CN108202114A

CN108202114A - A kind of production equipment of steel wire for automotive seat mask

Info

Publication number: CN108202114A
Application number: CN201810174083.4A
Authority: CN
Inventors: 罗必锋
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-02
Filing date: 2018-03-02
Publication date: 2018-06-26

Abstract

The present invention relates to Production for Steel Wire technical fields, a kind of more particularly to production equipment of steel wire for automotive seat mask, including coiled strip discharging frame, first supporting rack and the second supporting rack, first supporting rack is equipped with the first fixed frame and the second fixed frame, first fixed frame is equipped with straightening device, before and after first fixed frame limited position mechanism is all provided on the outer wall of side, the front and rear section of second fixed frame is respectively equipped with cutter device and draft gear, the bottom of first supporting rack is equipped with driving device, outer wall on front side of second fixed frame is equipped with the first feeding plate and first through hole, outer wall on rear side of second fixed frame is equipped with the second through-hole, the first arc chute is offered at the top of second supporting rack, second supporting rack is equipped with hopper, to push the material-pulling device of the steel wire in the first arc chute, apparatus for bending and the second feeding plate.The present invention realizes steel wire of the automated production for automotive seat mask, improves production efficiency, and reduce the demand of manpower.

Description

A kind of production equipment of steel wire for automotive seat mask

Technical field

The present invention relates to Production for Steel Wire technical field, a kind of production of more particularly to steel wire for automotive seat mask is set It is standby.

Background technology

With the improvement of living standards, most people are owned by one's own automobile.The brand of automobile is although numerous It is more, but the composition of automobile is all the same.Each automobile is owned by mating automotive seat, and each automotive seat includes mask And foaming.The quality of the two determines the comfort level of automotive seat.Automotive seat supplier secures a mask to for convenience In foaming, several steel wires are often fixed in mask, then by be equipped with c-type follow closely air gun by fixation with steel wire to foam On, so as to which mask be allowed steadily to be fixed in foaming.Such steel wire is before being placed into mask, the necessary bending in both ends of steel wire, this Sample can prevent steel wire from being slipped from the bearing of mask.Traditional steel wire both ends bending all first passes through cut-out equipment by steel wire Raw material is cut into the length specified, and then again takes the steel wire after all cut at bending equipment, and worker holds one end of steel wire With bending equipment by this one end bending, then worker exchanges other end bending of the position by steel wire of steel wire, such producer again The production efficiency of formula is slow, and manpower demand is big.

Invention content

In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of life of the steel wire for automotive seat mask Produce equipment.

To solve the above problems, the present invention provides following technical scheme：

The production equipment of a kind of steel wire for automotive seat mask, including coiled strip discharging frame, the first supporting rack and the second support Frame, the coiled strip discharging frame and the second supporting rack are located at the front and rear sides of the first supporting rack respectively, are set on first supporting rack There are the first fixed frame and the second fixed frame, first fixed frame is fixed on the first supporting rack close to the one of coiled strip discharging frame End, the second fixed frame are located at the side of the first fixed frame, and first fixed frame is equipped with stretches dress to stretch steel wire It puts, is all provided with limited position mechanism before and after first fixed frame on the outer wall of side, the front and rear section of second fixed frame is respectively equipped with Cutter device and the draft gear to traction steel wire, the bottom of the first supporting rack are equipped with the driving being sequentially connected with draft gear Device, the outer wall on front side of the second fixed frame are equipped with the first feeding plate and the first through hole passed through for steel wire, the first feeding plate position Outer wall on rear side of the underface of first through hole, the second fixed frame is equipped with the second through-hole with first through hole coaxial line, and second Offer the first arc chute at the top of supporting rack, second supporting rack is equipped with hopper, pushing the first arc chute The material-pulling device of interior steel wire and to by the apparatus for bending of steel wire front and back end bending, the hopper is located at the first arc chute Side and the underface for being located at the first feeding plate, the material-pulling device are located at the opposite side of the first arc chute, the bending dress Setting in the side of hopper, the second feeding plate is arranged right below positioned at the discharge end of the first arc chute on the second supporting rack.

Further, the straightening device includes three pinch rollers equally set and four slots equally set Wheel correspond to each sheave on the bottom end inside the first fixed frame and is equipped with fixed seat, and each the sheave is rotationally connected with pair It answers in fixed seat, is equipped with to adjust the first regulation handle of pinch roller height on each pinch roller, each described first adjusts Section handle is both secured to the top of the first fixed frame, and each pinch roller is respectively positioned between two neighboring sheave.

Further, the top of first fixed frame corresponds to each first regulation handle and is equipped with the first mounting base, often Female first mounting hole of tool is equipped in a first mounting base, each first regulation handle is screwed on corresponding In first mounting hole.

Further, the position-limit mechanism includes the first limited block, the second limited block, third limited block and the 4th limiting Block, the second arc chute is equipped on four, and all second arc chutes form the concentric stroking passed through for steel wire after being sequentially connected Slot, the round sliding slot corresponded on each position-limit mechanism on first fixed frame is equipped with to be led to the third of round sliding slot coaxial line Hole, and third through-hole and first through hole coaxial line.

