CN206494951U

CN206494951U - A kind of feed mechanism of full-automatic supersonic frequency induction hardening machine

Info

Publication number: CN206494951U
Application number: CN201720103290.1U
Authority: CN
Inventors: 杨春锦; 杨元赞
Original assignee: QUANZHOU HUAMAO MACHINERY EQUIPMENT Co Ltd
Current assignee: QUANZHOU HUAMAO MACHINERY EQUIPMENT Co Ltd
Priority date: 2017-01-23
Filing date: 2017-01-23
Publication date: 2017-09-15
Anticipated expiration: 2027-01-23

Abstract

The utility model is related to a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine, including support frame, bottom plate is provided with support frame, the both sides of bottom plate are equipped with first baffle and second baffle, feed end is formed between one end of the first baffle and one end of the second baffle, discharge end is formed between the other end of first baffle and the other end of second baffle, third baffle is provided with discharge end, the blowing space passed through for a guide is formed between the lower end of third baffle and the upper end of bottom plate, bottom plate relative level is obliquely installed, the height of feed end is higher than the height of the discharge end, also include the correspondence blowing space lifting mechanism set and the stock guide being correspondingly arranged above lifting mechanism, one end for being abutted against third baffle of stock guide is guide end, the other end is free end, stock guide relative level is obliquely installed, guide end is higher than the free end.Compared to artificial pinch, the utility model can reduce labor intensity, raise labour efficiency.

Description

A kind of feed mechanism of full-automatic supersonic frequency induction hardening machine

Technical field

The utility model is related to a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine.

Background technology

Supersonic frequency induction hardening machine is a kind of important Equipment for Heating Processing that local heat treatmet is carried out to metal surface, and it utilizes sensing Coil makes workpiece surface be heated rapidly, and center portion heating very little, while improving the processing performance of workpiece surface, will not change Its internal performance.In such as U of CN 205669045, the Chinese utility model patent of entitled " packaged type supersonic frequency induction hardening machine ", A kind of packaged type supersonic frequency induction hardening machine, including heater block, in addition to mobile support are disclosed, mobile support is provided with lifting Mechanism, elevating mechanism includes lifting platform, and the top of heater block is hung on lifting platform, heater block includes provided with hook Induction coil and the casing for fixed inductor.For another example it is entitled " a kind of high in the U of Authorization Notice No. CN 203451567 In the Chinese utility model patent of frequency quenching unit ", disclose a kind of hardening apparatus by high frequency current, including high frequency electric source, induction coil, Workbench, cooling body, the high frequency electric source constitute with induction coil and are bonded with magnetic inductive block, workbench on loop, induction coil For placing workpiece, induction coil is set with workbench correspondence position, and cooling body is described for the workpiece cooling on workbench High frequency electric source is all solid state superaudio induction heating power.

Traditional this kind of quenching press, when carrying out quenching processing, it is necessary to which artificial clamping workpiece one by one carries out putting quenching, its Production efficiency is relatively low, when processing guide, and the reason for guide self structure, its feeding is more bothered.

In consideration of it, the present inventor carries out in-depth study to above mentioned problem, there is this case generation then.

Utility model content

The purpose of this utility model is to provide a kind of raising production efficiency, the full-automatic superaudio of the person's of lightening one's labor burden The feed mechanism of quenching press.

In order to achieve the above object, the utility model is using such technical scheme：

A kind of feed mechanism of full-automatic supersonic frequency induction hardening machine, including support frame, are provided with bottom plate on support frame, bottom plate Both sides are equipped with first baffle and second baffle, surround to place guide between first baffle, second baffle and bottom plate Feed end is formed between one end of chamber resettling, one end of the first baffle and the second baffle, the first baffle Discharge end is formed between the other end of the other end and the second baffle, third baffle, the third gear are provided with discharge end The blowing space passed through for a guide, the bottom plate relative level are formed between the lower end of plate and the upper end of the bottom plate Face is obliquely installed, height of the height higher than the discharge end of the feed end, in addition to the correspondence blowing space setting Lifting mechanism and the stock guide being correspondingly arranged above lifting mechanism, one end for being abutted against the third baffle of the stock guide For guide end, the other end is free end, and the stock guide relative level is obliquely installed, and the guide end is higher than the freedom End.

