CN204817635U - Drift processing all -in -one of push rod for mould - Google Patents
Drift processing all -in -one of push rod for mould Download PDFInfo
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- CN204817635U CN204817635U CN201520481777.4U CN201520481777U CN204817635U CN 204817635 U CN204817635 U CN 204817635U CN 201520481777 U CN201520481777 U CN 201520481777U CN 204817635 U CN204817635 U CN 204817635U
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Abstract
The utility model relates to a drift processing all -in -one of push rod for mould, including the bottom plate, the upper end mid -mounting of bottom plate has a rotation heater, and the up end of bottom plate uses the rotation heater as the even three vertical rotary drift machine that is equipped with of centre of turning circle, and three vertical rotary drift machine contained angle each other is 120, and the quick -witted outside of every vertical rotary drift all is equipped with the collector of unloading in the orientation of keeping away from the rotation heater. The utility model has the advantages of structural design is reasonable, degree of automation is high and production machining efficiency is high, the batch drift processing of push rod can be realized, the cycle of the drift processing of push rod has been shortened to improve energy utilization, reduced the energy consumption, can realize automatic discharge simultaneously, need not the people and control, saved the manpower.
Description
Technical field
The utility model relates to dieparts processing technique field, is specifically related to a kind of drift processing integrated machine of mould push rod.
Background technology
As everyone knows, many products are all made up of parts, and these parts, in the process manufactured separately, usually can use mould and lathe.For mould, push rod is one of comparatively common spare and accessory parts, and in the process of mould die sinking, matched moulds, mainly play the effect of motion guide, the actual machine performance requirement therefore for push rod is higher.Existing mould push rod is in the process of processing, all that to realize the head of push rod by the mode of punching press shaping, but, existing equipment is all separate unit machining types, namely an equipment once can only realize the shaping of a push rod head, and automaticity is low, needs artificial loading and discharging, so just need a large amount of artificial inputs, efficiency is lower; Electromagnetic induction heating is comparatively common a kind of mode of heating, is applied in the Punching Process of push rod, owing to being separate unit machining type, after each heating completes, after electromagnetic induction coil is removed, punching press manual cleaning, within this cycle, the waste heat of electromagnetic induction coil itself can not get effective utilization, and along with discharge process, electromagnetic induction coil can cool gradually, when again needing heating, then need again to utilize electromagnetic induction coil to produce heat, energy consumption is comparatively large, and energy can not get effective utilization.
Summary of the invention
In order to solve deficiency existing in prior art, the utility model proposes a kind of reasonable in design, automaticity is high, production and processing efficiency is high, the mass drift that can realize push rod is processed and improves the device of capacity usage ratio, i.e. a kind of drift processing integrated machine of mould push rod.
A kind of drift processing integrated machine of mould push rod, comprise base plate, the upper center of described base plate is provided with swinging heater, the upper surface of described base plate with swinging heater for the centre of gyration is provided with three vertical revolution punching head machines uniformly, described three vertical revolution punching head machines angle is each other 120 °, and the outside of each vertical revolution punching head machine is equipped with discharging collector on the direction away from swinging heater.The utility model utilizes three vertical revolution punching head machines, thus realizing the drift processing of three push rods simultaneously, three vertical revolution punching head machines itself can realize automatic material taking and feed, thus after coordinating with swinging heater, realize the heating to push rod, afterwards, vertical revolution punching head machine is utilized to realize processing the drift of push rod, then, recycling discharging collector realizes automatic discharging, without the need to people's manipulation, save manpower, also shorten the cycle of the drift processing of push rod greatly.
Described vertical revolution punching head machine includes board, master drives motor, perpendicular hanging beam, infundibulate material storing box, circulation feeding loader, pad device and decompressor, described board with swinging heater for the centre of gyration is arranged on the upper surface of base plate uniformly, described master drives the upper center that motor is horizontally fixed on board, described perpendicular hanging beam is vertically mounted on the upper surface of board, described infundibulate material storing box is fixed on the upper end of perpendicular hanging beam, described circulation feeding loader is arranged on master and drives on motor, and described circulation feeding loader is positioned at immediately below infundibulate material storing box, described circulation feeding loader coordinates with the bottom of infundibulate material storing box and realizes feeding, described pad device is positioned at immediately below circulation feeding loader, and described pad device is connected with base plate, described decompressor is positioned at the side away from board on circulation feeding loader, described decompressor is fixed on base plate.The main motor that drives drives the revolution of circulation feeding loader, utilize circulation feeding loader to coordinate with infundibulate material storing box and realize automatic material taking, feeding Posterior circle feeding loader turns round 90 °, and coordinate with swinging heater, realize the heating to push rod, turn round 90 ° again, push rod after heating is delivered to the below of circulation feeding loader, now pad device is started working, move upward and hold circulation feeding loader, decompressor starts punching press afterwards, complete drift processing, and pad device again on move, to realize occurring between push rod and circulation feeding loader loosening, easy-unloading, finally circulation feeding loader rotates 90 ° again, thus coordinate with discharging collector and realize discharging.
