CN101421568B

CN101421568B - Refrigeration device comprising a fitted part

Info

Publication number: CN101421568B
Application number: CN2007800137017A
Authority: CN
Inventors: R·布拉赫特
Original assignee: BSH Bosch und Siemens Hausgeraete GmbH
Current assignee: BSH Hausgeraete GmbH
Priority date: 2006-04-18
Filing date: 2007-03-22
Publication date: 2011-04-13
Anticipated expiration: 2027-03-22
Also published as: WO2007122047A2; WO2007122047A3; CN101421568A; DE102006017803A1; EP2010834A2; RU2429429C2; RU2008143651A

Abstract

Inside heat insulation of a refrigerating device, an assembled member (10) is suspended on at least one orbit (25) extensionally through the inside thereof.

Description

The refrigerating plant that comprises fitted part

Technical field

The present invention relates to refrigerating plant, it comprises adiabatic inner and is installed in fitted part in the described inside.

Background technology

Traditionally, the inside of this refrigerating plant vertically is divided into each cabin in a mode on another by a plurality of shelves and fitted part, and so far, described fitted part is positioned on the shelf.Because shelf is smooth substantially, thus refrigeration article can be deposited on the described shelf with different sizes and direction, so fitted part substantially must with the edge join in cabin, with not removable thereon.Therefore equally, this has occupied the space, the described space article that will be not useable for refrigerating.

Summary of the invention

The purpose of this invention is to provide a kind of refrigerating plant, described refrigerating plant comprises the fitted part that is installed in the inside, allow to be independent of shelf and fitted part forever is installed, and fitted part and needn't occupy space on the shelf.

According to the present invention, this purpose is achieved and is, fitted part suspends from the pillar of at least one extend past inside.

This pillar advantageously extends between two sidewalls of inside.

For with fitted part fix in position firmly, it advantageously suspends from two parallel pillars.

For fitted part is fixed to pillar, it can be provided with the elasticity hook portion, and described elasticity hook portion is surrounded described pillar in the mode of form fit.

Especially, fitted part can be the shell frame, and wherein container is held in the mode that can take out.

According to preferred embodiment of the present invention, fitted part is an ice maker.

In this case, container can be ice cube container molding or the gatherer that is used for ice cube.

Gatherer is advantageously provided below the ice cube container molding alternatively.

In order to take out freezing ice cube from the ice cube container molding, described container can advantageously rotate between the primary importance and the second place, wherein in described primary importance, the mould pit of ice cube container molding is opened to the direction that makes progress, and the water in the mould pit can be freezing, in the described second place, the mould pit is opened to downward direction.

Being contained in as the shell frame can be by in the cabin of the pent inside of baffle plate, and then baffle plate advantageously has otch (Aussparung), and when baffle plate was in the closed position, described container can be removed by described otch.This helps to handle described container and makes handles acceleration, and need not to open and close baffle plate; Equally, keep the cabin of shell frame still to prevent heat and steam by the baffle plate protection.

In order to minimize passing through of incision warm air in the baffle plate, the shell frame of ice maker preferably includes header board, and when described baffle plate was in the closed position, described header board was towards described baffle plate, thereby covered described otch.

In order to help to handle the container that can take out, described container preferably is provided with handle, and when described container was mounted, the header board that described handle stretches out above the shell frame entered in the otch.

When described flapper closure, be used for rotating the advantageously otch turnover by baffle plate of knob on the ice maker of ice cube container molding.Thereby can not open baffle plate and take out freezing ice cube from mould.

This knob preferably acts on first longitudinal end of ice cube container molding, and by the freedom of motion of the rotation that knob produced by being limited with the opposite interactional profile elements of second longitudinal end of ice cube container molding.

In order to discharge freezing ice cube from the ice cube container molding, described container can preferably be out of shape in flexible mode by acting on the tongue on this knob.

In order to help being full of and arrangement again of ice maker medium floe container molding, the ice cube container molding preferably rotatably suspends in framework, described framework can be taken out from the shell frame with the ice cube container molding.

Description of drawings

To know other characteristics of the present invention and advantage with reference to accompanying drawing by the following explanation of illustrative examples, wherein:

Fig. 1 shows the perspective view of refrigerating plant of the present invention;

Fig. 2 shows the zoomed-in view according to the last side shield of the refrigerating plant of Fig. 1, and ice maker is positioned at the described side shield rear of going up;

Fig. 3 shows the schematic cross sectional views backward according to the upper-side area of the body of the refrigerating plant of Fig. 1;

Fig. 4 shows the ice maker according to Fig. 2 and 3 that does not have baffle plate;

Fig. 5 shows the cutaway view of ice maker;

Fig. 6 shows second embodiment of ice maker as shown in Figure 4;

Fig. 7 shows the cutaway view according to the ice maker of Fig. 6;

Fig. 8 shows the perspective view of framework, and wherein said framework is arranged to from its ice maker that suspends; And

Fig. 9 shows the partial view according to the side member of the framework of Fig. 8.

