SU1443219A1 - Device for orienting electronic components with axial leads - Google Patents

Abstract

The invention relates to the supply of radio components and relates to devices for orientation of parts with axial leads arranged perpendicular to the longitudinal axis of the housing. The aim of the invention is to improve productivity in work. To achieve this goal, the tray 5 is equipped with stops 11 for outputting radio components 3 mounted on the inner surfaces of the side walls of the tray and slots 10. The device also contains a linear vibrator 1, a bowl 2 for the formed radio components 3, a mechanism 4 for forming an electromagnetic drive 6 of the shutter 7 installed under tray 5, the cassette 8 for placing radio elements, slots 9 and 10, made in the side walls. When moving the radio components along tray 5, the leads of the radio components enter the longitudinal slot 9 and the part occupies an approximate position. 3 il. S (l

Description

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with

i The invention relates to a feed; radio components, in particular, devices for the orientation of radio components with axial leads located perpendicular to the longitudinal axis of the housing.

The goal is to increase productivity at work.

FIG. 1 shows the device, the general view; in fig. 2 shows section A-A in FIG. one; in fig. 3 shows a section BB in FIG. one.

The device contains a linear vibrator 1, a bowl 2 for molded radio components 3, a molding mechanism 4 and a tray 5 mounted on a linear vibrator 1, under which the electromagnetic drive 6 of the shutter 7 is installed. Opposite the tray 5 it is installed on the cassette 8 for placing radio elements. Tray 5 is complete with sloping 1ZI1 (using side walls. At the exit of tray 5 between its side walls, a longitudinal slot 9 is made for the output of radio components 3. Tray 5 is made with grooves for turning the radio parts into an oriented position, communicating with and with a longitudinal slot 9, made in the form of slots 10 in the side walls arranged perpendicularly to the longitudinal axis of the tray. Tray 5 is provided with stops 11 for leads of radio components 3 mounted on the inner surfaces of the side walls of the tray at the slots 10.

The device works as follows.

The radio components 3 formed in the molding 4 molding so that the conclusions of the radio components are located perpendicular to the longitudinal axis of the body, individually fed into the bowl 2, from which they enter the tray 5. Under the action of vibration, the radio components move along the tray 5 and are oriented on it that the conclusions of the radio components are located in the longitudinal slot 9, regardless of the position in which the radio element falls. on a slice 5.

If the radio detail falls on the lotto with 5 pins in the groove, the radio housing is placed on one of the side walls of the tray. When the radio component is moved along tray 5, the radio detail of the radio component enters the longitudinal slot 9 and it takes up the oriented position. If the radio part falls on the tray 5

with the pins.-up, then the pins of the radio part rests on one of the side walls of the tray. When moving the radio components along the length of the tray to the stops 11, the radio components stop at the stops 11, while the conclusions of the radio components are located opposite the slots 10. The conclusions of the radio components fall into the slots 10, and the radio components turn to the oriented position until the conclusions coincide with the longitudinal prop 9. The distance between slots 9 are assigned in accordance with the distance between the terminals of the radio components. To ensure the orientation of radio components with different distances between the leads in the walls of the tray 5, additional slots 9 are made, and the distance from the bottom tray 5 to the stops 11 can be adjusted depending on the size of the body of the radio components.

Claims (1)

The radio components, which are oriented, move along the longitudinal slot 9 into the cassette 8. When the cassette 8 is filled with radio components 3, an electromagnetic drive 6 is activated, under the effect of which the needle of the shutter 7 enters the longitudinal slot 9 and cuts the radio components 3 in tray 5 to ensure the change is filled cassettes 8. Formula of invention A device for orientation of radio components with axial leads arranged perpendicular to the longitudinal axis of the housing, comprising a tray with inclined converging side walls, made with a longitudinal slot for the leads, located on the output part of the tray, and with grooves for turning the radio components into an oriented position communicated with the longitudinal A slot for the leads, characterized in that, in order to increase productivity in operation, it is provided with stops for the leads of the radio components mounted on the internal surfaces. the side walls of the tray at the grooves for turning the radio components into the oriented position, while the longitudinal slot for the outputs of radio components are made between the side walls of the tray, and the grooves for turning the radio components into the oriented position are made in the form of slots in the side walls of the tray located perpendicular to its longitudinal axis .