SU740642A1 - Apparatus for transfer of articles between longitudinal and transverse conveyers - Google Patents

Description

one

This invention relates to transmission devices for transferring shaft-type products between perpendicular to one another conveyors.

A device is known for transferring products, for example waps, from a longitudinal conveyor to a transverse one containing a stanchion, a hoist mechanism with a drive having a pneumohydraulic cylinder controlled by the end W1M product position switch on the longitudinal transport and container 1 and the transmitting organ 1.

A disadvantage of the known device is the complexity of the design, the high cost of manufacture and the difficulty of using automatic parts machining lines, 5 types of rollers.

The aim of the invention is to simplify the design of the device.

The goal is achieved by the fact that the pneumohydraulic cylinder is rigidly mounted on the base 20 in an upright position, the piston rod of the pneumohydraulic cylinder is equipped with a toothed rack, and the lifting mechanism is made in the form of slats for the slope,

mounted on the frame and equipped with a toothed sector installed with the possibility of interaction with the toothed rack of the pneumatic-pneumatic cylinder rod.

FIG. 1 shows the device, the total V1; in fig. 2 - the same, side view; in fig. 3 - section A-A of FIG. one.

The device for transferring parts from the longitudinal conveyor to the transverse consists of stash 1, on which the pneumohydraulic rod 2 is attached and the transmitter body is hinged, made in the form of slats 3 for the slope of products rigidly connected to the toothed sector 4, which interacts with a rail 5 that is rigidly connected to rod 6 pneumohydro shchindra 2.

Claims (1)

The lifting mechanism includes a rod 6, a pop plate 7 and an electromagnetic gripper 8. Inside the electromagnetic gripper 8, a core 9 is installed with a prism at one end and teeth Y at the other. Fxxtor II interacts with the teeth. The operation of the lifting and lowering mechanism is carried out from the limit switch 12. The transfer of the parts, to the shaft of rollers, from the longitudinal conveyor to the transverse 14 is carried out as follows. When filling the longitudinal conveyor by a certain amount, the filling control sensor, when carrying out the machine’s working cycle, gives the command to transfer the workpiece, the pneumatic hydraulic cylinder is turned on, the rod 6 with electromagnetic grippers 8 is lowered into the conveyor zone on the workpiece, and through the contacts of the end switch 12 the feeding is fed to the coils electromagnetic grippers 8. At the same time, the toothed rack 5, which is rigidly connected with 11CODE 6, rotates the toothed sector 4 clockwise, and the bars 3 go downward. The part is pulled to the prism of the core 9. Next, the switching of the power pneumohydraulic cylinder 2 takes place, and the rod 6 together with the Grippers 8 and the part rises. At the same time, the strap 4 for the slope of the products is also raised. In the extreme upper position, the contacts of the limit switch 12 are opened and the coils of the grippers 8 are de-energized. The blank gets on the strips 3 and rolls over them onto the transverse conveyor 14. The device is re-installed on another shaft size with the detent clamps 11. At the same time, the cores 9 are lowered under the action of the spring, and when pressed on the product they are raised to the required level by the dimensions of this the details. The proposed device is characterized by simplicity of design, advanced technological capabilities and good operational data. Thus, when servicing this device, there is access to all the details, and the changeover of the device to another part can be performed by a low level qualifier. The invention of the Device for transferring products from a longitudinal conveyor to a transverse, containing a stack, a lifting mechanism with a drive having a pneumohydrodisturbator, controlled by a limit switch, and a transmitting member, characterized in that, in order to simplify the design, the pneumohydraulic cylinder is rigidly mounted on a stand in an upright position, the piston of the pneumohydraulic cylinder is equipped with a toothed rack, and the lifting mechanism is designed as an electromagnetic gripper mounted on the rod of the pneumohydraulic cylinder, while The traveling organ is made in the form of slats for the slope of products, the slats being hingedly mounted on the frame and equipped with a gear sector installed with the possibility of interaction with the gear rod of the pneumatic hydraulic cylinder. Sources of information taken into account during the examination 1. USSR Author's Certificate No. 383663, cl. B 65 G 47/54, 1973 (prototype). I I yf I I I I g I I dzd 7 W