CN108477782B - A fully automatic bead stringing machine - Google Patents

Abstract

The invention provides a fully automatic bead stringing machine, which includes an arrangement feeding structure, a wire feeding structure and a bead stringing structure; the arrangement feeding structure includes a vibration queuing and sorting assembly, and a receiving tank for the next process; the wire feeding structure includes a wire feeding bracket, a reel, a feeding The wire mechanism and bead pressing mechanism, the wire supply mechanism is equipped with a nip roller layer, a driving roller layer, and a wire drawing roller layer; the beading structure includes a left cover assembly and a right cover assembly that cooperate with each other, and the left cover assembly includes a plurality of them in a row Arranged left traction blocks, multiple left pads, multiple left guide blocks, multiple left pressure blocks, and right closing cover assembly includes multiple right traction blocks, multiple right pads, and multiple right guide blocks arranged in a row , multiple right briquetting blocks. The present invention realizes fully automatic beading, and scattered beads are discharged from the arrangement feeding structure into the beading structure, and then the lead wire drawn from the wire feeding structure also enters the beading structure and moves along the threading channel, thereby realizing beading, with a high degree of automation, High beading efficiency.

Description

A fully automatic bead stringing machine

technical field

The invention relates to the technical field of bead stringing mechanical appliances, in particular to an automatic bead stringing machine.

Background technique

In jewelry processing, it is often necessary to string multiple beads together. The existing method generally uses manual beading. If beads with sharp corners, such as diamond-shaped beads, are encountered, the worker will Not only is it inconvenient to take this kind of beads, but also your fingers are easy to scratch. In the process of beading, you need to pass the lead wire through the through hole on the bead. The material of the lead wire can be nylon, fine steel wire, etc. The lead wire of the fine steel wire is also It is easy to scratch fingers, so the existing beading method not only has low production efficiency, but also has low operational safety for workers. Although there has been an arrangement and feeding structure suitable for rowing beads, that is, the application number is 201610761578.8 Chinese patent application, but it can only realize the sorting to beading, so the present invention makes improvement on this basis, needs to develop a full-automatic beading machine that can feed wire automatically, lead wire is passed through beading automatically.

Contents of the invention

The invention provides a fully automatic bead stringing machine, which can realize automatic bead row, automatic wire feeding, and automatic bead stringing, and greatly improve the bead stringing efficiency.

