CN109366170A - A kind of assembly equipment of rotating connector - Google Patents
A kind of assembly equipment of rotating connector Download PDFInfo
- Publication number
- CN109366170A CN109366170A CN201811469146.5A CN201811469146A CN109366170A CN 109366170 A CN109366170 A CN 109366170A CN 201811469146 A CN201811469146 A CN 201811469146A CN 109366170 A CN109366170 A CN 109366170A
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- China
- Prior art keywords
- mandrel
- spring
- splicing
- upper cover
- hole
- Prior art date
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
- B23P21/004—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units passing two or more work-stations whilst being composed
- B23P21/006—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units passing two or more work-stations whilst being composed the conveying means comprising a rotating table
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/001—Article feeders for assembling machines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/001—Article feeders for assembling machines
- B23P19/004—Feeding the articles from hoppers to machines or dispensers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/001—Article feeders for assembling machines
- B23P19/007—Picking-up and placing mechanisms
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Automatic Assembly (AREA)
Abstract
A kind of assembly equipment of rotating connector, when being intended to overcome assembling rotating connector in the prior art, by the way of manual assembly, the low disadvantage of production efficiency, a kind of assembly equipment of rotating connector is provided, including the material transferring part between mandrel installation section, shell installation section, spring mountings point, lower cover installation section, lubricating oil addition part, ball installation section, upper cover installation section, pressing spring part, retaining ring installation section, riveting arbor portions, blanking part and each station.The present invention realizes the automatic assembling of rotating connector, improves production efficiency, is suitble to use when production rotating connector.
Description
Technical field
The present invention relates to work pieces process field more particularly to a kind of assembly equipments of rotating connector.
Background technique
Rotating connector is widely used in the product.Rotating connector as a component, assembled by multiple components and
At.When carrying out rotating connector assembling, need to complete mandrel installation, shell is installed, spring installation, lower cover is installed, lubricating oil adds
Add, ball installation, upper cover installation, pressing spring, retaining ring installation, multiple processes such as riveting mandrel equipment and blanking.It is set due to a lack of profession
It is standby, at present can only be by the way of manual assembly, production efficiency is low.
Summary of the invention
The present invention overcomes when assembling rotating connector in the prior art, by the way of manual assembly, production efficiency
Low disadvantage provides a kind of assembly equipment of rotating connector.
The present invention realize goal of the invention the technical solution adopted is that: a kind of assembly equipment of rotating connector, including mandrel
Installation section, shell installation section, spring mountings point, lower cover installation section, lubricating oil addition part, ball installation section,
Material transferring between upper cover installation section, pressing spring part, retaining ring installation section, riveting arbor portions, blanking part and each station
Part, the mandrel installation section include: mandrel feeding mechanism and mandrel feed mechanism, and mandrel feeding mechanism includes: mandrel
Feeding device is equipped with mandrel splicing through-hole with the mandrel material platform moved horizontally, mandrel material platform is controlled by cylinder, and mandrel splicing is logical
The internal diameter in hole and the outer diameter of mandrel are corresponding, the moving direction of mandrel material platform and the axis direction of mandrel splicing through-hole
Vertically, the discharge end of mandrel feeding device is docked with mandrel splicing through-hole；Mandrel feed mechanism includes: to be controlled by cylinder lifting
The lower section of mandrel material platform, mandrel push rod and mandrel is arranged in the mandrel handgrip of mandrel push rod and cylinder assembly control, mandrel push rod
Splicing through-hole is coaxially set, and mandrel handgrip is correspondingly arranged at the top of mandrel push rod；The shell installation section includes: outer
Shell feeding mechanism and shell feeding clip mechanism, shell feeding mechanism include: that shell feeding device and being controlled by cylinder moves horizontally
Shell splicing plate, shell splicing plate are equipped with shell splicing groove, the inner wall size of shell splicing groove and the outer profile size of shell
Corresponding, the discharge end of shell feeding device is docked with shell splicing groove, the feeding of the moving direction and shell of shell splicing plate