The specific embodiment

Fig. 1 shows the perspective view of refrigerator (refrigerating plant), and it comprises body 1 and door 2, and described door is opened as shown in the figure, and described door surrounds the inside (inner room) 3 that is divided into a plurality of cabins.Each cabin is closed by baffle plate 4 or 5, and wherein said baffle plate can pivot around near the horizontal axis that extends its lower edge respectively.The baffle plate 5 in three downside cabins is closed, and is respectively equipped with recessed handle 6, and the handle of the female roughly extends in the whole width of described baffle plate.In the situation of the baffle plate 4 in upside cabin, recessed handle 6 is shortened, and two otch are formed in the transverse area of described baffle plate, i.e. upside circular incision 7 and the square notch 8 offered towards the lower edge of baffle plate.

Especially shown in the zoomed-in view of part among Fig. 2 and the baffle plate among Fig. 2, the downside otch of offering towards the edge roughly is full of by the handle 9 that belongs to drawer (not shown among Fig. 2), and described drawer belongs to ice maker 10, and described ice maker is arranged on the rear of described baffle plate 5.Knob 11 on the ice maker 10 can touch by circular incision 7.

Ice maker 10 has the shell frame (Gestell) of two real wall type half shell 12 forms, the downside of described half shell is hooked on together, thereby they can pivot, and one in them has elastic support 13 on the side thereon, and described elastic support fastens on the breech lock protuberance 14 of second half shell.Can open exposing their inside by being bent upwards support 13, half and half shells 12, thereby safeguard or cleaning.

Hook portion 24 also is molded on the upper side of half shell 12, and the free end of described hook portion is towards the rear portion of frame.Shown in the cutaway view of Fig. 3, described hook portion 24 is arranged to the shell frame is anchored to two pillars 25, and they are anchored to the sidewall of body 1 in mode discussed in more detail below.In the schematic diagram of Fig. 3, the free end 26 of hook portion 24 is bent downwardly as shown in the figure a little, thereby they are latched on the pillar 25, and wherein said pillar is surrounded in the mode of form fit by hook portion 24.Alternatively, can on the upper edge of half shell 12, form protrusion for the same reason respectively, relative with the free end of each hook portion.

When baffle plate 4 was shown in an open position, whole ice maker 10 can pass in and out, and can take out by simply it being pulled out from pillar 25.The ice maker that is taken out can be disassembled into each parts then easily, thereby can for example clean described each parts in dish-washing machine.By simply ice maker being latchable on the pillar 25 and correspondingly reinstall ice maker 10.

In order to be full of ice tray 18, must open baffle plate 4 and towards the front side is pulled out container 18 and is being full of with framework after, it is pushed back, wherein said framework supporting container, and form by plate 15, arm 16 and plate 17.The housing that comprises two and half shells 12 is still in place at this moment.

As described in Fig. 3 and 4, knob 11 rotatably is fixed to backplate 15, and described backplate 15 is pushed on the last front side drift angle of

shell frame

12,13 from the front side.Two arms 16 shown in the cutaway view among Fig. 5 are fixed to backplate 15, and extend in its entire depth scope in half shell 12, and at the plate 17 of the end place supports vertical opposite with described plate 15 of described arm.Ice cube container molding 18 is sat idly on the concave inside surface of arm 16, and between backplate 15 and plate 17, longitudinally be held, wherein said ice cube container molding 18 has roughly semi-cylindrical shape, and the dividing plate 19 that extends by the cutting plane that is parallel to Fig. 5 is divided into a plurality of ice cubes cabin 20.Ice cube container molding 18 for good and all is connected to knob 11 by the opening in the backplate 15.When baffle plate 14 was in the closed position, backplate 15 closely contacted with the trailing flank of baffle plate 4, fully covers the edge of otch 7.The leading flank of half shell 12 correspondingly closely contacts with the trailing flank of the baffle plate 4 of closing, and covers otch 8.Air exchange between around the cabin that when baffle plate 4 is closed, is closed and its thereby only be feasible by baffle plate 4, this be because air along and mobile by the close clearance between the leading flank of trailing flank between the edge of sidepiece between trailing flank between the edge of knob 11 and otch 7 around it and baffle plate 4 and the plate 15 or handle 9 and otch 8 and baffle plate 4 and half shell 12.By such mode, the obvious exchange of air and heat does not appear.

