CN110293407A

CN110293407A - A kind of volume production threaded rod automatic processing device

Info

Publication number: CN110293407A
Application number: CN201910503871.8A
Authority: CN
Inventors: 叶玉芳
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-06-12
Filing date: 2019-06-12
Publication date: 2019-10-01
Anticipated expiration: 2039-06-12
Also published as: CN110293407B

Abstract

The present invention relates to a kind of threaded rod process equipment more particularly to a kind of volume production threaded rod automatic processing devices.Technical problems to be solved are: provide it is a kind of can save manpower, the volume production threaded rod automatic processing device that safety is higher, high in machining efficiency.Technical solution are as follows: a kind of volume production threaded rod automatic processing device includes bottom plate, control cabinet, battery main switch, mounting rack, mounting plate, sliding rail, sliding block, fixture, nut, first bearing seat, the first bull stick, screw rod etc.；The top center of bottom plate is equipped with control cabinet, includes power module and control module in control cabinet, by connection, control module and power module pass through connection for power module and Switching Power Supply.The present invention to drive nut to move inward by screw rod, and then is clamped iron staff by fixture by rotating counterclockwise crank, is facilitated and is carried out threaded rod processing work；Tapping can be carried out to iron staff by tapping device, do not have to use screw die tapping manually, to save manpower.

Description

A kind of volume production threaded rod automatic processing device

Technical field

The present invention relates to a kind of threaded rod process equipment more particularly to a kind of volume production threaded rod automatic processing devices.

Background technique

Threaded rod is a kind of common machine components, and people can need in process commonly using arriving into excessively more Step is completed, and usually people use screw die tapping on iron staff, is so needed to expend more manpower, is needed again after tapping It is additionally carried out quenching treatment, quenching process is easy to cause scald.It needs to carry out antirust treatment, Ren Menhui to it after threaded rod processing Antirust oil is coated in the surface of threaded rod using brush, such speed is slower, and processing efficiency is caused to reduce, and is unfavorable for volume production.

Summary of the invention

In order to overcome threaded rod that man-hour requirement is added to expend more manpower and be easy to cause in quenching process scald, plus The shortcomings that work efficiency rate is lower, is unfavorable for volume production, technical problems to be solved are: provide one kind can save manpower, safety compared with Volume production threaded rod automatic processing device high, high in machining efficiency.

Technical solution are as follows: a kind of volume production threaded rod automatic processing device includes bottom plate, control cabinet, battery main switch, peace It shelves, mounting plate, sliding rail, sliding block, fixture, nut, first bearing seat, the first bull stick, screw rod, crank, fixed link, second bearing Seat, the first rotating ring, first gear, driving motor, second gear, fixed frame, rotating disk, brush, contact-making switch, the first L shape Bar, electrode, contact head, tapping device, device for heat treating, quenching unit and rust prevention treatment device, the top center installation of bottom plate There is control cabinet, include power module and control module in control cabinet, power module and Switching Power Supply pass through connection, control By connection, the front side right part of control cabinet is connected with battery main switch, the top front and back two of bottom plate for module and power module Side is respectively connected with mounting rack, and mounting plate is connected between the top of front and back mounting rack, and sliding rail is embedded among the bottom of mounting plate, sliding Slidingtype connection is there are two sliding block on rail, and the bottom of sliding block is connected with fixture, a word hole is provided in the middle part of mounting plate, mounting plate There are two first bearing seat, two first bearing seats are located at the right and left in a word hole, two first axles for top center connection It holds and is connected with the first bull stick between seat, the left and right part of the first bull stick is respectively connected with screw rod, the wire rod thread direction phase of the left and right sides Instead, be respectively connected with nut on the lead screw of two sides of left and right, nut passes through a word hole, two nuts in left and right respectively with two sliding blocks in left and right Top connection, the left end of the first bull stick is connected with crank, in the middle part of the mounting rack of front and back between be connected with fixed link, in fixed link Portion is connected with second bearing seat, and the first rotating ring, the lateral rear connection of the first rotating ring are connected on the outside of second bearing seat There is first gear, the forward upper of rear mounting rack is equipped with driving motor, the second tooth is connected on the output shaft of driving motor Wheel, second gear are engaged with first gear, and there are four fixed frames for the circumferentially evenly spaced connection in the middle part of the first rotating ring, fixed The front of bar is connected with rotating disk, and there are two brushes for connection on rotating ring, and there are four connect the evenly spaced connection of rotating ring rear side Touching switch, four contact-making switches are corresponding with four fixed rack positions respectively, and the first rotating ring lower front is connected with the first L shape Bar, the connection of the first L shape bar top left side there are two electrode, two electrodes respectively with two brush contacts, the top of the first L shape bar Centre is connected with contact head, and contact head can be contacted with contact-making switch, and the top of top fixed frame is equipped with tapping device, and left is fixed The left side of frame is equipped with device for heat treating, and the bottom of lower section fixed frame is equipped with quenching unit, and the right side of right fixed frame is equipped with antirust Processing unit, brush are connected by route with contact-making switch, and brush and electrode cooperation can supply for the electric appliance on the first rotating ring Electricity and transmission signal, battery main switch, driving motor and electrode pass through connection with control module.

As a further preferred solution, tapping device include the first guide rail, the first guide sleeve, N shape bar, mounting ring, Bowl group bearing block, the second rotating ring, gear ring, decelerating motor, third gear, bracket, screw die, cylinder, the first sealing ring, push rod, 2nd L shape bar, piston, air pump, gas-guide tube, the first electrically-controlled valve, the second electrically-controlled valve, third electrically-controlled valve and the 4th electrically-controlled valve, left The top left side of fixed frame is connected with the first guide rail, and slidingtype is connected with the first guide sleeve, the right side of the first guide sleeve on the first guide rail It is connected with N shape bar, is connected with mounting ring on the right side of the bottom end of N shape bar, bowl group bearing block is installed in mounting ring, in bowl group bearing block It is connected with the second rotating ring, the outer upper of the second rotating ring connects rack gear, and gear ring is located at the lower section of bowl group bearing block, installs Lower right side is equipped with decelerating motor in ring, and the output shaft of decelerating motor is connected with third gear, and third gear is engaged with gear ring, The outer left and right sides top of second rotating ring is respectively connected with bracket, and screw die, top fixed frame are connected between the top of left and right bracket Top right side be connected with cylinder, cylinder head is embedded with the first sealing ring, and piston is equipped in cylinder, and the top center of piston connects Have a push rod, push rod passes through the first sealing ring, and the top right side of mounting ring is connected with the 2nd L shape bar, the right end of the 2nd L shape bar with push away The top of bar connects, and the left side central portion of cylinder is equipped with air pump, gas-guide tube, the top of gas-guide tube are connected on the outlet side of air pump It is connect with the left upper portion of cylinder, the bottom end of gas-guide tube and the left lower of cylinder connect, and are connected in gas-guide tube and cylinder, air guide The lower part of pipe is equipped with the first electrically-controlled valve, and the top of gas-guide tube is equipped with the second electrically-controlled valve, and the lower right side of cylinder is equipped with Three electrically-controlled valves, the right upper portion of cylinder are equipped with the 4th electrically-controlled valve, decelerating motor, air pump, the first electrically-controlled valve, the second electrically-controlled valve, Third electrically-controlled valve and the 4th electrically-controlled valve pass through connection with control module.

