SU1238280A1 - Device for orientating electronic components with unilateral leads having different length and stepped-rod-shaped case - Google Patents

Abstract

The invention relates to the field of machinery and allows for increased operational capabilities. Radio parts are oriented in a vertical position due to the interaction of the body i with transverse grooves 10 of the oval or trapezoidal profile, jerked at the bottom of the tray and inclined 4: to the bottom of the tray, protrusions 12 of the visor 11. Bevel 6 of the bar 5 OR bevel for 7 seconds. The circular recess 8 of the strip 4 parts is unfolded so that the top 14 of the flat end enters the longitudinal Slot 3. 1 Cp, f-ly, 4 ill.

Description

The invention relates to the supply of radio components, in particular, to devices for orientation of radio components with one-sided cables of various lengths and with a housing in the form of a stepped rod.

The aim of the invention is to expand the operational capabilities by increasing the accuracy of orientation of radio components.

FIG. t shows the device, the cut; in fig. 2 - the same, top view; in fig. 3 shows section A-A in FIG. 1 in FIG. 4 is a section BB of FIG. one.

The device for orientation of radio components contains a vibration tray 1, in the bottom of which a longitudinal slot 2 is made, a guide with a longitudinal slot 3 for parallel components of radio components, made in the form of parallel spaced strips 4 and 5, is installed above the output part of tray 1. Longitudinal slot 3 for radio components of parallel components is located offset from the axis of the longitudinal slot 2 of the bottom of tray 1, the guide is made with lead-in surfaces made on its side walls and intended to direct the radio component and in the longitudinal slot 3 for the outputs of radio components. The lateral surface of the side wall of the guide from the side of displacement from the axis of the longitudinal slot of the tray is made in the form of a bevel 6 in the bar 5, and the lead surface of the opposite side wall of the guide is made in the form of a bevel 7 with the semicircular notch 8 6 of the bar 4.

The code part of the tray is made with flanges 9. On the side of the lead-in part, tray 1 is provided with orienting elements in the form of transverse grooves 10 in the bottom of the tray and canopies 11 with projections 12 inclined to the bottom of the tray. The transverse grooves 10 in the bottom of the tray 1 are filled with a trapezoidal or semicircular cross-sectional shape, orienting the elements — the transverse grooves 10 and the visors 11 are designed to turn the radio components in a vertical position relative to the bottom of the tray 1. The device is intended for orientation of radio components 13 with one-sided terminals 14 and 15 of various lengths, terminal 14 is longer than the output

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15 And complete with a flat end, the body of the radio component 13 is complete in the form of a stepped rod with a shank 16. The center of gravity of the radio component 13 is slightly shifted towards the shank 16.

The device works as follows.

The radio components 13 under the action of vibration move from the bunker, not shown in the drawing, along the vibration tray 1. Most of the radio components turn on tray 1 to a vertical position, in which the shanks 16 radio components 13 are located in the longitudinal slot 2 of the bottom tray 1. Radio components located vertically, are oriented in a vertical position due to the interaction of the body of radio components with transverse grooves 14 and 10, executed in the bottom of tray 1 and due to the interaction with the projections 12 of the canopies inclined to the bottom of the tray. azom, during movement of the electronic components on the tray 1 filar all radio razvorachivayuts in vertical position to the bottom of the tray, and the shanks 16, electronic components arranged in the longitudinal slit 2 in the bottom tray vsholnennoy 1.

The radio components 13, which are in a vertical position, are moved to the plan- Katf 4 and 5 of the guiding exit part of the tray and, interacting with the lead-in surfaces of the guide bevel 6 of the bar 5 or bevel 7 with the semicircular notch 8 of the bar 4, unfold so that the longer slot 14 with the flat end enters the longitudinal slot 3 for the leads of the radio component, then the radio components are moved in the oriented position.

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Claims (2)

1. Device for orientation of radio components with one-sided outputs of various lengths and a housing in the form of a stepped rod containing a vibration tray, at the bottom of which a longitudinal slot is made, and a guide installed above the output part of the tray with a longitudinal slot for the radio component outputs and lead-in surfaces made in the side walls of the guide, characterized in that, for the purpose of increase in the accuracy of orientation of radio components, it is equipped with orienting elements located on the side of the entry part of the tray, made in the form of transverse grooves in the bottom of the tray and canopies inclined to the bottom of the tray with protrusions installed above the bottom of the tray, with a longitudinal slot for the outputs of the radio part, the guide output part of the tray is located offset relative to the axis of the longitudinal slot the bottom of the tray, the lead-in surface of the side wall of the guide with the offset bias is made in the form of a bevel, and the lead surface of the opposite side wall of the guide is made in the form of a bevel with a semicircular notch. 2. The device according to p. I, is about the fact that the transverse grooves in the bottom of the tray are trapezoidal or semicircular in cross section. 6 - B 74 fae l Compiled by B. Drill Editor M.Kelemesh Techred L.Oleinik Proofreader G. Reshetnik Order 3308/60 Tirizh 765 Subscription VNII1SH USSR State Committee for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5 Production and printing company, Uzhgorod, st. Project, 4