Further, the draft gear includes being located at the upper traction wheel inside the second fixed frame and lower traction wheel, described Upper traction wheel is equipped with the second regulation handle to adjust upper traction wheel height, and the top of second fixed frame is equipped with second Mounting base, second mounting base, which is equipped with, has female second mounting hole, and second regulation handle is screwed on In second mounting hole, the bottom end inside second fixed frame is equipped with rotation seat, and the lower traction wheel is equipped with and lower traction wheel The shaft of coaxial line, and the shaft, through the second fixed frame, the shaft is rotationally connected on rotation seat, in shaft far under One end of traction wheel is equipped with the first belt pulley, and the driving device includes driving motor, pacifies on the output terminal of the driving motor Equipped with the second belt pulley, first belt pulley and the second belt pulley are connected by belt transmission, and the first supporting rack, which is equipped with, to be supplied Belt by square hole.

Further, the cutter device includes cutting cover half and pusher cylinder, and it is solid that the cutting cover half is fixed on second Determine the bottom end inside frame, the pusher cylinder is in be fixed on the second fixed frame vertically, and its output terminal is fixed through second The top of frame is set towards cutting cover half, is equipped on the output terminal of the pusher cylinder dynamic with the matched cutting of cutting cover half Mould.

Further, the discharge end of the hopper is equipped with the slide plate being inclined to set, and the both sides point of slide plate are located on hopper Not She You the first blowing component and the second blowing component, the first blowing component and the second blowing component are in being oppositely arranged, described the The structure of one blowing component and the second blowing component is identical, and the first blowing component includes the first electric pushrod and backgauge part, The hopper is equipped with the first L-shaped installing plate, and first electric pushrod is fixedly installed in level on the first installing plate, And the discharge end of the output terminal of the first electric pushrod towards hopper is set, and the backgauge part is fixedly installed in the first electric pushrod Output terminal on.

Further, first supporting rack is equipped with the Buffer Unit being located on rear side of slide plate, and the Buffer Unit includes Two the second electric pushrods being symmetrical set, correspond to each second electric pushrod on the first supporting rack and are equipped with and be inclined to set Fixed block, each second electric pushrod is fixedly installed on corresponding fixed block, and the output terminal court of the second electric pushrod It is set to slide plate, the output terminal of each second electric pushrod is mounted on buffering block piece, and the slide plate is equipped with for each Buffer the straight slot that block piece moves back and forth.

Further, the material-pulling device includes electric cylinders and pusher part, and the pusher part is fixedly installed in the sliding block of electric cylinders On, the pusher part includes connecting portion and the pusher portion with connecting portion one, and the pusher portion is placed in the first arc chute simultaneously It is slidably matched with the first arc chute.

Further, the apparatus for bending includes the first cylinder, the second cylinder, third cylinder, the 4th cylinder, the 5th cylinder With the 6th cylinder, the lower end of second supporting rack is equipped with the first mounting blocks, first cylinder, the second cylinder and third cylinder In being fixed on the first mounting blocks vertically, and the output terminal of three is set towards the first arc chute, the first cylinder with Second cylinder is symmetrical set on the both sides of third cylinder, the output terminal of first cylinder, the second cylinder and third cylinder The first dynamic model, the second dynamic model and third dynamic model are respectively equipped with, the first dynamic model is identical with the structure of the second dynamic model, first dynamic model The third arc chute to match with the first arc chute is equipped with the upper end of third dynamic model, second supporting rack is equipped with First dynamic model, the second dynamic model and third dynamic model commonly through perforation, the top of second supporting rack, which is equipped with, to be located at by hopper Second mounting blocks of side, the 4th cylinder, the 5th cylinder and the 6th cylinder are fixedly installed in level on the second mounting blocks, And the output terminal of three is set towards third arc chute, and the 4th cylinder and the 5th cylinder are symmetrical set the 6th The output terminal of the both sides of cylinder, the 4th cylinder and the 5th cylinder is respectively fixed with the first cover half and the second cover half, and first is fixed The bottom of mould is equipped with to by the first fixed slot of one end bending and molding of steel wire, and the bottom of the second cover half is equipped with to by steel wire Other end bending and molding the second fixed slot, be fixed with the second L-shaped installing plate, institute on the output terminal of the 6th cylinder It states the second installing plate to be equipped in the 7th cylinder being vertically arranged, and its output terminal is in set downwards, the 7th gas Briquetting is fixed on the output terminal of cylinder.