As a further preferred solution, device for heat treating includes the second guide rail, the second guide sleeve, the first stepping electricity Machine, the 4th gear, first connecting rod, the first rack gear, the 3rd L shape bar, the first fixed ring, flame spray head, arc expects pipe, first connect Connector, conveying hose, fuel tank and the 5th electrically-controlled valve, the left upper portion of left fixed frame are connected with the second guide rail and the first connection Bar, the second guide rail are located at the lower section of first connecting rod, and slidingtype is connected with the second guide sleeve, the front side of the second guide sleeve on the second guide rail Top is equipped with the first stepper motor, and the 4th gear, the front side of first connecting rod are connected on the output shaft of the first stepper motor It is connected with the first rack gear, the 4th gear is engaged with the first rack gear, and the bottom of the second guide sleeve is connected with the 3rd L shape bar, the 3rd L shape bar Bottom end be connected with the first fixed ring, two sides are respectively connected with flame spray head, upper and lower two flame spray heads up and down in the first fixed ring Between be connected with arc expects pipe, the first connector is connected on the right side of the flame spray head of lower section, is connected with conveying on the first connector Hose, the left lower of left fixed frame are connected with fuel tank, and the top right side of fuel tank is equipped with the 5th electrically-controlled valve, and conveying is soft The right end of pipe is connect with the 5th electrically-controlled valve, and the first stepper motor and the 5th electrically-controlled valve pass through connection with control module.

As a further preferred solution, quenching unit include third guide rail, third guide sleeve, second stepper motor, 5th gear, the second connecting rod, the second rack gear, the 4th L shape bar, the second fixed ring, jet pipe, annular conduit, the second connector, water Case, Water filling valve, the second sealing ring, aqueduct, delivery hose and water pump, the bottom right of lower section fixed frame are connected with third and lead Rail and the second connecting rod, third guide rail are located at the second connecting rod left, and slidingtype is connected with third guide sleeve, third on third guide rail The front side right part of guide sleeve is equipped with second stepper motor, and the 5th gear is connected on the output shaft of second stepper motor, and second connects The second rack gear is connected on front side of extension bar, the 5th gear is engaged with the second rack gear, and the 4th L shape is connected on the left of third guide sleeve Bar, the left end of the 4th L shape bar are connected with the second fixed ring, and the left and right sides is respectively connected with jet pipe, left and right two in the second fixed ring Annular conduit is connected between the top of jet pipe, the top left side of annular conduit is connected with the second connector, lower section fixed frame Bottom left is connected with water tank, and the bottom of water tank is equipped with Water filling valve, and the right upper portion of water tank is embedded with the second sealing ring, and second Aqueduct is equipped in sealing ring, the right end of aqueduct is connected with delivery hose, and the bottom end of delivery hose is connect with the second connector, Water tank inner top is equipped with water pump, and the left end of aqueduct and the water outlet of water pump connect, second stepper motor and water pump with control Molding block passes through connection.

As a further preferred solution, rust prevention treatment device includes the 4th guide rail, the 4th guide sleeve, Z-shaped bar, rotation Connector, third connector, spray painting pipe, spray painting head, bevel gear ring, antirust fuel tank, oil pump, oil hose, dual-axle motor, second turn Bar, angular wheel, the 6th gear, third connecting rod, third rack gear and filling valve, the right upper portion of right fixed frame are connected with 4th guide rail and third connecting rod, the 4th guide rail are located at the top of third connecting rod, and slidingtype is connected with the 4th on the 4th guide rail Guide sleeve, the bottom of the 4th guide sleeve are connected with Z-shaped bar, and the bottom end of Z-shaped bar is connected with rotary joint, and Z-shaped bar and rotary joint are consolidated Determine part connection, the revolving part of rotary joint is connected with third connector, spray painting is respectively connected at the top and bottom of third connector Pipe, the right end for the pipe that paints are connected with spray painting head, are connected with bevel gear ring, right fixed frame between the left part outside for the pipe that paints up and down Lower right side be connected with antirust fuel tank, left side is connected with oil pump in antirust fuel tank, and the outlet end of oil pump is connected with oil hose, Oil hose top is connect through antirust fuel tank and with the fixing piece of rotary joint, and twin shaft electricity is equipped on the right side of the middle part of Z-shaped bar Machine is respectively connected with the second bull stick on the output shaft of dual-axle motor, and the top of the second bull stick of top is connected with the 6th gear, and third connects Third rack gear is connected on front side of extension bar, the 6th gear is engaged with third rack gear, and the bottom end of the second bull stick of lower section is connected with taper Gear, angular wheel are engaged with bevel gear ring, and the lower right side of antirust fuel tank is connected with filling valve, and oil pump and dual-axle motor are equal Pass through connection with control module.

The invention has the following advantages that the present invention is by rotating counterclockwise crank, to drive nut inside by screw rod It is mobile, and then clamped iron staff by fixture, facilitate and carries out threaded rod processing work；Iron staff can be carried out by tapping device Tapping does not have to use screw die tapping manually, to save manpower；By device for heat treating and quenching unit to the iron staff after tapping It is heated and quenches out, so as to improve the threaded rod hardness of processing, improve processing efficiency；Pass through rust prevention treatment device Antirust oil is sprayed on to the threaded rod surface of processing, can so reach rust-proof effect.

Detailed description of the invention

Fig. 1 is the first schematic view of the front view of the invention.

Fig. 2 is second of schematic view of the front view of the invention.

Fig. 3 is part schematic view of the front view of the invention.

Fig. 4 is right side structural representation of the invention.

Fig. 5 is the schematic view of the front view of tapping device of the present invention.

Fig. 6 is the schematic view of the front view of device for heat treating of the present invention.

Fig. 7 is the schematic view of the front view of quenching unit of the present invention.

Fig. 8 is the schematic view of the front view of rust prevention treatment device of the present invention.

Fig. 9 is circuit system figure of the invention.

Figure 10 is circuit block diagram of the invention.

Wherein: 1. bottom plates, 101. control cabinets, 102. battery main switches, 2. mounting racks, 3. mounting plates, 4. sliding rails, 5. is sliding Block, 6. fixtures, 7. 1 word holes, 8. nuts, 9. first bearing seats, 10. first bull sticks, 11. screw rods, 12. cranks, 13. fixed links, 14. second bearing seat, 15. first rotating rings, 16. first gears, 17. driving motors, 18. second gears, 19. fixed frames, 20. Rotating disk, 21. brushes, 22. contact-making switches, 23. the oneth L shape bars, 24. electrodes, 25. contact heads, 30. tapping devices, 301. One guide rail, 302. first guide sleeves, 303.N shape bar, 304. mounting rings, 305. bowls of group bearing blocks, 306. second rotating rings, 307. teeth Circle, 308. decelerating motors, 309. third gears, 3010. brackets, 3011. screw die, 3012. cylinders, 3013. first sealing rings, 3014. push rods, 3015. the 2nd L shape bars, 3016. pistons, 3017. air pumps, 3018. gas-guide tubes, 3019. first electrically-controlled valves, 3020. second electrically-controlled valves, 3021. third electrically-controlled valves, 3022. the 4th electrically-controlled valves, 31. device for heat treating, 311. second guide rails, 312. second guide sleeves, 313. first stepper motors, 314. the 4th gears, 315. first connecting rods, 316. first rack gears, 317. Three L shape bars, 318. first fixed rings, 319. flame spray heads, 3110. arc expects pipes, 3111. first connectors, 3112. conveyings are soft Pipe, 3113. fuel tanks, 3114. the 5th electrically-controlled valves, 32. quenching units, 321. third guide rails, 322. third guide sleeves, 323. second Stepper motor, 324. the 5th gears, 325. second connecting rods, 326. second rack gears, 327. the 4th L shape bars, 328. second is fixed Ring, 329. jet pipes, 3210. annular conduits, 3211. second connectors, 3212. water tanks, 3213. Water filling valves, 3214. second is close Seal ring, 3215. aqueducts, 3216. delivery hoses, 3217. water pumps, 33. rust prevention treatment devices, 331. the 4th guide rails, 332. Four guide sleeves, 333.Z shape bar, 334. rotary joints, 335. third connectors, 336. spray painting pipes, 337. spray painting heads, 338. bevel gears Ring, 339. antirust fuel tanks, 3310. oil pumps, 3311. oil hoses, 3312. dual-axle motors, 3313. second bull sticks, 3314. tapers Gear, 3315. the 6th gears, 3316. third connecting rods, 3317. third rack gears, 3318. filling valves.

