CN219357427U - Steel wire traction device with auxiliary fixing function - Google Patents

Abstract

The utility model discloses a steel wire traction device with auxiliary fixing, which comprises a steel wire traction base and a steel wire traction disc, wherein a steel wire traction motor frame is arranged at the top end of the steel wire traction base, a steel wire traction sliding rail mechanism is arranged at one side of the steel wire traction motor frame, the steel wire traction disc is arranged in the middle of the steel wire traction motor frame, a steel wire traction limiting clamping mechanism is arranged at the top end of the steel wire traction disc, a steel wire traction servo box is embedded at the front end of the steel wire traction base, and built-in traction motor limiting mechanisms penetrate through two sides of the steel wire traction servo box. This steel wire draw gear with supplementary fixed, the user can run through the frame and run through inside the card hole site, carries out fixed mounting to the steel wire drawing servo case simultaneously, is convenient for dismantle the change to the steel wire drawing servo case, does benefit to steel wire production draw gear, and inside traction power equipment is changed, need not wholly dismantle steel wire production draw gear.

Description

Steel wire traction device with auxiliary fixing function

Technical Field

The utility model relates to the technical field of steel wire production traction devices, in particular to a steel wire traction device with auxiliary fixing.

Background

The wire drawing is to introduce one end of the wire rod with larger section into the die hole of the wire drawing machine smaller than the section by utilizing the plasticity of the wire rod, force the wire rod to pass through under the action of drawing force, so that the steel (the wire is drawn again) is plastically deformed, the physical property is changed, the required wire is produced, the wire plating layer mainly aims at preventing corrosion and improving adhesive force, the wire is isolated from corrosives by using a protective medium, the corrosion rate is delayed, the service life of the wire is prolonged, the processes all need the wire drawing device for conveying, and the wire production drawing device has limit fixing defects and is easy to loosen.

The inside traction power equipment of the steel wire production traction device on the market is difficult to replace, the whole traction device needs to be detached, the whole traction limiting buckle is difficult to carry out in the traction process, the steel wire is conveyed too fast in the traction conveying process, and traction deviation is caused.

Disclosure of Invention

The utility model aims to provide a steel wire traction device with auxiliary fixing, which aims to solve the problems that traction power equipment in the steel wire production traction device in the market, which is proposed in the background technology, is difficult to replace, the whole traction device is required to be dismounted, the whole traction limiting buckle is difficult to carry out in the traction process, and the steel wire is conveyed too fast in the traction conveying process, so that traction deviation is caused.

In order to achieve the above purpose, the present utility model provides the following technical solutions: the utility model provides a steel wire draw gear with supplementary fixed, includes steel wire traction base and steel wire traction disk, steel wire traction base's top is provided with steel wire traction motor frame, and installs steel wire traction slide rail mechanism in one side of steel wire traction motor frame, steel wire traction disk sets up in the middle part of steel wire traction motor frame, steel wire traction limit block mechanism is installed on steel wire traction disk's top, steel wire traction servo case has been inlayed to steel wire traction base's front end, and steel wire traction servo case's both sides run through there is built-in traction motor stop gear, install the locating bolt around the steel wire traction motor frame, built-in traction motor stop gear includes the draw-in position and runs through the frame, and runs through the frame is installed to the front end of draw-in position.

Further, the steel wire traction base is communicated with the steel wire traction motor frame, and the steel wire traction motor frame is fixedly connected with the steel wire traction sliding rail mechanism.

Further, the steel wire traction motor frame is movably connected with the steel wire traction disc, and a steel wire traction limiting clamping mechanism is movably embedded in the steel wire traction disc.

Further, the clamping hole site is in threaded connection with the penetrating frame, and the clamping hole site and the steel wire traction servo box form a clamping structure through the penetrating frame.

Further, the steel wire traction limiting clamping mechanism comprises an embedded disc and embedded grooves, and the embedded grooves are formed in two sides of the embedded disc.

Further, the embedded groove is slidably embedded in the steel wire traction disc, and the steel wire traction disc and the embedded disc form a clamping structure through the embedded groove.

Further, the steel wire traction sliding rail mechanism comprises an auxiliary hole and a fixed limit bolt, and the fixed limit bolt penetrates through the inside of the auxiliary hole.

Further, the auxiliary hole is in threaded connection with the fixed limiting bolt, and the auxiliary hole and the fixed limiting bolt can be fixedly buckled outside the steel wire.

Compared with the prior art, the utility model has the beneficial effects that: this steel wire draw gear with supplementary fixed, the user can run through the frame and run through inside the card hole site, carries out fixed mounting to the steel wire drawing servo case simultaneously, is convenient for dismantle the change to the steel wire drawing servo case, does benefit to steel wire production draw gear, and inside traction power equipment is changed, need not wholly dismantle steel wire production draw gear.

1. According to the utility model, the steel wire traction device servo power group is used for driving the steel wire traction disc to carry out rotary motion traction, the produced steel wire is wound on the steel wire traction limiting clamping mechanism component, and after winding, the embedded disc can be slidably embedded through the embedded groove, and limiting extrusion is carried out on the steel wire traction disc.

