Wire threading and bundling machine

Abstract

The present invention relates to the technical field of material packaging, and specifically refers to a wire threading bundling machine, which includes a fixed seat, a bracket, a moving frame, a wire feeding mechanism and a wire drawing mechanism. The bracket is provided with at least one wire feeding plate, and at least one wire feeding mechanism is provided on the wire feeding plate. Wire feeding holes are spaced on the wire feeding plate. The moving frame is slidably connected to the fixed seat. The moving frame is provided with at least one wire drawing plate, and at least one wire drawing mechanism is provided on the wire drawing plate. Wire drawing holes are spaced on the wire drawing plate. The wire feeding mechanism includes a wire feeding support plate, a wire feeding hinge seat, a wire feeding lower tooth plate, a wire feeding pressure spring frame, a wire feeding upper tooth plate and a wire feeding pressure spring. The wire drawing mechanism includes a wire drawing support plate, a wire drawing hinge seat, a wire drawing lower tooth plate, a wire drawing pressure spring frame, a wire drawing upper tooth plate and a wire drawing pressure spring. A moving mechanism is provided on the moving frame, and the moving mechanism includes a fixed plate, a guide plate, an upper roller, an upper roller shaft, a lower roller and a lower roller shaft. The structure of the present invention is novel, the operation is safe and convenient, the working intensity is low, and the bundling efficiency is high.

Description

Technical Field

[0001] The present invention relates to the technical field of material packaging, and specifically refers to a wire threading bundling machine. Background Art

[0002] In the prior art, the bundling of net-shaped goods usually adopts manual operation to thread a steel wire through layer by layer of net-shaped goods. Net-shaped goods usually require more than one steel wire for fixation. Manual wire threading is time-consuming and laborious, with a large working intensity, low bundling efficiency, and it is also easy to be scratched by the steel wire if the operation is improper. Summary of the Invention

[0003] The purpose of the present invention is to solve the deficiencies of the prior art and provide a wire threading bundling machine with novel structure, safe and convenient operation, time-saving and labor-saving, low working intensity, and high bundling efficiency.

[0004] To achieve the above purpose, the technical solution adopted by the present invention is:

[0005] A wire threading bundling machine, characterized in that: it includes a fixed seat, a bracket, a moving frame, a wire feeding mechanism and a wire drawing mechanism. The fixed seat is provided with a bracket and a moving frame from front to back. The bracket is fixedly connected to the fixed seat. The bracket is provided with at least one wire feeding plate from top to bottom. The left and right ends of the wire feeding plate are fixedly connected to the bracket. The wire feeding plate is provided with at least one wire feeding mechanism, and wire feeding holes are arranged at intervals on the wire feeding plate. The wire feeding mechanism is located on the front side of the wire feeding plate and is connected to the wire feeding plate. The moving frame is slidably connected to the fixed seat, and the moving frame can move back and forth relative to the bracket. The moving frame is provided with at least one wire drawing plate from top to bottom. The left and right ends of the wire drawing plate are fixedly connected to the moving frame. The wire drawing plate cooperates with the wire feeding plate. The wire drawing plate is provided with at least one wire drawing mechanism, and wire drawing holes are arranged at intervals on the wire drawing plate. The wire drawing mechanism is located on the rear side of the wire drawing plate and is connected to the wire drawing plate. The wire drawing mechanism cooperates with the wire feeding mechanism. When in use, a piece of goods is placed between the bracket and the moving frame. A steel wire passes through the wire feeding mechanism, the wire feeding hole, passes through the goods, then passes through the wire drawing hole and then passes through the wire drawing mechanism. The wire drawing mechanism pulls the steel wire, then loosens it, and then stacks another layer of goods on the goods. The steel wire passes through the goods, then passes through the wire drawing hole and then passes through the wire drawing mechanism. The wire drawing mechanism pulls the steel wire, and so on until the required thickness of the goods is reached.

[0006] The wire feeding mechanism of the present invention includes a wire feeding support plate, a wire feeding hinge seat, a wire feeding lower tooth plate, a wire feeding pressure spring frame, a wire feeding upper tooth plate and a wire feeding pressure spring. The wire feeding support plate is located in front of the wire feeding plate. The wire feeding support plate is fixedly connected to the wire feeding plate. The wire feeding support plate is provided with a wire feeding hinge seat and a wire feeding lower tooth plate at intervals. The wire feeding lower tooth plate is located behind the wire feeding hinge seat. The wire feeding lower tooth plate is provided with a wire feeding pressure spring frame. The lower end of the wire feeding lower tooth plate is fixedly connected to the wire feeding support plate.

[0007] An upper end of the wire feeding lower tooth plate is provided with wire feeding upper teeth at intervals upward and backward. A wire feeding wire passing groove is provided on the wire feeding upper teeth of the wire feeding lower tooth plate to facilitate accommodating and passing through a steel wire. A wire feeding upper tooth plate is provided on the wire feeding lower tooth plate. A front end of the wire feeding upper tooth plate passes forward through a wire feeding hinge seat to form a wire feeding pressing plate. The wire feeding upper tooth plate is hinged to the wire feeding hinge seat. A rear end of the wire feeding upper tooth plate is placed on the wire feeding lower tooth plate. A lower end of the wire feeding upper tooth plate is provided with wire feeding lower teeth at intervals downward and backward. The wire feeding lower teeth cooperate with the wire feeding upper teeth to facilitate the wire feeding lower teeth and the wire feeding upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. An upper end of the wire feeding upper tooth plate is provided with a wire feeding pressure spring groove. A wire feeding pressure spring is arranged in the wire feeding pressure spring groove. The wire feeding pressure spring is placed in a wire feeding pressure spring frame. A lower end of the wire feeding pressure spring is placed in the wire feeding pressure spring groove, and an upper end abuts against a top of the wire feeding pressure spring frame. A lower end of the wire feeding pressure spring frame is fixedly connected to the wire feeding lower tooth plate to facilitate pressing the wire feeding upper tooth plate downward through the wire feeding pressure spring. A lower end of the wire feeding hinge seat is fixedly connected to a wire feeding support plate. A wire feeding inlet hole is provided on the wire feeding hinge seat to facilitate the steel wire to pass through the wire feeding inlet hole, the wire feeding wire passing groove, and then through a wire feeding hole, which is convenient for subsequent bundling of goods.

[0008] A wire feeding pressing bolt is arranged on the wire feeding pressure spring frame of the present invention. The wire feeding pressing bolt is threadedly connected to the wire feeding pressure spring frame. A lower end of the wire feeding pressing bolt abuts against an upper end of the wire feeding pressure spring to facilitate adjusting a pressing force of the wire feeding pressure spring on the wire feeding upper tooth plate through the wire feeding pressing bolt.

[0009] A wire feeding adjusting plate is arranged between the wire feeding support plate and a wire feeding plate of the present invention. The wire feeding adjusting plate is vertically and fixedly connected to the wire feeding support plate. A wire feeding perforation is provided on the wire feeding adjusting plate. The wire feeding adjusting plate is stuck on the wire feeding plate and is slidably connected to the wire feeding plate. At least one wire feeding limiting bolt is arranged on the wire feeding adjusting plate. The wire feeding limiting bolt is threadedly connected to the wire feeding adjusting plate. A wire feeding adjusting groove is provided on the wire feeding plate. The wire feeding limiting bolt passes through the wire feeding adjusting plate and is placed in the wire feeding adjusting groove to fixedly connect the wire feeding adjusting plate and the wire feeding plate to facilitate adjusting a position of the wire feeding support plate on the wire feeding plate through the wire feeding adjusting plate and fixing it by locking the wire feeding limiting bolt after it is appropriate.

[0010] The wire drawing mechanism of the present invention includes a wire drawing support plate, a wire drawing hinge seat, a wire drawing lower tooth plate, a wire drawing pressure spring holder, a wire drawing upper tooth plate, and a wire drawing pressure spring. The wire drawing support plate is located behind the wire drawing plate and is fixedly connected to the wire drawing plate. The wire drawing support plate is provided with a wire drawing hinge seat and a wire drawing lower tooth plate at intervals. The wire drawing lower tooth plate is located in front of the wire drawing hinge seat. The wire drawing pressure spring holder is provided on the wire drawing lower tooth plate. The lower end of the wire drawing lower tooth plate is fixedly connected to the wire drawing support plate. The upper end of the wire drawing lower tooth plate is provided with wire drawing upper teeth at intervals upward and backward. A wire drawing wire passing groove is provided on the wire drawing upper teeth of the wire drawing lower tooth plate to facilitate accommodating and passing through the steel wire. The wire drawing upper tooth plate is provided on the wire drawing lower tooth plate. The rear end of the wire drawing upper tooth plate passes through the wire drawing hinge seat backward to form a wire drawing pressing plate. The wire drawing upper tooth plate is hinged to the wire drawing hinge seat. The front end of the wire drawing upper tooth plate is placed on the wire drawing lower tooth plate. The lower end of the wire drawing upper tooth plate is provided with wire drawing lower teeth at intervals downward and backward. The wire drawing lower teeth cooperate with the wire drawing upper teeth to facilitate the wire drawing lower teeth and the wire drawing upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. A wire drawing pressure spring groove is provided at the upper end of the wire drawing upper tooth plate. A wire drawing pressure spring is provided in the wire drawing pressure spring groove. The wire drawing pressure spring is placed in the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring is placed in the wire drawing pressure spring groove, and the upper end abuts against the top of the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring holder is fixedly connected to the wire drawing lower tooth plate to facilitate pressing the wire drawing upper tooth plate downward through the wire drawing pressure spring. The lower end of the wire drawing hinge seat is fixedly connected to the wire drawing support plate. A wire drawing outlet hole is provided on the wire drawing hinge seat to facilitate the steel wire to pass through the goods, pass through the wire drawing wire passing groove and the wire drawing outlet hole, and be pulled backward after being matched by the wire drawing lower teeth and the wire drawing upper teeth.

[0011] A wire drawing pressing bolt is provided on the wire drawing pressure spring holder of the present invention. The wire drawing pressing bolt is threadedly connected to the wire drawing pressure spring holder. The lower end of the wire drawing pressing bolt abuts against the upper end of the wire drawing pressure spring to facilitate adjusting the pressing force of the wire drawing pressure spring on the wire drawing upper tooth plate through the wire drawing pressing bolt.

[0012] A wire drawing adjusting plate is provided between the wire drawing support plate and the wire drawing plate of the present invention. The wire drawing adjusting plate is vertically and fixedly connected to the wire drawing support plate. A wire drawing through hole is provided on the wire drawing adjusting plate. The wire drawing adjusting plate is stuck on the wire drawing plate and is slidably connected to the wire drawing plate. At least one wire drawing limit bolt is provided on the wire drawing adjusting plate. The wire drawing limit bolt is threadedly connected to the wire drawing adjusting plate. A wire drawing adjusting groove is provided on the wire drawing plate. The wire drawing limit bolt passes through the wire drawing adjusting plate and is placed in the wire drawing adjusting groove to fixedly connect the wire drawing adjusting plate and the wire drawing plate, so as to facilitate adjusting the position of the wire drawing support plate on the wire drawing plate through the wire drawing adjusting plate, ensuring that the position of one wire drawing support plate corresponds to that of one wire feeding support plate. After the position is appropriate, the wire drawing limit bolt is locked to fix it.

[0013] At the rear end of the wire drawing adjusting plate of each wire drawing mechanism of the present invention, there is a wire drawing support plate, which is vertically and fixedly connected to the wire drawing adjusting plate. The wire drawing support plate is provided with a wire drawing support plate chute, and the wire drawing support plate chute is provided with a wire drawing support plate moving connection groove. A moving bolt is arranged in the wire drawing support plate moving connection groove. The wire drawing support plate is placed in the wire drawing support plate chute. The moving bolt passes through the wire drawing support plate moving connection groove and is fixedly connected to the wire drawing support plate. The moving bolt is slidably connected to the wire drawing support plate moving connection groove. After the steel wire passes through the wire drawing mechanism and is clamped by the upper wire drawing teeth and the lower wire drawing teeth, manually pull the wire drawing support plate backward, and the wire drawing support plate drives the steel wire to move backward in the wire drawing support plate chute, so as to realize pulling the steel wire backward. After the steel wire is pulled backward, press the wire drawing pressing plate, so that the upper wire drawing teeth and the lower wire drawing teeth are separated, and the steel wire is not clamped. Push and pull the wire drawing pressing plate forward, and the wire drawing pressing plate resets.

