SU963122A1 - Device for piecewise placing of radio components into satellites - Google Patents

Description

. one

The invention relates to auto assembly assembly work with a piece-by-piece assembly of products into a process container, in particular, in the manufacture of integrated circuits, during which it becomes necessary to place these integrated circuits in satellites.

A device is known for a piecewise stacking of radioelements into satellites, comprising a radioemission feeding mechanism, a satellite feeding mechanism with a guide and a pieceleting mechanism of radons elements to satellites, equipped with a moving tray and a feeder Cl.

. The disadvantages of the known device is that the moving tray does not provide a clear unambiguous position of radio components, there is also no fixation of the satellite position on the installation point, as a result of which there is no exact alignment of radio components with satellites, which, in turn, reduces the reliability of the device.

The purpose of the invention is to improve the reliability of the device by ensuring the accuracy of combining radio components with a satellite.

The delivered pell is achieved by the fact that, in a device for the piecewise placement of radioelements into satellites, mainly integrated circuits, the mechanisms connected to the drives are

ten.

supply of radioelements, satellite feeding mechanism with a guide and piece setting mechanism of radioelements to satellites, equipped with a movable tray with a feeder, feeder mechanism

15 stacking of radioelements in the satellite is made in the form of spring-loaded relatively

. the movable tray of the rod, and the movable tray is equipped with satellite clamps, which are installed with the possibility of interaction with the guide mechanism of the satellites, and in the movable tray there is a slot with a through hole in which the rod is located. 396 Fig, i shows the proposed device, a general view; FIG. 2 is a section A-A in FIG. I, A device for single-piece stacking of radio elements to a satellite consists of the mechanism of supplying the satellite not the position of laying, the mechanism of supplying radio elements to the position of laying and the mechanism of placing radio elements into the satellite. The satellite feed mechanism to the position of the laying consists of a cartridge of cassette I with satellites 2 and a pusher 3 with a drive 4. The mechanism for supplying radioelements to laying is made up of a cassette 5 with radioelectric elements 6 and a pushing device 7. The mechanism of placing radioelements 6 in the satellite: it contains a movable tray 8, supplying the satellite retainers 9 and the socket 1C to accommodate the radioelements 6, the slot 10 has a through hole 11 in which the shield 12 is placed, connected to the vertical displacement drive 13. Tray 8 is installed on the stock 12, spring-loaded up-l /; element 14 in the direction of its displacement. The rod 12 is installed with the possibility of its successive interaction with the chute 8 and the hard radio frequency 6, the satellites move ps with a gas guide 15. The device operates in the following way. From the cassette 5, the pusher 7 radio element 6 is fed into the slot 10 of the sub-tick tray 8. Go to the socket U of the radio element 6 occupies an unambiguous position - the body of the radio element 6 occupies the slot of the tray, and the leads are directed upwards. Thus, the radio element 6 is fixed B at the desired half-window and case. The exact displacement of it is impossible. Simultaneously with the supply of the radio element 6 to the slot U of the tray 8, the pusher 3 from the cassette 1 is fed into the transport station by the empty satellite. Rule 15, has edges on slots for inserting clamps into them. In transporting guide, at the location corresponding to the satellite at the laying position, there are holes with which the satellite slots coincide. After the radio element 6 and satellite are fed, the working position includes the drive 13 the vertical positioning tiToKa 12, moving upwards, the rod 12 due to the spring installed on it forces the tray 8 to move upwards up to the stop against the transporting guide 15. At the same time the latches 9 of the tray 8 enter 24 pairs of the satellite and the holes displacing guide 15, accurately fixing the satellite’s position relative to the radio element 6 in the socket T0, fixing the satellite position, locate its fuel and energy complex that the opening for the satellite terminal 6 are exactly opposite to the radio element terminals located in the U of Tray 8. With further movement of the pusher to the top, cmmets elastic zpemeng 14 and the stem 12 1 starts to interact with the body of the radio element 6 - lift it up, pushing the satellite at the same time. The laid 3 satellite radio elements 6 are fed to the cassette 16 to which:; their load-pusher 17. The advantage of the proposed device for placing the radio elements into the satellites in comparison with the known ones is to increase the reliability of the operation by ensuring the alignment of the radio elements with the satellite. The exact combination of radio elements with a satellite was made possible by the proposed design of the device, which ensures accurate satellite fussing with respect to the radio element loaded into the slot of the moving tray, and forced delivery of the radio element to satellite. Formula for splicing a device A device for stacking radio elements into satellites, mainly integrated circuits, containing a radio element feed mechanism 5 connected to a drive, a satellite feed mechanism with a guide and a radio element laying in a satellite, equipped with a sliding tray with a suppressor, which is equipped with a pattern of heart elements. in order to increase the reliability of the device: by ensuring the accuracy of combining the radio components with the satellite, the feeder of the mechanism for placing radioelements into the satellite is made in the form odpruzhinennogo schgoka relatively movable tray and the movable tray is provided with a satellite retainers mounted to cooperate with a guide yushey satellite feeder, wherein in the movable logke vsholneno skvoznsh socket with an opening in which a rod is placed. Sources of information taken into account in the examination I. USSR author's certificate No. 557702, cl. And OIL 21 / 7O, 21.O5.77.

Claims (1)

SUMMARY OF THE INVENTION A device for piecewise packing of radioelements into satellites, mainly integrated circuits, comprising a mechanism for supplying radioelements to the drives, a mechanism for supplying satellites with a guide and a mechanism for arranging pieces of radioelements into satellites, equipped with a movable tray with a feeder, characterized in that, with a chain improving the reliability of the device by ensuring the accuracy of combining radio components with the satellite, the feeder of the mechanism for laying radio elements in the satellite is made in the form of relative to the movable tray of the rod, and the movable tray is equipped with satellite locks that are installed to interact with the guide of the satellite feed mechanism, and in the movable tray there is a socket with a through hole in which the rod is located.