Described infundibulate material storing box comprises funnel casing and gob interceptor, described funnel casing is connected with the upper end of perpendicular hanging beam, material-dropping hole is provided with in the middle part of the lower end of described funnel casing, the diameter of material-dropping hole is larger than single rod diameter to be processed, and be less than the double diameter of single push rod to be processed, described gob interceptor is positioned at immediately below material-dropping hole, and described gob interceptor is connected with funnel casing.
Described gob interceptor comprises slippage latch, stage clip, guide shaft, bracket, limiting stand, described limiting stand is fixed on the lower edge place of funnel casing, described guide shaft is through limiting stand, described slippage latch is fixed on the one end near material-dropping hole on guide shaft, described limiting stand is fixed on the one end away from material-dropping hole on guide shaft, described stage clip empty set is on guide shaft, one end of described stage clip is connected with slippage latch, the other end of described stage clip is connected with bracket, described slippage latch is provided with wedge shape away from one end of stage clip and blocks head, good buffer action can be played, described slippage latch is provided with the shifting block to downward-extension near one end of stage clip.Under original state, what push rod to be processed was vertical is deposited in funnel casing, when there being external force to stir shifting block, slippage latch starts compression press spring under the guide effect of guide shaft, and progressively make material-dropping hole expose, after material-dropping hole exposes completely, the push rod to be processed be stored in funnel casing then falls, and completes feeding; Slippage latch then resets under the elastic restoring force effect of stage clip afterwards, to block material-dropping hole.
Described circulation feeding loader comprises cycle stock frame and four vertical haul wares, cycle stock frame is dual-layer face plank frame, the center of described cycle stock frame is driven motor with master and is connected, described cycle stock frame is provided with reinforcement near the main panel driving motor, between described four vertical haul wares dual-layer face plank frame being arranged on cycle stock frame symmetrically, circumferentially four the horizontal slots to make way being provided with the vertical haul ware corresponding matching with four symmetrically of described cycle stock frame, the upper end of described vertical haul ware is equipped with shifting block, the centre of gyration place of described vertical haul ware is provided with storage hole, the top of described storage hole is provided with hexagonal nib, the middle and upper part of described vertical haul ware is arranged with and the short rotating shaft of the dual-layer face plank frame of cycle stock frame by bearing fit.Four vertical haul wares of the present utility model due to center of gravity on the lower side, so can motion process in, remain vertical state, and can effectively prevent push rod in motion process from occurring rocking, stability is higher; Be in vertical haul ware above cycle stock frame when moving to immediately below funnel casing, shifting block can be utilized in the process of rotating to stir shifting block, thus material-dropping hole is exposed, thus the push rod to be processed realized in funnel casing drops in storage hole, slippage latch then Rapid reset afterwards, to block material-dropping hole, namely complete automatic charging.
In order to carrying out smoothly of ensureing that drift processes, the utility model devises pad device, to add man-hour at drift, play good supporting role and drift machine after loose part effect.Described pad device comprises hydraulic cylinder one, guard shield, hydraulic cylinder two and loose part pin, described hydraulic cylinder one is vertically fixed on the upper surface of base plate, described guard shield is arranged on hydraulic cylinder one, described hydraulic cylinder two is arranged on guard shield inside, the lower end of described loose part pin is connected with hydraulic cylinder two, and the top of guard shield is run through at the middle part of described loose part pin.During work, hydraulic cylinder drives on guard shield for a moment and moves, until the upper surface of guard shield is against on the lower surface of vertical haul ware, now, hydraulic cylinder two can drive on loose part pin and move, and to be against on the lower surface of push rod to be processed, can to start decompressor and carry out punching press process; After punching press completes, primer fluid cylinder pressure two drives on loose part pin and moves again, makes the push rod after processing and loosens between vertical haul ware, thus easy-unloading.
