SU1333629A1 - Apparatus for sealing glass vessels with metal caps - Google Patents

Abstract

The invention relates to a harvesting technique and can be used in the home canning of food products. The aim of the invention is to simplify the design by replacing the bevel gear for rotating the cam (K) 4 with a friction-planetary gear with rolling cam 4 of the axis 2 of the disc 1. In the device for sealing the glass container metal-. Scal lids K 4 are rotatably mounted on the leash 6, and its working surface, the sides of the longitudinal groove and the spring-loaded pusher 9 of the leash 6 are aligned with the axis 2 of the disk 1. The 4 and the pusher 9 are located on opposite sides of the disk axis. When the device K 4 is operated, it rolls around the axis of the disk, making a radial feed and quick retraction of the seaming roller 7. 2 Il. (L 00 GARDE with fe / 17 1

Description

The invention relates to a technique for sealing glass containers and can be used in home preserving food.

- The purpose of the invention is to simplify the design by replacing a bevel gear for rotating the cam with a friction planetary gear with a running ax of the disk.

FIG. 1 shows a device, a vertical section; in fig. 2 -. Section A-A in FIG. one.

The device for sealing glass containers with metal tongs contains a presser disk 1 with axis 2 and a handle 3 mounted on it, rotatably mounted cam 4, having a longitudinal groove 5 leash 6 with a hardening roller 7 mounted on it and spring-loaded spring 8 pusher 9. The cam 4 is mounted on a leash 6. The cam 4, the leash 6 and the pusher 9 are mounted with the ability to interact with the axis 2 of the disc 1, the working surface of the cam 4, the sides of the groove 5 and the end face of the pusher 9, respectively. The cam 4 and the pusher 9 are located on opposite sides with respect to the axis 2 of the disk 1.

The cam 4 is mounted with the axis 10. The axle 2 has a sleeve 11 and a washer 12. The disk 1 is fastened to the axis 2 with a screw 13. The hardening roller 7 is fixed rotatably on the leash 6 using crackers 14, screws 15 and 16 and sleeve 17. Handle 18 is mounted on a leash using a thread.

The device works as follows

Holding the handle 3, the device is put on the pressure plate 1 on the metal lid of the container and pushed towards it. By turning the grip handle 18, the lead is rotated around axis 2 o. Thanks to the action of the spring 8, through the pusher 9 on the axis 2, the latter is constantly pressed against the cam 4, which is rolled

around it, making a planetary movement. At the same time in contiguous

with the axis 2, the cam working surface points that are further and further from the axis of rotation of the cam enter, as a result of which the latter moves away from axis 2, the leash 6 transmits this movement to the seaming roller 7 and it approaches axis 2. On the way of its movement to axis 2 and rotating around it, the zakatochny roller 7, in contact with the lid of the container, begins to run around the cap, evenly deforming its edge, in the direction of the neck of the container. The rubber ring of the lid is clamped between its edge and the neck of the container, sealing the joint. At the end of the cycle, cam 4, passed the point of contact with axis 2 in a steep portion of its working surface, returned to its original position, and the closing roller 7 quickly departed from the lid, after which mouth- roystvo remove €; ts.

I

The magnitude of the deformation of the container

The hardening roller can be adjusted by turning the sponge 14 with the screw 15 released. In the same way, a transition is made to the closure of the container with a neck of a smaller diameter (with replacement of the pressure disc 1).

F o rm y l. but

the invention

A device for sealing glass containers with metal collars, comprising a clamping disk with an axis and a handle mounted on it, a rotatably mounted cam, which has a longitudinal groove, a leash with a hardening roller fixed on it and a torsionally pusher, characterized in that, in order to simplify the design cam. mounted on a leash, with the cam, leash and pusher mounted with the ability to interact with the disk axis, the working surface of the cam, the sides of the groove of the driver and the end of the pusher, respectively, and the caliper and pusher are located on opposite sides relative to the axis of the disk.

P

FIG. g

Claims (2)

The shape of the invention of the axis 10. The axis 11 is equipped with a sleeve 11 and a washer 12. The disk 1 is fastened to the axis 2 by a screw 13. The sealing roller 7 is rotatably mounted on the lead 6 with a cracker 14, screws 15 and 16 and the sleeve 17. On the leash 6 using the thread mounted handle 18. The device operates as follows., Holding the handle 3, the device is put on the metal cover of the container with the pressure disk 1 and pressed to it. The drive handle 18 rotates the leash around the axis '2. Due to the action of the spring 8 through the pusher 9 on the axis 2, the latter is constantly pressed against the cam 4, which is rolled around it, making a planetary movement. At the same time, it is in contact with a device for capping glass containers with metal lids, containing a clamping disk with an axis and a handle mounted on it, a cam mounted with the possibility of rotation, having a longitudinal groove, a leash with a sealing role mounted on it and a spring-loaded pusher, characterized in that , in order to simplify the design, cam. mounted on a leash, while the cam, leash and pusher are mounted to interact with the axis of the disk, the working surface of the cam, the sides of the groove of the leash and the end of the pusher, respectively, and the cam and pusher are located on opposite sides relative to the axis of the disk.