KR101251321B1 - Processing System of accessories chain - Google Patents

Abstract

The present invention can be processed by compressing a specific portion of the horizontal element and the vertical element of the so-called chain chain in the chain for long chains, such as necklaces, bracelets, belts, handbags, etc. in which the chain connection element is formed orthogonal to the horizontal direction and the vertical direction. It is related to a tall chain processing device.
On the other hand, the present invention to achieve the above object has a mounting groove on the semi-circular groove having a shape compression portion for obliquely compressing the upper surface of both curved portions of the horizontal element and the horizontal passage and the vertical passage in which the horizontal element and the vertical element is guided and the flow of the vertical element An upper mold having an open groove formed in both vertical directions to prevent the lowering, and having a hook formed therein to prevent falling and moving of the horizontal element;
Seating grooves on the shape compression section and the semicircular groove of the upper mold, which are lowered during operation, and seats on the semicircular grooves having a shape compression section for compressively compressing the lower surface of both curved sections of the horizontal element in parallel with the horizontal and vertical passages and the open grooves. The hooks formed on both sides of the grooves, the horizontal passages and the vertical passages through which the horizontal elements and the vertical elements are guided, and open grooves that surround the vertical elements so as not to flow, are lowered so that the horizontal elements can be processed in place without flow. A lower mold having a hook hole inserted therein to fix the upper mold in a vertical direction;
The recessed grooves on the semicircular grooves having the shape compression portion which obliquely compresses the vertical curved portion of the vertical element, the horizontal passage and the vertical passage where the horizontal element and the vertical element are guided, and the open grooves to prevent the flow of the vertical element are formed in both vertical directions. A leftward mold and a rightward mold, each of which has a hook which is inserted into a hollow of the vertical element which is moved in the horizontal direction and is stopped in operation to prevent the deviation and movement of the vertical element;
A chain guide having a horizontal passage and a vertical passage so that the horizontal chain formed by the horizontal element and the vertical element may be continuously and repeatedly connected in the orthogonal direction during the machining operation to be smoothly guided to the upper mold and the lower mold and the left and right molds;
As a means for allowing the top chain to move exactly one space, the top chain is rotated by a vertical rack gear, a pinion gear that is engaged with the rack gear, a gear shaft in which the pinion gear is pivoted, and a gear shaft in which the pinion gear is pivoted. The wheel having the wheel vertical groove and the wheel horizontal groove that attracts the wheel and the rack gear to lift the rack gear by the arm and the horizontal locking jaw are formed at right angles to lift the rack gear. An adjustment bolt shaft having an intermittent plate horizontally formed at an upper end and an adjusting nut for adjusting the stop position of the intermittent plate or the moving distance of the high-chain chain, a rack guide for vertically guiding the rack gear, and the rack gear achieve the purpose. Is provided.

Description

Processing System of Accessories Chain

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a method for processing a tall chain and a processing apparatus thereof, wherein a tall chain used as a main material of a tall accessory is provided to provide a new design change to a chain manufactured and manufactured by an automatic chain machine.

Long chain refers to a product consisting of necklaces, bracelets, belts, handbags, etc. by cutting small lengths of connecting elements repeatedly to a suitable length for application products. It can be classified into two kinds of handmade chains, in which automatic mechanical chains and connecting elements are individually formed and assembled by hand.

In addition, if the material of the tall chain is classified as large, it can be said that it is classified into two kinds of metal material and synthetic resin material.

On the other hand, the present invention relates to a tall chain produced in an automatic chain machine and formed of a metal material, there are a number of types of chain among the metal chains produced in the automatic machine as described above, produced by such an automatic machine The characteristic of the tall chain is that the connection elements of the same shape and size of the chain connection elements are repeatedly connected. This type of chain is a holiday chain, a high-chain chain, It is classified into curve chain, compression chain, and the like, and the chains manufactured and manufactured in the above automatic machines supply chains of various designs by various post-processing methods according to their characteristics.

In the kind of long chain as described above, the present invention provides a new design by post-processing the above-mentioned "thermochain chain".

