the direction of the direction of passage of the air of this adsorption filter and the air that in stream, passes through disposes.
Thus, can further improve deodorizing effect etc., in addition,, can prolong the life-span of adsorption filter only through keeping passable for a long time by remaining foul smell after the photocatalyst treatment through adsorption filter being configured in the downstream that support body 201.In addition, because adsorption filter also forms the state with respect to the stream inclination, so can suppress outstanding in storeroom as far as possible.
Shown in above, freezer of the present invention is seen the force air in the storeroom off, with the degerming such as bacterium that are contained in this wind, the wind direction storeroom after the degerming is emitted.Therefore, can make the Forced Air Convection in the storeroom, and carry out degerming in simultaneously in whole storeroom.On this basis, can also efficient carry out degerming and deodorizing well.
Freezer of the present invention, have by heat-barrier material constitute form storeroom in inside and be provided with in the front rectangle of peristome heat insulating box 101, open and close the door body that is installed on peristome freely; As the cooler 110 of the cooling body of the air in the direct cooling heat insulating box 101, this freezer has: be configured in the storeroom, support photochemical catalyst support body 201; With the exciting light of exciting light catalyst to the irradiation means that supports body 201 irradiations; Air in the storeroom is forced the Blast mechanism 203 that blows towards supporting body 201, wherein, dispose Blast mechanism 203 successively, support body 201, cooling body from the upper reaches of the air-flow of the air that produces by Blast mechanism 203.
Thus, can make the contact of the higher air of temperature support body 201, can be suppressed to support on the body 201 and produce dewfall.Thus, the function that can suppress photochemical catalyst reduces, and efficient is carried out degerming well, deodorized.
In addition,, can not cause obstruction, can on the direction that promotes free convection, form the air-flow of air, so can be uneven with the temperature that high efficiency is eliminated in the storeroom to the free convection that produces by cooling body through adopting such configuration.
In addition, preferably, be provided with the adsorption filter 204 that absorption keeps the foul smell in the storeroom, adsorption filter 204 is configured in the said downstream of body 201, the upstream side of said cooling body 110 of supporting.
Thus, can further improve deodorizing effect etc., in addition,, can promptly can prolong the life-span of adsorption filter 204 only through keeping just passable by remaining foul smell after the photocatalyst treatment through adsorption filter being configured in the downstream that support body 201.
Shown in above, freezer of the present invention, the air that temperature is higher blows towards low temperature side.Thus, can strengthen the interior free convection of storeroom.In addition, owing to make the photochemical catalyst air higher with respect to temperature, so can efficient carry out degerming well, deodorize.
(embodiment 2)
Then, other embodiments are described.In addition, the structure common with above-mentioned embodiment 1 used identical Reference numeral, and its explanation is omitted to some extent.
Figure 15 is the profilograph of the freezer of this embodiment of modal representation.
As shown in the drawing, at the ceiling of heat insulating box 101 bactericidal device 200 and lighting mechanism 300 are installed.In addition, tell about in the back about bactericidal device 200 and lighting mechanism 300.
Figure 16 is that expression is installed in the bactericidal device under the state on the freezer, the profile of lighting mechanism.
Figure 17 is that expression is installed in the bactericidal device under the state on the freezer, the ground plan of lighting mechanism.
Lighting mechanism 300 has lighting source 301, illuminating board 302, lights substrate (not shown) for the device to throwing light in the heat insulating box 101.Lighting mechanism 300 is installed in the depressed part 120 that bactericidal device 200 is installed than bactericidal device more near a side of insulated door 107.Lighting mechanism 300 is being installed on the heat insulating box 101 from the mode that insulated door 107 sides are thrown light on to heat insulating box 101 inside towards the inboard of heat insulating box 101.
The light source of lighting source 301 for being used for being thrown light in heat insulating box 101 inside in this embodiment, adopts white light-emitting diode as lighting source 301.
Lighting mechanism 302 is that a plurality of lighting sources 301 are kept a row, is printed with to be used for the printed base plate that illumination light source 301 is somebody's turn to do to the distribution of electric power.Illuminating board 302 through with implant depressed part 120 in pawl 303 engagings that engage remain in the depressed part 120.
Light the electric power that substrate has this supply freezer 100 and convert the electric power that is fit to lighting source 301 into and the circuit of supplying with.This lights substrate also can be with respect to supporting light source 207 supply capabilities of body 201 irradiation exciting lights.In addition, lighting substrate and have the switching that can detect insulated door 107, only is the circuit of illumination light source 301 supply capabilities when opening state at insulated door 107.
Figure 18 is expression covers the state of bactericidal device and lighting mechanism through cover body a ground plan.
Cover body 206 is for covering the bactericidal device 200 that is installed on the heat insulating box 101 and the tabular parts of whole lighting mechanism 300, and it disposes air entry 251 and outlet 252 and transparent window portion 213.The shutter board of the air-flow of many control airs is installed at air entry 251 and outlet 252 in addition.Cover body 206 improves appearance design property through covering hiding bactericidal device 200 with lighting mechanism 300; And separate the predetermined distance configuration with bactericidal device 200, lighting mechanism 300, thereby bactericidal device 200, lighting mechanism 300 are separated from heat insulating box 101 inner cold air.Therefore, can prevent bactericidal device 200, lighting mechanism 300 dewfall through cover body 206, performance reduces.In addition, cover body 206 so the heat that produces from lighting mechanism 300 does not import heat insulating box 101, and imports bactericidal device 200 owing to also cover the lighting mechanism 300 that is embedded in the heat insulating box 101.Therefore, the temperature of the air of importing bactericidal device 200 is more a little than the temperature rising of the air in the heat insulating box 101, promotes degerming and deodorizing.
Transparent window portion 213 is the part relative with the lighting mechanism of cover body 206 300, and this part constitutes pellucidity.
Beyond the transparent window portion 213 of cover body 206, constitute translucent ground glass shape, stream forms the translucent ground glass shape of the also whole formation of mechanism 124.Thus, spill to heat insulating box 101 inside from the part of the visible light of light source 207 irradiation or at the reverberation of the visible light of bactericidal device 200 internal reflections.Thus, can confirm to carry out degerming, can confirm whether irradiation means 202 exists fault from the outside.
About freezer 100 like above formation, below its action of explanation and effect.
Contain the air that is present in inner foul smell composition (organic substance etc.) of heat insulating box 101 or bacterium by the power that blows of Blast mechanism 203 air entry 251, import the inside of bactericidal device 200 via Blast mechanism 203 through cover body 206.The air that is imported into is pasting the face that supports body 201 areas maximum to be passed through.At this, by irradiation means 202 and the stream relative with it form stream that mechanism 124 clips be set to narrower than other parts, so a large amount of contacts of air support body 201.Be contained in the surface seizure that airborne foul smell composition and bacterium are supported body 201.Foul smell composition that is captured or bacterium are in oxidation Decomposition or the deodorizing under degermation down of the common catalyst action (not being the photochemical catalyst effect) of silver oxide, degerming.Thus, when irradiates light not also under the effect at silver oxide the performance foul smell decompose, degermation, so can guarantee desirable deodorizing, bacteria-eliminating efficacy, and reduce the exposure and the time of light, can improve the long-term and energy-saving effect in the life-span of irradiation means.In addition, through the luminous energy (blueness and ultraviolet light) from light source 207 irradiation, the silver oxide that has absorption spectrum in these wavelength region may excites through the luminous energy of blue light, and the photochemical catalysts that support body 201 surfaces are excited.When photochemical catalyst excites, then produce hydroxyl radical free radical from airborne moisture, be used for being supported body 201 and catch or be present in the oxidation Decomposition that supports near the foul smell composition the body 201 and the bacteriolyze of mushroom.
In addition, become to grade with the hole of air supporting the foul smell that does not decompose fully on body 201 surfaces, be adsorbed filter 204 absorption and keep through the adsorption filter 204 of honeycomb.
According to above and air that in bactericidal device 200, pass through becomes by the clean air of deodorizing, degerming, blow out to heat insulating box 101 inside from the outlet 252 of cover body 206.Therefore,, heat insulating box 101 whole bacterial populations are reduced, can reduce the foul smell composition if continue this degerming action.
On the other hand, in heat insulating box 101 inside, through importing air to bactericidal device 200 and derive air, thereby promote the convection current that air is whole from bactericidal device 200.Therefore, can prevent that cold air is trapped in the bottom of heat insulating box 101, can make the temperature inside of heat insulating box 101 even.In addition, the hydroxyl radical free radical that is generated by bactericidal device 200 at heat insulating box 101 internal convections, also carries out deodorizing and degerming with air in heat insulating box 101.
According to more than, freezer is through bactericidal device 200, and can not use organic type of bacteria remover etc. and carry out the physical property degerming and deodorize.Need not consider of the harmful effect of organic type of bacteria remover to human body etc.In addition, photochemical catalyst can not carry out degerming and deodorize because photochemical catalyst self is changed, so can keep to semipermanent effect.
In addition, it is opened and light that lighting mechanism 300 detects insulated door 107.When lighting mechanism 300 was lighted, from insulated door 107 side direction heat insulating boxes 101 inboard irradiates lights, so be stored at the positive illuminated of reserve in the heat insulating box 101, reserve was very easy to see.
In addition, in the above-described embodiment, irradiation means 202, lighting mechanism 300 are directly installed on the heat insulating box 101, form mechanism 124 through heat insulating box 101 and stream and form stream, but the present invention are not limited to this.For example, shown in figure 19, also can irradiation means 202 be installed on the basket of box shape, support body 201, Blast mechanism 203, lighting mechanism 300, constitute with respect to heat insulating box 101 illumination, the bactericidal device of the assembly shape of dismounting freely.Like this, can make illumination, bactericidal device become easy to the dismounting of freezer.
Freezer of the present invention has the heat insulating box 101 that forms storeroom in inside that is made up of heat-barrier material; Open and close the door body of the peristome that is installed on said heat insulating box 101 freely; Cooler 110 as the cooling body of the air in the direct cooling heat insulating box 101; This freezer has bactericidal device 200, cover the cover body 206 be installed on the bactericidal device 200 on heat insulating box 101 inwalls and covered and to heat insulating box 101 backlighted lighting mechanisms 300 by cover body 206, this bactericidal device 200 have be configured in the storeroom, support photochemical catalyst support body 201; With the exciting light of exciting light catalyst to the irradiation means 202 that supports body 201 irradiations; Force the Blast mechanism 203 that blows, the stream that constitutes the stream of the air that blows by Blast mechanism 203 to form mechanism 124 towards supporting body 201 air in the storeroom.
Thus, bactericidal device 200 is covered by same cover body 206 with lighting mechanism 300, with the state of compactness carry out degerming deodorize with storeroom in illumination.In addition, the heat energy that is produced by lighting mechanism 300 is applied flexibly in degerming enough effectively, is deodorized.In addition, also can be shared the electrical system etc. of bactericidal device 200 and lighting mechanism 300, can realize saving the space, reducing cost.
In addition preferably, bactericidal device 200 is installed on the ceiling face of heat insulating box 101, lighting mechanism 300 than bactericidal device 200 more near a side of door body.
In addition, irradiation means has directive property on the direction of illumination of light, and so that light is installed on heat insulating box 101 from the mode of reveal towards the inboard of heat insulating box 101.
Thus and since can be when beating opening door body after from the front side shine the food etc. of compartment interior, so identification food etc. brightly.
In addition, lighting mechanism 300 preferably is installed on the depressed part that is arranged on heat insulating box 101.
Thus, the capacity in can bigger sacrifice storeroom, and can be to shining in the storeroom.
Shown in above, freezer of the present invention blows the force air in the storeroom, carries out degerming with being contained in bacterium in this wind etc., and the wind after the degerming is emitted.Therefore, can make the Forced Air Convection in the storeroom, and in whole storeroom, carry out degerming simultaneously.In addition, since through the lighting mechanism that covers by cover body with bactericidal device to throwing light in the storeroom, so compact degerming, light fixture can be provided.