Direction is vertical, and shell feeding clip mechanism includes the shell handgrip controlled by cylinder assembly；The spring mountings point include: spring
Feeding device is equipped with spring splicing through-hole with the spring material platform moved horizontally, spring material platform is controlled by cylinder, and spring splicing is logical
The internal diameter in hole and the outer diameter of spring are corresponding, the moving direction of spring material platform and the axis direction of spring splicing through-hole
Vertically, the discharge end of spring feeding device is docked with spring splicing through-hole, the workpiece of spring splicing through-hole and material transferring part
Deck docking；The lower cover installation section includes: lower cover feeding mechanism and lower cover feeding clip mechanism, and lower cover feeding mechanism includes:
Lower cover feeding device is equipped with lower cover splicing groove, lower cover with the lower cover splicing plate moved horizontally, lower cover splicing plate is controlled by cylinder
The inner wall size of splicing groove and the outer profile size of lower cover are corresponding, the discharge end and lower cover splicing groove pair of lower cover feeding device
It connects, the moving direction of lower cover splicing plate is vertical with the feed direction of lower cover, and lower cover feeding clip mechanism includes being controlled by cylinder assembly
Lower cover suction nozzle；The lubricating oil addition part includes: the oil filling platform and oil fuel tube for being controlled by cylinder lifting, the outlet of oil fuel tube
Equipped with a pair of of pump nozzle, oil fuel tube is fixedly mounted on oil filling platform, and pump nozzle is corresponding with the workpiece deck of material transferring part to be set
It sets；The ball installation section includes: the mobile control of ball feed bin, the ball suction nozzle for being controlled by cylinder lifting and ball suction nozzle
Mechanism, ball suction nozzle are mounted on the mobile control mechanism of ball suction nozzle, and the top of ball feed bin is arranged in ball suction nozzle；Described
Upper cover installation section includes: upper cover feeding mechanism and upper cover feeding clip mechanism, upper cover feeding mechanism include: upper cover feeding device and by
The mobile upper cover splicing plate of cylinder controlled level, upper cover splicing plate are equipped with upper cover splicing groove, the inner wall size of upper cover splicing groove
Corresponding with the outer profile size of upper cover, the discharge end of upper cover feeding device is docked with upper cover splicing groove, the shifting of upper cover splicing plate
Dynamic direction is vertical with the feed direction of upper cover, and upper cover feeding clip mechanism includes the upper cover suction nozzle controlled by cylinder assembly；The pressure
Spring section includes: the hollow spring pressure bar for being controlled by cylinder lifting, is mounted in the workpiece deck of material transferring part
The gear fork push plate moved horizontally is pitched and be controlled by cylinder to gear, is equipped with gear in workpiece deck and pitches sliding slot, keeps off the opening size and core of fork
The size of axis is corresponding, and gear fork one end and gear fork push plate connect, the workpiece deck pair of spring pressure bar and material transferring part
It should be arranged；The retaining ring installation section includes: retaining ring feeding mechanism and retaining ring feeding clip mechanism, and retaining ring feeding mechanism includes: gear
Circle feeding device is equipped with retaining ring splicing groove with the retaining ring splicing plate moved horizontally, retaining ring splicing plate is controlled by cylinder, and retaining ring connects
The inner wall size of hopper and the outer profile size of retaining ring are corresponding, and the discharge end of retaining ring feeding device is docked with retaining ring splicing groove,
The moving direction of retaining ring splicing plate is vertical with the feed direction of retaining ring, and retaining ring feeding clip mechanism includes the retaining ring controlled by cylinder assembly
Suction nozzle；The riveting arbor portions include: motor-controlled formed punch and are controlled by cylinder the gear fork return fork moved horizontally, are rushed
Head and the workpiece deck of material transferring part are correspondingly arranged, and the opening size of gear fork return fork is corresponding with the size of mandrel, gear
The opening of fork return fork and the opening of gear fork are oppositely arranged to form the structure that gear fork return fork pushes gear fork；The blanking part
Including the material handgrip controlled by cylinder assembly；Material transferring part between each station includes rotary workbench, core
Axis installation section, shell installation section, spring mountings point, lower cover installation section, lubricating oil addition part, ball mounting portion
Point, upper cover installation section, pressing spring part, retaining ring installation section, riveting arbor portions, blanking part by assembling sequencing edge
The setting of workbench circumferencial direction.
