SU1668244A1 - Apparatus for distributing flow of containers - Google Patents

Abstract

The invention relates to a vehicle and makes it possible to increase the reliability of the device. The device includes a feeding conveyor (PC) 1, a spring-loaded longitudinally operating double-arm lever (P) 4 hinged under it and a spring-loaded stopper (PS) 5 interacting with it pivotally mounted in front of it that is made L-shaped, pivotally mounted on the supply side containers 2 on PC 1 and has a cut-off roller 7 at the end, and a contact roller 8 in the bend area. At the same time, P 4 is made with a horizontal section that is adjustable in length, with which containers 2 interact. When they move along PC 1, they pass T roller 7 and affect R 4. The latter is lowered, releasing PS 5. When PS 5 is lifted, its roller 7 interacts with container 2 and fixes it and subsequent containers 2 on PC 1. 2 Il.

Description

The invention relates to transport and transmission devices serving to distribute the flow of containers and deliver them to technological operations in the packaging lines of piece goods.

The purpose of the invention is to increase the reliability of the device.

Fig. 1 shows a device for distributing the flow of containers on a conveyor; figure 2 - section aa in figure 1.

The device for distributing the flow of containers comprises a conveyor 1, feeding containers 2, hinged under it at the outlet of moving containers spring-loaded 3 longitudinally located two-arm control lever 4, one arm of which consists of inclined and horizontally adjustable sections along the length and spring-loaded G-about - a different stopper 5, equipped with a spring 6, mounted rotatably in a vertical plane along the longitudinal axis of the conveyor and ensuring the stowage of containers 2. Stopper 5 abraded with cut-off rollers 7 and contact roller 8 in the bend zone for interaction with the second shoulder of the control longitudinal lever 4. The device is mounted on the frame 9 of the conveyor 1. The container 2 has front and hind legs 10, 11.

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The device works as follows. In the initial position, the inclined and horizontal sections of the longitudinal lever 4 are in the raised (inoperative) position due to the spring 3, and the stopper 5 in the lower (inoperative) position due to the interaction of the second arm of the lever 4 with the roller 8. The container 2 moved by the conveyor 1 reaches up to lever 4 and, interacting with its inclined section, turns it to the lower (operational) position. In this case, the stopper 5 with the help of the spring 6 occupies the upper (operational) position, thereby preventing the movement of the container 2 following with the initial distance from the previous one. While the rollers 7 interact with the container 2 as the latter moves, the following containers are held on the conveyor and the distance between them increases. At the moment the container leaves the horizontal section of the longitudinal lever 4, the latter, under the action of the spring 3, rises to the non-working position, interacting with the second arm with the roller 8, disengaging the container 5 from the container, ensuring further movement of the containers. The process then repeats. In this case, the distribution of the flow of containers is carried out as follows.

The first container in the course of moving the continuous flow, unimpeded by the rollers 7 (the trailing lever 4 is in an inoperative upper position), interacts with the inclined section of the lever 4, thus turning it to the lower (working) position and giving the lever 5

the ability to occupy the working (upper) position (Fig. 1).

The lever 5 with the help of the spring 6 comes into contact with the lower part of the front paw 10 of the subsequent container 2 and, rolling over it, enters the space between the legs of the container. As a result, when interacting with the inner side of the rear legs 11 (as it moves) the container stops until the front container leaves the control lever 4. Next, the cycle repeats.

Claims (1)

Claims An apparatus for distributing a stream of containers, comprising a feed conveyor, a hingedly reinforced spring-loaded longitudinally-mounted control two-arm lever by the inclined section and hingedly in front of the control two-arm lever, with the possibility of interaction with the last spring-loaded stopper with a shedding roller, distinguished by a lever. in order to increase reliability and operation, the spring-loaded stopper is made L-shaped and provided with a contact roller mounted on it in the bend zone with it has the ability to control the two-arm lever, while the hinge for fastening the spring-loaded stopper is located on the supply side of the container conveyor, and the two-arm control lever is made with an adjustable length horizontal section installed on the opposite arm of the spring-loaded stopper, which can interact with the container. L