The technical solution adopted in the present invention is a fully automatic bead stringing machine, including an arrangement feeding structure, a wire feeding structure and a bead stringing structure; , the beaded horizontal push assembly, the beaded vertical push assembly, the next process receiving groove; the wire feeding structure includes a wire feeding bracket, and the wire feeding bracket is respectively provided with a reel, a wire feeding mechanism, a bead pressing mechanism, a wire feeding The first cylinder and the second cylinder for wire feeding; the reel is a multi-layer reel, the wire feeding mechanism is arranged on the front side of the reel, and the wire feeding mechanism includes an L-shaped A wire supply installation plate and a lead plate, the lead plate is provided with a plurality of lead beads, the plurality of lead beads are distributed in an L shape, and the bead pressing mechanism is arranged on one side of the wire supply mechanism , the bead-pressing mechanism includes a bead-pressing mounting plate, the first wire-feeding cylinder and the second wire-feeding cylinder are respectively arranged at both ends of the wire-feeding bracket, between the first wire-feeding cylinder and the second wire-feeding cylinder A first slide plate is set between the wire feeding mechanism, a second slide plate is set between the second wire feeding cylinder and the ball pressing mechanism, and the length of the first slide plate and the second slide plate is The first chute and the second chute are respectively provided on both sides of the direction, and the first chute and the second chute are fixedly arranged on the wire feeding bracket, and the output of the first wire feeding cylinder The shaft is connected with the first slide plate, the output shaft of the second wire feeding cylinder is connected with the second slide plate, the wire feeding installation plate is fixedly connected with the first slide plate, and the The bead-pressing mounting plate is fixedly connected with the second slide plate; the end of the first slide plate corresponding to the lower end of the wire-feeding mounting plate is provided with a first long groove, and the lower end of the bead-pressing mounting plate is provided with a The end of the corresponding second slide plate is provided with a second long groove, and the wire feeding bracket is provided with a through groove, and the through groove is located below the first long groove and the second long groove, and the The lower end of the wire feeding installation plate passes through the first long groove and the through groove and is provided with a wire feeding assembly, and the lower end of the described bead pressing installation plate passes through the second long groove and the through groove and is provided with a wire feeding assembly. Gland; the third wire feeding cylinder is provided on the bead mounting plate, and the third wire feeding cylinder drives the gland to reciprocate up and down; the wire feeding assembly includes a driving motor and a mounting frame, The fourth wire feeding cylinder is arranged on the wire feeding mounting plate, the output shaft of the fourth wire feeding cylinder is connected with the mounting frame to drive the wire feeding assembly to reciprocate up and down; the mounting frame A U-shaped cavity is provided in the cavity, and a nip roll layer, a driving roll layer, and a wire-drawing roll layer are sequentially arranged in the U-shaped cavity from top to bottom, and the nip roll layer, the driving roll layer, and the wire-drawing roll layer respectively include A plurality of nip rollers, driving rollers and wire drawing rollers; the drive motor is connected to the driving rollers, the driving roller is connected to the nip rollers and wire drawing rollers through gears, and the mounting frame The bottom is also provided with a plurality of wire feeding guide blocks, and guide holes are arranged in the wire feeding guide blocks; the beaded structure includes a beaded bracket, a beaded first cylinder, a beaded second cylinder, a beaded third cylinder, a beaded The fourth cylinder and the fifth cylinder of beading, the beading bracket is provided with mutually matched left Closing assembly, right closing assembly, described left closing assembly comprises a plurality of left traction blocks arranged in a row, a plurality of left pads, a plurality of left guiding blocks, a plurality of left pressing blocks, the described right closing The cover assembly includes a plurality of right traction blocks arranged in a row, a plurality of right cushion blocks, a plurality of right guide blocks, and a plurality of right pressure blocks; a plurality of left traction blocks and a plurality of right traction blocks are connected in series through a left pull rod and a right pull rod respectively Link to each other with the first cylinder of beading after being a row, a plurality of left pads and a plurality of right pads are respectively connected in series with the first cylinder of beads through left clip springs and right clip springs, and a plurality of left pads The guide blocks are fixedly connected in a row and then connected to the second beaded cylinder, the plurality of right guide blocks are fixed in a row and then connected to the third beaded cylinder, and the plurality of left pressure blocks are fixed in a row. It is connected with the fourth beaded cylinder, and a plurality of right pressure blocks are fixedly connected in a row and then connected with the fifth beaded cylinder; the left pad is arranged on the upper side of the left traction block and is connected with the left traction block The block is fixedly connected, the right block is arranged on the upper side of the right traction block and is fixedly connected with the right traction block, and the upper ends of the adjacent sides of the left block and the right block are respectively provided with supporting The left card slot and the right card slot of the beads, the left guide block and the right guide block are respectively located on the upper side of the left pad and the right pad, and the side adjacent to the left guide block and the right guide block The end face is respectively provided with an arc-shaped left lead groove and a right lead groove, and the threading channel formed after the left lead groove and the right lead groove are closed is used for the lead wire for beading to pass through, and a cutting rod is arranged in the left guide block , the cutting rod can reciprocate along the length direction of the beaded bracket, and its end is accommodated in the threading channel when cutting; the right guide block is provided with the end position of the cutting rod Corresponding discharge holes; the lower ends of the adjacent sides of the left press block and the right press block are respectively provided with a left pressure groove and a right pressure groove.

After adopting the above technical scheme, the present invention has the following advantages compared with the prior art:

The invention realizes fully automatic bead stringing, and the scattered beads are discharged from the arrangement feeding structure into the bead stringing structure, and then the lead wire drawn from the wire feeding structure also enters the bead stringing structure, and moves along the threading channel in the bead stringing structure, and the lead wire moves During the process, it will pass through the through hole on the beads, thereby realizing the beading, with high automation and high beading efficiency.