[0014] A moving mechanism is arranged on the moving frame of the present invention. The moving mechanism includes a fixed plate, a guide plate, an upper roller, an upper roller shaft, a lower roller and a lower roller shaft. Fixed plates are respectively arranged on both sides of the rear end of the fixed seat, and the fixed plates are fixedly connected to the fixed seat. Guide plates are respectively arranged on the left and right sides inside the moving frame. The front end of the guide plate is fixedly connected to the support, and the rear end is fixedly connected to the fixed plate. Slideways are respectively arranged at the upper end and the lower end of the guide plate. An upper roller is arranged at the upper end of the guide plate, and a lower roller is arranged at the lower end of the guide plate. The upper roller is movably installed on the upper roller shaft, and the upper roller is slidably connected to the slideway at the upper end of the guide plate. The upper roller shaft is fixedly connected to the moving frame. The lower roller is movably installed on the lower roller shaft, and the lower roller is slidably connected to the slideway at the lower end of the guide plate. The moving frame is sleeved on the two guide plates and moves forward and backward relative to the guide plate through the upper roller, the lower roller and the slideway, so as to facilitate and smoothly move the moving frame.

[0015] Guide grooves are respectively arranged on the inner walls of both sides of the moving frame of the present invention. The guide plate cooperates with the guide grooves. A lower roller shaft adjusting groove is arranged on the moving frame at the lower end of the guide groove. The lower roller shaft is placed in the lower roller shaft adjusting groove and is movably connected to the lower roller shaft adjusting groove. The lower roller shaft can move up and down in the lower roller shaft adjusting groove. The guide plate passes through the guide groove. The upper end of the guide plate is slidably connected to the upper roller, and the lower end of the guide plate is slidably connected to the lower roller, so as to facilitate the adjustment of the lower roller and better cooperate with the guide plate.

[0016] Adjusting bolts are respectively arranged on the outer walls of both sides of the moving frame of the present invention. The adjusting bolts are threadedly connected to the moving frame. The adjusting bolts pass through the moving frame and abut against the guide plate to limit the moving frame, so that during use, the position of the moving frame can be adjusted through the adjusting bolts to ensure that the wire drawing holes on the moving frame correspond to the wire feeding holes on the support one by one.

[0017] The present invention can also be realized by the following technical solutions:

[0018] A wire threading and bundling machine, characterized in that: it includes a fixed seat, a bracket, a movable frame, a wire feeding mechanism and a wire drawing mechanism. The fixed seat is provided with a bracket and a movable frame from front to back. The bracket is fixedly connected to the fixed seat. The bracket is provided with at least two wire feeding plates from top to bottom. The left and right ends of the wire feeding plate are fixedly connected to the bracket. At least one wire feeding mechanism is provided on the wire feeding plate. Wire feeding holes are spaced on the wire feeding plate. The wire feeding mechanism is located on the front side of the wire feeding plate and is connected to the wire feeding plate. The movable frame is slidably connected to the fixed seat and can move back and forth relative to the bracket. The movable frame is provided with at least two wire drawing plates from top to bottom. The left and right ends of the wire drawing plate are fixedly connected to the movable frame. The wire drawing plate cooperates with the wire feeding plate. At least one wire drawing mechanism is provided on the wire drawing plate. Wire drawing holes are spaced on the wire drawing plate. The wire drawing mechanism is located on the rear side of the wire drawing plate and is connected to the wire drawing plate. The wire drawing mechanism cooperates with the wire feeding mechanism. When in use, a goods is placed between the bracket and the movable frame. The steel wire passes through the wire feeding mechanism, the wire feeding hole, through the goods and then through the wire drawing hole and then through the wire drawing mechanism. The wire drawing mechanism draws the steel wire, then loosens it, and then stacks another layer of goods on the goods. The steel wire passes through the goods, then through the wire drawing hole and then through the wire drawing mechanism. The wire drawing mechanism draws the steel wire, and so on until the required thickness of the goods is reached.

[0019] The wire feeding mechanism of the present invention includes a wire feeding support plate, a wire feeding hinge seat, a wire feeding lower tooth plate, a wire feeding pressure spring frame, a wire feeding upper tooth plate and a wire feeding pressure spring. The wire feeding support plate is located in front of the wire feeding plate and is fixedly connected to the wire feeding plate. The wire feeding support plate is spaced with a wire feeding hinge seat and a wire feeding lower tooth plate. The wire feeding lower tooth plate is located behind the wire feeding hinge seat. A wire feeding pressure spring frame is provided on the wire feeding lower tooth plate. The lower end of the wire feeding lower tooth plate is fixedly connected to the wire feeding support plate.

[0020] The upper end of the wire-feeding lower toothed plate is provided with wire-feeding upper teeth at intervals upward and backward. A wire-feeding wire-passing groove is arranged on the wire-feeding upper teeth of the wire-feeding lower toothed plate to facilitate accommodating and passing through the steel wire. A wire-feeding upper toothed plate is arranged on the wire-feeding lower toothed plate. The front end of the wire-feeding upper toothed plate passes forward through a wire-feeding hinge seat to form a wire-feeding pressing plate. The wire-feeding upper toothed plate is hinged to the wire-feeding hinge seat. The rear end of the wire-feeding upper toothed plate is placed on the wire-feeding lower toothed plate. The lower end of the wire-feeding upper toothed plate is provided with wire-feeding lower teeth at intervals downward and backward. The wire-feeding lower teeth cooperate with the wire-feeding upper teeth to facilitate the wire-feeding lower teeth and the wire-feeding upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. The upper end of the wire-feeding upper toothed plate is provided with a wire-feeding pressure spring groove. A wire-feeding pressure spring is arranged in the wire-feeding pressure spring groove. The wire-feeding pressure spring is placed in a wire-feeding pressure spring frame. The lower end of the wire-feeding pressure spring is placed in the wire-feeding pressure spring groove, and the upper end abuts against the top of the wire-feeding pressure spring frame. The lower end of the wire-feeding pressure spring frame is fixedly connected to the wire-feeding lower toothed plate to facilitate pressing the wire-feeding upper toothed plate downward through the wire-feeding pressure spring. The lower end of the wire-feeding hinge seat is fixedly connected to a wire-feeding support plate. A wire-feeding inlet hole is arranged on the wire-feeding hinge seat to facilitate the steel wire to pass through the wire-feeding inlet hole, the wire-feeding wire-passing groove, and then through the wire-feeding hole, which is convenient for subsequent bundling of goods.

[0021] A wire-feeding pressing bolt is arranged on the wire-feeding pressure spring frame of the present invention. The wire-feeding pressing bolt is threadedly connected to the wire-feeding pressure spring frame. The lower end of the wire-feeding pressing bolt abuts against the upper end of the wire-feeding pressure spring to facilitate adjusting the pressing force of the wire-feeding pressure spring on the wire-feeding upper toothed plate through the wire-feeding pressing bolt.

[0022] A wire-feeding adjusting plate is arranged between the wire-feeding support plate and the wire-feeding plate of the present invention. The wire-feeding adjusting plate is vertically and fixedly connected to the wire-feeding support plate. A wire-feeding perforation is arranged on the wire-feeding adjusting plate. The wire-feeding adjusting plate is stuck on the wire-feeding plate and is slidably connected to the wire-feeding plate. At least one wire-feeding limiting bolt is arranged on the wire-feeding adjusting plate. The wire-feeding limiting bolt is threadedly connected to the wire-feeding adjusting plate. A wire-feeding adjusting groove is arranged on the wire-feeding plate. The wire-feeding limiting bolt passes through the wire-feeding adjusting plate and is placed in the wire-feeding adjusting groove to fixedly connect the wire-feeding adjusting plate and the wire-feeding plate, so as to facilitate adjusting the position of the wire-feeding support plate on the wire-feeding plate through the wire-feeding adjusting plate and fixing it by locking the wire-feeding limiting bolt after it is appropriate.

[0023] The wire drawing mechanism described in the present invention includes a wire drawing support plate, a wire drawing hinge seat, a wire drawing lower tooth plate, a wire drawing pressure spring holder, a wire drawing upper tooth plate, and a wire drawing pressure spring. The wire drawing support plate is located behind the wire drawing plate and is fixedly connected to the wire drawing plate. The wire drawing support plate is provided with a wire drawing hinge seat and a wire drawing lower tooth plate at intervals. The wire drawing lower tooth plate is located in front of the wire drawing hinge seat. The wire drawing lower tooth plate is provided with a wire drawing pressure spring holder. The lower end of the wire drawing lower tooth plate is fixedly connected to the wire drawing support plate. The upper end of the wire drawing lower tooth plate is provided with wire drawing upper teeth at intervals upward and backward. The wire drawing upper teeth of the wire drawing lower tooth plate are provided with wire drawing wire passing grooves to facilitate accommodating and passing through the steel wire. The wire drawing lower tooth plate is provided with a wire drawing upper tooth plate. The rear end of the wire drawing upper tooth plate passes through the wire drawing hinge seat backward to form a wire drawing pressing plate. The wire drawing upper tooth plate is hinged to the wire drawing hinge seat. The front end of the wire drawing upper tooth plate is placed on the wire drawing lower tooth plate. The lower end of the wire drawing upper tooth plate is provided with wire drawing lower teeth at intervals downward and backward. The wire drawing lower teeth cooperate with the wire drawing upper teeth to facilitate the wire drawing lower teeth and the wire drawing upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. The upper end of the wire drawing upper tooth plate is provided with a wire drawing pressure spring groove. A wire drawing pressure spring is arranged in the wire drawing pressure spring groove. The wire drawing pressure spring is placed in the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring is placed in the wire drawing pressure spring groove, and the upper end abuts against the top of the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring holder is fixedly connected to the wire drawing lower tooth plate to facilitate pressing the wire drawing upper tooth plate downward through the wire drawing pressure spring. The lower end of the wire drawing hinge seat is fixedly connected to the wire drawing support plate. The wire drawing hinge seat is provided with a wire drawing hole to facilitate the steel wire to pass through the goods, pass through the wire drawing wire passing groove and the wire drawing hole, and be pulled backward after being matched by the wire drawing lower teeth and the wire drawing upper teeth.

[0024] The wire drawing pressure spring holder described in the present invention is provided with a wire drawing pressing bolt. The wire drawing pressing bolt is threadedly connected to the wire drawing pressure spring holder. The lower end of the wire drawing pressing bolt abuts against the upper end of the wire drawing pressure spring to facilitate adjusting the pressing force of the wire drawing pressure spring on the wire drawing upper tooth plate through the wire drawing pressing bolt.

[0025] A wire drawing adjusting plate is arranged between the wire drawing support plate and the wire drawing plate. The wire drawing adjusting plate is vertically and fixedly connected to the wire drawing support plate. The wire drawing adjusting plate is provided with a wire drawing through hole. The wire drawing adjusting plate is stuck on the wire drawing plate and is slidably connected to the wire drawing plate. The wire drawing adjusting plate is provided with at least one wire drawing limit bolt. The wire drawing limit bolt is threadedly connected to the wire drawing adjusting plate. The wire drawing plate is provided with a wire drawing adjusting groove. The wire drawing limit bolt passes through the wire drawing adjusting plate and is placed in the wire drawing adjusting groove to fixedly connect the wire drawing adjusting plate and the wire drawing plate to facilitate adjusting the position of the wire drawing support plate on the wire drawing plate through the wire drawing adjusting plate, ensuring that the position of one wire drawing support plate corresponds to that of one wire feeding support plate. After the position is appropriate, the wire drawing limit bolt is locked and fixed.