Advantageous effect：A kind of production equipment of steel wire for automotive seat mask of the present invention, at work, Gong Renxian Steel wire raw material are fixed on coiled strip discharging frame, steel wire raw material initial end are manually then drawn to designated position, then The lower traction wheel rotation of driving motor driving, steel wire raw material are because pressure is attached between upper traction wheel and lower traction wheel, so steel wire is former Material is moved forward as lower traction wheel rotates, and in moving process, steel wire raw material are by three pinch rollers and four sheaves Cooperation gradually stretches, and subsequent pusher cylinder driving cutting dynamic model is moved back and forth relative to cutting cover half, thus by steel wire original Material cuts into several process wires, process wire due to most of vacantly in the outside of the second fixed frame, so as to make Process wire is dropped on the first feeding plate, is then slipped in hopper from the first feeding plate again, the first blowing group on hopper The releasing process wire of part and the cooperation of the second blowing component successively one by one, process wire slip into the first arc along slide plate In sliding slot, electric cylinders driving pusher part movement, pusher part pushes process wire to be moved, is worn when process wire is transported to When at hole, the 6th cylinder drives the 7th cylinder to be moved to the surface of third arc chute, subsequent 7th cylinder drive briquetting to Lower movement, briquetting and third dynamic model fix the stage casing of process wire, and the first cylinder and the second cylinder push respectively later First dynamic model and the second dynamic model move up, and the both ends of process wire are pressed into right angle, subsequent 4th cylinder and the 5th cylinder It respectively drives the first cover half and the second cover half is moved to the surface of third arc chute, the third dynamic model of third cylinder driving later Move up, the 7th cylinder push briquetting and third dynamic model synchronize move up, the both ends of process wire are gradually bent over, and are rolled over After curved, the first cylinder, the second cylinder, third cylinder, the 4th cylinder, the 5th cylinder, the 6th cylinder and the 7th cylinder are restored to just Beginning state, final electric cylinders driving pusher part shift finished product steel wire on the second feeding plate onto, and finished product steel wire is again from the second feeding plate It is slipped in the holding mechanism specified, the present invention realizes steel wire of the automated production for automotive seat mask, improves life Efficiency is produced, and reduces the demand of manpower.

Description of the drawings

Fig. 1 is the stereoscopic schematic diagram of the present invention；

Fig. 2 is the partial side view of the present invention；

Fig. 3 is the subssembly drawing of the present invention；

Fig. 4 is the enlarged drawing at A in Fig. 3；

Fig. 5 is the enlarged drawing at B in Fig. 3；

Fig. 6 is the partial schematic diagram one of the present invention；

Fig. 7 is the enlarged drawing at C in Fig. 6；

Fig. 8 is the partial schematic diagram two of the present invention；

Fig. 9 is the enlarged drawing at D in Fig. 8；

Figure 10 is the partial schematic diagram three of the present invention；

Figure 11 is the partial schematic diagram four of the present invention；

Figure 12 is the partial duty figure of the present invention；

Reference sign：Coiled strip discharging frame 1, the first supporting rack 2, square hole 2a, Buffer Unit 2b, the second electric pushrod 2b1 delay Rush block piece 2b2, fixed block 2c, the second supporting rack 3, the first arc chute 3a, the second feeding plate 3b, the first mounting blocks 3c, second Mounting blocks 3d, perforate 3e, the first fixed frame 4, fixed seat 4a, the first mounting base 4b, third through-hole 4c, the second fixed frame 5, and first Feeding plate 5a, first through hole 5b, the second through-hole 5c, the second mounting base 5d, rotation seat 5e, straightening device 6, pinch roller 6a, first adjusts Save handle 6a1, sheave 6b position-limit mechanisms 7, the first limited block 7a, the second limited block 7b, third limited block 7c, the 4th limited block 7d, the second arc chute 7e, round sliding slot 7f, cutter device 8, cutting cover half 8a, pusher cylinder 8b cut dynamic model 8b1, traction Device 9, upper traction wheel 9a, the second regulation handle 9a1, lower traction wheel 9b, shaft 9b1, the first belt pulley 9b2, driving device 10, Driving motor 10a, the second belt pulley 10a1, hopper 11, slide plate 11a, the first blowing component 11b, the first electric pushrod 11b1 are kept off Materials and parts 11b2, the first installing plate 11c, material-pulling device 12, electric cylinders 12a, pusher part 12b, connecting portion 12b1, pusher portion 12b2 roll over Bending apparatus 13, the first cylinder 13a, third arc chute 13a2, the first dynamic model 13a1, the second cylinder 13b, third cylinder 13c, the The three dynamic model cover half of 13c1, the 4th cylinder 13d, first 13d1, the first fixed slot cover half 13e1 of 13d2, the 5th cylinder 13e, second, The second fixed slot installing plate of 13e2, the 6th cylinder 13f, second 13f1, the 7th cylinder 13f2, briquetting 13f3.

