CN205300101U - Storing device and refrigerator - Google Patents

Abstract

The utility model relates to a storing device, it has the storing space who is used for the deposit article to prescribe a limit to in it. The storing device is including moisturize module and the humidity control device that are used for improving or keeping the interior humidity of storing space. Humidity control device configuration becomes can be for the module motion of moisturizing to through the moisturize humidity that storing space was adjusted to the wetted surface of passing through of module of change. From this, the accessible changes the humidity adjustable purpose that same storing space was realized to the wetted surface of passing through of the same module of moisturizing. The user can adjust the wetted surface that passes through of the module of moisturizing wantonly to the requirement of humidity according to the deposit -holding article that store up in the storing device, and then makes the storing device have great humidity control scope. The utility model provides a refrigerator. The refrigerator includes box and storing device. It has room between a storing to prescribe a limit to in the box, and the storing device can be shelved in room between the storing with taking out to provide humidity adjustable storing space for the refrigerator.

Description

Article-storage device and refrigerator

Technical field

The utility model relates to article-storage device, particularly relates to a kind of article-storage device and has the refrigerator of this article-storage device.

Background technology

At present, in order to meet user to the storage demand of the higher melon and fruit of humidity requirement, vegetables etc., between the high humidity in the refrigerating device such as refrigerator, refrigerator, the article-storage device of the moisture film with moisture-inhibiting function can have been carried in room. Prior art has and makes a room be in the case of low wet or high humidity environment by exposing completely or hide moisture film completely, also have by exposing the different moisture film of moisture-inhibiting ability or moisturizing region regulates the case of the humidity in article-storage device. That is, when state of the art, technician generally thinks, the moisture film with predetermined moisture-inhibiting ability is fixing through the ability of moisture, just will can be reached many grades of adjustments of article-storage device humidity by the working order of moisture film that switching have a different moisture-inhibiting ability. Thus, article-storage device needs to install multiple moisture film or installation has the moisture film of large-size, causes the complex structure of article-storage device, volume bigger than normal, and seriously affects the outward appearance of article-storage device. But, this is also under existing theoretical direction not clearly, the technical problem that this area generally exists and cannot solve always.

Practical novel content

Present inventor finds through deep analysis and research, technology prejudice in prior art, the cognitive presence of moisture film is certain. Probe into the mechanism of action of moisture film only further, just may break through relatively blindly state even some thought yoke of currently available technology, it is contemplated to the moisture film that utilizes with brand-new thought regulates the technical scheme of article-storage device interior humidity.

Through big quantitative analysis research and reasoning, present inventor creatively proposes following theory:

For a complete airtight article-storage device, the water vapour of its inside cannot distribute. Place the fruit-vegetable food of certain mass in the inside of such article-storage device after, in fruit-vegetable food, the transpiration of moisture can make the humidity (when not having specified otherwise, " humidity " mentioned in the utility model is relative humidity) of article-storage device inside reach more than 95%.

The wet moisture film of sense with different moisture-inhibiting ability has different moisture-inhibiting threshold values, therefore, by arranging the humidity of the sense being connected its storage object space and environment space wet moisture film control article-storage device inside in article-storage device. Such as, being provided with the wet moisture film of sense that one piece of moisture-inhibiting threshold value is 70% on article-storage device, when the humidity of article-storage device inside is higher than 70%, the moisture-inhibiting hole of the wet moisture film of sense is opened automatically, to allow the moisture penetration in article-storage device to environment space; When the humidity of article-storage device inside is lower than 70%, the moisture-inhibiting hole of the wet moisture film of sense is closed automatically, to stop the moisture penetration in article-storage device to environment space.

Assume the fruit vegetables vaporator rate �� of article-storage device inside₁Represent, when the humidity in article-storage device is greater than the moisture-inhibiting threshold value of sense wet moisture film setting, the moisture transmission rates �� of the wet moisture film of the sense of unit surface₂Representing, the moisture-inhibiting area A of the wet moisture film of sense represents, the quality M of the fruit-vegetable food stored in article-storage device_fruitRepresent, the water evaporation quantity M of the fruit vegetables stored in article-storage device within the unit time_water1Represent, the vapor transfer rate M of the wet moisture film of sense within the unit time_water2Represent. Thus, can draw:

M_water1=a₁��M_fruit;

M_water2=a₂��A��

Water capacity in article-storage device represents with d, then

D=M_water1-M_water2=a₁��M_fruit-a₂��A��

The volume of article-storage device represents with V, and the moisture density in air represents with ��; Then

$\mathrm{\ρ}=\frac{d}{V}=\frac{{\mathrm{\α}}_1\×M_{fruit}-{\mathrm{\α}}_2\×A}{V}.$

Humidity in article-storage device RH (%) represents, the saturation moisture density �� under article-storage device inside is had temperature₀Represent; Then

$RH\left(\%\right)=\frac{\mathrm{\ρ}}{{\mathrm{\ρ}}_0}\×100\%=\frac{{\mathrm{\α}}_1\×M_{fruit}-{\mathrm{\α}}_2\×A}{{\mathrm{\ρ}}_0\×V},$ Wherein ��₀For constant.

