CN204678767U - Article-storage device - Google Patents

Abstract

The utility model provides a kind of article-storage device, comprising: aseptic room, and it has the storage space of containing objects; Sterilization chamber, it is arranged on the rear of aseptic room, and is communicated with aseptic room; And ultraviolet sterilization device, be arranged on sterilization chamber indoor, be configured to controllably radiates ultraviolet to carry out sterilization to the air flowing into sterilization chamber indoor from aseptic room.Article-storage device of the present utility model utilizes ultraviolet that the air flowing into sterilization chamber indoor from aseptic room is carried out to sterilization thus indirectly carries out sterilization to article, ultraviolet radiation can be avoided to arrive skin or the eyes of user, prevent user to be subject to radiation injury, use safer.In addition, because sterilization chamber is arranged on rear, aseptic room, therefore aseptic the overall better appearance in room.

Description

Article-storage device

Technical field

The utility model relates to household electrical appliance technical field, particularly relates to a kind of article-storage device.

Background technology

The function of refrigerator is to provide low temperature environment to extend the holding time of article.The food deposited in refrigerator compartment, food time of especially depositing in refrigerator room is grown still can be corrupt.Food spoilage causes primarily of bacterium and mould, in order to kill bacteria and mould, people install adsorbent equipment at first in refrigerator compartment, with adsorbs malodorous, but adsorbent equipment cuts little ice to the bacterium on food in refrigerator compartment inner bag surface and refrigerator compartment, mould, it just adsorbs the stink that microorganism produces, inoperative to food preservation.

In order to carry out sterilization comparatively thoroughly to refrigerator compartment, in prior art, openly utilize ozone to kill the bacterium in refrigerator.Ozone is a kind of efficient degerming material, can kill the bacterium in refrigerator compartment on food.But ozone is not only harmful, and its smell is heavier, and comfort is poor, and user not easily accepts.In addition, ultraviolet-sterilization is also sterilization mode common in refrigerator compartment, if but user opens refrigerator compartment door body when utilizing ultraviolet sterilization, then by the direct radiation of ultraviolet, thus personal injury can be brought.

Utility model content

An object of the present utility model is at least one defect that will overcome prior art existence, providing a kind of article-storage device, can avoid when carrying out sterilization to article damaging user.

The utility model further object to provide a kind of article-storage device, and it has aseptic room of novel structure.

The utility model further object will provide a kind of article-storage device with room between multiple difference in functionality.

Especially, the utility model provides a kind of article-storage device, comprising:

Aseptic room, it has the storage space of containing objects;

Sterilization chamber, it is arranged on the rear of described aseptic room, and is communicated with described aseptic room; And

Ultraviolet sterilization device, is arranged on described sterilization chamber indoor, be configured to controllably radiates ultraviolet to carry out sterilization to the air flowing into described sterilization chamber indoor from described aseptic room.

Alternatively, described sterilization chamber and described aseptic between room by described aseptic between the rear wall of room separate, the top of described rear wall is formed with airflow inlet, and bottom is formed with air stream outlet; And

Described article-storage device also comprises blower fan, is arranged on described sterilization chamber indoor, is configured to make described aseptic indoor air to flow into described sterilization chamber via described airflow inlet indoor, through flowing back to described aseptic room by described air stream outlet after ultraviolet sterilization.

Alternatively, described article-storage device also comprises:

Temperature sensor, is arranged in described aseptic room, for detecting the temperature in it; With

Refrigeration system, for controllably providing cold to described aseptic room, is in design temperature scope to make described aseptic indoor temperature.

Alternatively, described article-storage device also comprises:

Extension bar, upwards extends from the diapire of described aseptic room, is configured to make ampuliform article by tipping upside down on the top of described extension bar thus being suspended on described extension bar.

Alternatively, the upper surface of described diapire comprises the inclined-plane being tilted to downward-extension from front to back, and described extension bar is arranged on described inclined-plane, to make to drop on after on described inclined-plane can trickle backward from the water droplet described ampuliform article upper reaches;

Described article-storage device also comprises:

Drainpipe, is arranged on described diapire rear end, and it is communicated with described aseptic room, is configured to the water trickled backward from described inclined-plane to discharge described aseptic room.

Alternatively, the bottom surface of described sterilization chamber tilts backwards to downward-extension from described air stream outlet; And

The rear end, bottom surface of described sterilization chamber is formed with the drainage channel be communicated with described drainpipe.

