SU1498674A1 - Rocking conveyer - Google Patents

Abstract

This invention relates to vibratory and swing conveyors for transporting parts in mechanical engineering. The purpose of the invention is to provide the possibility of reversing the direction of transportation. The swing conveyor comprises a chute (G) 1 with an axis 2. The latter is mounted on a fixed base 3 with the possibility of rotation and is associated with a swing oscillation drive. W 1 consists of two flat strips (P) 4 and 5, located at an angle to one another. П 5 is installed in the guide 6 with the possibility of movement along the axis 2 of the conveyor. The conveyor is equipped with a drive of reciprocating movement associated with P 5. When the F 1 is tilted towards the P 4 side and the P 5 is moved, the transported part remains stationary. When tilting F 1 towards P 5 and moving it, the part moves with it. The reversal of the transport direction is achieved by changing the phase of the swinging motion. 3 il.

Description

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The invention relates to vibration technology, namely vibration and swing conveyors for transporting parts in mechanical engineering.

The purpose of the invention is to provide the possibility of reversing the direction of transportation.

FIG. 1 shows the conveyor, general view; in fig. 2 and 3 are the extreme positions of the tilting chute and the pattern of distribution of reactions from the weight of the part to each of the gutters.

The swing conveyor comprises a chute 1 with an axis 2 mounted on a fixed base 3 rotatably and associated with a swing oscillator (not shown). Chute 1 consists of two flat strips 4 and 5, located at an angle to one another. Plank 5 is installed in the guide 6 with the ability to move along the axis 2 of the conveyor and is connected with a reciprocating drive (not shown).

The conveyor works as follows.

When trough 1 is tilted towards the side of the bar 4, the PI reaction from the weight of the part to the bar 4 is larger than the reaction of P from the weight of the part to the bar 5. In this position, the bar 5 moves along the guide 6 in the direction opposite to the direction of transport. At the same time, the part remains stationary relative to axis 2. Then, the trough 1 is rotated into

side strap 5. In this case, the reaction P | the weight of the part on the bar 4 will be less than the reaction of P on the weight of the part on the bar 5. When the bar 5 moves along the guide 6 along the axis 2 in the direction coinciding with the direction of transport, the part also moves, because The case is more than about a fixed one. Then the cycle repeats. The design of the conveyor allows you to change the direction of transportation to the opposite, which is achieved by changing the phase of the swinging motion.

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Claims (1)

Invention Formula A swinging conveyor comprising a chute fixed on an axis mounted in the direction of transport on a stationary base with the possibility of swinging, and a swing oscillation drive, characterized in that, in order to enable the transportation direction to be reversed, the conveyor is provided with a reciprocating drive, and the chute is made in the form of two flat strips located along the axis of the conveyor and at an angle to each other, one of the slats being installed by means of a guide that can move along the axis of the conveyor and is connected with a drive of reciprocating motion. f 5 PI five srig.z