SU35047A1 - Tin can filling machine - Google Patents

Description

In the drawing of Fig, 1 depicts a general view of the machine; FIG. 2-part gripping device; FIG. 3-pinion to communicate with the table intermittent circular movement. From motor E by gear L, the movement is transmitted to the main shaft M of the machine, connected with bevel gears on one side with shaft C, and on the other with shaft Z. Shaft 2 with cylindrical gears is engaged with shaft H, on which a free ring-shaped table d, fitted on the lower outer part with conical teeth interlocking with a gear sitting on the roller N, which is driven by the Gall chain to rotate from the main shaft M of the machine. The ring-shaped table is resting on the rollers S, radially located throughout the circle of the table base, which is in continuous rotation during operation.

Above the table d is an eccentric arrangement of the device I, which is fascinating from the table of the can, and having an S-shape and mounted on an H roller, equipped with a gear that engages with a gear that sits on the H roller (Figures 1 and 2). Gripping device / has a rotational intermittent motion and bears tightly attached at its top (632)

a round damper / with two round openings O, coinciding in the centers with sockets in the fixture / (Fig. 2).

The transmission from the drive shaft Z to the driven roller H to notify him of intermittent circular movement is carried out by the following device. Gear E, mounted on shaft Z, engages with driven gear E, which sits on roller N.

Both interlocking gears have an incomplete number of teeth (Fig. 3). On the driving gear E, in the part of the circle that does not have teeth, there are braking sector j and two bobbins K. Vedom gear E on the part of the circumference free of teeth, has a braking device J in the form of a brake shoe mounted on the gear shaft. Through cuts were made on both sides of the shoe for coupling at certain periods of time to the flips K. This device makes it possible to stop an empty can, seized by the fixture / from the table e, under the bunker P, to fill the can with minced meat.

The funnel-shaped bunker P goes into the lower part into a cylindrical shape, into a measuring device located above the flap (gripping device). Inside the hopper, a screw B is installed (Fig. 1), the shaft of which passes in the upper part of the hopper through a guide bearing; at the upper end of the auger shaft, the gear wheel is rigidly fixed, the hub of which lies in the ball bearing under the action of the spring g. A rod // pusher D (Fig. 1) abuts one end of a spherical recess in the upper part of the gear hub, which sits on the screw auger shaft B; in the fork-shaped other end of which there is a roller, which rotates freely about an axis, passed through the lugs of the fork of the pusher rod D, which is kept from rotation by special rails located above the gear. The pusher roller D is all the time firmly pressed by the spring g to the surface of the fist washer Q, which sits on shaft A, with a bevel gear mounted on it, which engages with gear wheel, which sits on shaft C, receiving its movement from the main shaft M of the machine, also through a pair of bevel gears (Fig. 1). Auger B is driven, during operation, into continuous rotation by shaft C by means of a cylindrical gear C with elongated teeth interlocking with a gear mounted on an upper gear. the end of the auger shaft B. Thus, the pusher rod D and the auger shaft B are under a constant impact on them with a fist washer Q, simultaneously rotating counter clockwise, while the auger B, in addition to the rotational movement, can also be affected by a fist washer Q and progressive vertical movement, acting as a piston.

The action of the machine is as follows. After loading the bunker with minced meat and putting the machine into operation, the screw B coming into rotation and at the same time, under the action of the fist puck Q on the screw shaft, making a forward movement downward from its extreme upper

position, grabs mincemeat with its blades and drives it into the lower cylindrical part of the bunker (into the measuring device), the stuffing in the measuring device is compacted, as the outlet from the measuring device is blocked at the first moment by the damper /. Further, the part / with the flap attached to it / grabs the jar from the table q and places it under the measuring device. At this time, the screw pushes the stuffing into the jar under the action of the knuckle washer and returns to its upper position, simultaneously closing the valve / opening of the measuring device and moving the jar to the rotating table d and then to the conveyor.

The subject matter of the invention.

Claims (3)

1. A machine for filling canned jars with minced meat, consisting of a funnel-shaped bunker loaded with minced meat with a vertical auger installed in it and a round uniformly swirling under the bottom opening of the table hopper with jars arranged around its circumference, characterized in that the jar supply from a uniformly rotating table under the outlet of the bunker, they are produced by a riveting piece of an appropriate shape with a disk-shaped damper fixed under it, rotating about a vertical axis, located It can be eccentric about the axis of rotation of the table. 2. The form of the machine according to claim 1, wherein the jar-engaging piece / is S-shaped. 3. The form of the machine according to PP 1, 2, characterized in that the fender-mounted fastener / disc-shaped damper f is provided with two openings, the diameter of which corresponds to the diameter of the outlet of the bunker. FIG. 3 V and