DE8223249U1 - Bearing body for the slats of a slatted frame - Google Patents

Description

The previously known bearing bodies work quite satisfactorily, but the invention is the task based on the suspension comfort and thus the adaptation to improve the slats to the users of the slatted frame.

This object on which the invention is based is achieved by solved the features mentioned in the claims. 30th

This is preferably the buffer part of the bearing body

Hülsta-Werke Hüls limited partnership, Gerhart-Hauptmann-Str. 43 - 49, 4424 Stadtlohn

"Bearing body for the slats of a slatted frame" ff

The invention relates to a bearing body for the slats of a slatted frame, the bearing body consists of rubber-elastic material with a hollow buffer part, one on the top of the Is equipped with the buffer part arranged holding element and one provided on the underside of the buffer part Has fastening part.

Such bearing bodies for.-He resilient mounting of the individual slats of a so-called slatted frame are known. The bearing bodies have the task of, on the one hand, the individual be = on the edge of the slatted frame to hold fixed spring slats, on the other hand the same | To achieve a suspension of the self-resilient slats with their bracket in good time. Here soLl | not only can a suspension seen in a vertical axis be achieved, but also through the corresponding * Formation of the bearing body can also load the slats movements around its longitudinal axis in a horizontal plane seen run.

formed in two parts and designed so that it consists of a lower buffer serving for cushioning in the vertical axis and an upper cushion for cushioning in the vertical axis and in the horizontal direction serving buffer is formed, whereby by the specific design and each other assignment of the individual buffers now the slats not only the previously known cushioning movements can perform, but the slats can also move in the longitudinal axis of the slatted frame, d. H. so, across the actual alignment of the bearing body. This results in a shift of the slats against each other achieved in the area of increased loads and thereby the adaptability of the per se solid slats to the human Body improves.

Advantageous embodiments of the device according to the invention are explained in the subclaims.

An embodiment of the invention is shown below explained with reference to the drawing.

The drawing shows in

Fig. 1 is a perspective view of the new one Bearing body, in

Fig. 2 is a side view of the bearing body

according to FIG. 1 and in

3 shows a representation of the bearing body displaced in the longitudinal axis, for reasons of clarity those from the bearing body

held lath is not shown and the illustration in Fig. 3 is a schematic Representation is in which the inclination movement of the bearing body is related with the stick to be held from over

not shown for reasons of visibility

«· · ■ t · f · t 4 · t

• · * * ♦ 0 «· ft ·« ■

- 3 is.

In FIG. 1, 1 generally denotes a bearing body / which has a holding element 2 on its upper side has, a fastening part 3 on its underside and interposed a putter part 4. The buffer part 4 consists in the illustrated embodiment from a lower buffer 5 and an upper buffer 6, which "* are both separated from one another by a central partition 7

are separated. Both buffers are designed as cavities, the lower buffer through the fastening part is completed at the bottom and the upper buffer through a wall 8 on the top Holding element 2 is seated.

15th

The middle partition 7 is in the illustrated embodiment upwardly convex and the upper wall 8 also has an upwardly directed convex design, with the upper buffer 6

due to the interaction of the two walls as an elongated one Arched cavity seen in side view is trained. It is entirely possible to manufacture the walls 7 and 8 from a material that has the same elasticity properties, with it

but is within the scope of the invention, the wall 8 from

to form a material that has a higher elasticity than the material that forms the wall 7.

When the bearing body is loaded in the direction of its longitudinal axis, i. H. thus also in the direction of the longitudinal axis of the slatted frame, the actual holding element can now move, as shown in Fig. 3, whereby the distance between two adjacent slats is increased and thereby a better adaptation of the Slats to the person using the slatted frame, it should be noted that in the event of use

| l the slat carried by the bearing body in the displaced

ff position according to Fig. 3 also has an inclination,

| j d. H. the upper wall 8 is not horizontal straight "

^k tet, as shown in Fig. 3, but rather

tends. The representation in Fig. 3 is only intended to show the possible

Displacement with a clear display possibility

make clear. From Fig. 3 it can also be seen that

Ί that then additional cushioning in the vertical direction

f processing is still possible, since now only the lower buffer

comes into play, d. H. after the top wall

8, it comes to rest on the middle one

Partition wall 7 and now the lower buffer 5 can be effective

will.

In the drawing, the bearing body is shown as if it were with its fastening part 3 on the top placed on the side walls of the slatted frame and there is attached. It is of course possible, too to choose a design of the fastening part with

of the bearing body on the side wall of the frame of the Slatted frame is attached, which has the advantage that there are still changes in the distance between the bearing body are possible if appropriate racks or. Like. Be provided on the side of the slatted frame.

Claims (1)

PATENT ADVOCATE DIPL-INQ. H.-Q. HABBEL «9 * ·. D- «400 MONSTER 8/17/82 - * e * -— ' " AM itA * ioN ^ W <J * TLi & £ N11.TELEPHONE (0251) 4391) TELEX 892897 haged MY FILE: (please specify) H 6/8880 X / e HüLsta-Werke Hüls limited partnership, Gerhart-Hauptmann-Str. 43 - 49, 4424 StadtLohn "Bearing body for the slats of a slatted frame " Claims 1. 10 For the holding of the slats of a slatted frame certain bearing body made of rubber-elastic material with a hollow shaped buffer part, a holding element arranged on the top of the buffer part and a fastening part provided on the underside of the buffer part, characterized in that the buffer part (4) is made in two parts a lower buffer (5) serving for cushioning in the vertical axis and an upper buffer (6) serving for cushioning in the vertical and horizontal direction. 25 Bearing body according to Claim 1, characterized in that the lower and upper buffers (5, 6) are separated from one another by a central partition (7). 3. Bearing body according to claim 1 and 2, characterized in that the central partition (7) is convex upward in the vertical direction. 4. Bearing body at least according to claim 1, characterized in that the upper buffer (5) delimiting the top wall C8) has a greater elasticity than the central partition (?). 5. Bearing body at least according to claim 1, characterized in that the lower and upper buffers (5, 6) are designed as cavities. 6. Bearing body according to claim 5, characterized in that the upper buffer (6) as the lower buffer (5) partially overlapping elongated in adaptation to the convex Formation of the central partition (7) designed, seen in side view more arcuate Cavity is formed. 7. Bearing body according to one or more of the The preceding claims, characterized in that the holding element (2) is arranged centrally on the wall (3) of the upper buffer (6).