The derivation of above-mentioned formula demonstrates theoretically, and for the article-storage device of the storage object space with fixed volume, the humidity in article-storage device is directly related with the moisture-inhibiting area of the wet moisture film of the sense installed on it.

Considering the creative understanding of above-mentioned theory and the present inventor, present inventor thinks: can regulate the humidity in article-storage device by the moisture-inhibiting area of the wet moisture film of adjustment sense.

For this reason, the object of the utility model first aspect is intended to overcome at least one defect of the prior art, it is provided that the article-storage device that a kind of structure is simple, interior humidity is adjustable and moisture control scope is bigger.

Another object of the utility model first aspect makes the scope of application of article-storage device wider.

Another object of the utility model first aspect is that the humidity in object space is stored up in fine adjustment and display.

The object of the utility model second aspect is to provide a kind of refrigerator.

In order to realize above-mentioned purpose, the utility model provides a kind of article-storage device, is limited with the storage object space for depositing article in it, and described article-storage device comprises:

For improving or keep the moisturizing module of the humidity in described storage object space; With

Humidity control apparatus, be configured to can relative to described moisturizing block motion, to regulate the humidity of described storage object space by changing the moisture-inhibiting area of described moisturizing module.

Can selection of land, the wet moisture film of described sense be configured to when the humidity in described storage object space be greater than described sense drench the moisture-inhibiting humidity threshold of wet film time allow the moisture in described storage object space by described moisture-inhibiting hole outwardly environment seepage, when the humidity in described storage object space is lower than stoping the moisture in described storage object space by described moisture-inhibiting hole outwardly environment seepage during described moisture-inhibiting humidity threshold.

Can selection of land, described article-storage device also comprises tightness system and can take out the drawer being arranged in described tightness system with drawing, and forms gas-tight seal between the cooperation interface of described tightness system and described drawer; And

Described moisturizing module is installed on described tightness system.

Can selection of land, described article-storage device also comprises:

Moisture indicator means, has multiple scale being used to indicate DIFFERENT WET angle value; And

Described moisture indicator means is configured to make the humidity value indicated by its scale corresponding with the moisture-inhibiting area of described moisturizing module, to be provided for characterizing the indication information of the storage object space humidity corresponding with the moisture-inhibiting area of described moisturizing module.

Can selection of land, described humidity control apparatus comprises:

The slide rail of the parallel setting of twice, is arranged on described tightness system, and lays respectively at the relative both sides of described moisturizing module; With

Baffle plate, is posted by described moisturizing module in the inner side of described tightness system or outside, and is configured to slide along described slide rail under external force, so that described baffle plate is by the moisture-inhibiting area of moisturizing module described in its slide control on described slide rail.

Can selection of land, described humidity control apparatus also comprises:

The driving lever being arranged in described moisture indicator means, described driving lever is connected with described baffle plate by transmission rod, to drive described baffle plate to slide on described slide rail by stirring described driving lever, and then regulates the moisture-inhibiting area of described moisturizing module.

Can selection of land, described humidity control apparatus also comprises:

Pointer, it is extended towards described moisture indicator means by described baffle plate, and the end that described pointer extends points to the scale of described moisture indicator means; And

Described pointer is configured to mobile with the slip of described baffle plate on described slide rail, to change the position of the scale pointing to described dampness display apparatus.

Can selection of land, described humidity control apparatus comprises:

Gear, is configured to be arranged on described tightness system rotationally around its rotation axis extended in the horizontal direction; With

Baffle plate, is posted by described moisturizing module in the inner side of described tightness system or outside; Wherein

The surface towards described gear of described baffle plate is provided with for the groove with described gears meshing, so that described baffle plate translates in the horizontal direction with the rotation of described gear, thus regulates the moisture-inhibiting area of described moisturizing module.