Specific embodiment

With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail：

Referring to figs. 1 to a kind of production equipment of steel wire for automotive seat mask shown in Figure 12, including coiled strip discharging frame 1, First supporting rack 2 and the second supporting rack 3, before 1 and second supporting rack 3 of coiled strip discharging frame is located at the first supporting rack 2 respectively Both sides afterwards, first supporting rack 2 are equipped with the first fixed frame 4 and the second fixed frame 5, and first fixed frame 4 is fixed on the Close to one end of coiled strip discharging frame 1 on one supporting rack 2, the second fixed frame 5 is located at the side of the first fixed frame 4, and described first is solid Determine frame 4 to be equipped with to the straightening device 6 that stretches steel wire, limiting is equipped on the outer wall of side before and after first fixed frame 4 Mechanism 7, the front and rear section of second fixed frame 5 are respectively equipped with cutter device 8 and the draft gear 9 to traction steel wire, and first The bottom of supporting rack 2 is equipped with the driving device 10 being sequentially connected with draft gear 9, and the outer wall of 5 front side of the second fixed frame is equipped with First feeding plate 5a and the first through hole 5b passed through for steel wire, the first feeding plate 5a are located at the underface of first through hole 5b, and second The outer wall of 5 rear side of fixed frame is equipped with the second through-hole 5c with first through hole 5b coaxial lines, and the top of the second supporting rack 3 offers First arc chute 3a, second supporting rack 3 are equipped with hopper 11, pushing pushing away for the steel wire in the first arc chute 3a Expect device 12 and to by the apparatus for bending 13 of steel wire front and back end bending, the hopper 11 is located at the side of the first arc chute 3a And positioned at the underface of the first feeding plate 5a, the material-pulling device 12 is located at the opposite side of the first arc chute 3a, the bending Device 13 is located at the side of hopper 11, and the is arranged right below positioned at the discharge end of the first arc chute 3a on the second supporting rack 3 Two feeding plate 3b.

Operation principle：At work, steel wire raw material are first placed on coiled strip discharging frame 1 present invention by worker, Ran Houren Steel wire raw material initial end is drawn to designated position by work, drives draft gear 9 with rear drive equipment 10, draft gear 9 is drawn Steel wire raw material move forward, and in moving process, straightening device 6 will all be stretched by the steel wire raw material of straightening device 6, When steel wire raw material are transported to cutter device 8, steel wire raw material are cut into process wire by cutter device 8, due to half Vacantly in the outside of the second fixed frame 5, process wire is thus fallen on the first feeding plate 5a for most of position of finished product steel wire, Subsequent process wire is slipped into from the first feeding plate 5a in hopper 11 again, and the process wire in hopper 11 is successively from hopper 11 Discharge end is released and is fallen in the first arc chute 3a, and material-pulling device 12 shifts process wire at apparatus for bending 13 onto, bending Device 13 is by the both ends bending of process wire, and after the completion of bending, material-pulling device 12 continues to shift finished product steel wire onto second blanking On plate 3b, finished product steel wire is dropped into from the second feeding plate 3b cunnings in the holding mechanism specified again.

It is shown referring to Figures 1 and 2, the straightening device 6 is in including three pinch roller 6a equally set and four etc. The sheave 6b of spacing setting correspond to each sheave 6b on the bottom end inside the first fixed frame 4 and is equipped with fixed seat 4a, each described in Sheave 6b is rotationally connected on corresponding fixed seat 4a, is equipped with to adjust the of pinch roller 6a height on each pinch roller 6a One regulation handle 6a1, each first regulation handle 6a1 are both secured to the top of the first fixed frame 4, each pinch roller 6a It is respectively positioned between two neighboring sheave 6b；The front end of steel wire raw material is drawn past four sheave 6b and three pressures by worker manually 6a is taken turns, three the first regulation handle 6a1 is then rotated and three pinch roller 6a is moved down, so that three pinch roller 6a pressures are attached On steel wire raw material, final four sheave 6b gradually draw the steel wire raw material in tethered sliding with three pinch roller 6a cooperations Directly.

Shown referring to Figures 1 and 2, the top of first fixed frame 4 corresponds to each first regulation handle 6a1 and is equipped with Female first mounting hole of tool, each first regulation handle 6a1 are equipped on one mounting base 4b, each first mounting base 4b It is screwed in corresponding first mounting hole；Such design causes three the first regulation handle 6a1 of manual operation more just It is prompt.

With reference to shown in Fig. 3 and Fig. 4, the position-limit mechanism 7 includes the first limited block 7a, the second limited block 7b, third limiting Block 7c and the 4th limited block 7d is equipped with the second arc chute 7e, all second arc chute 7e on four and is sequentially connected rear shape Into the round sliding slot 7f passed through for steel wire, the round sliding slot 7f corresponded on each position-limit mechanism 7 on first fixed frame 4 is all provided with There are the third through-hole 4c with round sliding slot 7f coaxial lines, and third through-hole 4c and first through hole 5b coaxial lines；Worker is from coiled strip The front end of steel wire raw material is drawn across round sliding slot 7f on discharging frame 1, round sliding slot 7f limits steel wire raw material, This prevents steel wire raw material disorderly swing, when steel wire raw material diameter replace when, worker only need to by the first limited block 7a, Second limited block 7b, third limited block 7c and the 4th limited block 7d are replaced with the limited block of needs.