Further, feeding-distribution device, the sub-material are equipped on the mandrel feeding device and spring feeding device
Device includes: feed pipe, tracheae, discharge nozzle and blanking control panel, and siding that blanking control panel includes: two sides and centre are by cylinder
The mobile movable plate of controlled level, movable plate are equipped with the through-hole that material passes through, and the moving direction of movable plate and the axis direction of through-hole hang down
Directly, feed pipe butt hole and tracheae butt hole are respectively equipped on the siding of side, the siding of the other side is docked equipped with discharge nozzle
Hole, tracheae butt hole are coaxially set with discharge nozzle butt hole.
Further, lubricating oil addition part, ball installation section, upper cover installation section and pressing spring part are equal
Equipped with the material clamping device controlled by cylinder assembly, material clamping device is corresponding with the workpiece deck of material transferring part to be set
It sets.
Further, the mandrel material platform of the mandrel feeding mechanism includes: mandrel material platform pedestal, is controlled by cylinder level
Mobile intermediate pushing block and mandrel material platform upper cover, mandrel material platform pedestal are equipped with mandrel push rod jack, intermediate pushing block and mandrel material
Be respectively equipped with mandrel splicing through-hole in platform upper cover, the mandrel splicing through-hole of intermediate pushing block different location respectively with mandrel material platform bottom
The mandrel push rod jack of seat and the mandrel splicing through-hole docking of mandrel material platform upper cover, the discharge end and mandrel material of mandrel feeding device
The mandrel splicing through-hole of platform upper cover docks, the mandrel push rod jack grafting of mandrel push rod and mandrel material platform pedestal.
Further, the shell handgrip includes: that case body and being controlled by cylinder of extending out of case body are stretched
The shell inserted link of contracting, the outer diameter of shell inserted link and the hole size of shell are corresponding.
Further, the spring material platform includes spring material platform pedestal, is controlled by cylinder the intermediate push plate moved horizontally
With spring material platform upper cover, spring splicing through-hole is respectively equipped in spring material platform pedestal, intermediate push plate and spring material platform upper cover, it is intermediate
The spring splicing through-hole of push plate is in the different location spring splicing through-hole pair with spring material platform pedestal and spring material platform upper cover respectively
It connects, the discharge end of spring feeding device is docked with the spring splicing through-hole of spring material platform upper cover, and the spring of spring material platform pedestal connects
Material through hole is docked with the workpiece deck of material transferring part.
Further, the spring mountings point further include the spring push-rod for being controlled by cylinder lifting, on spring material platform
It covers and is equipped with spring push-rod jack, spring push-rod is arranged in the top of spring material platform upper cover, spring push-rod, spring material platform upper cover
The spring splicing through-hole of spring push-rod jack and spring material platform pedestal is coaxially set.
Further, the ball installation section further includes the ball mandril for being controlled by cylinder lifting, ball feed bin bottom
Portion is equipped with ball mandril jack, the ball mandril jack grafting of ball mandril and ball feed bin.
Further, the workbench includes: bottom base disk, middle layer turntable and uppermost bay disk, bottom base disk,
Middle layer turntable and uppermost bay disk are co-axially mounted, and middle layer turntable is driven by Cam splitter and rotated, the upper plane of middle layer sabot
Along the circumferential direction it is laid with workpiece deck.
Further, the workbench: including rack, belt transmission mechanism and connection supporting plate, connection supporting plate is equipped with
Workpiece deck, belt transmission mechanism are mounted on the rack, and one group of connection supporting plate is fixedly connected with the belt of belt transmission mechanism.
The beneficial effects of the present invention are: the present invention by mandrel installation section, shell installation section, spring mountings point,
Lower cover installation section, lubricating oil add part, ball installation section, upper cover installation section, pressing spring part, retaining ring mounting portion
Divide, the cooperation of riveting arbor portions, blanking part and material transferring part, realize the automatic assembling of rotating connector, improves
Production efficiency.