Can selection of land, described humidity control apparatus comprises:

Knob, is arranged at described tightness system and is exposed to the outside of described article-storage device; With

Block plate, be posted by described moisturizing module the internal surface towards room between described storage thing or back to the outside surface of room between described storage thing, and be connected with described knob, to rotate with the rotation of described knob, thus regulated the moisture-inhibiting area of described moisturizing module by the described rotation blocking plate.

According to second aspect of the present utility model, the utility model also provides a kind of refrigerator, comprise casing, room between a storage thing it is limited with in it, described refrigerator also comprises above arbitrary described article-storage device, described article-storage device is held between described storage thing in room removedly, thinks the storage object space that described refrigerator provides humidity adjustable.

In article-storage device of the present utility model and refrigerator, article-storage device has can relative to the humidity control apparatus of moisturizing block motion, user can change the moisture-inhibiting area being exposed to storage object space or environment space of moisturizing module by humidity control apparatus, and then regulates the humidity of the storage object space of article-storage device inside. As can be seen here, the utility model can realize the adjustable object of the humidity of same storage object space only by the moisture-inhibiting area changing same moisturizing module, on the one hand, the working order overcoming in prior art the moisture film that can only have different moisture-inhibiting ability by switching just can reach the many grades of technology prejudice regulated of article-storage device interior humidity; On the other hand, article-storage device only need to install a moisturizing module, simplifies the structure of article-storage device, and makes it more attractive in appearance.

Further, owing to the utility model changes, by changing the moisture-inhibiting area being exposed to storage object space or environment space of moisturizing module, the humidity storing up object space, also namely, the humidity in storage object space can be determined according to the moisture-inhibiting area of moisturizing module. Therefore, the requirement of humidity can be regulated arbitrarily the moisture-inhibiting area of moisturizing module by user according to article stored in article-storage device, thus makes article-storage device have the flexible and bigger moisture control scope of comparison.

Further, owing to the moisture control process of article-storage device of the present utility model does not need any parts by means of the external world, therefore article-storage device of the present utility model can be used as independent article-storage device and is held in wind cooling refrigerator, direct cooling refrigerator, refrigerator-freezer or other article-storage devices, article-storage device of the present utility model even can also directly be positioned in indoor environment, and the scope of application is wider.

Further, article-storage device also has the moisture indicator means that can indicate article-storage device interior humidity value. Moisture indicator means has the scale being used to indicate DIFFERENT WET angle value, and the humidity value indicated by scale is corresponding with the moisture-inhibiting area of moisturizing module, it is possible to directly perceived and accurately grasp the humidity stored up in object space by scale indicated on dampness display apparatus. Thus, when user needs the moisture control of article-storage device inside to preset value, only need to observe scale indicated in moisture indicator means while regulating the moisture-inhibiting area of moisturizing module, until stopping when scale indicated in moisture indicator means is identical with this preset value or corresponding regulating, the humidity of article-storage device inside can reach the humidity value corresponding with scale indicated in moisture indicator means gradually. Thus achieve the object of the humidity accurately regulated and show in article-storage device.

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

Specific embodiments more of the present utility model are hereinafter described 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. Those skilled in the art should understand that, these accompanying drawings may not be drawn in proportion. In accompanying drawing:

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

Fig. 2 is the schematic plan of the article-storage device according to the utility model embodiment;

Fig. 3 is the schematic expanded view of part A in Fig. 1;

Fig. 4 is the part-structure schematic, exploded of the article-storage device according to another embodiment of the utility model;

Fig. 5 is the part-structure schematic, exploded of the article-storage device according to another embodiment of the utility model;

Fig. 6 is the part-structure schematic, exploded of the article-storage device according to another embodiment of the utility model;

Fig. 7 is the schematic structure figure of the refrigerator according to the utility model embodiment.

Embodiment

The utility model embodiment provides a kind of article-storage device, and this article-storage device can be used alone, it is also possible to is held in refrigerator or other devices with specific storage environment. Fig. 1 is the schematic structure figure of the article-storage device according to the utility model embodiment, Fig. 2 is the schematic plan of the article-storage device according to the utility model embodiment. See Fig. 1 and Fig. 2, in article-storage device 1, it is limited with the storage object space for depositing article. Especially, article-storage device 1 comprises moisturizing module 10 and humidity control apparatus 20. Moisturizing module 10 is for improving or keeps the humidity in storage object space. Humidity control apparatus 20 is configured to move relative to moisturizing module 10, to regulate the humidity of storage object space by changing the moisture-inhibiting area of moisturizing module 10. It will be understood by those skilled in the art that, the moisture-inhibiting area of moisturizing module 10 alleged in the utility model embodiment means the area that moisturizing module 10 is directly exposed to the environment space residing for the storage object space of article-storage device 1 or article-storage device 1. User can change the moisture-inhibiting area being exposed to storage object space or environment space of moisturizing module 10 by humidity control apparatus 20, and then regulates the humidity of the storage object space of article-storage device 1 inside. As can be seen here, the utility model can realize the adjustable object of the humidity of same storage object space only by the moisture-inhibiting area changing same moisturizing module 10, on the one hand, the working order overcoming in prior art the moisture film that can only have different moisture-inhibiting ability by switching just can reach the many grades of technology prejudice regulated of article-storage device 1 interior humidity; On the other hand, article-storage device 1 need to install a moisturizing module 10, simplifies the structure of article-storage device 1, and makes it more attractive in appearance.