Alternatively, described article-storage device also comprises:

Heater, is arranged on the below on described inclined-plane, is configured to controllably heat, to carry out drying to described aseptic indoor article.

Alternatively, described article-storage device also comprises:

Humidity sensor, is arranged on described aseptic indoor, for detecting the relative humidity in it.

Alternatively, described article-storage device also comprises:

Moisture absorption module, is arranged on described aseptic indoor, for adsorbing the moisture in described aseptic indoor air.

Alternatively, described article-storage device also comprises:

For the refrigerator room of storing articles and freezing compartment, for carrying out dry drying chamber to article and for room between the heating of heating article, wherein

Described freezing compartment is arranged on the bottom of described article-storage device;

Described refrigerator room and described aseptic between room adjacent in the horizontal and be evenly arranged on the top of described freezing compartment;

Between described heating room be arranged on described refrigerator room and described aseptic between the top of room; And

Described drying chamber is arranged on the top of room between described heating.

Article-storage device of the present utility model utilizes ultraviolet that the air flowing into sterilization chamber indoor from aseptic room is carried out to sterilization thus indirectly article indoor between storing carried out to sterilization or indirectly carry out sterilization to the locular wall of aseptic room, like this in the process of ultraviolet sterilization device radiates ultraviolet, even if the door body of aseptic room is opened, also ultraviolet radiation can be avoided to arrive skin or the eyes of user, prevent user to be subject to radiation injury, use safer.In addition, because sterilization chamber is arranged on rear, aseptic room, therefore aseptic the overall better appearance in room.

Further, present inventor creatively finds, utilize ultraviolet sterilization to have different bactericidal effects under various circumstances, sterilizing rate is at a certain temperature higher.Therefore, in this application, temperature sensor can be utilized to detect the temperature of aseptic room, refrigeration system is regulated to be supplied to the cold of aseptic room, to make aseptic chamber and sterilization chamber when utilizing ultraviolet sterilization be in (as in the temperature range of about 2 DEG C ~ 4 DEG C) in lower temperature range, thus obtain better bactericidal effect.

The utility model is by arranging heater and humidity sensor, can when article surface to be sterilized has washmarking, first drying is carried out to aseptic indoor air, dry to make the washmarking of article surface evaporate by carrying out air, thus can make article when drier, utilize ultraviolet to carry out indirect sterilization, to obtain good bactericidal effect.

Further, article-storage device of the present utility model also can comprise room and drying chamber between freezing compartment, refrigerator room, heating, can carry out separately storing according to the different demands of object storing to article.

According to hereafter by reference to the accompanying drawings to the detailed description of the utility model specific embodiment, those skilled in the art will understand above-mentioned and other objects, advantage and feature of the present utility model more.

Accompanying drawing explanation

Hereinafter describe specific embodiments more of the present utility model with reference to the accompanying drawings by way of example, and not by way of limitation in detail.Reference numeral identical in accompanying drawing denotes same or similar parts or part.It should be appreciated by those skilled in the art that these accompanying drawings may not be drawn in proportion.In accompanying drawing:

Fig. 1 is the schematic diagram of the article-storage device according to the utility model embodiment;

Fig. 2 is the schematic elevational view of aseptic room of the article-storage device shown in Fig. 1;

Fig. 3 is the schematic side elevation of aseptic room shown in Fig. 2.

Detailed description of the invention

Fig. 1 is the schematic diagram of the article-storage device 10 according to the utility model embodiment; Fig. 2 is the schematic elevational view of aseptic room 100 of the article-storage device 10 shown in Fig. 1; Fig. 3 is the schematic side elevation of aseptic room 100 shown in Fig. 2.For the ease of observing the structure of article-storage device 10, room between each storing that illustrate only article-storage device 10 in Fig. 1, has concealed other storage structures of chambers contain between each storing.

See Fig. 1, article-storage device 10 of the present utility model can comprise casing 11, limits aseptic the room 100 being formed and have the storage space of containing objects in casing 11.Article-storage device 10 can arrange aseptic door body 101, to close and/or to open aseptic room 100.In the embodiment shown in fig. 1, it can pivotable be connected on the respective side edge frame of aseptic room 100.See Fig. 2 and Fig. 3, article-storage device 10 also can comprise sterilization chamber 150 and ultraviolet sterilization device 151.Sterilization chamber 150 is arranged on the rear of aseptic room 100, and is communicated with aseptic room 100.Ultraviolet sterilization device 151 is arranged in sterilization chamber 150, be configured to controllably radiates ultraviolet to carry out sterilization to the air flowed in sterilization chamber 150 from aseptic room 100.

