CN106736604A - The split of motorcycle lower link plate multistation refines complete set of equipments - Google Patents

The split of motorcycle lower link plate multistation refines complete set of equipments Download PDF

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Publication number
CN106736604A
CN106736604A CN201710146413.4A CN201710146413A CN106736604A CN 106736604 A CN106736604 A CN 106736604A CN 201710146413 A CN201710146413 A CN 201710146413A CN 106736604 A CN106736604 A CN 106736604A
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China
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described
provided
fixture
rig floor
equipments
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CN201710146413.4A
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Chinese (zh)
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CN106736604B (en
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葛先越
葛国平
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宁波大学
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23POTHER WORKING OF METAL; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P23/00Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
    • B23P23/06Metal-working plant comprising a number of associated machines or apparatus

Abstract

The invention belongs to motorcycle lower link plate processing technique field, more particularly to a kind of refined complete set of equipments of motorcycle lower link plate multistation split.It solves prior art workpiece and is transported back and forth between lathe and lathe or lathe and quality inspection, wastes production time problem.The system includes placing the macropore processing assembly of revolving platform three of product, hole processing component, aperture rig floor, cut component, press-fitting component and steering column block, and the quality inspection bench and substandard products Turnover Box for providing quality inspection in time are provided with revolving platform.Advantage is:1st, each operation lathe is sequentially discharged, and is provided with revolving platform and quality inspection bench, and a upper station flows directly into next station through quality inspection, save haulage time, 2nd, this practicality sets revolving platform, plays the effect of workpiece flowing buffer, it is to avoid workpiece time to be processed or lathe free time.

Description

The split of motorcycle lower link plate multistation refines complete set of equipments

Technical field

The invention belongs to motorcycle lower link plate processing technique field, more particularly to a kind of motorcycle lower link plate multistation split Refined complete set of equipments.

Background technology

Motorcycle is driven by gasoline engine, and the two-wheeled or tricycle of wearing or featuring stage armour manual operating front-wheel steer are flexibly light, travel fast Speed, is widely used in daily life, patrol and competitive sports.People are very big to the demand of motorcycle, and wherein China produces per year Amount up to 20,000,000, substantial amounts.Motorcycle structure is complicated, and part is numerous and complexity, wherein lower linking plate are to be located at handlebar The strength member of handlebar steering column and shock absorber strut is connected on hand, manufacturing process is complicated, the requirement of fabrication hole size is high, and demand Greatly, so a kind of simple efficient production equipment and process of major motorcycle accessories manufacturers demand,

Such as Chinese patent literature combines processing technology [201410003238.X] under disclosing a kind of direction column of motorcycle, Manufacturing procedure welds vertical to bore three macropores, mesopore rear end surface chamfer, boring lamp bracket hole, milling locking plane, boring mesopore and end face, riveted Pipe, lateral opening boring, lateral opening chamfering, bore locking hole and tapping, lateral opening cut, deburr.

In above-mentioned production technology, processing motorcycle lower link plate is needed by multiple tracks metalworking technique, each processing technology Different machining tools are needed, and each lathe generally pacifies the even not same workshop of different zones sorted out and be placed on workshop, each Delivered to after the completion of station and delivering to next station after inspection at quality inspection, now the station part may be processed without completion, part Wait need to be stopped, part piled up Sheng on station, or, the station process time is short, has stopped production a period of time, causes machine The bed wasting of resources.

There is following defect in above-mentioned scheme:1st, workpiece is transported back and forth between lathe and lathe or lathe and quality inspection, Waste the production time, and be not avoided that the indefinite sexual factor being conveyed through in journey, 2, production technology arrange complicated, cause time, money Source wastes, and increases the batch production cycle.

The content of the invention

Regarding the issue above, the present invention provides a kind of motorcycle lower link plate multistation split is refined into and is arranged It is standby.