Further, owing to the utility model changes, by changing the moisture-inhibiting area being exposed to storage object space or environment space of moisturizing module 10, the humidity storing up object space, also namely, the humidity in storage object space can be determined according to the moisture-inhibiting area of moisturizing module 10. Therefore, the requirement of humidity can be regulated arbitrarily the moisture-inhibiting area of moisturizing module 10 by user according to article stored in article-storage device 1, thus makes article-storage device 1 have the flexible and bigger moisture control scope of comparison.

Further, owing to the moisture control process of article-storage device 1 of the present utility model does not need any parts by means of the external world, therefore article-storage device 1 of the present utility model can be used as independent article-storage device 1 and is held in wind cooling refrigerator, direct cooling refrigerator, refrigerator-freezer or other article-storage devices 1, article-storage device 1 of the present utility model even can also directly be positioned in indoor environment, and the scope of application is wider.

In embodiments more of the present utility model, moisturizing module 10 comprises the wet moisture film of the sense with multiple moisture-inhibiting hole. The wet moisture film of sense be configured to when the humidity in the storage object space of article-storage device 1 be greater than sense drench the moisture-inhibiting humidity threshold of wet film time allow the moisture in this storage object space by moisture-inhibiting hole outwardly environment seepage, when the humidity in this storage object space is lower than stoping the moisture in this storage object space by moisture-inhibiting hole outwardly environment seepage during moisture-inhibiting humidity threshold.

Specifically, the wet moisture film of each sense all has its corresponding moisture-inhibiting humidity threshold, and it represents the moisture-inhibiting ability of the wet moisture film of sense under certain environment. Such as, article-storage device 1 can comprise the wet moisture film of sense that moisture-inhibiting humidity threshold is 70%. When the wet moisture film of this sense is fully exposed, namely when the wet moisture film of sense has maximum moisture-inhibiting area, the moisture vaporator rate of article stored in the storage object space of article-storage device 1 is fixed, in this storage object space, the moisture vaporator rate of article is also fixed with the difference of the wet moisture film of sense through the speed of moisture, and the humidity in the storage object space of article-storage device 1 thus can be made to remain on 70%.

When the humidity in the storage object space of article-storage device 1 is lower than 70%, the moisture-inhibiting bore closure of the wet moisture film of sense, to stop the moisture in this storage object space to permeate to environment space. Under the moisture Evaporation of article stored by now in article-storage device 1, the humidity in storage object space raises gradually, until reaching 70%. When the humidity in the storage object space of article-storage device 1 is higher than 70%, the moisture-inhibiting hole of the wet moisture film of sense is opened, and the moisture in this storage object space can by moisture-inhibiting hole to exosmosis. The moisture transmission rates in each moisture-inhibiting hole of the wet moisture film of sense is fixed, and the quantity in the moisture-inhibiting hole of the wet moisture film of the sense in unit surface is fixed, and also namely, the moisture transmission rates of the wet moisture film of the sense of unit surface is fixed. Thus, the moisture-inhibiting area changing the wet moisture film of sense is equivalent to change the speed that the wet moisture film entirety of sense can pass through moisture, thus the wet moisture film of the moisture vaporator rate of article in article-storage device 1 and sense is changed through the difference of the speed of moisture, and then the humidity in the storage object space of article-storage device 1 is changed.

In embodiments more of the present utility model, article-storage device 1 also comprises tightness system 40 and can take out be arranged in tightness system 40 drawer 50 with drawing. Forming gas-tight seal between the cooperation interface of tightness system 40 and drawer 50, moisturizing module 10 is installed on tightness system 40.

Specifically, tightness system 40 is provided with installation portion, and installation portion has the breach or through hole that are connected storage object space and external environment, and moisturizing module 10 is arranged in installation portion, to cover breach or through hole. Tightness system 40 can arrange sealed strip with the interface that coordinates of drawer 50, to strengthen gas-tight seal therebetween.

