CN204183358U - Fully automatic electric sub-element center pillar Multiple Shape cutting processing machine - Google Patents
Fully automatic electric sub-element center pillar Multiple Shape cutting processing machine Download PDFInfo
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- CN204183358U CN204183358U CN201420622401.6U CN201420622401U CN204183358U CN 204183358 U CN204183358 U CN 204183358U CN 201420622401 U CN201420622401 U CN 201420622401U CN 204183358 U CN204183358 U CN 204183358U
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Abstract
The utility model provides fully automatic electric sub-element center pillar Multiple Shape cutting processing machine, comprise frame and be arranged on the feeding machanism in frame, feed mechanism and material cutting mechanism, frame comprises base plate, feeding machanism comprises blanking guide rail, be installed in above base plate, feed mechanism comprises actuator, Mobile Slide, clamp assemblies and rotation structure, actuator is arranged on base plate, drive Mobile Slide back and forth movement on base plate, clamp assemblies is arranged on Mobile Slide, rotation structure comprises fixed head, pusher fork, reset assembly and charging ram, fixed head is installed on base plate, pusher fork can be arranged on fixed head around central rotation, pusher fork one end fits Mobile Slide, the pusher fork other end coordinates charging ram, reset assembly to be arranged on fixed head and to coordinate charging ram, charging ram offers feeding mouth and connect material to hold, material cutting mechanism comprises the emery wheel be installed in above base plate, in order to by material grooving.This processing machine structure is simple, and automaticity is high.
Description
Technical field
The utility model relates to electronic devices and components processing technique field, particularly relates to a kind of fully automatic electric sub-element center pillar Multiple Shape cutting processing machine.
Background technology
In the circuit board member of day electronic device, circuit board all can be provided with inductance element substantially, inductance element is formed by magnetic core coiling.Magnetic core is adding man-hour requirement fraising for coiling, current magnetic core groove cutting equipment complex structure, and it is more that device interior arranges cam structure, and the shape of magnetic core center pillar grooving is single; And automaticity is not high, cause the limitation of production large; In addition, magnetic core is in feeding processing, the distance of feeding is fixed and can not regulate, only can cut center pillar is circular cannelure, and the type groove that can not cut out needed for magnetic core coiling demand, after grooving, the cross-sectional shape of the groove stem stem of required formation is triangle, circle, ellipse, square, rectangle, track type etc.
Utility model content
In view of the above, the utility model is necessary to provide that a kind of structure is simple, automaticity is high and can process the fully automatic electric sub-element center pillar Multiple Shape cutting processing machine of the type groove of required form according to magnetic core coiling demand.
A kind of fully automatic electric sub-element center pillar Multiple Shape cutting processing machine, comprise frame and be arranged on the feeding machanism in frame, feed mechanism and material cutting mechanism, frame comprises base plate, feeding machanism comprises blanking guide rail, be installed in above base plate, feed mechanism comprises actuator, Mobile Slide, clamp assemblies and rotation structure, actuator is arranged on base plate, drive Mobile Slide back and forth movement on base plate, clamp assemblies is arranged on Mobile Slide, in order to clamp and to drive material to rotate, rotation structure comprises fixed head, pusher fork, reset assembly and charging ram, fixed head is installed on base plate, pusher fork can be arranged on fixed head around central rotation, pusher fork one end fits Mobile Slide, Mobile Slide is returned compress pusher fork one end in movement and drive pusher fork around pivot, the pusher fork other end coordinates charging ram, make to return the pusher fork other end in movement at Mobile Slide and push charging ram forward slip, reset assembly to be arranged on fixed head and to coordinate charging ram, in order to the position before the charging ram pusher that resets, charging ram coordinates the discharging opening of blanking guide rail to hold the material connecing the conveying of blanking guide rail, material cutting mechanism comprises emery wheel, emery wheel is installed in above base plate, in order to the material grooving that clamp assemblies is clamped.
Further, described clamp assemblies comprises relatively being arranged on Mobile Slide holds unit and rotary unit, and hold unit and have thimble axle, rotary unit has clamp shaft.
Further, described actuator adopts servomotor, and the output shaft of servomotor is connected with a ball screw, and ball screw coordinates with the nut be fixed in bottom Mobile Slide, and the output shaft of servomotor positive and negative rotating drive Mobile Slide straight line is retreated.
Further, both sides, described Mobile Slide bottom surface are padded respectively and are provided with line slideway.
Further, described charging ram offers plup inlet, and it holds the material connecing the discharging opening of blanking guide rail, and plup inlet both sides are clearance groove.