[0026] On the moving frame of the present invention, there is at least one linkage mechanism. The linkage mechanism includes a linkage pull plate, a linkage pressure rod, and a linkage feeding plate. The linkage feeding plate is located between the wire feeding adjusting plates of two adjacent wire feeding mechanisms in the same vertical direction. The upper and lower ends of the linkage feeding plate are fixedly connected to the wire feeding adjusting plates of the upper and lower wire feeding mechanisms, so as to facilitate the synchronous sliding of the wire feeding mechanisms in the same vertical direction. The linkage pull plate is located between the wire drawing adjusting plates of two adjacent wire drawing mechanisms in the same vertical direction. The upper and lower ends of the linkage pull plate are fixedly connected to the wire drawing adjusting plates of the upper and lower wire drawing mechanisms, so as to facilitate the synchronous sliding of the wire drawing mechanisms in the same vertical direction. A linkage pressure rod is arranged between the wire drawing mechanisms on the moving frame in the same vertical direction. The linkage pressure rod is fixedly connected to the wire drawing pressure plate of each wire drawing mechanism in the vertical direction, so as to facilitate pressing down the wire drawing pressure plate of the uppermost wire drawing mechanism in the same vertical direction on the moving frame, and the wire drawing pressure plates of the wire drawing mechanisms below it can be synchronously pressed down, saving time and effort.

[0027] On the moving frame of the present invention, there is a wire drawing connection frame between the wire drawing mechanisms in the same vertical direction. A wire drawing support plate is arranged at the rear end of the wire drawing adjusting plate of each wire drawing mechanism. The wire drawing support plate is perpendicularly and fixedly connected to the wire drawing adjusting plate. A wire drawing support plate chute is arranged on the wire drawing support plate. A wire drawing support plate moving connection groove and a linkage pressure rod groove are arranged at intervals from front to back in the middle of the wire drawing support plate chute. A moving bolt is arranged in the wire drawing support plate moving connection groove. The wire drawing support plate is placed in the wire drawing support plate chute, and the rear end of the wire drawing support plate is fixedly connected to the wire drawing connection frame. The moving bolt passes through the wire drawing support plate moving connection groove and is fixedly connected to the wire drawing support plate. The moving bolt is slidably connected to the wire drawing support plate moving connection groove. A linkage pressure rod hole is arranged on the wire drawing support plate. The linkage pressure rod hole is matched with the linkage pressure rod groove. The linkage pressure rod passes through the linkage pressure rod hole and the linkage pressure rod groove and is fixedly connected to the wire drawing pressure plate of each wire drawing mechanism in the same vertical direction. So as to facilitate that after the steel wire passes through the wire drawing mechanism and is clamped by the upper wire drawing teeth and the lower wire drawing teeth, manually pull the wire drawing connection frame backward, the wire drawing connection frame drives the wire drawing support plate on the wire drawing mechanism in the same vertical direction to move backward, the wire drawing support plate drives the steel wire on it to move backward, realizing pulling the steel wire backward. Then press the linkage pressure rod so that the steel wire is not clamped, and then push and pull the wire drawing connection frame forward, and the wire drawing support plate resets forward.

[0028] Between two adjacent wire drawing mechanisms vertically above and below in the same vertical direction in the present invention, there is a quick reset mechanism for the wire drawing connection frame. The quick reset mechanism for the wire drawing connection frame includes a first connecting rod, a reset spring, and a second connecting rod. The first connecting rod is provided on the linkage pulling plate. The front end of the first connecting rod is fixedly connected to the linkage pulling plate, and a reset spring is provided at the rear end. The front end of the reset spring is fixedly connected to the first connecting rod, and a second connecting rod is provided at the rear end. An adjusting seat is provided on the second connecting rod. The front end of the second connecting rod is fixedly connected to the reset spring, and the rear end is fixedly connected to the wire drawing connection frame. The adjusting seat is fixedly connected to the linkage pressing rod. A connecting rod adjusting groove is provided on the adjusting seat. The second connecting rod is placed in the connecting rod adjusting groove. After the steel wire passes through the wire drawing mechanism and is clamped by the upper wire drawing teeth and the lower wire drawing teeth, when the wire drawing connection frame is manually pulled backward, the reset spring is stretched, and the wire drawing connection frame drives the wire drawing support plate on the wire drawing mechanism in the same vertical direction to move backward. The wire drawing support plate drives the steel wire thereon to move backward. After the steel wire is pulled out backward, the linkage pressing rod is pressed to make the steel wire not be clamped. When the wire drawing connection frame is released, the wire drawing connection frame can quickly reset under the action of the reset spring.

[0029] A moving mechanism is provided on the moving frame in the present invention. The moving mechanism includes a fixed plate, a guide plate, upper rollers, upper roller shafts, lower rollers, and lower roller shafts. Fixed plates are respectively provided on both sides of the rear end of the fixed seat. The fixed plates are fixedly connected to the fixed seat. Guide plates are respectively provided on the left and right sides inside the moving frame. The front end of the guide plate is fixedly connected to the support, and the rear end is fixedly connected to the fixed plate. Slideways are respectively provided at the upper and lower ends of the guide plate. Upper rollers are provided at the upper end of the guide plate, and lower rollers are provided at the lower end of the guide plate. The upper rollers are movably installed on the upper roller shafts, and the upper rollers are slidably connected to the slideways at the upper end of the guide plate. The upper roller shafts are fixedly connected to the moving frame. The lower rollers are movably installed on the lower roller shafts, and the lower rollers are slidably connected to the slideways at the lower end of the guide plate, so that the moving frame can move back and forth along the fixed seat through the guide plate, upper rollers, and lower rollers.

[0030] Guide grooves are respectively provided on the inner walls of both sides of the moving frame in the present invention. The guide plate cooperates with the guide grooves. A lower roller shaft adjusting groove is provided on the moving frame at the lower end of the guide groove. The lower roller shaft is placed in the lower roller shaft adjusting groove and is movably connected to the lower roller shaft adjusting groove. The lower roller shaft can move up and down in the lower roller shaft adjusting groove. The guide plate passes through the guide groove. The upper end of the guide plate is slidably connected to the upper roller, and the lower end of the guide plate is slidably connected to the lower roller, which is beneficial for conveniently adjusting the lower roller to better cooperate with the guide plate.

[0031] Adjusting bolts are respectively provided on the outer walls of both sides of the moving frame in the present invention. The adjusting bolts are threadedly connected to the moving frame. The adjusting bolts pass through the moving frame and abut against the guide plate to limit the position of the moving frame, so that when in use, the position of the moving frame can be adjusted through the adjusting bolts to ensure that the wire drawing holes on the moving frame correspond one by one to the wire feeding holes on the support.

[0032] Due to the adoption of the above structure, the present invention has the advantages of novel structure, safe and convenient operation, time-saving and labor-saving, low working intensity, and high bundling efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 is a schematic structural diagram of the present invention.

[0034] Figure 2 is a schematic structural diagram of the fixed seat, the bracket and the movable frame of the present invention at an angle.

[0035] Figure 3 is a schematic structural diagram of the fixed seat, the bracket and the movable frame of the present invention at another angle.

[0036] Figure 4 is a schematic structural diagram of the fixed seat, the bracket and the movable frame of the present invention at yet another angle

[0037] Figure 5 is an enlarged schematic diagram of the wire feeding mechanism of the present invention.

[0038] Figure 6 is a cross-sectional view of the wire feeding mechanism of the present invention.

[0039] Figure 7 is an enlarged schematic diagram of the connection between the upper wire feeding tooth plate and the lower wire feeding tooth plate of the present invention.

[0040] Figure 8 is an enlarged schematic diagram of the lower wire feeding tooth plate of the present invention.

[0041] Figure 9 is an enlarged schematic diagram of the wire drawing mechanism of the present invention.

[0042] Figure 10 is a cross-sectional view of the wire drawing mechanism of the present invention.

[0043] Figure 11 is an enlarged schematic diagram of the connection between the upper wire drawing tooth plate and the lower wire drawing tooth plate of the present invention.

[0044] Figure 12 is an enlarged schematic diagram of the lower wire drawing tooth plate of the present invention.

[0045] Reference numerals: fixed seat 1, bracket 2, movable frame 3, wire feeding mechanism 4, wire drawing mechanism 5, wire feeding plate 6, wire feeding hole 7, wire drawing plate 8, wire drawing hole 9, wire feeding support plate 10, wire feeding hinge seat 11, wire feeding lower tooth plate 12, wire feeding pressure spring holder 13, wire feeding upper tooth plate 14, wire feeding pressure spring 15, wire feeding upper tooth 16, wire feeding wire threading groove 17, wire feeding pressing plate 18, wire feeding lower tooth 19, wire feeding pressure spring groove 20, wire feeding inlet hole 21, wire feeding compression bolt 22, wire feeding adjusting plate 23, wire feeding perforation 24, wire feeding limit bolt 25, wire feeding adjusting groove 26, wire drawing support plate 27, wire drawing hinge seat 28, wire drawing lower tooth plate 29, wire drawing pressure spring holder 30, wire drawing upper tooth plate 31, wire drawing pressure spring 32, wire drawing upper tooth 33, wire drawing wire threading groove 34, wire drawing pressing plate 35, wire drawing lower tooth 36, wire drawing pressure spring groove 37, wire drawing outlet hole 38, wire drawing compression bolt 39, wire drawing adjusting plate 40, wire drawing perforation 41, wire drawing limit bolt 42, wire drawing adjusting groove 43, moving mechanism 44, fixing plate 45, guiding plate 46, upper roller 47, lower roller 48, adjusting bolt 49, lower roller shaft adjusting groove 50, linkage mechanism 51, linkage pulling plate 52, linkage pressing rod 53, wire drawing connecting frame 54, wire drawing support plate, wire drawing support plate moving connection groove 56, linkage pressing rod groove 57, moving bolt 58, wire drawing connecting frame quick reset mechanism 59, first connecting rod 60, reset spring 61, second connecting rod 62, adjusting seat 63, connecting rod adjusting groove 64, linkage feeding plate 65. Detailed implementation manners

[0046] The following further describes in detail the specific implementation manners of the present invention in conjunction with the drawings.

[0047] Embodiment 1

[0048] A wire threading and bundling machine, characterized in that: it includes a fixed seat 1, a bracket 2, a moving frame 3, a wire feeding mechanism 4 and a wire drawing mechanism 5. The fixed seat 1 is provided with a bracket 2 and a moving frame 3 from front to back. The bracket 2 is fixedly connected to the fixed seat 1. The bracket 2 is provided with at least one wire feeding plate 6 from top to bottom. The left and right ends of the wire feeding plate 6 are fixedly connected to the bracket 2. The wire feeding plate 6 is provided with at least one wire feeding mechanism 4. The wire feeding plate 6 is provided with wire feeding holes 7 at intervals. The wire feeding mechanism 4 is located on the front side of the wire feeding plate 6. The wire feeding mechanism 4 is connected to the wire feeding plate 6. The moving frame 3 is slidably connected to the fixed seat 1. The moving frame 3 can move back and forth relative to the bracket 2. The moving frame 3 is provided with at least one wire drawing plate 8 from top to bottom. The left and right ends of the wire drawing plate 8 are fixedly connected to the moving frame 3. The wire drawing plate 8 cooperates with the wire feeding plate 6. The wire drawing plate 8 is provided with at least one wire drawing mechanism 5. The wire drawing plate 8 is provided with wire drawing holes 9 at intervals. The wire drawing mechanism 5 is located on the rear side of the wire drawing plate 8. The wire drawing mechanism 5 is connected to the wire drawing plate 8. The wire drawing mechanism 5 cooperates with the wire feeding mechanism 4. When in use, it is beneficial that a goods is placed between the bracket and the moving frame. The steel wire passes through the wire feeding mechanism, the wire feeding hole, passes through the goods and then passes through the wire drawing hole and then passes through the wire drawing mechanism. The wire drawing mechanism pulls the steel wire, then loosens it, and then stacks another layer of goods on the goods. The steel wire passes through the goods, then passes through the wire drawing hole and then passes through the wire drawing mechanism. The wire drawing mechanism pulls the steel wire, and so on until the required thickness of the goods is reached.