2. According to the utility model, a user can penetrate and buckle the fixed limit bolt in the auxiliary hole to perform auxiliary limit fixation, so that the user can fix according to the distributed auxiliary hole pitch, the whole traction limit buckle is performed on two sides of the steel wire in the traction process, and the steel wire is prevented from being conveyed too fast in the traction conveying process, and the traction deviation is avoided.

Drawings

FIG. 1 is a schematic perspective view of the present utility model;

FIG. 2 is a schematic diagram of a wire traction limit clamping mechanism according to the present utility model;

fig. 3 is an enlarged schematic view of the structure of fig. 1 a according to the present utility model.

In the figure: 1. a steel wire traction base; 2. a steel wire traction slide rail mechanism; 201. an auxiliary hole; 202. fixing the limit bolt; 3. a wire traction motor frame; 4. a steel wire traction disc; 5. the steel wire traction limiting clamping mechanism; 501. an embedded disc; 502. an embedding groove; 6. a positioning bolt; 7. a traction motor limiting mechanism is arranged in the traction motor; 701. a clamping hole site; 702. a penetrating frame; 8. the steel wire pulls the servo box.

Detailed Description

Example 1

As shown in fig. 1, the present utility model provides a technical solution: the steel wire traction device with auxiliary fixation comprises a steel wire traction base 1 and a steel wire traction disk 4, wherein the top end of the steel wire traction base 1 is provided with a steel wire traction motor frame 3, one side of the steel wire traction motor frame 3 is provided with a steel wire traction sliding rail mechanism 2, the steel wire traction disk 4 is arranged in the middle of the steel wire traction motor frame 3, the top end of the steel wire traction disk 4 is provided with a steel wire traction limit clamping mechanism 5, the front end of the steel wire traction base 1 is embedded with a steel wire traction servo box 8, two sides of the steel wire traction servo box 8 are penetrated with built-in traction motor limit mechanisms 7, the periphery of the steel wire traction motor frame 3 is provided with positioning bolts 6, the built-in traction motor limit mechanisms 7 comprise clamping holes and penetrating frames 702, the front end of the clamping holes 701 is provided with penetrating frames 702, the steel wire traction base 1 is communicated with the steel wire traction motor frame 3, the steel wire traction motor frame 3 is fixedly connected with the steel wire traction slide rail mechanism 2, the steel wire traction motor frame 3 is communicated and is arranged at the top end of the steel wire traction base 1, so that the steel wire traction slide rail mechanism 2 is fixedly connected to one side of the top end of the steel wire traction motor frame 3, a user can penetrate steel wires in the steel wire traction slide rail mechanism 2 to convey the steel wire traction motor frame, meanwhile, the steel wire traction servo box 8 is slidably arranged in the steel wire traction base 1 to assemble equipment, the steel wire traction motor frame 3 is movably connected with the steel wire traction disc 4, the steel wire traction disc 4 is movably embedded with the steel wire traction limit clamping mechanism 5, the steel wire traction disc 4 is slidably arranged in the middle of the steel wire traction motor frame 3, the steel wire traction limit clamping mechanism 5 is arranged to penetrate through the steel wire traction disc 4, the positioning bolts 6 can be distributed and penetrate around the steel wire traction motor frame 3 to fix the steel wire traction motor frame, the steel wire traction servo box 8, sliding mounting is inside the steel wire traction base 1, provide traction power, be threaded connection between the clamping hole site 701 and the frame 702 that runs through, and the clamping hole site 701 forms the buckle structure through running through frame 702 and steel wire traction servo box 8, built-in traction motor stop gear 7 subassembly is installed in, steel wire traction servo box 8 both sides, make clamping hole site 701 set up in steel wire traction servo box 8 both sides, run through frame 702 threaded connection and install in steel wire traction servo box 8 front end both sides, steel wire traction servo box 8, sliding mounting is inside steel wire traction base 1, during equipment assembly, steel wire traction servo box 8 can imbed and install in, clamping hole site 701 both sides, the user can run through frame 702 inside clamping hole site 701, simultaneously carry out fixed mounting to steel wire traction servo box 8, be convenient for dismantle steel wire traction servo box 8 and change, do benefit to steel wire production draw the device, inside traction power equipment is changed, need not wholly dismantle steel wire production draw the device.