Further, described charging ram comprises charging ram baffle plate and charging ram body, and charging ram baffle plate is fixedly connected with charging ram body, and plup inlet is opened on charging ram baffle plate, and charging ram baffle plate offers suction hole, and suction hole is communicated with plup inlet.
Further, described reset assembly comprises pusher slide block structure and reset pulling-down spring, pusher slide block structure comprises sliding bottom, guide rod and slide block, sliding bottom is fixed on fixed head, sliding bottom offers chute, it is interior and parallel with the moving direction of Mobile Slide that guide rod is arranged on chute, slide block is set on guide rod slidably, reset pulling-down spring one end is connected to one end of sliding bottom, the other end is connected on slide block, the slide block pulling-down spring that is reset is made to draw the one end being against chute, the upper end that slide block compresses pusher fork stops the counterclockwise rotation of pusher fork, charging ram is fixed on slide block.
Further, described fixed head is fixed fine tuning structure by a charging ram and is positioned on base plate, so that adjustment fixing plate is in the position of base plate side.
Further, described material cutting mechanism comprises driven unit and emery wheel, driven unit rotates in order to drive emery wheel, driven unit comprises drive motors, belt and high speed shaft, drive motors is arranged on below base plate, and belt two ends are socketed in one end of drive motors main shaft and high speed shaft, and emery wheel is arranged on the other end of high speed shaft, high speed shaft is supported by the high speed shaft axle bed be arranged on base plate, is provided with the adjustment structure for regulating horizontal high speed shaft axle bed position below high speed shaft axle bed.
Further, described cutting processing machine also comprises discharging mechanism, and discharging mechanism comprises discharge runner plate and receiver, and discharge runner plate and receiver are installed on base plate respectively, the below of emery wheel is stretched in one end of discharge runner plate, and the other end stretches out and extends in rewinding dish.
Compared to prior art, the feed mechanism of the utility model fully automatic electric sub-element center pillar Multiple Shape cutting processing machine is coordinated with Mobile Slide by actuator, Mobile Slide is reciprocated under actuator effect, and in the process reciprocated at Mobile Slide, Mobile Slide can hit one end of the pusher fork to rotation structure, the pusher fork other end promotes charging ram reach, after charging ram is advanced to predeterminated position, clamp assemblies on Mobile Slide is to the element clamps on charging ram, now, Mobile Slide changed course reach, clamp assemblies is driven to move forward together, grooving is coordinated with emery wheel to predeterminated position, charging ram returns back to original position under the effect of reset assembly, in order to Mobile Slide return mobile again to hit with pusher fork to, circulation like this.The utility model structure is simple, namely realize the whole control sending part feeding by an actuator, the feed distance of Mobile Slide can be controlled by controlling actuator, thus the regulable control that can realize grooving groove depth, simultaneously, clamp assemblies clamps and drives material to rotate, and so can process the type groove of required form according to magnetic core coiling demand.
Accompanying drawing explanation
Fig. 1 is the stereogram at the utility model preferred embodiment fully automatic electric sub-element center pillar Multiple Shape cutting processing machine first visual angle;
Fig. 2 is the stereogram at processing machine second visual angle shown in Fig. 1;
Fig. 3 is the stereogram at the processing machine shown in Fig. 1 the 3rd visual angle;
Fig. 4 is the stereogram at the processing machine shown in Fig. 1 the 4th visual angle;
The feeding machanism that Fig. 5 is the processing machine shown in Fig. 1 and the assembling schematic diagram of feed mechanism;
The stereogram of the rotation structure that Fig. 6 is the feed mechanism of the processing machine shown in Fig. 1;
Fig. 7 is the partial schematic diagram of the feed mechanism of the processing machine shown in Fig. 1;
The structure chart of the rack-mounted material cutting mechanism that Fig. 8 is the processing machine shown in Fig. 1;
Fig. 9 is the structure chart of the cutting agency of the processing machine shown in Fig. 1;
Figure 10 is the partial enlarged drawing of the processing machine shown in Fig. 5;
The profile of groove of what Figure 11 was the processing machine shown in Fig. 1 the cut various magnetic cores of rear acquisition.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually, below with reference to the accompanying drawings and describe the utility model in detail in conjunction with the embodiments.
Refer to Fig. 1, Fig. 2, a kind of fully automatic electric sub-element center pillar Multiple Shape cutting processing machine, in order to processing and fabricating electronic devices and components core body, as FERRITE CORE, alloy magnetic powder core, can cut the grooving of required form by post in the core as required.Fully automatic electric sub-element center pillar Multiple Shape cutting processing machine comprises frame 10 and is arranged on feeding machanism 20, feed mechanism 30, material cutting mechanism 40 and the discharging mechanism 50 in frame 10.
