CN205438145U - Bent axle hole honing fraising composite set - Google Patents
Bent axle hole honing fraising composite set Download PDFInfo
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- CN205438145U CN205438145U CN201620183909.XU CN201620183909U CN205438145U CN 205438145 U CN205438145 U CN 205438145U CN 201620183909 U CN201620183909 U CN 201620183909U CN 205438145 U CN205438145 U CN 205438145U
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- girdle
- pendant
- top gem
- gauge head
- gem
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Abstract
The utility model relates to a bent axle hole honing fraising composite set, measurement system after top gem of a girdle -pendant system, the top gem of a girdle -pendant are cut with scissors to measurement system, bent axle hole before setting gradually the top gem of a girdle -pendant on the lathe bed sets up paces feeding mechanism in the below of above -mentioned structure, wherein, the top gem of a girdle -pendant before the cylinder body sent here paces feeding mechanism of measurement system carry out the preliminary examination and survey, detect qualified back, paces feeding mechanism transmits the cylinder body to bent axle hole hinge top gem of a girdle -pendant system, bent axle hole hinge top gem of a girdle -pendant system accomplishes under numerical control system's control and moves to the honing of cylinder body, after the honing completion, transmit measurement system to the top gem of a girdle -pendant after through paces feeding mechanism, the top gem of a girdle -pendant after the cylinder body accomplished the honing of measurement system detect to transmit the testing result to numerical control system. The utility model discloses a detect before the top gem of a girdle -pendant, get rid of unqualified material, avoid causing the loss that causes the nonconforming product hinge top gem of a girdle -pendant and the stagnation of production line, be applied to the production line, improve production efficiency, reduction in the number of rejects greatly.
Description
Technical field
This utility model relates to honing machine production line technology field, particularly relates to a kind of crankshaft hole honing fraising combination unit.
Background technology
Whole manufacturing industry has been captured in automatization, intelligent application in mechanical processing industry, makes whole mechanical industry obtain quick development, the using and apply so that the manufacturing industry of our country has gone on the prostatitis in the world of transfer matic of all kinds.
In prior art, honing machine fraising is completed by single equipment, when engine cylinder-body especially carries out cutting with scissors the top gem of a girdle-pendant, it is impossible to get rid of substandard product in advance, tends to produce hinge top gem of a girdle-pendant waste product, and production efficiency is low.
nullChina Patent Publication No. 101549474，Disclose a kind of honing machine，Including workbench、Honing head、The rotary drive mechanism that honing head described in driving rotates，Described honing head includes main shaft、The one group of rough honing emery stick being arranged on described main shaft and one group of microhoning emery stick，Two-stage stretching hydraulic cylinder it is provided with on described honing head，Described two-stage stretching hydraulic cylinder includes first piston bar and the second piston rod，When described first piston bar stretches out，Described rough honing emery stick is protruding under the effect of described first piston bar carries out rough honing，When the second described piston rod stretches out，Described microhoning emery stick stretches out under the effect of the second described piston rod and carries out microhoning，The first oil cylinder it is provided with on described workbench，Described honing head can move up and down under the effect of the piston rod of the first described oil cylinder.
In hone machine fraising field, have not been able to realize streamlined and produce, especially detect before and after to fraising, it is difficult to being accurately combined with hinge top gem of a girdle-pendant operation, production efficiency is low.
In view of drawbacks described above, this utility model creator obtains this creation finally through research for a long time and practice.
Summary of the invention
The purpose of this utility model is to provide a kind of crankshaft hole honing fraising combination unit, in order to overcome above-mentioned technological deficiency.
For achieving the above object, this utility model provides a kind of crankshaft hole honing fraising combination unit, measures system including after the top gem of a girdle-pendant pre-test system being successively set on lathe bed, crankshaft hole hinge top gem of a girdle-pendant system, the top gem of a girdle-pendant, arranges paces feed mechanism in the lower section of said structure；Wherein,
The cylinder body that paces feed mechanism is sent here by described top gem of a girdle-pendant pre-test system carries out pre-detection, detect qualified after, paces feed mechanism by cylinder body transmission to crankshaft hole cut with scissors top gem of a girdle-pendant system；
Described crankshaft hole hinge top gem of a girdle-pendant system completes the honing action to cylinder body under the control of digital control system, after honing completes, measures system after paces feed mechanism transmission to the top gem of a girdle-pendant；
The cylinder body that honing is completed by system of measuring after the described top gem of a girdle-pendant detects, and by testing result transmission to digital control system, gets rid of substandard product.