The invention will be further described with specific embodiment with reference to the accompanying drawing.
Detailed description of the invention
Attached drawing 1 is assembling schematic diagram of the invention.
Attached drawing 2 is the structural schematic diagram of mandrel installation section of the invention.
Attached drawing 3 is the partial enlarged view A of attached drawing 2.
Attached drawing 4 is the cross-sectional view B-B of attached drawing 2.
Attached drawing 5 is the structural schematic diagram of shell installation section of the invention.
Attached drawing 6 is the partial enlarged view C of attached drawing 5.
Attached drawing 7 is the structural schematic diagram of spring mountings of the invention point.
Attached drawing 8 is the partial enlarged view D of attached drawing 7.
Attached drawing 9 is the structural schematic diagram of lower cover installation section of the invention.
Attached drawing 10 is the partial enlarged view E of attached drawing 9.
Attached drawing 11 is the structural schematic diagram that lubricating oil of the invention adds part.
Attached drawing 12 is the structural schematic diagram of ball installation section of the invention.
Attached drawing 13 is the structural schematic diagram of upper cover installation section of the invention.
Attached drawing 14 is the structural schematic diagram of pressing spring part of the invention.
Attached drawing 15 is the partial enlarged view F of attached drawing 14.
Attached drawing 16 is the structural schematic diagram of stop portion of the invention.
Attached drawing 17 is the structural schematic diagram of riveting arbor portions of the invention.
Attached drawing 18 is the partial enlarged view G of attached drawing 17.
Attached drawing 19 is the structural schematic diagram one of material transferring part of the invention.
Attached drawing 20 is the structural schematic diagram two of material transferring part of the invention.
Attached drawing 21 is the assembling schematic diagram of material clamping device of the invention.
Attached drawing 22 is the exploded view of rotating connector of the invention.
In attached drawing, 1 is mandrel installation section, 1-1 is mandrel feeding device, 1-2 is mandrel material platform, 1-2-1 is that mandrel connects
Material through hole, 1-2-2 are mandrel material platform pedestal, 1-2-2-1 is mandrel push rod jack, 1-2-3 is intermediate pushing block, 1-2-4 is mandrel
Material platform upper cover, 1-3 are mandrel push rod, 1-4 is mandrel handgrip, 2 be shell installation section, 2-1 is shell feeding device, 2-2 is
Shell splicing plate, 2-2-1 are shell splicing groove, 2-3 is shell handgrip, 2-3-1 is case body, 2-3-2 is shell inserted link, 3
Divide for spring mountings, 3-1 is spring feeding device, 3-2 is spring material platform, 3-2-1 is spring splicing through-hole, 3-2-2 is bullet
Spring material platform pedestal, 3-2-3 are intermediate push plate, 3-2-4 is spring material platform upper cover, 3-2-4-1 is spring push-rod jack, 3-3 is bullet
Spring push rod, 4 be lower cover installation section, 4-1 is lower cover feeding device, 4-2 is lower cover splicing plate, 4-2-1 is lower cover splicing groove, 4-
3 be lower cover suction nozzle, 5 be lubricating oil addition part, 5-1 be oil filling platform, 5-2 is oil fuel tube, 5-3 be pump nozzle, 6 be ball installation
Partially, 6-1 is ball feed bin, 6-1-1 is ball mandril jack, 6-2 is ball suction nozzle, 6-3 is the mobile control machine of ball suction nozzle
Structure, 6-4 be ball mandril, 7 is upper cover installation section, on 7-1 is upper cover feeding device, 7-2 is upper cover splicing plate, 7-2-1 is
Lid splicing groove, 7-3 be upper cover suction nozzle, 8 be pressing spring part, 8-1 is spring pressure bar, 8-2 is gear fork, 8-3 is gear fork push plate, 9
It is retaining ring feeding device for retaining ring installation section, 9-1,9-2 is retaining ring splicing plate, 9-2-1 is retaining ring splicing groove, 9-3 is retaining ring
Suction nozzle, 10 be riveting arbor portions, 10-1 is formed punch, 10-2 is gear fork return fork, 11 is blanking part, 12 is material transferring portion
Divide, 12-1 is workpiece deck, 12-1-1 is gear fork sliding slot, 12-2 is bottom base disk, 12-3 is middle layer turntable, 12-4 is top layer
Rack disk, 12-5 are rack, 12-6 is belt transmission mechanism, 12-7 is connection supporting plate, 13 be feeding-distribution device, 13-1 is charging
Pipe, 13-2 are tracheae, 13-3 is discharge nozzle, 13-4 is blanking control panel, 13-4-1 is siding, 13-4-1-1 is feed pipe docking
Hole, 13-4-1-2 are tracheae butt hole, 13-4-1-3 is discharge nozzle butt hole, 13-4-2 is movable plate, 13-4-2-1 is through-hole, 14
It is mandrel for material clamping device, 21,22 be shell, 23 be spring, 24 be lower cover, 25 be ball, 26 be upper cover, 27 is gear
Circle.