[0049] The wire feeding mechanism 4 of the present invention includes a wire feeding support plate 10, a wire feeding hinge seat 11, a wire feeding lower tooth plate 12, a wire feeding pressure spring holder 13, a wire feeding upper tooth plate 14, and a wire feeding pressure spring 15. The wire feeding support plate 10 is located in front of the wire feeding plate 6, and the wire feeding support plate 10 is fixedly connected to the wire feeding plate 6. The wire feeding hinge seat 11 and the wire feeding lower tooth plate 12 are arranged at intervals on the wire feeding support plate 10. The wire feeding lower tooth plate 12 is located behind the wire feeding hinge seat 11. The wire feeding pressure spring holder 13 is arranged on the wire feeding lower tooth plate 12. The lower end of the wire feeding lower tooth plate 12 is fixedly connected to the wire feeding support plate 10. The upper end of the wire feeding lower tooth plate 12 is provided with wire feeding upper teeth 16 at intervals upward and backward. The wire feeding upper teeth 16 of the wire feeding lower tooth plate 12 are provided with wire feeding wire passing grooves 17 to facilitate accommodating and passing through the steel wire. The wire feeding upper tooth plate 14 is arranged on the wire feeding lower tooth plate 12. The front end of the wire feeding upper tooth plate 14 passes forward through the wire feeding hinge seat 11 to form a wire feeding pressing plate 18. The wire feeding upper tooth plate 14 is hinged to the wire feeding hinge seat 11. The rear end of the wire feeding upper tooth plate 14 is placed on the wire feeding lower tooth plate 12. The lower end of the wire feeding upper tooth plate 14 is provided with wire feeding lower teeth 19 at intervals downward and backward. The wire feeding lower teeth 19 cooperate with the wire feeding upper teeth 16 to facilitate the wire feeding lower teeth and the wire feeding upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. The upper end of the wire feeding upper tooth plate 14 is provided with a wire feeding pressure spring groove 20. The wire feeding pressure spring 15 is arranged in the wire feeding pressure spring groove 20. The wire feeding pressure spring 15 is placed in the wire feeding pressure spring holder 13. The lower end of the wire feeding pressure spring 15 is placed in the wire feeding pressure spring groove 20, and the upper end abuts against the top of the wire feeding pressure spring holder 13. The lower end of the wire feeding pressure spring holder 13 is fixedly connected to the wire feeding lower tooth plate 12 to facilitate pressing the wire feeding upper tooth plate downward through the wire feeding pressure spring. The lower end of the wire feeding hinge seat 11 is fixedly connected to the wire feeding support plate 10. The wire feeding hinge seat 11 is provided with a wire feeding inlet hole 21 to facilitate the steel wire to pass through the wire feeding inlet hole, the wire feeding wire passing groove, and then through the wire feeding hole, which is convenient for subsequent bundling of goods.

[0050] The wire feeding pressure spring holder 13 of the present invention is provided with a wire feeding pressing bolt 22. The wire feeding pressing bolt 22 is threadedly connected to the wire feeding pressure spring holder 13. The lower end of the wire feeding pressing bolt 22 abuts against the upper end of the wire feeding pressure spring 15 to facilitate adjusting the pressing force of the wire feeding pressure spring on the wire feeding upper tooth plate through the wire feeding pressing bolt.

[0051] A wire feeding adjusting plate 23 is provided between the wire feeding support plate 10 and the wire feeding plate 6 of the present invention. The wire feeding adjusting plate 23 is vertically and fixedly connected to the wire feeding support plate 10. A wire feeding perforation 24 is provided on the wire feeding adjusting plate 23. The wire feeding adjusting plate 23 is stuck on the wire feeding plate 6 and is slidably connected to the wire feeding plate 6. At least one wire feeding limit bolt 25 is provided on the wire feeding adjusting plate 23. The wire feeding limit bolt 25 is threadedly connected to the wire feeding adjusting plate 23. A wire feeding adjusting groove 26 is provided on the wire feeding plate 6. The wire feeding limit bolt 25 passes through the wire feeding adjusting plate 23 and is placed in the wire feeding adjusting groove 26 to fixedly connect the wire feeding adjusting plate 23 and the wire feeding plate 6, so as to facilitate adjusting the position of the wire feeding support plate on the wire feeding plate through the wire feeding adjusting plate, and fixing it by tightening the wire feeding limit bolt after it is appropriate.

[0052] The wire drawing mechanism 5 of the present invention includes a wire drawing support plate 27, a wire drawing hinge seat 28, a wire drawing lower tooth plate 29, a wire drawing pressure spring holder 30, a wire drawing upper tooth plate 31 and a wire drawing pressure spring 32. The wire drawing support plate 27 is located behind the wire drawing plate 8. The wire drawing support plate 27 is fixedly connected to the wire drawing plate 8. A wire drawing hinge seat 28 and a wire drawing lower tooth plate 29 are provided on the wire drawing support plate 27 at intervals. The wire drawing lower tooth plate 29 is located in front of the wire drawing hinge seat 28. A wire drawing pressure spring holder 30 is provided on the wire drawing lower tooth plate 29. The lower end of the wire drawing lower tooth plate 29 is fixedly connected to the wire drawing support plate 27. The upper end of the wire drawing lower tooth plate 29 is provided with wire drawing upper teeth 33 at intervals upward and backward. A wire drawing wire passing groove 34 is provided on the wire drawing upper teeth 33 of the wire drawing lower tooth plate 29 to facilitate accommodating and passing through the steel wire. A wire drawing upper tooth plate 31 is provided on the wire drawing lower tooth plate 29. The rear end of the wire drawing upper tooth plate 31 passes through the wire drawing hinge seat 28 backward to form a wire drawing pressing plate 35. The wire drawing upper tooth plate 31 is hinged to the wire drawing hinge seat 28. The front end of the wire drawing upper tooth plate 31 is placed on the wire drawing lower tooth plate 29. The lower end of the wire drawing upper tooth plate 31 is provided with wire drawing lower teeth 36 at intervals downward and backward. The wire drawing lower teeth 36 cooperate with the wire drawing upper teeth 33 to facilitate the wire drawing lower teeth and the wire drawing upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. A wire drawing pressure spring groove 37 is provided at the upper end of the wire drawing upper tooth plate 31. A wire drawing pressure spring 32 is provided in the wire drawing pressure spring groove 37. The wire drawing pressure spring 32 is placed in the wire drawing pressure spring holder 30. The lower end of the wire drawing pressure spring 32 is placed in the wire drawing pressure spring groove 37, and the upper end abuts against the top of the wire drawing pressure spring holder 30. The lower end of the wire drawing pressure spring holder 30 is fixedly connected to the wire drawing lower tooth plate 29 to facilitate pressing the wire drawing upper tooth plate downward through the wire drawing pressure spring. The lower end of the wire drawing hinge seat 28 is fixedly connected to the wire drawing support plate 27. A wire drawing outlet hole 38 is provided on the wire drawing hinge seat 28 to facilitate the steel wire to pass through the goods, pass through the wire drawing wire passing groove, the wire drawing outlet hole, and be pulled backward after being matched by the wire drawing lower teeth and the wire drawing upper teeth.

[0053] On the wire drawing pressure spring bracket 30 of the present invention, there is a wire drawing compression bolt 39, which is threadedly connected to the wire drawing pressure spring bracket 30. The lower end of the wire drawing compression bolt 39 abuts against the upper end of the wire drawing pressure spring 32, so as to facilitate adjusting the pressing force of the wire drawing pressure spring on the wire drawing upper tooth plate through the wire drawing compression bolt.

[0054] Between the wire drawing support plate 27 and the wire drawing plate 8 of the present invention, there is a wire drawing adjusting plate 40, which is perpendicularly and fixedly connected to the wire drawing support plate 27. The wire drawing adjusting plate 40 is provided with a wire drawing perforation 41. The wire drawing adjusting plate 40 is stuck on the wire drawing plate 8 and is slidably connected to the wire drawing plate 8. The wire drawing adjusting plate 40 is provided with at least one wire drawing limit bolt 42, which is threadedly connected to the wire drawing adjusting plate 40. The wire drawing plate 8 is provided with a wire drawing adjusting groove 43. The wire drawing limit bolt 42 passes through the wire drawing adjusting plate 40 and is placed in the wire drawing adjusting groove 43 to fixedly connect the wire drawing adjusting plate 40 and the wire drawing plate 8, so as to facilitate adjusting the position of the wire drawing support plate on the wire drawing plate through the wire drawing adjusting plate, ensuring that the position of a wire drawing support plate corresponds to that of a wire feeding support plate, and fixing it by tightening the wire drawing limit bolt after the position is appropriate.

[0055] At the rear end of the wire drawing adjusting plate 40 of each wire drawing mechanism 5 of the present invention, there is a wire drawing support plate 55, which is perpendicularly and fixedly connected to the wire drawing adjusting plate 40. The wire drawing support plate 55 is provided with a wire drawing support plate chute, and the wire drawing support plate chute is provided with a wire drawing support plate moving connection groove 56. A moving bolt 58 is arranged in the wire drawing support plate moving connection groove 56. The wire drawing support plate 27 is placed in the wire drawing support plate chute. The moving bolt 58 passes through the wire drawing support plate moving connection groove 56 and is fixedly connected to the wire drawing support plate 27. The moving bolt 58 is slidably connected to the wire drawing support plate moving connection groove 56, so as to facilitate that after the steel wire passes through the wire drawing mechanism and is clamped by the wire drawing upper teeth and the wire drawing lower teeth, manually pull the wire drawing support plate backward, and the wire drawing support plate drives the steel wire to move backward in the wire drawing support plate chute to realize pulling the steel wire backward. After the steel wire is pulled backward, press the wire drawing pressing plate to separate the wire drawing upper teeth and the wire drawing lower teeth so that the steel wire is not clamped, and push and pull the wire drawing pressing plate forward to reset the wire drawing pressing plate.

[0056] The mobile frame 3 of the present invention is provided with a moving mechanism 44. The moving mechanism 44 includes a fixing plate 45, a guiding plate 46, upper rollers 47, upper roller shafts, lower rollers 48 and lower roller shafts. Fixing plates 45 are respectively arranged on both sides of the rear end of the fixing seat 1. The fixing plates 45 are fixedly connected to the fixing seat 1. Guiding plates 46 are respectively arranged on the left and right sides inside the mobile frame 3. The front end of the guiding plate 46 is fixedly connected to the bracket 2, and the rear end is fixedly connected to the fixing plate 45. Slideways are respectively arranged at the upper and lower ends of the guiding plate 46. The upper rollers 47 are arranged at the upper end of the guiding plate 46, and the lower rollers 48 are arranged at the lower end of the guiding plate 46. The upper rollers 47 are movably installed on the upper roller shafts, and the upper rollers 47 are slidably connected to the slideways at the upper end of the guiding plate 46. The upper roller shafts are fixedly connected to the mobile frame 3. The lower rollers 48 are movably installed on the lower roller shafts, and the lower rollers 48 are slidably connected to the slideways at the lower end of the guiding plate 46. The mobile frame 3 is sleeved on the two guiding plates 46 and moves back and forth relative to the guiding plate 46 through the upper rollers 47, lower rollers 48 and the slideways, which is beneficial to facilitate and smooth movement of the mobile frame through movement.

[0057] Guiding grooves are respectively arranged on the inner walls on both sides of the mobile frame 3 of the present invention. The guiding plates 46 are matched with the guiding grooves. An adjusting groove 50 for the lower roller shaft is arranged on the mobile frame 3 at the lower end of the guiding groove. The lower roller shaft is placed in the adjusting groove 50 for the lower roller shaft and is movably connected to the adjusting groove 50 for the lower roller shaft. The lower roller shaft can move up and down in the adjusting groove 50 for the lower roller shaft. The guiding plate 46 passes through the guiding groove. The upper end of the guiding plate 46 is slidably connected to the upper roller 47, and the lower end of the guiding plate 46 is slidably connected to the lower roller 48, which is beneficial to facilitate adjustment of the lower roller and better match with the guiding plate.

[0058] Adjusting bolts 49 are respectively arranged on the outer walls on both sides of the mobile frame 3 of the present invention. The adjusting bolts 49 are threadedly connected to the mobile frame 3. The adjusting bolts 49 pass through the mobile frame 3 and abut against the guiding plate 46 to limit the mobile frame 3, which is beneficial to adjust the position of the mobile frame through the adjusting bolts during use to ensure that the wire drawing holes on the mobile frame correspond one by one to the wire feeding holes on the bracket.

