CN1279759A

CN1279759A - Refrigerating device

Info

Publication number: CN1279759A
Application number: CN98811290A
Authority: CN
Inventors: W·赖歇尔; H·R·扬森
Original assignee: BSH Bosch und Siemens Hausgeraete GmbH
Current assignee: BSH Hausgeraete GmbH
Priority date: 1997-11-19
Filing date: 1998-11-17
Publication date: 2001-01-10
Anticipated expiration: 2018-11-17
Also published as: DE19751308A1; ES2178295T3; RU2213308C2; EP1032797B1; PL189485B1; CN1189715C; EP1032797A1; PL340563A1; DE59804364D1; BR9814227A; WO1999026032A1; TR200001421T2

Abstract

The invention relates to a refrigerating device (10) with a refrigerating chamber (13) arranged inside a heat insulating housing (12) which can be closed by a door (11). The refrigerating chamber is provided with storage shelves (17, 18) arranged on top of each other at a distance to each and maintained at least inside the side walls (15) of the refrigerating chamber, characterizing in that at least one of the storage shelves contains a section (20) with an undulated profile. The undulations of said profile are joined to each other and are located perpendicular to the direction in which the shelf is introduced into the refrigerating chamber (13).

Description

Cooling device

The present invention relates to a kind of cooling device, its have one be arranged within its heat insulation shell, can be by the cooling space of a door sealing, that this cooling space is provided with is that space certain distance is up and down arranged, be bearing in the rack on the cooling space sidewall at least.

In the refrigerator field, technology status for a long time is, be provided with removable, the rack put of phase laying up up and down in the inboard of refrigerator doors, the rack that wherein approaches most the lower edge of door in most of the cases all is used to put to be put ampuliform and stores thing, for example mineral water bottle, grape wine or beer.But the storage capacity of this rack has exhausted soon.

In order to improve the storage volume that ampuliform stores thing, in DE-OS2635364, recommended a kind of cooling device, its inner space can be separated with the support grid that is suitable for depositing bottle, and the side of these support grids is bearing in the receiving slit that is arranged on the sidewall of inner space.These frids are arranged on the position that the unlimited direction in refrigerator inside space is toppled over and are used to be stored into beverage bottle, but have just reduced to store in cooling space the storage volume of other material so significantly.For fear of this shortcoming, in DE-OS3039636, recommend to adopt the bottle stand on a kind of grizzly bar that is suspended in the support grid of making rack, when needing to store ampuliform cooling material, this bottle stand just can be suspended on the grizzly bar of the support grid of use in the refrigerator subsidiary.According to the solution that DE-OS2635364 announced, even also must place a support grid when one bottle of beverage is stored holding position into regulation for this reason, thereby the storage surface of support grid has been put other cooling material with regard to only being defined to be suitable for putting, and in contrast, press the solution of DE-OS3039636, can also the rack of support grid be utilized fully although beverage bottle has been gone in storage.Just need the bottle stand that can be suspended on the support grid but be stored into every kind of beverage bottle, this just has only the bottle stand of limited number of packages to be placed on the support grid on the one hand, and has significantly reduced the space that stows under the screen.In addition if not being used to the bottle of storing the drinks,, just must needing one and be arranged on keeping place that a corresponding storage volumes is arranged outside the cooling space and be used to preserve these bottle stands if want to make full use of its storage volume so in this case.

Task of the present invention is to improve cooling device as described in the preamble as claimed in claim 1 with simple structural measure, to avoid more existing shortcomings at present.

The method that solves this task according to the present invention is: at least at a rack place, put and put mask a part that is designed to the waveform profile is arranged, these interconnective waves extend perpendicular to storing pack into the direction of cooling space of thing.

Employing needn't re-use the face of putting of putting that additional servicing unit just can utilize simultaneously a kind of like this rack by the structure of the rack that the present invention recommended, both be used to store the ampuliform material, also be used to store common cooling material, and needn't use particular design for storage bottle shape material, and put the rack that common cooling material not too is fit to for putting.Needn't make a cooling device except having normally used rack, also be provided with one in addition in addition and be specially adapted for putting the rack of putting ampuliform cooling material, thereby not only simplify the process of cooling device, and reduce its manufacturing cost.

