SU1468851A1 - Device for sealing glass containers with metal caps - Google Patents

Abstract

The invention relates to a capping technique and can be used, for example, in home canning of food products. The purpose of the invention is to improve the usability by single-cycle pressing of a metal cover 11 on the neck of the container 12. In the case 3 there are radially arranged plates 9, a hard staged washer 8 the rod 5 and the presser disc 1 with a radially elastic crimping element 2. The presser disc 1 has an annular collar on which the middle part of the plates 9, and their periphery malarial kontsn sub neem housing 3 located at the bottom of the skirt 4. The skirt 4 cooperates by its conical part with crimp element 2, providing a compression krnpki 11. The drive is carried out with the help of an eccentric 6 with a handle 7 through a rod (C) 5 and a step washer 8. An additional handle 10, screwed in C 5, allows the container to be kept in balance. 1 hp f-ly, 3 ill. w (Li iy O5 oo 00 sd

Description

The invention relates to a capping technique and can be used, for example, in home canning of food products.

The aim of the invention is to improve the usability

The goal is achieved by the fact that full crimping of the metal lid on the bottle neck takes place in one cycle.

FIG. 1 shows a device for sealing, general view; in FIG. 2, the same, nocjfe closures; in FIG. 3, the same, bottom view

The device for sealing glass containers with metal lids contains a presser disk 1, located on its periphery an elastically elastic compression element 2, mounted over them body 3 with a skirt 4, the inner surface of which is conical to interact with the compression element 2 and the rod 5, vertically mounted inside the housing 3 with the possibility of reciprocating movement along a common axis and an eccentric 6 with a handle 7, the device is equipped with a thrust washer 8 and a ram located at the base of the rod 5 ial- but disposed on the pressure plate disk 1 9 for reacting their distal ends to the inner surface of the housing 3 and opposite - to thrust washer 8 stzten- chatoy "

The eccentric 6 is mounted in a sleeve, pressed into the housing 3 with the possibility of interaction with the upper end of the rod 5. An annular collar is formed on the surface of the pressing disk 1 to interact with the middle part of the plates 9. Elastic compression element 2 can be placed with the possibility of movement in vertical direction.

In the device. There is an additional screwed into the rod 5 of the root of the tissue lOj which makes it possible to distribute the force required to enclose the metal cover 11 into two components, and thereby keeps the glass container 12 in equilibrium,

In the case; 3, the sleeve 13 is pressed in. In the sleeve 13, a core 5 is freely placed with a screwed in it, a handle 0. In the sleeve 13 and the body 3 there are two vertical grooves for free movement of the handle 10

eccentric 6 with the handle 7 screwed into it as a working drive of the device.

The device works as follows.

Before closing, the metal cap 11 is placed on the neck of the container 12 and the device is installed, as shown in FIG. 1, with one hand holding the handle 10 and the other with the handle 7. Apply a vertical force on both. the handles simultaneously lower them as far as they will go, as shown in FIG. 2; With the vertical force, the handle 10 preliminarily lowers the rod 5, which presses against the thrust step washer 8, lying freely on three plates 9, the handle 7 through the eccentric 6, into turn - presses the rod 5- The step washer 8 transfers the force to the plates 9, which, leaning against the flange of the pressure disk 1 with their plane, press it to the metal cap 11 and lift the case 3 with its skirt 4, into which is located crimp element 2; limited by vertical movement of the pressure disc, skirt 4, lift

dd

five

five

This element compresses element 2, which, having decreased in diameter, compresses the metal cover P to the required size. Returning handles 7 and 10

 in the initial position (FIG.), the device is removed from the sealed container 12,

Claims (2)

1. A device for sealing glass containers with metal clamps, comprising a clamping disk, a radially resilient compression element placed on its periphery, a body mounted above them with a skirt, the inner surface of which is conical to interact with the crimping element. and a rod vertically installed inside the housing with the possibility of mutual displacement along a common axis, and an eccentric with a yoke, so that, in order to improve usability, it is equipped with a stop-mounted stepped rod at the base. washer and radially located on the pressure plate plates for the interaction of its peripheral ends with the inner surface of the housing and the opposite ones with a stop step washer, while the eccentric is mounted on the housing with the possibility of interaction with the upper end of the rod, and an annular collar is formed on the surface of the pressure disk for interaction with the middle part of the plates. 2. The device according to claim 1, about tl and - more. With the fact that the elastic crimp element is placed with the possibility of movement in the vertical direction. FIG 2