For the article left in aseptic room 100, the bacterium on its surface enters in air by modes such as diffusions, and then killed by ultraviolet with in air inflow sterilization chamber 150, thus realize carrying out sterilization to these article, this kind of sterilization mode can be described as and utilize ultraviolet to carry out indirect sterilization to article.Like this in the process of ultraviolet sterilization device 151 radiates ultraviolet, even if aseptic door body 101 is opened, ultraviolet radiation also can be avoided to arrive skin or the eyes of user, prevent user to be subject to radiation injury, use safer.

Ultraviolet sterilization device 151 can be ultraviolet lamp, such as, be can the quartz burner of radiates ultraviolet or ultraviolet lamp pearl.In certain embodiments, ultraviolet sterilization device 151 can be arranged on side face or end face, the bottom surface 155 etc. of sterilization chamber 150.In a preferred embodiment, can on the side face of sterilization chamber 150 circumferentially interval multiple ultraviolet sterilization device 151 is set, to carry out sterilization to the air flowed in it in all directions.

See Fig. 2, in certain embodiments, sterilization chamber 150 and aseptic between separated by the rear wall 104 of room 100 between aseptic between room 100.Through hole can be offered, to make to be communicated with between sterilization chamber 150 with aseptic room 100 on rear wall 104.In order to accelerate cross-ventilation, article-storage device 10 also can comprise blower fan 152, is configured to that the air in aseptic room 100 is flowed in sterilization chamber 150 and carries out sterilization.Blower fan 152 can be arranged in sterilization chamber 150, not take the memory space of aseptic room 100.Especially, airflow inlet 153 can be formed on the top of rear wall 104, air stream outlet 154 is formed at bottom, and blower fan 152 is configured to make the air in aseptic room 100 flow in sterilization chamber 150 via airflow inlet 153, through flowing back to aseptic room 100 by air stream outlet 154 after ultraviolet sterilization.In some embodiments of the utility model, blower fan 152 can be arranged on airflow inlet 153 place, so that the air in aseptic room 100 is introduced sterilization chamber 150.In a further embodiment, a blower fan 152 can be set respectively at airflow inlet 153 and air stream outlet 154 place, circulate in aseptic room 100 and sterilization chamber 150 to accelerate air further, accelerate to carry out sterilization to the air in aseptic room 100.

Especially, present inventor creatively finds, ultraviolet sterilization under various circumstances bactericidal effect is different, and sterilizing rate is at a certain temperature higher.Especially, ultraviolet has better bactericidal effect than other temperature between about 2 DEG C ~ 4 DEG C.Therefore, in this application, article-storage device 10 preferably has refrigeration system, for controllably providing cold to aseptic room 100, is in design temperature scope to make the temperature in aseptic room 100.Refrigeration system can be arranged on the rear portion of casing 11.In certain embodiments, refrigeration system can be same or similar with the refrigeration system of current refrigerator, and it can comprise compressor, condenser, capillary (or expansion valve) and evaporimeter.In further embodiments, refrigeration system also can adopt semiconductor refrigerating, and it comprises semiconductor chilling plate, and the cold utilizing the cold junction of semiconductor chilling plate to produce provides cold for aseptic room 100.

When aseptic room 100 is not in sterilization operation pattern, the temperature of aseptic room 100 also can regulate in temperature range between 0 DEG C according to appointment ~ 10 DEG C by refrigeration system, thus provides low temperature environment for the article deposited in it, reduces bacteria breed.

Article-storage device 10 also can comprise temperature sensor 111, is arranged in aseptic room 100, for detecting the temperature in aseptic room 100.The temperature that refrigeration system detects according to temperature sensor 111 regulates the cold size being supplied to aseptic room 100, thus makes the temperature in aseptic room 100 be in design temperature scope.