As a kind of preferred embodiment of the present utility model, provided with adjustment gear between the first baffle and the second baffle Plate, regulating fender in the way of first baffle movement can be connected on the second baffle.

As a kind of preferred embodiment of the present utility model, adjusted between the second baffle and the regulating fender by multiple It is whole to be bolted together.

As a kind of preferred embodiment of the present utility model, the lower end of the regulating fender is provided with support flat board, the first guide rail With the second guide rail, the first guide rail is arranged on the bottom plate, and the second guide rail is arranged on the support flat board, first guide rail Extend with second guide rail along the feed end to the discharge end.

It is used as a kind of preferred embodiment of the present utility model, in addition to the limiting plate being connected on support frame as described above, limiting plate Formed between the third baffle with the guide guide channel risen for the guide, the lifting mechanism is lifting cylinder Or oil cylinder, the cylinder body of lifting cylinder or oil cylinder is fixed on support frame as described above, the piston rod correspondence guide of lifting cylinder or oil cylinder Guide channel is set.

After the technical solution of the utility model, guide is deposited in accommodation space, and under gravity from putting Slide to the upper end of lifting mechanism, and held up guide to the guide end of stock guide in material space by lifting mechanism, guide exists Skid off and drop down onto in next procedure from stock guide in the presence of gravity, in this way, the utility model can realize guide one by one Conveying, compared to artificial pinch, the utility model can reduce labor intensity, raise labour efficiency.

Brief description of the drawings

Fig. 1 dimensional structure diagrams of the present utility model；

Fig. 2 is the dimensional structure diagram of another angle of the utility model；

Fig. 3 is the utility model dimensional structure diagram (feed mechanism is to show in figure)；

Fig. 4 is overlooking the structure diagram of the present utility model；

Fig. 5 is side structure schematic view of the present utility model；

Fig. 6 is the structural representation of feed mechanism in the utility model；

Fig. 7 is partial structural diagram of the present utility model；

Fig. 8 is the structural representation watched bottom-up in the utility model；

Fig. 9 is the enlarged drawing at A in Fig. 1；

Figure 10 is the enlarged drawing at B in Fig. 3；

In figure：

10- frames the first support beams of 11-

12- the second support beam 20- supersonic frequency induction hardenings mechanism

201- casing 202- induction coils

203- guide pad 204- guided ways

The adjustment arms of 205- first 206- second adjusts arm

207- the first deep-slotted chip breaker the second deep-slotted chip breakers of 208-

209- lead screw motor 210- screw mandrels

211- feed screw nut's 212- tilting tables

213- low sides 214- is high-end

215- the first adjustment bolt 216- web beams

30- feed mechanism 301- support frames

302- bottom plate 303- first baffles

304- second baffle 305- third baffles

306- regulating fenders the first guide rails of 307-

The second guide rails of 308- 309- supports flat board

310- stock guide 311- guide guide channels

312- limiting plates 313- liftings cylinder or oil cylinder

314- adjustment bolts the first adjusting nuts of 315-

316- the second adjusting nut 40- guide placement mechanisms

401- pedestals the first deflector rolls of 402-

403- the second deflector roll 404- gag lever posts

405- gag lever post drive mechanism 406- motors

407- driving wheel 408- driven pulleys

409- the first upper lug first time lug of 410-

Second time lug 50- guidees steering mechanism of 411-

500- cushion cap drive mechanism 501- cushion caps

502- correcting block drive mechanism the first correcting blocks of 503-

504- the second correcting block the first stringer boards of 505-

506- the second stringer board 507- base portions

60- feeding clip mechanism 601- slide plates

602- slide rail 603- mechanical arm drive mechanisms

604- lift cylinders or oil cylinder 605- material clamping robots

606- the first fixture block the second fixture blocks of 607-

608- the first upper clip arm the first lower clip arms of 609-

610- the second upper clip arm the second lower clip arms of 611-

70- guide 80- cooling bodies

Embodiment

In order to which the technical solution of the utility model is explained further, it is described in detail below in conjunction with the accompanying drawings.

Referring to figs. 1 to Figure 10, a kind of full-automatic supersonic frequency induction hardening machine, including frame 10 and the Supersonic being arranged in frame 10 Frequency quenching mechanism 20, in addition to convey the feed mechanism 30 of guide 70 and guide placement mechanism to place guide 70 40, the supersonic frequency induction hardening mechanism 20 in the way of the guide placement mechanism 40 movement can be arranged on the frame 10 On, the discharge end correspondence guide placement mechanism 40 of the feed mechanism 30 is set.Wherein, guide 70 is the cylinder of both ends open Body.