As an improvement, the guide hole is tapered, and the end of the taper with a larger diameter is close to the bottom of the mounting frame, which facilitates the passage of lead wires.

As an improvement, a circle of straightening grooves is provided on the outer circumference of the wire-drawing roller, so as to make the bent lead wires smooth and prepare for the next step of beading.

As an improvement, the left pull rod and the right pull rod are respectively stepped to facilitate the movement of the left traction block and the right traction block.

As an improvement, the side of the left pad close to the left traction block is provided with a left connecting column, the side of the right pad close to the right traction block is provided with a right connecting column, and the left pad is provided with a right connecting column It is fixedly connected with the left traction block through the left connecting column, and the right cushion block is fixedly connected with the right traction block through the right connecting column, and the connection method is simple and stable.

As an improvement, the left pin hole and the right pin hole are respectively provided on the left connecting column and the right connecting column, the left pin and the right pin are respectively provided in the left traction block and the right traction block, and the left pin and the right pins are respectively plugged into the left pin hole and the right pin hole, and the connection structure is simple and stable.

Description of drawings

Figure 1 is a schematic diagram of the overall structure of the automatic bead stringing machine

Figure 2 is a schematic diagram of the wire feeding structure

Figure 3 is a partial enlarged schematic diagram of A

Figure 4 is a partial enlarged schematic diagram of the wire feeding assembly

Figure 5 is a schematic diagram of the bead structure

Figure 6 is a partial enlarged schematic diagram of B

Figure 7 is a schematic diagram of the beading process

Figure 8 is a schematic diagram of the left cover assembly

Figure 9 is a schematic diagram of the structure of the left guide block

Figure 10 is a schematic diagram of the right cover assembly

Figure 11 is a schematic diagram of the structure of the right guide block

Figure 12 is a schematic diagram of the structure of the right pad

Figure 13 is a schematic diagram of the structure of the right tie rod

Figure 14 is a partial enlarged view of the lower end of the wire feeding installation plate

As shown in the figure, 1. Arrangement feeding structure, 101. Vibration queuing and sorting components, 2. Wire feeding structure, 21. Wire feeding bracket, 22. Reel, 23. Wire feeding installation plate, 231, First limit slot , 232, the first limit cover, 24, the lead plate, 25, the lead bead, 26, the first wire feeding cylinder, 27, the second wire feeding cylinder, 28, the first slide plate, 29, the second slide plate, 210, the first Two chute, 211, wire feeding assembly, 2111, wire nip roller, 2112, driving roller, 2113, wire drawing roller, 2114, driving motor, 2115, wire feeding guide block, 212, gland, 213, lead wire, 214, feeding The third wire cylinder, 215, the fourth wire feeding cylinder, 2151, the output shaft of the fourth wire feeding cylinder, 216, the bead mounting plate, 3, the bead structure, 31, the bead support, 32, the left cover assembly, 321, Left traction block, 322, left cushion block, 323, left guide block, 324, left pressure block, 325, left lead groove, 326, cutting rod, 327, movable plate, 328, left guide plate, 33, right closing cover assembly , 331, right traction block, 332, right cushion block, 3321, right card slot, 3322, right connecting column, 333, right guide block, 334, right pressure block, 335, right stage clip, 336, right pull rod, 337, Right lead groove, 338, discharge hole, 339, right connecting plate, 3310, right guide plate, 34, the first cylinder of beading, 35, the second cylinder of beading, 36, the third cylinder of beading, 37, the fourth cylinder of beading, 38, the fifth cylinder of beads, 39, the sixth cylinder of beads, 310, the seventh cylinder of beads, 4, beads.

Detailed ways

As shown in Figure 1, a fully automatic bead stringing machine includes an arrangement feeding structure 1, a wire feeding structure 2 and a beading structure 3; Horizontal pushing component, beaded vertical pushing component, next process receiving trough; vibration queuing and sorting component 101 includes vibrating disc host and conveying trough; beaded guiding component includes guiding trough; bead sending length control component includes length control push electromagnet, length control connection The rod and the length control the push slider groove; the beaded horizontal push assembly includes a horizontal push cylinder, and the beaded vertical push assembly includes a longitudinal push cylinder. After a number of scattered beads are arranged in a row through the feeding structure, they are arranged in a row in the receiving tank of the next process, from The beads 4 discharged from the receiving tank in the next process will enter the beaded structure 3 .

