SU1379185A1 - Method and apparatus for capacitor section packaging - Google Patents

Abstract

one . Packing method for ceKunii capacitors, before; perceiving ;; laying 1-gx between the tapes of the packaging material and connecting the tapes to each other for fixing, characterized in that, in order to improve the quality, the tapes are connected to each other by making transverse slots and riponycKniiitn second in one of them; tape cut with the formation of loops, for placing sections in them. 2. Capacities for packing capacitor sections, containing two roll-wrappers for packing material tapes, a loading mechanism, a tape transfer mechanism and a drive, characterized in that, in order to improve quality, oi o is equipped with a slot-making mechanism, me / anioiom of FoJ; : pcвJ / 1И loop, consisting of pushers from them, sitting on; -Zen, and groungings, delimit loop loop bysys, one of the ways; For lidding, lh and i.oiiTypa loop, corresponding to the contour of the section mounted for movement together with the tapes of the packaging material, and the fixing mechanism of section B to the loop. (L

Description

WITH

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figure 1

The invention relates to a Ti-tech package, namely, a method and a device used for iipoiTj-a water condenser 1 B for 51 group fixing of the condensation sections and protecting their lateral perspiration from the sprayed metal on the contact layer on the ends of the sections.

The purpose of the pouch is to improve the quality of packaging.

Fig. 1 shows a diagram of the yi-axo-extraction of the capacitor-in sections by the proposed method; ib ir.2 - a device for carrying out the method in FIG. 3, - a tape with transverse irons MI-, in FIG. 4, a schematic diagram of a slider; 1: and slots; in Lig. 5 -; :: emg1 of preparation of the second tape by passing through the cutter in Fig. 6 is the transmission pattern of the second Lanthan Cher ;:: cut-out, in Fig. 7 - a looping circuit; FIG. 3 is a diagram of the loop dissociation; FIG. 9 is a diagram of the approach of an adaptation of a subfloor loop; on .10 - diagram prnts ish loop sections; in fig. 11 is a schematic of the position of a device for giving a loop to a tail and MI fixation section in the iieijie; in (), d.12 is a diagram of the final ynaroi s;; and sections.

Way wasp; dest 5. .. km next way um way.

On the packaging material tape, the transverse slit holes are thinned.

For the first transverse slit of the tape, they glue the end of the second packing material, the slot is opened and the train fails to pass the second tape.

Then the ribbon slot is closed, with the second ribbon forming a loop. Pe-glu pushing and place it in the section of the capacitor. Three lets at the free end, the second tape is made from the top of the loop until it fits tightly around the contour of the section and press COKLIMH against the first tape.

Then the operations are repeated. After packing the last section, the free end of the second tape is glued on the first tape.

Example. On a 45 mm wide strip, from a boxboard with a thickness of 0.9 mm, transverse cuts are made with a length of 27 mm one by one in 10 mm increments. Then to this lane for

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the first slot is glued with rviHii Konei paper glue; the second tape is made of cable paper 55–65 microns thick and 25 mm wide. break the slit, and the slider carried the pusher through the second tape. The slot is then closed, and a loop is formed from the second blade. The loop is separated and a section of a capacitor 22 mm long is installed in it, and the section is placed uniformly relative to the width of the second tape.

Pos .; with u | Ogs, at the free end of the second tape, make a loop of the loop until it fits snugly around the contour of the section, and press and press the section to the first tape.

And g1Logichyy1-1 pack the next sections in the amount of 1000 pieces.

After pack Before the last section is drawn out, the free end of the second tape is glued with paper to the first tape before the subsequent slit. Then the packed functions are rolled up into a roll and the PS of its outer surface (obmat) with adhesive tape in two layers and 1. 1; Apees, they argue the quality of the “1 and .. executives” capacitors.

Ru. It is packed with jjv. Baboi sections in a contacting machine and a nan. C of a sec coating covering the nerve nerve; layer, zinc, VG; layer irpHnoeM thick 0.2 microns.

Thereafter, the roll is inspected visually for the quality of the coating. There are no sections missing from the roll. Next, release the roll from the adhesive tape, and then the cardboard tape is cut with scissors across the slots at both ends of a sec.

Then the second ;: then paper the doctor in; the clothes of the serpent are stretched to the bottom of the box;

There are no strip breaks at the second tape. Visually, each section considers the size of the metal on its side surface.

The number of scrap is 0.3% of the total number of sections.

