RU143899U1 - DEVICE FOR MANUAL CAPPING OF TIN CANS - Google Patents

Abstract

The utility model relates to the field of national economy, directly to the production of devices for hermetically sealing cans with metal lids, and can be used for home canning in metal (tin) cans intended for packaging and preserving food products, and can be used in household and close to him other living conditions. The device comprises a housing 1, in which there is a screw clamping mechanism 2 with a platform for installing the cans 3 and a handle for adjusting the clamping of the cans 4. The canning mechanism consists of two seaming rollers: bend 5 and preload 6 with handles for feeding rollers. Above the housing 1, on the same axis as the can pressing mechanism 2, its rotation mechanism 9 with a handle 10 is located. The seaming machine is not difficult to manufacture, it is simple and convenient to work on, and it can be widely used in domestic, in particular at home, canning conditions metal cans.

Description

The utility model relates to the field of national economy, directly to the production of devices for hermetically sealing cans with metal lids, and can be used for home canning in metal (tin) cans intended for packaging and preserving food products, including fish, meat and vegetable and etc. and can be used at home and other domestic conditions close to them.

There are many different devices for manually closing glass jars with tin lids (see, for example, patents for utility models Nos. 32101, 8694, 135315 and others. However, we do not know devices for capping metal cans at home. Thus, we can conclude that the issue of home canning in metal cans has not yet been resolved.

For a number of design features close to the claimed utility model, a semi-automatic sealing machine for capping glass jars according to the utility model patent No. 135315 publ. 12/10/2013. It contains a handle with a central screw on which the clamping disk is rigidly mounted, a base that is located between the clamping disk and the handle with the possibility of rotational and radial movement, with a sealing roller and handle mounted on it, a spindle nut mounted on the central screw, which interacts with cam located on the base. In this case, the clamping disk is made of polymeric material and contains a metal nut, and the clamping disk is fixed to the central screw by a pin located in the threaded joint area along the axis of the screw. The base and the handle are made at the same time from a polymeric material.

The task the utility model is aimed at is the creation of a design that makes it possible to seal canned goods in metal cans in a non-industrial (manual) way.

The technical result can be obtained due to a simple design having two stationary seaming rollers: bending and pressing, which lead to the bank and they produce the process of its rolling during rotation of the can.

To achieve a technical result, a device for capping cans manually is proposed, comprising a housing with a recess for installing the cans, in the lower part of which there is a screw mechanism for pressing the cans with an external handle, and in the upper part there is a can rolling mechanism, including bend rollers and cover clamps, each of which has 1 underwater handle. In the upper part of the device, a can rotation mechanism is installed, equipped with a rotation handle mounted above the housing. The case can be prefabricated, welded, cast and it is equipped with a clamp for attaching to the table.

In FIG. 1 shows a General view of the device in section.

The device comprises a housing 1, in which there is a screw clamping mechanism 2 with a platform for installing the cans 3 and a handle for adjusting the clamping of the cans 4. The canning mechanism for the cans consists of two rolling rollers: bend 5 and pressing 6 with handles for feeding rollers 7 and 8, respectively. Above the housing 1, on the same axis as the can pressing mechanism 2, there is a rotation mechanism for the can 9 with a handle 10.

The operation of the device is as follows. A metal (tin) can with a lid is installed on the platform 3 of the can pressing mechanism 2. The cans 4 are used to adjust the compression of the can and are brought into contact with the can rotation mechanism 9. By means of the handle 10, the can is rotated and the rollers 7 and 8 are subsequently led to the rollers first bending 5 then rolling 6. The corked can is taken out through an opening in the housing.

The proposed sealing device is not difficult to manufacture, it is simple and convenient to operate, it can be widely used in domestic, in particular home, conditions in the manufacture of canned goods and (or) small lots in metal cans.

Claims (3)

1. A device for manual closure of cans, characterized in that it consists of a housing with a recess for installation in it cans, in the lower part of which there is a screw mechanism for clamping the cans with an external handle, and in the upper part there is a can rolling mechanism, including bending rollers and clamping the lid, each of which is equipped with an underwater handle, while in the upper part of the device there is a can rotation mechanism equipped with an external rotation handle. '' 2. The device according to p. 1, characterized in that the housing can be prefabricated, welded or cast. 3. The device according to p. 1, characterized in that the housing is equipped with a clamp for attaching it to the table.