SU387903A1 - RECEPTION AND RECEIVING STATION - Google Patents

Description

one

Reception and departure stations for pipeline container pneumatic disassembly are known, containing cylinders and a hatch on the side surface and a cover and a braking device.

The aim of the invention is to orient the container to the desired position within the chamber and automatically open it upon reception.

For this, the camera of the proposed station is equipped with grippers mounted on its side wall, excluding axial movement of the container that entered the chamber, as well as the axle bearing body movable in the chamber axially from the drive, equipped with a radially extending stop inserted into a special groove made on the container body , and ensuring the rotation of the last one around its axis and its orientation during the forward movement of the container being received with the clip, as well as the opening of the end cover of the container during the interaction Corollary it with emphasis.

The drawing shows the station being described and the container contained therein, a slit.

The station contains a receiving chamber 1 connected to the transport pipeline 2 of the axially movable holder 3. At the end of the receiving chamber there is a braking device 4. On the corbus. The cameras are mounted

one or several latches 5 having a drive from the engine 6, exciting the bead 7 of the container lid and preventing axial displacement of the container.

On the movable holder 3, there is an electrically operated latch S preventing the container from moving into the transport pipeline, and an emphasis 9 having a radial course and being driven from the engine 6. The movable holder is provided with an abutment, which is acted upon by the pushers 10.

The container has spiral grooves // on the corus and an opening end cap 12. Inside the container is a source of information, such as a tape, attached at one end to the cover 12 and unrolling from the coil 13.

The station operates as follows.

The container of the transport pipeline 2 enters the receiving chamber / station and is braked by device 4. Latch 8 is activated, preventing the container from moving towards the pipeline 2. The engine 6 is driven radially by the cam mechanism 5 and the stop 9. The latch 5 fixedly fixed on the chamber wall , captures the face flange of the container, not preventing the rotation of the container around its axis.

The stop 9 is fed to the wall of the Konreiiier body and is pressed against the handle. The engine 6 acts on the pushers 10 and moves them from left to right. The left pusher, acting on the ul, moves the yoke 3 along from the pipeline. At the same time, the container is not able to move progressively, but can rotate around its axis.

Ulor 9 slides along the forming line of the container until it falls into one of the spiral grooves 11. After this, the container starts to rotate from the action of the stop on the wall of the groove. The pitch of the helical grooves is designed so that when the stop 9 is set to the container lid, the container body turns to the required position, convenient for reading information or influencing the material enclosed in the container.

After passing through the groove, the stop 9 acts on the lid of the container and opens it, opening access to the contents of the container.

At the end of the processing operation of the container contents, the pushers 10 move to the left, the lid 12 closes the container, and the latch 5 and the stop 9 extend beyond the chamber /.

On the side of the braking device 4, compressed air is supplied through the air duct, the latch 8 is opened, and the container passes into the transport duct 2.

Subject invention

A receiving-departure station for a tubular container pneumatic transport, containing a cylindrical chamber with a hatch on the side surface and a lid and a braking device, characterized in that, in order to orient the container to the desired position and automatically open it at the reception, the receiving-departure station chamber is equipped grippers mounted on its side wall, excluding axial fringing of the container that entered the chamber, as well as moving the chamber axially from the drive This radially extending stop is inserted into the spiral groove, made into the container body and ensures the subsequent rotation around its axis and its orientation during the forward movement of the received container with the clip, as well as opening the end cover of the container when it interacts with the stop.

four ; 7

ten