Further, described top gem of a girdle-pendant pre-test system includes the top gem of a girdle-pendant pre-test slide being fixed on top gem of a girdle-pendant pre-test lathe bed, and top gem of a girdle-pendant pre-test slide is provided with top gem of a girdle-pendant pre-test workbench；
Described top gem of a girdle-pendant pre-test workbench is provided with top gem of a girdle-pendant pre-test support, gauge head support before being fixed with the top gem of a girdle-pendant on top gem of a girdle-pendant pre-test support, gauge head anticollision mechanism is installed on gauge head support before the top gem of a girdle-pendant；
Described gauge head anticollision mechanism is installed gauge head connecting rod, gauge head is installed in the end of gauge head connecting rod.
Further, described gauge head connecting rod passes gauge head anticollision mechanism, and installs collision block at the other end；At gauge head anticollision mechanism, one end of collision block is provided with the first detection to switch；
Top gem of a girdle-pendant pre-test lathe bed arranges cylinder body fixture near gauge head one end, cylinder body fixture arranges cylinder body, cylinder body fixture is additionally provided with the second detection switch；When the second described detection switch detects and has cylinder body on station, the second detection switch is to digital control system sender.
Further, described crankshaft hole hinge top gem of a girdle-pendant system includes being arranged on the hinge top gem of a girdle-pendant slide with hinge honing machine, installs hinge top gem of a girdle-pendant workbench, install main spindle box on hinge top gem of a girdle-pendant workbench on hinge top gem of a girdle-pendant slide；Power spindle is installed on main spindle box, power spindle is installed cutter connecting rod, hinge top gem of a girdle-pendant cutter is installed in the end of cutter connecting rod；
With hinge honing machine, fixation clamp is concrete, at the hinge top gem of a girdle-pendant support installed above of clamp body；Arranging connecting plate on hinge top gem of a girdle-pendant support, oil cylinder is arranged on connecting plate, and the cylinder tube of oil cylinder is positioned by the upper surface of connecting plate；The piston-rod lower end of oil cylinder is connected with pressing plate；Being provided with guide post at the two ends of pressing plate, be fixed with guide holder on connecting plate, guide post slides through guide holder and in guide holder.
Further, system of measuring after the described top gem of a girdle-pendant measures slide after measuring the top gem of a girdle-pendant on lathe bed after including being arranged on the top gem of a girdle-pendant, measures and measure workbench after installing the top gem of a girdle-pendant on slide after the top gem of a girdle-pendant, measures after motor is arranged on the top gem of a girdle-pendant and measure on slide after the top gem of a girdle-pendant；
Measurement bracket after the top gem of a girdle-pendant fixed above of workbench is measured after the top gem of a girdle-pendant, gauge head support after the top gem of a girdle-pendant, gauge head extension bar after the top gem of a girdle-pendant is installed in the end of gauge head support after the top gem of a girdle-pendant are installed in measurement bracket after the top gem of a girdle-pendant, gauge head after the top gem of a girdle-pendant is installed on gauge head extension bar after the top gem of a girdle-pendant, steam vent is set on gauge head after the top gem of a girdle-pendant, for pneumatic gauging.
Further, after the described top gem of a girdle-pendant, cylinder body fixture is also set up, in order to clamp cylinder body on measurement lathe bed；Ring gauge is fixed seat and is arranged on cylinder body fixture, and ring standard gauge is fixed on ring gauge and fixes in seat, and adjustment ring gauge is fixed and arranged regulation screw on seat；
Being provided with the 3rd detection switch on described cylinder body fixture, when the 3rd detection switch detects and has cylinder body on this station, the 3rd detection switch is to digital control system sender.
Further, described paces feed mechanism includes the material bracket being arranged on bed piece, in the lower section of material bracket, adjustable plate is set, adjustable plate connects and has row's swing arm, adjustable plate connects all swing arms, and adjusts the position of swing arm, and swing arm is connected with an oil cylinder, under the driving of oil cylinder, swing arm is driven to rotate.