As shown in Figure 2, Figure 3, Figure 4 and Figure 14, the wire feeding structure 2 includes a wire feeding bracket 21, and the wire feeding bracket 21 is respectively provided with a reel 22, a wire feeding mechanism, a bead pressing mechanism, and a first wire feeding cylinder and the second cylinder for feeding wire; the reel is a multi-layer reel, and the wire feeding mechanism is arranged on the front side of the reel, and the wire feeding mechanism includes a wire feeding installation plate 23 and a lead plate 24 arranged in an L shape, and the lead plate 24 is provided with There are multiple wire beads 25, and the multiple wire beads 25 are distributed in an L shape. The bead pressing mechanism is arranged on one side of the wire feeding mechanism. The bead pressing mechanism includes a bead pressing mounting plate 216, a first wire feeding cylinder 26 and a second wire feeding mechanism. Cylinders 27 are arranged at both ends of the wire feeding bracket 21 respectively, a first slide plate 28 is provided between the first wire feeding cylinder 26 and the wire feeding mechanism, and a second sliding plate 28 is arranged between the second wire feeding cylinder 27 and the bead pressing mechanism. Sliding plate 29, the first sliding groove and the second sliding groove 210 are respectively provided on both sides of the length direction of the first sliding plate 28 and the second sliding plate 29, and the first sliding groove and the second sliding groove 210 are fixedly arranged on the wire feeding bracket 21 , the output shaft of the first wire feeding cylinder 26 is connected to the first slide plate, the output shaft of the second wire feeding cylinder 27 is connected to the second slide plate 29, the wire supply mounting plate 23 is fixedly connected to the first slide plate 28, and the bead mounting plate 216 It is fixedly connected with the second slide plate 29; the end of the first slide plate 28 corresponding to the lower end of the silk supply mounting plate 23 is provided with a first long groove, and the end of the second slide plate corresponding to the lower end of the bead mounting plate 216 is provided with a There is a second long slot, and a through slot is provided on the wire feeding bracket 21, and the through slot is located below the first long slot and the second long slot, and the lower end of the wire supply mounting plate 23 is provided after passing through the first long slot and the through slot. The wire feeding assembly 211, the lower end of the bead mounting plate 216 passes through the second long groove and the through groove and is provided with glands 212, and there are multiple glands 212; the bead mounting plate 216 is provided with a third wire feeding cylinder 214, The third wire feeding cylinder 214 drives the gland 212 to reciprocate up and down; the wire feeding assembly 211 includes a drive motor 2114, a mounting frame, a fourth wire feeding cylinder 215 is arranged on the wire feeding mounting plate, and the output shaft of the fourth wire feeding cylinder 215 is connected to the The mounting frame is connected to drive the wire feeding assembly 211 to reciprocate up and down; a U-shaped cavity is arranged in the mounting frame, and a nip roller layer, a driving roller layer, a wire drawing roller layer, a nip roller layer, and a driving roller layer are arranged in the U-shaped cavity in sequence from top to bottom. The roller layer and the drawing roller layer respectively include a plurality of nip rollers 2111, driving rollers 2112 and drawing rollers; the drive motor 2114 is connected with the driving roller 2112, the driving roller 2112 is connected with the nip roller 2111 and the drawing roller 2113 through gears, and the driving motor 2114 Drive the driving roller 2112 to rotate, and the driving roller 2112 drives the nip roller 2111 and the wire drawing roller 2113 to rotate respectively. A plurality of wire feeding guide blocks 2115 are also provided at the bottom of the mounting frame. Guide holes are provided in the wire feeding guide blocks 2115 to guide The hole is tapered with the larger diameter end of the taper near the bottom of the mount. The cross-section of the first chute and the second chute 210 is "7" type, and the lead ball 25 is cylindrical, and a circle of grooves for the lead wire is provided on the outer peripheral surface of the cylinder. On the outer circumference of the drawing roller 2113 There is a circle of straightening grooves, and the lower end of the wire feeding mounting plate 23 and the lower end of the bead mounting plate 216 are respectively provided with a first limiting groove 231 and a second limiting groove, and the first limiting groove 231 and the second limiting groove The first limit cover 232 and the second limit cover are respectively provided on the top, and the first channel is formed between the first limit groove 231 and the first limit cover 232, and the first channel is used for the output shaft 2151 of the fourth cylinder of wire feeding. A second channel is formed between the second limiting slot and the second limiting cover, and the second channel is used for the output shaft of the third wire feeding cylinder to pass through.