Below, about embodiment of the present invention, describe with reference to accompanying drawing.With the identical structure of embodiment of front explanation, use identical Reference numeral, its explanation is omitted to some extent.In addition, the present invention can't help this embodiment and limits.
(embodiment 3)
Figure 20 is the profilograph of freezer of the present invention.
Figure 21 is the front elevation that the stream of expression freezer of the present invention forms mechanism structure.
In these figure; For example be divided into a plurality of intervals through heat-barrier material such as hard foaming urethanes and the heat insulation heat insulating box that constitutes 101 on every side; At topmost configuration refrigerating chamber 102; At the refrigerating chamber 103 of foot configuration as first storeroom; And in the vegetable compartment 104 of the positive top of refrigerating chamber 103 configuration as second storeroom, in addition between vegetable compartment 104 and refrigerating chamber 102 side by side configuration as the ice-making compartment 105 of the 3rd storeroom with as the switching chamber 106 of the 4th storeroom.Refrigerating chamber 103, vegetable compartment 104, ice-making compartment 105 and switching chamber 106 all have the pattern of drawer type storeroom.Front openings portion at each storeroom disposes insulated door 107 respectively.
Vegetable compartment more than 104 is set at identical with refrigerating chamber 102 or for than high slightly 2 ℃～7 ℃ of its temperature.Temperature is low more, keeps the freshness of lobate vegetables between then more can be for a long time.
Ice-making compartment 105 is set inside ice machine (not shown), by the ice making of ice making mechanism and preserve the storeroom of this ice.Switch chamber 106 and can switch to the cryogenic temperature band according to purposes from the refrigerated storage temperature band through the operation board that is installed on the freezer main body.
The top part of heat insulating box 101 towards the back side of refrigerator direction with the step-like depression that is provided with; Constitute by first top part 111 and second top part 112, form the high-pressure side component parts of taking in compressor 114, carrying out the drying machine freeze cycle such as (not shown) of moisture removal at this step-like recess 113.That is the recess 113 that, sets compressor 114 embeds the rear area of the topmost in the refrigerating chambers 102 and forms.Therefore, the storeroom rear area at the foot of general in the past heat insulating box 101 does not dispose compressor 114.
Stride the back side of refrigerating chamber 103 and vegetable compartment these two Room 104 and cooling chamber 115 is set, cooling chamber 115 is separated from refrigerating chamber 103 and vegetable compartment 104 through first spacer body 116 with thermal insulation as partition wall.In addition, refrigerating chamber 103 is separated through second spacer body 117 with thermal insulation as heat insulation partition wall with vegetable compartment 104.First spacer body 116 and second spacer body 117 are assembled components after heat insulating box 101 bubbles; So used foamed polystyrene as heat-barrier material usually; But in order to improve heat-proof quality or rigidity; Also can use hard foaming urethanes, also can insert the vacuum heat insulation material of high thermal insulation in addition, realize the further slimming of separation structure.In addition, side by side the ice-making compartment 105 of configuration and switching chamber 106 as the 3rd spacer body 118 of top part with integrally formed by the foaming heat-barrier material identical with heat insulating box 101 as the 4th spacer body 119 of bottom surface sections.
In cooling chamber 115; As representational composition; The cooler 110 of finned tube (fin-and-tube) formula; Comprise rear area leap refrigerating chamber 103 as second spacer body 117 of heat insulation partition wall with vegetable compartment 104 and along the vertical direction lengthwise set, the allocation ratio in the zone of refrigerating chamber 103 is bigger than the allocation ratio in the zone of vegetable compartment 104.Upper space at cooler 110 disposes the cooling fan 121 that each chamber is blowed the cold air that is cooled off by cooler 110 through the forced convertion mode.Is formed mechanism 124 and transport each chamber to through being used for stream to each chamber blowing cooling air by the cold air of cooler 110 cooling, by heat exchange, mechanism returns cooler 110 through stream formation in each chamber.
In Figure 21; The windscreen that cold air is discharged through intermittent controlled in refrigerating chamber 102, ice-making compartment 105 and switching chamber 106 is controlled temperature; In refrigerating chamber 102, ice-making compartment 105 and switching chamber 106, be equipped with the temperature sensor (not shown) of control storehouse temperature respectively; Under the situation that predefined high and low temperature is high than temperature sensor, make windscreen open, under the situation lower, make the windscreen locking, storehouse temperature is adjusted to the temperature of regulation than it by control substrate 122.
Stream forms mechanism and is formed with such structure; The ice-making compartment of intermittent controlled ice-making compartment 105 is arranged on the top in the cooling chamber 115 with windscreen 123; The stream that the cold air that blows from cooling fan 121 is discharged usefulness through ice-making compartment with windscreen 123 and ice-making compartment forms mechanism 124 and discharge in ice-making compartment 105, by heat exchange after the stream that returns usefulness by ice-making compartment form mechanism 124 and return cooler 110.
The windscreen that the windscreen of intermittent controlled refrigerating chamber 102 and intermittent controlled are switched chamber 106 adopt by the interrupted refrigerating chamber of the cold air that makes refrigerating chamber 102 with air door 125, make the interrupted switching chamber of the cold air that switches chamber 106 with air door 125 with drive two windscreens 128 that drive division 127 one of air door constitute, be arranged on the back side of ice-making compartment 105 and switching chamber 106.In addition, be equipped with stream at the back side of refrigerating chamber 102 and form mechanism 124 with two outlets 252.In addition, in stream forms mechanism 124, dispose near the outlet 252 support body 201 and with support the irradiation means 202 that body 201 disposes relatively.Supporting body 201 is to contain titanium oxide as photochemical catalyst, also plays the parts as the function of filter.In addition, irradiation means 202 has the ultraviolet ray-light emitting diode of the ultraviolet light that produces 380nm.
About freezer, its action and effect are described below like above formation.
The action of freeze cycle at first, is described.According to the temperature that sets in the storehouse, make the freeze cycle action according to the signal that comes Self Control substrate 122, cool off running.The cold-producing medium of the HTHP of being discharged by the action of compressor 114 dispels the heat and condensation liquefaction at condenser (not shown), arrives capillary (not shown).Afterwards, in capillary with carry out heat exchange and decompression simultaneously towards the suction line (not shown) of compressor 114, become the liquid refrigerant of low-temp low-pressure, arrive cooler 110.Carry out heat exchange by the action of cooling fan 121 with air in each storeroom, the cold-producing mediums evaporation gasification in the cooler 110 is supplied with control through windscreen etc. to the cold air of low temperature, thereby is carried out the desirable cooling of each chamber.The cold-producing medium that comes out from cooler 110 is sucked to compressor 114 via suction line.
The effect of degerming functions then, is described.
The cold air that contains foul smell and mushroom that blows from cooling fan 121 forms mechanism 124 through refrigerating chamber with air door 125 and stream and during supporting body 201, passes through, and discharges in refrigerating chamber 102 from outlet 252.At this moment, the foul smell composition, the mushroom that are contained in the cold air are supported body 201 seizure.Then, through the luminous energy of the ultraviolet light that produces from irradiation means 202, the titanium oxide that supports the surface of body 201 is excited, and produces hydroxyl radical free radical from airborne moisture, carries out being supported the oxidation Decomposition of the foul smell composition that body 201 catches and the bacteriolyze of mushroom.Thus, the cold air that blows out from outlet 252 becomes by the cold air of the cleaning of deodorizing and degerming, in the storehouse, blows out.On the other hand, cold-producing medium by heat exchange after, form mechanism 124 and return cooler 110 with returning stream via refrigerating chamber.In addition, the cold air that blows from cooling fan 121 through switch the chamber with air door 125 with switch the chamber and form mechanism 124 discharge in switching chamber 106 with the stream of discharging usefulness, by heat exchange after form mechanism 124 and return cooler 110 with returning stream by the switching chamber.
As more than; The body 201 that supports that the freezer of this embodiment will support photochemical catalyst is configured in the discharge portion that stream forms mechanism; With irradiation means 202 with support body 201 and dispose relatively; Thereby the foul smell composition or the mushroom that are supported body 201 seizure are decomposed through the photochemical catalyst reaction, the cold air that in the storehouse, blows is always kept clean.
(embodiment 4)
Figure 22 is the front elevation of freezer of the present invention.
Figure 23 is the profilograph that the stream that supports body forms mechanism that has of the present invention.
In these figure, stream forms mechanism 124 and has the wind path structure that sets the T font of outlet 252 in the upper side of refrigerating chamber 102.
The body 201 that supports with silver oxide is arranged to contact from the stream formation mechanism wall of above-below direction to the position of the left and right directions warpage of refrigerating chamber 102 from the lower direction top of refrigerating chamber 102 with the air-flow of cold air.
Irradiation means 202 is the blue LED of the light that produces the 470nm wavelength region may, its be formed at stream form mechanism support body 201 below recess in support body 201 and dispose relatively.
Stream around the irradiation means 202 forms mechanism's 124 walls and is formed by transparent member 133, constitutes light from irradiation means 202 to supporting the structure of two side's irradiates lights in body 201 and refrigerating chamber 102 storehouses.
Like the freezer 100 of above formation, below its action of explanation and effect.
The cold air that contains foul smell composition and mushroom in stream forms mechanism 124 to above mobile; Collide with the body 201 that supports of the end that is arranged on stream formation mechanism 124; Be varied to the air-flow of the cold air of state such as vortex, cold air supports body 201 surfaces with various angles contacts.As a result and since with support body 201 to contact ratio high, so the foul smell composition in the cold air and mushroom are also improved by the catch rate that supports body 201 seizure.Supported foul smell composition that body 201 catches and the mushroom silver oxide through supporting body 201 oxidation Decomposition and antibacterial action and by deodorizing and degerming.In addition; Through the blue LED of irradiation as irradiation means 202; Thereby the silver oxide that has absorption spectrum in the wavelength region may of blue light is excited by the luminous energy of blue light; Becoming has photocatalyst activity, and the strong oxidation reaction and the bacteriolysis of the hydroxyl radical free radical that passes through to be produced are carried out deodorizing and degerming strong.
In addition, irradiation means 202 (blue LED) is owing to covered by the cover body of transparent member 133 around it, so two quadratures in the storehouse of the surface that supports body 201 and refrigerating chamber 102 are penetrated.
As more than; The freezer of this embodiment 2 supports body 201 through setting on the joggling part wall that forms mechanism 124 at the stream of T font; Do not constitute the wind path resistance thereby support body 201, and the ratio that contacts of raising and cold air, so can have high deodorizing and degerming performance.
In addition, in the freezer of this embodiment, use silver oxide as photochemical catalyst; Use blue light as light source in addition; Thereby through having the photocatalyst activity of the silver oxide of absorption spectrum a little at blue light, under the slow low temperature environment of the such growth rate that is in microorganism of freezer, even longer and more inexpensive blue LED of life-span; Also can give full play to the photochemical catalyst effect, and carry out degerming.
In addition; The part that stream forms the wall of mechanism 124 is made up of transparent member 133; The inboard configuration of case irradiation means 202 (blue LED) at the refrigerating chamber 102 of transparent member 133; Irradiation means 202 is also used as the storehouse intraoral illumination and the excitation source that supports the photochemical catalyst of body 201 in the refrigerating chamber 102, thereby can pass through the photochemical catalyst of a light source activation filter, and can also be as the illumination utilization in the storehouse.Therefore, also can realize the saving in spaceization that freezer is interior.
In addition, the stream formation mechanism 124 that discharge is used about refrigerating chamber in this embodiment is illustrated as the situation of T font, but it also can access identical effect under the situation of L font.
In the above-mentioned invention; Outfit have storeroom heat insulating box, have the irradiation means that supports body, the said photochemical catalyst of irradiation that the stream of force air circulation is formed mechanism and photochemical catalyst, the said body that supports is configured in said stream and forms in the discharge portion of mechanism.
Thus, before cold air blows in to the storehouse, supported the foul smell composition that body catches and be decomposed through the photochemical catalyst reaction, the cold air to blowing in the storehouse is always kept clean, so can provide property easy to use better high-quality freezer with mushroom.
In addition, said irradiation means and said supports body and separates the distance of regulation and configuration relatively.
