SU1668204A1 - Device for placing articles of ferromagnetic materials - Google Patents

Abstract

The invention relates to the electronic industry and can be used for oriented packing in containers (sacks) of products made of ferromagnetic materials. The purpose of the invention is to increase the productivity and accuracy of stacked products. The device contains a vibrating hopper 1, a feeding tray, electromagnets 3, 4 with pole pieces, a storage table, a separator rotor 8 and holders 12, 13 for the container 14. The rollers 11 are fed from the vibrating tank to the storage table, oriented by electromagnets 3, 4, individually captured by the cells 10 of the rotor separator 8 and fed into the container (pouch) 14. The counting sensor counts the stacked products 11. 2 Il.

Description

The invention relates to the radio-electronic industry and can be used for oriented stacking in bags or other containers of ferromagnetic products with axial leads, for example, reed switches of resistor diodes, and their counting.

The purpose of the invention is to increase the productivity and accuracy of the stacked products by reducing inter-operational time losses and ensuring a uniform interval between the delivered products.

Fig 1 shows a device, side view, Fig 2 - the same. view from above

A device for packing products made of ferromagnetic materials, mainly reed switches, contains a vibrating hopper 1, a feeding tray 2, an orienting device including electromagnets 3, 4 and pole pieces 5, b. The device also contains a drive table 7 and a rotor separator 8 adjacent to its output section with guide 9 and cells 10

for products (reed switches) 11 along its outer surface. The device is equipped with two (primary and secondary) holders 12 13 for containers 14 which are made with spring and switch switches 15 for transferring the flow of stacked products from the filled container to empty ones. Pole tips 5b of the alignment device are located along both sides of the table-accumulator 7 along its longitudinal axis. The counting sensor 16 is located at the end of the rotor-divider 8 connected to the drive 17, and the dial switch 15 is connected to the drive 18

The device works as follows

The reed switches 11 are manually loaded into the vibrohopper 1, the holders 12,13 are put on the container (pouches) 14, and then turn on the device from the power and control unit 19. Under the influence of vibrations, the reed switches from the vibrating hopper 1 are fed to the storage table 7 where electromagnets 3 4 they are oriented with a hundred

(l c

oh oh

00

N5

g

Claims (1)

The launcher 7 reed switches are individually captured by the cells 10 of the rotating rotor separator 8. Upon further movement the reed switch passes by the counting sensor 16, from where data enters control unit 19, where it is summed up according to a predetermined program. Then, upon reaching a predetermined number, a command is received to the actuator 18, which controls the dial switch 15. Thus, the counted reed switches arrive first, for example, in the left bag, and when the specified number is reached and the switch is switched, in the right bag. As long as one bag is filled, the operator replaces the filled bag with an empty one without stopping the device, and then the whole cycle repeats. The invention The device for stacking products from ferromagnetic materials, predominantly five 0 but reed switches containing a vibrating hopper, a feeding tray, an orienting device, including electromagnets and pole pieces, a counting sensor, and a container holder, characterized in that, in order to improve the performance and accuracy of the stacked products, it is provided with a storage table adjacent to its output section a separator rotor with cells for products on its outer surface, an additional container holder and an arrow switch for converting the flow of stacked products from the filled container to empty In this case, the pole lugs of the orienting device are arranged on both sides of the storage table along its longitudinal axis, the counting sensor is placed at the end of the separator rotor, and the holders for the container are spring-loaded. No 12 M sixteen FIG. 2