With reference to shown in Fig. 2, Fig. 3 and Fig. 8, the draft gear 9 includes being located at the upper traction wheel 9a inside the second fixed frame 5 With lower traction wheel 9b, the upper traction wheel 9a is equipped with the second regulation handle 9a1 to adjust upper traction wheel 9a height, described The top of second fixed frame 5 is equipped with the second mounting base 5d, and the second mounting base 5d, which is equipped with, has female second installation Hole, the second regulation handle 9a1 are screwed in the second mounting hole, and the bottom end inside second fixed frame 5, which is equipped with, to be turned Dynamic seat 5e, the lower traction wheel 9b is equipped with the shaft 9b1 with lower traction wheel 9b coaxial lines, and shaft 9b1 runs through second Fixed frame 5, the shaft 9b1 are rotationally connected on rotation seat 5e, and one end far from lower traction wheel 9b is equipped with first on shaft 9b1 Belt pulley 9b2, the driving device 10 include driving motor 10a, the second skin are equipped on the output terminal of the driving motor 10a Belt wheel 10a1, the first belt pulley 9b2 and the second belt pulley 10a1 are connected by belt transmission, and the first supporting rack 2 is equipped with For belt by square hole 2a；Worker, which first rotates the second regulation handle 9a1, moves down traction wheel 9a, steel wire raw material quilt Pressure is attached between traction wheel 9a and lower traction wheel 9b, and subsequent driving motor 10a drives the second belt pulley 10a1 rotations, the second skin Belt wheel 10a1 drives the first belt pulley 9b2 rotations, and the first belt pulley 9b2 drives lower traction wheel 9b rotations, so as to make steel wire former material Material moves forward.

With reference to shown in Fig. 2 and Fig. 3, the cutter device 8 includes cutting cover half 8a and pusher cylinder 8b, the cutting cover half 8a is fixed on the bottom end inside the second fixed frame 5, and the pusher cylinder 8b is in be fixed on the second fixed frame 5 vertically, and its Output terminal is set through the top of the second fixed frame 5 towards cutting cover half 8a, is equipped on the output terminal of the pusher cylinder 8b With the matched cutting dynamic model 8b1 of cutting cover half 8a；Pusher cylinder 8b drivings cutting dynamic model 8b1 is carried out relative to cutting cover half 8a It moves back and forth, so as to which steel wire raw material are cut into several process wires.

With reference to shown in Fig. 7 and Fig. 9, the discharge end of the hopper 11 is equipped with the slide plate 11a being inclined to set, and hopper 11 is upper The first blowing component 11b and the second blowing component are respectively equipped in the both sides of slide plate 11a, the first blowing component 11b is put with second Material component is in being oppositely arranged, and the structure of the first blowing component 11b and the second blowing component is identical, the first blowing component 11b includes the first electric pushrod 11b1 and backgauge part 11b2, and the hopper 11 is equipped with L-shaped first installing plate 11c, described First electric pushrod 11b1 is fixedly installed in level on the first installing plate 11c, and the output terminal of the first electric pushrod 11b1 It is set towards the discharge end of hopper 11, the backgauge part 11b2 is fixedly installed on the output terminal of the first electric pushrod 11b1；Two The discharge end that a backgauge part 11b2 has blocked process wire from hopper 11 in hopper 11 skids off, when need release one and half into During product steel wire, two electric pushrods drive corresponding backgauge part 11b2 movement until allowing a process wire from hopper 11 simultaneously Discharge end drops out, and after process wire drops out, two electric pushrods drive corresponding backgauge part 11b2 movements will be next simultaneously again Root steel wire blocks, so as to fulfill blowing successively.

With reference to shown in Fig. 6 and Fig. 7, first supporting rack 2 is equipped with the Buffer Unit 2b being located on rear side of slide plate 11a, institute It states Buffer Unit 2b and includes two the second electric pushrod 2b1 being symmetrical set, it is electronic to correspond to each second on the first supporting rack 2 Push rod 2b1 is equipped with the fixed block 2c, each second electric pushrod 2b1 being inclined to set and is fixedly installed in corresponding fixed block 2c On, and the output terminal of the second electric pushrod 2b1 is set towards slide plate 11a, the output terminal of each second electric pushrod 2b1 It is mounted on buffering block piece 2b2, the slide plate 11a and is equipped with the straight slot moved back and forth for each buffering block piece 2b2；When one and half Finished product steel wire from 11 discharge end of hopper be released when, two the second electric pushrod 2b1 drive simultaneously it is corresponding buffering block piece 2b2 from Straight slot on slide plate 11a stretches out, and two buffering block piece 2b2 have blocked the process wire for being laid down and, with latter two the second electricity Dynamic push rod 2b1 drives corresponding buffering block piece 2b2 to be retracted into initial position simultaneously again, so as to slow down the semi-finished product for being laid down and The slip velocity of steel wire, avoiding process wire causes not being slipped to the first arc chute 3a due to slip velocity is too fast It is interior.