On the other hand, it can be seen that there is a means for post-processing the " thermochain chain "

Looking at the purpose and components of the above-mentioned patent registration, "There is no gap between the square-shaped square wire inserted into the ring of the chain and the ring so that it can be inserted so as to be integrally in close contact without having to go through a separate welding process The present invention provides a chain manufacturing apparatus and a method of manufacturing the same, wherein a square-shaped wire rod inserted into an inner side of the ring is prevented from being pulled out. In the chain manufacturing apparatus to be inserted, the lower die provided with a guide groove to which the chain can be transported in one direction and the wire feed groove is provided in a direction orthogonal to the guide groove, the elevating above the lower die The first punch is installed to perforate the inner side of the ring in a predetermined shape and the first Machining part consisting of an upper die provided with a second punch to cut the square wire supplied along the square wire supply groove to one side of the tooth into a square shape and to insert the cut square wire tightly into the perforated portion of the ring. And, while punching the inner side of the ring by the first punch of the processing portion, and when the angular wire is inserted into the ring by the second punch, the chain is fixedly supported to be located on one side of the guide groove so that the ring does not open. And the chain support part installed to reciprocate in a direction orthogonal to the guide groove by the first protrusion bar installed on the upper die by lowering the upper die, and the upper wire to transfer the wire rods supplied along the wire rod supply grooves at predetermined intervals. The wire rod supplying portion installed to reciprocate in the same direction as the wire rod feeding groove by the second protrusion bar installed on the upper die by lowering the die, and the guide It can be seen that the chain manufacturing apparatus including a chain transfer part installed to reciprocate in the same direction as the guide groove by the third protrusion installed on the upper die by lowering the upper die so as to move the chain conveyed along the groove one by one. .

In other words, the pre-patent patent relates to a method and apparatus for cutting and forming a band-shaped material in a space of a connecting element hollow part, that is, a ring, of an autonomous chain manufactured in an automatic chain machine, and an object thereof. And because the configuration is different and the effect is also different, it has nothing to do with the processing apparatus of the present invention long chain chain compression processing a specific portion of the connecting element, which is a cube body, and thus, the prior patent registration to achieve the object of the present invention Can't do it.

The present invention is a tall chain that is manufactured from an automatic chain machine so that the connecting element is orthogonal to the horizontal direction and the vertical direction. It is an object of the present invention to provide a processing apparatus of a tall chain that can be provided.

The present invention has a seating groove on a semicircular groove having a shape compression section for compressing the upper surface of both curved portions of the horizontal element inclined as a means to achieve the above object, and a horizontal passage and a vertical passage in which the horizontal element and the vertical element are guided and the flow of the vertical element. An upper mold having an open groove formed in both vertical directions to prevent the lowering, and having a hook formed therein to prevent falling and moving of the horizontal element; Seating grooves on the shape compression section and the semicircular groove of the upper mold, which are lowered during operation, and seats on the semicircular grooves having a shape compression section for compressively compressing the lower surface of both curved sections of the horizontal element in parallel with the horizontal and vertical passages and the open grooves. The hooks formed on both sides of the grooves, the horizontal passages and the vertical passages through which the horizontal elements and the vertical elements are guided, and open grooves that surround the vertical elements so as not to flow, are lowered so that the horizontal elements can be processed in place without flow. A lower mold having a hook hole inserted therein to fix the upper mold in a vertical direction; In addition, both the vertical grooves have a vertical groove and a horizontal passage through which a horizontal element and a vertical element are guided, and a recess and a vertical passage on a semi-circular groove having a shape compression portion which obliquely compresses the vertical curved portion of the vertical element. A left-right mold and a right-side mold having a hook formed in the hollow of the vertical element which is moved in the horizontal direction and is stopped in operation to prevent the deviation and movement of the vertical element; A chain guide having a horizontal passage and a vertical passage so that the horizontal chain formed by the horizontal element and the vertical element may be continuously and repeatedly connected in the orthogonal direction during the machining operation to be smoothly guided to the upper mold and the lower mold and the left and right molds; As a means for allowing the top chain to move exactly one space, the top chain is rotated by a vertical rack gear, a pinion gear that is engaged with the rack gear, a gear shaft in which the pinion gear is pivoted, and a gear shaft in which the pinion gear is pivoted. The wheel having the wheel vertical groove and the wheel horizontal groove that attracts the wheel and the rack gear to lift the rack gear by the arm and the horizontal locking jaw are formed at right angles to lift the rack gear. An adjustment bolt shaft having an intermittent plate horizontally formed at the upper end and an adjusting nut for adjusting the stop position of the intermittent plate or the moving distance of the high-chain chain, and a rack guide for vertically guiding the rack gear up and down, and helping a quick descending action of the rack gear. A spring and a hook for hanging the upper and lower ends of the spring are combined to achieve the above object.