Specific embodiment

Below with reference to specific embodiment, the present invention is described further, it is also necessary to explanation, unless otherwise Specific regulation and limit, term such as: setting, installation, be connected, connection shall be understood in a broad sense, for example, it may be fixedly connected, It may be a detachable connection, or be integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, The connection inside two elements can also be can be indirectly connected through an intermediary.For those of ordinary skill in the art For, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.

Embodiment 1

A kind of volume production threaded rod automatic processing device includes as Figure 1-10 shows bottom plate 1, control cabinet 101, battery main switch 102, mounting rack 2, mounting plate 3, sliding rail 4, sliding block 5, fixture 6, nut 8, first bearing seat 9, the first bull stick 10, screw rod 11, shake 12, fixed link 13, second bearing seat 14, the first rotating ring 15, first gear 16, driving motor 17, second gear 18, fix Frame 19, rotating disk 20, brush 21, contact-making switch 22, the first L shape bar 23, electrode 24, contact head 25, tapping device 30, hot-working Device 31, quenching unit 32 and rust prevention treatment device 33, the top center of bottom plate 1 are equipped with control cabinet 101, and bottom plate 1 passes through spiral shell It tethers the mode connect to connect with control cabinet 101, includes power module and control module in control cabinet 101, power module and open By connection, control module and power module by connection, the front side right part of control cabinet 101 is connected with electricity in powered-down source Source master switch 102, the top front and rear sides of bottom plate 1 are respectively connected with mounting rack 2, peace are connected between the top of front and back mounting rack 2 The bottom centre of loading board 3, mounting plate 3 is embedded with sliding rail 4, and there are two sliding blocks 5, the bottom of sliding block 5 to connect for slidingtype connection on sliding rail 4 There is fixture 6, the middle part of mounting plate 3 is provided with a word hole 7, first bearing seat 9 that there are two the top center connections of mounting plate 3, and two First bearing seat 9 is located at the right and left in a word hole 7, is connected with the first bull stick 10 between two first bearing seats 9, and first turn The left and right part of bar 10 is respectively connected with screw rod 11, and 11 hand of spiral of screw rod of the left and right sides on the lead screw of two sides of left and right on the contrary, connect It is connected to nut 8, nut 8 passes through a word hole 7, and two nuts 8 in left and right are connect with the top of two sliding blocks 5 in left and right respectively, and first turn The left end of bar 10 is connected with crank 12, and front and back mounting rack is connected with fixed link 13 between 2 middle part, and mounting rack 2 is bolted Mode connect with fixed link 13, the middle part of fixed link 13 is connected with second bearing seat 14, the outside connection of second bearing seat 14 There is the first rotating ring 15, the lateral rear of the first rotating ring 15 is connected with first gear 16, the forward upper peace of rear mounting rack 2 Equipped with driving motor 17, mounting rack 2 is connect with driving motor 17 by bolted connection, on the output shaft of driving motor 17 It is connected with second gear 18, second gear 18 is engaged with first gear 16, and the middle part of the first rotating ring 15 is circumferentially evenly spaced There are four fixed frame 19, the front of fixed link 13 is connected with rotating disk 20 for connection, and there are two brush 21, rotations for connection on rotating ring There are four contact-making switch 22, four contact-making switches 22 are opposite with four 19 positions of fixed frame respectively for evenly spaced connection on rear side of ring It answers, 15 lower front of the first rotating ring is connected with the first L shape bar 23, and 23 top left side of the first L shape bar is connected there are two electrode 24, Two electrodes 24 are contacted with two brushes 21 respectively, and the top center of the first L shape bar 23 is connected with contact head 25, and contact head 25 can It is contacted with contact-making switch 22, the top of top fixed frame 19 is equipped with tapping device 30, and the left side of left fixed frame 19 is equipped with heat and adds Tooling sets 31, and the bottom of lower section fixed frame 19 is equipped with quenching unit 32, and the right side of right fixed frame 19 is equipped with rust prevention treatment device 33, brush 21 is connected by route with contact-making switch 22, and brush 21 and the cooperation of electrode 24 can be the electricity on the first rotating ring 15 Device power supply and transmission signal, battery main switch 102, driving motor 17 and electrode 24 pass through connection with control module.

Tapping device 30 includes the first guide rail 301, the first guide sleeve 302, N shape bar 303, mounting ring 304, bowl group bearing block 305, the second rotating ring 306, gear ring 307, decelerating motor 308, third gear 309, bracket 3010, screw die 3011, cylinder 3012, First sealing ring 3013, push rod 3014, the 2nd L shape bar 3015, piston 3016, air pump 3017, gas-guide tube 3018, the first electrically-controlled valve 3019, the second electrically-controlled valve 3020, third electrically-controlled valve 3021 and the 4th electrically-controlled valve 3022, the top left side connection of left fixed frame 19 There is the first guide rail 301, slidingtype is connected with the first guide sleeve 302 on the first guide rail 301, and the right side of the first guide sleeve 302 is connected with N shape The bottom end right side of bar 303, N shape bar 303 is connected with mounting ring 304, and bowl group bearing block 305, bowl group axis are equipped in mounting ring 304 It holds and is connected with the second rotating ring 306 in seat 305, the outer upper of the second rotating ring 306 connects rack gear 307, and gear ring 307 is located at Bowl organizes the lower section of bearing block 305, and lower right side is equipped with decelerating motor 308, the output shaft of decelerating motor 308 in mounting ring 304 It is connected with third gear 309, third gear 309 is engaged with gear ring 307, and the outer left and right sides top of the second rotating ring 306 is all connected with There is bracket 3010, screw die 3011 is connected between the top of left and right bracket 3010, the top right side of top fixed frame 19 is connected with Cylinder 3012 is embedded with the first sealing ring 3013 at the top of cylinder 3012, is equipped with piston 3016, the top of piston 3016 in cylinder 3012 Centre is connected with push rod 3014, and push rod 3014 passes through the first sealing ring 3013, and the top right side of mounting ring 304 is connected with the 2nd L The right end of shape bar 3015, the 2nd L shape bar 3015 is connect with the top of push rod 3014, and the left side central portion of cylinder 3012 is equipped with air pump 3017, gas-guide tube 3018, the top of gas-guide tube 3018 and the left upper portion of cylinder 3012 are connected on the outlet side of air pump 3017 Connection, the bottom end of gas-guide tube 3018 are connect with the left lower of cylinder 3012, are connected in gas-guide tube 3018 and cylinder 3012, air guide The lower part of pipe 3018 is equipped with the first electrically-controlled valve 3019, and the top of gas-guide tube 3018 is equipped with the second electrically-controlled valve 3020, cylinder 3012 lower right side is equipped with third electrically-controlled valve 3021, and the right upper portion of cylinder 3012 is equipped with the 4th electrically-controlled valve 3022, subtracts Speed motor 308, air pump 3017, the first electrically-controlled valve 3019, the second electrically-controlled valve 3020, third electrically-controlled valve 3021 and the 4th electrically-controlled valve 3022 pass through connection with control module.