Specific embodiment
As shown in the picture, the assembly equipment of a kind of rotating connector of the present embodiment, including mandrel installation section 1, shell
Installation section 2, spring mountings point 3, lower cover installation section 4, lubricating oil addition part 5, ball installation section 6, upper cover installation
Material transferring portion between part 7, pressing spring part 8, retaining ring installation section 9, riveting arbor portions 10, blanking part 11 and each station
Divide 12.
The mandrel installation section 1 includes: mandrel feeding mechanism and mandrel feed mechanism.Mandrel feeding mechanism includes:
Mandrel feeding device 1-1 and it is controlled by cylinder the mandrel material platform 1-2 moved horizontally.Mandrel material platform 1-2 is logical equipped with mandrel splicing
Hole 1-2-1.The internal diameter of mandrel splicing through-hole 1-2-1 is corresponding with the outer diameter of mandrel 21.The movement of mandrel material platform 1-2
Direction is vertical with the axis direction of mandrel splicing through-hole 1-2-1.The discharge end and mandrel splicing through-hole 1- of mandrel feeding device 1-1
2-1 docking.Mandrel feed mechanism includes: the mandrel push rod 1-3 for being controlled by cylinder lifting and the mandrel handgrip of cylinder assembly control
1-4.The lower section of mandrel material platform 1-2 is arranged in mandrel push rod 1-3.Mandrel push rod 1-3 is set with mandrel splicing through-hole 1-2-1 coaxial line
It sets.Mandrel handgrip 1-4 is correspondingly arranged at the top of mandrel push rod 1-3.The mandrel material of the preferred mandrel feeding mechanism of the present embodiment
Platform 1-2 includes: mandrel material platform pedestal 1-2-2, is controlled by cylinder the intermediate pushing block 1-2-3 moved horizontally and mandrel material platform upper cover 1-
2-4.Mandrel material platform pedestal 1-2-2 is equipped with mandrel push rod jack 1-2-2-1.Intermediate pushing block 1-2-3 and mandrel material platform upper cover 1-
Mandrel splicing through-hole 1-2-1 is respectively equipped in 2-4.The mandrel splicing through-hole 1-2-1 of intermediate pushing block 1-2-3 distinguishes in different location
With the mandrel splicing through-hole 1-2- of the mandrel push rod jack 1-2-2-1 and mandrel material platform upper cover 1-2-4 of mandrel material platform pedestal 1-2-2
1 docking.The discharge end of mandrel feeding device 1-1 is docked with the mandrel splicing through-hole 1-2-1 of mandrel material platform upper cover 1-2-4.Mandrel
The mandrel push rod jack 1-2-2-1 grafting of push rod 1-3 and mandrel material platform pedestal 1-2-2.