To reach above-mentioned purpose, present invention employs following technical proposal:A kind of motorcycle lower link plate multistation split essence Complete equipment, including frame are made, described frame top is provided with the revolving platform for placing product of circular arc, described week Turntable top outer is disposed with three macropore processing assemblies, hole processing component, aperture rig floor, cut component, press-fitting group Part and steering column block, described revolving platform inside top are provided with quality inspection bench, and revolving platform inwall is provided with substandard products Turnover Box.

In the refined complete set of equipments of above-mentioned motorcycle lower link plate multistation split, three described macropore processing assemblies include First rig floor, the second rig floor, smart car position and finish-milling position, the first described rig floor are provided with the first main spindle box, and the first main spindle box sets Two first main shafts in drilling machining center hole are equipped with, being provided with immediately below the first described main shaft can fix the first of lower linking plate Fixture, the first described fixture is provided with the first pneumatic fixture block of Pneumatic clamping lower linking plate near the side of the second rig floor, described The first pneumatic fixture block be provided opposite to two pieces of fixing clips, the first pneumatic fixture block and two pieces of fixing clip distributions triangular in shape, The outlet of the first cutting fluid is provided with the first described main shaft.

In the refined complete set of equipments of above-mentioned motorcycle lower link plate multistation split, the second described rig floor is provided with second Main spindle box, the second described main spindle box output end is provided with four energy while second main shaft in rotary drilling chamfered edge hole, each second master Axle side is respectively arranged with the second cutting fluid outlet, and described the second main shaft lower section is provided with can be while clamp two second lines of a couplet Second fixture of plate, the second described fixture is provided with the first straight pin of centre of location hole site, and the second described rig floor is remote The side of the first rig floor is provided with smart car position.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described smart car position is included in smart car The smart car lathe in heart hole, and for clamping the 3rd fixture of lower linking plate, two positioning sides are provided with the 3rd described fixture Second straight pin of hole site and the first briquetting for fixing lower linking plate, the 3rd described fixture are arranged on the master of smart car lathe On axle box, described smart car position is provided with finish-milling position away from the side of the second rig floor.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described finish-milling position includes milling machine and the 4th Fixture, described milling machine spindle case sets the equal rotary milling tools of two lateral opening wheelbases of two wheelbases and lower linking plate, and described the Four fixtures are provided with the 3rd straight pin of positioning center hole, and the 3rd described straight pin is provided with convex near one end of milling machine Platform and the other end are connected on the cylinder for providing axial power, and being arranged with the 3rd described straight pin can be used to dismount lower linking plate Open washer, described finish-milling position is provided with the screw thread process component of processing locking screw pit away from the side of smart car position.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described screw thread process component includes the 3rd Rig floor and tapping machine, are provided with a four main case for four axles output, described four main case on the 3rd described rig floor Four fluted drills for rotating simultaneously are plugged with, described four main case lower section is provided with the 5th fixture, the 5th described fixture The only pressing plate of positioning lower linking plate is provided with, the pilot hole for being oriented to fluted drill, described tapping machine are provided with described only pressing plate Positioned at the 3rd rig floor away from three macropore processing assemblies side, described screw thread process component is provided with away from the side of finish-milling position Aperture rig floor.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described aperture rig floor is provided with once two The 5th main spindle box and fixation that the axle of hole two is exported are plugged with two drill bits, and described the 5th main spindle box lower section is provided with fixed clamp 6th fixture of lower linking plate, described aperture rig floor is lateral opening cut platform away from the side of screw thread process component.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described lateral opening cut platform is provided with two Opposed output shaft, is respectively fixedly connected with the lateral opening cutting sheet of a piece of cut on described output shaft, described is lateral opening broken Mouth platform is provided with can be while the 7th fixture of two lower linking plates of fixed clamp, positioning lower linking plate be provided with the 7th described fixture And the open circles pin with gathering sill, described lateral opening cut platform is press-fitting welding bench away from the side of screw thread process component.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described press-fitting welding bench includes press-fitting group Part and weld assembly, described press-fitting component are provided with vertical hydraulic press, are provided with steering column on described vertical hydraulic press The top board of lower linking plate is pressed into, it be axially the opening guide pin bushing of vertical direction, described opening guide pin bushing that described top board is provided with Underface is provided with the telescoping cylinders pin of the automatic setback pedestal after steering column press-in centre bore, and described weld assembly is located at pressure Away from the side of lateral opening cut platform, described weld assembly opposite side is steering column block to distribution assembly.