The working process of the wire feeding structure is as follows: the reel 22 is provided with a plurality of lead coils, and a lead wire 213 is drawn from each lead wire coil. The lead wire 213 is made of fine steel wire. The groove is introduced into the nip roller layer and wound on the nip roller 2111. When winding the lead wire, there is no lead wire winding on the nip roller between the nip rollers wound by two adjacent lead wires, that is, multiple nip rollers 2111 There are lead wires 213 wound at intervals, and the nip rollers that are not wrapped with lead wires are used to press the lead wires on the nip rollers adjacent to it, so that the lead wires 213 are more tightly wound on the nip rollers, and the ends of the lead wires pass through the nip roller layer After entering the wire drawing roller layer, there is a straightening groove on each wire drawing roller 2113. The straightening groove can make the bent lead wire become more straight, and the lead wire passes through the straightening groove between two adjacent wire drawing rollers and then goes downward Lead out and enter the wire feeding guide block 2115, and pass through the guide hole in the wire feeding guide block.

As shown in Figures 5 to 13, the beaded structure 3 comprises a beaded support 31, a beaded first cylinder 34, a beaded second cylinder 35, a beaded third cylinder 36, a beaded fourth cylinder 37 and a beaded fifth cylinder 38, on the beaded support 31 A left cover assembly 32 and a right cover assembly 33 that cooperate with each other are provided. The left cover assembly 32 includes a plurality of left traction blocks 321 arranged in a row, a plurality of left cushion blocks 322, a plurality of left guide blocks 323, a plurality of Left pressing block 324, right closure assembly 33 comprises a plurality of right traction blocks 331 arranged in a row, a plurality of right cushion blocks 332, a plurality of right guide blocks 333, a plurality of right pressing blocks 334; a plurality of left traction blocks 321 and A plurality of right traction blocks 331 are respectively connected in series with the first beaded cylinder 34 through the left pull rod and the right pull rod 336 in series, and the plurality of left spacers 322 and the plurality of right spacers 332 are respectively connected in series through the left compression spring and the right compression spring 335 Link to each other with the first cylinder 34 of beading after being a row, a plurality of left guide blocks 323 are fixedly connected in a row and link to each other with the second cylinder 35 of beading, and a plurality of right guide blocks 333 are fixedly connected in a row and link to each other with the third cylinder 36 of beading. A left briquetting block 324 is fixedly connected as a row and links to each other with the fourth cylinder 37 of beads, and a plurality of right briquetting blocks 334 is fixedly connected as a row and links to each other with the 5th cylinder of beads 38; Fixedly connected with the left traction block 321, the right pad 332 is arranged on the upper side of the right traction block 331 and is fixedly connected with the right traction block 331, and the upper end of the adjacent side of the left pad 322 and the right pad 332 is respectively provided with a The left card slot and the right card slot 3321 supporting the beads, the left guide block 323 and the right guide block 333 are respectively located on the upper side of the left pad 322 and the right pad 332, and the end surface of the left guide block 323 and the right guide block 333 are adjacent to each other. The arc-shaped left lead groove 325 and the right lead groove 337 are respectively arranged on the top. The threading channel formed after the left lead groove and the right lead groove are closed is used for the lead wire 213 for stringing beads to pass through. A cutting rod 326 is provided in the left guide block 323. The rod 326 can reciprocate along the length direction of the beaded bracket 31, and its end is accommodated in the threading passage for cutting the lead wire during cutting; the right guide block 333 is provided with a discharge hole 338 corresponding to the position of the end of the cutting rod; The lower ends of the adjacent sides of the left pressing block and the right pressing block are respectively provided with a left pressing groove and a right pressing groove. The left and right pull rods 336 are respectively stepped. A plurality of left guide blocks and a plurality of right guide blocks are integrally formed, and a plurality of left pressure blocks and a plurality of right pressure blocks are fixedly connected by a left connecting plate and a right connecting plate 339 respectively. The other end of cutting rod is provided with movable plate 327, and cutting rod is fixedly connected with movable plate, and one side of movable plate 327 is also provided with fixed mount, and fixed mount is provided with beaded sixth cylinder 39 and beaded seventh cylinder 310, beaded The sixth cylinder and the beaded seventh cylinder drive the movable plate 327 to drive the cutting rod 236 to reciprocate along the length direction of the beaded bracket.

