SU675490A1 - Device for assembling chemical current sources of cylindrical shape - Google Patents

Description

(54) DEVICE FOR ASSEMBLY OF CHEMICAL SOURCES OF CYLINDRICAL SHAPE CURRENT

The end face 5 of the central tooth 6 of the comb 1 has a symmetrical double-sided cut in the form of a wedge, the teeth 7. and 8, located on both sides of the tooth b, have unilateral cuts made parallel to the corresponding line d) of the cut of the central tooth b.

The length of the teeth 7 of the comb 1, located symmetrically with respect to

 Hfliia fbHOMy tooth 5, decreases in the direction from the central tooth to the lateral one, moreover, the apex of each lateral tooth is at the level of the apex of the obtuse angle of the previous tooth.

Comb 1 in cross-section, has the shape of the letter P, is given in: reciprocating motion; from a mechanical drive on rods 9, installed perpendicular to; the arrangement of the working tools 10 and to the parallel guides 11 which connect the output of the negative electrodes 3 from the calibration rotor-feeder 12 with the working positions. Qi under tools .10. The bladders II have 13 windows (see Fig. 4. And 5) for the passage of the teeth of the comb 1 and the socket 14 (see Fig. 6) with a puller 15 (see Fig. 4) for fixing the negative electrodes 3. The loading conveyor 16 (see Fig. 1), dispersed in front of the rotor-titrator 12, provides the supply of negative electrodes 3 along the guide 17,. creating a constant backwater and, thereby ensuring the supply of negative electrodes 3 to each slot of the rotor-feeder 12, where calibration and flaring of the upper edge of the electrodes 3 by punches 18 is performed. Punches 18 are located in guides 19 connected to the central shaft 20 of the rotor 12 and through roller 21 with copier 22. Working tools 10 are placed in guides 23 in one row, with a constant step equal to the Step of the nests 2 of the combs 1, and have even the number of lines and their trousers; coincides with the line of symmetry of the comb 1. The reciprocating movement of the working tools 10 for performing the technological operation is read by a mechanical actuator (see

Fr t) v

Chainer conveyor 24 (see Figure 1} is driven in reciprocating motion from a mechanical drive through rod 25, gear 26, rails 27 and 28. Step conveyor 24 has lever 29, which is controlled by cam 30 by roller 31 and depending on the cycle of operation of the device takes a horizontal or vertical position in the groove 32, ensuring the supply of a group of electrodes into the working area in the required quantity.

The device works as follows; in a way. The electrodes 3 are fed by the loading conveyor 16 through guides 17 to the calibration rotor-feeder 12, where the electrodes are calibrated and flared. The rotor-feeder 12 delivers the electrodes 3 into parallel guides 11 in an amount equal to the number of working tools 10. With the last electrode 3 coming out of the rotor-feeder 12 into parallel guides, And the lever 29 of the stepping conveyor 24 picks up the last electrode, moves the entire group of electrodes 3 along the guides 11 into the working area before the line dividing the whole group of electrodes 3 into two equal parts, with the axis of symmetry of the group of working tools 10 and the axis of symmetry of the tooth 6 g children are aligned.

After supplying the electrodes 3 to the working area, the lever 29 returns to the initial halfway through the groove 32, at the same time the transition from the vertical position to the horizontal position is performed by the action of the copier 30 and roller 31, comb 1

moves toward electrodes 3, dividing them into two H1ent) with an eral tooth b, then the compartment is about 1 each a5th group by. one electrode with bokdy teeth 7, 8 and fixing them

slots 2 and sockets 14 under the working tools 10, Following the fixation of n 6 1-foot two negative electrodes 3 the working tools 10 are lowered in the direction of the electrodes

dp; Filling operations with active materials, followed by

1E1bdv Yyo11btd to the starting position.

With the release of working tools 10 from the electric 3, the comb 1 moves

in the initial position, and the lever 29 delivers the next rpxhny electrodes, prepared by the rotor-feeder 12, under the working tools 10.

The reciprocating motion and the increased stroke of the step-lever lever TpaHcnojjTepa 24 is provided with the help of a mechanical drive through the bar 25. The sequence of operation of the 11OchE devices of the device is carried out by the distribution 33 and cam 34. the shafts of the mechanical drive.

Claims (1)

Invention Formula A device for assembling chemical current sources of cylindrical shape containing feed conveyors, calibration rotor-feeder of cylindrical electrodes, electrode holder in the form of a movable comb, the width of which corresponds to the diameter of the electrodes, pullers, the electrode filling unit and the like THAT, in order to increase the productivity and accuracy of the assembly, the comb teeth are made with a uniformly decreasing LENGTH and are arranged symmetrically on both sides of the central the tooth has a double-sided cut in the form of an isoscelesal wedge, and the side teeth have one-sided cuts oriented parallel to the corresponding cuts of the central tooth, with the top of each lateral tooth located at the top of the blunt angle of the secondary tooth, while symmetry H / YYYYYYYYYYY P The pendulum teeth are placed — guides made with sockets for centering the electrodes and with windows the shape and location of which correspond. configuration and arrangement of the teeth of the comb. L HexuHwfslonu wy fctfenaHuv / fKOffy h V / 7t / wfi line cut / 1 cut  BoKoBafl side / ha jySa //