With reference to shown in Fig. 9 to Figure 12, the material-pulling device 12 includes electric cylinders 12a and pusher part 12b, the pusher part 12b It is fixedly installed on the sliding block of electric cylinders 12a, the pusher part 12b includes connecting portion 12b1 and the pusher with connecting portion 12b1 one Portion 12b2, the pusher portion 12b2 are placed in the first arc chute 3a and are slidably matched with the first arc chute 3a；Work as semi-finished product When steel wire is slipped in the first arc chute 3a, electric cylinders 12a driving sliding blocks are moved towards the second feeding plate 3b, pusher part 12b It is moved as sliding block is mobile, bending is pushed to by pusher portion 12b2 so as to make way for the process wire in the first arc chute 3a At device 13.

With reference to shown in Fig. 9 to Figure 12, the apparatus for bending 13 includes the first cylinder 13a, the second cylinder 13b, third cylinder 13c, the 4th cylinder 13d, the 5th cylinder 13e and the 6th cylinder 13f, the lower end of second supporting rack 3 are equipped with the first mounting blocks 3c, the first cylinder 13a, the second cylinder 13b and third cylinder 13c are in be fixed on the first mounting blocks 3c vertically, and The output terminal of three is set towards the first arc chute 3a, and the first cylinder 13a and the second cylinder 13b are symmetrical set in third First is respectively equipped on the output terminal of the both sides of cylinder 13c, the first cylinder 13a, the second cylinder 13b and third cylinder 13c Dynamic model 13a1, the second dynamic model and third dynamic model 13c1, the first dynamic model 13a1 is identical with the structure of the second dynamic model, first dynamic model The upper end of 13a1 and third dynamic model 13c1 are equipped with the third arc chute 13a2 to match with the first arc chute 3a, and described Two supporting racks 3 be equipped with the first dynamic model 13a1, the second dynamic model and third dynamic model 13c1 commonly through perforation 3e, described second The top of support 3 is equipped with the second mounting blocks 3d, the 4th cylinder 13d, the 5th cylinder 13e and the 6th positioned at 11 side of hopper Cylinder 13f is fixedly installed in level on the second mounting blocks 3d, and the output terminal of three is towards third arc chute 13a2 is set, and the 4th cylinder 13d and the 5th cylinder 13e is symmetrical set in the both sides of the 6th cylinder 13f, the 4th gas The output terminal of cylinder 13d and the 5th cylinder 13e are respectively fixed with the first cover half 13d1 and the second cover half 13e1, the first cover half 13d1's Bottom is equipped with to be equipped with to incite somebody to action by the bottom of the first fixed slot 13d2, the second cover half 13e1 of one end bending and molding of steel wire Second fixed slot 13e2 of the other end bending and molding of steel wire is fixed with L-shaped on the output terminal of the 6th cylinder 13f Two installing plate 13f1, the second installing plate 13f1 is equipped in the 7th cylinder 13f2 being vertically arranged, and its output terminal is in It sets downwards, briquetting 13f3 is fixed on the output terminal of the 7th cylinder 13f2；It is worn when process wire is transported to When at the 3e of hole, the 7th cylinder 13f2 of the 6th cylinder 13f drivings is moved to the surface of third arc chute 13a2, subsequent 7th gas Cylinder 13f2 drivings briquetting 13f3 is moved down, and briquetting 13f3 and third dynamic model 13c1 fix the stage casing of process wire, it The first cylinder 13a and the second cylinder 13b push the first dynamic model 13a1 and the second dynamic model to move up respectively afterwards, process wire Both ends are pressed into right angle, and subsequent 4th cylinder 13d and the 5th cylinder 13e respectively drives the first cover half 13d1 and the second cover half 13e1 The surface of third arc chute 13a2 is moved to, third cylinder 13c drives third dynamic model 13c1 to move up later, the 7th gas Cylinder 13f2 push briquetting 13f3 and third dynamic model 13c1 synchronize move up, the both ends of process wire are gradually bent over, bending Afterwards, the first cylinder 13a, the second cylinder 13b, third cylinder 13c, the 4th cylinder 13d, the 5th cylinder 13e, the 6th cylinder 13f and 7th cylinder 13f2 is returned to original state, and final electric cylinders 12a drivings pusher part 12b shifts finished product steel wire onto second feeding plate 3b On, finished product steel wire is slipped to from the second feeding plate 3b in the holding mechanism specified again.

The above described is only a preferred embodiment of the present invention, any limit not is made to the technical scope of the present invention System, therefore any subtle modifications, equivalent variations and modifications that every technical spirit according to the present invention makees above example, In the range of still falling within technical scheme of the present invention.

