SU1035850A1 - Apparatus for charging radio components mainly with axial leads - Google Patents

Abstract

DEVICE E) 1D DOWNLOADS of the CDs, mostly with the Ossech conclusions, containing a vibrating bunker, a storage tray and a mechanic for the piece-by-piece radio elements Ie storage, which, in order to increase reliability in operation, will be used by the pockets, which, in order to increase reliability in operation, will be used by the pockets, which, in order to improve reliability in operation, will be used to ensure the reliability of the device, which means that, in order to improve the reliability of work, it will be necessary to ensure the reliability of the device, which means that, in order to increase reliability in operation, it will be necessary to ensure the reliability of work, and in order to ensure the reliability of the device, it will be necessary to ensure the reliability of work, and in order to increase the reliability of the device, it will be necessary to ensure reliable operation, and in order to increase operational reliability, it will be necessary to ensure the reliability of work. with bevels on the working surface, installed on the opposite walls of the tray and blending Enlargement relative to each other along the axis of the tray

Description

The invention relates to radio engineering, in particular, to devices for loading radioelements, and can be used, for example, as part of equipment for fluxing and tinning the outputs of radioelements.

A device for loading radioelements is known, which contains a hopper, a drum-dispenser, a storage tray, and a mechanism for the delivery of radioelements one-by-one from a storage tray fl.

The known device is characterized by low reliability in operation due to the deformation of the conclusions of the radio components when they are supplied by the drum dispenser and the cutter of the mechanism for single-piece output of radio elements from the storage tray. In addition, the device does not provide loading of radio elements in a vertical position, which is necessary in the equipment for fluxing and tinning of leads.

It is also known a device for loading radio elements, comprising a vibrating bunker, a storage tray, and a mechanism for the single delivery of pschlestodetaly from drive 12.

The disadvantage of this device is also low reliability of operation, since when loading radioelements with axial pins, it does not exclude the deformation of the pins of radio components when transporting them in the storage tray.

The purpose of the invention is to increase reliability in operation.

The goal is achieved by the fact that in the device for loading radioelements, mainly with axial leads, containing a vibrating bunker, a storage hopper and a mechanism for picking up radioelements from the accumulator, the feeding tray is equipped with stops made from self on the working surface mounted on opposite walls tray and offset each other along the axis of the tray.

. FIG. 1 shows the proposed device, a general view; in fig. 2 shows a section in FIG. 1, in FIG. 3 section bb in fig. one; in fig. 4 shows a section B-Vna of FIG. 1; FIG. 5 shows a section A-A in FIG. 1 (time of unloading of radio elements).

The device consists of a vibrating hopper 1 connected by a tray 2, made with an adjustable angle of inclination, with a storage tray 3. To return the radio components to the vibro5 bunker when the storage tray is filled with radio elements, the device is equipped with an inclined tray 4. The device also contains a mechanism for single-element delivery of radio elements

0 from the drive tray, which is made in the form of the cutter 5 with stops b and 7. The drive tray 3 is provided with; wives lugs 8, made with bevels 9 on the working surface. The supports 8 are mounted on opposite walls of the storage tray 3 and are offset from each other along the axis of the tray. The stops are located in the slots 10 of the storage tray 3 and ZQ are mounted on a sleeve 11 mounted on the storage tray 3 with the possibility of movement along the axis of the tray. Under the breaker drive 3 installed transporting disk 12,

in which nests are made for par. radio elements 13.

The device works as follows.

From the vibrating hopper 1, the projectile elements 13 are fed along the tray 2 to the tray 3. The radio elements 13 entering the tray 3 3 interact with the stops 8, which are installed in the upper part of the tray,

each subsequent radio element 13 is shifted by stops relative to the previous radio element by an amount greater than its thickness

output. Radio elements are moving

in tray 3 in order,

formed by the stops 8 (with an offset that eliminates deformation of the conclusions). Next, using the clipper 5, the radio elements are individually issued to

the nests of the transporting disk 12. Before the start of work, the stops 8 are adjusted, for which the sleeve 11 with the stops moves to the lower position, the storage tray 3

filled with radio elements. Then

the sleeve 11 with the lugs 8 smoothly move to the upper position.

The use of the invention makes it possible to increase the reliability of the device for loading.

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Claims (1)

DEVICE FOR DOWNLOADING RADIO ELEMENTS, mainly with AXIAL OUTPUTS, containing a vibratory hopper, a storage tray and a mechanism for the single-piece delivery of radioelements and a storage device, which means that, in order to increase reliability, the storage tray is equipped with supports with bevels on the working surface mounted on opposite walls of the tray and offset relative to each other along the axis of the tray * 1'035850