CS218645B1 - Device for orienting electronic elements with a cylindrical housing with axial inlets - Google Patents

Abstract

The invention relates to a device for orienting, in particular, electronic components with a cylindrical housing and axial leads during their measurement, coding and packaging. This device solves the orientation method, the arrangement of the orientation path and the functional surfaces. The essence of the invention can be seen from Fig. 1, 2 and 3. It consists in the fact that between the upper plate 1 and the lower plate 2, in which the overflow holes 3 and 9 are formed, helical segments 7, 8, 10 and 11 and the orientation mechanism 14 are suitably placed. The invention can be used mainly in electronics for measuring, marking and packaging components with a cylindrical housing and axial leads.

Description

The invention relates to a device which solves the orientation of electronic elements with a cylindrical housing and axial leads, for example in their measurement, coding and packaging.

The known devices used to date orient the electronic elements by means of an obstacle which, after measuring and evaluating the element with a measuring head, orientates the element from a horizontal to a vertical position. The disadvantage of this method is that the element needs to be stabilized and rotated 'horizontally after orientation.

Another way of orienting the element is to orient the element with a mechanical hand. The disadvantage of this method is the complicated movement of the element in the mechanical hand, for which an electronic memory of the position of the element is also required.

The above-mentioned drawbacks are alleviated by the device according to the invention, which consists in that it consists of an upper and a lower thatch between which an overflow opening is formed, bounded from the upper surface by the runners. From the bottom surface, the opening is bounded by a front and no helical segment. The overflow opening on the bottom plate is bounded by the left and right helical segment segments. Their edge edges are parallel to the central edges of the front and no helical segment. An orientation mechanism is located between the upper and lower plates. It is operated by an external actuator and consists of guide tips, guide rails and a lever.

An advantage of the device for orientation of electronic elements according to the invention is its construction, which is simple, occupies less space, the elements are oriented in a horizontal position on a short expensive immediately after measurement and evaluation by the measuring head, thus eliminating the stabilization of elements and using electronic memory.

Device for orientation of electronic elements with cylindrical bushing and axial leads is

Claims (2)

OBJECT An apparatus for orienting electronic elements with a cylindrical housing and axial inlets, characterized in that it comprises an upper wall (1) and a lower wall (2) between which an inlet overflow opening (3) and an outlet overflow opening (9) are formed, the inlet overflow opening (3) is formed on the top plate (1) and is delimited from the top side (4) by the runners (5) and from the bottom (6) by the front helical segment (7) and no helical segment (8) and the outlet the overflow aperture (9) is formed on the lower plate (2) and is delimited by a large helical segment (10) and a right helical segment (11), the edge edges (12) of which are 218645, for example shown in the attached drawing, wherein in FIG. FIG. 3 is a side elevational view of the apparatus of FIG. 1. FIG. 3 is a top plan view of the apparatus, without front and no helix segments; FIG. , element and measuring head. [Starting from the state where the upper plate 1 and the lower plate 2 are connected by a screw connection on the guide rails 16. An inlet overflow opening 3 and an outlet overflow opening 9 are formed between the upper plate 1 and the lower plate 2. plate 1 and is delimited from the top 4 by leading strips 5 and from the bottom 6 by the front helical segment 7 and no helical segment 8. The outlet overflow opening 9 is formed on the lower plate 2 and is bounded by a helical helical segment 10 and a right helical segment 11. The edge edges 12 of the helical segments 10, 11 are parallel to the central edges of the helical segments 7, An orientation mechanism 14 is provided between the upper plate 1 and the lower plate 2, which comprises guide bits 15, guide rails 16 and lever 17. The orientation mechanism 14 controls the actuator 18. The electronic element with the cylindrical housing 20 and the axial inlets 21 after the measuring head 22 falls over the leading ledges 5 into the inlet overflow opening 3 of the upper beam 1. The measuring head 22 sends a control command to the actuating member 18, which controls the orientation mechanism 14 before the element is discharged. spikes 15, which are guided by guide rails 16 and operated by lever 17. The oriented element falls between the helical surfaces 19 of the segments 7, 8, 10, 11 and extends through the outlet overflow opening 9 of the lower beam 2 of the NEED parallel to the central edges of the helical segments (7, 8) and in the space between the top plate (I) and the lower plate (2) is also provided with an orientation mechanism (14) consisting of guide pins (15), guide rails (16), a lever (17) which are actuated by an external actuating member (18). 2. An apparatus for orienting electronic elements according to claim 1, wherein each of said helical segments consists of two counter-slots of helical surfaces connected to each other by a central edge perpendicular to said edge. ). 1 drawing 218 645 WZ 6-6 οό e'3 Printed Moravské tiskařské závody, provoz 12, Leninova 21, Olomouc Price: 2,40 Kčs