Described decompressor comprises fixed mount, hydraulic cylinder three and briquetting, the lower end of described fixed mount is fixed on the upper surface of base plate, described hydraulic cylinder three is vertically arranged on the upper end of fixed mount, described briquetting is fixed on the lower end of hydraulic cylinder three, and described briquetting coordinates with circulation feeding loader and realizes punching press, after pad device is ready, get final product primer fluid cylinder pressure three, order about briquetting to move down, and coordinate with hexagonal nib, the head realizing push rod is shaping.
In order to realize automatic discharging, the utility model devises discharging collector, described discharging collector comprises bed material case, blanking guide plate, striking head, cylinder, described bed material case is fixed on the upper surface of base plate, described blanking guide plate is fixed on the side of bed material upper box part away from circulation feeding loader, described cylinder level is arranged on the middle part of blanking guide plate, described striking head is arranged on the side near circulation feeding loader on cylinder, and the upper end of described blanking guide plate is provided with arc buffering guide plate.During work, cylinder can drive striking head to move fast, thus impact is at vertical haul ware, vertical haul ware is returned around short rotating shaft turn around, in pivotal process, utilize centrifugal force to be thrown away by the push rod after machining, and utilize blanking guide plate, arc buffering guide plate to realize leading to the blanking of push rod.Realize collecting until push rod drops in bed material case.
Described swinging heater comprises bearing, lift cylinder, servomotor, finger plate, electromagnetic heating controller and three electromagnetic induction coils, described bearing is fixed on the upper center of base plate, described lift cylinder is vertically arranged on the upper end of bearing, described servomotor is fixed on the upper end of lift cylinder, described finger plate level is arranged on servomotor, described electromagnetic heating controller is arranged on the upper center of finger plate, three electromagnetic induction coils are evenly distributed in the edge of finger plate, the angle of described three electromagnetic induction coils is 120 °, described three electromagnetic induction coils are all connected with electromagnetic heating controller.The utility model can realize heating three push rods to be processed simultaneously, simultaneously, due to the design of circulation feeding loader, shorten the cycle of heating, such three electromagnetic induction coils itself then have a large amount of waste heats, when follow-up heating, only need the short time can reach the temperature of specifying, thus reduce energy consumption, improve the utilization rate of energy, after circulation feeding loader turns to assigned address, the horizontal slot to make way place entering into correspondence that three electromagnetic induction coils are also synchronous, now, the vertical haul ware accommodating push rod to be processed is all positioned at the below of electromagnetic induction coil, then lift cylinder is started working, drive three synchronous moving down of electromagnetic induction coil, electromagnetic induction coil is made all to be enclosed within outside push rod to be processed, start electromagnetic heating controller, utilize electromagnetic induction to complete the heating to three push rods to be processed, subsequently lift cylinder promote three electromagnetic induction coils synchronous on move, then servomotor is started working, driving finger plate turns round, make three electromagnetic induction coils gradually away from the horizontal slot to make way of correspondence, meanwhile, circulation feeding loader also can rotate, to carry out the processing of next process.
Described finger plate is equilateral triangle structure, thus can reduce the cost of the manufacturing, weight reduction, ensures that servomotor works normally.
The beneficial effects of the utility model are: the utility model has the high and production and processing efficiency advantages of higher of reasonable in design, automaticity, the mass drift processing of push rod can be realized, shorten the cycle of the drift processing of push rod, and improve capacity usage ratio, reduce energy consumption, can automatic discharging be realized simultaneously, without the need to people's manipulation, save manpower.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is top view of the present utility model;
Fig. 2 is the A-A direction view of Fig. 1;
Fig. 3 is the front view of vertical revolution punching head machine of the present utility model;
Fig. 4 is the left view of vertical revolution punching head machine of the present utility model;
Fig. 5 is the I partial enlarged drawing of Fig. 3;
Fig. 6 is II partial enlarged drawing of Fig. 1;
Fig. 7 is the structural representation of swinging heater of the present utility model.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below the utility model being set forth further.
