SU1599247A1 - Rotary machine for compaction of pulverulent materials - Google Patents

Abstract

The invention relates to mechanical engineering, namely to the construction of rotary machines. The purpose of the invention is to increase productivity by reducing changeover time. The rotor machine comprises a drive shaft 4 with a drum 5 placed in supports 2 and 3 of the bed 1. In the drum 5, grooves 8.9 are made in which modules 11, made 3-shaped, are mounted. From radial movements, modules 11 are fixed by latches 12 in the form of strips mounted on the lateral surface of the middle part of drum 5. Matrices 14 are mounted in the latter. Additional bins 15 are mounted concentrically to the rotor shaft 4, rigidly fixed in the upper parts 16 of modules 11 and connected to trays 17 and loading shoes 18. When reconfiguration, module 11 is released from locks 12 and removed from grooves 8.9 of drum 5, together with matrix 14, additional bin 15, tray 17 and shoe 18. Prepared outside the machine module 11 is inserted the grooves in the drum 5 and secured with a latch 12. 2 Il.

Description

The invention relates to mechanical engineering, namely to the construction of rotary machines.

The purpose of the invention is to increase productivity by reducing changeover time.

FIG. 1 shows a rotary machine, a slit; in fig. 2 shows section A-A in FIG. 1 (with the module removed).

The rotor machine consists of a bed 1, in supports 2 and 3 of which the drive ends are installed. shaft 4 with a drum 5 mounted on it. The bottom 6 and top 7 punches are mounted in the drum 5 with the possibility of reciprocating movement from individual drives. On the periphery of the drum 5 is made grooves 8-10, in which the modules 11 are mounted, made 3-shaped. From the radial movements of the modules 1 1 are fixed by clamps 12, made in the form of strips mounted on the lateral surface of the middle part of the drum 5 and fastened with bolts 13. The number of clamps 12 is a multiple of the number of rotor positions. Matrices 14 are mounted in the middle parts of modules 11. Additional bunkers 15 are mounted concentrically to the rotor shaft 4, are rigidly fixed in the upper parts of 16 modules 11 and are connected with trays 17 and loading shoes 18.

The drive shaft 4 is connected kinematically with the transport rotor 21 by means of gears 19 and 20, onto the transport disk 22 of which the finished products 23 are pushed.

Position 24 marked the drive of the rotor.

Rotary machine works as follows.

The rotor rotates continuously on the shaft 4 from the actuator 24. Together with the rotor, the AND and transel modules are rotated

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four

20

FIG.

Claims (1)

Claim Rotary pressing machine 5 powdered materials containing a multi-position technological rotor, a drum mounted on the drive shaft, located on the periphery of the matrix, rigidly connected to the shoes and loading trays, a hopper and a product removal mechanism, characterized in that, in order to increase productivity, it is equipped with additional hoppers, clamps, each set of the tray, shoe and matrix is made in the form of a common module ^{15 of a} 3-shaped shape, grooves are made along the periphery of the drum, the matrices are mounted in the middle parts of the modules, hopper the rods are rigidly fixed with trays on the top links of the modules concentrically to the rotor shaft of the torus, the modules are mounted in the grooves of the drum and secured relative to the latter in the middle parts by clamps in the radial plane to the side surface of the drum, while the number of clamps is a multiple of the number of positions of the rotor, 25 and the product removal mechanism is kinematic connected to the rotor shaft. I FIG. 1