Device for heat treating 31 includes the second guide rail 311, the second guide sleeve 312, the first stepper motor 313, the 4th gear 314, first connecting rod 315, the first rack gear 316, the 3rd L shape bar 317, the first fixed ring 318, flame spray head 319, arc expects pipe 3110, the first connector 3111, conveying hose 3112, fuel tank 3113 and the 5th electrically-controlled valve 3114, a left side for left fixed frame 19 Upper lateral part is connected with the second guide rail 311 and first connecting rod 315, and the second guide rail 311 is located at the lower section of first connecting rod 315, the Slidingtype is connected with the second guide sleeve 312 on two guide rails 311, and the forward upper of the second guide sleeve 312 is equipped with the first stepper motor 313, the 4th gear 314 is connected on the output shaft of the first stepper motor 313, and the front side of first connecting rod 315 is connected with first Rack gear 316, the 4th gear 314 are engaged with the first rack gear 316, and the bottom of the second guide sleeve 312 is connected with the 3rd L shape bar 317, third The bottom end of L shape bar 317 is connected with the first fixed ring 318, and upper and lower two sides are respectively connected with flame spray head 319 in the first fixed ring 318, It is connected with arc expects pipe 3110 between upper and lower two flame spray heads 319, the right side of lower section flame spray head 319 is connected with the first connection First 3111, conveying hose 3112 is connected on the first connector 3111, and the left lower of left fixed frame 19 is connected with fuel tank 3113, the top right side of fuel tank 3113 is equipped with the 5th electrically-controlled valve 3114, the right end of conveying hose 3112 and the 5th electrically-controlled valve 3114 connections, the first stepper motor 313 and the 5th electrically-controlled valve 3114 pass through connection with control module.

Embodiment 2

A kind of volume production threaded rod automatic processing device includes as Figure 1-10 shows bottom plate 1, control cabinet 101, battery main switch 102, mounting rack 2, mounting plate 3, sliding rail 4, sliding block 5, fixture 6, nut 8, first bearing seat 9, the first bull stick 10, screw rod 11, shake 12, fixed link 13, second bearing seat 14, the first rotating ring 15, first gear 16, driving motor 17, second gear 18, fix Frame 19, rotating disk 20, brush 21, contact-making switch 22, the first L shape bar 23, electrode 24, contact head 25, tapping device 30, hot-working Device 31, quenching unit 32 and rust prevention treatment device 33, the top center of bottom plate 1 are equipped with control cabinet 101, in control cabinet 101 It include power module and control module, by connection, control module and power module are logical for power module and Switching Power Supply Connection is crossed, the front side right part of control cabinet 101 is connected with battery main switch 102, and the top front and rear sides of bottom plate 1 are respectively connected with Mounting rack 2 is connected with mounting plate 3 between the top of front and back mounting rack 2, is embedded with sliding rail 4 among the bottom of mounting plate 3, on sliding rail 4 Slidingtype connection is there are two sliding block 5, and the bottom of sliding block 5 is connected with fixture 6, and the middle part of mounting plate 3 is provided with a word hole 7, mounting plate 3 Top center connection there are two first bearing seat 9, two first bearing seats 9 are located at the right and left in a word hole 7, two the The first bull stick 10 is connected between one bearing block 9, the left and right part of the first bull stick 10 is respectively connected with screw rod 11, the screw rod of the left and right sides For 11 hand of spiral on the contrary, being respectively connected with nut 8 on the lead screw of two sides of left and right, nut 8 passes through a word hole 7, and two nuts 8 in left and right divide Connect with the top of two sliding blocks 5 in left and right, the left end of the first bull stick 10 is connected with crank 12, in the middle part of front and back mounting rack 2 between It is connected with fixed link 13, the middle part of fixed link 13 is connected with second bearing seat 14, and the outside of second bearing seat 14 is connected with first Rotating ring 15, the lateral rear of the first rotating ring 15 are connected with first gear 16, and the forward upper of rear mounting rack 2 is equipped with drive Motor 17 to be moved, is connected with second gear 18 on the output shaft of driving motor 17, second gear 18 is engaged with first gear 16, and first There are four fixed frame 19, the fronts of fixed link 13 to be connected with rotating disk 20 for the circumferentially evenly spaced connection in the middle part of rotating ring 15, Connection is there are two brush 21 on rotating ring, and the evenly spaced connection of rotating ring rear side there are four contact-making switch 22, open by four contacts Pass 22 is corresponding with four 19 positions of fixed frame respectively, and 15 lower front of the first rotating ring is connected with the first L shape bar 23, the first L The connection of 23 top left side of shape bar is there are two electrode 24, and two electrodes 24 are contacted with two brushes 21 respectively, the top of the first L shape bar 23 Contact head 25 is connected among portion, contact head 25 can be contacted with contact-making switch 22, and the top of top fixed frame 19 is filled equipped with tapping 30 are set, the left side of left fixed frame 19 is equipped with device for heat treating 31, and the bottom of lower section fixed frame 19 is equipped with quenching unit 32, right The right side of fixed frame 19 is equipped with rust prevention treatment device 33, and brush 21 is connected by route with contact-making switch 22, brush 21 and electricity The cooperation of pole 24 can be the electric power supply and transmission signal on the first rotating ring 15, battery main switch 102, driving motor 17 and electrode 24 pass through connection with control module.

Quenching unit 32 include third guide rail 321, third guide sleeve 322, second stepper motor 323, the 5th gear 324, Second connecting rod 325, the second rack gear 326, the 4th L shape bar 327, the second fixed ring 328, jet pipe 329, annular conduit 3210, Two connectors 3211, water tank 3212, Water filling valve 3213, the second sealing ring 3214, aqueduct 3215, delivery hose 3216 and water Pump 3217, the bottom right of lower section fixed frame 19 is connected with third guide rail 321 and the second connecting rod 325, and third guide rail 321 is located at Second connecting rod, 325 left, slidingtype is connected with third guide sleeve 322, the front side right part of third guide sleeve 322 on third guide rail 321 Second stepper motor 323 is installed, third guide sleeve 322 is connect with second stepper motor 323 by bolted connection, and second The 5th gear 324 is connected on the output shaft of stepper motor 323, the front side of the second connecting rod 325 is connected with the second rack gear 326, Second connecting rod 325 is connect by way of welded connecting with the second rack gear 326, and the 5th gear 324 is nibbled with the second rack gear 326 It closes, the left side of third guide sleeve 322 is connected with the 4th L shape bar 327, and the left end of the 4th L shape bar 327 is connected with the second fixed ring 328, The left and right sides is respectively connected with jet pipe 329 in second fixed ring 328, is connected with annular water between the top of two jet pipes 329 in left and right Pipe 3210, the top left side of annular conduit 3210 are connected with the second connector 3211, the bottom left connection of lower section fixed frame 19 There is water tank 3212, fixed frame 19 is connect with water tank 3212 by bolted connection, and the bottom of water tank 3212 is equipped with water filling Valve 3213, the right upper portion of water tank 3212 are embedded with the second sealing ring 3214, are equipped with aqueduct 3215 in the second sealing ring 3214, The right end of aqueduct 3215 is connected with delivery hose 3216, and the bottom end of delivery hose 3216 is connect with the second connector 3211, water 3212 inner top of case is equipped with water pump 3217, and the left end of aqueduct 3215 is connect with the water outlet of water pump 3217, the second stepping electricity Machine 323 and water pump 3217 pass through connection with control module.