The present invention is limited to the cross-sectional shape or pattern of the material by the device that can hit a specific part without compromising the characteristics of the connecting element of the autonomous chain manufactured from the automatic chain machine orthogonal to the horizontal and vertical directions There is an effect that can be provided inexpensive chains of various designs without receiving.

1 is a perspective view illustrating a state in which a processing apparatus and a processed chain of the present invention long chain is conveyed by a transfer apparatus,
2 is an exemplary cross-sectional view of FIG. 1 illustrating a state in which a chain processed by a processing apparatus of a tall chain of the present invention is processed and a state in which the processed chain is transferred,
3 is an enlarged bottom view illustrating the upper mold for explaining the structure of the upper mold among the main parts for processing the high chain chain in the processing apparatus of the tall chain described in the present invention,
Figure 4 is an enlarged perspective view of the main portion of the chain transfer device for transporting the high chain in the processing apparatus of the tall chain described in the present invention,
5 is a cross-sectional view illustrating another embodiment of the processing apparatus of the present invention long chain,
Figure 6 is a cross-sectional view illustrating another embodiment of the processing apparatus of the present invention long chain,
FIG. 7 is a front view illustrating an elevation chain illustrating a state before processing of the elevation chain described in the present invention.
FIG. 8 is an exemplary view of the side chain seen from the right side of FIG. 7;
9 is an illustration of the front side of an elevation chain illustrating a state in which only a horizontal element of an elevation chain is processed by the processing apparatus of the present invention tall chain,
FIG. 10 is a cross-sectional view taken along line AA ′ of FIG. 9.
11 is an illustration of the front side of an elevation chain illustrating a state in which both the horizontal element and the vertical element of the elevation chain are processed by the processing apparatus of the present invention tall chain,
FIG. 12 is a cross-sectional view taken from the line BB ′ of FIG. 11.
FIG. 13 is a front view illustrating an elevation chain illustrating a state in which both horizontal and vertical elements of an elevation chain are processed by a processing apparatus of a tall chain according to the present invention. It is also an example of the front of the chain chain,
FIG. 14 is a cross-sectional view taken along line CC ′ and line BB ′ of FIG. 13, and is a cross-sectional view illustrating a state in which horizontal and vertical elements of a chain chain are processed.
15 is an enlarged cross-sectional view illustrating the main mold of the upper mold described in the present invention.
16 is an enlarged cross-sectional view showing the main portion of the lower mold described in the present invention,
FIG. 17 is an enlarged cross-sectional view illustrating main parts of a compression action state of the upper mold and the lower mold of FIGS. 15 and 16;
FIG. 18 is a cross-sectional view illustrating an example of a state in which the high-chain chain described in the present invention flows between an upper mold and a lower mold, and shows a state before the upper mold descends and compresses.
FIG. 19 is an exemplary cross-sectional view illustrating a state in which the upper mold is vertically lowered in the state as illustrated in FIG. 18 and the plastic chain is compressed between the lower molds.
FIG. 20 is a cross-sectional view illustrating an example of a state in which the high chain chain described in the present invention flows in between a left mold and a right mold, and shows a state before the left mold is horizontally moved and compressed.
FIG. 21 is a cross-sectional view illustrating a compression action cross section of a left mold and a right mold illustrating a working state in which the left mold is horizontally moved in the state as illustrated in FIG.
FIG. 22 is a cross-sectional view illustrating a working state in which a left chain die is horizontally moved in the state as illustrated in FIG.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

For reference, in the following description of the present invention, if it is determined that the detailed description of the known or constitution may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary depending on the intention or custom of a supplier or a consumer. Therefore, the definition should be made based on the contents throughout the specification.