As a kind of preferred embodiment of the present utility model, in addition to guide steering mechanism 50, guide steering mechanism 50 includes To receive the guide 70 cushion cap 501 and to drive cushion cap 501 rotate cushion cap drive mechanism 500, the cushion cap 501 It is connected in the way of it can be rotated relative to the cushion cap drive mechanism 500 in the cushion cap drive mechanism 500.

The utility model also includes feeding clip mechanism 60, is pinched guide 70 to pin from cushion cap 501 by feeding clip mechanism 60 Cover in placement mechanism 40.

As a kind of preferred embodiment of the present utility model, in addition to set up the first correcting block in the both sides of cushion cap 501 separately 503 and second correcting block 504, in addition to drive first correcting block 503 and the move toward one another of the second correcting block 504 Or the correcting block drive mechanism 502 moved opposite to each other.The correcting block drive mechanism 502 be double piston-rod cylinder or oil cylinder, it is described First correcting block 503 and second correcting block 504 are separately mounted on the two-piston bar of the double piston-rod cylinder or oil cylinder, Pass through the flexible of two-piston bar so that first correcting block 503 and the move toward one another of the second correcting block 504, described first Correcting block 503 and second correcting block 504 support the two ends in guide 70 vertically respectively, realize guide 70 in cushion cap 501 The adjustment of upper position.The cylinder body of double piston-rod cylinder or oil cylinder is arranged in the cushion cap drive mechanism 500, the cushion cap 501 On the cylinder body for being fixed on the double piston-rod cylinder or oil cylinder, the double piston-rod cylinder or oil cylinder are arranged on the cushion cap driving Between mechanism 500 and the cushion cap 501, cushion cap drive mechanism 500 is main to drive double piston-rod cylinder or oil cylinder and cushion cap 501 rotate predetermined angle, in embodiment, double piston-rod cylinder or oil cylinder, the first correcting block 503 and the second correcting block 504 Finger cylinder is constituted, cushion cap drive mechanism 500 selects rotary cylinder, it is specific to select MSQB rotary cylinders.

In the utility model, the cushion cap 501 includes base portion 507, the first stringer board 505 erected on the base portion 507 With the second stringer board 506, first stringer board 505 be arranged in parallel with second stringer board 506, is formed on first stringer board 505 First V-arrangement guide groove, the upper surface of the first V-arrangement guide groove from first stringer board 505 is extended downwardly, second stringer board 506 Upper to form corresponding with the first V-arrangement guide groove the second V-arrangement guide groove, the second V-arrangement guide groove is from the upper surface of second stringer board 506 Extend downwardly, the first V-arrangement guide groove is collectively forming to support the supporting surface of the guide 70 with the second V-arrangement guide groove, In use, guide 70 is rolled to the first V-arrangement guide groove with the second V-arrangement guide groove and setting up from stock guide 310 described below Rolled on the first V-arrangement guide groove and the second V-arrangement guide groove, and under Action of Gravity Field to the first V-arrangement guide groove and the second V-arrangement guide groove Minimum point.

As a kind of preferred embodiment of the present utility model, first correcting block 503 is arranged on the first V-arrangement guide groove Side, second correcting block 504 is arranged on the side of the second V-arrangement guide groove, and first correcting block 503 and described Two correcting blocks 504 are vertically arranged with the guide 70.

After the technical solution of the utility model, after guide 70 is placed on cushion cap 501, pass through cushion cap drive mechanism 500 can drive cushion cap 501 to rotate 180 degree, realize the adjustment in the orientation of guide 70, pass through the first correcting block 503 and the second correction Block 504 can be corrected to the position of guide 70 so that guide 70 is in suitable on the first V-arrangement guide groove and the second V-arrangement guide groove Position, compared to artificial blowing, the utility model can carry out the adjustment of guide position, accurate blowing be realized, with preferably Carry out quenching processing.