Freezing ice cube will be subsequently when container 18 is removed, need not to open baffle plate 4; Can be with knob 11 along turning clockwise, reach as shown in phantom in Figure 5 position until ice cube container molding 18, wherein, an edge of described container abuts against the rib 21 that extends from panel 17.

By knob 11 rotation is surpassed this position, make ice cube container molding 18 with the elastic type distortion, thereby the ice cube that has wherein formed is released, and between two arms 16, falls in the drawer that is connected to handle 9 22 in the underside area of shell frame.The cross section of drawer 22 is slightly less than otch 8, and wherein said otch is offered in edge, thereby drawer can be removed by described otch.Ice cube is released and takes out in the mode that need not to open baffle plate 4.

Fig. 6 and 7 shows the remodeling embodiment of ice maker.Backplate 15 is omitted at this, and knob 11 directly extends through the opening on the leading flank of half shell 12, and ice cube container molding 18 is sized to, and described ice cube container molding can be removed by this opening.Fig. 6 shows ice cube container molding 18, and wherein said ice cube container molding is sat idly on two arms 16, and described two arms extend back, and are fixed in shell frame 12,13.One group of hook portion of inwardly stretching out 23 of half shell, 12 supportings, each hook portion is corresponding to each mould of ice cube container molding 18.The size of each hook portion 23 is slightly different, thereby a hook portion at another after correspondingly contacts with ice cube in the mould of container 18 when ice cube container molding 18 rotation, and with its release mould.In the embodiment as Fig. 3 to 5, the ice cube that is discharged is fallen in the drawer 22 of ice cube container molding 18 belows, and described drawer can needn't be opened baffle plate 4 ground by means of handle 9 and be drawn out.

Fig. 8 is a perspective view, shows described pillar 25, and described pillar extends between the sidewall of body in a parallel manner; And the parts 27 of two moulding, the parts of described moulding are connected to described pillar 25 the sidewall (not shown in FIG.) of body 1.

Pillar 25 is section bars of hollow, and it has the rectangular cross section of fillet, is made by plastics aluminium, stainless steel or inflexibility, especially fiber reinforcement.The parts 27 of moulding are injection molding plastic components, have antetheca 28 and rear wall, they correspondingly form be two triangles that intersect at drift angle; And wall section 29 to 32 level and vertical, they connect the leg of described right angled triangle.Hitching post 33 stretches out from the outside of vertical wall section 32, and described hitching post is arranged in the recess (not shown) in the sidewall that mode with form fit is bonded on body 1.Be used to keep the supporting rib 35 of pillar 25 to be arranged on the inboard in opposite directions of vertical wall section 30, and as shown in Figure 9 and described with reference to this figure.Horizontal wall section 29 by groove 34 separately.

Fig. 9 shows the vertical view of inboard of

vertical wall section

30,32 of a part of the parts 27 of a moulding.Hook-type supporting rib 35 stretches out from the horizontal wall section, is bent downwardly, and ends in the section 36, and wherein said section 36 is parallel with wall section 29.The supporting rib 35 of whole length as single parts be connected to vertical wall section 30.Pillar 25 as shown in the figure between supporting rib 35 and wall section 29 mode with form fit be held.

It is sized to the length of pillar 25, the longitudinal end of pillar is sat idly respectively on the vertical wall section 30 of the parts 27 of two moulding, perhaps relative with an a little little gap with them, thus pillar 25 can not be by moving longitudinally along it be released from the supporting rib 35 of the parts 27 of two moulding.

Pillar 25 is blocked along a direction towards the supporting rib 35 that moves through of rear body itself, and is blocked along opposite direction by rib 37, the distance that longitudinal end 38 of described rib 37 and the narrow side of pillar 25 relative are a little little.Opposite longitudinal end combines with the sidewall of groove 34.Rib 37 only in the part of its length as single parts be connected to wall section 30, in the view of Fig. 9 with respect to the right side of the boundary line 39 of dotted line.Be positioned at line 39 the left side rib 37 part thereby form tongue (locking protuberance) 40, described tongue in Fig. 9 by downward flexible ground deflection shown in the dotted line.For ribs 37 in all the other zones 41 of rib, wherein said regional 41 as single parts be connected to wall section 30, this zone has the profile of ripple.