Thus, through with irradiation means with support body and separate with predetermined distance, thereby the illumination that can enlarge irradiation means can access the photocatalyst activity in the wide region more to the area that supports body.
In addition, the discharge portion that said stream forms mechanism has elbow (エ Le ボ) portion, the said body that supports of configuration on the stream formation mechanism wall of said heel.
Thus, support body and compare with vertically disposing with respect to wind direction in the past, under the state of the pressure loss that suppresses wind path, the air-flow of the cold air in the wind path changes and produces turbulent flow in heel.Thus, be equipped on the holdup time growth of the cold air that supports the surface of heel.Therefore, the frequency that contacts that supports photochemical catalyst and cold air on the body improves, and the result can improve the photochemical catalyst reaction.
In addition, the said body that supports is that the stream relative with wind direction that is configured in said heel forms the structure on mechanism's wall.
Thus, whole cold air collide with supporting body in discharge portion in the wind path, are supporting the turbulent flow that body the place ahead produces cold air; Holdup time supporting the surface increases, and thus, what support photochemical catalyst and cold air on the body contacts the frequency raising; As a result, improve the photochemical catalyst reaction.
In addition, the said body that supports selects for use the deodorizing that the air in the storehouse is carried out deodorizing to support body.
Thus, can make the foul smell composition that is contained in the cold air support the body deodorizing, will not have the cold air of foul smell in freezer, to blow by deodorizing.
In addition, the said body that supports is selected the body that supports that the air in the storehouse is carried out degerming for use.
Thus, the mushroom that is contained in the cold air is caught by supporting body, the hydroxyl radical free radical bacteriolyze through the activate by photochemical catalyst produces will be blowed in the storehouse by the cold air of the cleaning of degerming.
In addition, said photochemical catalyst is selected silver oxide for use.
Thus; Can when the non-irradiation of light, also bring into play foul smell decomposition, antibacterial action by the effect of silver oxide; Hydroxyl radical free radical through further producing when illumination is penetrated by the reaction of the photochemical catalyst of silver oxide; Carry out deodorizing and degerming strong, and can improve the long lifetime of irradiation means and energy-conservation effect.
In addition, said irradiation means has the light source of light of the wavelength region may of the wavelength that contains ultraviolet region or blue light.
Thus; On the basis in ultraviolet light zone, the silver oxide that on region of blue light, also has absorbing wavelength a little also excites in the light of blue light wavelength region may a little; So under the slow low temperature environment of the growth rate of the such microorganism of freezer; Even the blue LED that the life-span is longer and more inexpensive also can be given full play to the photochemical catalyst effect, cold air is carried out degerming.
In addition; The part that said discharge portion stream forms mechanism's wall is made up of transparent member; Said refrigerating chamber inside-of-refrigerator at said transparent member sets said irradiation means, and said irradiation means is also used as storehouse intraoral illumination and the said excitation source that supports the photochemical catalyst of body in the said refrigerating chamber.
Thus, can be with a light source as the exciting of photochemical catalyst that supports body, and also utilize as the illumination in the storehouse simultaneously, so can realize the saving in spaceization in the storehouse.
(embodiment 5)
Then, the embodiment about freezer of the present invention describes with reference to accompanying drawing.
Figure 24 is the front elevation of the freezer of embodiment of the present invention.
As shown in the drawing, freezer 100 of the present invention has in heat insulating box 101 by the storeroom of dividing up and down for having the freezer 100 of opposite opened door.
A plurality of storeroom that is divided in the freezer 100 is called as refrigerating chamber 102, ice-making compartment 105, is set up in parallel switching chamber 106, vegetable compartment 104 and the refrigerating chamber 103 etc. that also can change the temperature in the storehouse with ice-making compartment 105 according to its function (chilling temperature).
Be provided with to bubble in the front openings portion of refrigerating chamber 102 and filled the revolving insulated door 107 of foaming heat-barrier materials such as urethanes for example.
In addition, the insulated door 107 as the header board of drawer is set respectively at ice-making compartment 105, switching chamber 106, vegetable compartment 104 and refrigerating chamber 103, thus that each storeroom is airtight, make cold air not reveal.
Figure 25 is the profilograph of the freezer of this embodiment, the state of with A-A line deciding what is right and what is wrong of its expression among Figure 24.
Upper space at cooler 110 disposes cooling fan 121.Cooling fan 121 blows the cold air by cooler 110 coolings, makes cold air forced convertion in each storeroom, makes circulation in freezer 100.
Be formed with the circulating path that makes the cold air forced circulation in the inside of freezer 100.Particularly; Cold air by cooler 110 coolings forces to form the state of blowing through cooling fan 121; And form in the mechanism through being sent to each chamber being located at stream between each storeroom and the heat insulating box 101, each chamber is cooled off, form in the mechanism through returning cooler 110 at stream.
In addition, the cooling fans 121 that cycles through of this cold air carries out.
Figure 26 is the figure that forms mechanism structure in this embodiment of expression as the stream of the part of the circulating path of cold air.
As shown in the drawing, in freezer 100, there are the refrigerating chamber-vegetable compartment circulating path of the higher circulating cold air of temperature and ice-making compartment circulating path that the lower cold air of temperature circulates, refrigerating chamber circulating path, switch the chamber circulating path.
At first, refrigerating chamber-vegetable compartment circulating path is described.
Cold air by cooler 110 coolings passes through cooling fan 121, forms in the mechanism 124 through being sent to refrigerating chamber 102 at stream.
Wherein, the Quilt with air conditioning by cooler 110 coolings is cooled to fully to tackle the temperature of refrigerating chamber 103.Therefore, if continue to blow to refrigerating chamber 102 with the lower cold air state of temperature, then refrigerating chamber 102 meeting temperature are low excessively.Therefore, comprising refrigerating chamber 102 is provided with the insertion that can control cold air in the circulating path of interior cold air two windscreens 128.By the cold air of cooler 110 coolings, it inserts logical (ON of the circulation of cold air and OFF) by two windscreen 128 controls, and is not always in refrigerating chamber 102-vegetable compartment 104 paths, to circulate.In addition, when freezer 100 integral body fully turned cold, the rotation of cooling fan 121 stopped, and the circulation of cold air also stops.At this moment, circulating cold air, be that compressor 114 etc. also stops.
, form the mechanism 124 at stream from the lower direction top and to pass through according to above-mentioned control by the cold air of cooler 110 cooling, discharge to refrigerating chamber 102 via the outlet of offering on the top of refrigerating chamber 102 252.The Quilt with air conditioning that in refrigerating chamber 102, passes through sucks the recovery mouth of offering in the bottom of refrigerating chamber 102 131.Then, sucking the cold air that reclaims mouth 131 discharges to vegetable compartment 104.At last, the cold air through vegetable compartment 104 returns cooler 110 once more.More than be refrigerating chamber 102-vegetable compartment 104 circulating paths of cold air.
In addition, under the situation of this embodiment, except that via outlet 252 to the path of the cold air that refrigerating chamber 102 is discharged; Part cold air is branch before discharging from outlet 252; After importing bactericidal device 200, discharge, return refrigerating chamber 102-vegetable compartment 104 circulating paths to refrigerating chamber 102.Individual path about the part of the circulating path that constitutes this cold air is discussed in the back.
In addition, the circulation of cold air is also controlled in ice-making compartment 105, switching chamber 106 through the windscreen of intermittent controlled discharge cold air, the temperature of each chamber is controlled.In addition, be equipped with the temperature sensor (not shown) of control the temperature inside the box respectively in refrigerating chamber 102, ice-making compartment 105 and switching chamber 106, control the switching of windscreen through the control substrate 122 (with reference to Figure 25) that is installed on freezer 100 back sides.Promptly, make under than the high situation of predefined first temperature windscreen open when temperature sensor, when it makes the windscreen locking under than the low situation of second temperature, the temperature inside the box is adjusted to the temperature of regulation.
Stream forms mechanism and forms such structure; The ice-making compartment of intermittent controlled ice-making compartment 105 is arranged at cooling chamber 115 internal upper parts with windscreen 123; The cold air that blows from cooling fan 121 passes through ice-making compartment is discharged usefulness with windscreen 123 and ice-making compartment stream formation mechanism 124 and discharge in ice-making compartment 105; After heat exchange, form mechanism 124 and return cooler 110 with returning stream via ice-making compartment.
Two windscreens 128 are integrally formed with the windscreen of intermittent controlled refrigerating chamber 102 and the windscreen of intermittent controlled switching chamber 106; In addition; Also have the interrupted refrigerating chamber of the cold air that makes refrigerating chamber 102 with the air door 125 switching chamber interrupted with making the cold air that switches chamber 106 with air door 125, and be integrally formed with the drive division 127 of driving air door.In two windscreens 128, be arranged near the back side of ice-making compartment 105 and switching chamber 106.
Then, bactericidal device 200 is described.
Figure 27 is the stereogram that is installed on the bactericidal device under the state on the freezer of this embodiment of expression.
The bactericidal device 200 of this embodiment is for forcing degerming to mushroom or the spore etc. that are present in the cold air; And the organic substance that is present in the cold air is decomposed; Realize the device of deodorizing, dispose and support supporting body 201 and making the exciting light that excites said photochemical catalyst of photochemical catalyst to the said irradiation means 202 that supports body 201 irradiations.
Support the body 201 resin system that the porous material that can contact cold air in a large number constitutes of serving as reasons, it is to rub the structure of twining the filtration shape that forms into the fiber of photochemical catalyst.In addition, the resin that adopts the light of wavelength to see through as the resin of base material with easy exciting light catalyst.
Photochemical catalyst is the light through the irradiation certain wavelengths; Thereby the mushroom in the cold air is carried out degerming; With foul smell composition (organic substance etc.) oxidation in the cold air or decomposition etc. and the catalyst of deodorizing; Make the composition activate (for example ionization or base (radical) are changed) in the cold air, and the material that carries out degerming or deodorizing in view of the above.Particularly as photochemical catalyst, can illustration silver oxide or titanium oxide.
Silver oxide is the blue region of the necessary light wavelengths of function such as performance degerming for the visible light of about 400nm～580nm degree.In addition, be 380nm for making the necessary light wavelength of function such as titanium oxide performance degerming.
Irradiation means 202 is the device of the light source 207 that can radiate the light that contains wavelength that can the exciting light catalyst.
Light source 207 be if can contain the light of the light wavelength of above-mentioned wavelength with the ormal weight emission, then can the illustration ultraviolet lamp or common bulb etc.In addition, be under the situation of silver oxide when photochemical catalyst, adopt the luminous light emitting diode of blueness (470nm) in visible light zone, thereby can realize long lifetime, cost degradation.In addition, be under the situation of titanium oxide when photochemical catalyst, also can adopt the ultraviolet ray-light emitting diode of the ultraviolet light of emission 380nm.
Under the situation of this embodiment, adopt silver oxide as photochemical catalyst, employing is disposed three structure as the light emitting diode of the light source 207 of irradiation means 202 on elongated substrate.
Then, specify the installation pattern of bactericidal device 200 to freezer 100.
Figure 28 (a) and (b) are profiles of installation pattern of the bactericidal device of this embodiment of expression.
As shown in the drawing, the upper end of refrigerating chamber 102, between the outlet 252, be provided with the receiving space 223 of front openings.Receiving space 223 is arranged at the place ahead of the step-like recess 113 that compressor 114 grades are installed.This part is provided for installing the receiving space 223 of bactericidal device 200 for not constituting the idle space of receiving space in this part, thereby can not sacrifice the receiving space in the refrigerating chamber 102, and bactericidal device 200 can be installed.
On the two side of receiving space 223, be provided with the bifurcations 255 that the cold air branch is drawn.Through this bifurcations 255, shown in the arrow of Figure 28, the part of the cold air of discharging to refrigerating chamber 102 is imported into bactericidal device 200.
Irradiation means 202 is laterally buried light source 207 (light emitting diode) side by side underground on the inboard wall of receiving space 223, the light of light source 207 is disposing towards the mode that supports body 201 irradiations in the place ahead.In addition, have directive property, in addition, broaden with the solid angle of regulation at the projecting direction of light source 207.Therefore, light source 207 and the distance that supports body 201 are set at the distance of regulation.