Frame 10 comprises base plate 11, base plate 11 is arranged feeding machanism 20, feed mechanism 30, material cutting mechanism 40 and discharging mechanism 50.In the present embodiment, frame 10 rectangular chamber shelf structure, has the base plate 11 that each mechanism is installed in carrying and the cabinet 12 be formed in below base plate 11, can install electric cabinet (not shown) in cabinet 12.
Feeding machanism 20 involving vibrations dish 21, the blanking guide rail 22 be connected with vibrating disk 21 and in order to support vibrating disk 21 and adjustable for height lifting platform 23.Vibrating disk 21 is in order to arrange charging by material to be processed.During charging, some materials are contained in vibrating disk 21, are vibrated by vibrating disk 21, and blanking guide rail 22 is delivered in arrangement of material can being sorted successively.Blanking guide rail 22 can adopt copper guide rail, comprise two sections, one section is recess channels structure, material exposes visual in flowing, and another section is pipeline configuration, and material is guided can be prevented from by pipeline in flowing, when blanking guide rail 22 guide, material is from groove section flow ipe section, and the discharging opening of duct section end coordinates with feed mechanism 30, so that material is delivered to feed mechanism 30.Lifting platform 23, in order to regulate the height of vibrating disk 21, by regulating lifting platform 23, realizing regulating the height of vibrating disk 21, have adjusted the height with blanking guide rail 22 accordingly.In conjunction with consulting Fig. 3, Fig. 4, lifting platform adopts rocking handle to coordinate crossbar structure, by rotation crank, drives the adjustment of crossbar intersection angle, thus adjustment bearing height.
Refer to Fig. 5, Fig. 6 and Fig. 7, feed mechanism 30 comprises actuator 31, Mobile Slide 32, clamp assemblies 33 and rotation structure 34.Actuator 31 is arranged on base plate 11, in order to drive Mobile Slide 32 back and forth movement on base plate 11.Actuator can be cylinder or motor, in the present embodiment, actuator 31 is preferably chosen as servomotor, and the output shaft of servomotor connects a ball screw 35 by a shaft coupling, the underrun nut of Mobile Slide 32 coordinates with ball screw 35, by output shaft forward or reverse, drive ball screw 35 forward or reverse, thus drive Mobile Slide 32 straight line back and forth movement.In shown in Fig. 7, ball screw 35 two ends are provided with back-up block 36 and support.Further, both sides, Mobile Slide 32 bottom surface are padded respectively and are provided with line slideway 37, slide in order to guide Mobile Slide 32.In this enforcement, line slideway 37 is in wedge block, and namely line slideway surface has certain gradient, and make Mobile Slide 32 be raised to default height gradually in reach, accordingly, the output shaft of servomotor and this gradient be arranged in parallel.In addition, the two ends of line slideway 37 are provided with position limiting structure 38, and position limiting structure 38 can adopt baffle plate or sensing element, limit Mobile Slide 32, thus limit the round trip of Mobile Slide 32 by stopping or sensing.Again further, the side of the contiguous actuator 31 of Mobile Slide 32 is provided with and pushes away handle 39, pushing away handle 39 and be extended with default length to the below of Mobile Slide 32, pushing away handle 39 for coordinating rotation structure 34.
Clamp assemblies 33 is fixedly mounted on Mobile Slide 32, and clamp assemblies 33 for clamping material to be processed, and drives material to rotate, and makes material process grooving by material cutting mechanism 40.Clamp assemblies 33 comprises relatively being arranged on Mobile Slide 32 holds unit 331 and rotary unit 332.Hold unit 331 comprise body 3311 and from body 3311 stretch out and the telescopic thimble axle 3312 of opposing body 3311.In the present embodiment, hold unit 331 and be chosen as cylinder.Rotary unit 332 comprises main body 3321 and the clamp shaft 3322 by main body 3321 driven rotary.In the present embodiment, rotary unit 332 is chosen as servomotor, and clamp shaft 3322 is connected with the output shaft of main body 3321 by a shaft coupling 3323.Clamp assemblies 33, when clamping material, is stretched out by the thimble axle 3312 holding unit 331 and is supported between thimble axle 3312 and clamp shaft 3322 by material, and rotarily drives material rotation by clamp shaft 3322.