Further, also setting up material attitude-adjusting system on described material bracket, described material attitude-adjusting system includes being arranged on the pallet above material bracket, is arranged on the roller below material guiding mechanism, runs through material bracket and be connected to the rotary shaft of pallet lower end, be arranged on the connecting plate below material bracket up and down；
The lower end of described rotary shaft connects horizontally disposed guide post, and the end of guide post connects the lead being vertically arranged, and lead bottom is installed with connection seat.
Further, described rotary shaft upper end connecting trays, at the edge of pallet, spacer pin is set；
Being provided with two groups of thrust ball bearings at the positioning step of described rotary shaft, thrust ball bearing is supported by the support of bearing, is provided with bearing inner shield ring and the outer back-up ring of bearing in the inner side of the support of bearing.
Further, installing top gem of a girdle-pendant pre-test motor cabinet on described top gem of a girdle-pendant pre-test slide, top gem of a girdle-pendant pre-test motor is arranged on top gem of a girdle-pendant pre-test motor cabinet；
Described top gem of a girdle-pendant pre-test system also includes the first leading screw, one end of first leading screw is fixed on top gem of a girdle-pendant pre-test motor cabinet, further, the end of leading screw is connected with the output shaft of top gem of a girdle-pendant pre-test motor, top gem of a girdle-pendant pre-test workbench side-to-side movement described under the drive of top gem of a girdle-pendant pre-test motor.
Compared with prior art the beneficial effects of the utility model are: top gem of a girdle-pendant pre-test system of the present utility model realizes pre-detection, when preamble finished cylinder holes size is not reaching to require, alarm signal is sent during pre-detection, and the position of this workpiece is remembered, when being transferred to cut with scissors top gem of a girdle-pendant operation, refusal processing, prevents from breaking process tool and gauge head, provides safety guarantee for postorder Honing process equipment.
The hole that the hinge top gem of a girdle-pendant is completed by system of measuring after the top gem of a girdle-pendant is detected, and gets rid of substandard product, transmits qualified products to subsequent processing；Measurement system also sets up after the top gem of a girdle-pendant hard-packed material guiding mechanism, it is possible to coordinating detecting element to detect, the accuracy of detection is high.
In this utility model, measure system after top gem of a girdle-pendant pre-test system, crankshaft hole hinge top gem of a girdle-pendant system, the top gem of a girdle-pendant under the driving of paces feed mechanism, sequentially complete twice detection and the hinge top gem of a girdle-pendant course of processing, by detecting before the top gem of a girdle-pendant, get rid of defective material, it is to avoid cause the loss and the stagnation of production line that the substandard product hinge top gem of a girdle-pendant is caused；Under the control of digital control system, detection, processing, then detect, complete the output of qualified hinge top gem of a girdle-pendant product, be applied to production line, be greatly improved production efficiency, rate of reducing the number of rejects and seconds.
Accompanying drawing explanation
Fig. 1 is the structural representation of crankshaft hole honing of the present utility model fraising combination unit；
Fig. 2 a be top gem of a girdle-pendant pre-test system of the present utility model face structural representation；
Fig. 2 b is the side-looking structural representation of top gem of a girdle-pendant pre-test system of the present utility model；
Fig. 3 is the structural representation of crankshaft hole of the present utility model hinge top gem of a girdle-pendant system；
Fig. 4 a be measure system after the top gem of a girdle-pendant of the present utility model face structural representation；
Fig. 4 b is the side-looking structural representation measuring system after the top gem of a girdle-pendant of the present utility model；
Fig. 5 a is the structural representation of paces feed mechanism of the present utility model；
Fig. 5 b be material attitude-adjusting system of the present utility model face structural representation；
Fig. 5 c is the sectional structure schematic diagram of material attitude-adjusting system of the present utility model.
Detailed description of the invention
Referring to shown in Fig. 1, crankshaft hole honing of the present utility model fraising combination unit measures system 4 after including the top gem of a girdle-pendant pre-test system 2 being successively set on lathe bed 1, crankshaft hole hinge top gem of a girdle-pendant system 3, the top gem of a girdle-pendant, arranges paces feed mechanism 5 in the lower section of said structure；Wherein, the cylinder body 26 that paces feed mechanism 5 is sent here by described top gem of a girdle-pendant pre-test system 2 carries out pre-detection, detect qualified after, paces feed mechanism 5 cylinder body 26 is transmitted to crankshaft hole cut with scissors top gem of a girdle-pendant system 3；
Described crankshaft hole hinge top gem of a girdle-pendant system 3 completes the honing action to cylinder body 26 under the control of digital control system, after honing completes, transmits to the top gem of a girdle-pendant measurement system 4 through paces feed mechanism 5；
The cylinder body 6 that after the described top gem of a girdle-pendant, honing is completed by measurement system 4 detects, and transmits to digital control system.
