SU1326511A1 - Device for conveying articles - Google Patents

Abstract

The invention relates to a transport technique and makes it possible to increase the reliability of track positioning and stability when transferring cargo mounted on a trolley (T) 1 lifting platform 2 with a telescopic lifting and unloading mechanism 3. The apparatus includes a T 1 with rollers 5 interacting with floor guides. The guides are made with directionally facing one another reinforced edges. On the frame T 1 a locking mechanism 9 is mounted. It is made in the form of a dual-action ram with spring-apart normally divorced stop 11 and basmak 12. Stamp 11 and basmak 12 are located on both sides of the reinforced edges with the possibility of interaction with them. Self-propelled T 1 with articles, when moving to the workplace, is guided along the track along the track. At the moment of precise positioning, the movement drive T 1 is turned off. The power cylinder moves downward until the stop 11 comes into contact with the reinforced edges of the guide, and the bristle rises up and presses the bashmak to the reinforced edges of the guide. 3 il. ate with N3 O) ate

Description

The invention relates to a transport engineering, in particular, to devices with automatic control for transporting products between storage and processing modules that are part of flexible manufacturing systems.

The aim of the invention is the reliability of track positioning and stability when transferring a load of a truck-mounted lifting platform with a telescopic lifting and unloading mechanism.

FIG. 1 shows schematically the proposed device, a general view; in fig. 2 - the same, front view; in fig. 3 - locking mechanism.

The device for transporting the device operates as follows.

The self-propelled carriage 1 with the products and, when moving to the workplace, is guided along the track along the guides 6 by the guide rollers 5 and the longitudinal groove 8. At the time of exact positioning, the movement of the carriage 1 is disconnected when the working fluid is fed into the cavity A of the cylinder 10 which lowers and with its taper part moves down the collet 15 10 along the guide sleeve 16 until the stop 11 contacts the reinforced edges of the 7 guides 6. Under the pressure of the working fluid, the rod 14 rises, overcoming the resistance of the spring 13, and pressing The bashmak 12 to the reinforced edge of the 7 directions consists of a self-propelled trolley 1, firing 6. Thus, it is fixed on the floor, on which the carriage of the trolley 1 is mounted in the address and providing its lifting platform 2, doesn’t make the telescopic mechanism 3 load and unloading

products. The lifting drive is made in the form

tilting stability when extending the telescopic mechanism 3 with a load on workplaces located from two power cyto-20 opposite sides of the trolley mounted on trolley 1. Lift lift 4 lifts. On the metal structures of the telescopic mechanism 3, the trolleys 1 are equipped with guide rollers 5, which interact with the guides 6, dis. curved in the floor and representing two rolled beams with reinforcing edges 7 facing one another. There is a longitudinal groove 8 between the edges 7. Beams form a welded frame. On the frame of the trolley 1 is mounted a locking mechanism 9, which

is a power cylinder 10 double - - - g-- "- g; - action tag with normally diluted lift plate mounted on the carriage 11 and shoe 12 from the spring 13. with a telescopic lift mechanism. Shoe 12 is fixed on the rod 14, and the support and unloading, the guides are made 11 - on the collet 15, moving towards each other towards the bushing 16. The support 11 and the shoe 12 are reinforced edges, and the cart is equipped with reinforced edges on both sides the fixing mechanism, made mock 7 with the possibility of ni- from interaction with a double-acting cylinder in E. Trolley 1 is equipped with a hydraulic system and with normal motion safety sensors which are spring-loaded among themselves. The control-divorced stop and shoe, which, by the trolley 1, are automatically located on both sides of the amplified power supply is supplied by a flexible suspension that can interact with a push cable (not shown). the last.

Claims (1)

The power cylinder 4 lifts. Invention Formula A device for transporting articles, including a cart with rollers interacting with floor guides, characterized in that, for the purpose of safe track positioning and stability when transferring cargo The device works as follows. The self-propelled carriage 1 with the products and, when moving to the workplace, is guided along the track along the guides 6 by the guide rollers 5 and the longitudinal groove 8. At the time of exact positioning, the movement of the carriage 1 is disconnected when the working fluid is fed into the cavity A of the cylinder 10, which descends and with its taper part moves down the collet 15 0 along the guide sleeve 16 until the stop 11 contacts the reinforced edges of the 7 guides 6. Under the pressure of the working fluid, the rod 14 rises, overcoming the resistance of the spring 13, and pressing t bashmak 12 to the reinforced edge 7 of the guides 6. Thus, the trolley 1 is fixed in the address and ensured tilting stability when extending the telescopic mechanism 3 with a load on workplaces located on two opposite sides of the trolley. Lifting the telescopic mechanism 3 carried out -  - - - g-- „-g. - mounted on a trolley a lifting platform with a telescopic lifting and unloading mechanism, the guides are made with opposing edges directed towards each other with reinforced edges, and the trolley is provided with a locking mechanism made in the form of a power cylinder double action with spring-loaded between a normally spread apart stop and shoe, which are located on both sides of reinforced edges with the possibility of interaction with the latter. The power cylinder 4 lifts. Invention Formula A device for transporting articles, including a cart with rollers interacting with floor guides, characterized in that, for the purpose of safe track positioning and stability when transferring cargo u /////% /// FIG. 2 figs