DE1962040U - CONNECTION BETWEEN THE INNER CONTAINER AND REFRIGERATOR MOUNTING. - Google Patents

Description

DR. ING. JÜRGEN SCHMIDT 8 MUNICH 2

PATENT ADVOCATE HEBMANN-SACK-YOU. 2

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FERNRTXE "0811/24 07 79 PRIVATE 0811/10 * 59 TELE & RAMMADRBSSE PAJTTS

March 25, 1965

My reference: HG-2443-1

• Auxiliary sample registration

of
Mr. Rene MAETII, 30 Boulevard de Beigigue, Monaco,

concerning

Connection between the. Inner container and the mount

of refrigerators

In the case of house refrigerators, the inner container must generally be be built into the outer enclosure; however, the type of installation is different in each case, depending on whether the inner container is made of enamelled metal or plastic and the outer frame is made of metal, wood or plastic is.

Most of the known types of connections generally require screws that not only look unsightly, but also are also difficult to apply, create breakages that can lead to rejects, and undesirable "thermal bridges" that affect the efficiency of the refrigerators.

There is no doubt that fastening screws can be used, especially in the case of housings which are manufactured from plastic by injection molding avoid by using cams that fit behind the free edge of the outer metal surround, but this solution is only applicable for this particular pail, while when using a plastic container, which was manufactured using the vacuum deep drawing process, or is not applicable to a metal container, unless you provide the parts of the container with indentations, which is unsightly looks like.

The innovation now gives a general, applicable solution for the assembly of the container and the outer bezel of domestic refrigerators, characterized in that a deformable profile connection is used in a novel way, which is preferably obtained by molding plastic became. The connection serves as an intermediate piece and wedging between the container and the enclosure. Through the A new combination of the matched elements creates a mechanical hold and an effective insulation, whereby unwanted thermal bridges between the container and the outer enclosure are avoided.

The novel features and advantages of the innovation are based on the following description and the accompanying drawings

explained; the advantageous embodiment given only as an example should not restrict the firing.

Figure 1 shows schematically !! in section the edges of a container and a metal frame for a refrigerator, which are connected to one another by the profile according to the innovation.

FIG. 2 shows schematically in section the bands of a container made of deep-drawn plastic and a wooden frame when inserting the container into the enclosure.

Figure 3 shows a section through the profile according to the furnace on a larger scale.

Figure 1 shows an inner container 1 made of metal, for example from enamelled sheet metal, the free outer band 2 in a Recess 3 of the profile 4 is inserted 5 the profile 4 consists made of a deformable, but sufficiently rigid plastic and contains, inter alia, a wedge-shaped extension 5, the behind the curved band 6 of the skirt 7 can be fitted.

An inner container 8 is also shown in FIG can be made. Its free outer band 9 is inserted into the corresponding recess 3 of the profile 4.

The profile 4 also has a wedge-shaped projection 5, However, in this case, behind the projection 10 one Wood panel 11 inserts, which surrounds a piece of furniture trained refrigerator forms. Figure 2 also shows how the container 8 is inserted into the free opening of the wooden frame 11 of a refrigerator.

One can easily see it when inserting the inner container into the enclosure using the * matching connection 4 is sufficient, to clad the outer edge of any container on its entire circumference with this compound, whereby one miter them at the animal corners. The container provided with the connection is in the free opening of the Enclosure of the refrigerator inserted, the wedge-shaped lugs 5 of the profile 4 in contact with the furthest Tilt the protruding part of this free opening inwards (see FIG. 2) until the back of the projection 5 is on the inside this opening has found hold and the profile has resumed its original shape (see FIG. 1). That The profile then forms both the intermediate piece and the wedging between the container and the skirt.

It should be noted that this dual effect is achieved without the need to use screws and without any There is a risk of thermal bridges between the container and the

Mount to be formed; that used according to the! fire The profile can be colored as desired, which creates a remarkable decorative effect by using the appropriate color tones of the container and the surround or their correct contrasting tones, for example by attaching a metallic one or metallized jewelry band 12 brings out.

Of course, the control is not limited to that described and shown connection of an inner container of a refrigerator with its surround by inserting the Profile, the application of which is the main subject of hiring; Rather, the innovation also includes all variants in which the connection of the container with the edging of a Refrigerator leads to a new industrial product via a deformable connector. The double puncture is important of the profile as a connecting piece and as an automatic wedging for these two elements. Firing expressly also includes the use of equivalent or simply comparable Middle. For example, the outer frame and the inner container can also be made of stainless steel or aluminum exist.

Protection claims

Claims (2)

Protection claims ο Connection between the inner container and the E socket of Refrigerators, characterized by a flexible, but sufficiently rigid angle profile (4) with a recess (3) in the base for receiving the bent edge (2) of the container (8) and a wedge-shaped projection (5) on the inside the bent band (6) is inserted into a bezel (7) or the projection (10) from a bezel plate (11). 2. A compound according to claim 1, characterized in that the Angle profile (4) consists of a flexible, but sufficiently rigid plastic. 3 «connection according to claim 1 and 2, characterized in that the angle profile (4) is extruded. 4 · Connection according to claim 1 - 3> characterized in that on the front of the base of the angle profile (4) a metallic or metallized jewelry band (12) is arranged.