In Fig. 6, rotation structure 34 comprises fixed head 341, pusher fork 342, reset assembly 343 and charging ram 344.Fixed head 341 is installed on base plate 11, and fixed head 341 for installing pusher fork 342, reset assembly 343 and charging ram 344, and is fixed further to the blanking guide rail 22 of feeding machanism 20.Fixed head 341 is fixed fine tuning structure 345 further by a charging ram and is positioned on base plate 11, so, can as required adjustment fixing plate 341 in the position of base plate 11 side.Particularly, charging ram is fixed fine tuning structure 345 and is comprised U-shaped fixed frame 3451 and adjustment screw 3452, U-shaped fixed frame 3451 is fixed on base plate 11, and the bottom of fixed head 341 is that block shape is engaged in U-shaped fixed frame 3451, and can slide along U-shaped fixed frame 3451 liang of side frame walls.The bottom block of fixed head 341 offers and holds hole.Adjustment screw 3452 is screwed onto one end of U-shaped fixed frame 3451, and precession or revolve can move back in relatively U-shaped fixed frame 3451.When the installation site of adjustment fixing plate 341, by revolve determine adjustment screw 3452 position to support spacing to the bottom block of fixed head 341, thus limit the position of fixed head 341 in U-shaped fixed frame 3451, the i.e. position of fixed head 341 opposed bottom 11 side, then hold Kong Zhiyu base plate 11 surface described in screw fit push against by holding, then fixed head 341 is fixedly held on base plate 11.Fixed head 341 has wooden partition 3411, and wooden partition 3411 be arranged in parallel with the moving direction of Mobile Slide 32.
Pusher fork 342 is arranged on the wooden partition 3411 of fixed head 341, can around its pivot.Particularly, pusher fork 342 is set in by its centre bore on the central shaft 346 that is fixed on wooden partition 3411 and installs, and pusher fork 342 maintains the trend of counterclockwise rotation, shows default angle on front side of the lower end opposing fixed plate 341 of pusher fork 342.The lower end of pusher fork 342 is in order to coordinate Mobile Slide 32, and when Mobile Slide 32 returns mobile, the handle 39 that pushes away on Mobile Slide 32 will compress the lower end of pusher fork 342, thus impels pusher fork 342 counter-clockwise swing further.The upper end of pusher fork 342 is in order to coordinate charging ram 344, and pusher fork 342 is when Mobile Slide 32 acts on lower swing, and the upper end of pusher fork 342 will push charging ram 344, makes charging ram 344 forward slip.Charging ram 344 is slidably mounted on the wooden partition 3411 of fixed head 341, and its glide direction is identical with the moving direction of Mobile Slide 32.
Reset assembly 343, in order to maintain charging ram 344 being pushed the position before moving by pusher fork 342, returns back to original position by charging ram 344.Reset assembly 343 comprises pusher slide block structure 3431 and back-moving spring 3432, pusher slide block structure 3431 comprises sliding bottom 61, guide rod 62 and slide block 63, sliding bottom 61 is fixed on wooden partition 3411, sliding bottom 61 offers chute 611, guide rod 62 is arranged in chute 611 and guide rod 62 is parallel with the moving direction of Mobile Slide 32, and slide block 63 is set on guide rod 62 slidably.Back-moving spring 3432 is spiral pulling-down spring, back-moving spring 3432 one end is connected to one end of sliding bottom 61, the other end is connected on slide block 62, slide block 63 spring 3432 that is reset is made to draw the one end being against chute 611, maintain the state supporting chute 611 one end end wall, and slide block 63 compresses the upper end of pusher fork 342, stop the counterclockwise rotation of pusher fork 342.Charging ram 344 is fixed on slide block 63, so realizes the pulling force homing by back-moving spring 3432.That is, when pusher fork 342 be moved slide unit 32 extrude time, the upper end of pusher fork 342 compresses slide block 63 forward slip, and charging ram 344 is together with slide block 63 forward slip, and back-moving spring 3432 is stretched, reset pulling force increase.Mobile Slide 32 returns and moves to maximum position, then pusher fork 342 rotation is to maximum, charging ram 344 slides into foremost together with slide block 63, after Mobile Slide 32 moves forward, back-moving spring 3432 pulls slide block 63 return, charging ram 344 returns back to original position together with slide block 63, and slide block 63 compresses the upper end of pusher fork 342 simultaneously, and pusher fork 342 rotates clockwise and returns back to original position.So, under the effect of reset assembly 343, charging ram 344 can return back to and be pushed the position before moving by pusher fork 342 after reach, can realize reciprocating of charging ram 344.
