SU1553389A2 - Arrangement for upsetting hoops - Google Patents

Abstract

This invention relates to the woodworking industry, in particular to the cooperage equipment. The purpose of the invention is to improve the accuracy of the base of the barrel in the area of its pressure testing. The device includes a base unit, equipped with an adjustable self-retracting stop 8, made in the form of a base fixed on the base 2 and hinged to the electromagnet of the plate. The plate in the free state is spring-loaded, and when the barrel is fed into the crimping zone and stopped, it serves as a stop. 3 il.

Description

FIG. one

ten

15

This invention relates to the woodworking industry, in particular to the cooperage equipment.

The purpose of the invention is to improve the accuracy of the base of the barrel in the area of its pressure testing.

FIG. 1 schematically shows the proposed device; in fig. 2 - adjustable self-cleaning stop, side view; in fig. 3 shows section A-A in FIG. 2

The device for slug wraps is designed in such a way that its loading mechanism includes a spring-loaded chain conveyor 1 mounted on the base of the base 2 devices, guides 3, having the ability to install on the base 2 in a predetermined position depending on the size of the barrel 4 fed to the crimping, placed on one of the guides 3, the limit switch 5 with the lever-stop 6 placed on the side of the base 2 of the actuator 7, placed between the guides 3 and mounted also on the base of the regulator liruemy samoubirayuschiys abutment 8.

Adjustable self-tamping stop Contains a fixed bracket 9 fixed at the base of the bed 2, mounted at the level of the upper part of the base and pivotally fixed with a fixed bracket, for example by means of a screw 10 and a lock nut 11, a movable bracket 12 with a fixed plate fixed to it by means of screws 13 14, 30 rigidly fixed on the end surface of the base 2 by means of bolts (or screws) 15 bracket 16 mounted on the Bracket 16 rigidly fixed to it and a serially connected electric In combination with the 35 end loading mechanism, the electromagnet 17, which connects the hinge bracket 12 with the electromagnet core 18 and the spring-loaded spring 19 tons to 20, connects the sonia to the lever 6 of the device disabling the actuator 7, which causes it to stop. At the same time, the electromagnet 17 controlling the anvil plate 14 is de-energized and the anvil plate spring 19 returns to its upper initial position, creating an obstacle in the path of the barrel movement.

Since after the drive 7 of the loading mechanism of the barrel 4 is disconnected, due to its inertia and the inertia of the conveyor, it continues moving for some time, the supporting plate 14 has time to take up its original position and the barrel falling on it stops.

A command is issued to lower the platform with sedimentary levers and pressurize the barrel, after which the platform returns to its upper initial position, the loading mechanism is given the command to carry out the updated barrel out of the device 20 (machine) and feed the next barrel. At the same time as the drive mechanism 7 is turned on, the electromagnet 17 is also turned on. The thrust plate 14 is pulled by the electromagnet core 18 to the base of the bed 2 by means of the core 20, the barrel 4 is released and the conveyor 21 moves out of the machine. When pressing the next barrel, the cycle is repeated.

Claims (1)

Invention Formula The device for the precipitation of hoops on ed. St. No. 912497, characterized in that, in order to increase the accuracy of the base of the barrel in the area of its crimping, the base mechanism is equipped with an adjustable self-cleaning abutment that is made in the form of two fixed brackets fixed between the load guide mechanisms and one of the brackets hinged is attached holds the conveyor 21 loading mechanism. Movable bracket, to which the hoop-fall device operates - in the following way. When supplying the barrel 4 to the conveyor 21 of the loading mechanism and giving the command to turn it on, the barrel is carried by this conveyor to the crimping zone and, with the raid, 45 a moving bracket. a plate is attached to the screws, and an electromagnet is rigidly attached to another, electrically connected to the conveyor limit switch, the core of which is connected to 0 5 0 5 on the lever 6 disconnecting the actuator 7 device, sends a command to stop it. At the same time, the electromagnet 17 controlling the anvil plate 14 is de-energized and the anvil plate spring 19 returns to its upper initial position, creating an obstacle in the path of the barrel movement. Since after the drive 7 of the loading mechanism of the barrel 4 is disconnected, due to its inertia and the inertia of the conveyor, it continues moving for some time, the supporting plate 14 has time to take up its original position and the barrel falling on it stops. A command is issued to lower the platform with sedimentary levers and pressurize the barrel, after which the platform returns to its upper initial position, the loading mechanism is given the command to carry out the updated barrel beyond device 0 (machine) and feed the next barrel. At the same time as the drive mechanism 7 is turned on, the electromagnet 17 is also turned on. The thrust plate 14 is pulled by the electromagnet core 18 to the base of the bed 2 by means of the core 20, the barrel 4 is released and the conveyor 21 moves out of the machine. When pressing the next barrel, the cycle is repeated. Invention Formula The device for the precipitation of hoops on ed. St. No. 912497, characterized in that, in order to increase the accuracy of the base of the barrel in the area of its crimping, the base mechanism is equipped with an adjustable self-cleaning abutment that is made in the form of two fixed brackets fixed between the load guide mechanisms and one of the brackets hinged is attached  movable bracket, to which the middle movable bracket. a plate is attached to the screws, and an electromagnet is rigidly attached to another, electrically connected to the conveyor limit switch, the core of which is connected to 13/4 ten FIG 2