[0059] During use, the number of wire feeding mechanisms and wire drawing mechanisms is set according to the size of the net-shaped goods. One wire drawing mechanism corresponds to one wire feeding mechanism. That is, when one wire feeding mechanism is set on the support, correspondingly, one wire drawing mechanism is also set on the moving frame. The corresponding arrangement of the wire drawing mechanism and the wire feeding mechanism facilitates wire threading. There are various setting methods in this embodiment. For example, two wire feeding plates are set on the support. One wire feeding mechanism is set on the upper wire feeding plate, and two wire feeding mechanisms are set on the lower wire feeding plate. Correspondingly, two wire drawing plates are set on the moving frame. One wire drawing mechanism is set on the upper wire drawing plate, and two wire drawing mechanisms are set on the lower wire drawing plate. That is, the number of wire feeding plates can be set to multiple, and the number of wire feeding mechanisms set on each wire feeding plate may not be the same. The wire feeding mechanisms on each wire feeding plate on the support do not necessarily have to be the same or corresponding, which is convenient for bundling irregular goods. Before use, loosen the adjusting bolt to adjust the left and right position of the moving frame to ensure that the wire drawing holes on the moving frame correspond to the wire feeding holes on the support one by one. After the position of the moving frame is appropriate, tighten the adjusting bolt to fix the left and right position of the moving frame. Select the number of wire feeding mechanisms and the distance between the wire feeding mechanisms according to the number of bundling steel wires on the goods and the distance between the steel wires. The number of wire drawing plates is also the same as the number of wire feeding plates. The wire feeding plate is provided with a wire feeding adjustment groove. Adjust the position of the wire feeding adjustment plate in the wire feeding plate in each wire feeding mechanism as needed. Loosen the wire feeding limit bolt on the wire feeding adjustment plate to separate the wire feeding limit bolt from the bottom of the wire feeding adjustment groove, and then move the wire feeding adjustment plate. The positions of the wire inlet holes on each wire feeding mechanism need to correspond to a certain wire feeding hole on the wire feeding plate. After the position is appropriate, tighten the wire feeding limit bolt. The wire feeding limit bolt abuts against the bottom of the wire feeding adjustment groove to fix the wire feeding adjustment plate and the wire feeding plate. Similarly, adjust the positions of other wire feeding mechanisms on the wire feeding plate. After it is appropriate, correspondingly adjust the positions of the wire drawing mechanisms on the wire drawing plate in a similar method to ensure that one wire feeding mechanism corresponds to one wire drawing mechanism. For convenient and fast wire threading, by rotating the wire feeding pressing bolt, the force of the wire feeding pressure spring pressing down on the lower wire feeding teeth becomes smaller, and the clamping force between the lower wire feeding teeth and the upper wire feeding teeth becomes smaller, making the space of the wire feeding threading groove relatively looser, so that the wire can pass through the wire feeding threading groove from front to back without pressing the wire feeding pressing plate. Similarly, by rotating the wire drawing pressing bolt, the force of the wire drawing pressure spring pressing down on the lower wire drawing teeth becomes smaller, and the clamping force between the upper wire drawing teeth and the lower wire drawing teeth becomes smaller, making the space of the wire drawing threading groove relatively looser, and the wire can pass through the wire drawing threading groove from front to back without pressing the wire drawing pressing plate. According to Figure 7 and Figure 12 it can be seen that the upper wire feeding teeth and the lower wire feeding teeth cooperate, and the upper wire drawing teeth and the lower wire drawing teeth cooperate. The teeth are set with a direction, as shown in Appendix Figure 1, when the teeth are engaged, the steel wire can only move forward from back, that is, freely move from the bracket to the moving frame direction, and cannot move in the reverse direction. When reverse movement is required, it is necessary to press down the wire feeding pressure plate and the wire drawing pressure plate. In addition, for steel wires of different thicknesses, it is also possible to tighten them by rotating the wire feeding compression bolt or the wire drawing compression bolt through the wire feeding pressure spring or the wire drawing pressure spring. After the adjustment is completed, start bundling the goods.

[0060] Step 1: Taking one wire feeding mechanism as an example, the operator passes the steel wire through the wire feeding inlet hole, the wire feeding wire threading groove, the wire feeding perforation and the wire feeding hole in sequence, and places it at the rear end of the wire feeding plate facing the moving frame. By analogy, each wire feeding mechanism is threaded with the steel wire;

[0061] Step 2: Manually pull the moving frame backward to create a space for placing goods between the moving frame and the bracket;

[0062] Step 3: Place a layer of net-shaped goods between the bracket and the moving frame. The net-shaped goods are placed against the bracket, and then manually push the moving frame forward. The moving frame squeezes the goods, so that all the steel wires on the bracket pass through the goods and enter the corresponding wire drawing holes on the moving frame, and correspondingly pass through the wire drawing perforations, the wire drawing wire threading grooves and the wire drawing outlet holes of each wire drawing mechanism, and are placed behind the wire drawing mechanism;

[0063] Step 4: Taking one wire drawing mechanism as an example, manually pull the wire drawing support plate backward. The wire drawing support plate drives the steel wire to move backward in the wire drawing support plate chute, so as to pull out a section of the steel wire backward. After the steel wire is pulled out backward, press the wire drawing pressure plate to separate the upper teeth and the lower teeth of the wire drawing, so that the steel wire is not clamped. Push and pull the wire drawing pressure plate forward, and the wire drawing pressure plate resets. By analogy, pull out a section of the steel wire on each wire drawing mechanism backward;

[0064] Step 5: Manually press the wire drawing pressure plate on each wire drawing mechanism to separate the upper teeth and the lower teeth of the wire drawing, so that the steel wire is not clamped, and then pull the moving frame backward to separate the steel wire from the moving frame;

[0065] Step 6: Place the net-shaped goods to be bundled between the previous layer of goods and the moving frame. The net-shaped goods to be bundled are placed against the previous layer of net-shaped goods, and then push the moving frame forward. The moving frame squeezes the goods so that the net-shaped goods to be bundled pass through each steel wire, and the steel wire correspondingly passes through each wire drawing mechanism and is placed behind the wire drawing mechanism;

[0066] Step 7: Repeat Step 4 - Step 6 in sequence until all the net-shaped goods to be bundled are completely bundled. Finally, in Step 5, pull the moving frame backward to fix the steel wire at the rear end of the net-shaped goods, then cut the steel wire at the front end of the bracket, draw out the cut steel wire from the wire feeding mechanism between the front end of all the net-shaped goods and the bracket, and then bend and fix each steel wire, so as to complete the bundling of the net-shaped goods;

[0067] The structure of the present invention is simple and the operation is convenient. It can be adjusted in various ways according to the shape of the net-shaped goods. For the wire feeding mechanism and wire drawing mechanism on the existing fixed seat, several steel wires can also be selected according to the size of the net-shaped goods, and then several wire feeding mechanisms and wire drawing mechanisms can be used, with high flexibility and good adaptability.

[0068] Embodiment 2

[0069] A wire threading bundling machine, characterized in that it includes a fixed seat 1, a bracket 2, a moving frame 3, a wire feeding mechanism 4 and a wire drawing mechanism 5. The fixed seat 1 is provided with a bracket 2 and a moving frame 3 from front to back. The bracket 2 is fixedly connected to the fixed seat 1. The bracket 2 is provided with at least two wire feeding plates 6 from top to bottom. The left and right ends of the wire feeding plate 6 are fixedly connected to the bracket 2. At least one wire feeding mechanism 4 is provided on the wire feeding plate 6. Wire feeding holes 7 are arranged at intervals on the wire feeding plate 6. The wire feeding mechanism 4 is located on the front side of the wire feeding plate 6 and is connected to the wire feeding plate 6. The moving frame 3 is slidably connected to the fixed seat 1 and can move back and forth relative to the bracket 2. The moving frame 3 is provided with at least two wire drawing plates 8 from top to bottom. The left and right ends of the wire drawing plate 8 are fixedly connected to the moving frame 3. The wire drawing plate 8 cooperates with the wire feeding plate 6. At least one wire drawing mechanism 5 is provided on the wire drawing plate 8. Wire drawing holes 9 are arranged at intervals on the wire drawing plate 8. The wire drawing mechanism 5 is located on the rear side of the wire drawing plate 8 and is connected to the wire drawing plate 8. The wire drawing mechanism 5 cooperates with the wire feeding mechanism 4. When in use, a goods is placed between the bracket and the moving frame. The steel wire passes through the wire feeding mechanism, the wire feeding hole, through the goods, then through the wire drawing hole and then through the wire drawing mechanism. The steel wire is drawn by the wire drawing mechanism, then loosened, and then another layer of goods is stacked on the goods. The steel wire passes through the goods, then through the wire drawing hole and then through the wire drawing mechanism. The steel wire is drawn by the wire drawing mechanism, and so on until the required thickness of the goods is reached.

[0070] The wire feeding mechanism 4 of the present invention includes a wire feeding support plate 10, a wire feeding hinge seat 11, a wire feeding lower tooth plate 12, a wire feeding pressure spring holder 13, a wire feeding upper tooth plate 14, and a wire feeding pressure spring 15. The wire feeding support plate 10 is located in front of the wire feeding plate 6, and the wire feeding support plate 10 is fixedly connected to the wire feeding plate 6. The wire feeding support plate 10 is provided with the wire feeding hinge seat 11 and the wire feeding lower tooth plate 12 at intervals. The wire feeding lower tooth plate 12 is located behind the wire feeding hinge seat 11. The wire feeding pressure spring holder 13 is provided on the wire feeding lower tooth plate 12. The lower end of the wire feeding lower tooth plate 12 is fixedly connected to the wire feeding support plate 10. The upper end of the wire feeding lower tooth plate 12 is provided with wire feeding upper teeth 16 at intervals upward and backward. A wire feeding wire passing groove 17 is provided on the wire feeding upper teeth 16 of the wire feeding lower tooth plate 12 to facilitate accommodating and passing through the steel wire. The wire feeding upper tooth plate 14 is provided on the wire feeding lower tooth plate 12. The front end of the wire feeding upper tooth plate 14 passes forward through the wire feeding hinge seat 11 to form a wire feeding pressing plate 18. The wire feeding upper tooth plate 14 is hinged to the wire feeding hinge seat 11. The rear end of the wire feeding upper tooth plate 14 is placed on the wire feeding lower tooth plate 12. The lower end of the wire feeding upper tooth plate 14 is provided with wire feeding lower teeth 19 at intervals downward and backward. The wire feeding lower teeth 19 cooperate with the wire feeding upper teeth 16 to facilitate the wire feeding lower teeth and the wire feeding upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. A wire feeding pressure spring groove 20 is provided at the upper end of the wire feeding upper tooth plate 14. The wire feeding pressure spring 15 is provided in the wire feeding pressure spring groove 20. The wire feeding pressure spring 15 is placed in the wire feeding pressure spring holder 13. The lower end of the wire feeding pressure spring 15 is placed in the wire feeding pressure spring groove 20, and the upper end abuts against the top of the wire feeding pressure spring holder 13. The lower end of the wire feeding pressure spring holder 13 is fixedly connected to the wire feeding lower tooth plate 12 to facilitate pressing the wire feeding upper tooth plate downward through the wire feeding pressure spring. The lower end of the wire feeding hinge seat 11 is fixedly connected to the wire feeding support plate 10. A wire feeding inlet hole 21 is provided on the wire feeding hinge seat 11 to facilitate the steel wire to pass through the wire feeding inlet hole, the wire feeding wire passing groove, and then through the wire feeding hole, which is convenient for subsequent goods bundling.

[0071] A wire feeding pressing bolt 22 is provided on the wire feeding pressure spring holder 13 of the present invention. The wire feeding pressing bolt 22 is threadedly connected to the wire feeding pressure spring holder 13. The lower end of the wire feeding pressing bolt 22 abuts against the upper end of the wire feeding pressure spring 15 to facilitate adjusting the pressing force of the wire feeding pressure spring on the wire feeding upper tooth plate through the wire feeding pressing bolt.