Claims

1. a kind of production equipment of steel wire for automotive seat mask, it is characterised in that：Including coiled strip discharging frame（1）, first Supporting rack（2）With the second supporting rack（3）, the coiled strip discharging frame（1）With the second supporting rack（3）It is located at the first supporting rack respectively （2）Front and rear sides, first supporting rack（2）It is equipped with the first fixed frame（4）With the second fixed frame（5）, described first is solid Determine frame（4）It is fixed on the first supporting rack（2）On close to coiled strip discharging frame（1）One end, the second fixed frame（5）It is fixed positioned at first Frame（4）Side, first fixed frame（4）It is equipped with the straightening device steel wire to be stretched（6）, first fixed frame （4）Limited position mechanism is all provided on the outer wall of front and rear side（7）, second fixed frame（5）Front and rear section be respectively equipped with cutter device （8）With the draft gear to traction steel wire（9）, the first supporting rack（2）Bottom be equipped with and draft gear（9）It is sequentially connected Driving device（10）, the second fixed frame（5）The outer wall of front side is equipped with the first feeding plate（5a）First passed through with confession steel wire is led to Hole（5b）, the first feeding plate（5a）Positioned at first through hole（5b）Underface, the second fixed frame（5）The outer wall of rear side be equipped with First through hole（5b）Second through-hole of coaxial line（5c）, the second supporting rack（3）Top offer the first arc chute（3a）, institute State the second supporting rack（3）It is equipped with hopper（11）, pushing the first arc chute（3a）The material-pulling device of interior steel wire（12） With to by the apparatus for bending of steel wire front and back end bending（13）, the hopper（11）Positioned at the first arc chute（3a）Side simultaneously Positioned at the first feeding plate（5a）Underface, the material-pulling device（12）Positioned at the first arc chute（3a）Opposite side, it is described Apparatus for bending（13）Positioned at hopper（11）Side, the second supporting rack（3）It is upper to be located at the first arc chute（3a）Discharge end It is arranged right below the second feeding plate（3b）.

2. a kind of production equipment of steel wire for automotive seat mask according to claim 1, it is characterised in that：It is described Straightening device（6）The pinch roller equally set including three（6a）The sheave equally set with four（6b）, first is solid Determine frame（4）Each sheave is corresponded on internal bottom end（6b）It is equipped with fixed seat（4a）, each sheave（6b）Rotation connects It is connected to corresponding fixed seat（4a）On, each pinch roller（6a）On be equipped with to adjust pinch roller（6a）The first of height adjusts hand Handle（6a1）, each first regulation handle（6a1）It is both secured to the first fixed frame（4）Top, each pinch roller（6a） It is respectively positioned on two neighboring sheave（6b）Between.

3. a kind of production equipment of steel wire for automotive seat mask according to claim 2, it is characterised in that：It is described First fixed frame（4）Top correspond to each first regulation handle（6a1）It is equipped with the first mounting base（4b）, each first installation Seat（4b）On be equipped with female first mounting hole of tool, each first regulation handle（6a1）It is screwed on corresponding In first mounting hole.

4. a kind of production equipment of steel wire for automotive seat mask according to claim 1, it is characterised in that：It is described Position-limit mechanism（7）Including the first limited block（7a）, the second limited block（7b）, third limited block（7c）With the 4th limited block（7d）, The second arc chute is equipped on four（7e）, all second arc chutes（7e）The circle passed through for steel wire is formed after being sequentially connected Shape sliding slot（7f）, first fixed frame（4）The upper each position-limit mechanism of correspondence（7）On round sliding slot（7f）It is equipped with and circle Sliding slot（7f）The third through-hole of coaxial line（4c）, and third through-hole（4c）With first through hole（5b）Coaxial line.

5. a kind of production equipment of steel wire for automotive seat mask according to claim 1, it is characterised in that：It is described Draft gear（9）Including being located at the second fixed frame（5）Internal upper traction wheel（9a）With lower traction wheel（9b）, the upper traction wheel （9a）It is equipped with to adjust upper traction wheel（9a）Second regulation handle of height（9a1）, second fixed frame（5）Top Equipped with the second mounting base（5d）, second mounting base（5d）It is equipped with and has female second mounting hole, described second adjusts Save handle（9a1）It is screwed in the second mounting hole, second fixed frame（5）Internal bottom end is equipped with rotation seat（5e）, The lower traction wheel（9b）It is equipped with and lower traction wheel（9b）The shaft of coaxial line（9b1）, and the shaft（9b1）Through second Fixed frame（5）, the shaft（9b1）It is rotationally connected with rotation seat（5e）On, shaft（9b1）Upper separate lower traction wheel（9b）One End is equipped with the first belt pulley（9b2）, the driving device（10）Including driving motor（10a）, the driving motor（10a）It is defeated Second belt pulley is installed in outlet（10a1）, first belt pulley（9b2）With the second belt pulley（10a1）It is passed by belt Dynamic connection, the first supporting rack（2）Be equipped with for belt by square hole（2a）.