Referring to shown in Fig. 2 a-2b, the top gem of a girdle-pendant pre-test system 4 of this utility model embodiment includes the top gem of a girdle-pendant pre-test slide 28 being fixed on top gem of a girdle-pendant pre-test lathe bed 27, and top gem of a girdle-pendant pre-test slide 28 is provided with top gem of a girdle-pendant pre-test workbench 29；Installing top gem of a girdle-pendant pre-test motor cabinet 294 on top gem of a girdle-pendant pre-test slide 28, top gem of a girdle-pendant pre-test motor 291 is arranged on top gem of a girdle-pendant pre-test motor cabinet 294.
Also include the first leading screw 292, one end of first leading screw 292 is fixed on top gem of a girdle-pendant pre-test motor cabinet 294, further, the end of leading screw is connected with the output shaft of top gem of a girdle-pendant pre-test motor 291, top gem of a girdle-pendant pre-test workbench 29 side-to-side movement described under the drive of top gem of a girdle-pendant pre-test motor 291.
Described top gem of a girdle-pendant pre-test workbench 29 is provided with top gem of a girdle-pendant pre-test support 21, gauge head support 22 before being fixed with the top gem of a girdle-pendant on top gem of a girdle-pendant pre-test support 21, gauge head anticollision mechanism 23 is installed on gauge head support 22 before the top gem of a girdle-pendant；Gauge head anticollision mechanism 23 is installed gauge head connecting rod 24, gauge head 25 is installed in the end of gauge head connecting rod 24.
Described gauge head connecting rod 24 is through gauge head anticollision mechanism 23, and installs collision block 296 at the other end；In this embodiment, described gauge head anticollision mechanism 23 is constituted for bar assembly.
In the present embodiment, at gauge head anticollision mechanism 23, one end of collision block 296 being provided with the first detection switch 295, it is arranged on the position that gauge head anticollision mechanism 23 is failure to actuate and can be sensed collision block 296.
Top gem of a girdle-pendant pre-test lathe bed 27 arranges cylinder body fixture near gauge head 25 one end, cylinder body fixture arranges cylinder body 26, cylinder body fixture is additionally provided with the second detection switch 293；When the second described detection switch 293 detects and has cylinder body 26 on station, second detection switch 293 is to digital control system sender, digital control system controls top gem of a girdle-pendant pre-test motor 291 and rotates, and then, driving the first leading screw 292 to rotate, the top gem of a girdle-pendant pre-test workbench 29 on leading screw 292 drives top gem of a girdle-pendant pre-test support 21 to move left and right；Gauge head side-to-side movement in gauge head connecting rod 24, enters workpiece sensing crankshaft hole.
The effect of gauge head relocation mechanism is to carry out trace adjustment when there is deviation the position in hole.
When crankshaft hole is less than the maximum outside diameter of gauge head 25, cylinder body 26 promotes gauge head 25 to move, and gauge head connecting rod 24 drives collision block 296 to move, collision block 296 departs from the induction range of the first detection switch 14, detection switch sender, represents that this cylinder body is defective, the refusal processing of postorder lathe.When the first detection switch 14 non-senders, illustrating that workpiece is qualified, lathe is properly functioning.
Top gem of a girdle-pendant pre-test system is constantly in holding state, and when material detection switch sender, 4 gauge heads simultaneously enter cylinder-bore and carry out pre-detection；Arbitrarily gauge head is not reported to the police by cylinder-bore lathe, and remembers this workpiece, and this workpiece is processed by postorder each station refusal, detects qualified workpiece and does not remembers.