[0072] A wire feeding adjusting plate 23 is provided between the wire feeding support plate 10 and the wire feeding plate 6 of the present invention. The wire feeding adjusting plate 23 is perpendicularly and fixedly connected to the wire feeding support plate 10. A wire feeding through hole 24 is provided on the wire feeding adjusting plate 23. The wire feeding adjusting plate 23 is clamped on the wire feeding plate 6 and is slidably connected to the wire feeding plate 6. At least one wire feeding limit bolt 25 is provided on the wire feeding adjusting plate 23. The wire feeding limit bolt 25 is threadedly connected to the wire feeding adjusting plate 23. A wire feeding adjusting groove 26 is provided on the wire feeding plate 6. The wire feeding limit bolt 25 passes through the wire feeding adjusting plate 23 and is placed in the wire feeding adjusting groove 26 to fixedly connect the wire feeding adjusting plate 23 and the wire feeding plate 6, so as to facilitate adjusting the position of the wire feeding support plate on the wire feeding plate through the wire feeding adjusting plate, and fixing it by tightening the wire feeding limit bolt after it is appropriate.

[0073] The wire drawing mechanism 5 of the present invention includes a wire drawing support plate 27, a wire drawing hinge seat 28, a wire drawing lower tooth plate 29, a wire drawing pressure spring frame 30, a wire drawing upper tooth plate 31, and a wire drawing pressure spring 32. The wire drawing support plate 27 is located behind the wire drawing plate 8. The wire drawing support plate 27 is fixedly connected to the wire drawing plate 8. A wire drawing hinge seat 28 and a wire drawing lower tooth plate 29 are provided on the wire drawing support plate 27 at intervals. The wire drawing lower tooth plate 29 is located in front of the wire drawing hinge seat 28. A wire drawing pressure spring frame 30 is provided on the wire drawing lower tooth plate 29. The lower end of the wire drawing lower tooth plate 29 is fixedly connected to the wire drawing support plate 27. The upper end of the wire drawing lower tooth plate 29 is provided with wire drawing upper teeth 33 at intervals upward and backward. A wire drawing wire passing groove 34 is provided on the wire drawing upper teeth 33 of the wire drawing lower tooth plate 29 to facilitate accommodating and passing through the steel wire. A wire drawing upper tooth plate 31 is provided on the wire drawing lower tooth plate 29. The rear end of the wire drawing upper tooth plate 31 passes through the wire drawing hinge seat 28 backward to form a wire drawing pressing plate 35. The wire drawing upper tooth plate 31 is hinged to the wire drawing hinge seat 28. The front end of the wire drawing upper tooth plate 31 is placed on the wire drawing lower tooth plate 29. The lower end of the wire drawing upper tooth plate 31 is provided with wire drawing lower teeth 36 at intervals downward and backward. The wire drawing lower teeth 36 cooperate with the wire drawing upper teeth 33 to facilitate the wire drawing lower teeth and the wire drawing upper teeth to cooperate to clamp the steel wire, so that the steel wire can only be pulled backward. A wire drawing pressure spring groove 37 is provided at the upper end of the wire drawing upper tooth plate 31. A wire drawing pressure spring 32 is provided in the wire drawing pressure spring groove 37. The wire drawing pressure spring 32 is placed in the wire drawing pressure spring frame 30. The lower end of the wire drawing pressure spring 32 is placed in the wire drawing pressure spring groove 37, and the upper end abuts against the top of the wire drawing pressure spring frame 30. The lower end of the wire drawing pressure spring frame 30 is fixedly connected to the wire drawing lower tooth plate 29 to facilitate pressing the wire drawing upper tooth plate downward through the wire drawing pressure spring. The lower end of the wire drawing hinge seat 28 is fixedly connected to the wire drawing support plate 27. A wire drawing outlet hole 38 is provided on the wire drawing hinge seat 28 to facilitate the steel wire to pass through the goods, pass through the wire drawing wire passing groove, the wire drawing outlet hole, and be pulled backward after being matched by the wire drawing lower teeth and the wire drawing upper teeth.

[0074] A wire drawing compression spring holder 30 of the present invention is provided with a wire drawing compression bolt 39. The wire drawing compression bolt 39 is threadedly connected to the wire drawing compression spring holder 30. The lower end of the wire drawing compression bolt 39 abuts against the upper end of a wire drawing compression spring 32, so as to facilitate adjusting the compression force of the wire drawing compression spring on a wire drawing upper toothed plate through the wire drawing compression bolt.

[0075] A wire drawing adjusting plate 40 is provided between a wire drawing support plate 27 and a wire drawing plate 8 of the present invention. The wire drawing adjusting plate 40 is perpendicularly and fixedly connected to the wire drawing support plate 27. The wire drawing adjusting plate 40 is provided with a wire drawing perforation 41. The wire drawing adjusting plate 40 is stuck on the wire drawing plate 8 and is slidably connected to the wire drawing plate 8. The wire drawing adjusting plate 40 is provided with at least one wire drawing limit bolt 42. The wire drawing limit bolt 42 is threadedly connected to the wire drawing adjusting plate 40. The wire drawing plate 8 is provided with a wire drawing adjusting groove 43. The wire drawing limit bolt 42 passes through the wire drawing adjusting plate 40 and is placed in the wire drawing adjusting groove 43 to fixedly connect the wire drawing adjusting plate 40 to the wire drawing plate 8, so as to facilitate adjusting the position of the wire drawing support plate on the wire drawing plate through the wire drawing adjusting plate, ensuring that the positions of a wire drawing support plate and a wire feeding support plate correspond to each other. After the positions are appropriate, the wire drawing limit bolt is locked and fixed.

[0076] The moving frame 3 of the present invention is provided with at least one linkage mechanism 51. The linkage mechanism 51 includes a linkage pull plate 52, a linkage pressure rod 53 and a linkage feeding plate 65. The linkage feeding plate 65 is located between the wire feeding adjusting plates 23 of two wire feeding mechanisms 4 adjacent to each other in the vertical direction. The upper and lower ends of the linkage feeding plate 65 are fixedly connected to the wire feeding adjusting plates 23 of the upper and lower two wire feeding mechanisms 4, so as to facilitate realizing the synchronous sliding of the wire feeding mechanisms in the same vertical direction. The linkage pull plate 52 is located between the wire drawing adjusting plates 40 of two wire drawing mechanisms 5 adjacent to each other in the vertical direction. The upper and lower ends of the linkage pull plate 52 are fixedly connected to the wire drawing adjusting plates 40 of the upper and lower two wire drawing mechanisms 5, so as to facilitate realizing the synchronous sliding of the wire drawing mechanisms in the same vertical direction. A linkage pressure rod 53 is provided between the wire drawing mechanisms 5 in the same vertical direction on the moving frame 3. The linkage pressure rod 53 is fixedly connected to the wire drawing pressure plates 35 of each wire drawing mechanism 5 in the vertical direction, so as to facilitate pressing down the wire drawing pressure plate of the uppermost wire drawing mechanism in the same vertical direction on the moving frame, and the wire drawing pressure plates of the wire drawing mechanisms below it can be synchronously pressed down, saving time and effort.

[0077] On the moving frame 3 of the present invention, a wire drawing connection frame 54 is provided between the wire drawing mechanisms 5 in the same vertical direction. At the rear end of the wire drawing adjustment plate 40 of each wire drawing mechanism 5, a wire drawing support plate 55 is provided. The wire drawing support plate 55 is perpendicularly and fixedly connected to the wire drawing adjustment plate 40. A wire drawing support plate chute is provided on the wire drawing support plate 55. A wire drawing support plate moving connection groove 56 and a linkage pressure rod groove 57 are spaced from front to back in the middle of the wire drawing support plate chute. A moving bolt 58 is provided in the wire drawing support plate moving connection groove 56. The wire drawing support plate 27 is placed in the wire drawing support plate chute. The rear end of the wire drawing support plate 27 is fixedly connected to the wire drawing connection frame 54. The moving bolt 58 passes through the wire drawing support plate moving connection groove 56 and is fixedly connected to the wire drawing support plate 27. The moving bolt 58 is slidably connected to the wire drawing support plate moving connection groove 56. A linkage pressure rod hole is provided on the wire drawing support plate 27. The linkage pressure rod hole cooperates with the linkage pressure rod groove 57. The linkage pressure rod 53 passes through the linkage pressure rod hole and the linkage pressure rod groove 57 and is fixedly connected to the wire drawing pressure plates 35 of each wire drawing mechanism 5 in the same vertical direction. After the steel wire passes through the wire drawing mechanism and is clamped by the wire drawing upper teeth and the wire drawing lower teeth, manually pull the wire drawing connection frame backward. The wire drawing connection frame drives the wire drawing support plate on the wire drawing mechanism in the same vertical direction to move backward. The wire drawing support plate drives the steel wire thereon to move backward, realizing pulling the steel wire backward. Then press the linkage pressure rod so that the steel wire is not clamped, and then push and pull the wire drawing connection frame forward, and the wire drawing support plate returns to its original position forward.

[0078] A wire drawing connection frame quick reset mechanism 59 is provided between two adjacent wire drawing mechanisms 5 in the same vertical direction of the present invention. The wire drawing connection frame quick reset mechanism 59 includes a first connecting rod 60, a reset spring 61, and a second connecting rod 62. The first connecting rod 60 is provided on the linkage pulling plate 52. The front end of the first connecting rod 60 is fixedly connected to the linkage pulling plate 52, and the rear end is provided with the reset spring 61. The front end of the reset spring 61 is fixedly connected to the first connecting rod 60, and the rear end is provided with the second connecting rod 62. An adjusting seat 63 is provided on the second connecting rod 62. The front end of the second connecting rod 62 is fixedly connected to the reset spring 61, and the rear end is fixedly connected to the wire drawing connection frame 54. The adjusting seat 63 is fixedly connected to the linkage pressure rod 53. A connecting rod adjusting groove 64 is provided on the adjusting seat 63. The second connecting rod 62 is placed in the connecting rod adjusting groove 64. After the steel wire passes through the wire drawing mechanism and is clamped by the wire drawing upper teeth and the wire drawing lower teeth, manually pull the wire drawing connection frame backward. The reset spring is stretched. The wire drawing connection frame drives the wire drawing support plate on the wire drawing mechanism in the same vertical direction to move backward. The wire drawing support plate drives the steel wire thereon to move backward. After the steel wire is pulled backward, press the linkage pressure rod so that the steel wire is not clamped, and release the wire drawing connection frame. The wire drawing connection frame can be quickly reset under the action of the reset spring.

[0079] A moving mechanism 44 is provided on the moving frame 3 of the present invention. The moving mechanism 44 includes a fixed plate 45, a guide plate 46, upper rollers 47, upper roller shafts, lower rollers 48 and lower roller shafts. Fixed plates 45 are respectively provided on both sides of the rear end of the fixed seat 1. The fixed plates 45 are fixedly connected to the fixed seat 1. Guide plates 46 are respectively provided on the left and right sides inside the moving frame 3. The front end of the guide plate 46 is fixedly connected to the support 2, and the rear end is fixedly connected to the fixed plate 45. Slideways are respectively provided at the upper and lower ends of the guide plate 46. An upper roller 47 is provided at the upper end of the guide plate 46, and a lower roller 48 is provided at the lower end. The upper roller 47 is movably installed on the upper roller shaft. The upper roller 47 is slidably connected to the slideway at the upper end of the guide plate 46, and the upper roller shaft is fixedly connected to the moving frame 3. The lower roller 48 is movably installed on the lower roller shaft. The lower roller 48 is slidably connected to the slideway at the lower end of the guide plate 46, so as to facilitate the front and back movement of the moving frame along the fixed seat through the guide plate, upper rollers and lower rollers.

[0080] Guide grooves are respectively provided on the inner walls of both sides of the moving frame 3 of the present invention. The guide plate 46 is matched with the guide grooves. A lower roller shaft adjustment groove 50 is provided on the moving frame 3 at the lower end of the guide groove. The lower roller shaft is placed in the lower roller shaft adjustment groove 50 and is movably connected to the lower roller shaft adjustment groove 50. The lower roller shaft can move up and down in the lower roller shaft adjustment groove 50. The guide plate 46 passes through the guide groove. The upper end of the guide plate 46 is slidably connected to the upper roller 47, and the lower end of the guide plate 46 is slidably connected to the lower roller 48, so as to facilitate the adjustment of the lower roller and better cooperate with the guide plate.

[0081] Adjusting bolts 49 are respectively provided on the outer walls of both sides of the moving frame 3 of the present invention. The adjusting bolts 49 are threadedly connected to the moving frame 3. The adjusting bolts 49 pass through the moving frame 3 and abut against the guide plate 46 to limit the moving frame 3, so as to facilitate adjusting the position of the moving frame during use and ensuring that the wire drawing holes on the moving frame correspond one by one to the wire feeding holes on the support.