As shown in Figures 1 to 7, a kind of drift processing integrated machine of mould push rod, comprise base plate 1, the upper center of described base plate 1 is provided with swinging heater 4, the upper surface of described base plate 1 is provided with three vertical revolution punching head machines 2 with swinging heater 4 uniformly for the centre of gyration, described three vertical revolution punching head machines 2 angle is each other 120 °, and the outside of each vertical revolution punching head machine 2 is equipped with discharging collector 3 on the direction away from swinging heater 4.The utility model utilizes three vertical revolution punching head machines 2, thus realizing the drift processing of three push rods simultaneously, three vertical revolution punching head machines 2 itself can realize automatic material taking and feed, thus after coordinating with swinging heater 4, realize the heating to push rod, afterwards, vertical revolution punching head machine 2 is utilized to realize processing the drift of push rod, then, recycling discharging collector 3 realizes automatic discharging, without the need to people's manipulation, save manpower, also shorten the cycle of the drift processing of push rod greatly.
Described vertical revolution punching head machine 2 includes board 201, master drives motor 202, perpendicular hanging beam 203, infundibulate material storing box 204, circulation feeding loader, pad device and decompressor, described board 201 is that the centre of gyration is arranged on the upper surface of base plate 1 uniformly with swinging heater 4, described master drives the upper center that motor 202 is horizontally fixed on board 201, described perpendicular hanging beam 203 is vertically mounted on the upper surface of board 201, described infundibulate material storing box 204 is fixed on the upper end of perpendicular hanging beam 203, described circulation feeding loader is arranged on master and drives on motor, and described circulation feeding loader is positioned at immediately below infundibulate material storing box 204, described circulation feeding loader coordinates with the bottom of infundibulate material storing box 204 and realizes feeding, described pad device is positioned at immediately below circulation feeding loader, and described pad device is connected with base plate 1, described decompressor is positioned at the side away from board 201 on circulation feeding loader, described decompressor is fixed on base plate 1.Master drives motor 202 and drives circulation feeding loader to turn round, utilize circulation feeding loader to coordinate with infundibulate material storing box 204 and realize automatic material taking, feeding Posterior circle feeding loader turns round 90 °, and coordinate with swinging heater 4, realize the heating to push rod, turn round 90 ° again, push rod after heating is delivered to the below of circulation feeding loader, now pad device is started working, move upward and hold circulation feeding loader, decompressor starts punching press afterwards, complete drift processing, and pad device again on move, to realize occurring between push rod and circulation feeding loader loosening, easy-unloading, finally circulation feeding loader rotates 90 ° again, thus coordinate with discharging collector 3 and realize discharging.
Described infundibulate material storing box 204 comprises funnel casing 204h and gob interceptor, described funnel casing 204h is connected with the upper end of perpendicular hanging beam 203, material-dropping hole 204i is provided with in the middle part of the lower end of described funnel casing 204h, the diameter of material-dropping hole 204i is larger than single rod diameter to be processed, and be less than the double diameter of single push rod to be processed, described gob interceptor is positioned at immediately below material-dropping hole 204i, and described gob interceptor is connected with funnel casing 204h.
Described gob interceptor comprises slippage latch 204a, stage clip 204d, guide shaft 204e, bracket 204g, limiting stand 204f, described limiting stand 204f is fixed on the lower edge place of funnel casing 204h, described guide shaft 204e is through limiting stand 204f, described slippage latch 204a is fixed on the one end near material-dropping hole 204i on guide shaft 204e, described limiting stand 204f is fixed on the one end away from material-dropping hole 204i on guide shaft 204e, described stage clip 204d empty set is on guide shaft 204e, one end of described stage clip 204d is connected with slippage latch 204a, the other end of described stage clip 204d is connected with bracket 204g, described slippage latch 204a is provided with wedge shape away from one end of stage clip 204d and blocks a 204b, good buffer action can be played, described slippage latch 204a is provided with the shifting block 204c to downward-extension near one end of stage clip 204d.Under original state, what push rod to be processed was vertical is deposited in funnel casing 204h, when there being external force to stir shifting block 204c, slippage latch 204a starts compression press spring 204d under the guide effect of guide shaft 204e, and progressively make material-dropping hole 204i expose, after material-dropping hole 204i exposes completely, the push rod to be processed be stored in funnel casing 204h then falls, and completes feeding; Slippage latch 204a then resets under the elastic restoring force effect of stage clip 204d afterwards, to block material-dropping hole 204i.