The front openings portion of receiving space 223 is covered by the cover body with heat-proof quality 206.Cover body 206 is with to the crooked tabular parts of the mode of the direction bulging of refrigerating chamber 102.In addition, shown in figure 28, the part of cover body 206 its middle bodies is more outstanding than the inboard wall front (chain-dotted line among the figure) of refrigerating chamber 102.Through the bending of this cover body 206, between the inboard wall front of refrigerating chamber 102 and cover body 206, produce the gap.This gap is formed on the intercommunicating pore 257 that above-below direction is communicated with bactericidal device 200 inside and refrigerating chamber 102.
Through this intercommunicating pore 257 cold air that imports receiving space 223 is discharged from intercommunicating pore 257.In addition, when cooling fan 121 stops, not carrying out under the situation of forced circulation of cold air,, make cold air in the refrigerating chamber 102 through intercommunicating pore 257 bactericidal device 200 inside of coming in and going out through the free convection of the cold air in the refrigerating chamber 102.
The ora terminalis 206a of the top of cover body 206 and the ora terminalis 206a of below constitute translucent ground glass shape, from the ora terminalis 206a of reverberation above cover body 206 of the part of the light of light source 207 or bactericidal device 200 internal emission with below ora terminalis 206a in through and spill to the outside.
The body 201 that supports that cover body 206 protective surfaces are installed refrigerating chamber 102 makes its not dewfall with irradiation means 202.That is, refrigerating chamber 102 is opened insulated door 107 at every turn, and wetting air imports from the outside of freezer 100, so if cover body 206 useless, then the direct contact gear ratio outside air temperature of this moistening air is low supports body 201 or irradiation means 202, easy dewfall.Therefore, cover body 206 prevents that the direct contact of air outside from supporting body 201 or irradiating structure 202, avoids dewfall.In addition, the heat-proof quality through cover body 206 also can prevent the dewfall of cover body 206 self.
Supporting body 201 remains on from the front end of inboard outstanding support unit 256 that is provided with towards the rear of cover body 206.Supporting body 201 is vertical plane with the maximum face of area, and in addition, the maximum face of area is relative with irradiation means 202, and the mode of shining well from the light of light source 207 with efficient keeps.
Thus, support body 201 and present the state that floats substantially aloft, the roughly whole area that supports body 201 is contacted with cold air.In addition, through contacting, support body thereby prevent as far as possible to transfer in the dewfall that miscellaneous part produces with miscellaneous part.In addition, need not on freezer 100 main bodys, form complicated shape, only through forming support unit 256 on the very small-sized cover body 206 and get final product comparing, so can suppress the rising of manufacturing cost with freezer.
In addition, support body 201 supports body 201 through outstanding a plurality of projections 208 supportings that are arranged on the back side of cover body 206 front.
Thus; Since support that body 201 does not wave in cold air or because of gravity etc. crooked; Keep straightly so support the surface of body 201, can not produce the part of the shadow that the light from irradiation means 202 can not shine, can efficient excite well by supporting the photochemical catalyst that body 201 supports.
Because supporting the maximum face of area of body 201 is vertical plane, so even under the situation that supports body 201 dewfall, below the moisture of dewfall on the face of area maximum also can be pulled to because of gravity, the area the best part became the state that moisture does not have.Therefore, can be on the basis of the moisture that does not receive dewfall through photochemical catalyst to being carried out degerming and deodorizing by the cold air of branch.
Below, action and effect thereof like the freezer 100 of above formation are described.
At first, the action about freeze cycle describes.With the temperature-responsive that sets in each storeroom, make the freeze cycle action according to the signal that comes Self Control substrate 122, cool off running.Condensing liquefaction arrives capillary (not shown) to the cold-producing medium of the HTHP of being discharged by the action of compressor 114 by condenser (not shown) heat radiation.Afterwards, the suction line (not shown) towards compressor 114 in capillary carries out heat exchange, and is depressurized simultaneously and becomes the liquid refrigerant of low-temp low-pressure, arrives cooler 110.The action of cold-producing medium through cooling fan 121, and carry out heat exchange with air in each storeroom, the cold-producing mediums evaporation gasification in the cooler 110 is supplied with control through windscreen etc. to the cold air of low temperature, thereby is carried out the desirable cooling in each chamber.The cold-producing medium that flows out cooler 110 sucks to compressor 114 via suction line.
In addition, shown in Figure 28 (b), form narrow, can give to change the air-flow and the pressure of cold air through making and support 201 opposed bulgings of body etc.Thus, can make the contact of cold air greater amount ground support body 201, improve bacteria-eliminating efficacy and deodorize effect.
Then, the effect about the function of bactericidal device 200 describes.
The cold air that contains the foul smell (organic substance etc.) that blows from cooling fan 121 or mushroom forms mechanism 124 through refrigerating chamber with air door 125 and the stream that is used for refrigerating chamber is discharged cold air, discharges in refrigerating chamber 102 from outlet 252.At this moment, a part of branch of cold air is imported into bactericidal device 200 inside.The cold air that is imported into is pasting the maximum face of area that supports body 201 to be passed through.Being contained in the surface that foul smell composition and mushroom in the cold air supported body 201 catches.Foul smell composition that is captured and mushroom through silver oxide oxidation Decomposition and degermation and by deodorizing and degerming.Thus, foul smell decomposes, degermation even when irradiates light not, also can bring into play through the effect of silver oxide, therefore; Can guarantee desirable deodorizing and bacteria-eliminating efficacy; And reduce the exposure and the time of light simultaneously, thus, can improve the long lifetime and the energy-saving effect of irradiation means.In addition, through the luminous energy (blue light or ultraviolet) from light emitting diode (light source) 132 irradiation, the silver oxide that has absorption spectrum in these wavelength region may is excited by the luminous energy of blue light, and the photochemical catalysts that support body 201 surfaces are excited.When photochemical catalyst excites, then produce hydroxyl radical free radical from airborne moisture, carry out being supported the oxidation Decomposition of the foul smell composition that body 201 catches and the bacteriolyze of mushroom.
According to more than, the cold air that in bactericidal device 200, passes through becomes by the cold air of the cleaning of deodorizing and degerming, blows out in the storehouse via intercommunicating pore 257.And, in refrigerating chamber 102 inside, mix with the cold air of discharging from outlet 252, in circulating path, circulate.
In addition, the hydroxyl radical free radical that is generated by bactericidal device 200 also to refrigerating chamber 102 discharges such as grade, also carries out deodorizing and degerming with cold air in refrigerating chamber 102.
Other patterns of bactericidal device 200 then, are described.
Figure 29 is the stereogram of other patterns of the bactericidal device of this embodiment of expression.
As shown in the drawing, bactericidal device 200 also has as the light source cover body 212 of second cover body with as the double-deck cover body 211 of the 3rd cover body.In addition, use identical Reference numeral for parts identical with above-mentioned bactericidal device 200 etc., it explains omission.
Light source cover body 212 is for covering the semicylindrical parts of irradiation means 202 with the air-tight state that does not have the cold air circulation, protection irradiation means 202 makes its not dewfall.The material of light source cover body 212 so long as the material that the light of exciting light catalyst can fully be seen through get final product.
According to this light source cover body 212, owing to can cover irradiation means 202 fully, so can prevent irradiation means 202 dewfall fully.The light source 207 that can special protection has electrical system.
The cover body that double-deck cover body 211 will cover bactericidal device 200 forms the three-decker that comprises air layer.
According to this bilayer cover body 211, the cover body that covers bactericidal device 200 forms bilayer, and is formed with air layer, according to this structure, can bring into play heat insulating function.Therefore, need not form cover body 206 and double-deck cover body 211, and can improve the free degree of the material of selecting cover body 206 and double-deck cover body 211 by the high material of thermal insulation.For example, cover body 206 adopts transparent material with double-deck cover body 211 parts, also can confirm all whether irradiation means 202 is luminous from bactericidal device 200 outsides through cover body.
As more than, when opening the insulated door 107 of freezer 100, can see blue light, thereby the operating state that display unit just can be confirmed bactericidal device 200 can be set in addition from the inboard of refrigerating chamber 102.In addition, also can identify freezer 100 by the situation of degerming according to this light, the user that can give freezer 100 is with relieved sense and clean feel.
In addition, under the situation of silver oxide, owing to can adopt long blue LED conduct of life-span to excite the light source of usefulness, thus can guarantee stable performance for a long time, and help to reduce cost.
As more than; The present invention will have and support supporting body 201 and the bactericidal device of the irradiation means 202 of the exciting light that supports body 201 irradiation exciting light catalyst being configured in the circulating cold air path of photochemical catalyst; Thereby the cold air to circulation carries out deodorizing and degerming; So deodorizing and bacteria-eliminating efficacy are spread all in the freezer in a big way, can be with maintaining in the freezer with low smelly, degerming state.
In addition, support body 201 and be preferably tabular, the normal 201a (with reference to Figure 27) that is configured to the big face of area intersects with the circulating direction of cold air.
Thus, can under the state of the wind path resistance of the cold air that is difficult to improve circulation, carry out degerming.In addition, support the face of body and the circulating direction almost parallel of cold air, cold air is pasting and is supporting body and pass through, so can guarantee to support the bigger contact amount between body and the cold air.
In addition, compare, can under the state of the pressure loss that suppresses wind path, carry out degerming with mode configuration filter in the past vertically to block stream formation mechanism with respect to wind direction.
The said body that supports is preferably tabular, and the face that area is big is disposed at vertical plane.
Thus, even support the surface dewfall,, thereby can make the face that supports body maintain the not state of dewfall on a large scale because dewfall is pulled to the bottom that supports body by gravity.Therefore, can suppress the performance that the dewfall of bactericidal device causes as far as possible reduces.
Said bactericidal device is preferably mounted in the storeroom, has the cover body that covers said bactericidal device.
Thus, even how wet air flows under the situation in the freezer because of the door of opening freezer makes high temperature, also can protect bactericidal device to make its not dewfall.
In addition, said bactericidal device is preferably mounted in the storeroom, has second cover body that covers said irradiation means.
Thus, can effectively protect the irradiation means of following electrical system to make its not dewfall.
Said bactericidal device disposes the said body that supports between said irradiation means and said cover body, said cover body preferably has to be given prominence to setting and support said support unit and said cover body of distance maintaining and the said projection that supports body to stipulate that supports body on said cover body.
Thus, can keep supporting body aloft, and can prevent to support the distortion etc. of body through projection with the state that floats.Therefore, because roughly the whole body that supports contacts with cold air, so can improve bacteria-eliminating efficacy.
Said bactericidal device also can also be provided with the 3rd cover body that separates the predetermined distance configuration with said cover body.
Thus, do not adopt material with thermal insulation as the material of cover body, just can bactericidal device is heat insulation.Therefore, the selected free degree of material of cover body can be enlarged, for example also transparent cover body can be adopted as cover body.
Said cover body also can have the intercommunicating pore of the inside that is communicated with said compartment interior and said bactericidal device.
In view of the above, can the cold airflow in the freezer be led in the bactericidal device through free convection.
(embodiment 6)
Other embodiments of the bactericidal device of installing with other patterns 200 then, are described.
Figure 30 is the figure with the bactericidal device of the STA representation embodiment of the present invention of the part of the inboard wall that cuts refrigerating chamber.
As shown in the drawing, bactericidal device 200 is configured in the inside that forms mechanism 124 as the stream of the circulating path of cold air.
The body 201 that supports of this embodiment is the shape of the lamellar body of rectangle at the pars intermedia warpage of length direction for making the maximum face of area, and the side sees that (face with respect to area is maximum is parallel) is the V font.Support body 201 and install with standing shape towards the upper reaches of the circulating direction of cold air, support body 201 according to this and make the circulating direction of cold air separate conversion, the air-flow of cold air is divided into two.In addition, so-called warpage is to comprise crooked generalized concept in this specification and claims.