When the second detection switch 293 detects and has cylinder body 26 on this station, the second detection switch 293 is to digital control system sender, and digital control system controls top gem of a girdle-pendant pre-test motor 291 and rotates, and top gem of a girdle-pendant pre-test motor 291 drives gauge head 25 to move right, and enters workpiece sensing crankshaft hole.After gauge head 25 enters crankshaft hole, gauge head 25 aerofluxus, compressed air and crankshaft hole are set up pressure dependence, pressure transducer detection pressure value, are then fed back to measurement system and calculate.The numerical value calculated is sent to digital control system, now completes to measure.Digital control system controls to detect each crankshaft hole.
Referring to shown in Fig. 3, the crankshaft hole hinge top gem of a girdle-pendant system 3 of this utility model embodiment includes the hinge top gem of a girdle-pendant slide 32 being arranged on hinge honing machine body 31, installs hinge top gem of a girdle-pendant workbench 33 on hinge top gem of a girdle-pendant slide 32, installs main spindle box 34 on hinge top gem of a girdle-pendant workbench 33；Power spindle 35 is installed on main spindle box 34, power spindle 35 is installed cutter connecting rod 36, hinge top gem of a girdle-pendant cutter 37 is installed in the end of cutter connecting rod 36.
Fixation clamp concrete 394 on hinge honing machine body 31, at the hinge top gem of a girdle-pendant support 39 installed above of clamp body 394；Arranging connecting plate 390 on hinge top gem of a girdle-pendant support 39, oil cylinder 392 is arranged on connecting plate 390, and the cylinder tube of oil cylinder 392 is positioned by the upper surface of connecting plate 390；The piston-rod lower end of oil cylinder 392 is connected with pressing plate 393.At the two ends of pressing plate 393, guide post 391 is installed.Being fixed with guide holder 395 on connecting plate 390, guide post 391 slides through guide holder and in guide holder, it is achieved guide effect.
Cylinder body 26 is connected to the lower end of guide post 391.
Digital control system sender, performs processing order.Now oil cylinder 392 moves downward, band dynamic pressure plate 393, compresses cylinder body 26, and then main spindle box 34 drives power spindle 35 to rotate, and power spindle 35 drives hinge top gem of a girdle-pendant cutter to rotate；Hinge top gem of a girdle-pendant workbench 33 moves right under servomotor drives, it is achieved lathe hinge top gem of a girdle-pendant processing.
In this utility model embodiment, the main shaft of crankshaft hole hinge top gem of a girdle-pendant system 3 is an axle or multiaxis, under the control of digital control system, completes the processing to crankshaft hole.
Refer to shown in Fig. 4 a-4b, system of measuring after the top gem of a girdle-pendant of this utility model embodiment measures slide 48 after measuring the top gem of a girdle-pendant on lathe bed 47 after including being arranged on the top gem of a girdle-pendant, measure after the top gem of a girdle-pendant and measure workbench 49 after the top gem of a girdle-pendant being installed on slide 48, measure after the top gem of a girdle-pendant after motor is arranged on the top gem of a girdle-pendant and measure on slide 48；Also include that the second screw mandrel 491, the end of the second leading screw 491 are measured on motor cabinet 493 after being fixed on the top gem of a girdle-pendant；Measure after the top gem of a girdle-pendant and measure motor 490 after the top gem of a girdle-pendant being installed on motor cabinet 493, measure under the drive of motor 490 after the top gem of a girdle-pendant, after the top gem of a girdle-pendant, measure workbench side-to-side movement.
Measurement bracket 41 after the top gem of a girdle-pendant fixed above of workbench 49 is measured after the top gem of a girdle-pendant, gauge head support 42 after the top gem of a girdle-pendant is installed in measurement bracket 41 after the top gem of a girdle-pendant, gauge head extension bar 43 after the top gem of a girdle-pendant is installed in the end of gauge head support 42 after the top gem of a girdle-pendant, gauge head 494 after the top gem of a girdle-pendant is installed on gauge head extension bar 43 after the top gem of a girdle-pendant, after the top gem of a girdle-pendant, on gauge head 494, steam vent is set, for pneumatic gauging.
Measure after the top gem of a girdle-pendant on lathe bed 47 and also set up cylinder body fixture 46, in order to clamp cylinder body 26；Ring gauge is fixed seat 45 and is arranged on cylinder body fixture 46, and ring standard gauge 44 is fixed on ring gauge and fixes in seat 45, adjusts ring gauge and fixes and arrange regulation screw on seat 45, it is ensured that ring standard gauge 44 is coaxial with the crankshaft hole of cylinder body 46, then tightens screw, and joins and make taper pin.