On the other hand, the chain chain 102 described in the present invention, as illustrated in FIGS. 7 and 8, when the horizontal element 102a and the vertical element 201b of the elliptical shape are viewed from the side, they are automatically in a + -shaped orthogonal state. Manufactured and produced from a chain machine, the present invention provides a variety of designs can be expressed by means of compression processing a specific portion without altering the structure and design characteristics of the high-chain chain 102 manufactured as described above do.

Briefly, when expressing in cross-section a part of both sides of the curved portion (curved portion) of the horizontal element 102a and the vertical element 102b constituting the high-chain chain 102, an annular state like "○" In order to provide a long chain of new design by compression processing to be inclined as "<,>".

The present invention as described above, as a means for achieving the above object, the mounting groove 11 and the horizontal element (102a) on the semicircular groove having a shape compression portion 12 for compressively compressing both sides of both curved portions of the horizontal element (102a). And vertical grooves (102b) having a horizontal passage (13) and vertical passages (14) for guiding stops, and opening grooves (15a) for preventing the flow of the vertical elements (102b) are formed in both vertical directions and lowered during operation. An upper mold (10) formed with a hook (15) formed in the hollow of the horizontal element (102a) that is stationary to prevent displacement and movement of the horizontal element (102a); The shape compression portion 12 and the seating groove 11 and the horizontal passage 13 and the vertical passage 14 of the upper mold 10 which are lowered and operated at the same time are also horizontally opposite to the opening groove 15a. A seating groove 21 on a semicircular groove having a shape compression section 22 for obliquely compressing the lower surfaces of both curved portions of the element 102a and a horizontal passage 23 through which the horizontal element 102a and the vertical element 102b are guided and stopped. And a hook 15 having both vertical grooves 24 and open grooves 15a formed on both sides of the vertical elements 102b to prevent them from flowing when the vertical elements 102b are processed, the horizontal elements 102a move in place without flow. A lower mold 20 through which a hook hole 25 is inserted to be processed to fix the upper mold 10 and penetrates in a vertical direction; Further, the horizontal groove in which the seating groove 11a and the horizontal element 102a and the vertical element 102b on the semicircular groove having the shape compression portion 12a for compressively compressing the upper and lower curved portions of the vertical element 102b are guided and stopped. Open grooves 15a 'having 13a) and a vertical passage 14a and preventing the flow of the vertical element 102b are formed in both vertical directions and moved in the horizontal direction to stop the vertical element 102b. A leftward mold (10a) and a rightward mold (20a) having a hook (15a) formed in the hollow to prevent the positional deviation and flow of the vertical element (102b); In the machining operation, a horizontal body 102, in which a horizontal element 102a and a vertical element 102b are continuously and repeatedly connected in an orthogonal direction, has the upper mold 10 and the lower mold 20 and the left mold 10a. A chain guide 55 having a horizontal passage 56 and a vertical passage 57 so as to be smoothly guided to the right and right mold 20a; As means for allowing the high chain chain 102 to move exactly one space, a vertical rack gear 70, a pinion gear 75 and a pinion gear 75 rotated by the rack gear 70 are laid out. The gear shaft 86 is also horizontal so as to lift the wheel 90 and the rack gear 70 having the wheel vertical groove 91 and the wheel horizontal groove 92 arranged on the gear shaft 86. The stop 60 of the arm 60 and the rack gear 70 formed at right angles on the upper end of the rack gear 70 and the stop position of the intermittent plate 87 or the moving distance of the elevation chain 102 are formed. An adjustment bolt shaft 66 having an adjustment nut 67 for adjusting, a rack guide 80 for vertically guiding the rack gear 70, and a spring 68 for fast descending action of the rack gear 70; Long chain chain consisting of a chain feeder assembly by a combination of the ring 64 to hang the upper end and the lower end of the spring 68 Factory values are provided.

