SU1621093A1 - Process holder, particularly for electrolytic capacitors - Google Patents

Description

one

(21) 4635348/21

(22) 01/10/89

(46) 01.15.91. Bul №2

(72) A.N. Fedorov and V.A. Nikitin

(53) 621.319.4.002.5 (088.8)

(56) USSR Copyright Certificate No. 541210. class. H 01 G 13/00, 1975.

(54) TECHNOLOGICAL CASSETTE PREVIOUSLY FOR ELECTROLYTIC CAPACITORS

(57) The invention relates to electronics and radio engineering. The goal is to improve the operational capabilities of the technological cassette (TC) - achieved by the fact. that it has a latch 9, which can be made, for example, in the form of a circuit insert, as well as in the form of an eccentric with two fixed positions. TC has guide pins 10, some installed a copier 13 in the form of a plate with trapezoidal protrusions on opposite side surfaces, the number of which is equal to the number of rails 14c with capacitors. The movable plate (PP) 4 is placed inside the fixed plate 3. In the outwardly facing shelves of the side U-shaped walls 7 and 8 of the frame 1, rectangular windows 12 are aligned with the grooves 2. The plate of the copier 13 is placed between the shelves of the PP 4. between the trapezoidal projections of the copier 13 are located coaxially with the grooves 2 of the frame and the grooves 5 of the fixed bar 3. The slats 14 are installed in the grooves 2.5 and 6. At the same time, they fall into the grooves 11 between the projections of the copier 13. When the load is completed, is the edge of the rails 14, which, slipping along the sloping trapez idalnyh copier protrusions 13 are displaced to the side. At the same time, the opposite edges of the rails 14 go into the rectangular windows 12 of the side U-shaped walls 7 of the frame 1. At the end of the movement of the PP 4, the edges of the rails 14 are pressed against the vertical walls of the holes 5, going under the projections 18 fixing the rails 14 in the vertical direction from falling out from the cassette. PP 4 is fixed by latch 9. As a result of such fixation of the rails 14, their falling out of the TC is excluded. 1 hp f-ly, 2 ill.

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11 18

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The invention relates to process equipment for the production of radio components, mainly electrolytic capacitors, and can be used in the electronics industry.

The purpose of the invention is to improve operational capabilities.

Figure 1 shows the cassette in position for loading or unloading the rails with articles; in fig. 2 - the same, with fixed rails with articles.

The cassette is made in the form of a rectangular frame 1 with grooves 2 for placing the rails with capacitors in opposite walls. Frame 1 is equipped with strips 3 and 4 placed parallel to one of the sides of frame 1. In slats 3 and 4, grooves 5 and b, respectively, are made to accommodate a rail with capacitors. The side walls 7 and 8 of the frame 1 and the bars 3 and 4 are U-shaped. Plank 4 is installed with the possibility of fixed reciprocating movement. The cassette is provided with a retainer 9, which can be made, for example, in the form of a removable insert (see Fig. 2), as well as in the form of an eccentric with two fixed positions or in any other known manner. The cassette is equipped with guide pins 10, which interact with the movable bar 4 by means of grooves 11 formed therein. The pins 10 are equipped with a copier made in the form of a plate with trapezoidal projections on opposite side surfaces, the number of which is equal to the number of rails with capacitors. The movable plate 4 is placed inside the fixed plate 3. In the outward facing shelves of the side U-shaped walls 7 and 8 of the frame 1 there are rectangular windows 12 coaxial with the sleeves 2. The plate of the copier 13 is placed between the shelves of the movable bar 4. The hollows between the trapezoidal projections of the copier 13 arranged coaxially with the grooves 2 frames and the grooves 5 of the fixed bar.

The cassette works as follows.

The slats 14 with capacitors welded to the terminals 15 are mounted on the slots 2, 5 and b of the side walls 7 of the frame 1 and the strips 3 and 4. At the same time the slats 14 fall into the slots 11 between the projections of the copier 13. The loading is facilitated by the fact that the slots 2 and 5 and the depressions 17 are aligned. Downloading can be done in any order and quickly enough. At the end of the loading, the movable plate 4 is shifted, dragging along the edge of the rails 14, which, slipping along the inclined sections of the trapezoidal protrusions of the copier 13, are shifted to the side. At the same time, the opposite edges of the rails 14

entering the rectangular windows 12 of the side walls 7 of the frame 1. At the end of the slat movement, the 4 edges of the slats 14 are pressed against the vertical walls of the grooves 5, under the projections 18 fixing the slats in the vertical direction from falling out of the cassette. For reliable fixation of the rails 14, the movable plate moves additionally for some segment within

elastic deformation of the rails 14. Then the strap 4 is fixed by the latch 9. (in this case by installing the liner).

As a result of such fixation of the rails 14, their falling out of the cassette even with significant accelerations is excluded. The cassette is ready to go. At the end of the group processing cycle for capacitors for discharging the cassette, the latch 9 is removed and the strip 4 is moved in the opposite direction. The edges of the slats 14 come out from under the protrusions 18, and the slats 14 are easily removed from the cassette by shifting towards the valleys 17 (the opposite edges of the slats 14 coming out of the windows 12) of copier 13. After the slats 14 are displaced

and the outlets of their edges from the windows 12 of the rails 14 are freely and quickly retrieved from the cassette in any order.

The cassette is ready for charging with the next batch of rails 14 with capacitors.

The application of the invention makes it possible to increase productivity by increasing the capacity of the cassette, preventing residual deformation of the rails and simplifying (accelerating) the charging and discharging of the cassette

those. improved operational capabilities.

Claims (2)

1. Technological cassette mainly for electrolytic capacitors, comprising a rectangular frame and a bar parallel to the opposite walls of the frame, moreover, in the plank and the opposite walls of the frame, between which it is located, grooves are made to accommodate a rail with capacitors, in order to improve the operational features, it is provided with a retainer, guiding pins on which a copier is installed in the form of a plate with trapezoidal protrusions on opposite side surfaces, and a slotted bar for accommodating a rail with capacitors, the opposite walls of the frame and the main and additional bars are made U-shaped, the additional bar is located inside the main U-shaped bar with reciprocating movement along its longitudinal geometric axis, the retainer is placed between the wall of the frame and the end surface of the additional U-shaped bar, the grooves for placing the rack with capacitors are made in the inner side shelves of the U-shaped frame walls, in the outer side shelves of the U-shaped frame walls made windows coaxial with puzzy, and 15 17 12 the depressions are between the trapezoidal protrusions of the copier plate and are located coaxially with the grooves of the walls of the frame and the main U-shaped plank. 2. The cassette is pop. H. Distinguishing with the fact that the copyin plastine is located between the side shelves of an additional U-shaped plug, eight ten eleven FIG. one