CN101688738B

CN101688738B - Household appliance

Info

Publication number: CN101688738B
Application number: CN200880014734.8A
Authority: CN
Inventors: R·屈梅尔; S·沃尔海因; F·普莱克; M·施塔尔; U·范佩尔斯
Original assignee: BSH Bosch und Siemens Hausgeraete GmbH
Current assignee: BSH Hausgeraete GmbH
Priority date: 2007-05-08
Filing date: 2008-04-23
Publication date: 2013-06-05
Anticipated expiration: 2028-04-23
Also published as: RU2462669C2; DE102007021570A1; CN101688738A; WO2008135392A1; EP2145143A1; RU2009142881A

Abstract

The invention relates to a household appliance having a housing (1) surrounding an inner space, and at least one brace (6) for suspending mounting parts, which can be mounted so as to engage in a first and a second recess (16) of a moulding shaping part (5) of opposing first and second walls (2) of the housing (1). The recesses (16) are open only toward the top, and the brace (6) carries angled fingers (8) engaging in the recesses (16).

Description

Housed device

Technical field

The present invention relates to a kind ofly have around the housing in interior space and the cabinet type household equipment of at least one support member, described support member can be installed to be in the first and second recesses that are bonded on the molded and shaped parts on the first and second relative walls that are installed on housing.

Background technology

The known housed device of described type for example is the refrigeration plant with the compartment that is the shelf form, described shelf is by at two line support members that extend in a lateral direction of described housing with described line support member vertical line connected to one another is consisted of, and wherein said line support member is bonded in level trough in the sidewall of described housing.

These support members and/or the shelf under it usually can be in the situation that do not feel that any resistance is drawn out, make them not be suitable for embedded components thus thereon fastening, the power that in use is parallel to described groove is applied on described embedded components.

Therefore need a kind of housed device that can be firmly fastened to the described type of embedded components.

Summary of the invention

Described purpose is realized by a kind of housed device, described housed device has around the housing in interior space and at least one support member, described support member can be installed to be in the first and second recesses that are bonded on the molded and shaped parts on the first and second relative walls that are installed on housing, only upward opening and described support member are with angled finger for described recess, and described finger is bonded in described recess.If described support member is suitable for using together with pre-installation embedded components thereon, so described support member can promptly be connected to without instrument in the inner space and be fixed by means of himself deadweight.

Advantageously, described support member comprises bar elements, and described finger is added on the end of described bar elements.This makes the finger that is used for the different device model of making by unification and the bar elements that only is adapted to described housing width by being cut into length, and the support member that is used for the housing of different in width can be manufactured in simple mode.

Described bar elements can be with mode roll forming cheaply.

Described bar elements preferably has vertical passage, and the first bracket part of each finger remains in described vertical passage, and the second bracket part is bonded in of described recess.

If support member comprises two plates that are in differentiated levels, the fastening hook of embedded components preferably is connected on the plate of the bottom in described plate in space-saving mode so.

The plate of described bottom is provided preferably with latch openings with the described fastening hook of firm connection.

Be suspended on embedded components on described support member and can comprise especially guiding frame for Telescopic container.

In addition, such embedded components can comprise the front panel for ice maker.Itself preferably is fixedly mounted on said ice maker in described housing, and if so that can realize that fresh water realizes if required that to the simple supply of ice maker residue water is from this discharging; Yet, be also contemplated that described ice maker itself is combined in described embedded components.

Owing to being difficult to utilize required load realization to hold the recess of the finger of described plate on the plastic inner container of traditional deep drawing molding, therefore described recess preferably is formed on molded and shaped parts, and described molded and shaped parts are arranged on again on the wall of described housing.

Described recess preferably is formed on the bottom of breach of other flat surfaces of described molded and shaped parts.This allows described finger to be connected with described molded and shaped parts, so that described finger do not stretch out over its flat surfaces, thereby the top side can be used as again the area supported of other parts, particularly operating surface.

If described by framework around the downside of operating surface have recess and described recess is used for the bar elements of described support member is contained in wherein, can obtain so compact especially design.Can be bonded on as far as possible in described recess in order to ensure described bar elements, can be favourable if described finger curves the right angle.

Description of drawings

Can draw other features and advantages of the present invention according to the description of the illustrative embodiments of reference accompanying drawing, in described accompanying drawing:

Fig. 1 shows the perspective schematic view as a kind of refrigeration plant framework of an illustrative embodiments of housed device of the present invention;

Fig. 2 shows the cross section that is arranged on the support member in described refrigeration plant;

Fig. 3 shows the longitudinal cross-section of an end that passes described support member, and described support member is arranged on tightly

Be affixed in the molded and shaped parts on the sidewall of described framework;

Fig. 4 shows the perspective schematic view of the molded and shaped parts of the described support member of carrying;

Fig. 5 shows the perspective view as the scaffold of an example of the embedded components that is kept by described support member;

Fig. 6 shows the drawer element that conforms to scaffold in Fig. 5;

Fig. 7 shows the similar cross section with Fig. 2, and described cross section shows the firm connection of scaffold on described support member in Fig. 5;

Fig. 8 shows the perspective view for the front panel of ice maker;

Fig. 9 shows the top view in the pre-assembled design of adopting two support members and hanging embedded components thereon;

Figure 10 shows the perspective view from beneath of the operating surface on the assembly that is positioned in Fig. 9;

Figure 11 shows be used on the rear wall that is installed to described refrigeration plant and as the perspective view of the molded stop part of the stop part that is used for described operating surface.