Embodiment 3

Quenching unit 32 include third guide rail 321, third guide sleeve 322, second stepper motor 323, the 5th gear 324, Second connecting rod 325, the second rack gear 326, the 4th L shape bar 327, the second fixed ring 328, jet pipe 329, annular conduit 3210, Two connectors 3211, water tank 3212, Water filling valve 3213, the second sealing ring 3214, aqueduct 3215, delivery hose 3216 and water Pump 3217, the bottom right of lower section fixed frame 19 is connected with third guide rail 321 and the second connecting rod 325, and third guide rail 321 is located at Second connecting rod, 325 left, slidingtype is connected with third guide sleeve 322, the front side right part of third guide sleeve 322 on third guide rail 321 Second stepper motor 323 is installed, the 5th gear 324, the second connecting rod are connected on the output shaft of second stepper motor 323 325 front side is connected with the second rack gear 326, and the 5th gear 324 is engaged with the second rack gear 326, the left side connection of third guide sleeve 322 There is the 4th L shape bar 327, the left end of the 4th L shape bar 327 is connected with the second fixed ring 328, the left and right sides in the second fixed ring 328 It is respectively connected with jet pipe 329, is connected with annular conduit 3210, the top of annular conduit 3210 between the top of two jet pipes 329 in left and right It is connected with the second connector 3211 on the left of portion, the bottom left of lower section fixed frame 19 is connected with water tank 3212, the bottom of water tank 3212 Portion is equipped with Water filling valve 3213, and the right upper portion of water tank 3212 is embedded with the second sealing ring 3214, sets in the second sealing ring 3214 There is aqueduct 3215, the right end of aqueduct 3215 is connected with delivery hose 3216, and the bottom end of delivery hose 3216 is connect with second First 3211 connection, 3212 inner top of water tank are equipped with water pump 3217, and the left end of aqueduct 3215 and the water outlet of water pump 3217 connect It connects, second stepper motor 323 and water pump 3217 pass through connection with control module.

Rust prevention treatment device 33 includes the 4th guide rail 331, the 4th guide sleeve 332, Z-shaped bar 333, rotary joint 334, third Connector 335, spray painting pipe 336, spray painting head 337, bevel gear ring 338, antirust fuel tank 339, oil pump 3310, oil hose 3311, Dual-axle motor 3312, the second bull stick 3313, angular wheel 3314, the 6th gear 3315, third connecting rod 3316, third rack gear 3317 are connected with the 4th guide rail 331 and third connecting rod 3316 with filling valve 3318, the right upper portion of right fixed frame 19, the Four guide rails 331 are located at the top of third connecting rod 3316, and slidingtype is connected with the 4th guide sleeve 332 on the 4th guide rail 331, and the 4th leads The bottom of set 332 is connected with Z-shaped bar 333, and the bottom end of Z-shaped bar 333 is connected with rotary joint 334, Z-shaped bar 333 and rotary joint 334 fixing piece connection, the revolving part of rotary joint 334 are connected with third connector 335, the top of third connector 335 and Bottom is respectively connected with spray painting pipe 336, and the right end of spray painting pipe 336 is connected with spray painting head 337, on the outside of the left part for the pipe 336 that paints up and down Between be connected with bevel gear ring 338, the lower right side of right fixed frame 19 is connected with antirust fuel tank 339, left in antirust fuel tank 339 Side is connected with oil pump 3310, and the outlet end of oil pump 3310 is connected with oil hose 3311, and antirust is run through on 3311 top of oil hose Fuel tank 339 is simultaneously connect with the fixing piece of rotary joint 334, is equipped with dual-axle motor 3312, twin shaft on the right side of the middle part of Z-shaped bar 333 The second bull stick 3313 is respectively connected on the output shaft of motor 3312, the top of the second bull stick of top 3313 is connected with the 6th gear 3315, the front side of third connecting rod 3316 is connected with third rack gear 3317, and the 6th gear 3315 is engaged with third rack gear 3317, under The bottom end of the second bull stick 3313 of side is connected with angular wheel 3314, and angular wheel 3314 is engaged with bevel gear ring 338, antirust fuel tank 339 lower right side is connected with filling valve 3318, and oil pump 3310 and dual-axle motor 3312 are connected with control module by route It connects.

In use, operator rotates clockwise crank 12, to drive screw rod 11 to turn clockwise by the first bull stick 10 It is dynamic, and then two nuts 8 in left and right is driven to be displaced outwardly, nut 8 drives fixture 6 to be displaced outwardly by sliding block 5, sliding rail 4 and sliding block 5 It play the guiding role, stop operating crank 12 after fixture 6 moves to suitable position, then places the iron staff for needing to make threaded rod Between two fixtures 6, crank 12 is then rotated counterclockwise, thus drive screw rod 11 to rotate counterclockwise by the first bull stick 10, And then two nuts 8 in left and right is driven to move inward, nut 8 drives fixture 6 to move inward by sliding block 5, so that fixture 6 is by iron staff It clamps, stop operating crank 12 after iron staff is clamped.Operator works out journey according to the screw thread pole length of required processing Sequence is then input in control module, then press battery main switch 102 make this equipment be powered, at this time control module according to Process control driving motor 17 drives second gear 18 to rotate counterclockwise, to drive the first rotating ring 15 by first gear 16 It rotating clockwise, the first rotating ring 15 drives fixed frame 19 and the rotation of the first L shape bar 23, and electrode 24 slides on brush 21, the The rotation of one L shape bar 23 drives contact head 25 to rotate, and contact head 25 can be contacted with contact-making switch 22, when contact head 25 and tapping fill When setting the contact of 30 corresponding contact-making switches 22, contact-making switch 22 issues signal, and control module receives control driving electricity after signal Machine 17 stops working 30 seconds, and tapping device 30 is located at the underface of iron staff at this time, while control module also controls tapping device 30 Operation, to carry out tapping to iron staff, after 30 seconds, control module controls driving motor 17 and second gear 18 is driven to turn counterclockwise Dynamic, so that fixed frame 19 be driven to rotate, when the rotation of the first L shape bar 23 drives, contact head 25 is corresponding with device for heat treating 31 to be contacted When switch 22 contacts, contact-making switch 22 issues signal, and control module receives control driving motor 17 after signal and stops working 30 Second, device for heat treating 31 is located at the underface of iron staff at this time, while control module control device for heat treating 31 is run, to attack against each other Iron staff after tooth carries out hot-working, and after 30 seconds, control module control driving motor 17 drives second gear 18 to rotate counterclockwise, from And fixed frame 19 is driven to rotate clockwise, when the contact-making switch 22 corresponding with quenching unit 32 of contact head 25 contacts, contact is opened It closes 22 and issues signal, control driving motor 17 stops working 30 seconds after control module receives signal, and quenching unit 32 is located at iron The underface of stick, while control module control quenching unit 32 is run, to be quenched to the iron staff after hot-working, 30 seconds Afterwards, control module control driving motor 17 drives second gear 18 to rotate counterclockwise, so that fixed frame 19 is driven to rotate clockwise, When the contact-making switch 22 corresponding with rust prevention treatment device 33 of contact head 25 contacts, contact-making switch 22 issues signal, control module Control driving motor 17 stops working 30 seconds after receiving signal, and rust prevention treatment device 33 is located at the underface of iron staff at this time, together When control module control rust prevention treatment device 33 run, thus to quenched iron staff smear antirust oil, after the completion, operator It presses battery main switch 102 and makes this device powers down, then operator rotates clockwise crank 12, so that two fixtures in left and right 6 are displaced outwardly, and fixture 6 unclamps the iron staff after processing, and operator is drawn off, and can so carry out threaded rod production Process time and manpower are saved in processing, are conducive to volume production processing.Tapping device 30, device for heat treating 31, quenching unit 32 and anti- 33 working time of processing unit become rusty in 30 seconds.