Preferably, the beaded structure also includes a left guide plate 328 arranged on the lower side of the left traction block 321 and a right guide plate 3310 arranged on the lower side of the right traction block 331, and a chute is provided on the left guide plate 328 and the right guide plate 3310 , The lower side of the left traction block 321 and the lower side of the right traction block 331 are provided with a slide block matched with the chute. The side of the left block near the left traction block is provided with a left connecting column, the side of the right block 332 close to the right traction block is provided with a right connecting column 3322, and the left block 322 and the left traction block 321 are fixedly connected by the left connecting column , the right cushion block 332 is fixedly connected with the right traction block 331 through the right connecting column 3322 . Left connecting post and right connecting post 3322 are provided with left pin hole and right pin hole respectively, left pin and right pin are respectively provided with in left traction block and right traction block, and left pin, right pin are inserted in left pin hole and right pin respectively. in the right pin hole.

As shown in Figures 6 and 7, the working process of the beaded structure is: in the initial state, there is a gap between two adjacent left traction blocks 321, and a gap exists between two adjacent right traction blocks 331, that is to say The left traction block and the right traction block are non-closely arranged respectively. When the beaded first cylinder 34 drives the left tie rod and the right tie rod 336 to shrink and move in a direction close to the beaded first cylinder 34, the left traction block positioned on the left tie rod and the right pull rod will 321 and the right traction block 331 follow the movement, and the left stage clip and the right stage clip 335 accumulate force, finally making the gap between the adjacent two left traction blocks 321 and the adjacent two right traction blocks 331 disappear. The left traction block and a plurality of right traction blocks are respectively close together to realize close arrangement, since the left spacer 322 and the right spacer 332 are fixedly connected with the left traction block 321 and the right traction block 331 respectively, so the left spacer and the right spacer Close arrangement is also realized. When the left spacer 322 and the right spacer 332 are closely arranged, the left card slot and the right card slot 3321 are butted together to form the bottom of the movable channel for the beads 4 to pass through, and then the beads 4 are fed from the arrangement feeding structure 1 The middle and lower process receiving groove enters the bottom of the active channel. At this time, two adjacent beads are next to each other. After the beads 4 enter the bottom of the active channel, the gland 212 located on the wire feeding structure 2 covers the upper side of the beads and presses them. While tightening the beads, it is used as the upper part of the movable channel, and then the left pressing block 324 and the right pressing block 334 are covered on the gland 212, and the first cylinder of the beading releases the left pull rod and the right pull rod 336. At this time, the left clip spring and the right clip spring 335 Respectively release the elastic force, under the action of the elastic force, a plurality of left spacers 322 closely arranged are separated from each other to form a certain space, and a plurality of right spacers 332 are separated from each other to form a certain space, and then the left guide block 323 is inserted into two adjacent left spacers. In the space between the spacers 322, the right guide block 333 is inserted into the space between the adjacent right spacers 332 respectively. At this time, the movable channel is no longer a complete one but section by section. With a bead 4, a plurality of left traction blocks and a plurality of right traction blocks are also in a separated state under the drive of the left pad and the right pad respectively; The right lead wire groove 337 is merged into a threading channel, and the wire feeding guide block 2115 on the wire feeding mechanism is pressed against the upper side of the left guide block 323 and the right guide block 333, and the lead wire passes through the guide hole into the threading channel, and then passes through the threading channel. After the two adjacent beads 4 are connected in series, the cutting rod cuts off the lead wire located at the entrance of the threading channel to prepare for the next threading. The cut lead wire waste is discharged from the discharge hole and connected in series. The beads together are discharged out of the fully automatic bead stringing machine, and the beading process is completed.