Described circulation feeding loader comprises cycle stock frame 205 and four vertical haul wares 2013, cycle stock frame 205 is dual-layer face plank frame, the center of described cycle stock frame 205 is driven motor 202 with master and is connected, described cycle stock frame 205 is provided with reinforcement 205b near the main panel driving motor 202, between described four vertical haul wares 2013 dual-layer face plank frame being arranged on cycle stock frame 205 symmetrically, circumferentially four the horizontal slot to make way 205a being provided with vertical haul ware 2013 corresponding matching with four symmetrically of described cycle stock frame 205, the upper end of described vertical haul ware 2013 is equipped with shifting block 2013a, the centre of gyration place of described vertical haul ware 2013 is provided with storage hole 2013b, the top of described storage hole 2013b is provided with hexagonal nib 2013c, the middle and upper part of described vertical haul ware 2013 is arranged with and the short rotating shaft 2013d of the dual-layer face plank frame of cycle stock frame 205 by bearing fit.Four vertical haul wares 2013 of the present utility model due to center of gravity on the lower side, so can motion process in, remain vertical state, and can effectively prevent push rod in motion process from occurring rocking, stability is higher; Be in vertical haul ware 2013 above cycle stock frame 205 when moving to immediately below funnel casing 204h, shifting block 2013a can be utilized in the process of rotating to stir shifting block 204c, thus material-dropping hole 204i is exposed, thus the push rod to be processed realized in funnel casing 204h drops in storage hole 2013b, slippage latch 204a then Rapid reset afterwards, to block material-dropping hole 204i, namely complete automatic charging.
In order to carrying out smoothly of ensureing that drift processes, the utility model devises pad device, to add man-hour at drift, play good supporting role and drift machine after loose part effect.Described pad device comprises hydraulic cylinder 1, guard shield 2010, hydraulic cylinder 2 2011 and loose part pin 2012, described hydraulic cylinder 1 is vertically fixed on the upper surface of base plate 1, described guard shield 2010 is arranged on hydraulic cylinder 1, it is inner that described hydraulic cylinder 2 2011 is arranged on guard shield 2010, the lower end of described loose part pin 2012 is connected with hydraulic cylinder 2 2011, and the top of guard shield 2010 is run through at the middle part of described loose part pin 2012.During work, hydraulic cylinder 1 can drive on guard shield 2010 and move, until the upper surface of guard shield 2010 is against on the lower surface of vertical haul ware 2013, now, hydraulic cylinder 2 2011 can drive on loose part pin 2012 and move, to be against on the lower surface of push rod to be processed, decompressor can be started and carry out punching press process; After punching press completes, primer fluid cylinder pressure 2 2011 drives on loose part pin 2012 and moves again, makes the push rod after processing and loosens between vertical haul ware 2013, thus easy-unloading.
Described decompressor comprises fixed mount 206, hydraulic cylinder 3 207 and briquetting 208, the lower end of described fixed mount 206 is fixed on the upper surface of base plate 1, described hydraulic cylinder 3 207 is vertically arranged on the upper end of fixed mount 206, described briquetting 208 is fixed on the lower end of hydraulic cylinder 3 207, described briquetting 208 coordinates with circulation feeding loader and realizes punching press, after pad device is ready, get final product primer fluid cylinder pressure 3 207, order about briquetting 208 to move down, and coordinate with hexagonal nib 2013c, the head realizing push rod is shaping.
In order to realize automatic discharging, the utility model devises discharging collector 3, described discharging collector 3 comprises bed material case 301, blanking guide plate 302, striking head 303, cylinder 304, described bed material case 301 is fixed on the upper surface of base plate 1, described blanking guide plate 302 is fixed on the side of bed material case 301 top away from circulation feeding loader, described cylinder 304 level is arranged on the middle part of blanking guide plate 302, described striking head 303 is arranged on the side near circulation feeding loader on cylinder 304, the upper end of described blanking guide plate 302 is provided with arc buffering guide plate 305.During work, cylinder 304 can drive striking head 303 to move fast, thus impact is at vertical haul ware 2013, vertical haul ware 2013 is returned around short rotating shaft 2013d turn around, in pivotal process, utilize centrifugal force to be thrown away by the push rod after machining, and utilize blanking guide plate 302, arc buffering guide plate 305 realizes leading to the blanking of push rod.Realize collecting until push rod drops in bed material case 301.