As a kind of preferred embodiment of the present utility model, in addition to fold up the feeding clip mechanism 60 of the guide 70, institute Feeding clip mechanism 60 is stated including material clamping robot 605 and to drive material clamping robot 605 to be put in the cushion cap 501 and the guide The mechanical arm drive mechanism 603 moved between mechanism 40 is put, provided with slide rail 602 and cooperation in slide rail 602 in the frame 10 On slide plate 601, the mechanical arm drive mechanism 603 is pusher cylinder or oil cylinder, and the pusher cylinder or oil cylinder are along level side To setting, the cylinder body of pusher cylinder or oil cylinder is fixed in the frame 10, the piston rod and institute of the pusher cylinder or oil cylinder Slide plate 601 is stated to connect.The material clamping robot 603 is connected on the slide plate 601 by lift cylinder or oil cylinder, the lifting Cylinder or oil cylinder are vertically set, and the cylinder body of lift cylinder or oil cylinder is fixed on slide plate 601, lift cylinder or oil cylinder Piston rod is connected with material clamping robot 603.The material clamping robot 603 includes the first fixture block 606, the second fixture block 607 and set Put the fixture block drive mechanism between first fixture block 606 and second fixture block 607, first fixture block 606 with it is described Form to hold guide 70 between second fixture block 607 holds space.

As a kind of preferred embodiment of the present utility model, the fixture block drive mechanism is double-rod cylinder or oil cylinder, described the One fixture block 606 and second fixture block 607 set up separately on the two-piston bar of the double-rod cylinder or oil cylinder, the double-rod cylinder or Oil cylinder is horizontally disposed, and first fixture block 606 and second fixture block 607 are vertically set, the double-rod gas Cylinder or oil cylinder are by turning on the lower end that lug is hinged on the piston rod of the lift cylinder or oil cylinder, first fixture block 606 Provided with the first upper clip arm 608 and the first lower clip arm 609, the first upper clip arm 608 and the first lower clip arm 609 are towards the second fixture block 607 Extension, second fixture block 607 is provided with the second upper clip arm 610 and the second lower clip arm 611, the second upper clip arm 610 and second Jig arm 611 extends towards the first fixture block 606, and first upper clip arm 608 surrounds the first clamping jaw with first lower clip arm 609, Second upper clip arm 610 surrounds the second clamping jaw, first clamping jaw and the second clamping jaw phase with second lower clip arm 611 To setting.

As a kind of preferred embodiment of the present utility model, the slide rail 602 be provided with two, the slide plate 601 with The chute that the slide rail 602 coordinates.

After the technical solution of the utility model, the overall water of material clamping robot 605 is driven by pusher cylinder or oil cylinder Translation is dynamic, drives material clamping robot 605 to move up and down by lift cylinder or oil cylinder 604, and the is driven by fixture block drive mechanism One fixture block 606 and the second fixture block 607 grip or discharged guide 70, using the technical solution of the utility model, compared to craft Guide 70 is gripped, the utility model can lift the feeding degree of accuracy and the efficiency of guide 70, reduce labor intensity.

As a kind of preferred embodiment of the present utility model, the feed mechanism 30 includes support frame 301, in support frame 301 Bottom plate 302 is provided with, the both sides of bottom plate 302 are equipped with first baffle 303 and second baffle 304, first baffle 303 and second gear Plate 304 is vertically set, and use is surrounded between the first baffle 303, the second baffle 304 and the bottom plate 302 To place the chamber resettling of guide 70.Formed between one end of the first baffle 303 and one end of the second baffle 304 into Expect end, form discharge end between the other end of the first baffle 303 and the other end of the second baffle 304, it is described go out Expect that end is provided with third baffle 305, formed between the lower end of the third baffle 305 and the upper end of the bottom plate 302 and supply one The blowing space that the guide 70 passes through, the relative level of bottom plate 302 is obliquely installed, and the height of the feed end is higher than institute The height of discharge end is stated, in addition to corresponds to the lifting mechanism of the blowing space setting and is correspondingly arranged above lifting mechanism Stock guide 310, the stock guide 310 be abutted against the third baffle 305 one end be guide end, the other end is free end, institute State the relative level of stock guide 310 to be obliquely installed, the guide end is higher than the free end.