The arrangement and feeding structure, the wire feeding structure and the beading structure in the present invention cooperate with each other to realize fully automatic beading, which can greatly improve the efficiency of beading, reduce the production cost, and the overall structure design is precise.

The above embodiments are only used to illustrate the technical solution of the present invention, not to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those of ordinary skill in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or perform equivalent replacements for each part of the technical features, and These modifications or substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.

Claims (6)

1. a kind of full-automatic stringing machine, which is characterized in that including arrangement feeding structure, wire feed structure and bead structure；

The arrangement feeding structure (1) includes that vibration is lined up sorting component (101), beading guidance set, pearl length is sent to control Component, beading crosswise pushing component, a beading longitudinally push component, lower process receiving slit；

The wire feed structure (2) includes wire feed bracket (21), and reel (22) is respectively equipped on the wire feed bracket (21), is supplied Silk mechanism, compression bead mechanism, the first cylinder of wire feed (26) and the second cylinder of wire feed (27)；The reel (22) is multilayer reel, The silk supplying machine structure is set to the front side of the reel (22), and the silk supplying machine structure includes installing for silk for L-shaped setting Plate (23) and lead plate (24), the lead plate (24) are equipped with multiple lead pearls (25), multiple lead pearls (25) The side of the silk supplying machine structure is arranged in L-shaped distribution, the compression bead mechanism, and the compression bead mechanism includes compression bead installation Plate (216), first cylinder of wire feed (26) and the second cylinder of wire feed (27) are separately positioned on the wire feed bracket (21) Both ends, between first cylinder of wire feed (26) and the silk supplying machine structure be equipped with the first slide plate (28), described The second slide plate (29) are equipped between the second cylinder of wire feed (27) and the compression bead mechanism, first slide plate (28) and second The two sides of the length direction of slide plate (29) are respectively equipped with first sliding groove and second sliding slot (210), the first sliding groove and second Sliding slot (210) is fixed on the wire feed bracket (21), the output shaft of first cylinder of wire feed (26) with it is described The first slide plate (28) be connected, the output shaft of second cylinder of wire feed (27) is connected with second slide plate (29), institute That states is fixedly linked for silk mounting plate (23) and first slide plate (28), the compression bead mounting plate (216) and described Second slide plate (29) is fixedly linked；The end of the first slide plate (28) corresponding to the lower end for silk mounting plate (23) is set There is the first elongated slot, the end of the second slide plate (29) corresponding to the lower end of the compression bead mounting plate (216) is equipped with the second elongated slot, The wire feed bracket (21) is equipped with through slot, and the through slot is located at the lower section of first elongated slot and the second elongated slot, institute The lower end for silk mounting plate (23) stated is equipped with wire feed component (211) after passing through first elongated slot and through slot, the pressure The lower end of pearl mounting plate (216) is equipped with gland (212) after passing through second elongated slot and through slot；The compression bead mounting plate (216) it is equipped with wire feed third cylinder (214), the wire feed third cylinder (214) drives the gland (212) past up and down Multiple movement；The wire feed component (211) includes driving motor (2114), mounting rack, described for setting on silk mounting plate (23) There is the 4th cylinder (215) of wire feed, the output shaft (2151) of the 4th cylinder of wire feed is connected with the mounting rack drives institute The wire feed component (211) stated pumps；U-shaped cavity is equipped in the mounting rack, in the U-shaped cavity from top to bottom according to Roll dies layer, active layer of rolls, wire drawing layer of rolls are stung in secondary setting, it is described sting roll dies layer, active layer of rolls, wire drawing layer of rolls respectively include it is multiple Sting roll dies (2111), drive roll (2112) and wire drawing roller (2113)；The driving motor (2114) and the drive roll (2112) it is connected, the drive roll (2112) is connected with sting roll dies (2111), the wire drawing roller (2113) by gear, institute The bottom for the mounting rack stated is additionally provided with multiple wire feed guide pads (2115), is equipped with guiding in the wire feed guide pad (2115) Hole；