The light source 207 that irradiation means 202 is had is can be to supporting body 201 efficient three of the position configuration of irradiates light well.These light sources 207 are arranged separately in stream separately and form in the mechanism 124, and do not become the flowing resistance of cold air.
Bactericidal device 200 according to this embodiment; Can improve the contact rate that supports between body 201 and the cold air; Realize the raising of degerming ability and deodorizing capability, even and in stream forms mechanism 124, dispose the rising that also can suppress the wind path resistance under the situation of bactericidal device 200 as far as possible.
In addition, in this embodiment, explained by the situation that supports body 201 shunting cold air, but the present invention is not limited to this, for example, profile shown in figure 31, what also can set bended supports body 201, makes cold air change wind path along recess.
Like this, support body 201 and can be bended, dispose with the mode of circulating direction of conversion cold air.
Through by the circulating direction that supports body 201 conversion cold air, thereby can not sacrifice the wind path resistance, and increase the amount of contact that supports body 201 and cold air, raising is to being contained in foul smell composition or deodorizing rate, the degerming rate of mushroom in the cold air.
Particularly; Part at the circulating direction of changing cold air; The variations in flow of the cold air in the wind path produces turbulent flow, so support body 201 through on this part, setting; Change the circulating direction of cold air energetically through supporting body 201, thereby can increase holdup time at the cold air on the surface that supports body 201.Thus, can improve the frequency that contacts of the photochemical catalyst that supports on the body 201 and cold air, the result can improve the photochemical catalyst reaction.
Above-mentioned freezer has: the heat insulating box that is made up of heat-barrier material, form storeroom in inside; Open and close the door body of the peristome that is installed on said heat insulating box freely; Cool off the air in the said heat insulating box and generate the cooling body of cold air; And the circulating cold air path that between said storeroom and said cooling body, makes said circulating cold air; Wherein, will have the exciting light that supports body and will excite said photochemical catalyst that supports photochemical catalyst is configured in the said circulating cold air path to the said bactericidal device that supports the irradiation means of body irradiation.
Thus because the deodorizing well of Quilt with air conditioning efficient and the degerming of circulation, so can make deodorizing and bacteria-eliminating efficacy spread all in the freezer in a big way in, can be with maintaining smelly, the degerming state that hangs down in the freezer.
In addition, can play and be difficult to influence the wind path resistance,, also can keep the cycle efficieny of cold air, and the protection bactericidal device makes its not various effects such as dewfall even in storeroom, dispose bactericidal device.
In addition, support body and be preferably tabular, the normal that is configured to the big face of area intersects with the circulating direction of said cold air.
Thus, can under the state of the wind path resistance of the cold air that is difficult to improve circulation, carry out degerming.In addition, support the face of body and the circulating direction almost parallel of cold air, cold air is pasting and is supporting body and pass through, so can guarantee to support the bigger contact amount between body and the cold air.
In addition, compare, can under the state of the pressure loss that suppresses wind path, carry out degerming with mode configuration filter in the past vertically to block stream formation mechanism with respect to wind direction.
In addition, the said body that supports can be bended, is configured to change the circulating direction of said cold air.
Through supporting the circulating direction of body conversion cold air, thereby can not sacrifice the wind path resistance and increase the amount of contact that supports body and cold air, raising is to being contained in foul smell composition and the deodorizing rate and the degerming rate of mushroom in the cold air.
Particularly; Because the heel of path direction through conversion cold air makes the cold air variations in flow in the wind path produce turbulent flow; So support body, support the circulating direction of volume polar region conversion cold air by this, thereby can increase the holdup time of the cold air that supports the surface through setting in this part.Therefore, the frequency that contacts that supports photochemical catalyst and cold air on the body improves, and the result can improve the photochemical catalyst reaction.
The said body that supports is preferably tabular, and the face that area is big is disposed at vertical plane.
Thus, even support the surface dewfall,, thereby can make the face that supports body maintain the not state of dewfall on a large scale because dewfall is pulled to the bottom that supports body by gravity.Therefore, can suppress the performance that the dewfall of bactericidal device causes as far as possible reduces.
Said bactericidal device is preferably mounted in the storeroom, has the cover body that covers said bactericidal device.
Thus, even how wet air flows under the situation in the freezer because of the door of opening freezer makes high temperature, also can protect bactericidal device to make its not dewfall.
In addition, said bactericidal device is preferably mounted in the storeroom, has second cover body that covers said irradiation means.
Thus, can effectively protect the irradiation means of following electrical system to make its not dewfall.
Said bactericidal device disposes the said body that supports between said irradiation means and said cover body, said cover body preferably has to be given prominence to setting and support said support unit and said cover body of distance maintaining and the said projection that supports body to stipulate that supports body on said cover body.
Thus, can keep supporting body aloft, and can prevent to support the distortion etc. of body through projection with the state that floats.Therefore, because roughly the whole body that supports contacts with cold air, so can improve bacteria-eliminating efficacy.
Said bactericidal device can also be provided with the 3rd cover body that separates the predetermined distance configuration with said cover body.
Thus, do not adopt material with thermal insulation as the material of cover body, just can bactericidal device is heat insulation.Therefore, the selected free degree of material of cover body can be enlarged, for example also transparent cover body can be adopted as cover body.
Said cover body also can have the intercommunicating pore of the inside that is communicated with said compartment interior and said bactericidal device.
In view of the above, can the cold airflow in the freezer be led in the bactericidal device through free convection.
(embodiment 7)
Figure 32 is a control chart of the present invention.
As shown in the drawing; When the switch 254 (with reference to Fig. 6) of front face that is installed on the insulated door 107 of freezer 100 is made as " ON " at driving side; Blast mechanism 203 drives with irradiation means 202 together, and the air that will be contained foul smell (organic substance etc.) or assorted bacterium by Blast mechanism 203 imports in the bactericidal device 200.
In bactericidal device 200; Through from the luminous energy (blueness and ultraviolet light) of irradiation means 202 towards the surface irradiation that supports body 201; The silver oxide that has absorption spectrum in these wavelength region may is excited by the luminous energy of blue light, produces hydroxyl radical free radical from airborne moisture.
The air that is imported into pasting the face that supports body 201 and through the time, mushroom is supported body 201 and is caught, and is carried out the bacteriolyze of mushroom by this hydroxyl radical free radical.
In addition, when air passes through, promote the chemical change of foul smell composition in adsorption filter 204, carry out deodorizing.And, become by the clean air of deodorizing, degerming, blow towards the cooler that is cooled 110, thereby carry out heat exchange, become cleaning cold air, circulation in refrigerating chamber 102.
In addition, switch 254 is for the device of the front face of the insulated door 107 that is installed on freezer 100, for driving, turn off the blast the device of mechanism 203 and irradiation means 202.
In addition,, carry out deodorizing, degerming in the storehouse, and realize simultaneously the sammingization in the case improving cooling effectiveness through the action of Blast mechanism 203.
On the other hand; Carry out deodorizing, degerming running with certain hour; Remove under the situation of food foul smell and assorted bacterium in the case, perhaps during the situation of necessity of fewer, useless deodorizing in the food turnover case, degerming etc., switch 254 is made as " OFF " stopping side; Thereby realize province's motorization because of consumes electric power reduces, and to stop to realize quietization because of fan sound.
Like this, the user can be different according to situation, carry out " ON " of switch 254, the switching of " OFF ", thereby can implement deodorizing, degerming in the case efficiently.
(embodiment 8)
Figure 33 is a control chart of the present invention.
As shown in the drawing; Switch 254 is made as " ON " at driving side; Then from irradiation means 202 to the surface irradiation luminous energy that supports body 201 (blueness and ultraviolet light), the silver oxide that has absorption spectrum in these wavelength region may is excited by the luminous energy of blue light, produces hydroxyl radical free radical from airborne moisture.
On the other hand, Blast mechanism 203 is because by control and drive repeatedly, stop, so only when Blast mechanism 203 drives, the air that contains foul smell (organic substance etc.) or assorted bacterium imports in the bactericidal device 200.
The air that is imported into pasting the face that supports body 201 through the time, mushroom is supported body 201 and is caught, and is carried out the bacteriolyze of mushroom by above-mentioned hydroxyl radical free radical.
In addition, when air passes through, promote the chemical change of foul smell composition in adsorption filter 204, carry out deodorizing.And, become by the clean air of deodorizing, degerming, blow towards the cooler that is cooled 110, thereby carry out heat exchange, become cleaning cold air, circulation in refrigerating chamber 102.
Like this, Blast mechanism 203 moves off and on, so can practice thrift consumes electric power.
(embodiment 9)
Figure 34 is a control chart of the present invention.
As shown in the drawing, switch 254 is made as " ON " at driving side, and then Blast mechanism 203 drives repeatedly, stops, and irradiation means 202 only when Blast mechanism 203 drives by control.
When Blast mechanism 203 drove, towards the surface irradiation luminous energy that supports body 201 (blue, ultraviolet light), the silver oxide that has absorption spectrum in these wavelength region may was excited by the luminous energy of blue light, produces hydroxyl radical free radical from airborne moisture.
At this moment, the air that contains foul smell (organic substance etc.) or assorted bacterium is imported in the bactericidal device 200.The air that is imported into pasting the face that supports body 201 and through the time, mushroom is supported body 201 and is caught, and is carried out the bacteriolyze of mushroom by above-mentioned hydroxyl radical free radical.
In addition, when air passes through, promote the chemical change of foul smell composition in adsorption filter 204, carry out deodorizing.
And, become by the clean air of deodorizing, degerming, blow towards cooler 110, thereby carry out heat exchange, become cleaning cold air, circulation in refrigerating chamber 102.
Like this, Blast mechanism 203 and irradiation means 202 interlocks move repeatedly, stop, thus the life-span of reducing and prolong irradiation means 202 that can realize consumes electric power.
Freezer of the present invention has: the box main body that is made up of heat-barrier material, form storeroom in inside; Open and close the door body of the peristome that is installed on said box main body freely; Cool off the air in the said box main body and generate the cooling body of cold air; The air circulation stream of being located in the said storeroom forms mechanism; Make the fan of air forced circulation in said air circulation stream forms mechanism; What have photochemical catalyst supports body and adsorption filter; And the said body that supports shone, produce the irradiation means of the exciting light of exciting light catalyst, wherein; Driving is set, stops the switch of said fan and irradiation means; When switch was made as " ON " at driving side, food foul smell in the storehouse and assorted bacterium were concentrated in stream forms mechanism, before in case, blowing out through deodorizing, support body and carry out deodorizing, degerming; So can the air of cleaning be blown out in the storehouse, and the shortcoming that can improve as freezer is that storehouse temperature distributes.
In addition, said switch at driving side when establishing " ON ", said fan is controlled as hocketing repeatedly and drives and stop, because fan hockets and drive and stop, so can reduce consumes electric power.
In addition, be controlled as the irradiation means that produces said exciting light with the driving interlock of said fan, thereby the irradiation frequency of exciting light reduces, and can prolong the life-span of irradiation means through setting.
(embodiment 10)
Figure 35 is the central longitudinal profile of the freezer of embodiment of the present invention.
Figure 36 is the central longitudinal profile of deodorizing bactericidal device that is installed on the freezer of embodiment of the present invention.
Figure 37 is the following outside drawing of deodorizing bactericidal device that is installed on the freezer of embodiment of the present invention.
Freezer 100 shown in these figure constitutes storeroom by heat insulating box 101 and insulated door 107 and insulated door 107, the configuration refrigerating chamber 102 on top, the configuration refrigerating chamber 103 in the bottom.Set the shelf 46 of putting food in a plurality of years at refrigerating chamber 102, be equipped with the special-purpose cooler 110 of refrigerating chamber at its inboard back of the body wall.Likewise, in refrigerating chamber 103, set a plurality of drawers 48 of taking in food, in being formed at its inboard cooling chamber 115, be equipped with the cooler 110 of refrigerating chamber 103 special uses and the cooling chamber 121 of cooling chamber 103 usefulness.In addition, be equipped with the compressor 114 of freeze cycle in the rear lower portion of heat insulating box 101.In addition, the ceiling portion at refrigerating chamber 102 is equipped with bactericidal device 200.