Complete set of equipments is refined in above-mentioned motorcycle lower link plate multistation split, described steering column block is provided with two The individual live spindle for being mutually perpendicular to simultaneously process axis hole from both direction, described steering column block is provided with jaw the Eight fixtures.

Compared with prior art, the advantage of the refined complete set of equipments of this motorcycle lower link plate multistation split is:

1st, this practical each operation lathe is sequentially discharged, and is provided with revolving platform and quality inspection bench, and a upper station directly flows through quality inspection Enter next station, save haulage time.

2nd, this practicality sets revolving platform, plays the effect of workpiece flowing buffer, it is to avoid workpiece time to be processed or lathe are empty Between idle.

3rd, same process hole processes simultaneously, clamped one time, it is ensured that Working position size, saves processing and clamping time.

Brief description of the drawings

Fig. 1 is the dimensional structure diagram that the present invention is provided.

Fig. 2 is the first rig floor structural representation that the present invention is provided.

Fig. 3 is the second rig floor structural representation that the present invention is provided.

Fig. 4 is the smart car bit architecture schematic diagram that the present invention is provided.

Fig. 5 is the finish-milling bit architecture schematic diagram that the present invention is provided.

Fig. 6 is the 3rd rig floor structural representation that the present invention is provided.

Fig. 7 is the aperture rig floor structural representation that the present invention is provided.

Fig. 8 is the lateral opening cut platform structural representation that the present invention is provided.

Fig. 9 is the press-fitting platform structural representation that the present invention is provided.

Figure 10 is the welding bench structural representation that the present invention is provided.

Figure 11 is the direction pylon structural representation that the present invention is provided.

Figure 12 is the second line of a couplet plate structure schematic diagram that the present invention is provided.

Figure 13 is the lower linking plate steering column assembly structure diagram that the present invention is provided.

In figure, frame 1, revolving platform 2, three macropore processing assemblies 3, the first rig floor 31, the first main spindle box 311, the first main shaft 312nd, the first fixture 313, cut liquid export the 314, second rig floor 32, the first pneumatic fixture block 321, fixing clip 322, the second cutting fluid The 323, second fixture 324 of outlet, the first straight pin 325, smart car position 33, smart car lathe 331, the 3rd fixture 332, the second straight pin 333rd, the first briquetting 334, finish-milling position 34, milling machine 341, the 4th fixture 342, milling cutter 343, the 3rd straight pin 344, positioning boss 345th, open washer 346, hole processing component 4, the 3rd rig floor 41, tapping machine 42, four main case 43, the 5th fixture 44, Only pressing plate 45, pilot hole 451, aperture rig floor 5, the 5th main spindle box 51, the 6th fixture 52, lateral opening cut component 6, output shaft 61, Cutting sheet 62, the 7th fixture 63, open circles pin 64, gathering sill 64a, press-fitting component 7, press-fitting platform 71, vertical hydraulic press 711, Top board 712, guide pin bushing 713, telescoping cylinders pin 714, pedestal 715, welding bench 72, plumb joint 73, welding guide pin bushing 74, protective housing 75th, steering column block 8, live spindle 81, the 8th fixture 82, the slide unit 84 of column 83, quality inspection bench 9, the substandard products Turnover Box 91, second line of a couplet Plate a, centre bore a1, lateral opening a2, lateral opening groove a3, steering column b.

Specific embodiment

The present invention will be further described in detail with reference to the accompanying drawings and detailed description.