Example 2

As shown in fig. 2 and 3, the present utility model provides a technical solution: the steel wire traction limiting clamping mechanism 5 comprises an embedded disc 501 and an embedded groove 502, the embedded groove 502 is arranged on two sides of the embedded disc 501, the embedded groove 502 is slidably embedded in the steel wire traction disc 4, the steel wire traction disc 4 and the embedded disc 501 form a clamping structure through the embedded groove 502, a steel wire traction limiting clamping mechanism 5 component penetrates through the steel wire traction disc 4, the embedded disc 501 is arranged on the steel wire traction disc 4, the embedded groove 502 is slidably embedded in the steel wire traction disc 4, the steel wire traction disc 4 is driven to rotate and move by virtue of a servo power group of the steel wire traction device, produced steel wires are wound on the steel wire traction limiting clamping mechanism 5 component, after winding, the embedded disc 501 is slidably embedded through the embedded groove 502, limiting extrusion is carried out on the steel wire traction disc 4, the steel wire traction sliding rail mechanism 2 comprises an auxiliary hole 201 and a fixed limiting bolt 202, the fixed limiting bolt 202 penetrates through the inside of the auxiliary hole 201, the auxiliary hole 201 and the fixed limiting bolt 202 are in threaded connection, the auxiliary hole 201 and the fixed limiting bolt 202 can be fixedly buckled outside a steel wire, a user penetrates the steel wire through the steel wire, when the steel wire traction sliding rail mechanism 2 is conveyed inside, the auxiliary hole 201 is distributed and arranged inside a steel wire traction sliding rail mechanism 2 assembly, when the steel wire passes through the inside of the steel wire traction sliding rail mechanism 2, the user can penetrate the fixed limiting bolt 202 through the inside of the auxiliary hole 201 to assist in limiting fixation, the user can conveniently fix the two sides of the steel wire according to the distributed hole distance of the auxiliary hole 201, integral traction limiting buckling is carried out in the traction process, the steel wire is prevented from being conveyed too fast in the traction conveying process, and traction deviation is avoided.

To sum up, this steel wire draw gear with supplementary fixing, during the use, built-in traction motor stop gear 7 subassembly is installed in, steel wire draw servo case 8 both sides, make clamping hole site 701 set up in steel wire draw servo case 8 both sides, run through frame 702 threaded connection and install in steel wire draw servo case 8 front end both sides, steel wire draw servo case 8, slidable mounting is in steel wire draw base 1 inside, during equipment assembly, steel wire draw servo case 8 can be embedded and install in, clamping hole site 701 both sides, the user runs through the steel wire in, when carrying in steel wire draw slide rail mechanism 2 is inside, make auxiliary hole 201 distribute and set up, steel wire draw slide rail mechanism 2 subassembly is inside, when steel wire passes through steel wire draw slide rail mechanism 2 is inside, the user can run through fixed stop bolt 202 buckle in, auxiliary hole 201 is inside to assist spacing fixed, steel wire draw spacing clamping mechanism 5 subassembly, run through on steel wire draw plate 4, make embedded plate 501 install on steel wire draw plate 4, embedded groove 502 slides in steel wire draw plate 4 is inside.

Claims (8)

1. The steel wire traction device with auxiliary fixation comprises a steel wire traction base (1) and a steel wire traction disc (4), and is characterized in that; the wire traction device comprises a wire traction base (1), wherein a wire traction motor frame (3) is arranged at the top end of the wire traction base (1), a wire traction sliding rail mechanism (2) is arranged on one side of the wire traction motor frame (3), a wire traction disc (4) is arranged in the middle of the wire traction motor frame (3), a wire traction limit clamping mechanism (5) is arranged at the top end of the wire traction disc (4), a wire traction servo box (8) is embedded into the front end of the wire traction base (1), built-in traction motor limit mechanisms (7) penetrate through two sides of the wire traction servo box (8), positioning bolts (6) are arranged around the wire traction motor frame (3), the built-in traction motor limit mechanisms (7) comprise clamping holes (701) and penetrating frames (702), and penetrating frames (702) are arranged at the front ends of the clamping holes (701).

2. A wire drawing device with auxiliary fixation as claimed in claim 1, wherein: the steel wire traction base (1) is communicated with the steel wire traction motor frame (3), and the steel wire traction motor frame (3) is fixedly connected with the steel wire traction sliding rail mechanism (2).

3. A wire drawing device with auxiliary fixation as claimed in claim 1, wherein: the steel wire traction motor frame (3) is movably connected with the steel wire traction disc (4), and a steel wire traction limiting clamping mechanism (5) is movably embedded in the steel wire traction disc (4).

4. A wire drawing device with auxiliary fixation as claimed in claim 1, wherein: the clamping hole sites (701) are in threaded connection with the penetrating frame (702), and the clamping hole sites (701) and the steel wire traction servo box (8) form a clamping structure through the penetrating frame (702).

5. A wire drawing device with auxiliary fixation as claimed in claim 1, wherein: the steel wire traction limiting clamping mechanism (5) comprises an embedded disc (501) and embedded grooves (502), and the embedded grooves (502) are formed in two sides of the embedded disc (501).

6. A wire drawing apparatus with auxiliary fixation as defined in claim 5, wherein: the embedded groove (502) is slidably embedded in the steel wire traction disc (4), and the steel wire traction disc (4) and the embedded disc (501) form a clamping structure through the embedded groove (502).

7. A wire drawing device with auxiliary fixation as claimed in claim 1, wherein: the steel wire traction sliding rail mechanism (2) comprises an auxiliary hole (201) and a fixed limiting bolt (202), and the fixed limiting bolt (202) penetrates through the inside of the auxiliary hole (201).

8. A wire drawing apparatus with auxiliary fixation as defined in claim 7, wherein: the auxiliary hole (201) is in threaded connection with the fixed limiting bolt (202), and the auxiliary hole (201) and the fixed limiting bolt (202) can be fixedly buckled outside the steel wire.