Cylinder body fixture 46 is provided with the 3rd detection switch 492, when the 3rd detection switch 492 detects and has cylinder body 26 on this station, 3rd detection switch 492 is to digital control system sender, digital control system controls servomotor and rotates, after servomotor drives the top gem of a girdle-pendant, gauge head 494 moves right, and enters workpiece sensing crankshaft hole.After after the top gem of a girdle-pendant, gauge head 494 enters crankshaft hole, gauge head aerofluxus, compressed air and crankshaft hole are set up pressure dependence, pressure transducer detection pressure value, are then fed back to measurement system and calculate.The numerical value calculated is sent to digital control system, now completes to measure.Require that measurement system detects each crankshaft hole.
Refer to shown in Fig. 5 a-5c, the paces feed mechanism 5 of this utility model embodiment includes the material bracket 58 being arranged on bed piece, in the lower section of material bracket 58, adjustable plate 51 is set, adjustable plate 51 connects and has row's swing arm 52, the all swing arms 52 of adjustable plate 51 connect, and adjust the position of swing arm 52, and swing arm is connected with an oil cylinder 56, under the driving of oil cylinder 56, swing arm 52 is driven to rotate.
Described material bracket 58 also sets up material attitude-adjusting system 60, described material attitude-adjusting system 60 includes being arranged on the pallet 57 above material bracket 58, is arranged on the roller 62 below material guiding mechanism, runs through material bracket 58 and be connected to the rotary shaft 59 of pallet 57 lower end, be arranged on the connecting plate 72 below material bracket up and down, the lower end of rotary shaft 59 connects horizontally disposed guide post 53, the end of guide post 53 connects the lead 55 being vertically arranged, and lead 55 bottom is installed with connection seat 54.
In this utility model embodiment, described rotary shaft 59 upper end connecting trays 57, at the edge of pallet 57, spacer pin 73 is set；Being provided with two groups of thrust ball bearings 67 at the positioning step of rotary shaft 59, thrust ball bearing 67 is supported by the support of bearing 66, is provided with bearing inner shield ring 65 and the outer back-up ring 70 of bearing in the inner side of the support of bearing 66.
Being additionally provided with deep groove ball bearing 69 outside rotary shaft 59, the lower end of deep groove ball bearing 69 arranges back-up ring 64.The support of bearing 66 is arranged on the inner side of bearing block 71, supports three groups of bearings.The downside of bearing block 71 is provided with locking nut 63, installs dust cap 68 in the upper end of bearing block 71.
Arranging adjustable plate 51 in the lower section of material bracket 58, connecting on adjustable plate 51 has row's swing arm 52, it is achieved lifting and fall action, equipped with roller in swing arm 52, material bracket 58 is arranged on roller, horizontally slips on roller.
Material attitude-adjusting system 60 is arranged on material bracket, it is achieved engine cylinder-body cylinder holes is worked into the conversion of crankshaft hole machining posture.
Pallet 57 is arranged on material bracket 58, it is achieved material conveying function.
Oil cylinder 56 action, drives all swing arms 52 to lift, and swing arm 52 drives material bracket 58 to lift, and the material attitude-adjusting system and the pallet 57 that are arranged on material bracket 58 are followed and lifted.By the paces feed mechanism feeding of engine cylinder-body honing machine, stroke 800mm, cylinder body is sequentially transmitted according to station.
When pose adjustment, guide post 53 is connected with flat key with material guiding mechanism 60, guide post 53 is connected with lead 55, guide post 53 slides in lead 55, and guide post rotates around the centre of gyration of material guiding mechanism 60, the paces feed mechanism feeding of engine cylinder-body honing machine, the material guiding mechanism 60 of previous station moves right, guide post 53 slides in lead 55, and lead maintains static, it is achieved the rotation of material guiding mechanism 60.
Described material guiding mechanism 60, after roller 62 holds up material bracket 60, material bracket slides on roller；Connecting plate 72 is fixed on material bracket 56, and bearing block 71 is fixed on connecting plate 72, and deep groove ball bearing 69 is arranged in bearing block 71, and thrust ball bearing 67 is fitted with the support of bearing, and rotary shaft 59 is arranged on deep groove ball bearing 69 endoporus, and lower end locking nut 63 is locked；Guide post 53 flat key is connected with rotary shaft 54, follows rotary shaft and rotates.Lead 55 is fixed in mounting seat 55, and guide post 53 coordinates assembling with lead, and guide post 53 slides in lead 55, and can rotate freely.