This bactericidal device 200 by housing 250, Blast mechanism 203, adsorption filter 204, mix or the irradiation means 202 that supports body 201, emits the light of exciting light catalyst that supports photochemical catalyst constitutes.
Housing 250 forms the cold air path in inside, have air entry of offering forwardly 251 and the outlet of offering in the wings 252.Housing 250 is for accommodating the basket of bactericidal device 200 integral body, and its part also has the function as cover body 206.
Blast mechanism 203 is the Blast mechanisms that are called the axial flow fan of the blade shape with propeller-type, and is adjacent with the downstream of air entry 251 and set with the mode of forwards toppling over.
Adsorption filter 204 is the oxide evenly-mixed materials with Mn oxide and silicon or aluminium, becomes big mode with surface area and is configured as cellular.Adsorption filter 204 has the function of adsorbing the foul smell composition and carrying out deodorizing.
Support body 201 for the resinous fiber that constitutes by the porous material that can contact cold air in a large number as the structure that nonwoven is shaped, rub into titanium oxide as photochemical catalyst.
Irradiation means 202 has as the light emitting diode of light source 207 and sees through the light source cover body 212 of light.The exciting light of the ultraviolet range below this light source 207 emit wavelength 400nm.
Irradiation means 202 with support body 201 across the downstream of Blast mechanism 203 wind path arranged opposite.
About freezer 100, in its action of following explanation and effect like above formation.
At first, the action that refrigerating chamber 102 is cooled is described.
Through running compressor 114, thereby cooler 101 becomes low temperature, and the inboard air in the top of refrigerating chamber 102 is cooled.The fresh cold air that generates like this so descend along the back of the body wall of refrigerating chamber 102, is distributed to each shelf 46 because proportion becomes big, and cooling is carried and put the food on it.
Cold air behind the cooling food so rise along the internal face of insulated door 107, is back to the topmost of refrigerating chamber 102 because proportion lightens.
Return the Quilt with air conditioning cooler 110 that comes like this and cool off once more, as fresh cold air once more at refrigerating chamber 102 internal convections.Like this, utilize the cold air of free convection that the form that storeroom cools off is called direct-cooling type.
Then, the action that refrigerating chamber 103 is cooled is described.
Through compressor 114 runnings, thereby cooler 101 becomes low temperature, and the air in the refrigerating chamber 115 is cooled.The fresh cold air that generates is like this discharged in refrigerating chamber 103 through the running of freezing cooling fan 121, and cooling is accommodated in the food in the drawer 48.
Cold air behind the cooling food returns cooling chamber 115, is cooled off once more by cooler 110, in refrigerating chamber 103, discharges once more.The cooling chamber of being used by refrigerating chamber like this 121 is made the cold air forced circulation and the form of cold storage chamber is called indirect-cooling.
The action of degerming then, is described.Inside at the refrigerating chamber 102 of the free convection that produces cold air is loaded on the Blast mechanism 203 in the bactericidal device 200 in the running, the part of cold air of then returning the topmost of refrigerating chamber 102 attracts from air entry 251.The cold air of this attraction passes through in Blast mechanism 203, is sent to by supporting body 201 and the space that irradiation means 202 clips, and eliminates the assorted mushroom that in air, swims at this.
In the bactericidal device 200 under being in such operating condition; For example the user opens insulated door 107; When observing in the refrigerating chamber 102; Can see in the inboard of air entry 251 Blast mechanism 203 blade rotation and see the light of irradiation means 202 from the slit of blade, it is on-stream to discern bactericidal device 200 easily.Particularly; In this embodiment; Refrigerating chamber 102 is disposed at top, and Blast mechanism 203 forwards topples over and set, so the user is only through observing in the refrigerating chamber 102 with extremely natural posture; The front of user's sight line and Blast mechanism 203 over against, form the very good structure of identification.
About the concrete mechanism of degerming, shown in following.
From irradiation means 202 irradiation ultraviolet radiation energy, the inside of the titanium oxide of then in supporting body 201, sneaking into produces movement of electrons (exciting).Through this movement of electrons, produce electronics and lack the position that falls.This position is called the hole.
Move to the surface from the inside of titanium oxide in this hole, causes to adhere to the chemical reaction of material in its surface.Particularly, the OH in the hydrone from atmosphere -Capture electronics, generate a kind of hydroxyl radical free radical as active oxygen.
The hydroxyl radical free radical that generates is because very unstable and have powerful oxidizing force, so capture electronics near the organic compounds such as assorted bacterium being present in, it is stable self to become.
The organic compound that is seized electronics like this loses the energy of combination and decomposes.Through above effect, organic compounds such as assorted bacterium finally are converted into innocuous substances such as water and carbon dioxide, are dispersed in the atmosphere.
The action of deodorizing then, is described.Under the effect that supports body 201 and irradiation means 202, be sent to adsorption filter 204 by the Quilt with air conditioning of degerming, at this, the foul smell composition is adsorbed.In the foul smell composition of freezer, be in the great majority for sulphur class gas, its main component is for being the methyl-sulfuric acid of representative with the corrupt smelly of onion.This methyl-sulfuric acid is converted into the little dimethyl disulphide of odor strength if the contact manganese catalyst then produces dehydrogenation reaction.Therefore, manganese catalyst is configured as cellular, forms and the good contacting structure of air, thereby carry out deodorizing effectively.
The cleaning cold air of accepting the effect of degerming and deodorizing like this and getting, after outlet 252 discharges, device 110 coolings that are cooled, free convection in refrigerating chamber 102.This cold air in convection current with refrigerating chamber 102 in assorted bacterium and stench mix.Be directed to bactericidal device 200 once more, accept the effect of degerming and deodorizing once more, to the regeneration of cleaning cold air.Through the several years repeatedly should circulation, thereby all assorted bacterium and the few clean conditions of stench realized of the air in the refrigerating chamber 102.
Therefore, as described above can be clear and definite, the air quantity that gets in the bactericidal device 200 is many more, then can in the short more time, accomplish degerming and deodorizing.That is, have high performance deodorizing, degerming performance.
In this embodiment,,, can fully guarantee the air quantity that in bactericidal device 200, passes through so can form the structure that increases the wind path resistance hardly owing to set irradiation means 202 and support body 201 across the cold air path is opposed.
Through above action, the cold air in the refrigerating chamber 102 carries out deodorizing and degerming, guarantees stench and the few clean conditions of assorted bacterium.
Wherein, In the freezer 100 of this embodiment; The back of the body wall that is equipped with the refrigerating chamber 102 of cooler 110 forms the chronic state that soaks by the dew that when generating cold air, produces, and this dew can produce unfavorable conditions such as fault and electric leakage attached on the electric component.In the component parts of the bactericidal device 200 in being installed on this freezer 100, the electric component that can produce unfavorable condition because dew adheres to is Blast mechanism 203 and irradiation means 202 these two parts, and both antidrip structures are important to this.
About this antidrip structure, at first, under the situation of Blast mechanism 203, shown in the cooling fan 121 that for example refrigerating chamber is used, antidrip structure is extensively popularized, and the mass market achievement is also arranged, so as long as therefrom selected desirable.
On the other hand, under the situation of irradiation means 202, deal with through light source cover body 212 being installed with the mode of the periphery of the light source 207 that cover to constitute light source.Light source 207 has strong point small-sized and that heat dissipation capacity is few, so even in the such confined space of light source cover body 212, continue to light, can not cause that also the abnormal temperature that influences component life rises.
As above illustrated; Because Blast mechanism 203 can form antidrip structure with simple structure with irradiation means 202; So can with the component parts centralized configuration of the bactericidal device 200 that contains Blast mechanism 203 and irradiation means 202 near the back of the body wall of refrigerating chamber 102, obtain than compacter in the past deodorizing bactericidal device.
In addition, Blast mechanism 203, irradiation means 202 are all generally with the electric loop action of the low-voltage of direct current, so through adopting these parts, can access the higher bactericidal device 200 of security that does not need high-tension electric loop.
As more than; In this embodiment, be characterised in that; The cooler of the back of the body wall that have the refrigerating chamber that is used to store fresh food, is provided in refrigerating chamber and be provided in the deodorizing bactericidal device of the ceiling portion of refrigerating chamber; Said deodorizing bactericidal device by the housing of air entry of offering forwardly and the outlet offered in the wings, from said air entry suck the air of said refrigerating chamber and the air blast of discharging from said outlet, the adsorption filter, the illuminator that supports body and emit the light of exciting light catalyst that has mixed photochemical catalyst of foul smell composition the absorbed air constitutes; Thereby the electric component that receives the influence of dew is air blast and these two parts of illuminator; Because both can form antidrip structure with fairly simple means these, so can be near refrigerating chamber is carried on the back wall with the component parts centralized configuration of the deodorizing bactericidal device that contains air blast and illuminator.Therefore, can access than compacter in the past deodorizing bactericidal device, diminish to the outstanding of accommodation space, ease of use improves.
In addition; Air blast, illuminator are all generally with the electric loop action of the low-voltage of direct current; So through adopting these parts; The higher deodorizing bactericidal device of security that does not need high-tension electric loop can be accessed,, security can be improved through getting rid of ignition source to combustible refrigerant.
In addition, be characterised in that in this embodiment that air blast and air entry adjacency set, thereby the user can directly pass through the appearance attitude of the blade rotation of visual identification air blast, so needn't worry to break down etc., can give the user with the sense of security.
In addition; In this embodiment, be characterised in that; Air blast is forwards toppled over and is set, thereby can suppress the distance of the short transverse of air blast, can make the deodorizing bactericidal device form cramped construction on the whole; And make air blast front and user sight line on direction near, so confirm the appearance attitude of the blade rotation of air blast more easily.
In addition; In this embodiment, be characterised in that, with set across the downstream of the air blast opposed mode of wind path illuminator with support body, thereby the wind path resistance can be less; Can fully guarantee the air quantity that in the deodorizing bactericidal device, passes through, so can improve the performance of deodorizing and degerming.
In addition, in this embodiment, through illuminator being configured in the upper side of wind path; Even thereby adhere to dew on the cover body around etc., also drip, so light source can not blocked by dew because of gravity; Can always keep certain light quantity, prevent the degerming performance degradation.
In addition; In this embodiment; The imaginary line at the center through making the light source that connects illuminator and air blast is to a body intersection of the extended line and the refrigerating chamber of refrigerating chamber side; Thereby the irradiating state of the illuminator that the user can see from the identification air blast inboard, gap of blade is so always can confirm the unfavorable condition in fault and life-span.
In addition, in this embodiment, be titanium oxide with supporting the photochemical catalyst that body mixes; The light source of illuminator adopts the LED of ultraviolet range; But also can replace it, photochemical catalyst adopts silver oxide, and light source also can adopt the LED of the blue region of wavelength 450nm～470nm degree.Like this, though the degerming performance has decline slightly, exist and to use cheapness and the long such advantage of LED of life-span.
Embodiment
Below, with reference to description of drawings embodiment.In addition, the present invention can't help this enforcement and limits.
Figure 38 is the profile of expression as the air cleaning unit of the part of bactericidal device.
At this, air cleaning unit is to have the body of supporting 201 and irradiation means 202, and the device that purifies air of the effect through photochemical catalyst.
As shown in the drawing, air cleaning unit 258 has housing 250, supports body 201 and irradiation means 202.And, in housing 250, install and a plurality ofly support body 201 and as the light source 207 of irradiation means 202.In addition, housing 250 also plays the effect that forms mechanism 124 as stream, is formed with stream 4 in the inside of housing 250.Stream 4 is for sucking from the air outside of air cleaning unit 258 and with the stream of its discharge.Light source 207 is light emitting diode (LED).
In supporting body 201, adopt the mylar that is coated with basic zirconium phosphate silver, this mylar uses propylene class adhesive (バ イ Application ダ one) to be coated with 2g/m 2Silver-colored combined amount be the basic zirconium phosphate silver of 3wt%.Supporting body and also can use zeolite, silica gel, glass, calcium phosphate, silicate, titanium oxide etc. to support body as silver.Using under the situation of basic zirconium phosphate silver, have the characteristic that silver is difficult to be dissolved in water, is preferred for adopting the situation that will support the mode that body 201 washes.