The working principle of mandrel installation section 1 is: original state, the mandrel splicing through-hole 1- of mandrel material platform upper cover 1-2-4
The mandrel splicing through-hole 1-2-1 coaxial line of 2-1 and intermediate pushing block 1-2-3.Mandrel 21 in mandrel feeding device 1-1 is through mandrel material
Platform upper cover 1-2-4 is fallen into the mandrel splicing through-hole 1-2-1 of intermediate pushing block 1-2-3.Cylinder drives intermediate pushing block 1-2-3 mobile,
Keep the mandrel splicing through-hole 1-2-1 of intermediate pushing block 1-2-3 and the mandrel push rod jack 1-2-2-1 of mandrel material platform pedestal 1-2-2 same
Axis.Cylinder control mandrel push rod 1-3 is moved up along mandrel push rod jack 1-2-2-1, meanwhile, mandrel handgrip 1-4 grabs quilt
The mandrel 21 of mandrel push rod 1-3 ejection.
The shell installation section 2 includes: shell feeding mechanism and shell feeding clip mechanism.Shell feeding mechanism includes:
Shell feeding device 2-1 and it is controlled by cylinder the shell splicing plate 2-2 moved horizontally.Shell splicing plate 2-2 connects equipped with shell
Hopper 2-2-1.The inner wall size of shell splicing groove 2-2-1 is corresponding with the outer profile size of shell 22.Shell feeding device 2-1
Discharge end docked with shell splicing groove 2-2-1.The moving direction of shell splicing plate 2-2 is vertical with the feed direction of shell 22.
Shell feeding clip mechanism includes the shell handgrip 2-3 controlled by cylinder assembly.The preferred shell handgrip 2-3 of the present embodiment includes: outer
Shell shell 2-3-1 and what is extended out of case body 2-3-1 be controlled by cylinder flexible shell inserted link 2-3-2.Shell inserted link 2-
The outer diameter of 3-2 is corresponding with the hole size of shell 22.
The working principle of shell installation section 2 is: shell 22 feeds by shell feeding device 2-1 and is caught in shell splicing
In the shell splicing groove 2-2-1 of plate 2-2.Cylinder drives shell splicing plate 2-2 mobile, and next shell 22 is avoided to connect into shell
Hopper 2-2-1 realizes orderly discharging.The shell inserted link 2-3-2 of shell handgrip 2-3 is downwardly into the inner hole of shell 22, is carried out
Feeding.
The spring mountings point 3 include: spring feeding device 3-1 and are controlled by cylinder the spring material platform moved horizontally
3-2.Spring material platform 3-2 is equipped with spring splicing through-hole 3-2-1.The internal diameter of spring splicing through-hole 3-2-1 and spring 23
Outer diameter is corresponding.The moving direction of spring material platform 3-2 is vertical with the axis direction of spring splicing through-hole 3-2-1.Spring into
The discharge end of material device 3-1 is docked with spring splicing through-hole 3-2-1, spring splicing through-hole 3-2-1 and material transferring part 12
Workpiece deck 12-1 docking.The preferred spring material platform 3-2 of the present embodiment includes spring material platform pedestal 3-2-2, is controlled by cylinder water
Translation dynamic intermediate push plate 3-2-3 and spring material platform upper cover 3-2-4.Spring material platform pedestal 3-2-2, centre push plate 3-2-3 and bullet
Spring splicing through-hole 3-2-1 is respectively equipped in spring material platform upper cover 3-2-4.The spring splicing through-hole 3-2-1 of intermediate push plate 3-2-2 exists
Different location is docked with the spring splicing through-hole 3-2-1 of spring material platform pedestal 3-2-2 and spring material platform upper cover 3-2-4 respectively.Bullet
The discharge end of spring feeding device 3-1 is docked with the spring splicing through-hole 3-2-1 of spring material platform upper cover 3-2-4, spring material platform pedestal
The spring splicing through-hole 3-2-1 of 3-2-2 is docked with the workpiece deck 12-1 of material transferring part 12.Work is fallen into for convenience of spring 23
In part deck 12-1, the preferred spring mountings of the present embodiment point 3 further include the spring push-rod 3-3 for being controlled by cylinder lifting.Bullet
Spring material platform upper cover 3-2-4 is equipped with spring push-rod jack 3-2-4-1.Spring push-rod 3-2 is arranged in spring material platform upper cover 3-2-4's
Top.Spring push-rod 3-2, the spring push-rod jack 3-2-4-1 of spring material platform upper cover 3-2-4 and spring material platform pedestal 3-2-2's
Spring splicing through-hole 3-2-1 is coaxially set.