[0082] As shown in the appendix Figure 1 - appendix Figure 12, This embodiment is similar in structure to Embodiment 1. The difference is that in this embodiment, a linkage mechanism and a rapid reset mechanism for the wire drawing connecting frame are provided. For relatively regular or symmetrical goods, the bundling efficiency is relatively high. This embodiment takes six wire feeding mechanisms and six wire drawing mechanisms as examples for specific description. The upper and lower wire feeding mechanisms form a group, and there are a total of three groups of wire feeding mechanisms. Correspondingly, the upper and lower wire drawing mechanisms form a group, and there are a total of three groups of wire drawing mechanisms. One group of wire feeding mechanisms corresponds to one group of wire drawing mechanisms. Before use, the adjustment method of the moving frame is the same as that in Embodiment 1. The spacing between each group of wire feeding mechanisms is adjusted according to the requirements of the goods. When adjusting, loosen all the wire feeding limit bolts on one group of wire feeding mechanisms, then move the linkage feeding plate, and tighten the wire feeding limit bolts after the position is appropriate. It is necessary to ensure that the wire feeding perforation on the wire feeding mechanism corresponds to a certain wire feeding hole on the wire feeding plate. And so on, adjust the spacing between the other two groups of wire feeding mechanisms appropriately. According to the positions of the three groups of wire feeding mechanisms, adjust the positions of the three groups of wire drawing mechanisms correspondingly. The method is similar and will not be elaborated. The shape is as shown in the appendix Figure 1 , The clamping force between the upper wire feeding teeth and the lower wire feeding teeth in the wire feeding mechanism and the clamping force between the upper wire drawing teeth and the lower wire drawing teeth in the wire drawing mechanism can be adjusted through the wire feeding pressure spring or the wire drawing pressure spring thereon. The adjustment method is the same as that in Embodiment 1 and will not be elaborated. Start bundling the goods,

[0083] Step 1: Take the upper wire feeding mechanism in one group of wire feeding mechanisms as an example. The operator passes the steel wire through the wire feeding inlet hole, the wire feeding threading groove, the wire feeding perforation and the wire feeding hole in sequence, and places it at the rear end of the wire feeding plate facing the moving frame. And so on, pass the steel wire through the lower wire feeding mechanism in this group of wire feeding mechanisms. Similarly, pass the steel wire through the other two groups of wire feeding mechanisms;

[0084] Step 2: Manually pull the moving frame backward so that there is a space for placing the goods between the moving frame and the support;

[0085] Step 3: Place a layer of net-shaped goods between the support and the moving frame. The net-shaped goods are placed against the support, and then manually push the moving frame forward. The moving frame squeezes the goods so that all the steel wires on the support pass through the goods and enter the corresponding wire drawing holes on the moving frame, and correspondingly pass through the wire drawing perforation, the wire drawing threading groove and the wire drawing outlet hole of each wire drawing mechanism, and are placed behind the wire drawing mechanism;

[0086] Step 4: Take one group of wire drawing mechanisms as an example. Manually pull the wire drawing connecting frame backward. The wire drawing connecting frame drives the steel wire and the wire drawing support plate in the upper and lower two wire drawing mechanisms in one group to be pulled backward. In this way, the steel wire is pulled out a certain length backward. After the steel wire is pulled out backward, press down the wire drawing pressure plate of the upper wire drawing mechanism in one group of wire drawing mechanisms, and drive the wire drawing pressure plate of the lower wire drawing mechanism to also move downward through the linkage lever, and then release the wire drawing connecting frame. The upper and lower two wire drawing support plates in one group of wire drawing mechanisms return to their original positions. And so on, pull out a certain length of the steel wire on the other two groups of wire drawing mechanisms;

[0087] Step 5: Press down the wire drawing pressing plate of the upper wire drawing mechanism in a set of wire drawing mechanisms. Drive the wire drawing pressing plate of the lower wire drawing mechanism to also move downward through the linkage lever. The steel wire is not clamped. The same operation is performed on the other two sets of wire drawing mechanisms. Then, pull the moving frame backward to separate the steel wire from the moving frame;

[0088] Step 6: Place the net-shaped goods to be bundled between the previous layer of goods and the moving frame. Place the net-shaped goods to be bundled against the previous layer of net-shaped goods. Then, push the moving frame forward. The moving frame squeezes the goods so that the net-shaped goods to be bundled pass through each steel wire. The steel wire passes through each wire drawing mechanism correspondingly and is placed behind the wire drawing mechanism;

[0089] Step 7: Repeat Step 4 - Step 6 in sequence until all the net-shaped goods to be bundled are completely bundled. Finally, in Step 5, pull the moving frame backward to fix the steel wire at the rear end of the net-shaped goods, cut the steel wire at the front end of the bracket, draw out the cut steel wire from the wire feeding mechanism between the front end of all the net-shaped goods and the bracket, and then bend and fix each steel wire. In this way, the bundling of the net-shaped goods is completed. In this embodiment, the upper and lower wire feeding mechanisms on the bracket are synchronously linked through a linkage feeding plate. Correspondingly, the upper and lower wire drawing mechanisms on the moving frame are synchronously linked through a linkage pulling plate. The upper and lower wire feeding mechanisms can also press down two wire drawing pressing plates at one time through a linkage lever, saving time and improving the wire threading efficiency.

[0090] Due to the adoption of the above structure, the present invention has the advantages of novel structure, safe and convenient operation, time-saving and labor-saving, low working intensity, high bundling efficiency, etc.

Claims

1. A wire threading and bundling machine, characterized in that: It includes a fixed seat, a bracket, a movable frame, a wire feeding mechanism and a wire drawing mechanism. The bracket and the movable frame are arranged on the fixed seat from front to back. The bracket is fixedly connected to the fixed seat. The bracket is provided with at least one wire feeding plate from top to bottom. The left and right ends of the wire feeding plate are fixedly connected to the bracket. The wire feeding plate is provided with at least one wire feeding mechanism. Wire feeding holes are arranged at intervals on the wire feeding plate. The wire feeding mechanism is located on the front side of the wire feeding plate and is connected to the wire feeding plate. The movable frame is slidably connected to the fixed seat and can move back and forth relative to the bracket. The movable frame is provided with at least one wire drawing plate from top to bottom. The left and right ends of the wire drawing plate are fixedly connected to the movable frame. The wire drawing plate cooperates with the wire feeding plate. The wire drawing plate is provided with at least one wire drawing mechanism. Wire drawing holes are arranged at intervals on the wire drawing plate. The wire drawing mechanism is located on the rear side of the wire drawing plate and is connected to the wire drawing plate. The wire drawing mechanism cooperates with the wire feeding mechanism. The wire feeding mechanism includes a wire feeding support plate, a wire feeding hinge seat, a wire feeding lower tooth plate, a wire feeding pressure spring frame, a wire feeding upper tooth plate and a wire feeding pressure spring. The wire feeding support plate is located in front of the wire feeding plate and is fixedly connected to the wire feeding plate. The wire feeding support plate is provided with the wire feeding hinge seat and the wire feeding lower tooth plate at intervals. The wire feeding lower tooth plate is located behind the wire feeding hinge seat. The wire feeding lower tooth plate is provided with the wire feeding pressure spring frame. The lower end of the wire feeding lower tooth plate is fixedly connected to the wire feeding support plate. The upper end of the wire feeding lower tooth plate is provided with wire feeding upper teeth at intervals. The wire feeding upper teeth are arranged upward and backward. The wire feeding upper teeth of the wire feeding lower tooth plate are provided with wire feeding wire passing grooves. The wire feeding lower tooth plate is provided with the wire feeding upper tooth plate. The front end of the wire feeding upper tooth plate passes forward through the wire feeding hinge seat to form a wire feeding pressing plate. The wire feeding upper tooth plate is hinged to the wire feeding hinge seat. The rear end of the wire feeding upper tooth plate is placed on the wire feeding lower tooth plate. The lower end of the wire feeding upper tooth plate is provided with wire feeding lower teeth at intervals. The wire feeding lower teeth are arranged downward and backward. The wire feeding lower teeth cooperate with the wire feeding upper teeth. The upper end of the wire feeding upper tooth plate is provided with a wire feeding pressure spring groove. A wire feeding pressure spring is arranged in the wire feeding pressure spring groove. The wire feeding pressure spring is placed in the wire feeding pressure spring frame. The lower end of the wire feeding pressure spring is placed in the wire feeding pressure spring groove, and the upper end abuts against the top of the wire feeding pressure spring frame. The lower end of the wire feeding pressure spring frame is fixedly connected to the wire feeding lower tooth plate. The lower end of the wire feeding hinge seat is fixedly connected to the wire feeding support plate. The wire feeding hinge seat is provided with a wire feeding inlet hole. The wire drawing mechanism includes a wire drawing support plate, a wire drawing hinge seat, a wire drawing lower tooth plate, a wire drawing pressure spring frame, a wire drawing upper tooth plate and a wire drawing pressure spring. The wire drawing support plate is located behind the wire drawing plate and is fixedly connected to the wire drawing plate. The wire drawing support plate is provided with the wire drawing hinge seat and the wire drawing lower tooth plate at intervals. The wire drawing lower tooth plate is located in front of the wire drawing hinge seat. The wire drawing lower tooth plate is provided with the wire drawing pressure spring frame. The lower end of the wire drawing lower tooth plate is fixedly connected to the wire drawing support plate. The upper end of the wire drawing lower tooth plate is provided with wire drawing upper teeth at intervals. The wire drawing upper teeth are arranged upward and backward. The wire drawing upper teeth of the wire drawing lower tooth plate are provided with wire drawing wire passing grooves. The wire drawing lower tooth plate is provided with the wire drawing upper tooth plate.The rear end of the wire drawing upper toothed plate passes through the wire drawing hinge seat backward to form a wire drawing pressing plate. The wire drawing upper toothed plate is hinged to the wire drawing hinge seat. The front end of the wire drawing upper toothed plate is placed on the wire drawing lower toothed plate. The lower end of the wire drawing upper toothed plate is provided with wire drawing lower teeth at intervals. The wire drawing lower teeth are arranged downward and backward. The wire drawing lower teeth cooperate with the wire drawing upper teeth. The upper end of the wire drawing upper toothed plate is provided with a wire drawing pressure spring groove. A wire drawing pressure spring is arranged in the wire drawing pressure spring groove. The wire drawing pressure spring is placed in the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring is placed in the wire drawing pressure spring groove, and the upper end abuts against the top of the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring holder is fixedly connected to the wire drawing lower toothed plate. The lower end of the wire drawing hinge seat is fixedly connected to the wire drawing support plate. A wire drawing outlet hole is arranged on the wire drawing hinge seat., 2. The wire threading and bundling machine according to claim 1, characterized in that: A wire feeding adjusting plate is provided between the wire feeding support plate and the wire feeding plate. The wire feeding adjusting plate is vertically and fixedly connected to the wire feeding support plate. The wire feeding adjusting plate is provided with a wire feeding perforation. The wire feeding adjusting plate is clamped on the wire feeding plate and is slidably connected to the wire feeding plate. At least one wire feeding limit bolt is provided on the wire feeding adjusting plate. The wire feeding limit bolt is threadedly connected to the wire feeding adjusting plate. The wire feeding plate is provided with a wire feeding adjusting groove. The wire feeding limit bolt passes through the wire feeding adjusting plate and is placed in the wire feeding adjusting groove to fixedly connect the wire feeding adjusting plate and the wire feeding plate.

3. The wire threading and bundling machine according to claim 1 or 2, characterized in that: A wire drawing adjusting plate is provided between the wire drawing support plate and the wire drawing plate. The wire drawing adjusting plate is vertically and fixedly connected to the wire drawing support plate. The wire drawing adjusting plate is provided with a wire drawing perforation. The wire drawing adjusting plate is clamped on the wire drawing plate and is slidably connected to the wire drawing plate. At least one wire drawing limit bolt is provided on the wire drawing adjusting plate. The wire drawing limit bolt is threadedly connected to the wire drawing adjusting plate. The wire drawing plate is provided with a wire drawing adjusting groove. The wire drawing limit bolt passes through the wire drawing adjusting plate and is placed in the wire drawing adjusting groove to fixedly connect the wire drawing adjusting plate and the wire drawing plate.

