Halter fuer das maschinelle Herstellen von Halbleiteranordnungen

Description

Fig. 1 is a side view of the holder, fig. 2 a section along the line II-II in fi g. 1 and 3 is a plan view of the holder. The holder in the figures above consists of two equal parts A and B. Each part has twelve semi-circular slots which, when the parts are fastened together, form openings 1 709 620 / 408

Claims

1 246885 form, which extend in the body of the holder and are thereby kept constant in that the objects to be held in the holder on- ends of the ladder against a fixed stop plate which take. The midpoints of the consecutive ones are pushed into the slots 6,6 and 7,7 is, lets push. Apertures are in the longitudinal direction of the holder at a unit pitch. Also, the conductors can be of irregular length apart, vh- 5 and all exceed a certain length. Each rend the midpoints of the subject matter at the ends of the holder can be up to a certain level lying openings 1 in the longitudinal direction of the against a resilient stop member, which is around by the holder half a unit distance from the slots 6,6 and / or 7,7 is held back and pushes back the subsequent face 2 of the holder away will. The slots can also lie 6.6 and / or. 10 or 7.7 a magnet or a series of MaDie one or adjustment means 3 are the side contain magnets that place items with the location of the restraining means and can capture magnetic conductors even if that cooperate with a pawl to turn the holder bottom of the holder to the top, over a unit distance in the longitudinal direction of the The fixed stop member can move a rectangular holder, the pitch of the unit 15 plate made of hard material, z. B. metal or adjusting teeth 3 equal to the unit pitch or module cardboard, and the resilient stop member can one is. The adjustment teeth 4 at the ends are in a rectangular rubber plate. The holding magnet level with the end faces 2. It is noted that can also be a rectangular plate of permanent magnet projections from the end faces 2 protrude tables material, which in the Direction of its can, provided that the position of a holder is magnetized 20 thickness. with regard to a related fol- Of course, it is very good practice to ing or preceding holder by the forehead frame of the invention holder for holding surfaces 2 is determined. Items for the manufacture of other devices Each part A and B consists of a part which, ments than for semiconductors, when the parts are fastened together, a 35 Channel 5 forms, which is in the longitudinal direction of the claims: Holder extends. The openings 1 open into the Channel 5. On each side is channel 5 with longitudinally extending slots 6,6 in 1. Machining holder and semiconductor devices having a component 7,7 for pushing in a locking or stopper 30 one or more located thereon provided current member. have lead wires such. B. Crystal- The top of the openings 1 is at 8 post diodes, with several in Longitudinally extended on the outside to make it easier to insert holders to hold the components in place. Wires, equidistant from each other, in the walls of the canal 5 there is a 35 cavities or equidistant recess9, to record the automatic movement of the receiving spaces, characterized holder from one location or machine to the that to facilitate the distance between the others, e.g. B. by means of an arm. Centers of the cavities (1) at the ends on each of the parts A and B has two fastening consecutive brackets {A, B) spaced holes 10 and projections 11. If the parts A 40 between the centers of Cavities in and B are placed against each other, each holder corresponds to that the holder has a guide jump 11 in the corresponding one Hole 10, whereupon (6, 7) for a guide rail and at least the former is deformed to abut the parts to one side of the holder Fasten toothing (3) or similar. has, by means of several lined-up The parts A and B can be cast in a mold 45 holder around the Distance of the cavity and can be made of metal or plastic. the rail are moveable. The above holder is primarily intended for use in the manufacture of semiconductors 2. Holder according to claim 1, characterized in that the cavities (1) in the holder attached to the metal conductors in the openings 1 50 (A, B) are formed as bores whose and the semiconducting crystalline limb ends within the holder body into one projecting above the holder for conveyance in a channel (5) which opens out in a longitudinal series of machinings. When using the slot extending above to slide in On the holder, the machining can be continuous, preferably with a magnetic stop, since the holders always have a unit distance of 55 strips, or module can be moved. If the metal conductors are of equal length, References to be considered: see the height dimensions of Crystalline German Patent Specification No. 469,099; Links of two metal conductors of different lengths USA. Patent Specifications Nos. 2411790, 2743 693. 1 sheet of drawings 709 620 / 408 7.67 © Bundesdruckerei Berlin