As shown in figure 1, a kind of refined complete set of equipments of motorcycle lower link plate multistation split, including frame 1, the top of frame 1 Be provided with the revolving platform 2 for placing product of circular arc, the top outer of revolving platform 2 be disposed with three macropore processing assemblies 3, Hole processing component 4, aperture rig floor 5, lateral opening cut component 6, press-fitting component 7 and steering column block 8, the top of revolving platform 2 Inner side is provided with quality inspection bench 9, and the inwall of revolving platform 2 is provided with substandard products Turnover Box 91.

Wherein quality inspection bench 9 can be set between each processing assembly according to quality inspection requirement, it is complete in upper station work pieces process Cheng Hou, workpiece flows into revolving platform 2 and places temporarily, and be placed into down for workpiece after the operation workpiece quality has been inspected by quality inspection personnel One station revolving platform 2 is waited and continues to process, and substandard product is put into substandard products Turnover Box 91.Workpiece is avoided to add in a station Work needs transport to be checked to next station or quality inspection area after terminating, save haulage time, while the setting of revolving platform 2, can avoid working as When emergency situations or substandard products occurs in a upper station, accumulating in the workpiece to be processed on revolving platform 2 can continue processing, it is to avoid lathe is provided Source wastes.

Specifically, as shown in Fig. 2 three macropore processing assemblies 3 include the first rig floor 31,33 and of the second rig floor 32, smart car position Finish-milling position 34, the first rig floor 31 is provided with the first main spindle box 311, and the first main spindle box 311 is provided with two drilling machining center holes First main shaft 312 of a1, the first fixture 313 that can fix lower linking plate a, the first fixture 313 are provided with immediately below the first main shaft 312 The first pneumatic fixture block 321 of Pneumatic clamping lower linking plate, the opposite of the first pneumatic fixture block 321 are provided near the side of the second rig floor 32 It is provided with two pieces of fixing clips 322, the first pneumatic fixture block 321 and the distribution triangular in shape of two pieces of fixing clips 322, the first main shaft The first cutting fluid outlet 314 is provided with 312.

First main spindle box 311 is provided with two drill bits of rotation simultaneously, can simultaneously process two centre bores of lower linking plate a Lower linking plate a is placed into relevant position by a1, operator, after one end is close to fixing clip 322, the first pneumatic fixture block being oppositely arranged Action, lower linking plate a is clamped and is positioned while shifting lower linking plate a onto correct positions, and operator is simple without carrying out alignment operation Folk prescription is just.

As shown in figure 3, the second rig floor 32 is provided with the second main spindle box 321, the output end of the second main spindle box 321 is provided with four energy While second main shaft 322 of rotary drilling chamfered edge hole a2, each side of the second main shaft 322 is respectively arranged with second cutting fluid and goes out Mouth 323, the lower section of the second main shaft 322 is provided with can be while clamp two second fixtures 324 of lower linking plate a, the second fixture 324 is set There is the first straight pin 325 of positioning center hole a1 positions, the second rig floor 32 is provided with smart car position away from the side of the first rig floor 31 33。

Be nested with centre bore a1 on the first straight pin 325 by operator, by the first straight pin 325 and the second fixture 324 Clamping, lower linking plate a is accurately positioned.Four the second main shafts are operated simultaneously, are completed to two brills of the lateral opening a2 of lower linking plate a Cut.

As shown in figure 4, smart car position 33 includes the smart car lathe 331 for smart car centre bore, and for clamping lower linking plate The 3rd fixture 332, the second straight pin 333 of two groups of lateral opening a2 positions of positioning is provided with the 3rd fixture 332 and for fixing First briquetting 334 of lower linking plate, the 3rd fixture 332 is arranged on the main spindle box 335 of smart car lathe 331, and smart car position 33 is away from the The side of two rig floors 32 is provided with finish-milling position 34.

By lateral opening a2 sets as in the second straight pin 333, two lines of straight pin two points determine the position of lower linking plate a to operator Put, quick positioning center hole a1, the lower linking plate a lathe spindles direction free degree is limited by the first briquetting 334, save operator's peace To the knife time when loading yoke plate.

