SU480125A1 - Soldering device - Google Patents

Description

27. The clamps 10 during the rotation coil the spring-loaded arms 8 and 9. The withdrawal of the capacitor 25 .-. When pivoting is partially oriented by the catcher 16 and enters the slit-like cone 24 inside the jaws 20, 21 of the movable catcher. At the end of the rotation, the clamps 10 are installed coaxially with a hole in the closed jaws 20, 21. The rollers 26 at the moment the rotor 5 stops go to the vertical part of the copier 7. Under the action of the cocked lever 8, the clamp 10 is lowered and, overcoming the force of the spring 18, lowers the body 17 The movable catcher together with the jaws 20, 21. The end of the output of the capacitor 25 enters the presser opening 10. With the next rotation, the clamp presses against the protrusion on the movable jaw 21, turns the latter during rotation around the axis 23, overcoming the force of the spring 22, and goes beyond etc edely this sponge. Under the action of the spring 22, this sponge closes with the sponge 20, and at the same time the body 17 with the sponges 20, 21 returns to its original position under the action of the spring 18. During the rotation of the rotor 5, the roller 26 enters the inclined part of the groove of the copier 7, the clamps 10 lower and press the insulator to the condenser case 25, without touching the condenser case and the insulator outer ring. The section is pressed against the capacitor case by spring-loaded pin 14. Then the capacitor moves through the zone of the high-frequency inductor 28, is heated by it, and the section and the insulator are simultaneously soldered to the capacitor case. The sealed capacitors are moved to the discharge position. In so doing, they are cooled. The rollers 26 move along the inclined groove of the copier 7,

and the clamps 10 are raised until the lower capacitor lead goes beyond the disk 4. In this case, the spring-loaded pin 14 pushes the capacitor lead out of the clamp 10 for a distance sufficient for the fixed fork 29 to enter between the clamp face and the capacitor case. The capacitor is prevented from falling out of the hold-down by a flat spring 15. When turning, roller 27

cocks lever 9, which, when the roller 26 comes to the vertical part of the groove of the copier 7, lifts the clamp 10. The capacitor case abuts against the fixed fork 29, the output comes out of the spring 15, and the capacitor

on tray 30 falls into the container.

Subject invention

A device for soldering, predominantly axially terminating coppers, containing a transporting rotor located on the frame with movable clamps interacting with an annular copier, a fixed catcher, a movable taper separator with a stationary sponge and a movable spring-loaded sponge interacting with a clamp, a soldering mechanism and a drive mechanism, different

so that, in order to improve the quality of the soldering, it is equipped with spring-loaded levers mounted on the same axis with the transport rotor and placed on the frame of a spring-loaded body, on which the jaws of the movable catcher are located and which interacts with the clamp, controlled by one of the spring-loaded levers.

18

v

pr-.