Further, charging ram 344 is be fixedly connected to form before and after two plate bodys, comprises charging ram baffle plate 3441 and charging ram body 3442.Charging ram baffle plate 3441 offers feeding mouth, to hold the material connecing and send into from blanking guide rail 22.Feeding mouth both sides are clearance groove, are convenient to clamp assemblies 33 and stretch into insert material both sides and can take off material from charging ram 344.In addition, charging ram baffle plate 3441 is provided with suction hole 3443, and suction hole 3443 is communicated with feeding mouth, connects external air suction pipe air-breathing by suction hole 3443, more stably can locate the material entered in feeding mouth.Charging ram body 3442 can directly be fixed on slide block 63.In the present embodiment, for the ease of the adjustment of charging ram 344 feeding mouth predeterminated position, charging ram body 3442 is fixed on slide block 63 by a contraposition adjustment structure 70.Contraposition adjustment structure 70 comprises charging ram adjustment fixture 71 and charging ram adjustment knob 72, charging ram adjustment fixture 71 can be connected on slide block 63 integratedly, slide block 63 offers the mounting groove moving in parallel slide unit 32 moving direction, in order to install charging ram body 3442, and charging ram body 3442 can slide in mounting groove.Charging ram adjustment knob 72 can be screwed onto to turn one end of charging ram adjustment fixture 71 mounting groove, and stretches in mounting groove.So, support charging ram body 3442 by the elongated distance of charging ram adjustment knob 72 in mounting groove, and limit the position of charging ram body 3442 in mounting groove.Charging ram body 3442 offers and holds hole, hold hole by holding bayonet fittings charging ram body 3442 is fixed in mounting groove, so, realize charging ram 344 feeding mouth and regulate in the restriction of the distance moving in parallel slide unit 32 moving direction.Be appreciated that charging ram 344 also can be the body of rod be fixed on slide block 63.
Fixed head 341 wooden partition 3411 is also provided with fixing strut 345, and fixing strut 345 supports the blanking guide rail 22 of feeding machanism 20, firm further to blanking guide rail 22.The discharging opening of blanking guide rail 22 is aimed at charging ram 344 feeding mouth when not moving forward, to be delivered in the feeding mouth of charging ram 344 by material.Further, when charging ram 344 slides, the discharging opening of blanking guide rail 22 suffers the surface to charging ram 344, and after charging ram 344 resets, the next material of the discharging opening of blanking guide rail 22 falls into feeding mouth.
Refer to Fig. 8, material cutting mechanism 40 is arranged on base plate 11, for cutting material.Material cutting mechanism 40 comprises driven unit and emery wheel 41, and driven unit rotates in order to drive emery wheel 41.In the present embodiment, driven unit adopts motor belt wheel construction, comprise drive motors, belt 421 and high speed shaft 422, drive motors is arranged on below base plate 11, belt 421 two ends are socketed in one end of drive motors main shaft and high speed shaft 422, emery wheel 41 is arranged on the other end of high speed shaft 422, thus rotated by drive motors main shaft, by belt 421 transmission, high speed shaft 422 is driven to rotate, thus drive emery wheel 41 to rotate, realize cutting material, the emery wheel 41 cut can select skive or alloy sawtooth emery wheel, the width of emery wheel can be corresponding with groove width to be processed.Be appreciated that high speed shaft 422 is supported by the high speed shaft axle bed 423 be arranged on base plate 11.Further, be provided with below high speed shaft axle bed 423 to regulate the adjustment structure of high speed shaft axle bed 423 lateral attitude and the dial gauge 424 of display traverse feed distance.Traverse feed adjustment structure can adopt screw mandrel slide block structure, and both sides are extended with handwheel, is slided by the high speed shaft axle bed 423 that regulates rotating both sides handwheel, thus regulates the position of emery wheel 41.Usually, the amount that traverse feed regulates is less, generally within 2mm.Before cutting, regulate the lateral attitude of emery wheel 41 by adjustment structure.During blank, moved forward by Mobile Slide 32 and drive clamp assemblies 33 to move forward, thus the material of clamping is transferred to predeterminated position coordinates grooving with emery wheel 41, when grooving, clamp assemblies 33 drives material to rotate simultaneously.