The working principle of spring mountings point 3 is: original state, the spring splicing through-hole 3- of spring material platform upper cover 3-2-4
The spring splicing through-hole 3-2-1 coaxial line of 2-1 and intermediate push plate 3-2-3.Spring 23 in spring feeding device 3-1 is through spring material
Platform upper cover 3-2-4 is fallen into the spring splicing through-hole 3-2-1 of intermediate push plate 3-2-3.Cylinder drives intermediate push plate 3-2-3 mobile,
Keep the spring splicing through-hole 3-2-1 of the spring splicing through-hole 3-2-1 of intermediate push plate 3-2-3 and spring material platform pedestal 3-2-2 coaxial
Line.Spring 23 is fallen into the workpiece deck 12-1 of material transferring part 12 through spring material platform pedestal 3-2-2,23 dropping process of spring
In, cylinder controls spring push-rod 3-3 and pushes down on spring 23 along the spring push-rod jack 3-2-4-1 of spring material platform upper cover 3-2-4,
Secondary spring 23 falls.
The lower cover installation section 4 includes: lower cover feeding mechanism and lower cover feeding clip mechanism.Lower cover feeding mechanism includes:
Lower cover feeding device 4-1 and it is controlled by cylinder the lower cover splicing plate 4-2 moved horizontally.Lower cover splicing plate 4-2 connects equipped with lower cover
Hopper 4-2-1.The inner wall size of lower cover splicing groove 4-2-1 is corresponding with the outer profile size of lower cover 24.Lower cover feeding device 4-1
Discharge end docked with lower cover splicing groove 4-2-1.The moving direction of lower cover splicing plate 4-2 is vertical with the feed direction of lower cover 24.
Lower cover feeding clip mechanism includes the lower cover suction nozzle 4-3 controlled by cylinder assembly.
The working principle of lower cover installation section 4 is: lower cover 24 feeds by lower cover feeding device 4-1 and is caught in lower cover splicing
In the lower cover splicing groove 4-2-1 of plate 4-2.Cylinder drives lower cover splicing plate 4-2 mobile, and next lower cover 24 is avoided to connect into lower cover
Hopper 4-2-1 realizes orderly discharging.Lower cover suction nozzle 4-3 draws lower cover 24 in lower cover splicing groove 4-2-1.
The lubricating oil addition part 5 includes: the oil filling platform 5-1 and oil fuel tube 5-2 for being controlled by cylinder lifting.Oil fuel tube
The outlet of 5-2 is equipped with a pair of of pump nozzle 5-3.Oil fuel tube 5-2 is fixedly mounted on oil filling platform 5-1.Pump nozzle 5-3 and material transferring
The workpiece deck 12-1 of part 12 is correspondingly arranged.
The working principle of lubricating oil addition part 5 is: material oiling of the pump nozzle 5-3 to workpiece deck 12-1.
The ball installation section 6 includes: ball feed bin 6-1, the ball suction nozzle 6-2 and ball for being controlled by cylinder lifting
Suction nozzle moves control mechanism 6-3.Ball suction nozzle 6-2 is mounted on the mobile control mechanism 6-3 of ball suction nozzle.Ball suction nozzle 6-2 is set
It sets in the top of ball feed bin 6-1.Ball 25, the preferred ball installation section 6 of the present embodiment are drawn for convenience of ball suction nozzle 6-2
It further include the ball mandril 6-4 for being controlled by cylinder lifting.The ball bottom feed bin 6-1 is equipped with ball mandril jack 6-1-1.Ball top
The ball mandril jack 6-1-1 grafting of bar 6-4 and ball feed bin 6-1.
The working principle of ball installation section 6 is: the mobile control mechanism 6-3 of ball suction nozzle drives ball suction nozzle 6-2 mobile
To suitable position, ball mandril 6-4 jacks up the ball 25 in ball feed bin 6-1, meanwhile, the ball suction nozzle 6- being disposed over
2 draw the ball 25 jacked up.