Described swinging heater 4 comprises bearing 401, lift cylinder 402, servomotor 403, finger plate 404, electromagnetic heating controller 405 and three electromagnetic induction coils 406, described bearing 401 is fixed on the upper center of base plate 1, described lift cylinder 402 is vertically arranged on the upper end of bearing 401, described servomotor 403 is fixed on the upper end of lift cylinder 402, described finger plate 404 level is arranged on servomotor 403, described electromagnetic heating controller 405 is arranged on the upper center of finger plate 404, three electromagnetic induction coils 406 are evenly distributed in the edge of finger plate 404, the angle of described three electromagnetic induction coils 406 is 120 °, described three electromagnetic induction coils 406 are all connected with electromagnetic heating controller 405.The utility model can realize heating three push rods to be processed simultaneously, simultaneously, due to the design of circulation feeding loader, shorten the cycle of heating, such three electromagnetic induction coils 406 itself then have a large amount of waste heats, when follow-up heating, only need the short time can reach the temperature of specifying, thus reduce energy consumption, improve the utilization rate of energy, after circulation feeding loader turns to assigned address, the horizontal slot to make way 205a place entering into correspondence that three electromagnetic induction coils 406 are also synchronous, now, the vertical haul ware 2013 accommodating push rod to be processed is all positioned at the below of electromagnetic induction coil 406, then lift cylinder 402 is started working, drive three synchronous moving down of electromagnetic induction coil 406, electromagnetic induction coil 406 is made all to be enclosed within outside push rod to be processed, start electromagnetic heating controller 405, utilize electromagnetic induction to complete the heating to three push rods to be processed, subsequently lift cylinder 402 promote three electromagnetic induction coils 406 synchronous on move, then servomotor 403 is started working, finger plate 404 is driven to turn round, make three electromagnetic induction coils 406 gradually away from the horizontal slot to make way 205a of correspondence, meanwhile, circulation feeding loader also can rotate, to carry out the processing of next process.
Described finger plate 404 in equilateral triangle structure, thus can reduce the cost of the manufacturing, weight reduction, ensures that servomotor 403 works normally.
Before work, push rod 5 to be processed is first vertically deposited in funnel casing 204h by operating personnel, can carry out drift processing by starting device subsequently.The course of work is as follows:
Master drove motor 202 and drives cycle stock frame 205 to rotate before this, after the shifting block 2013a of the vertical haul ware 2013 being in cycle stock frame 205 the top contacts with shifting block 204c, can along with the rotation of cycle stock frame 205, thus slippage latch 204a is slided, namely such material-dropping hole 204i exposes, after material-dropping hole 204i reveals completely, master drives motor 202 and brakes, being in first of material-dropping hole 204i place push rod 5 to be processed falls in storage hole 2013b in the impact of deadweight, subsequently, master drives motor 202 and again drives cycle stock frame 205 rotation 90 °, servomotor 403 also drives finger plate 404 to rotate, and what make three electromagnetic induction coil 406 correspondences moves in horizontal slot to make way 205a, afterwards, lift cylinder 402 is started working, drive three synchronous moving down of electromagnetic induction coil 406, electromagnetic induction coil 406 is made all to be enclosed within outside push rod to be processed, start electromagnetic heating controller 405, utilize electromagnetic induction to complete the heating to three push rods to be processed, meanwhile, the shifting block 2013a being in the vertical haul ware 2013 of cycle stock frame 205 the top stirs again shifting block 204c, and make the push rod 5 to be processed of second drop in the storage hole 2013b of this vertical haul ware 2013, namely the automatic charging next time processed is achieved, after completing, start lift cylinder 402 upwardly three electromagnetic induction coils 406, servomotor 403 is again utilized to drive finger plate 404 to rotate, thus make three electromagnetic induction coils 406 away from the horizontal slot to make way 205a of correspondence, meanwhile, master drives motor 202 and again drives cycle stock frame 205 to rotate 90 °, now being heated rear first push rod 5 to be processed is in directly over guard shield 2010, hydraulic cylinder 1 pushing protective cover 2010 moves, guard shield 2010 is against accommodate on the lower surface of the vertical haul ware 2013 of first push rod 5 to be processed, and hydraulic cylinder 2 2011 is loose part pin 2012 upwardly, loose part pin 2012 is made to be against on the lower surface of first push rod 5 to be processed, primer fluid cylinder pressure 3 207 subsequently, order about briquetting 208 to move down, utilize guard shield 2010 as support, thus with under the cooperation of hexagonal nib 2013c, complete drift processing, hydraulic cylinder three resets at once, hydraulic cylinder 2 2011 upwardly loose part pin 2012 again, make to occur between after machining first push rod 5 with