The device contains a tape 1, located on a roll holder 2, and a tape 3 located on a roll holder 4, a loading mechanism consisting of a vibrating hopper 5, a tray 6 and a cutter 7 of capacitor sections 8, a tape moving mechanism consisting of

from the slider 9 and the spring-loaded pusher 10, and the drive, including the electric motor 11, the V-belt transmission 12, the gearbox 13, the chain transmission 14 and the cam-camshaft 15, on which the cams 16-30 are placed.

Spring-loaded pusher 10 fur; The ribbons 1 and 3 are connected via a lever 31 to a cam 18. The end of the lever 31 is designed as a guide, which enables the pusher 10 to enter and hold in the perforations of the belt 1 while moving it in one step.

The cam 25 is connected via a lever 32 to a mechanism for the displacement of leites.

The device comprises a mechanism for making slots ZD, a loop formation mechanism consisting of a push rod 35 for passing the tape 3 through the slot 34 of the tape 1, a device 36 for opening the slots 34, a spring-loaded loop height limiter 37, an attachment 38 for making the loop of the contour corresponding to the contour of the section 8 of the capacitor rigidly connected to the slide 9 dt obs-pereshka his peremoschiv together with the tapes 1 and 3 of the elastic material and simultaneously through the lever 39 connected to the cam 19 for moving it across the belt 1,

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The lever 52 is connected to the cam 27, and through the bolt 53 it is connected to the cam 24 to move in a horizontal plane and rotate through a certain angle.

When unwinding the tape 3, the lever 54 is connected to the cam 17. The mechanism 55 is designed to wind the strips 1 and 3 with the packed sections 8 of capacitors.

The cutter 7 sections 8 capacitors through the lever 56 is connected to the cam 30, and through the lever 57 - with the cam 26.

The mechanism for making the slots 34 is also intended for making the perforations in the belt 1 and, by means of the lever 38, is connected to the cam 16.

The device works as follows.

The movement from the electric motor 11 (Fig. 2) through the V-belt drive 12, the gearbox 13, the chain drive 14 is transmitted to the cam-distributing shaft 15. From the cam 16, through the lever 58, the mechanism 33, which performs the bottom perforation holes, is brought into rotation and iiepe4F yio slot 34 in the tape 1 (Fig. 3), passed in with the rolling guard 2 through the po;: lk 59.

Od) 1 time from the cam 25 P1.1 pitch 32 receives the motion of the slider 9

and a mechanism for fixing section B in the loop, 35 of the belt transfer mechanism, which

consisting of the staple 40, the arms 41, the copier 42 and the spring-loaded stop 43 and through the lever 44 connected to the cam 23.

A device 36 for opening the slits 34 through the lever 45 is connected to the cam 21.

The pusher 35 of the loop forming mechanism is connected by means of the lever 46 to the cam 20, and the spring-loaded stop 37 of the height of the loop is p. Chaga 47 - with cam 22.

For pulling the tape 3 from the coil holder 4 and / VIH, to ensure the tightness of the leg fits around the contour of section 8, a device 48 is provided, which is connected to cam 28 by means of yoke 49, and then to cam 29 by means of lever 50. horizontal and vertical planes x.

Tool 51 is used to open the loop.

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moves the pusher 10 to the mechanism 33 of the implementation of the slots 34 and the device 38.

After the slider 9 stops, the pusher 10 is placed above the perforations of the tape 1, and the device 38 for looping the contour in the filling zone of the tape 3 through the slot 34 of the tape 1, then from the cam 18 through the lever 31 the pusher 10 lowers and enters the perforations of the tape 1 and stops. Then, a cam 36 is lowered from the cam 21 through the lever 45 onto the belt 1 to open the slits and opens the slit 34 (Fig. 4).

Simultaneously, the limiter 37 of the height of the loop moves from the cam 22 through the lever 47.

Tape 3, passed from the roll holder 4 through rollers 60 and 61, pusher 35, tool 48 and previously glued with one end

Behind the first slot 34, it is pulled by the tool 48, which first receives movement in a horizontal plane from the cam 29 through the lever 49, and then from the cam 30 through the lever 50 moves along the pusher 35 (Fig. 5).

Then from the cam 20 through the lever and 46 when the auditor 3 moves the pusher 35, simultaneously with it moves to the slot 34 of the belt 1 and the tool 48.

When approaching the pusher 35 to the slot 34 of the tape 1, the device 48 retracts in the horizontal direction and releases the tape 3, and the pusher 35 passes the tape 3 through the slot 34 of the tape 1 and rests against the spring-loaded stop 37 of the loop height and slightly compresses it (FIG. 6).