Further, tightness system 40 can for having the sealing bore of front openings, and sealing cylinder is made up of upper end cover 42, front end-plate 43, back head, base plate and two side plates, and moisturizing module 10 can be arranged on the upper end cover 42 of sealing bore. In enforcement modes more of the present utility model, moisturizing module 10 can be arranged at the mid-way of upper end cover 42, thus, when moisturizing module 10 plays moisture-inhibiting effect, it is possible to make the humidity in storage object space more balanced.

Fig. 3 is the schematic expanded view of part A in Fig. 1, see Fig. 1 to Fig. 3. In embodiments more of the present utility model, article-storage device 1 also comprises moisture indicator means 60. Moisture indicator means 60 has multiple scale being used to indicate DIFFERENT WET angle value. Such as, moisture indicator means 60 can comprise three scales indicating humidity value to be 70%, 80% and 90% respectively. In embodiments more of the present utility model, moisture indicator means 60 also can comprise more accurate scale, is such as respectively used to the multiple scales indicating humidity value to be 50%, 55%, 60%, 65%, 70%, 75%, 80%, 85%, 90%, 95%. Further, humidity value indicated by scale is corresponding with the moisture-inhibiting area of moisturizing module 10, it is possible to directly perceived and accurately grasp the humidity stored up in object space by scale indicated on dampness display apparatus. Thus, when user needs the moisture control of article-storage device 1 inside to preset value, only need to observe scale indicated in moisture indicator means 60 while regulating the moisture-inhibiting area of moisturizing module 10, until stopping when scale indicated in moisture indicator means 60 is identical with this preset value or corresponding regulating, the humidity of article-storage device 1 inside can reach the humidity value corresponding to scale indicated in moisture indicator means 60 gradually. Thus achieve and accurately regulate and show the object of the humidity in article-storage device 1.

Further, moisture indicator means 60 can be arranged at the edge of the contiguous upper end cover 42 of the front end-plate 43 of sealing bore, is convenient to user and observes.

In embodiments more of the present utility model, humidity control apparatus 20 comprises slide rail 21 and the baffle plate 22 of the parallel setting of twice. Slide rail 21 is arranged on tightness system 40, and lays respectively at the relative both sides of moisturizing module 10. Such as twice slide rail 21 can lay respectively at the relative both sides on the both sides, front and back of moisturizing module 10, both lateral sides or other any directions. Baffle plate 22 is posted by moisturizing module 10 in the inner side of tightness system 40 or outside, and is configured to slide along slide rail 21 under external force, so that baffle plate 22 is by the moisture-inhibiting area of its slide control moisturizing module 10 on slide rail 21. That is, when moisturizing module 10 is arranged at the upper end cover 42 of tightness system 40, baffle plate 22 can be positioned at the top of moisturizing module 10, to be posted by the upper surface of moisturizing module 10; Or, baffle plate 22 can be positioned at the lower section of moisturizing module 10, to be posted by the lower surface of moisturizing module 10. No matter baffle plate 22 is positioned at inner side or the outside of tightness system 40, and twice slide rail 21 is all in the same side of tightness system 40 with baffle plate 22. Baffle plate 22 can with the slide inner side from tightness system 40 or outside optionally shield portions or the whole moisturizing module 10 on slide rail 21. Specifically, moisturizing module 10 can be shape feasible arbitrarily, such as fan-shaped, circular, square, rhombus or any irregular shape etc. In embodiment of the present utility model, moisturizing module 10 is preferably square. Further, the relative two side ends that slide rail 21 can be close to moisturizing module 10 is arranged, the shape of baffle plate 22 is roughly the same with shape and the size of moisturizing module 10, with when moisturizing module 10 is covered completely by baffle plate 22, can fit completely with the edge of moisturizing module 10 in the edge of baffle plate 22, thus save material, reduce costs.

In the sliding process of baffle plate 22, the area that baffle plate 22 blocks moisturizing module 10 is increasing, thus make moisturizing module 10 moisture-inhibiting area reduce gradually, namely the area that the storage object space of article-storage device 1 is connected with outside atmosphere space reduces gradually, thus the difference making the transmission coupling of the moisture vaporator rate in this storage object space and moisturizing module 10 increases gradually, and then the humidity in this storage object space is improved. When baffle plate 22 covers moisturizing module 10 completely, being equivalent to moisturizing module 10 and completely cut off with outside atmosphere space, the moisture in article-storage device 1 cannot pass through moisturizing module 10 external environment space transfusion, and now the humidity in article-storage device 1 can up to more than 90%.