The specific embodiment

Fig. 1 shows the explanatory view with the framework 1 of the refrigeration plant of sidewall 2 and rear wall 3.Automatic ice-making device 4 is fixedly secured on described rear wall 3.Described ice maker is connected with the sightless fresh water supply pipeline that extends in described rear wall 3 in any known mode, also can connect with the coated lycopene of residue water discharge pipe line and the ice cube that freezes.The both sides that the molded and shaped parts 5 of the elongation that is made of plastics in all cases, all are arranged on described wall 2 roughly are positioned at the At The Height of the top side of described ice maker 4.Described molded and shaped parts 5 are configured to carry two support members 6, described support member 6 be shown as in Fig. 1 float on described molded and shaped parts 5 above and extend to another sidewall from a sidewall 2.Described support member 6 each by being assembled by the bar elements 7 of steel plate roll forming and the hook-type finger 8 that extends beyond described bar elements 7.

As shown in Figure 2, described bar elements 7 has the cross section that is similar to the U-shaped section bar of under shed, the vertical side bracket part 10 that described U-shaped section bar connects with central plate 9, in described central plate 9 edges and the outside plate 11 that stretches out from the lower limb of described vertical side bracket part 10 in the horizontal direction.Cut out slit 12 in described outside plate 11.

Described finger 8 is by have horizontal tray section 13, vertical bracket part 15 and consisting of at the steel band of this and the end difference 17 that is illustrated in this case in Fig. 3, described horizontal tray section 13 extends in the groove by described central plate 9 and described side direction bracket part 10 gauges of bar elements 7, and be secured on described central plate 9 by means of screw 14, rivet etc., in the recess 16 of described vertical bracket part 15 for the upward opening of that is inserted into described molded and shaped parts 5, and described end difference 17 is between described two

bracket part

13,15.

As shown in Figure 4, two recesses 16 are positioned at the bottom of recess 19, and described recess 19 is bonded in the other flat surfaces 18 of molded and shaped parts 5 and extends on the width of described framework.As shown in Figure 3, these recesses 19 hold the horizontal zone of end difference 17, so that surface 18 can be used as the area supported of operating surface 20, next in conjunction with Figure 10, described operating surface 20 are carried out clearer detailed description.On vertical side of molded and shaped parts 5, three holes are set so that hold for the screw that molded and shaped parts 5 is fastened on sidewall 3.

Described support member 6 is set up as the keeper that is used for two scaffolds 21, and in described two scaffolds 21 is shown in Figure 5.Described scaffold 21 comprises rectangle cover plate 22 and two relative sidewalls 23.Strengthening crimping 24 consists of in cover plate 22.

A plurality of

hook portions

25,26 that are two row are cut out and are shaped thus from cover plate 22.Described hook portion 26 supports in Fig. 7 by 27 locking lugs that are directed upwards towards that represent.These locking lugs 27 be set to be engaged in the slit 12 of front supporting member 26 and the scaffold 21 that will hang on described slit 12 fixing on the depth direction of framework 1.Outside plate 11 is clamped between hook portion 26 and cover plate 22.The joint of locking lug 27 in slit 12 prevents from breaking away from when scaffold 21 is observed in the referential of framework 1 support member 6 downwards and/or left in Fig. 7.Cover plate 22 to the right move through hook portion 26 on contiguous side direction bracket part 10 installation and gauge.Described two scaffolds 21 can be locked on bracket part 6 and then together with consisting of rigid element in this in the outside of framework 1, describedly be inserted in described framework 1 by preassembled rigid element.

Two horizontal support member 28 of surperficial upper support that the sidewall 23 of described scaffold 21 faces with each other at them, described horizontal support member 28 is used as the guide rail of drawer element 29, as shown in Figure 6.

Described drawer element 29 supporting front panels 30 have in described front panel 30 back the rib of hiding that stretches out from the sidewall of drawer element 29 under the insertion state, described rib is arranged on the leading edge of described support member 28 and described sidewall 23.