6. a kind of production equipment of steel wire for automotive seat mask according to claim 5, it is characterised in that：It is described Cutter device（8）Including cutting cover half（8a）And pusher cylinder（8b）, the cutting cover half（8a）It is fixed on the second fixed frame（5） Internal bottom end, the pusher cylinder（8b）In being fixed on the second fixed frame vertically（5）On, and its output terminal is solid through second Determine frame（5）Top towards cutting cover half（8a）Setting, the pusher cylinder（8b）Output terminal on be equipped with cutting cover half （8a）Matched cutting dynamic model（8b1）.

7. a kind of production equipment of steel wire for automotive seat mask according to claim 1, it is characterised in that：It is described Hopper（11）Discharge end be equipped with the slide plate that is inclined to set（11a）, hopper（11）It is upper to be located at slide plate（11a）Both sides set respectively There is the first blowing component（11b）With the second blowing component, the first blowing component（11b）It is in be oppositely arranged with the second blowing component, The first blowing component（11b）It is identical with the structure of the second blowing component, the first blowing component（11b）Including the first electricity Dynamic push rod（11b1）With backgauge part（11b2）, the hopper（11）It is equipped with the first L-shaped installing plate（11c）, described first Electric pushrod（11b1）The first installing plate is fixedly installed in level（11c）On, and the first electric pushrod（11b1）Output It holds towards hopper（11）Discharge end setting, the backgauge part（11b2）It is fixedly installed in the first electric pushrod（11b1）Output On end.

8. a kind of production equipment of steel wire for automotive seat mask according to claim 7, it is characterised in that：It is described First supporting rack（2）It is equipped with and is located at slide plate（11a）The Buffer Unit of rear side（2b）, the Buffer Unit（2b）It is in including two Symmetrically arranged second electric pushrod（2b1）, the first supporting rack（2）Upper each second electric pushrod of correspondence（2b1）It is equipped with and is in The fixed block being obliquely installed（2c）, each second electric pushrod（2b1）It is fixedly installed in corresponding fixed block（2c）On, and the Two electric pushrods（2b1）Output terminal towards slide plate（11a）Setting, each second electric pushrod（2b1）Output terminal it is equal Buffering block piece is installed（2b2）, the slide plate（11a）It is equipped with for each buffering block piece（2b2）The straight slot of reciprocating movement.

9. a kind of production equipment of steel wire for automotive seat mask according to claim 1, it is characterised in that：It is described Material-pulling device（12）Including electric cylinders（12a）With pusher part（12b）, the pusher part（12b）It is fixedly installed in electric cylinders（12a）Cunning On block, the pusher part（12b）Including connecting portion（12b1）With with connecting portion（12b1）The pusher portion of one（12b2）, it is described to push away Material portion（12b2）It is placed in the first arc chute（3a）It is interior and with the first arc chute（3a）It is slidably matched.

10. a kind of production equipment of steel wire for automotive seat mask according to claim 1, it is characterised in that：Institute State apparatus for bending（13）Including the first cylinder（13a）, the second cylinder（13b）, third cylinder（13c）, the 4th cylinder（13d）, Five cylinders（13e）With the 6th cylinder（13f）, second supporting rack（3）Lower end be equipped with the first mounting blocks（3c）, described first Cylinder（13a）, the second cylinder（13b）With third cylinder（13c）It is in be fixed on the first mounting blocks vertically（3c）On, and three Output terminal towards the first arc chute（3a）Setting, the first cylinder（13a）With the second cylinder（13b）It is symmetrical set Three cylinders（13c）Both sides, first cylinder（13a）, the second cylinder（13b）With third cylinder（13c）Output terminal on point It She You not the first dynamic model（13a1）, the second dynamic model and third dynamic model（13c1）, the first dynamic model（13a1）With the structure of the second dynamic model It is identical, first dynamic model（13a1）With third dynamic model（13c1）Upper end be equipped with and the first arc chute（3a）It matches Third arc chute（13a2）, second supporting rack（3）It is equipped with for the first dynamic model（13a1）, the second dynamic model and third dynamic model （13c1）Commonly through perforation（3e）, second supporting rack（3）Top be equipped be located at hopper（11）Second peace of side Fill block（3d）, the 4th cylinder（13d）, the 5th cylinder（13e）With the 6th cylinder（13f）Second is fixedly installed in level Mounting blocks（3d）On, and the output terminal of three is towards third arc chute（13a2）Setting, the 4th cylinder（13d）With 5th cylinder（13e）It is symmetrical set in the 6th cylinder（13f）Both sides, the 4th cylinder（13d）With the 5th cylinder（13e） Output terminal be respectively fixed with the first cover half（13d1）With the second cover half（13e1）, the first cover half（13d1）Bottom be equipped with to By the first fixed slot of one end bending and molding of steel wire（13d2）, the second cover half（13e1）Bottom be equipped with to by the another of steel wire Second fixed slot of one end bending and molding（13e2）, the 6th cylinder（13f）Output terminal on be fixed with L-shaped second peace Loading board（13f1）, second installing plate（13f1）It is equipped in the 7th cylinder being vertically arranged（13f2）, and its output terminal In setting downwards, the 7th cylinder（13f2）Output terminal on be fixed with briquetting（13f3）.