When driving motor 17 drives tapping device 30 to turn to the underface of iron staff, control module controls decelerating motor 308 drive third gears 309 rotate counterclockwise, to drive the second rotating ring 306 to rotate clockwise by gear ring 307, in turn Screw die 3011 is driven to rotate clockwise by bracket 3010, while control module also controls air pump 3017, the first electrically-controlled valve 3019 It is opened with the 4th electrically-controlled valve 3022, air pump 3017 extracts air and enters lower part in cylinder 3012 through gas-guide tube 3018, to push Piston 3016 moves up, and the air of 3012 internal upper part of cylinder is discharged from the 4th electrically-controlled valve 3022, and piston 3016 passes through push rod 3014 the 2nd L shape bars 3015 of drive move up, so that mounting ring 304 and its upper-part is driven to move up, the first guide rail 301 It play the guiding role with the first guide sleeve 302 to the movement of mounting ring 304, turns in this way, screw die 3011 is Shun Shizhened while moving up Dynamic, to carry out tapping to iron staff, when screw die 3011 moves upwardly into program setting height, control module controls decelerating motor 308 drive third gears 309 rotate clockwise, to drive the second rotating ring 306 to rotate counterclockwise by gear ring 307, in turn Screw die 3011 is driven to rotate counterclockwise by bracket 3010, meanwhile, control module also controls the first electrically-controlled valve 3019 and the 4th electricity It controls valve 3022 to close, and controls the second electrically-controlled valve 3020 and the opening of third electrically-controlled valve 3021, so that air pump 3017 collects air warp Gas-guide tube 3018 enters 3012 internal upper part of cylinder, to be moved down with piston 3016, in cylinder 3012 air of lower part from Third electrically-controlled valve 3021 is discharged, and piston 3016 drives push rod 3014 to move down, to drive installation by the 2nd L shape bar 3015 Ring 304 and its upper-part move down, so that iron staff is removed out of screw die 3011, after screw die 3011 moves down reset, control Molding block controls decelerating motor 308, air pump 3017, the second electrically-controlled valve 3020 and third electrically-controlled valve 3021 and closes, in this way, can be right Iron staff carries out tapping, and can save manpower and time.

When driving motor 17 drives device for heat treating 31 to turn to the underface of iron staff, control module control the 5th is automatically controlled Valve 3114 is opened, so that the dyestuff in fuel tank 3113 enters in conveying hose 3112 through the 5th electrically-controlled valve 3114, then It coming out again through the first connector 3111 and arc expects pipe 3110 from flame spray head 319, operator can light a fire at this time, so that Fuel combustion is also controlled the first stepper motor 313 by control module and the 4th gear 314 is driven to rotate counterclockwise, the 4th gear 314 rotate on the first rack gear 316, so that the second guide sleeve 312 be driven to move up, the second guide rail 311 and the second guide sleeve 312 are risen Guiding role, the second guide sleeve 312 drive the first fixed ring 318 and its upper-part to move up by the 3rd L shape bar 317, so that Iron staff after tapping passes through the first fixed ring 318, and the flame that fuel combustion generates heats iron staff, when the first fixed ring 318 when being moved upward to program setting height, and control module controls the first stepper motor 313 and drives the 4th gear 314 clockwise Rotation, the 4th gear 314 rotate on the first rack gear 316, so that the second guide sleeve 312 be driven to move down, the second guide sleeve 312 is logical Crossing the 3rd L shape bar 317 drives the first fixed ring 318 and its upper-part to move down, and the flame that fuel combustion generates is repeated to iron After stick is heated, and iron staff after tapping is removed out of first fixed ring 318, and the first fixed ring 318 resets, control module It controls the first stepper motor 313 and the 5th electrically-controlled valve 3114 is closed, hot-working, and energy can be so carried out to the iron staff after tapping Safety is enough improved, prevents from scalding.

Before use, operator first opens Water filling valve 3213 and suitable water is injected into water tank 3212, then again Close Water filling valve 3213.When driving motor 17 drives quenching unit 32 to turn to the underface of iron staff, control module control Water pump 3217 and second stepper motor 323 start, and water is evacuated in aqueduct 3215 by water pump 3217, then again through delivery hose 3216 and second connector 3211 flow in annular conduit 3210, finally sprayed from jet pipe 329, while second stepper motor 323 The 5th gear 324 is driven to rotate clockwise, the 5th gear 324 rotates on the second rack gear 326, to drive third guide sleeve 322 It moves up, third guide sleeve 322 and third guide rail 321 play the guiding role, and third guide sleeve 322 drives the by the 4th L shape bar 327 Two fixed rings 328 move up, and the second fixed ring 328 drives jet pipe 329 to move up, and it is solid that the iron staff after hot-working passes through second Ring 328 is determined, so that the water sprayed out of jet pipe 329 is sprayed on iron staff, to achieve the effect that quenching, when the second fixed ring 328 when being moved upward to the height of program setting, and control module controls second stepper motor 323 and drives 324 inverse time of the 5th gear Needle rotation, the 5th gear 324 rotates on the second rack gear 326, so that third guide sleeve 322 is driven to move down, third guide sleeve 322 The second fixed ring 328 is driven to move down by the 4th L shape bar 327, the second fixed ring 328 drives jet pipe 329 to move down, from And allow the water to uniformly be sprayed on iron staff, so that iron staff quenching is more uniform, when the second fixed ring 328 moves down reset Afterwards, control module control second stepper motor 323 and water pump 3217 are closed.