As shown in figure 5, finish-milling position 34 includes the fixture 342 of milling machine 341 and the 4th, the main spindle box of milling machine 341 sets two wheelbases The milling cutter 343 equal with two lateral opening wheelbases of lower linking plate, the 4th fixture 342 is provided with the 3rd straight pin 344 of positioning center hole, One end of milling machine 341 is provided with positioning boss 345 to 3rd straight pin 344 and the other end is connected to the gas of the axial power of offer On cylinder, the open washer 346 that can be used to dismount lower linking plate is arranged with the 3rd straight pin 344, finish-milling position 34 is away from smart car position 33 Side be provided with the hole processing component 4 of thread mill drilling a3.

Be nested with centre bore a1 on the 3rd straight pin 344 by operator, buckles open washer 346, and cylinder pulls the 3rd to justify Pin 344, open washer 346, wherein diameter of the diameter of positioning boss 345 less than centre bore a1 are pushed down with positioning boss 345. After the operation is processed, cylinder drive positioning boss 345 lift, pump openings packing ring 346, you can by lower linking plate a from Removed on 4th fixture, reach the purpose of quick-clamping.

Hole processing component 4 as shown in Figure 6 includes the 3rd rig floor 41 and tapping machine 42, and one is provided with the 3rd rig floor 41 The four main case 43 of individual four axles output, four main case 43 is plugged with four fluted drills for rotating simultaneously, four main case 43 Lower section is provided with the 5th fixture 44, and the 5th fixture 44 is provided with the only pressing plate 45 of positioning lower linking plate, is only provided with pressing plate 45 and led To the pilot hole 451 of fluted drill, tapping machine 42 is located at side of the 3rd rig floor 41 away from three macropore processing assemblies 3, and screwed hole adds Work component 4 is provided with aperture rig floor 5 away from the side of finish-milling position 34.

By two cylinder finger setting lower linking plate a on the 5th fixture 44, rotation card, turning are provided with the 5th fixture When by rotate card on bolt tighten can compress lower linking plate a, as lower linking plate a to be unloaded, only need to looser a bolt, adjustment revolve Turn card position and can be taken off lower linking plate a, clamping is quick.Drill guide bore is provided with pressing plate, prevents from going out during auger shell pit a3 Now incline.

Aperture rig floor 5 as shown in Figure 7 sets once the 5th main spindle box 51 of the axle of holes two output and fixation is plugged with two Branch drill bit, the lower section of the 5th main spindle box 51 is provided with the 6th fixture 52 of fixed clamp lower linking plate, and aperture rig floor adds away from screwed hole The side of work component 4 is lateral opening cut component 6.

As shown in figure 8, lateral opening cut component 6 is provided with two opposed output shafts 61, fixed respectively on output shaft 61 Be connected with the lateral opening cutting sheet 62 of a piece of cut, lateral opening cut component 6 be provided with can simultaneously two lower linking plates of fixed clamp the Seven fixtures 63, are provided with the open circles pin 64 of positioning lower linking plate on the 7th fixture 63, guiding is provided with open circles pin 64 Cutting sheet 62 prevents the crooked gathering sill 64a of cutting, and lateral opening cut component 6 is press-fitting away from the side of hole processing component 4 Component 7.

7th fixture is arranged on a workbench that can be moved along the axis horizontal of vertical output axle 61, and operator is by the second line of a couplet On the 7th fixture 63, workbench is moved forward and backward plate a clampings, completes to form a3. to the cut of lower linking plate a