In a further embodiment, article-storage device 10 also can comprise extension bar 120, it upwards extends from the diapire 105 of aseptic room 100, is configured to make ampuliform article to be suspended on extension bar 120 on the top of extension bar 120 by cover button (in other words back-off).Ampuliform article can be that having caves inward from its opening forms the container of spatial accommodation, such as, be feeding bottle, water tumbler etc.By being suspended on extension bar 120 by ampuliform article back-off, on the one hand, when there being water droplet in it, (when such as just having washed down but do not dried or do not dry completely) can make water droplet fast to downstream on diapire 105, so that it is dry; On the other hand, the air of the surfaces externally and internally of ampuliform article substantially in equal and aseptic room 100 can be made to contact, thus the bacterium being conducive to ampuliform article surface enters in air and then flow in sterilization chamber 150 and killed by ultraviolet, be namely beneficial to it and utilize ultraviolet indirect sterilization.The height of extension bar 120 can arrange slightly higher, higher than ampuliform article height such as conventional feeding bottles, in order to avoid the opening of ampuliform article contacts with the diapire 105 of aseptic room 100.The quantity of extension bar 120 can be multiple, and preferred interval is offered and put, to allow to carry out sterilization or storage to multiple ampuliform article simultaneously.

The upper surface of the diapire 105 of aseptic room 100 can comprise the inclined-plane 103 being tilted to downward-extension from front to back, to make to trickle backward on inclined-plane 103 from the water ampuliform article upper reaches.Extension bar 120 is preferably arranged on inclined-plane 103, is beneficial to drop on after on inclined-plane from the water droplet ampuliform article upper reaches trickle backward fast.The upper surface of diapire 105 also can comprise one and turn forward to another inclined-plane 104 of downward-extension from front end, inclined-plane 103, to make the water being dropped in diapire 105 front end can trickle forward on inclined-plane 104, flows out from the front openings of aseptic room 100.

Article-storage device 10 also comprises drainpipe 106, is arranged on diapire 105 rear end, and it is communicated with aseptic room 100, is configured to the water trickled backward from inclined-plane to discharge aseptic room 100.In certain embodiments, evaporating dish can be set above the compressor of refrigeration system, utilize drainpipe 106 that the water in aseptic room 100 is drained into evaporating dish, thus be evaporated in external environment condition.

Usually, because sterilization chamber 150 is arranged on rear, aseptic room 100, it is more contiguous evaporimeter (refrigeration system adopts the refrigeration modes of directly refrigeration) or air inlet (refrigeration system adopts the refrigeration modes of indirect refrigeration) usually, therefore, the temperature of sterilization chamber 150 is usually low than the temperature in aseptic room 100.Reduce, so easily form condensed water on the perisporium of sterilization chamber 150 because air flows to the rear temperature of sterilization chamber 150 from aseptic room 100.Condensed water herein is also discharged by drainpipe 106.In the particular embodiment, air stream outlet 154 root edge can with the concordant setting in bottom surface 155 of sterilization chamber 150.Especially, the bottom surface 155 of sterilization chamber 150 can tilt backwards to downward-extension from air stream outlet 154, the drainage channel 156 be communicated with drainpipe 106 is formed with, to be discharged by drainpipe 106 by the condensed water on sterilization chamber 150 perisporium in the rear end, bottom surface 155 of sterilization chamber 150.

Easy understand, for the article of just cleaning, the part water of its remained on surface can flow downward along article surface under gravity, and then flow on the diapire 105 of aseptic room 100, thus flows in drainpipe 106; Remaining a part of water then can form washmarking on article (inside and outside) surface.Present inventor finds, when there is washmarking on article (inside and outside) surface, the speed comparatively slow (particularly in aseptic room 100, lower temperature environment is more unfavorable for that moisture evaporates) of washmarking natural evaporation, the bacterium of wherein carrying is difficult to enter in air, thus it is unsatisfactory to result through the effect that ultraviolet carries out indirect sterilization to article.Thus, article-storage device 10 of the present utility model also can comprise heater 130, is configured to controllably heat, to carry out drying to the article in aseptic room 100.Especially, heater 130 can be arranged on the below on inclined-plane 103, like this, neither takies the space of aseptic room 100, and drying is carried out in the ampuliform article inside be conducive to again being suspended on extension bar 120.Heater 130 can be the heatings such as heater strip, and its root that can be close to extension bar 120 is arranged.

In certain embodiments, the relative humidity in aseptic room 100 can be utilized to judge that whether article are dry.In such embodiments, article-storage device 10 can comprise humidity sensor 112, is arranged in aseptic room 100, for detecting the relative humidity in aseptic room 100.The relative humidity that heater 130 can detect according to humidity sensor 112 controls its start and stop.Particularly, heater 130 can be configured to start when the relative humidity in aseptic room 100 is more than or equal to predetermined relative humidity, to carry out drying to article in aseptic room 100, and closes down when the relative humidity in aseptic room 100 is less than predetermined relative humidity.