The upper mold 10 and the lower mold 20 are a pair of vertical molds, the lower mold 20 is coupled to the lower plate 40 is fixed to the press table (not shown), the upper mold 10 is fixed to the upper plate 30 is installed at the bottom of the press shaft (not shown).

The installed upper mold 10 enters the seating grooves 11 and 21 by an operation of raising and lowering toward the lower mold 20 fixed to the press table. One portion of both curved portions of the horizontal element 102a is compressed to form a compression processing portion 103 that is inclined in both directions such as " "

The leftward mold 10a and the rightward mold 20a are another set of molds, whereas the upper mold 10 and the lower mold 20 operate vertically and vertically while processing a horizontal element 102a. The vertical element 102b is compressed while operating in the direction.

The left mold 10a operating in the horizontal direction is fixed to the upper surface of the lower plate 40, and the right-side mold 20a is a lower slide 45a fixed to the upper surface of the lower plate 40 and both mold guides 27a. And it is coupled to the inside of the space formed by the upper upper slide (36a) to compress the both sides of the curved portion of the vertical element (102b) of the chain chain 102 while the horizontal movement by the action of the cylinder (not shown).

The chain guide 55 is formed with a + -shaped through-hole penetrating the horizontal passage 56 and the vertical passage 57, so that the upper chain 10, the upper mold 10, the lower mold 20, and the left mold 10a. ) And the right-side mold 20a guides the high chain 102 to be smoothly introduced without being twisted or tangled, and the high chain 102 is a horizontal element by the operation of the chain transfer device. The operation of the elongated chain processing apparatus of the present invention as described above will be described as being able to compress the curved portion while the operation 102a and the vertical element 102b are repeated one by one.

The present invention operates the press (not shown) by operating the electric switch to process the high-chain chain 102, and when the press is operated, the press shaft that is close to the lower mold 20 as illustrated in FIG. As the upper plate 30 firmly fixed to (not shown) is lifted, the upper mold 10 is separated from the lower mold 20 as illustrated in FIGS. 15 and 16, and the upper mold ( The operation signal of 10) is simultaneously transmitted to the power unit (not shown) directly connected to the right-side mold 20a, as illustrated in FIG. 21 and the left-side mold 10a firmly fixed to the lower plate 40. The adjacent right mold 20a is separated as illustrated in FIG. 20.

In other words, the upper mold 10 that operates vertically in the vertical direction and the right-side mold 20a that operates in the horizontal direction simultaneously perform vertical operation and horizontal operation by one signal, and the upper mold 10 at this time is As the lifting jaw 61 of the arm 60 lifts the intermittent plate 87 at the upper end of the rack gear 70, the intermittent plate 87 raises the rack gear 70 to which the intermittent plate 87 is fixedly coupled. Ascending the rack gear 70 rotates the engaged pinion gear 75 and rotates the wheel 90 arranged on the gear shaft 86 to cover the wheel vertical groove 91 and the wheel horizontal groove 92. The high chain chain 102 is transported in the horizontal direction.

As described above, the horizontal chain 102 has a horizontal element 102a and a vertical element 102b that are horizontally and vertically coupled to the wheel horizontal groove 92 and the wheel vertical groove 91. In the spanned state, the wheel 90 moves and stops only as far as it rotates.

The above description refers to a state in which the horizontal element 102a and the vertical element 102b are processed by moving one by one in a state where the horizontal element 102a and the vertical element 102b are continuously and repeatedly connected, and the upper mold 10 and the right direction mold 20a are continuously repeated. This refers to a state in which the high-chain chain 102 is compressed while vertically and horizontally operated.

As a supplementary explanation, the operation is temporarily stopped while the upper mold 10 and the right mold 20a are raised and moved in the vertical direction and the horizontal direction at the same time, and at the same time, the horizontal element 102a or the vertical element of the chain 102 is vertical. The element 102b is positioned in the seating groove 21 of the lower mold 20 and the seating groove 11a of the left mold 20a, and in this state, the upper mold 10 which has risen almost simultaneously with little time difference. ) And the rightward mold 20a horizontally moved, the upper mold 10 is lowered toward the lower mold 20 by the reverse order of the ascending operation as described above, the rightward mold 20a is the leftward mold 10a. To move toward the compaction chain 102 is to be compressed.