As shown in figs. 9-10, press-fitting component 7 includes press-fitting platform 71 and welding bench 72, and press-fitting component 71 is provided with vertical hydraulic Machine 711, is provided with the top board 712 that steering column b is pressed into lower linking plate on vertical hydraulic press 711, top board 712 is provided with axial direction It is the opening guide pin bushing 713 of vertical direction, the automatic setback base after steering column press-in centre bore is provided with immediately below opening guide pin bushing 713 The telescoping cylinders pin 714 of seat, welding bench 72 is located at side of the press-fitting component away from lateral opening cut component 6, the opposite side of welding bench 72 It is steering column block 8.Welding bench 72 is provided with protective housing 75, and the second of fixed second line of a couplet board component is provided with protective housing 75 Opening guide pin bushing 74, rotatable one week is provided with by steering column b and the plumb joint of lower linking plate a full welds in the top of the second opening guide pin bushing 74 7。

Center a1 is nested with telescoping cylinders pin 714 and is resisted against on pedestal 715, when top board 712 is by opening guide pin bushing 714 In steering column b press-ins centre bore a1 in when, telescoping cylinders pin is pressed into pedestal, is press-fitted into steering column b and lower linking plate a Position, after second line of a couplet board component is taken out, telescoping cylinders pin 714 is ejected reset by the back-moving spring in pedestal 715.

As steering column block 8 is provided with two live spindles for being mutually perpendicular to simultaneously process axis hole from both direction 81, steering column block is provided with the live spindle 81 of the 8th fixture 82 with jaw and can slide up and down completion to direction along column 83 The drilling of post b, the side of the 8th fixture 82 is provided with horizontal spindle 85, and horizontal spindle 85 is arranged on can be along the axis side of horizontal spindle 85 To on the slide unit 84 for moving repeatedly.

Three macropore process-cycles are long compared with other process periods, and two lower linking plates can be simultaneously processed in three big aperture members, keep away Exempt from previous station supply department occur in time in subsequent handling, lathe stops the situation of processing.It is follow-up to add according to actual production situation Work component can adjust quantity according to process requirements.

The advantage of the invention is that:

1st, this practical each operation lathe is sequentially discharged, and is provided with revolving platform and quality inspection bench, and a upper station directly flows through quality inspection Enter next station, save haulage time.

2nd, this practicality sets revolving platform, plays the effect of workpiece flowing buffer, it is to avoid workpiece time to be processed or lathe are empty Between idle.

3rd, same process hole processes simultaneously, clamped one time, it is ensured that Working position size, saves processing and clamping time.

Specific embodiment described herein is only to the spiritual explanation for example of the present invention.Technology neck belonging to of the invention The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode Generation, but without departing from spirit of the invention or surmount scope defined in appended claims.

Although more having used frame 1, revolving platform 2, three macropore processing assemblies 3, the first rig floor 31, the first main shaft herein Case 311, the first main shaft 312, the first fixture 313, cut liquid export the 314, second rig floor 32, the first pneumatic fixture block 321, fixing clip 322nd, the second cutting fluid exports the 323, second fixture 324, the first straight pin 325, smart car position 33, smart car lathe 331, the 3rd fixture 332nd, the second straight pin 333, the first briquetting 334, finish-milling position 34, milling machine 341, the 4th fixture 342, milling cutter 343, the 3rd straight pin 344th, positioning boss 345, open washer 346, hole processing component 4, the 3rd rig floor 41, tapping machine 42, four main case 43, 5th fixture 44, only pressing plate 45, pilot hole 451, aperture rig floor 5, the 5th main spindle box 51, the 6th fixture 52, lateral opening cut component 6th, output shaft 61, cutting sheet 62, the 7th fixture 63, open circles pin 64, gathering sill 64a, press-fitting component 7, press-fitting platform 71, vertical Hydraulic press 711, top board 712, guide pin bushing 713, telescoping cylinders pin 714, pedestal 715, welding bench 72, plumb joint 73, welding guide pin bushing 74th, protective housing 75, steering column block 8, live spindle 81, the 8th fixture 82, the slide unit 84 of column 83, the turnover of quality inspection bench 9, substandard products The terms such as case 91, lower linking plate a, centre bore a1, lateral opening a2, lateral opening groove a3, steering column b, but be not precluded from using other terms Possibility.It is used for the purpose of more easily describing and explaining essence of the invention using these terms;It is construed as any A kind of additional limitation is all disagreed with spirit of the present invention.