In embodiments more of the present utility model, humidity control apparatus 20 also comprises: the driving lever 23 being arranged in moisture indicator means 60, driving lever 23 is connected with baffle plate 22 by transmission rod 24, to drive baffle plate 22 to slide on slide rail 21 by stirring driving lever 23, and then regulate the moisture-inhibiting area of moisturizing module 10. That is, user regulates the moisture-inhibiting area of moisturizing module 10 by driving lever 23, and then regulates the humidity of article-storage device 1 inside. Thus, be held in refrigerator or other storage thing equipment at article-storage device 1 after, user without the need to article-storage device 1 is taken out from refrigerator, also without the need to extracting the drawer 50 i.e. humidity of adjustable article-storage device 1 inside out, it is to increase the simplicity of adjustment this operation of humidity. Specifically, dampness display apparatus also comprises the guiding groove 62 being positioned at above or below scale, and driving lever 23 is slidably disposed in and guides on groove 62. Driving lever 23 can for ease of user's grip and the arbitrary shape stirred, and it has narrower width in the horizontal, so that unique scale of the instruction side of being located thereon or lower section. One end of transmission rod 24 is connected with driving lever 23, and the other end of transmission rod 24 is connected with baffle plate 22 by a connection piece. When user needs to regulate article-storage device 1 humidity, only driving lever 23 need to be slided into user desired by need the scale corresponding to the humidity that reaches in article-storage device 1, driving lever 23 will drive baffle plate 22 to slide into the position corresponding with this scale.

As can be seen here, user changes by manually changing this mode of position of driving lever 23 and make the moisture-inhibiting area of the moisturizing module 10 of article-storage device 1, without the need to other operations or by means of other structures, therefore the structure of article-storage device 1 is simple, and it regulates the process of humidity simpler and convenient.

In other embodiments of the present utility model, humidity control apparatus also comprises pointer. Pointer is extended towards moisture indicator means by baffle plate, and the end that pointer extends points to the scale of moisture indicator means. Pointer is configured to mobile with the slip of baffle plate on slide rail 21, to change the position of the scale pointing to dampness display apparatus. That is, user is by manually changing the position of baffle plate, and then drives pen travel. In the process of user's controllable register position, directly draw, by the scale of pointed moisture indicator means, the humidity that baffle plate stores up object space and can reach when this position, thus, it is achieved that accurately regulate and show the object of the humidity in article-storage device 1.

Fig. 4 is the part-structure schematic, exploded of the article-storage device according to another embodiment of the utility model. See Fig. 4, in other embodiments of the present utility model, with embodiment shown in Fig. 1 to Fig. 3 the difference is that, humidity control apparatus 20 comprises gear 25 and baffle plate 26. Gear 25 is configured to the rotation axis 251 around it extends in the horizontal direction and is arranged at rotationally on tightness system. Baffle plate 26 is posted by moisturizing module 10 in the inner side of tightness system or outside, and namely when moisturizing module 10 is arranged at the upper end cover 42 of tightness system, baffle plate 26 can be positioned at above or below moisturizing module 10 and gear 25. The surface towards gear 25 of baffle plate 26 is provided with the groove for engaging with gear 25, so that baffle plate 26 translates in the horizontal direction with the rotation of gear 25, thus regulates the moisture-inhibiting area of moisturizing module 10.

In enforcement modes more of the present utility model, baffle plate 26 has by its force section downwardly protruding setting back to moisturizing module 10, so that user applies to make its reactive force translated to baffle plate 26 by force section. In other enforcement modes, article-storage device also can be provided with the knob that the rotation axis 251 with gear 25 is connected, to make gear 25 rotate by the rotation of knob, thus drive baffle plate 26 to translate in the horizontal direction.

Thus, user can make baffle plate 26 translate by manually applying less reactive force to baffle plate 26 or manually rotate gear 25, thus changing the moisture-inhibiting area of moisturizing module 10, it is not necessary to other operate or by means of other structures, therefore the moisture control process of article-storage device is simpler and convenient.

Further, gear 25 is the bar shaped gear extended along its rotation axis 251 direction. That is, gear 25 can be the bar shaped gear that the width along tightness system 40 extends, and the length that the length of gear 25 and the groove of baffle plate 26 extend is suitable, more balancedly to drive baffle plate 26 to translate.