As described above, the compaction chain 102 is compressed in the seating groove of the lower mold 20 in which the horizontal element 102a or the vertical element 102b of the circular chain 102 has a semicircular shape. (21) and seating formed in the upper mold 10 to move vertically in the downward direction and the right-side mold 20 to move in the horizontal direction in accordance with the position coinciding with the seating groove (11a) of the leftward mold (10a) The grooves 11 and 11a compress the horizontal element 102a or the vertical element 102b of the elevation chain 102 located in the seating grooves 21 and 11a of the lower mold 20 and the left mold 10a. To perform a predetermined machining operation.

When performing the machining operation as described above, the horizontal element (102a) of the high-chain chain 102 is compressed to the upper mold 10 and the lower mold 20, the vertical element (102b) is leftward mold (10a) and rightward When compressed in the mold 20a, it is strongly compressed by the shape compressing portions 12, 21, 12a, and 22a formed on both sides of the seating grooves 11, 11a, 21, 21a. As illustrated in FIG. 14, compression processing is performed in a state in which the inward direction of the circle is in a straight line and inclined cross sections such as "<" and ">" are formed in the outward direction of the circle. .

On the other hand, when the above compression processing is performed, the hooks 15 and 25a formed at the center of the seating grooves 11 and 21a of the upper mold 10 and the right mold 20 are open on both sides thereof. The lower mold 20 is provided with a groove 15a 'surrounding the horizontal element 102a and the vertical element 102b which protrude inwardly of the horizontal element 102a and the vertical element 102b positioned in the seating grooves 11 and 21. ) And the hook holes 25 and 15a formed in the leftward mold 10a, so that the compression process can be performed at a precise position without flow during the compression operation.

In addition, when the upper mold 10 is lowered and compressed as described above, the rack gear 70 is also lowered by the reverse action of the synergistic action, wherein the lower rack gear 70 is in the engaged state The pinion gear 75 is rotated in reverse. However, since the pinion gear 75 is constructed as a one-way bearing (not shown), the wheel 90 may be formed even if the pinion gear 75 is arranged in the same gear shaft 86. Since the reverse rotation does not, it is possible to transfer the chain chain 102 in only one direction.

On the other hand, as described above, the clearance in which the chain chain 102 is moved, so that the rising distance of the rack gear 70 according to the situation to loosen or tighten the adjustment nut 67 of the adjustment bolt shaft 66 wheel 90 It is possible to adjust the fine rotation distance of the), and also to adjust the exact moving distance of the high-chain chain 102 is to be able to compress a specific portion of the high-chain chain 102.

However, the present invention is not limited to the implementation only in the form as described above, if necessary, the horizontal body of the left side mold (10a) and the right side mold (20a) is removed as shown in FIG. Chain element 55 for guiding the 102 and rack gear 80 for guiding the rack gear 70 and the pinion gear 75 for guiding the rack gear 70 and the horizontal element of the chain chain 102 ( The upper chain 10 and the lower mold 20 as components of the wheel 90 and a set of molds 102a and the vertical element 102b can be inserted and transported. The horizontal element 102a and the vertical element 102b can be compressed by the method of passing twice, and in some cases, the upper mold 10 and the lower mold 20 which operate vertically in the opposite direction to the above are shown in FIG. Chain guide 55 for guiding the high chain chain 102 in the removed state as illustrated and the rack of the above action The gear 70 and the pinion gear 75 and the wheel 90, the left mold 10a and the right mold 20a are used as a pair of molds to pass the high chain chain 102 twice. In this way, the horizontal element 102a and the vertical element 102b are provided to be compressed.

Reference numeral (27b) is a vertical passage formed in the vertical direction to the mold side guide (27a). Reference numeral 27c denotes a horizontal passage formed in the horizontal direction on the mold side guide 27a.