Claims (10)

1. a kind of refined complete set of equipments of motorcycle lower link plate multistation split, including frame (1), it is characterised in that described machine Frame (1) top is provided with the revolving platform (2) for placing product of circular arc, and described revolving platform (2) top outer sets successively It is equipped with three macropore processing assemblies (3), hole processing component (4), aperture rig floor (5), lateral opening cut component (6), press-fitting component (7) and steering column block (8), described revolving platform (2) inside top is provided with quality inspection bench (9), and revolving platform (2) inwall is set There is substandard products Turnover Box (91).
2. motorcycle lower link plate multistation according to claim 1 split refines complete set of equipments, it is characterised in that described Three macropore processing assemblies (3) include the first rig floor (31), the second rig floor (32), smart car position (33) and finish-milling position (34), described First rig floor (31) is provided with the first main spindle box (311), and the first main spindle box (311) is provided with two the of drilling machining center hole One main shaft (312), the first fixture (313) that can fix lower linking plate is provided with immediately below described the first main shaft (312), described First fixture (313) is provided with the first pneumatic fixture block (321) of Pneumatic clamping lower linking plate, institute near the side of the second rig floor (32) The the first pneumatic fixture block (321) stated has been provided opposite to two pieces of fixing clips (322), the first pneumatic fixture block (321) and two pieces of fixations Fixture block (322) distribution triangular in shape, is provided with the first cutting fluid outlet (313) on described the first main shaft (312).
3. motorcycle lower link plate multistation according to claim 2 split refines complete set of equipments, it is characterised in that described Second rig floor (32) is provided with the second main spindle box (321), and described the second main spindle box (321) output end is provided with four can be while revolve Turn lateral opening the second main shaft (322) of drilling, each the second main shaft (322) side is respectively arranged with the second cutting fluid outlet (323), described second main shaft (322) lower section is provided with can be described while clamp two second fixtures (324) of lower linking plate Second fixture (324) is provided with first straight pin (325) of centre of location hole site, and described the second rig floor (32) is away from first The side of rig floor (31) is provided with smart car position (33).
4. motorcycle lower link plate multistation according to claim 3 split refines complete set of equipments, it is characterised in that described Smart car position (33) includes the smart car lathe (331) for smart car centre bore, and for clamping the 3rd fixture of lower linking plate (332) two the second straight pins (333) for positioning lateral opening position, are provided with the 3rd described fixture (332) and for fixing First briquetting (334) of lower linking plate, the 3rd described fixture (332) is described on the main spindle box of smart car lathe (331) Smart car position (33) is provided with finish-milling position (34) away from the side of the second rig floor (32).
5. motorcycle lower link plate multistation according to claim 4 split refines complete set of equipments, it is characterised in that described Finish-milling position (34) includes milling machine (341) and the 4th fixture (342), and described milling machine (341) main spindle box sets two wheelbases with The equal milling cutter (343) of two lateral opening wheelbases of yoke plate, the 4th described fixture (342) is provided with the 3rd cylinder of positioning center hole Pin (344), one end of milling machine (341) is provided with positioning boss (345) to the 3rd described straight pin (344) and the other end connects It is connected on the cylinder that axial power is provided, the opening that can be used for dismounting lower linking plate is arranged with the 3rd described straight pin (344) Packing ring (346), described finish-milling position (34) adds away from the screwed hole that the side of smart car position (33) is provided with processing locking screw pit Work component (4).