As a kind of preferred embodiment of the present utility model, it is provided between the first baffle 303 and the second baffle 304 Regulating fender 306, the regulating fender 306 in the way of the first baffle 303 movement can be connected to the second gear On plate 304, linked together between the second baffle 304 and the regulating fender 306 by multiple adjustment bolts 314, Adjustment bolt 314 is provided with the first adjusting nut 315 and the second adjusting nut 316, is adjusted by the first adjusting nut 315 and second Whole nut 316 realizes the positioning of regulating fender 306, and the correspondence of regulating fender 306 offers the perforation passed through for adjustment bolt 314, Adjustment bolt 314 can be moved in perforation.The lower end of the regulating fender 306 is provided with support flat board 309, in addition to the first guide rail 307 and second guide rail 308, first guide rail 307 is arranged on the bottom plate 302, and second guide rail 307 is arranged on described Support on flat board 309, first guide rail 307 and second guide rail 308 extend along the feed end to the discharge end.Adopt This structure is used, the spacing between second baffle 304 and regulating fender 306 can be adjusted, to convey different length specification Guide 70.

The utility model also includes the limiting plate 310 being connected on support frame as described above 301, limiting plate 310 and the described 3rd Formed between baffle plate 305 with the guide guide channel 311 risen for the guide 70, the lifting mechanism be lifting cylinder or The cylinder body of oil cylinder 313, lifting cylinder or oil cylinder 313 is fixed on support frame as described above 301, the piston of lifting cylinder or oil cylinder 313 Bar correspondence guide guide channel 311 is set.In feeding, guide 70 is arranged between second baffle 304 and regulating fender 306, So that guide 70 is vertically kept flat with second baffle 304, a guide 70 is tumbled out from blowing space, guide 70 falls into guide and led To passage 311, by lifting cylinder or oil cylinder 313 by the guide end of the jack-up of guide 70 to stock guide 310, guide 70 is in gravity Tumbled under effect to cushion cap 501.

After the technical solution of the utility model, guide 70 is deposited in accommodation space, and under gravity from Slid in blowing space to the upper end of lifting mechanism, and by lifting mechanism by 70 guide ends to stock guide 310 of guide support, Guide 70 is skidded off from stock guide 310 and dropped down onto on cushion cap 501 under gravity, in this way, the utility model can be realized The conveying one by one of guide 70, compared to artificial pinch, the utility model can reduce labor intensity, raise labour efficiency.

As a kind of preferred embodiment of the present utility model, the guide placement mechanism 40 includes pedestal 401, the first deflector roll 402nd, the second deflector roll 403 and the deflector roll driving to drive first deflector roll 402 and/or second deflector roll 403 to rotate Mechanism.First deflector roll 402 and second deflector roll 403 are rotatably arranged on the pedestal 401, and described first leads Roller 402 and second deflector roll 403 are set with respect to horizontal plane, and first deflector roll 402 and second deflector roll 403 are flat Row is set, and the material space of putting of guide 70 is placed in formation between first deflector roll 402 and second deflector roll 403, in addition to Gag lever post 404 to limit the slippage of guide 70, gag lever post 404 is movably disposed at the base by gag lever post drive mechanism On seat 401, the gag lever post 404 is set perpendicular to the pedestal 401.In use, guide 70 is led with the first deflector roll 402 and second Roller 403 is coaxially disposed within the first deflector roll 402 and the second deflector roll 403, and guide 70 is limited from the first deflector roll by gag lever post 404 402 and second slide in deflector roll 403.The gag lever post drive mechanism 405 is limiting cylinder or oil cylinder, the limiting cylinder or oil The cylinder body of cylinder is fixed on the pedestal 401, and the piston rod of the limiting cylinder or oil cylinder is connected with the gag lever post 404, institute Deflector roll drive mechanism 406 is stated for motor, the output shaft of motor 406 is provided with driving wheel 407, first deflector roll 402 and/or institute The second deflector roll 403 is stated provided with driven pulley 408, the driving wheel 407 passes through belt or gear drive with the driven pulley 408 Connection.

As a kind of preferred embodiment of the present utility model, the pedestal 401 is provided with convex under the first upper lug 409, first Ear 410, the second upper lug and second time lug 411, first deflector roll 402 are rotatably arranged in first upper lug 409 and first time lug 410 on, second deflector roll 403 is rotatably arranged in second upper lug and described On two times lugs 411.

As a kind of preferred embodiment of the present utility model, the gag lever post 404 corresponds to first time lug 410 and described Second time lug 411 is arranged between first deflector roll 402 and second deflector roll 403.