Further, baffle plate 26 has two the relative sidewalls 263 and 264 upwards extended by its body 261 along the direction of the rotation axis 251 being perpendicular to gear 25, and these two relative sidewalls 263 and 264 can slide in two slits inside tightness system. Each sidewall all has the rotation axis 251 of permission gear 25 through bar hole wherein, and this bar hole extends along the direction that baffle plate 26 translates, to allow rotation axis 251 to move relative to baffle plate 26 in bar hole in the translation motion of baffle plate 26.

Fig. 5 is the part-structure schematic, exploded of the article-storage device according to another embodiment of the utility model. See Fig. 5, in other embodiment of the present utility model, comprise knob 27 with embodiment shown in Fig. 1 to Fig. 3 the difference is that, humidity control apparatus and block plate 28. Knob 27 is arranged at tightness system and is exposed to the outside of article-storage device. Block plate 28 be posted by moisturizing module 10 the internal surface towards room between storage thing or back to the outside surface of room between storage thing, and be connected with knob 27, to rotate with the rotation of knob 27, thus regulate the moisture-inhibiting area of moisturizing module 10 by blocking the rotation of plate 28. That is, when moisturizing module 10 is arranged at the upper end cover 42 of tightness system, blocks plate 28 and can be positioned at above or below moisturizing module 10, and block the direction extension of plate 28 along the internal surface being parallel to upper end cover 42. The shape blocking plate 28 is sized to identical with moisturizing module 10, with when moisturizing module 10 be blocked plate 28 cover completely time, can fit completely with the edge of moisturizing module 10 in the edge blocking plate 28. Along with knob 27 rotates, blocking plate 28 can rotate relative to moisturizing module 10 above or below moisturizing module 10, to change the humidity in storage object space by changing the moisture-inhibiting area of moisturizing module 10.

Specifically, tightness system 40 having been offered open holes 45, knob 27 is exposed to the outside of article-storage device by the open holes 45 of tightness system 40. Thus, user makes to block plate 28 by the mode of manual turn knob 27 and rotates, thus the humidity in article-storage device is changed, it is not necessary to other operate or by means of other structures, therefore the moisture control process process of article-storage device is simpler and convenient.

Further, block plate 28 and can be fanning strip with each moisturizing module 10, and the fan angle blocking plate 28 is more than or equal to moisturizing module 10 fan angle. Such as, block plate 28 and moisturizing module 10 all can be the fanning strip that fan angle is 180 ��, namely block plate 28 and moisturizing module 10 can be semicircular ring. Moisturizing module 10 is fixed on the internal surface of tightness system 40 by fan-shaped support, and this sector support can be made up of lightweight materials such as plastics.

Fig. 6 is the part-structure schematic, exploded of the article-storage device according to another embodiment of the utility model. See Fig. 6, in some embodiments more of the present utility model, with embodiment shown in Fig. 1 to Fig. 3 the difference is that, the outside of tightness system is formed with the cavity 46 for installing humidity control apparatus, and the adjacent bottom notch 462 of diapire with cavity 46 461 is offered in the bottom of cavity 46. Humidity control apparatus comprises the knob 29 being rotatably installed in cavity 46, moisturizing module 10 is fixed on the surface towards cavity 46 of knob 29, make part or all of moisturizing module 10 be exposed to the storage object space of article-storage device by bottom notch 462 with the rotation with knob 29, thus change the moisture-inhibiting area that moisturizing module 10 is exposed to storage object space. Ventilation hole 291 has been offered, so that the storage object space of article-storage device is by ventilation hole 291 and external environment connect at least part of region relative with moisturizing module 10 of knob 29. When moisturizing module 10 is exposed to the storage object space of article-storage device by bottom notch 462, the moisture in storage object space is by moisturizing module 10 and ventilation hole 291 outwardly environment seepage.

Further, cavity 46 can be roughly cylindrical, and moisturizing module 10 is roughly the fanning strip taking the center of cavity 46 as the center of circle. Specifically, the diapire 461 of cavity 46 and the fan angle of moisturizing module 10 can be 180 ��. Moisturizing module 10 is fixed on the internal surface of knob 29 by fan-shaped support, and this sector support can be made up of lightweight materials such as plastics.

The utility model also provides a kind of refrigerator, and Fig. 7 is the schematic structure figure of the refrigerator according to the utility model embodiment. Refrigerator 3 comprise casing 2 and and above any embodiment in article-storage device 1. Being limited with room between a storage thing in casing 2, article-storage device 1 is held between storage thing in room removedly, thinks the storage object space that refrigerator 3 provides humidity adjustable. Refrigerator 3 can be wind cooling refrigerator or direct cooling refrigerator.

It will be understood by those skilled in the art that, humidity alleged in the utility model embodiment is relative humidity, and the refrigerator involved by the utility model includes but not limited to the refrigerator in common meaning, also can comprise the fridge-freezer such as refrigerator, refrigerator-freezer.