6. motorcycle lower link plate multistation according to claim 5 split refines complete set of equipments, it is characterised in that described Hole processing component (4) includes the 3rd rig floor (41) and tapping machine (42), and one is provided with the 3rd described rig floor (41) The four main case (43) of four axles output, described four main case (43) is plugged with four fluted drills for rotating simultaneously, described Four main case (43) lower section be provided with the 5th fixture (44), the 5th described fixture (44) be provided with positioning lower linking plate only Pressing plate (45), the pilot hole (451) for being oriented to fluted drill is provided with described only pressing plate (45), and described tapping machine (42) is located at , away from the side of three macropore processing assemblies (3), described hole processing component (4) is away from finish-milling position (34) for 3rd rig floor (41) Side be provided with aperture rig floor (5).
7. motorcycle lower link plate multistation according to claim 6 split refines complete set of equipments, it is characterised in that described Aperture rig floor (5) sets once the 5th main spindle box (51) of the axle of holes two output and fixation is plugged with two drill bits, described 5th main spindle box (51) lower section is provided with the 6th fixture (52) of fixed clamp lower linking plate, and described aperture rig floor is away from screwed hole The side of processing assembly (4) is lateral opening cut component (6).
8. motorcycle lower link plate multistation according to claim 7 split refines complete set of equipments, it is characterised in that described Lateral opening cut component (6) is provided with two opposed output shafts (61), has been respectively fixedly connected with described output shaft (61) The lateral opening cutting sheet of a piece of cut (62), described lateral opening cut component (6) is provided with can be while two lower linking plates of fixed clamp The 7th fixture (63), be provided with the 7th described fixture (63) positioning lower linking plate and the open circles pin with gathering sill (64), described lateral opening cut component (6) is press-fitting component (7) away from the side of hole processing component (4).
9. motorcycle lower link plate multistation according to claim 8 split refines complete set of equipments, it is characterised in that described Press-fitting component (7) includes press-fitting platform (71) and welding bench (72), and described press-fitting component (71) is provided with vertical hydraulic press (711) top board (712) that steering column is pressed into lower linking plate, described upper pressure, are provided with described vertical hydraulic press (711) It is axially the opening guide pin bushing (713) of vertical direction that plate (712) is provided with, and is provided with immediately below described opening guide pin bushing (713) The telescoping cylinders pin (714) of automatic setback pedestal after steering column press-in centre bore, described welding bench (72) is positioned at press-fitting component Away from the side of lateral opening cut component (6), described welding bench (72) opposite side is steering column block (8).
10. motorcycle lower link plate multistation according to claim 9 split refines complete set of equipments, it is characterised in that described Steering column block (8) be provided with two be mutually perpendicular to can from both direction simultaneously process axis hole live spindles (81), institute The steering column block stated is provided with the 8th fixture (82) with jaw.
CN201710146413.4A 2017-03-13 2017-03-13 Motorcycle lower link plate multistation fission refines complete set of equipments CN106736604B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB759701A (en) * 1952-09-15 1956-10-24 Automata Soc Improvements in and relating to electric feeler control systems for machine tools
CN203031265U (en) * 2012-12-20 2013-07-03 温岭市台达机电有限公司 Combined machine tool for automatic machining of lower connecting plates
CN203592310U (en) * 2013-11-14 2014-05-14 安徽凯宇机械制造有限公司 Clamp for milling lower connecting plate
CN205218524U (en) * 2015-10-28 2016-05-11 天津友发钢管集团股份有限公司 Steel pipe production system with device is selected to steel pipe
CN206632653U (en) * 2017-03-13 2017-11-14 宁波大学 The split of motorcycle lower link plate multistation refines complete set of equipments

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB759701A (en) * 1952-09-15 1956-10-24 Automata Soc Improvements in and relating to electric feeler control systems for machine tools
CN203031265U (en) * 2012-12-20 2013-07-03 温岭市台达机电有限公司 Combined machine tool for automatic machining of lower connecting plates
CN203592310U (en) * 2013-11-14 2014-05-14 安徽凯宇机械制造有限公司 Clamp for milling lower connecting plate
CN205218524U (en) * 2015-10-28 2016-05-11 天津友发钢管集团股份有限公司 Steel pipe production system with device is selected to steel pipe
CN206632653U (en) * 2017-03-13 2017-11-14 宁波大学 The split of motorcycle lower link plate multistation refines complete set of equipments

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