Horizontal wall section 29 and rib 37 have defined groove 42 together, and described recess width is enough to allow an end of pillar 25 to move horizontally therein.As shown in Figure 8, utilize back lateral brace 25, pillar 25 can be taked the position of inclination shown in dotted line, wherein, an end of pillar 25 is correspondingly kept by the supporting rib 35 of the parts 27 of a moulding, and the other end is relative with the groove 42 of the parts 27 of corresponding another moulding, but be not bonded on wherein.In this position, after the hitching post 33 of the parts 27 of moulding is inserted into corresponding concave part in the sidewall, positioning pillars easily then.By pillar 25 is rotated to the position vertical with sidewall around the end that it remains on the supporting rib 35, make the other end of pillar little by little join in the groove 42, and reach position shown in the dotted line cross-sectional shape 25a of Fig. 9 there, there, described end contact tongue 40, and this has prevented being further rotated of pillar 25.If pillar 25 is being resisted the resistance of tongue 40 and is being further rotated, then its through among Fig. 9 by the position shown in the Reference numeral 25b, wherein in this position, tongue is urged downwardly in flexible mode.The tongue 40 of pushing is illustrated by the broken lines.At last, from position 25b, the end of pillar 25 can be bonded between supporting rib 35 and the wall 29, shown in solid line among the figure, and tongue 40 is back to the position of its release, and shown in solid line among the figure, wherein said tongue 40 prevents that pillar 25 is along the rotation of opposite direction and thereby fix that it is in place.

In order to discharge pillar 25 if necessary once more, be enough to finger is inserted in the groove 42, thereby push tongue 40 downwards until allowing pillar 25 to rotate once more.

Claims

1. refrigerating plant, comprise adiabatic inside and be installed in fitted part (10) in the described inside, it is characterized in that described fitted part (10) suspends independently from the pillar (25) of at least one the described inside of extend past and the shelf of described refrigerating plant.

2. refrigerating plant according to claim 1 is characterized in that, described pillar (25) extends between two sidewalls of described inside.

3. according to the arbitrary described refrigerating plant of aforementioned claim, it is characterized in that described fitted part (10) suspends from two parallel pillars (25).

4. refrigerating plant according to claim 1 is characterized in that, described fitted part (10) comprises elasticity hook portion (24), and described elasticity hook portion is surrounded described pillar (25) in the mode of form fit.

5. refrigerating plant according to claim 1 is characterized in that, described fitted part (10) is the shell frame, and container (18,22) is held in the mode that can take out therein.

6. refrigerating plant according to claim 1 is characterized in that, described fitted part (10) is an ice maker.

7. refrigerating plant according to claim 5 is characterized in that, described container is ice cube container molding (18).

8. refrigerating plant according to claim 5 is characterized in that, described container is the gatherer (22) that is used for ice cube.

9. refrigerating plant according to claim 8 is characterized in that, described refrigerating plant also comprises ice cube container molding (18), and described gatherer (22) is arranged on the below of described ice cube container molding (18).

10. refrigerating plant according to claim 7 is characterized in that, described ice cube container molding (18) can be opened to open between the position of downward direction to the position of the direction that makes progress and they and rotate at the mould pit (20) of described ice cube container molding (18).

11. refrigerating plant according to claim 5, it is characterized in that, described shell frame (12,12) is contained in the cabin of described inside (3), wherein said cabin can be closed by baffle plate (4), described baffle plate (4) comprises otch (7,8), when described baffle plate (4) was in the closed position, described container (18,22) can be removed by described otch.

12. refrigerating plant according to claim 11 is characterized in that, described shell frame (12,12) comprises header board (15), when described baffle plate (4) is in the closed position, described header board towards and cover described otch (7).

13. refrigerating plant according to claim 12 is characterized in that, described container (18,22) comprises handle (9,11), and described handle surpasses described header board and stretches in the described otch (7,8) in the installation site.

14. refrigerating plant according to claim 10, it is characterized in that, described shell frame (12,12) is contained in the cabin of described inside (3), wherein said cabin can be closed by baffle plate (4), described baffle plate (4) comprises otch (7,8), when described baffle plate (4) is in the closed position, described container (18,22) can be removed by described otch, when being closed, being used for rotating described ice cube container molding knob (18), described ice maker (11) can be touched by the otch (7) of described baffle plate (4) at described baffle plate (4).

15. refrigerating plant according to claim 14, it is characterized in that, described knob (11) acts on first longitudinal end of described ice cube container molding (18), and its freedom of motion is limited by profile elements (21), and wherein said profile elements interacts with the second opposite longitudinal end of described ice cube container molding (18).

16. refrigerating plant according to claim 14 is characterized in that, described ice cube container molding (18) can be out of shape in flexible mode by the tongue that acts on the described knob (11).

17. refrigerating plant according to claim 10, it is characterized in that, described ice cube container molding (18) is rotatably suspended in framework (15,16), and wherein said framework can be removed from described shell frame (12,13) with described ice cube container molding (18).