Three holes 32 in contiguous described leading edge place is cut into sidewall 23 are used to the front panel 33 shown in firm connection layout 8, if the embedded components that is made of described two support members 6, described two scaffolds 21 and described front panel 33 in described framework is mounted, ice maker 5 is hidden in the back of described front panel 33 so.Front panel 33 has middle section 34, and the cross section of described middle section 34 and external appearance are identical with the front panel 30 of the drawer element 29 of vicinity.Horizontal angled buckle-

type pin

36,37,38 lateral edges 35 from described middle section 34 stretch out.When observing, upper buckle-type pin 36 and/or 38 supportings of lower buckle-type pin in the face of observer's locking lug 39, have locking lug 39 away from described observer and laterally extend farther middle card button pin 37 than described buckle-

type pin

36,38 from Fig. 8.Described locking lug 39 is used for by on the sidewall 23 that is pushed to simply described two scaffolds 21 from the front side and fixed front panel 33.By with locking lug 39 never homonymy be engaged in the hole 32 of described sidewall 23, described front panel 33 is firmly held against and covers the intermediate space between drawer element 29, after module assembly in framework 1, described ice maker 4 will be engaged in described intermediate space.For exemplary purposes, Fig. 9 shows the top view on the complete module that comprises drawer element 29.

In order to use the zone of the inner described module of framework 1 top, in the situation that assemble refrigeration plant fully, described module is covered by operating surface 40, when described operating surface 40 is observed in Figure 10 from below be illustrated.Operating surface 40 comprises jealous glass panel 41 and surrounds the framework of described face glass 41.Described framework is assembled by having the forward and backward of identical cross-section and

side bar elements

42,43 and/or 44, described bar elements itself has in known manner the groove at the edge that holds face glass 41 and is connected to each other by means of

rebate members

45,46, and the supporting of described rebate members is bonded on the pin in

bar elements

42,43,44 cavity.

The width of bar elements 44 is consistent with the width of molded and shaped parts 5, so that described bar elements 44 is held on described molded and shaped parts 5 in smooth and stable mode, and described support member is bonded on the recess downside by the described operating surface 40 of framework gauge, so that their central support 9 is very being extended near face glass 41 places.

For operating surface 40 is fixing on the depth direction of framework 1, rear at least rebate members 46 has the cavity 47 under shed, and the protruding part that is fixed on framework 1 can be spliced into described cavity 47.Described protruding part can at random be fastened on framework 1 to a great extent.Described protruding part can be for example the elongator on molded and shaped parts 5 of being implemented in that surpasses surface 18 stretching out on the edge.Figure 11 shows alternative, and its use is installed to the molded and shaped parts 48 on rear wall 3.Described molded and shaped parts 48 have vertical bracket part 49 and horizontal tray section 50, described vertical bracket part 49 protrudes upward operating surface 40 tops and prevents from being placed between article and rear wall 3 on operating surface 40 and directly contact, and elongator 51 is bonded on from the cavity that described horizontal tray section 50 stretches out.

Claims

1. housed device, it has housing (1) and at least one support member (6) around interior space, described support member (6) is installed to be in the first and second recesses (16) that are bonded on the molded and shaped parts (5) on the first and second relative walls that are installed on housing (1), it is characterized in that, only upward opening and described support member (6) are with angled finger (8) for described recess (16), and described finger (8) is bonded in described recess (16).

2. housed device according to claim 1, is characterized in that, described support member (6) comprises bar elements (7), and described finger (8) is connected to the end of described bar elements (7).

3. housed device according to claim 2, is characterized in that, described bar elements (7) is roll forming spare.

4. housed device according to claim 2, it is characterized in that, described bar elements (7) has vertical passage, and first bracket part (13) of each finger (8) remains in described vertical passage, and the second bracket part (15) is bonded in of described recess (16).

5. housed device described according to one of aforementioned claim, it is characterized in that, described support member (6) comprises two plates (9,11) that are in two differentiated levels, and the fastening hook of embedded components (21) (25,26) is connected on the plate (11) of the bottom in described plate.

6. housed device according to claim 5, is characterized in that, the plate of described bottom (11) is provided with latch openings (12).

7. according to claim 1 to one of 4 described housed devices, it is characterized in that, be suspended on embedded components (21) on described support member (6) and comprise guide rail (21) for Telescopic container (29).

8. according to claim 1 to one of 4 described housed devices, it is characterized in that, be suspended on embedded components on described support member (6) and comprise front panel (33) for ice maker (4).

9. housed device according to claim 1, is characterized in that, described recess (16) is formed by the breach (19) of the flat surfaces (18) of described molded and shaped parts (5) on the bottom.

10. housed device according to claim 9, is characterized in that, is shelved with operating surface (40) on described flat surfaces (18).

11. housed device according to claim 10, it is characterized in that, the downside of described operating surface (40) have by framework (42-46) around recess, described bar elements (7) is extended in described recess and described finger (8) curves the right angle.

12. to one of 4 described housed devices, it is characterized in that according to claim 1, described housed device is embodied as refrigeration plant.