In the present embodiment,, use adhesive to apply basic zirconium phosphate silver, but also can in mylar, rub, support body 201 and form into basic zirconium phosphate silver and moulding as supporting body 201.
In addition, in the present embodiment, support body 201 and form sheet form, but be not limited to this shape, also can adopt honeycomb shape, skirt pleat shape, nonwoven etc.
(experimental example 1)
At first, as comparative example 1, prepare argentiferous not sheet form support body 201.Use the device identical shaped, after splash applies the bacterium liquid of staphylococcus aureus on the sample that supports body 201 of argentiferous not, carry out shading, placed 3 hours with air cleaning unit shown in Figure 38 258.Afterwards, take out sample, clean, make the bacterium number washed off in the liquid be roughly 1.0 * 1.0 * 10 with physiological saline 6CFU/cc.The measurement of mushroom is through carrying out the flat board dilution to standard agar-agar bacteria culture media, after 48 hours, the method for crowd's number of counting agar-agar bacteria culture media shape is carried out 35 ℃ of cultivations.
Then, rub the bacterium liquid of the staphylococcus aureus of splash coating and comparative example 1 equal number on the filter of sheet form that silver-colored combined amount is the silver of the 3wt% mylar that supports basic zirconium phosphate at 2wt% after, carry out shading and placed 3 hours.Afterwards, take out and support body 201, clean with physiological saline.The bacterium number of washing off in the liquid is 1.0 * 10 3CFU/cc compares with comparative example 1, can confirm to have anti-microbial property.
In addition, use the light emitting diode of various wavelength to carry out same test to light source 207.Irradiation time is 3 hours, carries out shading so that can not get into from the light of outside.The average illumination that supports on the body 201 is adjusted into 150LUX.The central peak wavelength of (table 1) expression light emitting diode of being used to test and from postradiation bacterium number after supporting mushroom that body 201 washes off and cultivating.
(table 1)
The test sequence number Central peak wavelength (nm) Cultivate back bacterium number (CFU/cc)
Test 1 360 0.6×10
Test 2 380 1.0×10
Test 3 400 2.0×10
Test 4 450 4.0×10
Test 5 500 7.0×10
Test 6 520 9.0×10
Test 7 530 1.0×10 3
Test 8 540 1.0×10 3
Result according to (table 1) can be clear and definite, and under the situation of the light below the central peak wavelength 520nm of test 1～6, the test 7,8 that surpasses 520nm with the central peak wavelength is compared, and can know the bacterium number that has reduced significantly after cultivating.At this; Because energy shortage in the light of the wavelength more than central peak wavelength 532nm; So can not obtain sufficient bacteria-eliminating efficacy,, thereby can access sufficient luminous energy through the light below the irradiation central peak wavelength 520nm; Can improve the antibacterial activity of silver, further obtain bigger bacteria-eliminating efficacy.
In addition; In test 1～test 4, use to mix propylene class adhesive (バ イ Application ダ one) and support basic zirconium phosphate with silver, be coated in and support body 201 surfaces and support body 201 after upward; After 2000 hours of continuous run, learn; In test 1 and the test 2, saidly support that body 201 is destroyed the molecular structure of resins by ultraviolet ray and deterioration is peeled off at the said film that applies on the surface of body 201 that supports.In test 3,4, light is not the wavelength of ultraviolet range, so there is not the deterioration of resin, does not have peeling off of film.
(experimental example 2)
Then, through the air cleaning unit same, adjust light source 217 and support the distance of body 201, thereby make to the illumination change that supports body 201 with the test of experimental example 13.With experimental example 1 likewise, adjustment is coated in the variation of the mushroom on the filter element.(table 2) is for to illumination that supports body 201 and the bacterium number after the postradiation cultivation that supports the mushroom that body 201 washes off.Experimental condition is identical with experimental example 1.
(table 2)
The test sequence number Illumination (Lux) Cultivate back bacterium number (CFU/cc)
Test 11 ?80 9.8×10 2
Test 12 ?90 8.0×10 2
Test 13 ?100 5.0×10
Test 14 ?110 3.0×10
Test 15 ?120 2.9×10
Test 16 ?130 2.5×10
Test 17 ?140 2.2×10
Test 18 ?150 2.0×10
Can be clear and definite according to (table 2), be under the situation more than the 100Lux in test 13～18 illumination, be that situation below the 90Lux is compared with the illumination of test 11,12, the bacterium number after the cultivation is considerably less, has superior bacteria-eliminating efficacy.On the contrary, when illumination is below the 90Lux, owing to there not being sufficient luminous energy, so can not obtain sufficient bacteria-eliminating efficacy.Through the light more than the irradiation illumination 100Lux, thereby obtain sufficient luminous energy, can improve the antibacterial activity of silver, obtain bigger bacteria-eliminating efficacy.
Figure 39 is the profile of the indoor set of expression air conditioner.
As shown in the drawing, air conditioner 15 has the air cleaning unit 258 that uses in housing 250, cooler 110, cooling fan 121, wind direction shutter board (wind direction Le one バ one) 13, the embodiment 1.
At first, as comparative example 2, prepare the not sample that supports body 201 of the sheet form of argentiferous.In air cleaning unit 258, after splash applies the bacterium liquid of staphylococcus aureus on the sample that supports body 201 of argentiferous not, carry out shading, to place after 3 hours, taking-up supports body 201, cleans with physiological saline.The bacterium number of washing off in the liquid is roughly 1.0 * 10 6CFU/cc.The measurement of mushroom is through carrying out the flat board dilution to standard agar-agar bacteria culture media, cultivation is after 48 hours down at 35 ℃, and the method for crowd's number of counting agar-agar bacteria culture media shape is carried out.In addition, under air conditioner 15 out-of-operation states, make an experiment.
(experimental example 3)
As experimental example 3, then, in air cleaning unit 258, apply 2g/m also using propylene class adhesive 2Silver-colored combined amount be the supporting on the body 201 of sheet form of mylar of the basic zirconium phosphate silver of 3wt%; Behind the bacterium liquid of the staphylococcus aureus of splash coating and comparative example 2 equal numbers; After carrying out shading and placing 3 hours, take out and support body 201, clean with physiological saline.The bacterium number of washing off in the liquid is 1.0 * 10 3CFU/cc can confirm to have anti-microbial property.In addition, under air conditioner 15 out-of-operation states, implement test.
(experimental example 4)
Then, as experimental example 4, and then light source 207 uses the light emitting diode of central peak wavelength 450nm to use.That is, in air cleaning unit 258, apply 2g/m also using propylene class adhesive 2Silver-colored combined amount be the supporting on the body 201 of sheet form of mylar of the basic zirconium phosphate silver of 3wt%, behind the bacterium liquid of the staphylococcus aureus of splash coating and comparative example 2 equal numbers, carry out irradiation in 3 hours, taking-up supports body 201, cleans with physiological saline.In addition, carry out shading during test, so that can not get into from the light of outside.In addition, the average illumination that supports on the body 201 is adjusted into 150LUX.Bacterium number after the postradiation cultivation that supports the mushroom that body 201 washes off is 4.0 * 10, can confirm to have antibacterial effect.
Then, carry out 1 hour cold air operation through the air conditioner 15 of experimental example 4, after stopping, light source 217 adopts the light emitting diode of central peak wavelength 450nm to make an experiment.Irradiation time is 3 hours, carries out shading so that can not get into from the light of outside.The average illumination that supports on the body 201 is adjusted into 150LUX.Bacterium number after the postradiation cultivation that supports the mushroom that body 201 washes off in 3 hours is 1.0 * 10.
At this, behind the cold air operation, become high humidity in the air conditioner 259, the photochemical catalyst of the silver when having abundant irradiation reacts necessary moisture, so active the raising.
In addition, carry out 1 hour heating installation running in the air conditioner 15 of experimental example 4, after stopping, light source 207 adopts the light emitting diode of central peak wavelength 450nm to make an experiment.Irradiation time is 3 hours, carries out shading so that can not get into from the light of outside.The average illumination that supports on the body 201 is adjusted into 150LUX.Bacterium number after the postradiation cultivation that supports the mushroom that body 201 washes off in 3 hours is 1.2 * 10.
At this, after the heating installation running, become high temperature in the air conditioner 15, the photochemical catalyst reactivity of the silver when illumination is penetrated improves.
Figure 40 representes the profile of the air cleaning unit of embodiment of the present invention.
Among this figure, supply unit 20 is installed in housing 250.Supply unit 20 is the supply unit to the internal feed moisture of housing 250.Support body 201 and adopt mylar, this mylar also uses propylene class adhesive to be coated with 2g/m 2Silver-colored combined amount be the basic zirconium phosphate silver of 3wt%.The air cleaning unit of this figure is arranged in the refrigerating chamber of freezer.
At first, as comparative example 3, prepare the not sample that supports body 201 of the sheet form of argentiferous.In the air cleaning unit of this figure, after splash applies the bacterium liquid of staphylococcus aureus on the sample that supports body 201 of argentiferous not, carry out shading, to place after 3 hours, taking-up supports body 201, cleans with physiological saline.The bacterium number of washing off in the liquid is roughly 1.0 * 10 6CFU/cc.The measurement of mushroom is through carrying out the flat board dilution to standard agar-agar bacteria culture media, after 48 hours, the method for crowd's number of counting agar-agar bacteria culture media shape is carried out 35 ℃ of cultivations.In addition, under the out-of-operation state of freezer, make an experiment.
(experimental example 5)
As experimental example 5, in air cleaning unit, apply 2g/m also using propylene class adhesive 2Silver-colored combined amount be on the filter of sheet form of mylar of basic zirconium phosphate silver of 3wt%, behind the bacterium liquid of the staphylococcus aureus of splash coating and comparative example 3 equal numbers, carry out shading and placed 3 hours.Afterwards, take out and support body 201, clean with physiological saline.The bacterium number of washing off in the liquid is 1.0 * 10 3CFU/cc can confirm to have anti-microbial property.In addition, under the out-of-operation state of freezer, implement test.
(experimental example 6)
Then, as Test Example 6, and then light source 207 uses the light emitting diode of central peak wavelength 470nm to use.That is, in air cleaning unit 258, apply 2g/m also using propylene class adhesive 2Silver-colored combined amount be the supporting on the body 201 of sheet form of mylar of the basic zirconium phosphate silver of 3wt%, behind the bacterium liquid of the staphylococcus aureus of splash coating and comparative example 3 equal numbers, carry out irradiation in 3 hours, taking-up supports body 201, cleans with physiological saline.In addition, carry out shading during test, so that can not get into from the light of outside.In addition, the average illumination that supports on the body 201 is adjusted into 150LUX.Bacterium number after the postradiation cultivation that supports the mushroom that body 201 washes off is 3.9 * 10.Compare with experimental example 5, can confirm to improve anti-microbial property through irradiates light.
(experimental example 7)
Then, as experimental example 7, carry out the cold air operation of 1 hour freezer, after stopping, light source 207 adopts the light emitting diode of central peak wavelength 470nm to make an experiment.In addition, the aerosol of supplying with the ice making water atomizing from supply unit 20.Irradiation time is 3 hours, carries out shading so that can not get into from the light of outside.The average illumination that supports on the body 201 is adjusted into 150LUX.Bacterium number after the postradiation cultivation that supports the mushroom that body 201 washes off in 3 hours is 0.9 * 10, with experimental example 6 relatively, can confirm that anti-microbial property further improves.
In Test Example 7, the inside of air cleaning unit becomes high humidity, and the photochemical catalyst of the silver when having abundant irradiation reacts necessary moisture, so active the raising.
Utilizability on the industry
As more than, the present invention because can in the air circulation bactericidal device, set deodorizing, degerming supports body and adsorption filter, in to storeroom, blow out before clean air, so can be applicable to all kinds of freezing equipments such as freezer, air conditioner, air purifier.