If according to a kind of favourable technical scheme regulation of the present invention, make to have putting of wave profile and put the position that face portion is arranged in rack away from door, so this have part that ripple puts profile to go into ampuliform cooling thing for saving be especially favourable layout.

If make according to another kind of preferred implementing form regulation of the present invention to have putting of wave profile and put face portion and can take off from the bearing of sidewall, so this part with wave profile is just cleaned especially easily.

According to another kind of preferred implementing form regulation of the present invention, making the partial design with wave profile is two-way all available conversion portion, this part with the bottom surface on wave profile opposite at least farthest make the plane, and put the face of putting with the residue of rack and just can form a smooth substantially coherent face of putting of putting.

Therefore temporarily if do not need this face of putting of putting that is used for saving ampuliform cooling material, rack whole put and puts area and just can be used for putting and put common cooling material so.In addition, just guaranteed that anti-in open container of fluid storage material especially topples over to put and put by the plane face of putting of putting that farthest links up, even in the transition range of the wall portions of putting the face of putting to residue, also can guarantee.

If according to another favourable technical scheme regulation of the present invention, make the part with wave profile make the wave profile on the width of rack, the rack that is merged into by two parts can be manufactured especially simply so.Just provide sufficient possibility by a kind of like this form of implementation simultaneously for the storage of ampuliform cooling material.

According to another preferred form of implementation of the present invention, regulation makes the part of putting the face of putting that constitutes rack can take out in the bearing on the sidewall with the part of waveform profile.

Therefore, the user of cooling device just might be arranged in these two parts of putting the face of putting that constitute rack within the cooling space when adopting wave profile shape part, and making it it is being best aspect human engineering.

If according to another preferred form of implementation of the present invention, regulation makes the waveform outline portion become enclosed planar with the partial design that therewith constitutes rack, and two parts of this of rack just can make bearing capacity is arranged especially so.

According to last a kind of preferred implementing form of the present invention, regulation makes wave wheel profile part be become by plastic pressure injection, and makes the partial design that is formed with rack therewith together for by the pressure injection-moulded encapsulated glass plate of plastic frame.

Therefore just provide a kind of expense best, but it is attractive in appearance valuable to decorate, and sees the rack that cleans especially easily with hygienic viewpoint.

Embodiment according to a kind of reduced representation in the accompanying drawings sketches the present invention in the following description.

Be illustrated as:

Fig. 1 has represented a kind of domestic refrigerator, in its cooling space, fold to keep at a certain distance away to be furnished with mutually up and down and deposit the plane, one of them has a two-way available part, and it makes the vallate face of putting of putting of wave and is used to deposit ampuliform storage material, and this figure is a front perspective view;

Fig. 2 has represented the enlarged section of domestic refrigerator at the rack parts, is front perspective view also, and rack has two-way available part herein, and it makes the vallate side of wave and uses as putting the face of putting;

Fig. 3 has represented the enlarged section of domestic refrigerator at the rack position, is front perspective view also, and rack has two-way available part herein, and its planar side then is used as the face of putting of putting.

Represented a kind of cooling device 10 that is designed to desk refrigerator by Fig. 1, the door 11 that its heat insulation shell 12 can form under closed condition encloses and has encased a cooling space 13.This space has a liner 14 of being made by the chipless moulding by the plastic sheet-like powder, it has formed the thermal insulation construction of housing 12 with shell of not expressing in detail and the thermal insulation layer that is arranged between the two, and is provided with the spacing approximately equal stacked supporting slat that is used as bearing 16 up and down on the sidewall 15 of liner.Supporting slat 16 is used to support the lateral edge of rack 17 and 18.In these racks, be marked with 17 rack and then make the smooth face made from glass of putting of putting of a single-piece, then inlay with frame of plastic at its edge, rack 18 then has one and is transverse to the face of putting of putting that the cooling space direction separates that pushes, pointing to putting of door 11 puts face portion 19 and is designed to the cooling material storeroom that glass is made, its edge studs with a frame of plastic, and it is put the face two sides of putting and all makes the plane.Put face portion 19 and have one to put and put face portion 20 near putting at the parts away from door of rack 18, this part 20 is put face portion 19 and has been constituted rack 18 with putting, and put and put face portion 20 and put that to put face portion 19 be what to be separated, therefore put and put