Those skilled in the art will also be understood that, in the utility model embodiment alleged " on ", D score, " interior ", " outward ", " level ", " front " etc. for representing that the term of orientation or position relation is by benchmark of the actual using state of article-storage device, these terms be only for convenience of description with understand the technical solution of the utility model, instead of instruction or the device that refers to of hint or lose and must have specific orientation, with specific orientation structure and operation, therefore can not be interpreted as restriction of the present utility model.

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 according to content disclosed in the utility model or derive other modification many or amendment of meeting the utility model principle. 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 limited with the storage object space for depositing article in it, it is characterised in that, described article-storage device comprises:

For improving or keep the moisturizing module of the humidity in described storage object space; With

Humidity control apparatus, be configured to can relative to described moisturizing block motion, to regulate the humidity of described storage object space by changing the moisture-inhibiting area of described moisturizing module.

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

Described moisturizing module comprises the wet moisture film of the sense with multiple moisture-inhibiting hole; And

The wet moisture film of described sense be configured to when the humidity in described storage object space be greater than described sense drench the moisture-inhibiting humidity threshold of wet film time allow the moisture in described storage object space by described moisture-inhibiting hole outwardly environment seepage, when the humidity in described storage object space is lower than stoping the moisture in described storage object space by described moisture-inhibiting hole outwardly environment seepage during described moisture-inhibiting humidity threshold.

3. article-storage device according to claim 1, it is characterised in that,

Described article-storage device also comprises tightness system and can take out the drawer being arranged in described tightness system with drawing, and forms gas-tight seal between the cooperation interface of described tightness system and described drawer; And

Described moisturizing module is installed on described tightness system.

4. article-storage device according to claim 3, it is characterised in that, also comprise:

Moisture indicator means, has multiple scale being used to indicate DIFFERENT WET angle value; And

Being configured to of described moisture indicator means makes the humidity value indicated by its scale corresponding with the moisture-inhibiting area of described moisturizing module, to be provided for characterizing the indication information of the storage object space humidity corresponding with the moisture-inhibiting area of described moisturizing module.

5. article-storage device according to claim 4, it is characterised in that, described humidity control apparatus comprises:

The slide rail of the parallel setting of twice, is arranged on described tightness system, and lays respectively at the relative both sides of described moisturizing module; With

Baffle plate, is posted by described moisturizing module in the inner side of described tightness system or outside, and is configured to slide along described slide rail under external force, so that described baffle plate is by the moisture-inhibiting area of moisturizing module described in its slide control on described slide rail.

6. article-storage device according to claim 5, it is characterised in that, described humidity control apparatus also comprises:

The driving lever being arranged in described moisture indicator means, described driving lever is connected with described baffle plate by transmission rod, to drive described baffle plate to slide on described slide rail by stirring described driving lever, and then regulates the moisture-inhibiting area of described moisturizing module.

7. article-storage device according to claim 5, it is characterised in that, described humidity control apparatus also comprises:

Pointer, it is extended towards described moisture indicator means by described baffle plate, and the end that described pointer extends points to the scale of described moisture indicator means; And

Described pointer is configured to mobile with the slip of described baffle plate on described slide rail, to change the position of the scale pointing to described dampness display apparatus.

8. article-storage device according to claim 3, it is characterised in that, described humidity control apparatus comprises:

Gear, is configured to be arranged on described tightness system rotationally around its rotation axis extended in the horizontal direction; With

Baffle plate, is posted by described moisturizing module in the inner side of described tightness system or outside; Wherein

The surface towards described gear of described baffle plate is provided with for the groove with described gears meshing, so that described baffle plate translates in the horizontal direction with the rotation of described gear, thus regulates the moisture-inhibiting area of described moisturizing module.

9. article-storage device according to claim 3, it is characterised in that, described humidity control apparatus comprises:

Knob, is arranged at described tightness system and is exposed to the outside of described article-storage device; With

Block plate, be posted by described moisturizing module the internal surface towards room between described storage thing or back to the outside surface of room between described storage thing, and be connected with described knob, to rotate with the rotation of described knob, thus regulated the moisture-inhibiting area of described moisturizing module by the described rotation blocking plate.

10. a refrigerator, comprises casing, is limited with room between a storage thing in it, it is characterized in that, described refrigerator also comprises the arbitrary described article-storage device of claim 1-9, and described article-storage device is held between described storage thing in room removedly, thinks the storage object space that described refrigerator provides humidity adjustable.