After the technical solution of the utility model, guide 70 is placed on the first deflector roll 402 and the second deflector roll 403, And guide 70 is set parallel to the first deflector roll 402 and the second deflector roll 403, the He of the first deflector roll 402 is driven by deflector roll drive mechanism Second deflector roll 403 is rotated, so as to drive the uniform rotation of guide 70, after realizing that uniform hardening, quenching are finished, is driven by gag lever post Mechanism 405 causes gag lever post 404 to decline, and guide 70 is sliding from the first deflector roll 402 and the second deflector roll 403 under gravity Under, discharging is realized, in this way, the utility model can raise labour productivity, lighten one's labor burden, it is ensured that guide uniform hardening.

As a kind of preferred embodiment of the present utility model, the frame 10 is provided with tilting table 212, above-mentioned pedestal 410 It is structure as a whole with tilting table 212, both form a platform being inclined relative to horizontal.The supersonic frequency induction hardening mechanism 20 is pacified On tilting table 212, the relative level of tilting table 212 is obliquely installed, provided with guided way 204 and cooperation on tilting table 212 Guide pad 203 on guided way 204, the supersonic frequency induction hardening mechanism 20 is specifically arranged on the guide pad 204, in addition to To the guide pad drive mechanism for driving the guide pad 203 to be moved along the guided way 204, the guide placement mechanism 40 is pacified On the tilting table 212, can specifically install on the base 401, the guide pad drive mechanism include lead screw motor 209, The feed screw nut 211 of screw mandrel 210 and cooperation on screw mandrel 210, the lead screw motor 209 is fixed on the tilting table 212, The screw mandrel 210 is be arranged in parallel with the guided way 204, and the guide pad 203 is fixedly connected with the feed screw nut 211.

As a kind of preferred embodiment of the present utility model, two ends of the tilting table 212 along the guided way 204 are set to low End 213 and high-end 214, high-end 214 height is higher than the height of the low side 213, and the low side 213 is hinged on the machine On frame 10, described high-end 214 are connected to by way of height regulating mechanism is with height-adjustable in the frame 10.

As a kind of preferred embodiment of the present utility model, the first adjustment arm 205 and second is connected with described high-end 214 and is adjusted Whole arm 206, the first adjustment arm 205 is provided with the first deep-slotted chip breaker 207 that vertically direction is opened up, the second adjustment arm 206 provided with the second deep-slotted chip breaker 208 vertically set, and the first support beam 11 and second are provided with the frame 10 Beam 12 is supportted, the height regulating mechanism is the first adjustment bolt 215 being located in first deep-slotted chip breaker 207 and is located in institute The second adjustment bolt in the second deep-slotted chip breaker 208 is stated, first adjustment bolt 215 is resisted against in first support beam 11, Second adjustment bolt is resisted against on second deep-slotted chip breaker 208.First adjustment bolt 215 and the second adjustment bolt can divide The diverse location of the first deep-slotted chip breaker 207 and the second deep-slotted chip breaker 208 is not locked in, so as to adjust the angle of inclination of tilting table 212, is led to The angle of inclination of adjustment tilting table 212 is crossed, guide 70 can be caused in discharging, can be smoothly from the first deflector roll 402 and second Slid in deflector roll 403, or enable coolant smooth and discharged from guide 70.

As a kind of preferred embodiment of the present utility model, between the first adjustment arm 205 and the second adjustment arm 206 Provided with web beam 216.

As a kind of preferred embodiment of the present utility model, the supersonic frequency induction hardening mechanism 20 includes casing 201 and is connected to The structure of induction coil 202 on casing 201, casing 201 and induction coil 202 uses structure in the prior art, when in use, Induction coil 202 is stretched into quench in guide 70 to guide 70.

It is used as a kind of preferred embodiment of the present utility model, in addition to cooling body 80, the correspondence of cooling body 80 guide Placement mechanism 40 is arranged in the frame 10.

After the technical solution of the utility model, guide 70 is placed on guide placement mechanism 40, passes through guide pad Drive mechanism drives guide pad 203 to move so that supersonic frequency induction hardening mechanism 20 carries out quenching processing close to guide, and quenching is processed Afterwards, supersonic frequency induction hardening mechanism 20 is removed from guide 70, the utility model tilting table 212, which is inclined relative to horizontal, to be set Put, during cooling, coolant can be injected directly on guide 70, afterwards, be injected in the coolant on guide 70 in Action of Gravity Field Under from guide depart from, in this way, the utility model without in addition gripping guide be cooled down, it is possible to increase processing efficiency and mitigation Labor intensity.