Before use, operator first opens filling valve 3318 and suitable antirust oil is injected into antirust fuel tank 339, Then filling valve 3318 is turned off.When driving motor 17 drives rust prevention treatment device 33 to turn to the underface of iron staff, control Molding block control oil pump 3310 and dual-axle motor 3312 start, and antirust fuel tank 339 is evacuated in oil hose 3311 by oil pump 3310, Then enter in spray painting pipe 336 through rotary joint 334 and third connector 335 again, finally sprayed from spray painting head 337, while double Spindle motor 3312 drives the second bull stick 3313 to rotate clockwise, and the second bull stick of top 3313 drives the 6th gear 3315 to turn clockwise Dynamic, the 6th gear 3315 rotates on third rack gear 3317, so that Z-shaped bar 333 be driven to move up, the 4th guide rail 331 and the Four guide sleeves 332 play the guiding role, and Z-shaped bar 333 drives third connector 335 to move up by rotary joint 334, to pass through Spray painting pipe 336 drives spray painting head 337 to move up, and the rotation of the second bull stick of lower section 3313 drives angular wheel 3314 to rotate, thus By bevel gear ring 338 drive spray painting pipe 336 rotate, spray painting pipe 336 drive spray painting head 337 rotate, in this way, spray painting head 337 to Upper movement simultaneously rotates, so that antirust oil is uniformly sprayed on quenched iron staff, can carry out antirust to the threaded rod of production Processing, when the head 337 that paints is moved upward to program setting height, control module controls dual-axle motor 3312 and drives the second bull stick 3313 rotate counterclockwise, so that the 6th gear 3315 be driven to rotate counterclockwise, are so able to drive spray painting head 337 and move down, After the head 337 that paints moves down reset, control module controls dual-axle motor 3312 and oil pump 3310 is closed.It so can be to adding The threaded rod of work carries out antirust treatment, without in addition doing antirust work, saves manpower, improves processing efficiency.

Describe the technical principle of the embodiment of the present invention in conjunction with specific embodiments above.These descriptions are intended merely to explain this The principle of inventive embodiments, and it cannot be construed to the limitation to protection scope of the embodiment of the present invention in any way.Based on herein Explanation, those skilled in the art, which does not need to pay for creative labor, can associate the other specific of the embodiment of the present invention Embodiment, these modes are fallen within the protection scope of the embodiment of the present invention.

Claims

1. a kind of volume production threaded rod automatic processing device includes bottom plate (1), control cabinet (101), battery main switch (102), peace Shelve (2), mounting plate (3), sliding rail (4), sliding block (5), fixture (6), nut (8), first bearing seat (9), the first bull stick (10), Screw rod (11) and crank (12), the top center of bottom plate (1) are equipped with control cabinet (101), include power supply in control cabinet (101) Module and control module, power module and Switching Power Supply pass through connection by connection, control module and power module, The front side right part of control cabinet (101) is connected with battery main switch (102), and the top front and rear sides of bottom plate (1) are respectively connected with installation Frame (2) is connected with mounting plate (3) between the top of front and back mounting rack (2), is embedded with sliding rail (4) among the bottom of mounting plate (3), Slidingtype connection is there are two sliding block (5) on sliding rail (4), and the bottom of sliding block (5) is connected with fixture (6), and mounting plate is opened in the middle part of (3) There is a word hole (7), there are two first bearing seat (9) for the top center connection of mounting plate (3), and two first bearing seats (9) are respectively Positioned at the right and left in a word hole (7), it is connected with the first bull stick (10) between two first bearing seats (9), the first bull stick (10) Left and right part is respectively connected with screw rod (11), and screw rod (11) hand of spiral of the left and right sides on the lead screw of two sides of left and right on the contrary, be all connected with Have nut (8), nut (8) passes through a word hole (7), and two nuts (8) in left and right connect at the top of two sliding blocks (5) in left and right respectively It connects, the left end of the first bull stick (10) is connected with crank (12), it is characterised in that: further include having fixed link (13), second bearing seat (14), the first rotating ring (15), first gear (16), driving motor (17), second gear (18), fixed frame (19), rotating disk (20), brush (21), contact-making switch (22), the first L shape bar (23), electrode (24), contact head (25), tapping device (30), heat Processing unit (plant) (31), quenching unit (32) and rust prevention treatment device (33), front and back mounting rack (2) are connected with fixed link between middle part (13), it is connected with second bearing seat (14) in the middle part of fixed link (13), second bearing seat is connected with the first rotation on the outside of (14) Ring (15), the lateral rear of the first rotating ring (15) are connected with first gear (16), the forward upper installation of rear mounting rack (2) Have driving motor (17), is connected on the output shaft of driving motor (17) second gear (18), second gear (18) and the first tooth (16) engagement is taken turns, there are four fixed frame (19), fixed links (13) for the circumferentially evenly spaced connection in the middle part of the first rotating ring (15) Front be connected with rotating disk (20), connection is evenly spaced on rear side of rotating ring to be connected with there are two brush (21) on rotating ring Four contact-making switches (22), four contact-making switches (22) are corresponding with four fixed frame (19) positions respectively, the first rotating ring (15) lower front is connected with the first L shape bar (23), and there are two the connections of the first L shape bar (23) top left side electrode (24), and two Electrode (24) is contacted with two brushes (21) respectively, and the top center of the first L shape bar (23) is connected with contact head (25), contact head (25) it can be contacted with contact-making switch (22), the top of top fixed frame (19) is equipped with tapping device (30), left fixed frame (19) Left side be equipped with device for heat treating (31), the bottom of lower section fixed frame (19) is equipped with quenching unit (32), right fixed frame (19) Right side be equipped with rust prevention treatment device (33), brush (21) is connected by route with contact-making switch (22), brush (21) and electricity Pole (24) cooperation can be the electric power supply and transmission signal on the first rotating ring (15), battery main switch (102), driving motor (17) and electrode (24) passes through connection with control module.

2. a kind of volume production threaded rod automatic processing device as described in claim 1, it is characterised in that: tapping device (30) includes There are the first guide rail (301), the first guide sleeve (302), N shape bar (303), mounting ring (304), bowl group bearing block (305), the second rotation Ring (306), gear ring (307), decelerating motor (308), third gear (309), bracket (3010), screw die (3011), cylinder (3012), the first sealing ring (3013), push rod (3014), the 2nd L shape bar (3015), piston (3016), air pump (3017), air guide Manage (3018), the first electrically-controlled valve (3019), the second electrically-controlled valve (3020), third electrically-controlled valve (3021) and the 4th electrically-controlled valve (3022), the top left side of left fixed frame (19) is connected with the first guide rail (301), and slidingtype connects on the first guide rail (301) Have the first guide sleeve (302), N shape bar (303), connection on the right side of the bottom end of N shape bar (303) are connected on the right side of the first guide sleeve (302) Have mounting ring (304), bowl group bearing block (305) is installed in mounting ring (304), is connected with second in bowl group bearing block (305) The outer upper of rotating ring (306), the second rotating ring (306) connects rack gear (307), and gear ring (307) is located at bowl group bearing block (305) lower section, mounting ring (304) interior lower right side are equipped with decelerating motor (308), and the output shaft of decelerating motor (308) connects Be connected to third gear (309), third gear (309) is engaged with gear ring (307), the second rotating ring (306) outside the left and right sides top It is respectively connected with bracket (3010), is connected between the top of left and right bracket (3010) screw die (3011), top fixed frame (19) Top right side is connected with cylinder (3012), is embedded with the first sealing ring (3013) at the top of cylinder (3012), is equipped in cylinder (3012) Piston (3016), the top center of piston (3016) are connected with push rod (3014), and push rod (3014) passes through the first sealing ring (3013), the top right side of mounting ring (304) is connected with the 2nd L shape bar (3015), the right end and push rod of the 2nd L shape bar (3015) (3014) top connection, the left side central portion of cylinder (3012) are equipped with air pump (3017), connect on the outlet side of air pump (3017) It is connected to gas-guide tube (3018), the top of gas-guide tube (3018) is connect with the left upper portion of cylinder (3012), gas-guide tube (3018) Bottom end is connect with the left lower of cylinder (3012), is connected in gas-guide tube (3018) and cylinder (3012), gas-guide tube (3018) Lower part is equipped with the first electrically-controlled valve (3019), and the top of gas-guide tube (3018) is equipped with the second electrically-controlled valve (3020), cylinder (3012) lower right side is equipped with third electrically-controlled valve (3021), and the right upper portion of cylinder (3012) is equipped with the 4th electrically-controlled valve (3022), decelerating motor (308), air pump (3017), the first electrically-controlled valve (3019), the second electrically-controlled valve (3020), third electrically-controlled valve (3021) and the 4th electrically-controlled valve (3022) passes through connection with control module.