When utilizing that between heater 130 pairs of storings, indoor article carries out drying, the washmarking of article surface can be evaporated in air gradually, and the bacterium of article surface is carried in air, thus the bacterium utilizing ultraviolet to be carried by air kills, and reaches the object of sterilization.

But, after heater 130 stops heating, between storing, in room 100, the relative humidity of air can be larger, when refrigeration system provides cold to aseptic room 100, temperature in it can decline, and because temperature reduces, the relative humidity in aseptic room 100 can increase further, even may condense, thus be unfavorable for ultraviolet sterilization.Therefore, in the utility model preferred embodiment, article-storage device 10 also can comprise moisture absorption module 140, is arranged in aseptic room 100, for adsorbing the moisture in the air in aseptic room 100.Moisture absorption module 140 can reduce the relative humidity in aseptic room 100, avoids the moisture in air to condense.Can comprise hygroscopic material drier in other words in moisture absorption module 140, this hygroscopic material such as can be the excellent molecular sieve of moisture-absorption characteristics.In aseptic room 100, the relative humidity of lower air is greater than the relative humidity of its upper air, therefore, moisture absorption module 140 can be arranged on the middle and lower part of aseptic room 100, with adsorption moisture better.

In a further embodiment, the refrigerator room 200 of storing articles and freezing compartment 300 can be also defined in the casing 11 of article-storage device 10, for carrying out dry drying chamber 500 to article and for room 400 between the heating of heating article.Wherein, freezing compartment 300 is arranged on the bottom of article-storage device 10; Refrigerator room 200 and aseptic between room 100 adjacent in the horizontal and be evenly arranged on the top of freezing compartment 300.Namely refrigerator room 200 is disposed adjacent with aseptic room 100 side direction, refrigerator room 200 and aseptic between room 100 be positioned at the top of freezing compartment 300, and setting neighbouring with freezing compartment 300 simultaneously.Between heating room 400 be arranged on refrigerator room 200 and aseptic between the top of room 100; Drying chamber 500 is arranged on the top of room 400 between heating.

In the utility model, refrigeration system preferably also refrigerator room 200 and freezing compartment 300 cold is provided, be in respectively in lower temperature range to make it.In embodiments more of the present utility model, the temperature in freezing compartment 300 roughly can be controlled within the scope of ﹣ 18 DEG C ~ ﹣ 12 DEG C, and the temperature in refrigerator room 200 roughly can be controlled within the scope of 0 DEG C ~ 10 DEG C.

Heater strip for being carried out heating by article can be set in room 400 between heating.Moisture absorption module 140 can be placed with in drying chamber 500, with the moisture by room 500 between physical adsorption way adsorption dry, and then drying be carried out to the air in drying chamber 500 and article.Or also by arranging heater strip in drying chamber 500, in the mode heated, drying is carried out to the air in drying chamber 500 and article.

See Fig. 1, article-storage device 10 can be provided with refrigeration door body 201, door of refrigerator body 301, heated door body 401 and dry door body 501, to close and/or to open room 400 and drying chamber 500 between refrigerator room 200, freezing compartment 300, heating respectively.In certain embodiments, refrigeration door body 201 can pivotable be connected on the side frame of refrigerator room 200; Door of refrigerator body 301 can pivotable be connected on the boundary frame area of freezing compartment 300; Heated door body 401 can pivotable to be connected between heating on the top margin frame of room 400; Dry door body 501 pivotable is connected on drying chamber 500 top margin frame.Between freezing compartment 300, refrigerator room 200, aseptic room 100, heating room 400 and drying chamber 500 respectively by five independently door body seal, each room can be made to keep separate, avoid producing between each room fluid and intersect mixing.

Article-storage device 10 of the present utility model arranges freezing compartment 300, refrigerator room 200, room 400 between aseptic room 100, drying chamber 500 and heating, can carry out separately storing according to the different demands of object storing to article.In embodiments more of the present utility model, refrigerator room 200 can be used for food, the medicine that storage infant supplemental food, medicine etc. need refrigerate; Freezing compartment 300 can be used for storing unnecessary breast milk, for follow-up Infants'feeding is laid in; Aseptic room 100 can be used for for baby's utensil (as feeding bottle, nipple etc.) sterilization, and is stored in this aseptic room 100 by the baby's utensil after sterilization.Between heating, room 400 can be used for wet tissue used in everyday for baby to be heated to the sendible temperature that baby is applicable to, and when using to prevent baby, wet tissue temperature is uncomfortable, causes baby's abnormal reaction; Drying chamber 500 can be used for packed, the canned food such as milk powder, ground rice after storing Kaifeng, prevents its moisture and deteriorate.