In the utility model, supersonic frequency induction hardening mechanism 20, guide placement mechanism 40, material clamping robot 65, lift cylinder Or oil cylinder 604 is two sets, Liang Tao supersonic frequency induction hardenings mechanism 20 and guide placement mechanism 40 set up separately in guide steering mechanism 50 Both sides, by two sets of blowings of material clamping robot 605 and material folding, to improve quenching processing efficiency.

After the technical solution of the utility model, in processing, guide 70 is emitted on the first guide rail 307 and the second guide rail On 308, a guide 70 is tumbled to guide guide channel 311 from blowing space, by lifting cylinder or oil cylinder 313 by guide 70 Be raised up at stock guide 310, guide 70 is tumbled to cushion cap 501 under gravity, and frame be placed on the first V-arrangement deflector chute and In second V-arrangement deflector chute, cushion cap 501 is rotated 90 degree by guide steering mechanism 50, by mechanical arm drive mechanism 603, risen Sending down abnormally ascending cylinder or oil cylinder 604 and fixture block drive mechanism gripping guide 70, and transfer on guide placement mechanism 40, the band of motor 406 Dynamic first deflector roll 402 and the second deflector roll 403 are rotated, and the first deflector roll 402 and the second deflector roll 403 drive guide 70 to rotate so that pin Cover 70 each positions can uniform hardening, lead screw motor 209 drives slide plate 203 and supersonic frequency induction hardening mechanism 20 to move, and causes sense Answer coil 202 to stretch into quench guide 70 in guide 70, after the completion of quenching, lead screw motor 209 drives slide plate 203 and Supersonic Frequency quenching mechanism 20 moves return, and 80 pairs of cooling body is cooled down after finishing, gag lever post driving machine to the spray cooling liquid of guide 70 Structure 405 drives gag lever post 404 so that gag lever post 404 sinks, and guide 70 is made in gravity and the first deflector roll 402 and the second deflector roll 403 With landing, and fall into corresponding splicing frame.

In the utility model, induction coil 202 and cooling body 80 are only illustrated in Figure 5, and its structure is using conventional knot Structure.

Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out similar thinking to it Appropriate change is modified, and all should be regarded as not departing from patent category of the present utility model.

Claims

1. a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine, it is characterised in that：Including support frame, bottom is provided with support frame Plate, the both sides of bottom plate are equipped with first baffle and second baffle, the first baffle, the second baffle and the bottom plate it Between surround to place the chamber resettling of guide, formed between one end of the first baffle and one end of the second baffle into Expect end, discharge end is formed between the other end of the first baffle and the other end of the second baffle, on the discharge end Formed provided with third baffle, between the upper end of the lower end of the third baffle and the bottom plate for putting that a guide passes through Material space, the bottom plate relative level is obliquely installed, and the height of the feed end is higher than the height of the discharge end, in addition to The correspondence blowing space lifting mechanism set and the stock guide being correspondingly arranged above lifting mechanism, the stock guide are leaned on The one end for connecing the third baffle is guide end, and the other end is free end, and the stock guide relative level is obliquely installed, described Guide end is higher than the free end.

2. a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine as claimed in claim 1, it is characterised in that：The first gear Regulating fender is provided between plate and the second baffle, the regulating fender in the way of first baffle movement can connect It is connected on the second baffle.

3. a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine as claimed in claim 2, it is characterised in that：The second gear Linked together between plate and the regulating fender by multiple adjustment bolts.

4. a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine as claimed in claim 2, it is characterised in that：The adjustment gear The lower end of plate is arranged on the bottom plate provided with support flat board, in addition to the first guide rail and the second guide rail, first guide rail, institute The second guide rail is stated to be arranged on the support flat board, first guide rail and second guide rail along the feed end to it is described go out Expect end extension.

5. a kind of feed mechanism of full-automatic supersonic frequency induction hardening machine as claimed in claim 4, it is characterised in that：Also include connection Limiting plate on support frame as described above, is formed between limiting plate and the third baffle with so that the guide that the guide rises is led To passage, the lifting mechanism is lifting cylinder or oil cylinder, and the cylinder body of lifting cylinder or oil cylinder is fixed on support frame as described above, is lifted The piston rod correspondence guide guide channel for rising cylinder or oil cylinder is set.