4. The wire threading and bundling machine according to claim 3, wherein: A wire drawing support plate is provided at the rear end of the wire drawing adjusting plate of each wire drawing mechanism. The wire drawing support plate is vertically and fixedly connected to the wire drawing adjusting plate. The wire drawing support plate is provided with a wire drawing support plate sliding groove. The wire drawing support plate sliding groove is provided with a wire drawing support plate moving connection groove. A moving bolt is provided in the wire drawing support plate moving connection groove. The wire drawing support plate is placed in the wire drawing support plate sliding groove. The moving bolt passes through the wire drawing support plate moving connection groove and is fixedly connected to the wire drawing support plate. The moving bolt is slidably connected to the wire drawing support plate moving connection groove.

5. A wire threading and bundling machine according to claim 1 or 2 or 4, characterized in that: A moving mechanism is provided on the moving frame. The moving mechanism includes a fixed plate, a guide plate, an upper roller, an upper roller shaft, a lower roller and a lower roller shaft. Fixed plates are respectively provided on both sides at the rear end of the fixed seat. The fixed plates are fixedly connected to the fixed seat. Guide plates are respectively provided on the left and right sides inside the moving frame. The front end of the guide plate is fixedly connected to the support, and the rear end is fixedly connected to the fixed plate. Slideways are respectively provided at the upper and lower ends of the guide plate. An upper roller is provided at the upper end of the guide plate, and a lower roller is provided at the lower end of the guide plate. The upper roller is movably installed on the upper roller shaft. The upper roller is slidably connected to the slideway at the upper end of the guide plate. The upper roller shaft is fixedly connected to the moving frame. The lower roller is movably installed on the lower roller shaft. The lower roller is slidably connected to the slideway at the lower end of the guide plate. The moving frame is sleeved on the two guide plates and moves back and forth relative to the guide plate through the upper roller, the lower roller and the slideway.

6. The wire threading and bundling machine according to claim 5, wherein: Adjusting bolts are respectively provided on the outer walls on both sides of the moving frame. The adjusting bolts are threadedly connected to the moving frame. The adjusting bolts pass through the moving frame and abut against the guide plate to limit the moving frame.

7. A wire threading and bundling machine, characterized in that: It includes a fixed seat, a bracket, a moving frame, a wire feeding mechanism and a wire drawing mechanism. The bracket and the moving frame are arranged on the fixed seat from front to back. The bracket is fixedly connected to the fixed seat. The bracket is provided with at least two wire feeding plates from top to bottom. The left and right ends of the wire feeding plate are fixedly connected to the bracket. At least one wire feeding mechanism is provided on the wire feeding plate. Wire feeding holes are arranged at intervals on the wire feeding plate. The wire feeding mechanism is located on the front side of the wire feeding plate and is connected to the wire feeding plate. The moving frame is slidably connected to the fixed seat and can move back and forth relative to the bracket. The moving frame is provided with at least two wire drawing plates from top to bottom. The left and right ends of the wire drawing plate are fixedly connected to the moving frame. The wire drawing plate cooperates with the wire feeding plate. At least one wire drawing mechanism is provided on the wire drawing plate. Wire drawing holes are arranged at intervals on the wire drawing plate. The wire drawing mechanism is located on the rear side of the wire drawing plate and is connected to the wire drawing plate. The wire drawing mechanism cooperates with the wire feeding mechanism. The wire feeding mechanism includes a wire feeding support plate, a wire feeding hinge seat, a wire feeding lower tooth plate, a wire feeding pressure spring frame, a wire feeding upper tooth plate and a wire feeding pressure spring. The wire feeding support plate is located in front of the wire feeding plate and is fixedly connected to the wire feeding plate. The wire feeding hinge seat and the wire feeding lower tooth plate are arranged at intervals on the wire feeding support plate. The wire feeding lower tooth plate is located behind the wire feeding hinge seat. A wire feeding pressure spring frame is provided on the wire feeding lower tooth plate. The lower end of the wire feeding lower tooth plate is fixedly connected to the wire feeding support plate. Wire feeding upper teeth are arranged at intervals at the upper end of the wire feeding lower tooth plate. The wire feeding upper teeth are arranged upward and backward. A wire feeding wire passing groove is provided on the wire feeding upper teeth of the wire feeding lower tooth plate. A wire feeding upper tooth plate is provided on the wire feeding lower tooth plate. The front end of the wire feeding upper tooth plate passes forward through the wire feeding hinge seat to form a wire feeding pressing plate. The wire feeding upper tooth plate is hinged to the wire feeding hinge seat. The rear end of the wire feeding upper tooth plate is placed on the wire feeding lower tooth plate. Wire feeding lower teeth are arranged at intervals at the lower end of the wire feeding upper tooth plate. The wire feeding lower teeth are arranged downward and backward. The wire feeding lower teeth cooperate with the wire feeding upper teeth. A wire feeding pressure spring groove is provided at the upper end of the wire feeding upper tooth plate. A wire feeding pressure spring is arranged in the wire feeding pressure spring groove. The wire feeding pressure spring is placed in the wire feeding pressure spring frame. The lower end of the wire feeding pressure spring is placed in the wire feeding pressure spring groove, and the upper end abuts against the top of the wire feeding pressure spring frame. The lower end of the wire feeding pressure spring frame is fixedly connected to the wire feeding lower tooth plate. The lower end of the wire feeding hinge seat is fixedly connected to the wire feeding support plate. A wire feeding inlet hole is provided on the wire feeding hinge seat. The wire drawing mechanism includes a wire drawing support plate, a wire drawing hinge seat, a wire drawing lower tooth plate, a wire drawing pressure spring frame, a wire drawing upper tooth plate and a wire drawing pressure spring. The wire drawing support plate is located behind the wire drawing plate and is fixedly connected to the wire drawing plate. The wire drawing hinge seat and the wire drawing lower tooth plate are arranged at intervals on the wire drawing support plate. The wire drawing lower tooth plate is located in front of the wire drawing hinge seat. A wire drawing pressure spring frame is provided on the wire drawing lower tooth plate. The lower end of the wire drawing lower tooth plate is fixedly connected to the wire drawing support plate. Wire drawing upper teeth are arranged at intervals at the upper end of the wire drawing lower tooth plate. The wire drawing upper teeth are arranged upward and backward. A wire drawing wire passing groove is provided on the wire drawing upper teeth of the wire drawing lower tooth plate. A wire drawing upper tooth plate is provided on the wire drawing lower tooth plate,The rear end of the wire drawing upper toothed plate passes through the wire drawing hinge seat backward to form a wire drawing pressure plate. The wire drawing upper toothed plate is hinged to the wire drawing hinge seat. The front end of the wire drawing upper toothed plate is placed on the wire drawing lower toothed plate. The lower end of the wire drawing upper toothed plate is provided with wire drawing lower teeth at intervals. The wire drawing lower teeth are arranged downward and backward. The wire drawing lower teeth cooperate with the wire drawing upper teeth. The upper end of the wire drawing upper toothed plate is provided with a wire drawing pressure spring groove. A wire drawing pressure spring is arranged in the wire drawing pressure spring groove. The wire drawing pressure spring is placed in the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring is placed in the wire drawing pressure spring groove, and the upper end abuts against the top of the wire drawing pressure spring holder. The lower end of the wire drawing pressure spring holder is fixedly connected to the wire drawing lower toothed plate. The lower end of the wire drawing hinge seat is fixedly connected to the wire drawing support plate. A wire drawing outlet hole is arranged on the wire drawing hinge seat., 8. The wire threading and bundling machine according to claim 7, wherein: A wire feeding adjusting plate is provided between the wire feeding support plate and the wire feeding plate. The wire feeding adjusting plate is vertically and fixedly connected to the wire feeding support plate. The wire feeding adjusting plate is provided with a wire feeding perforation. The wire feeding adjusting plate is clamped on the wire feeding plate and is slidably connected to the wire feeding plate. At least one wire feeding limit bolt is provided on the wire feeding adjusting plate. The wire feeding limit bolt is threadedly connected to the wire feeding adjusting plate. The wire feeding plate is provided with a wire feeding adjusting groove. The wire feeding limit bolt passes through the wire feeding adjusting plate and is placed in the wire feeding adjusting groove to fixedly connect the wire feeding adjusting plate and the wire feeding plate.

9. A wire threading and bundling machine according to claim 7 or 8, characterized in that: A wire drawing adjusting plate is provided between the wire drawing support plate and the wire drawing plate. The wire drawing adjusting plate is vertically and fixedly connected to the wire drawing support plate. The wire drawing adjusting plate is provided with a wire drawing perforation. The wire drawing adjusting plate is clamped on the wire drawing plate and slidably connected to the wire drawing plate. At least one wire drawing limit bolt is provided on the wire drawing adjusting plate. The wire drawing limit bolt is threadedly connected to the wire drawing adjusting plate. The wire drawing plate is provided with a wire drawing adjusting groove. The wire drawing limit bolt passes through the wire drawing adjusting plate and is placed in the wire drawing adjusting groove to fixedly connect the wire drawing adjusting plate and the wire drawing plate.

10. A wire threading and bundling machine according to claim 9, characterized in that: At least one linkage mechanism is provided on the moving frame. The linkage mechanism includes a linkage pulling plate, a linkage pressing rod, and a linkage feeding plate. The linkage feeding plate is located between the wire feeding adjusting plates of two adjacent wire feeding mechanisms in the same vertical direction. The upper and lower ends of the linkage feeding plate are fixedly connected to the wire feeding adjusting plates of the upper and lower two wire feeding mechanisms. The linkage pulling plate is located between the wire drawing adjusting plates of two adjacent wire drawing mechanisms in the same vertical direction. The upper and lower ends of the linkage pulling plate are fixedly connected to the wire drawing adjusting plates of the upper and lower two wire drawing mechanisms. A linkage pressing rod is provided between the wire drawing mechanisms on the moving frame in the same vertical direction. The linkage pressing rod is fixedly connected to the wire drawing pressing plate of each wire drawing mechanism in the vertical direction.

11. A wire threading and bundling machine according to claim 10, wherein: A wire drawing connecting frame is provided between the wire drawing mechanisms on the moving frame in the same vertical direction. A wire drawing support plate is provided at the rear end of the wire drawing adjusting plate of each wire drawing mechanism. The wire drawing support plate is vertically and fixedly connected to the wire drawing adjusting plate. The wire drawing support plate is provided with a wire drawing support plate sliding groove. The wire drawing support plate sliding groove is provided with a wire drawing support plate moving connection groove and a linkage pressing rod groove at intervals from front to back in the middle. A moving bolt is provided in the wire drawing support plate moving connection groove. The wire drawing support plate is placed in the wire drawing support plate sliding groove. The rear end of the wire drawing support plate is fixedly connected to the wire drawing connecting frame. The moving bolt passes through the wire drawing support plate moving connection groove and is fixedly connected to the wire drawing support plate. The moving bolt is slidably connected to the wire drawing support plate moving connection groove. The wire drawing support plate is provided with a linkage pressing rod hole. The linkage pressing rod hole is matched with the linkage pressing rod groove. The linkage pressing rod passes through the linkage pressing rod hole and the linkage pressing rod groove and is fixedly connected to the wire drawing pressing plate of each wire drawing mechanism in the same vertical direction.

12. A wire threading and bundling machine according to claim 11, characterized in that: A wire drawing connecting frame quick reset mechanism is provided between two adjacent wire drawing mechanisms in the same vertical direction. The wire drawing connecting frame quick reset mechanism includes a first connecting rod, a reset spring, and a second connecting rod. A first connecting rod is provided on the linkage pulling plate. The front end of the first connecting rod is fixedly connected to the linkage pulling plate, and the rear end is provided with a reset spring. The front end of the reset spring is fixedly connected to the first connecting rod, and the rear end is provided with a second connecting rod. An adjusting seat is provided on the second connecting rod. The front end of the second connecting rod is fixedly connected to the reset spring, and the rear end is fixedly connected to the wire drawing connecting frame. The adjusting seat is fixedly connected to the linkage pressing rod. The adjusting seat is provided with a connecting rod adjusting groove. The second connecting rod is placed in the connecting rod adjusting groove.

Images