The bead structure (3), including beading bracket (31), the first cylinder of a beading (34), the second cylinder of a beading (35), a beading Third cylinder (36), the 4th cylinder (37) of a beading and the 5th cylinder (38) of a beading, the beading bracket (31) are equipped with mutual The left closing lid component (32) of cooperation, right closing lid component (33), it is in what a column arranged that the left closing lid component (32), which includes multiple, Left guiding piece (321), multiple left cushion blocks (322), multiple left guide pads (323), multiple left briquettings (324), the right closing lid Component (33) includes multiple be in a column arrangement right guiding piece (331), multiple right cushion blocks (332), multiple right guide pads (333), Multiple right briquettings (334)；Multiple left guiding pieces (321) and multiple right guiding pieces (331) pass through left lever and right pull rod respectively (336) series connection is is connected with first cylinder of a beading (34) after a column, multiple left cushion blocks (322) and multiple right cushion blocks (332) multiple respectively by left pressure spring and right pressure spring (335) series connection to be connected after a column with first cylinder of a beading (34) Left guide pad (323) is connected to be connected after a column with second cylinder of a beading (35), multiple right guide pads (333) Be connected for one column after be connected with the beading third cylinder (36), multiple left briquettings (324) be connected for one arrange after with it is described The 4th cylinder (37) of a beading is connected, and multiple right briquettings (334) are connected to be connected after a column with the 5th cylinder (38) of a beading； Left cushion block (322) setting is connected on the upside of left guiding piece (321) and with the left guiding piece (321), the right side Cushion block (332) setting is connected on the upside of right guiding piece (331) and with the right guiding piece (331), in the left cushion block (322) and the upper end of the adjacent side of right cushion block (332) is respectively provided with the left card slot and right card slot (3321) for supporting pearl, institute Left guide pad (323), the right guide pad (333) stated are located at the left cushion block (322), right cushion block (332) upside, described Left guide pad (323) be respectively equipped with the left wire lead slot of arc (325) on the end face of adjacent side with right guide pad (333) and the right side is drawn Threading channel the drawing for a beading formed after wire casing (337), the left wire lead slot (325) and right wire lead slot (337) closure Line (213) passes through, and is equipped with cutter bar (326) in the left guide pad, the cutter bar (326) can be along beading bracket (31) length direction moves back and forth, and end is accommodated in the threading channel in cutting；The right guide pad (333) In be equipped with relief hole (338) corresponding with the end position of cutter bar (326)；The left briquetting (324) and the right side The lower end of the adjacent side of briquetting (334) is respectively equipped with left indent and right indent.

2. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the pilot hole is taper, taper The one end being relatively large in diameter is close to the bottom of the mounting rack.

3. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the outer circle of the wire drawing roller (2113) It is equipped with a circle alignment groove week.

4. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the left lever and right pull rod It (336) is respectively stairstepping.

5. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the left cushion block (322) is close to left The side of guiding piece (321) is equipped with left connecting column, and the right cushion block (332) is equipped with the right side close to the side of the right guiding piece Connecting column (3322), the left cushion block and the left guiding piece are connected by the left connecting column, the right cushion block It is connected with the right guiding piece by the right connecting column.

6. a kind of full-automatic stringing machine according to claim 5, which is characterized in that the left connecting column and right connecting column (3322) it is respectively equipped with left pin hole and right pin hole on, is respectively equipped with left pin and right pin in the left guiding piece and right guiding piece Nail, the left pin, right pin are plugged on respectively in the left pin hole and right pin hole.