Upper mold: 10
Bottom mold: 20
Left mold: 10s
Right mold: 20a
Seating Home: 11, 11a, 21, 21a
Shape Compression Part: 12, 12a, 22, 22a
Horizontal path: 13, 13a, 23, 23a, 27b, 56
Vertical Passage: 14, 14a, 24, 24a, 27c, 57
Hook: 15, 25a
Hook hole: 15a, 25
Open Groove: 15a
Mold Side Guide: 27a
Tops: 30
Mold Top Guide: 36a
Bottom Plate: 40
Upper mold fixing plate: 35
Lower mold fixing plate: 45
Mold Back Guide: 45a
Bearing Shaft: 50
Chain Guide: 55
Arm: 60
Jam Jaw: 61
Adjusting bolt axis: 66
Adjusting nut: 67
Spring: 68
Spring Ring: 64
Rack Gear: 70
Pinion Gear: 75
Rack Guide: 80
One Way Bearing:
Gear Shaft: 86
Wheel: 90
Wheel Vertical Groove: 91
Horizontal wheel groove: 92
High Chain: 102
Horizontal element: 102a
Vertical element: 102b

Claims (3)

The guide groove 11 on the semicircular groove and the horizontal element 102a and the vertical element 102b of the elevating chain 102 are guided by the shape compression portion 12 which compresses both sides of both curved portions of the horizontal element 102a inclinedly. Horizontal element 102a which has a horizontal passage 13 and a vertical passage 14, and an open groove 15a which prevents the flow of the vertical element 102b is formed in both vertical directions and is lowered and stopped during operation. An upper mold (10) formed with a hook (15) inserted into the hollow of the horizontal element (102a) to prevent the positional deviation and flow;
The shape compressing portion 12 and the seating groove 11 on the semicircular groove, the horizontal passage 13 and the vertical passage 14 are also opposed to the opening groove 15a so as to obliquely compress the lower surfaces of both curved portions of the horizontal element 102a. The hook 21 and the horizontal passage 23 and the vertical passage 24 through which the horizontal element 102a and the vertical element 102b are guided on the semicircular groove having the shape compression portion 22 to be processed, and the hook A lower mold 20 in which the hook hole 25 is penetrated in the vertical direction so that the hook portion 25 is inserted downward;
The horizontal groove 13a in which the seating groove 11a and the horizontal element 102a and the vertical element 102b are guided on the semicircular groove having the shape compression portion 12a for obliquely compressing both curved portions of the vertical element 102b. A leftward mold 10a having a vertical passage 14a and a hook hole 15a;
The shape compression portion 12a and the seating groove 11a on the semicircular groove, the horizontal passage 13a, and the vertical passage 14a of the left mold 10a also face the open groove 15a, and correspond to the vertical element 102b. A mounting groove 21a on a semicircular groove having a shape compression portion 22a for obliquely compressing both surfaces, and a horizontal passage 23a and a vertical passage 24a through which the horizontal element 102a and the vertical element 102b are guided. A rightward mold 20a having a hook 15 having open grooves 25a on both sides;
A chain guide 55 having a horizontal passage 56 and a vertical passage 57 so that the high-chain chain 102 composed of the horizontal element 102a and the vertical element 102b is smoothly guided during processing;
Interlocking action is engaged with the vertical rack gear 70 and the rack gear 70 of the vertical chain acting to move the horizontal element (102a) and the vertical element (102b) of the high-chain chain 102 by exactly one space. The pinion gear 75 which rotates the gear shaft 86 with the gear shaft 86 which rotates by the pinion gear 75 and the gear shaft 86, and the high gear chain 102 rotates. An arm 60 formed at right angles to a wheel 90 having a wheel vertical groove 91 and a wheel horizontal groove 92 and a horizontal latching jaw 61 so as to lift the rack gear 70 so as to transfer the wheels 90. ) And an adjusting bolt shaft having an intermittent plate 87 horizontally formed at the upper end of the rack gear 70 and an adjusting nut 67 for adjusting the stop position of the intermittent plate 87 or the moving distance of the elevated chain 102. (66) and the rack guide (80) for vertically guiding the rack gear (70) and a spring (68) to help the fast lowering action of the rack gear (70); Chapter composed of chain transfer assembly 100 configured with a combination of a ring 64, which walks the spring 68 the upper end and the lower end of the credit-based chain processing apparatus. The method of claim 1, wherein
