FI65342C - LAGERBOCK AV FORMMATERIAL - Google Patents

Description

65342 to ensure equalization at different immersion depths, the pins should be made long. However, it is difficult to make sufficiently flexible pins that would provide good support. On the other hand, there is a risk that metal pins folded to stabilize them will catch during installation.

The object of the invention is to develop a bearing bracket which enables long, flexible pins which are easy to install and still provide good support in the clutch cam support. This object is solved by forming openings in a frame formed integrally with the bearing bracket and running substantially parallel to and adjacent to the drive member to be fastened, which co-operate with the pin-like spindle parts formed perpendicular to the side opposite the drive member. more than two sides facing each other in the mandrel member engaging the U-shaped sangalle, which is mounted in a closed towards the frame of the end flanks formed laterally through the projecting lugs of the fastener partly through the projecting edge and the free, of in matched in the direction of the spindle parts to bend-fibers that the free end of the pockets of its branches through the ends of the between the edge and the pockets. The pockets at the end of the spindle part prevent the pins formed by the handle and the spindle part from sticking when they are placed in the clutch cam support. They support bracket on the other hand its open end and the stiffening band area standing between the back side and the open end of the fastening system. This structure also results in the high traction on the long pins required by the relevant test regulations.

Such plug connections are known from banana plugs (Professional publication: Bauelemente der Feinmechanik, 5th edition, author Richter / Voss, published by Technik Berlin, 1952, page 315). In the solution according to the invention, however, the U-shaped bracket is pulled with its head and not on its back towards the tip, as happens in banana plugs. The bearing bracket according to the invention thus provides a more flexible and unbreakable connection.

This structure also results in the high traction on the long pins when removing the cover, which is required by the relevant test regulations.

3,65342

The bracket can be easily installed and securely fastened to the spindle part if the frame of the bearing bracket has a partially protruding edge in the mounting area, behind which the projections projecting from the U-shaped bracket lock when the bracket is placed.

The bracket can be placed particularly easily in the bearing bracket if the U-shaped bracket is bent at its ends from the ends of the branches to the spindle part in the mounting area of the bearing bracket frame. The bracket is then guided into place during placement of the spindle part.

It is advantageous if the spindle parts have a T-shaped profile in cross section, so that the bracket is already in place when the side support is placed.

The invention will be explained in more detail below by means of an exemplary embodiment shown schematically in the drawing.

Figure 1 shows a side view of a bearing bracket.

Figure 2 shows a bracket made of a flexible material, which is a detail of the bearing bracket.

Fig. 3 shows a side view of the bracket according to Fig. 2.

Figure 4 shows the bearing bracket in a sectional view.

Spindle parts 2 are arranged in the frame 1 of the bearing bracket according to Fig. 1. The second spindle part is located covered by the spindle part shown in the drawing. These spindle parts 2 together with the frame 1 form fasteners 3 - cf. Fig. 4. A U-shaped bracket 4 made of a flexible material is placed in the fasteners 3. Reference numeral 6 denotes a recess in a stand supporting a switch cam with a movable cutting contact body. However, a good flexible connection is also obtained when the recess 6 is in another component. The pins formed by the spindle part 2 and the handle 4 fit into the recess 6.

The latch bearing 2 according to Fig. 1 can be bearing a spindle-like, e.g. large-surface rocker arm. The rounded end 8 of the spindle part facilitates the fitting into the recess 6 of the base shown cut off, which base supports a coupling cam movably mounted thereon. The ends 9 of the branches of the U-shaped handle 4 are located on the spindle part 2.

The handle 4 shown in a side view in Fig. 2 has protruding 4 65342 projections 11, which, when placed in place, lock behind the protruding edge 12 according to Fig. 4 in the area of the fasteners 3. Figure 4 also shows more clearly the pockets 5 which receive the ends of the handle and hold them.

By means of the holes 13 in the branches of the handle 4 according to Fig. 3, the elastic property of the branches as well as the release force can be influenced in order to prevent the simultaneous action of the rough platform.

The T-shaped profile of the spindle parts 2 according to Fig. 1 holds the bracket 4 from the side when it is placed in place. The T-profile is seen from the section through the spindle part 2 perpendicular to the plane of the drawing in the representation according to Figure 1.

Claims (3)

5,65342 A bearing bracket made of a molding material for mounting a tilting actuator for mounting couplings in this respect, to which a bracket cooperating with a coupling cam mounted on a clutch base can be attached and which can be inserted into ) running substantially parallel to and adjacent to the drive member (7) to be fastened, openings are formed which co-operate with the pin-like spindle parts (2) formed on the side opposite the drive member of the frame (1) as a fastener (3) for the flexible material, over the spindle part (2) facing each other in the two sides of the U-shaped engaging sangalle (4), which is mounted in a closed frame (1) towards the end flanks formed laterally protruding projections (11) through the fastener (3) partially behind the protruding edge (12) and between the front edge (12) and the pockets (5) through the ends (9) of their free branches (5) bent in the direction of the free end portions (5). Bearing bracket according to Claim 1, characterized in that the ends (9) of the branches of the U-shaped handle (4) rest on the spindle part (2). Bearing bracket according to Claim 1, characterized in that the spindle part (2) has a T-shaped cross section.