After this, the device 36 for opening the slots 34 moves away from the belt 1 and takes the initial position.

Then, the pusher 35 and the loop height limiter 37 jointly move downward by the amount of compression of the spring of the limiter 37 and stop listening, thus forming a loop (Fig. 7).

After this, the device 51 for opening the loop moves from the cam 28 through the lever 52, after its entry into the loop of the belt 1 (Fig. 3), the pusher 35 the stop 37 occupies the initial position and then the device 51 turns from the cam 24 through the lever 53 and Install a loop in a vertical half a loop to tape 1.

Then, a fixture 38 is moved from the cam 19 through the lever 39 to impart a loop to the loop, which extends into the fixture 51 (Fig. 9).

After that, the device 51 occupies the initial position, and the device 38 remains in the loop of the tape 3.

During the reverse movement of the slider 9, the pusher 10 moves the belt 1 one step into the zone of filling the belt 3, at the same time the loop with the device 38 moves to the zone of loading sections 8.

The device 38, when moved by its groove, comes to the spring-loaded stop 43 after stopping the belts 1 and 3, the device 48 is located under the belt 1, then begins to move along the pusher 35, getting

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at the same time, the movement, from the cam 30 through the lever 50 (Fig. 10) until the loop locks the fixture 38, and for the fuel and lubricant the fixture 48 stops.

After that, the mechanism for fixing the sections in the loop is set in motion. From the cam 23, through the lever 44, the spring 41 is gradually released from compression, which moves the clamp 40 to the device 38 (Fig. 11) until the pitch between them remains a small gap, and the copier 42 pulls the spring-loaded stop 43 into the loop of the tape and fixes this position.

0 ,,, 11 at a time from the cam 17 through the lever 54, the tape 3 is unwound from the roll holder 4, and in the loading mechanism of the sections 8, section 8 is fed from the vibrating hopper 5 through the tray 6 to the slam-shut 7.

Then, the slam-shut 7 moves from the cam 30 through the lever 56 against the fixture 38.

After that, section 8 of the compartments 7 by the lever 57, driven from the cam 26, is fed in the tool 38 up to the stop 43. After that, the tool 38 releases the loop.) 1t (3 and with the slider 9 moves to the mechanism 33 , and the tool 48, move along the pusher 33, pushing the pull 3, until it fits tightly to the ontour of section 8 and press it to the belt 1 (Fig. 12).

Then, the bracket 40 is finally lowered onto the section 8 and keeps it pressed against the belt 1 until the belt 3 is filled into the subsequent slot.

Then staple 40 s

moves back to its original position and the operations are repeated.

The packaged sections 8 are periodically wound around a drum of the winding mechanism 55.

The proposed method and device for its implementation can improve the quality of the packaging, eliminate the rupture of the tape, since the force required to ensure tight fit of the tape along the contour of the section and press the section of the capacitor to the tape, less than the allowable tensile strength of the tape. In addition, the proposed method of packing sections allows for

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34 tapes 1, copier 42

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except for wrapping paper and other materials, such as cable paper, etc., with higher iipowHocTbK) for breaking.

The proposed method and device for its implementation no3BOJiHeT produce packaging of capacitor sections of any configuration. The method will allow automating the process of packing capacitor sections into paper, such as, for example, for which the technological process does not allow deburring after

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application operations. metal on the ends of the sections. This will allow eliminating clamps, and thus manual operations of loading sections into clamps, disassembling them, cleaning clamps, improving working conditions and increasing productivity.

In addition, the proposed method allows packaging of finished products, such as capacitors, resistors, and other parts, into a roll or cassette, followed by packing into packaging boxes.

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FIG. B

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FIG. eight

Fig.Yu

FIG. eleven

Claims (2)

1. A method of packaging sections of capacitors, comprising stacking them between two tapes of packaging material and connecting the tapes together to fix the sections, characterized in that, in order to improve quality, the tapes are connected to each other by making transverse slots in one of them and passing the second tape through the slots with the formation of loops for placement of sections in them. 2. A device for packaging sections of capacitors, containing two roll holders for tapes of packaging material, a loading mechanism, a belt moving mechanism and a drive, characterized in that, with a quality improvement chain, it is equipped with a slotting mechanism, a loop forming mechanism consisting of a pusher, for opening a pore, spring-loaded loop height limiter, a device for imparting to the loop a contour corresponding to the contour of a section mounted with the possibility of movement together with cients of the packaging material and the fixing mechanism section on the loop.