corresponding vertical haul ware 2013 to loosen, with easy-unloading, hydraulic cylinder 1 afterwards, hydraulic cylinder 2 2011 resets at once, meanwhile, servomotor 403 also drives finger plate 404 to be rotated further, directly over the vertical haul ware 2,013 three electromagnetic induction coils 406 being rested on accommodate the push rod 5 to be processed of second, then lift cylinder 402 drives three electromagnetic induction coils 406 to move down and again carries out the heating to the push rod 5 to be processed of second, then lift cylinder 402 resets, and utilize servomotor 403 to drive finger plate 404 to rotate, make three electromagnetic induction coils 406 away from the horizontal slot to make way 205a of correspondence, and now, the vertical haul ware 2013 be in directly over cycle stock frame 205 encloses again the 3rd push rod to be processed 5, after this, master drives motor 202 and drives cycle stock frame 205 to rotate 90 °, after stop, cylinder 304 can drive striking head 303 to move fast, thus impact is at vertical haul ware 2013, vertical haul ware 2013 is returned around short rotating shaft 2013d and turns around, in pivotal process, utilize centrifugal force to be thrown away by first push rod after machining, and utilize blanking guide plate 302, arc buffering guide plate 305 realizes leading to the blanking of push rod, can carry out feeding next time, repeat above-mentioned action, can realize processing the drift of the mass of push rod.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; the just principle of the present utility model described in above-described embodiment and description; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (9)
1. the drift processing integrated machine of a mould push rod, comprise base plate (1), it is characterized in that: the upper center of described base plate (1) is provided with swinging heater (4), the upper surface of described base plate (1) with swinging heater (4) for the centre of gyration is provided with three vertical revolution punching head machines (2) uniformly, described three vertical revolution punching head machines (2) angle is each other 120 °, and the outside of each vertical revolution punching head machine (2) is equipped with discharging collector (3) on the direction away from swinging heater (4).
2. the drift processing integrated machine of a kind of mould push rod according to claim 1, it is characterized in that: described vertical revolution punching head machine (2) includes board (201), master drives motor (202), perpendicular hanging beam (203), infundibulate material storing box (204), circulation feeding loader, pad device and decompressor, described board (201) with swinging heater (4) for the centre of gyration is arranged on the upper surface of base plate (1) uniformly, described master drives the upper center that motor (202) is horizontally fixed on board (201), described perpendicular hanging beam (203) is vertically mounted on the upper surface of board (201), described infundibulate material storing box (204) is fixed on the upper end of perpendicular hanging beam (203), described circulation feeding loader is arranged on master and drives on motor, and described circulation feeding loader is positioned at immediately below infundibulate material storing box (204), described circulation feeding loader coordinates with the bottom of infundibulate material storing box (204) and realizes feeding, described pad device is positioned at immediately below circulation feeding loader, and described pad device is connected with base plate (1), described decompressor is positioned at the side away from board (201) on circulation feeding loader, described decompressor is fixed on base plate (1).
3. the drift processing integrated machine of a kind of mould push rod according to claim 2, it is characterized in that: described infundibulate material storing box (204) comprises funnel casing (204h) and gob interceptor, described funnel casing (204h) is connected with the upper end of perpendicular hanging beam (203), material-dropping hole (204i) is provided with in the middle part of the lower end of described funnel casing (204h), described gob interceptor is positioned at immediately below material-dropping hole (204i), and described gob interceptor is connected with funnel casing (204h).
4. the drift processing integrated machine of a kind of mould push rod according to claim 3, it is characterized in that: described gob interceptor comprises slippage latch (204a), stage clip (204d), guide shaft (204e), bracket (204g), limiting stand (204f), described limiting stand (204f) is fixed on the lower edge place of funnel casing (204h), described guide shaft (204e) is through limiting stand (204f), described slippage latch (204a) is fixed on the upper one end near material-dropping hole (204i) of guide shaft (204e), described limiting stand (204f) is fixed on the one end away from material-dropping hole (204i) on guide shaft (204e), described stage clip (204d) empty set is on guide shaft (204e), one end of described stage clip (204d) is connected with slippage latch (204a), the other end of described stage clip (204d) is connected with bracket (204g), described slippage latch (204a) is provided with wedge shape away from one end of stage clip (204d) and blocks head (204b), the upper one end near stage clip (204d) of described slippage latch (204a) is provided with the shifting block (204c) to downward-extension.