Claims (37)

1. freezer, it has: the heat insulating box that is made up of heat-barrier material, form storeroom in inside; Open and close the door body of the peristome that is installed on said heat insulating box freely; And the cooling body that cools off the air in the said heat insulating box, it is characterized in that having:
Be configured in the said storeroom and support the body of photochemical catalyst;
With the exciting light that excites said photochemical catalyst to the said irradiation means that supports body irradiation;
Cold air in the said storeroom is forced the Blast mechanism blow towards the said body that supports;
Accommodate said Blast mechanism, the said housing that supports body and said irradiation means;
Be arranged on the air entry of offering on the said housing, in the place ahead of said freezer;
Be arranged on the outlet of offering on the said housing, at the rear of said freezer; With
The stream of the stream of the cold air that formation is blowed by said Blast mechanism forms mechanism,
Said stream forms mechanism and on the stream of said cold air, has the narrow narrow of sectional area than the stream of other parts,
The said body that supports is disposed at said narrow.
2. freezer as claimed in claim 1 is characterized in that, the said body that supports is configured in by said stream and forms in the stream that mechanism forms.
3. freezer as claimed in claim 2 is characterized in that, has the adsorption filter that absorption keeps the foul smell in the said storeroom,
Said adsorption filter is configured in the said stream, the said downstream that supports body.
4. freezer as claimed in claim 1 is characterized in that, saidly supports the photochemical catalyst that body supports and contains silver.
5. freezer as claimed in claim 4 is characterized in that, said to support the photochemical catalyst that body supports be silver oxide.
6. freezer as claimed in claim 4 is characterized in that, said to support the photochemical catalyst that body supports be basic zirconium phosphate silver.
7. freezer as claimed in claim 1 is characterized in that, said irradiation means have can emitted in ultraviolet the light source of light of wavelength region may of wavelength or blue light in zone.
8. freezer as claimed in claim 7 is characterized in that, said light source can shine from greater than 400nm and smaller or equal to the light of the scope wavelength selected of 520nm.
9. freezer as claimed in claim 7 is characterized in that, light source is arranged so that the brightness of at least a portion that supports the surface is more than the 100Lux.
10. freezer as claimed in claim 1 is characterized in that, the said body that supports has the adsorption section that absorption keeps the foul smell in the said storeroom.
11. freezer as claimed in claim 1 is characterized in that, said Blast mechanism has axial flow fan, said axial flow fan so that the mode that the direction of the rotating shaft of said axial flow fan and the cold air that in stream, passes through is intersected dispose.
12. freezer as claimed in claim 11 is characterized in that, has the adsorption filter that absorption keeps the foul smell in the said storeroom,
The downstream that said adsorption filter is configured in the said stream, said load is held body, and so that the mode that the direction of passage of the cold air of this adsorption filter and the direction of cold air through stream are intersected dispose.
13. freezer as claimed in claim 1 is characterized in that, disposes said Blast mechanism, said body and the said cooling body of supporting successively from the upper reaches of the stream of the cold air that blowed by said Blast mechanism.
14. freezer as claimed in claim 13 is characterized in that, has the adsorption filter of the foul smell in the said storeroom of absorption,
Said adsorption filter is configured in the said downstream of body, the upstream side of said cooling body of supporting.
15. freezer as claimed in claim 13 is characterized in that, said cooling body is installed on the interior backing side of said heat insulating box,
Saidly support the ceiling side that body, said irradiation means and said Blast mechanism are installed on said heat insulating box.
16. freezer as claimed in claim 1 is characterized in that, is provided with driving, stops the switch of said Blast mechanism and said irradiation means.
17. freezer as claimed in claim 16 is characterized in that, when said switch was made as " ON " at driving side, said Blast mechanism was controlled as alternate repetition and drives and stop.
18. freezer as claimed in claim 1 is characterized in that, said Blast mechanism and said air entry are in abutting connection with setting.
19. freezer as claimed in claim 1 is characterized in that, said Blast mechanism sets with forwards toppling over.
20. freezer as claimed in claim 1 is characterized in that, across the downstream of said Blast mechanism stream and opposed said irradiation means and the said body that supports of setting.
21. freezer as claimed in claim 1 is characterized in that, said irradiation means is configured in the upper side of stream.
22. freezer as claimed in claim 1 is characterized in that, the imaginary line at center that connects light source and the said Blast mechanism of said irradiation means intersects to the extended line of storeroom side and the door body of storeroom.
23. freezer as claimed in claim 1 is characterized in that, also disposes cold air forced to insert logical stream formation mechanism,
The said body that supports is configured in the discharge portion that said stream forms mechanism.
24. freezer as claimed in claim 23 is characterized in that, said irradiation means and the said body that supports dispose across the distance of regulation relatively.
25. freezer as claimed in claim 23 is characterized in that, the discharge portion that said stream forms mechanism has heel, has disposed the said body that supports in the inboard of said heel.
26. freezer as claimed in claim 25 is characterized in that, saidly supports the internal face that the stream that cold air collided that body is configured in said heel forms mechanism.
27. freezer as claimed in claim 23 is characterized in that, the part that said stream forms mechanism is made up of transparent member,
Part in said transparent member, in the inboard that is positioned at said storeroom sets said irradiation means,
Said irradiation means be also used as in the said storeroom illumination and by the said excitation source that supports the photochemical catalyst that body supports.
28. freezer as claimed in claim 23 is characterized in that, the said body that supports is a tabular, and the normal that is configured to the big face of area intersects with the circulating direction of said cold air.
29. freezer as claimed in claim 23 is characterized in that, the said body that supports is a bending, is configured to change the circulating direction of said cold air.
30. freezer as claimed in claim 23 is characterized in that, the said body that supports is a tabular, and the face that area is big is configured in vertical plane.
31. a bactericidal device, it is installed on a kind of freezer, and this freezer has: the heat insulating box that is made up of heat-barrier material, form storeroom in inside; Open and close the door body of the peristome that is installed on said heat insulating box freely; Cool off the cooling body of the air in the said heat insulating box, it is characterized in that having:
Support the body of photochemical catalyst;
With the exciting light that excites said photochemical catalyst to the said irradiation means that supports body irradiation;
Cold air in the said storeroom is forced the Blast mechanism blow towards the said body that supports;
The stream of the stream of the cold air that formation is blowed by said Blast mechanism forms mechanism; With
Cover the said cover body that body, said irradiation means, said Blast mechanism and said stream form mechanism that supports,
Said stream forms mechanism and on the stream of said cold air, has the narrow narrow of sectional area than the stream of other parts,
The said body that supports is disposed at said narrow,
Said body, said irradiation means and the said Blast mechanism of supporting is installed on said stream and forms in the mechanism.
32. bactericidal device as claimed in claim 31 is characterized in that, also has the lighting mechanism that is thrown light in said heat insulating box inside.
33. bactericidal device as claimed in claim 31 is characterized in that, also has second cover body that covers said irradiation means.
34. bactericidal device as claimed in claim 31 is characterized in that,
The said body that supports of configuration between said irradiation means and said cover body,
Said cover body has: be based in said cover body, support the said support unit that supports body; Said cover body and said is supported the projection that body maintains the interval of regulation.
35. bactericidal device as claimed in claim 31 is characterized in that,
Also have and three cover body of said cover body across the distance configuration of regulation.
36. bactericidal device as claimed in claim 31 is characterized in that,
Said cover body has the intercommunicating pore of the inside that is communicated with said compartment interior and said bactericidal device.
37. bactericidal device as claimed in claim 31 is characterized in that,
Said irradiation means have can emitted in ultraviolet the light source of light of wavelength region may of wavelength or blue light in zone.
CN2008800128775A 2007-04-20 2008-04-17 Refrigerator, and disinfecting device Expired - Fee Related CN101663551B (en)

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JP2007111296 2007-04-20
JP111296/2007 2007-04-20
JP118692/2007 2007-04-27
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JP2007118702 2007-04-27
JP2007118692 2007-04-27
JP2007197110A JP2009030923A (en) 2007-07-30 2007-07-30 Refrigerator
JP197112/2007 2007-07-30
JP2007197103A JP2009030919A (en) 2007-07-30 2007-07-30 Direct cooling-type refrigerator, and disinfecting device
JP197110/2007 2007-07-30
JP2007197102A JP2009030918A (en) 2007-07-30 2007-07-30 Direct cooling type refrigerator, and disinfecting device
JP2007197112A JP4844494B2 (en) 2007-07-30 2007-07-30 refrigerator
JP2007197105A JP2009030921A (en) 2007-07-30 2007-07-30 Direct cooling type refrigerator and disinfecting device
JP197105/2007 2007-07-30
JP197104/2007 2007-07-30
JP197103/2007 2007-07-30
JP197102/2007 2007-07-30
JP2007197101A JP2009030917A (en) 2007-07-30 2007-07-30 Direct cooling type refrigerator, and disinfecting device
JP2007197104A JP2009030920A (en) 2007-07-30 2007-07-30 Direct cooling type refrigerator
JP197101/2007 2007-07-30
PCT/JP2008/001007 WO2008132815A1 (en) 2007-04-20 2008-04-17 Refrigerator, and disinfecting device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102200367A (en) * 2007-04-20 2011-09-28 松下电器产业株式会社 Refrigerator, and disinfecting device

Families Citing this family (13)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101581825B1 (en) * 2009-05-29 2015-12-31 엘지전자 주식회사 Ventilating device and controlling method of the same
JP2012172935A (en) * 2011-02-23 2012-09-10 Toshiba Corp Refrigerator
CN102494468B (en) * 2011-12-02 2013-09-25 合肥美的电冰箱有限公司 Refrigeration equipment
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US20150202557A1 (en) * 2012-01-26 2015-07-23 Ag+ Aps Method for producing a filter element
CN102654344B (en) * 2012-04-06 2016-08-24 安徽省金华萃食品有限公司 The shelf guick freezing room of three kinds of cold transfer modes
JP2017040432A (en) * 2015-08-20 2017-02-23 パナソニックＩｐマネジメント株式会社 refrigerator
JP2017146020A (en) * 2016-02-17 2017-08-24 三菱電機株式会社 refrigerator
KR20180094742A (en) * 2017-02-16 2018-08-24 서울바이오시스 주식회사 Deodorizing device inclduing suction fan and refrigerator including the same
CN109269184A (en) * 2017-07-17 2019-01-25 宜兴市培源实验小学 A kind of pure and fresh refrigerator of sterilization
CN110878998B (en) * 2018-09-05 2022-07-19 博西华电器（江苏）有限公司 Refrigerator with a door
CN111426120A (en) * 2019-01-10 2020-07-17 东芝生活电器株式会社 Refrigerator with a door
CN217785544U (en) * 2022-03-09 2022-11-11 北京车和家汽车科技有限公司 Refrigerator support and refrigerator and automobile with same

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1400446A (en) * 2001-07-26 2003-03-05 三菱电机株式会社 Refrigerating and cold storage refrigerator

Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2002071298A (en) * 2000-08-30 2002-03-08 Matsushita Electric Ind Co Ltd Photocatalytic heat exchanger
JP3863798B2 (en) * 2002-03-27 2006-12-27 三洋電機株式会社 Refrigerator with photocatalytic filter
JP2004317070A (en) * 2003-04-18 2004-11-11 Matsushita Electric Ind Co Ltd Refrigerator
JP2004325039A (en) * 2003-04-28 2004-11-18 Matsushita Electric Ind Co Ltd Refrigerator
JP2005121285A (en) * 2003-10-16 2005-05-12 Matsushita Electric Ind Co Ltd Refrigerator
JP2005334015A (en) * 2004-05-24 2005-12-08 Hm Acty Co Ltd Air sterilizing/deodorizing unit

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1400446A (en) * 2001-07-26 2003-03-05 三菱电机株式会社 Refrigerating and cold storage refrigerator

Non-Patent Citations (2)

* Cited by examiner, † Cited by third party
Title
JP特开2004-325039A 2004.11.18
JP特开2005-121285A 2005.05.12

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102200367A (en) * 2007-04-20 2011-09-28 松下电器产业株式会社 Refrigerator, and disinfecting device

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CN101663551A (en) 2010-03-03
CN101663550B (en) 2012-08-29

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