Refer to Fig. 9, discharging mechanism 50 is arranged on base plate 11, and connect and the material collected after cutting for holding, discharging mechanism 50 comprises discharge runner plate 51 and receiver 52, discharging slide plate 51 is connected on base plate 11 by a Ping Song mechanism, and receiver 52 is installed on base plate 11 by cushion block.Discharge runner 51 is formed with guide groove space, the below of emery wheel 41 is stretched in one end of discharging slide plate 51, and the other end stretches out and extends in receiver 52, and arranges in certain gradient, is convenient to material and tumbles in receiver 52 from coordinating one end of emery wheel 41.In addition, one end wider width of discharge runner 51 below emery wheel 41, is convenient to appearance and connects material.So, material is after chip processing, and clamp assemblies 33 discharges material, and material will fall into the guide groove space of discharging slide plate 51, tumble in receiver 52 along discharging slide plate 51.
Again consult arbitrary accompanying drawing in Fig. 1 to Fig. 4, fully automatic electric sub-element center pillar Multiple Shape cutting processing machine also comprises electric-control system, by conjunction with program, controls the action of each parts.Electric-control system comprises electric cabinet and operation screen 81, in the cavity 12 below the base plate 11 that electric cabinet is arranged on frame 10.Operation screen 81 controls spool by one and is arranged on above base plate 11, operation screen 81 has display window and button, to manipulate cutting processing machine.
In conjunction with consulting Figure 10, the process of the utility model fully automatic electric sub-element center pillar Multiple Shape cutting processing machine processing materials is as follows:
The vibrating disk 21 of feeding machanism 20 vibrates sends into blanking guide rail 22 successively by material (embryo as raw in magnetic core), material falls into the feeding mouth to charging ram 344 from the discharging opening of blanking guide rail 22, it is mobile that actuator 31 drives Mobile Slide 32 to return (namely away from the direction of emery wheel 41), the lower end of pusher fork 342 will be compressed after Mobile Slide 32 moves to predeterminable range, impel pusher fork 342 counter-clockwise swing, the upper end of pusher fork 342 will compress slide block 63 and move forward, charging ram 344 moves forward together with slide block 63, the material of the feeding mouth of charging ram 344 together moves forward, the back-moving spring 3432 of reset assembly 343 is stretched simultaneously, Mobile Slide 32 drives the clamp assemblies 33 be arranged on Mobile Slide 32 to return movement, and charging ram 344 drives material to move forward, namely both move in opposite directions, more and more nearer, after Mobile Slide 32 moves to predeterminable range, the feeding mouth of charging ram 344 front end is displaced between clamp assemblies 33, then Mobile Slide 32 stops moving down, charging ram 344 stops moving forward accordingly simultaneously, now, the thimble axle 3312 holding unit 331 of clamp assemblies 33 stretches out and is supported between thimble axle 3312 and clamp shaft 3322 by material.Then, actuator 31 drives Mobile Slide 32 to move forward, then Mobile Slide 32 removes compressing counterclockwise pusher fork 342, slide block 63 is homing under the effect of reset pulling-down spring 3432, and charging ram 344, together with slide block 63 homing, compresses the upper end of pusher fork 342 simultaneously, pusher fork 342 swings back to original position, after charging ram 344 homing, its feeding mouth is aimed at the discharging opening of blanking guide rail 22, holds and connects next material.Move forward at Mobile Slide 32, during charging ram 344 return, material clamp is held on clamp assemblies 33, thus material is deviate from from the feeding mouth of charging ram 344, moves forward together with clamp assemblies 33.Mobile Slide 32 moves forward after predeterminable range, material is displaced to emery wheel 41 place of material cutting mechanism 40, emery wheel 41 rotates material grooving, along with Mobile Slide 32 forward, the grooving of emery wheel 41 pairs of materials is deepened gradually, the rotary unit 332 of clamp assemblies 33 drives material to rotate simultaneously, makes the whole periphery of material to cut out cannelure.Refer to Figure 11, by controlling the rotating speed that Mobile Slide 32 feeding distance forward, speed and rotary unit 332 drive material to rotate, the type groove of required form can be processed, as circle, ellipse, racetrack, square, rectangle, triangle etc. to materiel machining demand.After grooving, Mobile Slide 32 returns movement under the effect of actuator 31, simultaneously, clamp assemblies 33 relaxes, namely the thimble axle 3312 holding unit 331 is retracted, material then after processing will fall in the discharging slide plate 51 of discharging mechanism 50, and the material after processing rolls in receiver 52 with discharging slide plate 51, and operating personnel can collect from receiver 52 material processed.Mobile Slide 32 is returning in movement, and will compress the lower end of pusher fork 342 after returning mobile predeterminable range, so, the processing action of another material starts, and so realizes automation circulation Continuous maching.