5. the drift processing integrated machine of a kind of mould push rod according to claim 2, it is characterized in that: described circulation feeding loader comprises cycle stock frame (205) and four vertical haul wares (2013), cycle stock frame (205) is dual-layer face plank frame, the center of described cycle stock frame (205) is driven motor (202) with master and is connected, described cycle stock frame (205) is upper is provided with reinforcement (205b) near the main panel driving motor (202), between described four vertical haul wares (2013) dual-layer face plank frame being arranged on cycle stock frame (205) symmetrically, circumferentially four the horizontal slots to make way (205a) being provided with vertical haul ware (2013) corresponding matching with four symmetrically of described cycle stock frame (205), the upper end of described vertical haul ware (2013) is equipped with shifting block (2013a), the centre of gyration place of described vertical haul ware (2013) is provided with storage hole (2013b), the top of described storage hole (2013b) is provided with hexagonal nib (2013c), the middle and upper part of described vertical haul ware (2013) is arranged with and the short rotating shaft (2013d) of the dual-layer face plank frame of cycle stock frame (205) by bearing fit.
6. the drift processing integrated machine of a kind of mould push rod according to claim 2, it is characterized in that: described pad device comprises hydraulic cylinder one (209), guard shield (2010), hydraulic cylinder two (2011) and loose part pin (2012), described hydraulic cylinder one (209) is vertically fixed on the upper surface of base plate (1), described guard shield (2010) is arranged on hydraulic cylinder one (209), it is inner that described hydraulic cylinder two (2011) is arranged on guard shield (2010), the lower end of described loose part pin (2012) is connected with hydraulic cylinder two (2011), the top of guard shield (2010) is run through at the middle part of described loose part pin (2012),
Described decompressor comprises fixed mount (206), hydraulic cylinder three (207) and briquetting (208), the lower end of described fixed mount (206) is fixed on the upper surface of base plate (1), described hydraulic cylinder three (207) is vertically arranged on the upper end of fixed mount (206), described briquetting (208) is fixed on the lower end of hydraulic cylinder three (207), and described briquetting (208) coordinates with circulation feeding loader and realizes punching press.
7. the drift processing integrated machine of a kind of mould push rod according to claim 1, it is characterized in that: described discharging collector (3) comprises bed material case (301), blanking guide plate (302), striking head (303), cylinder (304), described bed material case (301) is fixed on the upper surface of base plate (1), described blanking guide plate (302) is fixed on the side of bed material case (301) top away from circulation feeding loader, described cylinder (304) level is arranged on the middle part of blanking guide plate (302), described striking head (303) is arranged on the upper side near circulation feeding loader of cylinder (304), the upper end of described blanking guide plate (302) is provided with arc buffering guide plate (305).
8. the drift processing integrated machine of a kind of mould push rod according to claim 1, it is characterized in that: described swinging heater (4) comprises bearing (401), lift cylinder (402), servomotor (403), finger plate (404), electromagnetic heating controller (405) and three electromagnetic induction coils (406), described bearing (401) is fixed on the upper center of base plate (1), described lift cylinder (402) is vertically arranged on the upper end of bearing (401), described servomotor (403) is fixed on the upper end of lift cylinder (402), described finger plate (404) level is arranged on servomotor (403), described electromagnetic heating controller (405) is arranged on the upper center of finger plate (404), three electromagnetic induction coils (406) are evenly distributed in the edge of finger plate (404), the angle of described three electromagnetic induction coils (406) is 120 °, described three electromagnetic induction coils (406) are all connected with electromagnetic heating controller (405).
9. the drift processing integrated machine of a kind of mould push rod according to claim 8, is characterized in that: described finger plate (404) is in equilateral triangle structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520481777.4U CN204817635U (en) | 2015-07-02 | 2015-07-02 | Drift processing all -in -one of push rod for mould |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520481777.4U CN204817635U (en) | 2015-07-02 | 2015-07-02 | Drift processing all -in -one of push rod for mould |
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| CN204817635U true CN204817635U (en) | 2015-12-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104998942A (en) * | 2015-07-02 | 2015-10-28 | 安徽省振华科技工业有限公司 | Punch head processing all-in-one machine of push rod for mould |
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2015
- 2015-07-02 CN CN201520481777.4U patent/CN204817635U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104998942A (en) * | 2015-07-02 | 2015-10-28 | 安徽省振华科技工业有限公司 | Punch head processing all-in-one machine of push rod for mould |
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Granted publication date: 20151202 Termination date: 20160702 |