Article-storage device 10 of the present utility model can realize baby food separate storage, prevents and other food mixing taints of odour, rotten, and baby food and/or articles for babies can be stored by different way or process in an independent article-storage device 10.Therefore, for user provides more convenience, and decrease the time of child care needs.

It will be understood by those skilled in the art that, the article-storage device 10 that the utility model relates to can for having the multifunctional refrigerator of room 400 between aseptic room 100 and/or refrigerator room 200 and/or freezing compartment 300 and/or aseptic room 100 and/or heating or other have drying and/or refrigeration and/or device that the is freezing and/or function such as sterilization storage and/or heating, such as mother and baby's meal, childcare storage facilities, child care storage etc.

So far, those skilled in the art will recognize that, although multiple exemplary embodiment of the present utility model is illustrate and described herein detailed, but, when not departing from the utility model spirit and scope, still can directly determine or derive other modification many or amendment of meeting the utility model principle according to content disclosed in the utility model.Therefore, scope of the present utility model should be understood and regard as and cover all these other modification or amendments.

Claims (10)

1. an article-storage device, is characterized in that, comprising:

Aseptic room, it has the storage space of containing objects;

Sterilization chamber, it is arranged on the rear of described aseptic room, and is communicated with described aseptic room; And

Ultraviolet sterilization device, is arranged on described sterilization chamber indoor, be configured to controllably radiates ultraviolet to carry out sterilization to the air flowing into described sterilization chamber indoor from described aseptic room.

2. article-storage device according to claim 1, is characterized in that,

Described sterilization chamber and described aseptic between room by described aseptic between the rear wall of room separate, the top of described rear wall is formed with airflow inlet, and bottom is formed with air stream outlet; And

Described article-storage device also comprises blower fan, is arranged on described sterilization chamber indoor, is configured to make described aseptic indoor air to flow into described sterilization chamber via described airflow inlet indoor, through flowing back to described aseptic room by described air stream outlet after ultraviolet sterilization.

3. article-storage device according to claim 1, is characterized in that, also comprises:

Temperature sensor, is arranged in described aseptic room, for detecting the temperature in it; With

Refrigeration system, for controllably providing cold to described aseptic room, is in design temperature scope to make described aseptic indoor temperature.

4. article-storage device according to claim 3, is characterized in that, also comprises:

Extension bar, upwards extends from the diapire of described aseptic room, is configured to make ampuliform article by tipping upside down on the top of described extension bar thus being suspended on described extension bar.

5. article-storage device according to claim 4, is characterized in that,

The upper surface of described diapire comprises the inclined-plane being tilted to downward-extension from front to back, and described extension bar is arranged on described inclined-plane, to make to drop on after on described inclined-plane can trickle backward from the water droplet described ampuliform article upper reaches;

Described article-storage device also comprises:

Drainpipe, is arranged on described diapire rear end, and it is communicated with described aseptic room, is configured to the water trickled backward from described inclined-plane to discharge described aseptic room.

6. article-storage device according to claim 5, is characterized in that,

The bottom surface of described sterilization chamber tilts backwards to downward-extension from described air stream outlet; And

The rear end, bottom surface of described sterilization chamber is formed with the drainage channel be communicated with described drainpipe.

7. article-storage device according to claim 5, is characterized in that, also comprises:

Heater, is arranged on the below on described inclined-plane, is configured to controllably heat, to carry out drying to described aseptic indoor article.

8. article-storage device according to claim 7, is characterized in that, also comprises:

Humidity sensor, is arranged on described aseptic indoor, for detecting the relative humidity in it.

9. article-storage device according to claim 7, is characterized in that, also comprises:

Moisture absorption module, is arranged on described aseptic indoor, for adsorbing the moisture in described aseptic indoor air.

10. article-storage device according to claim 1, is characterized in that, also comprises:

For the refrigerator room of storing articles and freezing compartment, for carrying out dry drying chamber to article and for room between the heating of heating article, wherein

Described freezing compartment is arranged on the bottom of described article-storage device;

Described refrigerator room and described aseptic between room adjacent in the horizontal and be evenly arranged on the top of described freezing compartment;

Between described heating room be arranged on described refrigerator room and described aseptic between the top of room; And

Described drying chamber is arranged on the top of room between described heating.