The close structure of above-mentioned material guiding mechanism, arranges three groups of bearings rotary shafts, and rotary shaft, in motor process, can regulate the position of lower end, additionally it is possible to the pallet supporting upper end rotates to specifying position, easy to adjust by the guide post 53 of lower end.
In this utility model embodiment, top gem of a girdle-pendant pre-test system realizes pre-detection, when preamble finished cylinder holes size is not reaching to require, alarm signal is sent during pre-detection, and the position of this workpiece is remembered, when being transferred to cut with scissors top gem of a girdle-pendant operation, refusal processing, prevent from breaking process tool and gauge head, provide safety guarantee for postorder Honing process equipment.
The hole that the hinge top gem of a girdle-pendant is completed by system of measuring after the top gem of a girdle-pendant is detected, and gets rid of substandard product, transmits qualified products to subsequent processing.
Above-mentioned detailed description is illustrating for one of them possible embodiments of this utility model, this embodiment also is not used to limit the scope of the claims of the present utility model, all equivalences done without departing from this utility model are implemented or change, are intended to be limited solely by the range of technical solutions of the utility model.
Claims (10)
1. a crankshaft hole honing fraising combination unit, it is characterised in that including:
Treat hinge top gem of a girdle-pendant cylinder body and carry out the top gem of a girdle-pendant pre-test system of pre-detection；
The crankshaft hole hinge top gem of a girdle-pendant system of the honing action to cylinder body is completed under the control of digital control system；
System is measured after the top gem of a girdle-pendant that the cylinder body completing honing detects；
Also include the paces feed mechanism that cylinder body is transmitted；
Described top gem of a girdle-pendant pre-test system, crankshaft hole are measured system after cutting with scissors top gem of a girdle-pendant system, the top gem of a girdle-pendant and are successively set on lathe bed.
Crankshaft hole honing the most according to claim 1 fraising combination unit, it is characterised in that described top gem of a girdle-pendant pre-test system includes the top gem of a girdle-pendant pre-test slide being fixed on top gem of a girdle-pendant pre-test lathe bed, and top gem of a girdle-pendant pre-test slide is provided with top gem of a girdle-pendant pre-test workbench；
Described top gem of a girdle-pendant pre-test workbench is provided with top gem of a girdle-pendant pre-test support, gauge head support before being fixed with the top gem of a girdle-pendant on top gem of a girdle-pendant pre-test support, gauge head anticollision mechanism is installed on gauge head support before the top gem of a girdle-pendant；
Described gauge head anticollision mechanism is installed gauge head connecting rod, gauge head is installed in the end of gauge head connecting rod.
Crankshaft hole honing the most according to claim 2 fraising combination unit, it is characterised in that described gauge head connecting rod passes gauge head anticollision mechanism, and installs collision block at the other end；At gauge head anticollision mechanism, one end of collision block is provided with the first detection to switch；
Top gem of a girdle-pendant pre-test lathe bed arranges cylinder body fixture near gauge head one end, cylinder body fixture arranges cylinder body, cylinder body fixture is additionally provided with the second detection switch.
Crankshaft hole honing the most according to claim 1 fraising combination unit, it is characterised in that described crankshaft hole hinge top gem of a girdle-pendant system includes being arranged on the hinge top gem of a girdle-pendant slide with hinge honing machine, installs hinge top gem of a girdle-pendant workbench, install main spindle box on hinge top gem of a girdle-pendant workbench on hinge top gem of a girdle-pendant slide；Power spindle is installed on main spindle box, power spindle is installed cutter connecting rod, hinge top gem of a girdle-pendant cutter is installed in the end of cutter connecting rod；
With hinge honing machine, fixation clamp is concrete, at the hinge top gem of a girdle-pendant support installed above of clamp body；Arranging connecting plate on hinge top gem of a girdle-pendant support, oil cylinder is arranged on connecting plate, and the cylinder tube of oil cylinder is positioned by the upper surface of connecting plate；The piston-rod lower end of oil cylinder is connected with pressing plate.
