CN2223462Y - Sleeve type ice-box with variable inside diameter - Google Patents

Abstract

The utility model relates to a sleeve type ice cylinder with variable inner diameter, comprising an inner chamber which is provided with coolant and an outer chamber which surrounds and coats the inner chamber. The outer chamber is provided with an insulator and at least one air hole which is connected around the outer part of the outer chamber. The utility model has variable inner diameter and is suitable for refrigeration for cooled articles with different sizes and appearances.

Description

Can change the telescopic ice tube of internal diameter

The utility model belongs to the improvement of the device that relates to a kind of cooling object, specifically a kind of telescopic ice tube that changes internal diameter.

The present known device that several are arranged in order to cooling object, it is wherein a kind of that to commonly use cooling device be by rigid container, liquid or other cooling material of temperature regulated in packing layer (between inwall and outer wall) filling.

Second kind of pattern commonly use cooling device, it comprises that one accommodates the bag of cooling liquid or similar substance, this bag can be stained with and be located on this object or coat this object.

Above-mentioned first kind of pattern commonly use cooling device, quite coarse and crude and wasting space, this kind cooling device only is suitable for the object of fixed dimension and single kenel, has no adaptability.

Though above-mentioned second kind of pattern in use than tool elasticity, can't directly be conveyed to the object that is cooled with the temperature of cooling, need through air or other materials its chilling temperature to be scattered and disappeared easily as medium.

The purpose of this utility model is, provides a kind of adaptability strong, and cooling effect is good, and the wieldy telescopic ice tube that do not freeze.

The utility model is to implement like this: it is the sleeve-shaped body structure that adopts a deformable, and it has a changeable internal diameter, allows corresponding to the object with different external dimensions to adjust.Therefore, the utility model comprises that one contacts and be filled with the inner room of a not concretive cooling liquid with the object of intending being cooled, week is to be filled with the mistress institute of insulator around encirclement outside this sleeve-shaped body inner room, and this mistress has a pore connecting ring at least around its outside.

The utility model has the advantages that before use is stored in the refrigerator always, because there is a kind of cooling material of not concretive its inside, therefore this cooling device still can be possessed deformation ability when low temperature, can store with any pattern in refrigerator inside, be not subjected to influencing of space size, and when being used on the article as jar, when bottle or similar article, can be changed with type outside the article, closely contact with article surface, reach the effect of heat exchange effectively, article also obtain cooling with rapid method, and filling is in mistress's insulator, slow down the rate of heat exchange of inner room cooling material and outside air on the one hand, the thermal insulator of inner room cooling material the best also is provided on the one hand.

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is the three-dimensional schematic diagram that launches of the present utility model.

Fig. 3 uses preceding three-dimensional cross-sectional schematic for the utility model.

Fig. 4 is the three-dimensional cross-sectional schematic in the utility model use.

We will provide better embodiment of the utility model according to Fig. 1-Fig. 4, and in conjunction with the description to this embodiment, further provide ins and outs of the present utility model.

See also Fig. 1, the utility model mainly is made of the body 1 of a deformable sleeve formula, is represented by dotted lines the jar 2 that is cooled among Fig. 1, and it is coated and be in contact with one another by this body 1.This body 1 has mistress 4, and these mistress's 4 inner stuffed heat insulated materials 7 fully slow down the time of heat exchange, and has blocked the heat exchange of cooling object 6 with the outside air of 3 inside, chamber within the body 1.Mistress 4 has a pore 10 connecting rings at least around its outside.To point out that also pore 10 can be closed (not shown), the inflatable characteristic of mistress's 4 tools.

See also Fig. 2, from figure, can see this sleeve clearly and launch body 1, include inner room 3 that constitutes by concubine in several 31 and the mistress 4 who constitutes by some outer concubines 41, in the diagram, outer concubine 41 is identical with interior concubine 31 numbers, but number also may be different and be separated wall 5 and separate during practical application, that is to say, this inner room 3 and mistress 4 are by along arranging on every side, and several of equi-spaced apart separate concubines 31,41 and constitute bodies 1.Inside and outside chamber is to comprise that the even number concubine 31,41 more than six or six is optimal selection.This body 1 is for being applicable to each object that is cooled, can borrow a plurality of elasticity mid portions of 11 and interconnect in abutting connection with the position, partition wall 5 can be adapted to shortened or elongated, can do closely contact with cooled object 2 at mistress 4 partition wall 5 and inner room 3 by the shape of cold article, size.

See also Fig. 3, the utility model has a non-condensing cooling liquid 6 in inner room 3 inner fillings before using, and each mistress's 4 inner filling insulator 7, it is to be made by ssible elastomeric material such as polyethers foamed plastics, under situation shown in Figure 3, this sleeve-shaped body 1 does not envelope an object, and when this position, the insulator of being made by ssible elastomeric material 7 is outside expansion, and 3 of inner rooms partly extend internally from this sleeve-shaped body.Inner room 3 only part is filled with cooling fluid 6, and remainder is emptied.

Three-dimensional cutaway view when Fig. 4 uses for the utility model, when this device location enveloped a jar 2, this jar 2 outwards promoted inner room 3, and owing to cooling fluid 6 volumes can't change, so partition wall 5 is also pushed outwards thereupon moving.And outer wall 8 can outwards be done linear moving, the elastomeric material 7 of the mistress of the place of making 4 inside is compressed, its reaction force imposes on cooling fluid 6 and reacts on wall 9 within the inner room 3 again, closely contacts with jar 2, promptly produces one effective heat conduction between sleeve-shaped body 1 and jar 2.It is to be noted that the inwall of inner room 3 is to have the made than thin material of good heat transference efficiency; Wall then is made with the material with low heat transfer ability outside the mistress.The cooling liquid 6 that inner room 3 is charged into should be an avirulence, remarkable color is arranged or bitter taste is arranged, and like this, more can guarantee safe in utilizationly, last, will point out that also an end of body 1 has an axle collar (not shown) that extends internally.

Claims (8)

1. telescopic ice tube that can change internal diameter, comprise cooling liquid, it is characterized in that sleeve body comprises the object and be filled with chamber within the cooling liquid of coat intending being cooled, week is one to be filled with outside the insulator chamber institute around encirclement outside this sleeve-shaped body inner room, and this mistress has a pore connecting ring at least around its outside.

2. ice tube according to claim 1 it is characterized in that this pore can be closed, and this mistress is inflatable.

3. ice according to claim 1 tube is characterized in that this inner room and mistress system is by along arranging and several of equi-spaced apart separate concubines and constituted on every side.

4. ice tube according to claim 3 is characterized in that inside and outside chamber includes best even number concubine more than six or six.

5. ice tube according to claim 1 is characterized in that one of this sleeve-shaped body end comprises an axle collar that extends internally.

6. ice tube according to claim 1 is characterized in that this inner room only partly is filled with cooling liquid, and remainder is then vacateed.

7. ice tube according to claim 1 is characterized in that wall system is to have the made than thin material of good transfer of heat efficient within this inner room, and wall then is made with the material with low heat transfer ability outside the mistress.

8. ice according to claim 1 tube is characterized in that this cooling liquid has remarkable color or bitter taste and is avirulence.

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