3. a kind of volume production threaded rod automatic processing device as claimed in claim 2, it is characterised in that: device for heat treating (31) packet The second guide rail (311), the second guide sleeve (312), the first stepper motor (313), the 4th gear (314), first connecting rod are included (315), the first rack gear (316), the 3rd L shape bar (317), the first fixed ring (318), flame spray head (319), arc expects pipe (3110), the first connector (3111), conveying hose (3112), fuel tank (3113) and the 5th electrically-controlled valve (3114), left are solid The left upper portion for determining frame (19) is connected with the second guide rail (311) and first connecting rod (315), and the second guide rail (311) is located at first The lower section of connecting rod (315), slidingtype is connected with the second guide sleeve (312) on the second guide rail (311), before the second guide sleeve (312) Upper lateral part is equipped with the first stepper motor (313), and the 4th gear (314) is connected on the output shaft of the first stepper motor (313), It being connected on front side of first connecting rod (315) the first rack gear (316), the 4th gear (314) is engaged with the first rack gear (316), the The bottom of two guide sleeves (312) is connected with the 3rd L shape bar (317), and the bottom end of the 3rd L shape bar (317) is connected with the first fixed ring (318), in the first fixed ring (318) up and down two sides be respectively connected with flame spray head (319), upper and lower two flame spray heads (319) it Between be connected with arc expects pipe (3110), be connected on the right side of lower section flame spray head (319) the first connector (3111), first connection It is connected with conveying hose (3112) on head (3111), the left lower of left fixed frame (19) is connected with fuel tank (3113), combustion The top right side of hopper (3113) is equipped with the 5th electrically-controlled valve (3114), the right end and the 5th electrically-controlled valve of conveying hose (3112) (3114) it connects, the first stepper motor (313) and the 5th electrically-controlled valve (3114) pass through connection with control module.

4. a kind of volume production threaded rod automatic processing device as claimed in claim 3, it is characterised in that: quenching unit (32) includes There are third guide rail (321), third guide sleeve (322), second stepper motor (323), the 5th gear (324), the second connecting rod (325), the second rack gear (326), the 4th L shape bar (327), the second fixed ring (328), jet pipe (329), annular conduit (3210), Second connector (3211), water tank (3212), Water filling valve (3213), the second sealing ring (3214), aqueduct (3215), water delivery Hose (3216) and water pump (3217), the bottom right of lower section fixed frame (19) are connected with third guide rail (321) and the second connection Bar (325), third guide rail (321) are located at the second connecting rod (325) left, and slidingtype is connected with third on third guide rail (321) Guide sleeve (322), the front side right part of third guide sleeve (322) are equipped with second stepper motor (323), second stepper motor (323) It is connected with the 5th gear (324) on output shaft, the second rack gear (326), the 5th gear are connected on front side of the second connecting rod (325) (324) it is engaged with the second rack gear (326), the 4th L shape bar (327), the 4th L shape bar is connected on the left of third guide sleeve (322) (327) left end is connected with the second fixed ring (328), and the left and right sides is respectively connected with jet pipe (329) in the second fixed ring (328), It is connected with annular conduit (3210) between the top of two jet pipes (329) in left and right, the top left side connection of annular conduit (3210) Have the second connector (3211), the bottom left of lower section fixed frame (19) is connected with water tank (3212), the bottom of water tank (3212) It is equipped with Water filling valve (3213), the right upper portion of water tank (3212) is embedded with the second sealing ring (3214), the second sealing ring (3214) aqueduct (3215) are equipped in, the right end of aqueduct (3215) is connected with delivery hose (3216), delivery hose (3216) bottom end is connect with the second connector (3211), and water tank (3212) inner top is equipped with water pump (3217), aqueduct (3215) left end is connect with the water outlet of water pump (3217), second stepper motor (323) and water pump (3217) with control mould Block passes through connection.

5. a kind of volume production threaded rod automatic processing device as claimed in claim 4, it is characterised in that: rust prevention treatment device (33) It include the 4th guide rail (331), the 4th guide sleeve (332), Z-shaped bar (333), rotary joint (334), third connector (335), spray Paint pipe (336), spray painting head (337), bevel gear ring (338), antirust fuel tank (339), oil pump (3310), oil hose (3311), Dual-axle motor (3312), the second bull stick (3313), angular wheel (3314), the 6th gear (3315), third connecting rod (3316), Third rack gear (3317) and filling valve (3318), the right upper portion of right fixed frame (19) be connected with the 4th guide rail (331) and Third connecting rod (3316), the 4th guide rail (331) are located at the top of third connecting rod (3316), slide on the 4th guide rail (331) Formula is connected with the 4th guide sleeve (332), and the bottom of the 4th guide sleeve (332) is connected with Z-shaped bar (333), and the bottom end of Z-shaped bar (333) connects It is connected to rotary joint (334), Z-shaped bar (333) connect with the fixing piece of rotary joint (334), the revolving part of rotary joint (334) It is connected with third connector (335), spray painting pipe (336), spray painting pipe is respectively connected at the top and bottom of third connector (335) (336) right end is connected with spray painting head (337), is connected with bevel gear ring between the left part outside of spray painting pipe (336) up and down (338), the lower right side of right fixed frame (19) is connected with antirust fuel tank (339), and left side is connected with oil in antirust fuel tank (339) It pumps (3310), the outlet end of oil pump (3310) is connected with oil hose (3311), and antirust oil is run through on oil hose (3311) top Case (339) is simultaneously connect with the fixing piece of rotary joint (334), is equipped with dual-axle motor on the right side of the middle part of Z-shaped bar (333) (3312), it is respectively connected with the second bull stick (3313) on the output shaft of dual-axle motor (3312), the top of the second bull stick of top (3313) End is connected with the 6th gear (3315), and third rack gear (3317), the 6th gear are connected on front side of third connecting rod (3316) (3315) it is engaged with third rack gear (3317), the bottom end of the second bull stick of lower section (3313) is connected with angular wheel (3314), taper Gear (3314) is engaged with bevel gear ring (338), and the lower right side of antirust fuel tank (339) is connected with filling valve (3318), oil Pump (3310) and dual-axle motor (3312) pass through connection with control module.