Crankshaft hole honing the most according to claim 1 fraising combination unit, it is characterized in that, system of measuring after the described top gem of a girdle-pendant measures slide after measuring the top gem of a girdle-pendant on lathe bed after including being arranged on the top gem of a girdle-pendant, measures and measure workbench after installing the top gem of a girdle-pendant on slide after the top gem of a girdle-pendant, measures after motor is arranged on the top gem of a girdle-pendant and measure on slide after the top gem of a girdle-pendant；
Measurement bracket after the top gem of a girdle-pendant fixed above of workbench is measured after the top gem of a girdle-pendant, gauge head support after the top gem of a girdle-pendant, gauge head extension bar after the top gem of a girdle-pendant is installed in the end of gauge head support after the top gem of a girdle-pendant are installed in measurement bracket after the top gem of a girdle-pendant, gauge head after the top gem of a girdle-pendant is installed on gauge head extension bar after the top gem of a girdle-pendant, steam vent is set on gauge head after the top gem of a girdle-pendant, for pneumatic gauging.
Crankshaft hole honing the most according to claim 5 fraising combination unit, it is characterised in that measure after the described top gem of a girdle-pendant on lathe bed and also set up cylinder body fixture；Ring gauge is fixed seat and is arranged on cylinder body fixture, and ring standard gauge is fixed on ring gauge and fixes in seat, adjusts ring gauge and fixes the regulation screw arranged on seat；
Described cylinder body fixture is provided with the 3rd detection switch.
7. according to the crankshaft hole honing fraising combination unit described in claim 1,2 or 5, it is characterized in that, described paces feed mechanism includes the material bracket being arranged on bed piece, in the lower section of material bracket, adjustable plate is set, adjustable plate connects and has row's swing arm, adjustable plate connects all swing arms, and swing arm is connected with an oil cylinder.
Crankshaft hole honing the most according to claim 7 fraising combination unit, it is characterized in that, also setting up material attitude-adjusting system on described material bracket, described material attitude-adjusting system includes being arranged on the pallet above material bracket, is arranged on the roller below material guiding mechanism, runs through material bracket and be connected to the rotary shaft of pallet lower end, be arranged on the connecting plate below material bracket up and down；
The lower end of described rotary shaft connects horizontally disposed guide post, and the end of guide post connects the lead being vertically arranged, and lead bottom is installed with connection seat.
Crankshaft hole honing the most according to claim 8 fraising combination unit, it is characterised in that described rotary shaft upper end connecting trays, arranges spacer pin at the edge of pallet；
Being provided with two groups of thrust ball bearings at the positioning step of described rotary shaft, thrust ball bearing is supported by the support of bearing, is provided with bearing inner shield ring and the outer back-up ring of bearing in the inner side of the support of bearing.
Crankshaft hole honing the most according to claim 2 fraising combination unit, it is characterised in that installing top gem of a girdle-pendant pre-test motor cabinet on described top gem of a girdle-pendant pre-test slide, top gem of a girdle-pendant pre-test motor is arranged on top gem of a girdle-pendant pre-test motor cabinet；
Described top gem of a girdle-pendant pre-test system also includes that the first leading screw, one end of the first leading screw are fixed on top gem of a girdle-pendant pre-test motor cabinet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620183909.XU CN205438145U (en) | 2016-03-10 | 2016-03-10 | Bent axle hole honing fraising composite set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620183909.XU CN205438145U (en) | 2016-03-10 | 2016-03-10 | Bent axle hole honing fraising composite set |
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| Publication Number | Publication Date |
|---|---|
| CN205438145U true CN205438145U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620183909.XU Expired - Fee Related CN205438145U (en) | 2016-03-10 | 2016-03-10 | Bent axle hole honing fraising composite set |
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| Country | Link |
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| CN (1) | CN205438145U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107225461A (en) * | 2017-06-06 | 2017-10-03 | 武汉理工大学 | A kind of automobile forge piece overlap automatically grinding system and technique based on on-line measurement |
-
2016
- 2016-03-10 CN CN201620183909.XU patent/CN205438145U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107225461A (en) * | 2017-06-06 | 2017-10-03 | 武汉理工大学 | A kind of automobile forge piece overlap automatically grinding system and technique based on on-line measurement |
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