The guide groove 11 on the semicircular groove and the horizontal element 102a and the vertical element 102b of the elevating chain 102 are guided by the shape compression portion 12 which compresses both sides of both curved portions of the horizontal element 102a inclinedly. The hollow of the horizontal element 102a, which has a horizontal passage 13 and a vertical passage 14, and an open groove 15a which prevents the flow of the vertical element 102b is formed in both vertical directions and is stopped during operation. An upper mold (10) having a hook (15) formed therein to prevent displacement and movement of the horizontal element (102a);
The shape compressing portion 12 and the seating groove 11 on the semicircular groove, the horizontal passage 13 and the vertical passage 14 are also opposed to the opening groove 15a so as to obliquely compress the lower surfaces of both curved portions of the horizontal element 102a. The hook 21 and the horizontal passage 23 and the vertical passage 24 through which the horizontal element 102a and the vertical element 102b are guided on the semicircular groove having the shape compression portion 22 to be processed, and the hook (15) is lowered and fitted to form a lower mold 20, the hook hole 25 is penetrated in the vertical direction by a pair of molds, the rack gear 70 and the rack gear 70 and the vertical operation The pinion gear 75 and the gear shaft 86 and the wheel vertical groove 91 and the wheel horizontal where the pinion gear 75 and the pinion gear 75 are arranged, which are engaged with each other and the rotational force is transmitted only in one direction (not shown). An arm 60 formed at right angles with the engaging jaw 61 so as to lift the wheel 90 and the rack gear 70 with the groove 92; Adjusting bolt shaft 66 having an intermittent plate 87 horizontally formed on the upper end of the gear rack 70 and the adjustment nut 67 for adjusting the stop position of the intermittent plate 87 or the moving distance of the elevation chain 102. And a chain transfer device assembly (100) consisting of a rack guide (80) configured to vertically guide the rack gear (70). The method of claim 1,
A horizontal groove 13a on which the seating groove 11a and the horizontal element 102a and the vertical element 102b are guided on a semicircular groove having a shape compression portion 12a for obliquely compressing both curved portions of the vertical element 102b; A leftward mold 10a having a vertical passage 14a and a hook hole 15a, a shape compression portion 12a of the leftward mold 10a, a seating groove 11a and a horizontal passage 13a and a vertical passage on the semicircular groove. (14a) is also opposite to the open groove (15a) and perpendicular to the mounting groove (21a) and the horizontal element (102a) on the semicircular groove having a shape compression portion (22a) for compressively compressing both sides of the vertical element (102b). The right-side mold 20a having a horizontal passage 23a and a vertical passage 24a through which the element 102b is guided and a hook 15 having open grooves 25a on both sides is configured as a set of molds. The shape compressing portion 12 and the seating groove 11 on the semicircular groove, the horizontal passage 13 and the vertical passage 14 also coincide with the open groove 15a so that the horizontal element 1 Vertical passages and horizontal passages 23 through which the recess 21 and the horizontal element 102a and the vertical element 102b are guided on the semicircular grooves having the shape compression portion 22 for obliquely compressing the lower surfaces of both curved portions of 02a). The rack gear 70 which has a 24 and which the said hook 15 is lowered and fitted is comprised of the lower mold 20 by which the hook hole 25 penetrated in the vertical direction was formed with a set of metal molds, and is operated vertically. ) And a pinion gear 75 and a gear shaft 86 on which the pinion gear 75 are arranged, which are in engagement with the rack gear 70 and one-way bearings (not shown) to which rotational force is transmitted only in one direction. An arm 60 and a rack gear having a right angled jaw 61 formed at right angles to lift the wheel 90 and the rack gear 70 having the wheel vertical groove 91 and the wheel horizontal groove 92. 70 to adjust the stopping position of the intermittent plate 87 and the stop position of the intermittent plate 87 or the moving distance of the elevation chain 102 formed at the upper end of the Adjusting nut section configured to control the bolt shaft 66 and the rack gear 70 with 67 in the rack guide 80, the chain transfer device assembly 100 comprised of the upper and lower vertical guide chain credit processing apparatus.

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