RU1801780C - Moulding rotor with inclined-type disk drive - Google Patents

Abstract

Usage: metal forming. Summary of the invention: the rotor comprises a block holder 2 with tool blocks 3 mounted on the drive shaft 1 and a drum 4 with sliders 5. The sliders are connected to the tool and to the inclined disk 8, The power closure mechanism between the block holder and the inclined disk includes bearings 11,12, a thrust bearing 10, the support disk 15 and the rods 14. The rods are attached at one end to the support disk 15, and the other are connected to the block holder 2, while they pass through the holes of the inclined disk. 2 ill.

Description

The invention relates to technological equipment for the processing of metals by pressure, and relates to a press rotor with a mechanical drive along an inclined disk.

The purpose of the invention is to simplify the design ..

In FIG. 1 schematically shows the proposed technological rotor, a longitudinal section; in FIG. 2 is a section AA in FIG.

1, . ; The rotor comprises a drive shaft 1. on which a block holder 2 is mounted with tool blocks 3, a drum 4 with sliders 5, each of which is pivotally connected to the tool 6, and through a connecting rod 7 with an inclined disk 8, connected to the shaft 1 through a conical pair 9 , stationary thrust bearing 10, thrust bearings 11,12, cup 13 mounted on the bed, power rods 14 and support disk 15.

The closure mechanism of technological forces between the block holder 2 and the inclined disk 8, supported through the tweezers 11 on the underhead 10 includes a disk 15, supported on the underhead using the bearing 12, and rods 14 fixed thereon, connected at the other ends to the block holder 2 Tie 14 passes through holes made in an inclined disk.

. . - ..

The rotor operates as follows. . Having continuously rotated, the Sliders 5, connected with the Tool 6 and the inclined disk 8, make one reciprocal motion for each revolution of the rotor: move one half turn up and one half turn down.

Each rotor position has the following functions.

0

5

0

In zone / a I. The workpiece is fed into the tool block 3 and picked up by an upward tool 6; In the zone. A process operation is taking place;

In zone / ag I, the tool reverses;

In the zone of U.og.z /. The finished product is pulled out of the rotor.

This is how the position of the rotor works, creating a continuous flow of products, while ensuring closure of technological efforts with the relative simplicity of the design.

A mechanical drive rotor for pressing in the form of an inclined disk can be used for pressing products in various sectors of the national economy both in stand-alone form and as part of automatic rotor lines.

Claims (1)

The claims A press rotor with a drive in the form of an inclined disk, comprising a block holder mounted on a vertical drive shaft with tool blocks and a drum with sliders connected on one side to tools and, on the other, through hinges through connecting rods with an inclined disk, and also a power closure mechanism between a block holder and an inclined disk supported by a bearing with a tilting disk with rods connected to the block holder, characterized by the fact that, in order to simplify the design, the power closure mechanism is formed as a supporting disk bearings and rods, in an inclined disc provided with openings, the thrust associated with the supporting plate and are mounted in openings swash plate installed in the horizontal plane, and a bearing is installed between the supporting plate and signature pendulum. 0 5 0 / I-A. figure 2