To sum up, in the utility model fully automatic electric sub-element center pillar Multiple Shape cutting processing machine, feed mechanism is coordinated with Mobile Slide by actuator, Mobile Slide is reciprocated under actuator effect, and in the process reciprocated at Mobile Slide, Mobile Slide can hit one end of the pusher fork to rotation structure, the pusher fork other end promotes charging ram reach, after charging ram is advanced to predeterminated position, clamp assemblies on Mobile Slide is to the element clamps on charging ram, then, Mobile Slide changed course reach, clamp assemblies is driven to move forward together, grooving is coordinated with emery wheel to predeterminated position, charging ram returns back to original position under the effect of reset assembly, in order to Mobile Slide return mobile again to hit with pusher fork to, circulation like this.The utility model structure is simple, automaticity is high, can greatly enhance productivity, namely realize the whole control sending part feeding by an actuator, can control the feed distance of Mobile Slide by controlling actuator, meanwhile, clamp assemblies clamps and drives material to rotate, thus the regulable control that can realize grooving groove depth, the type groove of required form so can be processed according to magnetic core coiling demand.The utility model cutting processing machine can process electronic element magnetic core center pillar various shape, as circle, ellipse, racetrack, square, rectangle, triangle etc.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model description to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a fully automatic electric sub-element center pillar Multiple Shape cutting processing machine, comprise frame (10) and be arranged on the feeding machanism (20) in frame (10), feed mechanism (30) and material cutting mechanism (40), frame (10) comprises base plate (11), feeding machanism (20) comprises blanking guide rail (22), be installed in base plate (11) top, it is characterized in that: feed mechanism (30) comprises actuator (31), Mobile Slide (32), clamp assemblies (33) and rotation structure (34), actuator (31) is arranged on base plate (11), drive Mobile Slide (32) at the upper back and forth movement of base plate (11), clamp assemblies (33) is arranged on Mobile Slide (32), in order to clamp and to drive material to rotate, rotation structure (34) comprises fixed head (341), pusher fork (342), reset assembly (343) and charging ram (344), fixed head (341) is installed on base plate (11), pusher fork (342) can be arranged on fixed head (341) around central rotation, pusher fork (342) one end fits Mobile Slide (32), Mobile Slide (32) is returned compress pusher fork (342) one end in movement and drive pusher fork (342) around pivot, pusher fork (342) other end coordinates charging ram (344), make to return pusher fork (342) other end in movement at Mobile Slide (32) and push charging ram (344) forward slip, reset assembly (343) is arranged on fixed head (341) and goes up and coordinate charging ram (344), in order to the position before the charging ram that resets (344) pusher, charging ram (344) coordinates the discharging opening of blanking guide rail (22) to hold the material connecing blanking guide rail (22) and carry, material cutting mechanism (40) comprises emery wheel (41), emery wheel (41) is installed in base plate (11) top, in order to the material grooving that clamp assemblies (33) is clamped.
2. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, it is characterized in that: described clamp assemblies (33) comprises relatively being arranged on Mobile Slide (32) holds unit (331) and rotary unit (332), hold unit (331) and have thimble axle (3312), rotary unit (332) has clamp shaft (3322).
3. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, it is characterized in that: described actuator (31) adopts servomotor, the output shaft of servomotor is connected with a ball screw (35), ball screw (35) coordinates with the nut being fixed in Mobile Slide (32) bottom, and the output shaft of servomotor positive and negative rotating drive Mobile Slide (32) straight line is retreated.
4. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, is characterized in that: described Mobile Slide (32) both sides, bottom surface are padded respectively and are provided with line slideway (37).
5. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, it is characterized in that: described charging ram (344) offers plup inlet, it holds the material connecing the discharging opening of blanking guide rail (22), and plup inlet both sides are clearance groove.
6. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 5, it is characterized in that: described charging ram (344) comprises charging ram baffle plate (3441) and charging ram body (3442), charging ram baffle plate (3441) is fixedly connected with charging ram body (3442), plup inlet is opened on charging ram baffle plate (3441), charging ram baffle plate (3441) offers suction hole (3443), suction hole (3443) is communicated with plup inlet.
7. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, it is characterized in that: described reset assembly (343) comprises pusher slide block structure (3431) and reset pulling-down spring (3432), pusher slide block structure (3431) comprises sliding bottom (61), guide rod (62) and slide block (63), sliding bottom (61) is fixed on fixed head (341), sliding bottom (61) offers chute (611), it is interior and parallel with the moving direction of Mobile Slide (32) that guide rod (62) is arranged on chute (611), slide block (63) is set on guide rod (62) slidably, reset pulling-down spring (3432) one end is connected to one end of sliding bottom (61), the other end is connected on slide block (63), slide block (63) the pulling-down spring (3432) that is reset is made to draw the one end being against chute (611), the upper end that slide block (63) compresses pusher fork (342) stops pusher fork (342) rotation counterclockwise, charging ram (344) is fixed on slide block (63).
8. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, it is characterized in that: described fixed head (341) is fixed fine tuning structure (345) by a charging ram and is positioned on base plate (11), so that adjustment fixing plate (341) is in the position of base plate (11) side.
9. fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to claim 1, it is characterized in that: described material cutting mechanism (40) comprises driven unit and emery wheel (41), driven unit rotates in order to drive emery wheel (41), driven unit comprises drive motors, belt (421) and high speed shaft (422), drive motors is arranged on base plate (11) below, belt (421) two ends are socketed in one end of drive motors main shaft and high speed shaft (422), emery wheel (41) is arranged on the other end of high speed shaft (422), high speed shaft (422) is supported by the high speed shaft axle bed (423) be arranged on base plate (11), high speed shaft axle bed (423) below is provided with the adjustment structure for regulating horizontal high speed shaft axle bed (423) position.
10. the fully automatic electric sub-element center pillar Multiple Shape cutting processing machine according to any one of claim 1 to 9, it is characterized in that: also comprise discharging mechanism (50), discharging mechanism (50) comprises discharge runner plate (51) and receiver (52), discharge runner plate (51) and receiver (52) are installed on base plate (11) respectively, the below of emery wheel (41) is stretched in one end of discharge runner plate (51), and the other end stretches out and extends in rewinding dish (52).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420622401.6U CN204183358U (en) | 2014-10-24 | 2014-10-24 | Fully automatic electric sub-element center pillar Multiple Shape cutting processing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420622401.6U CN204183358U (en) | 2014-10-24 | 2014-10-24 | Fully automatic electric sub-element center pillar Multiple Shape cutting processing machine |
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| CN204183358U true CN204183358U (en) | 2015-03-04 |
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| CN201420622401.6U Expired - Fee Related CN204183358U (en) | 2014-10-24 | 2014-10-24 | Fully automatic electric sub-element center pillar Multiple Shape cutting processing machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104440492A (en) * | 2014-10-24 | 2015-03-25 | 广州市铭芯自动化控制设备有限公司 | Full-automatic multi-shape cutting working machine for electronic component center pillars and working method thereof |
| CN104741995A (en) * | 2015-03-19 | 2015-07-01 | 广州市铭芯自动化控制设备有限公司 | High-speed full-automatic multi-shape cutting processing machine for center cylinder of electronic element |
| CN108655829A (en) * | 2017-10-26 | 2018-10-16 | 中山市誉胜机械设备有限公司 | Automatic numerical control machining equipment applied to guide wheel production |
| CN110085102A (en) * | 2019-05-17 | 2019-08-02 | 安徽理工大学 | A kind of higher mathematics functional limit demonstration teaching aid |
| CN110155656A (en) * | 2018-01-25 | 2019-08-23 | 广州市铭芯自动化控制设备有限公司 | A kind of feed device applied to magnetic core cutting processing machine |
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2014
- 2014-10-24 CN CN201420622401.6U patent/CN204183358U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104440492A (en) * | 2014-10-24 | 2015-03-25 | 广州市铭芯自动化控制设备有限公司 | Full-automatic multi-shape cutting working machine for electronic component center pillars and working method thereof |
| CN104440492B (en) * | 2014-10-24 | 2019-03-22 | 广州市铭芯自动化控制设备有限公司 | Fully automatic electric subcomponent center pillar Multiple Shape cutting processing machine and its processing method |
| CN104741995A (en) * | 2015-03-19 | 2015-07-01 | 广州市铭芯自动化控制设备有限公司 | High-speed full-automatic multi-shape cutting processing machine for center cylinder of electronic element |
| CN108655829A (en) * | 2017-10-26 | 2018-10-16 | 中山市誉胜机械设备有限公司 | Automatic numerical control machining equipment applied to guide wheel production |
| CN110155656A (en) * | 2018-01-25 | 2019-08-23 | 广州市铭芯自动化控制设备有限公司 | A kind of feed device applied to magnetic core cutting processing machine |
| CN110085102A (en) * | 2019-05-17 | 2019-08-02 | 安徽理工大学 | A kind of higher mathematics functional limit demonstration teaching aid |
| CN110085102B (en) * | 2019-05-17 | 2021-01-22 | 安徽理工大学 | High-class mathematical function limit demonstration teaching aid |
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