face portion

19 and 20 and all be designed to the part rack for these two, they are bearing on the supporting slat 16 with its lateral edge.To put face portion 19 opposite with putting, put and put face portion 20 has a waveform profile 21 on first position of packing into shown in Figure 2 surface, its crest 22 and trough 23 are arranged in rack 18 and insert on the direction of cooling space 13, so are then inserted the direction of cooling spaces 13 perpendicular to cooling material rack 18 by the direction that the wave that trough 23 and crest 22 are constituted is listed as.Separated trough 23 is provided with the stop wall 24 that a rear wall with cooling space 13 has certain intervals in its back by crest 22, and be used as the face of putting of putting of ampuliform cooling material 25, when pack in cooling material 25 correct position ground at the bottom of its bottle with regard to backstop in stop wall 24 places.

Especially as shown in Figure 3, the storage surface part is furnished with a flat face of putting 26 of putting at itself and wave profile 21 opposed bottom surface places, its width is essentially the width of putting the storage surface of putting face portion 19, and it is put face portion 20 and change into and shown in Figure 3 pack the position into and can form by putting.Put the face of putting 26 on the backstop limit 27 that its side away from door has a rear wall with cooling space 13 to keep at a certain distance away, this backstop limit 27 is used to stop and is contained in storage surface 26 but unshowned cooling material contacts with the rear wall of the cooling space 13 that is cooled off by a cold wall evaporimeter.Be designed in the case enclosed planar and put face portion 20 with putting face portion 19 from putting of taking off of supporting slat 16 equally with putting of making of plastics jet method, their adjacent side is also leaned on together mutually under the state of shifting onto together, thereby formed a storage surface that links up basically, as the storage surface of rack 17, it is suitable for depositing common cooling material.

Claims

1. cooling device, have one be arranged within its heat insulation shell, can be by the cooling space of door sealing, what be provided with in this cooling space that space certain distance up and down arranges is bearing in rack on the cooling space sidewall at least, it is characterized in that, at least locate to put at a rack (18) and put mask a part (20) is arranged, this partial design waviness profile (21), this wave row interconnect, and extend on the direction of inserting cooling space (13) perpendicular to rack (18).

2. by the described cooling device of claim 1, it is characterized in that the part (20) with waveform profile (21) is arranged in the position away from door of rack (18).

3. by claim 1 or 2 described cooling devices, it is characterized in that having putting of waveform profile (21) and put face portion (20) and can take off from the bearing (16) on the sidewall (15).

4. by each described cooling device in the claim 1 to 3, it is characterized in that, having putting of waveform profile (21) puts face portion (20) and is designed to two-way all applicable conversion portion, this part with the bottom surface of wave profile (21) relative direction at least farthest make the plane, and put the face of putting with the residue of rack (18) and just can form a flat face of putting of putting that links up basically.

5. by each described cooling device in the claim 1 to 4, it is characterized in that having putting of waveform profile (21) and to put face portion (20) and on the width of storage surface (18), all be designed to the wave profile.

6. by each described cooling device in the claim 1 to 5, it is characterized in that the part of putting the face of putting (19) that constitutes rack (18) with the part (20) of waveform profile can be taken off from the bearing (16) of sidewall (15).

7. by any one described cooling device in the claim 1 to 6, it is characterized in that the part of waveform profile (20) and the part (19) that constitutes rack (18) therewith are designed to enclosed planar.

8. by each described cooling device in the claim 1 to 7, it is characterized in that, the part (20) that is designed to the waveform profile is made by the plastics spray, and the part (19) of (20) then is designed to by the pressure injection-moulded encapsulated glass plate of plastic frame to constitute rack therewith.