The upper cover installation section 7 includes: upper cover feeding mechanism and upper cover feeding clip mechanism.Upper cover feeding mechanism includes:
Upper cover feeding device 7-1 and it is controlled by cylinder the upper cover splicing plate 7-2 moved horizontally.Upper cover splicing plate 7-2 connects equipped with upper cover
Hopper 7-2-1.The inner wall size of upper cover splicing groove 7-2-1 is corresponding with the outer profile size of upper cover 26.Upper cover feeding device 7-1
Discharge end docked with upper cover splicing groove 7-2-1.The moving direction of upper cover splicing plate 7-2 is vertical with the feed direction of upper cover 26.
Upper cover feeding clip mechanism includes the upper cover suction nozzle 7-3 controlled by cylinder assembly.
The working principle of upper cover installation section 7 is: upper cover 26 feeds by upper cover feeding device 7-1 and is caught in upper cover splicing
In the upper cover splicing groove 7-2-1 of plate 7-2.Cylinder drives upper cover splicing plate 7-2 mobile, and next upper cover 26 is avoided to connect into upper cover
Hopper 7-2-1 realizes orderly discharging.Upper cover suction nozzle 7-3 draws upper cover 26 in upper cover splicing groove 7-2-1.
The pressing spring part 8 includes: the hollow spring pressure bar 8-1 for being controlled by cylinder lifting, is mounted on material biography
Gear fork 8-2 in the workpiece deck 12-1 of defeated part 12 pitches push plate 8-3 with the gear moved horizontally is controlled by cylinder.Workpiece deck
Gear fork sliding slot 12-1-1 is equipped in 12-1.The opening size of gear fork 8-2 is corresponding with the size of mandrel 21.Gear fork the one end 8-2 with
Gear fork push plate 8-3 is connected.Spring pressure bar 8-1 and the workpiece deck 12-1 of material transferring part 12 are correspondingly arranged.
The working principle of pressing spring part 8 is: declining the upper cover 26 in hollow spring pressure bar 8-1 and workpiece deck 12-1
Contact, spring 23 are compressed.Gear fork push plate 8-3 pushes gear fork 8-2 to move along the gear fork sliding slot 12-1-1 level of workpiece deck 12-1
Dynamic, the opening of gear fork 8-2 is wrapped in outside spring pressure bar 8-1 and mandrel 21 and contacts with upper cover 26.Spring pressure bar 8-1 rises, gear
Fork 8-2 continues lower pressing spring 23.
The retaining ring installation section 9 includes: retaining ring feeding mechanism and retaining ring feeding clip mechanism.Retaining ring feeding mechanism includes:
Retaining ring feeding device 9-1 and it is controlled by cylinder the retaining ring splicing plate 9-2 moved horizontally.Retaining ring splicing plate 9-2 connects equipped with retaining ring
Hopper 9-2-1.The inner wall size of retaining ring splicing groove 9-2-1 is corresponding with the outer profile size of retaining ring 27.Retaining ring feeding device 9-1
Discharge end docked with retaining ring splicing groove 9-2-1.The moving direction of retaining ring splicing plate 9-2 is vertical with the feed direction of retaining ring 27.
Retaining ring feeding clip mechanism includes the retaining ring suction nozzle 9-3 controlled by cylinder assembly.
The working principle of retaining ring installation section 9 is: retaining ring 27 feeds by retaining ring feeding device 9-1 and is caught in retaining ring splicing
In the retaining ring splicing groove 9-2-1 of plate 9-2.Cylinder drives retaining ring splicing plate 9-2 mobile, and next retaining ring 27 is avoided to connect into retaining ring
Hopper 9-2-1 realizes orderly discharging.Retaining ring suction nozzle 9-3 draws retaining ring 27 in retaining ring splicing groove 9-2-1.
The riveting arbor portions 10 include: that motor-controlled formed punch 10-1 is pitched with the gear moved horizontally is controlled by cylinder
Return pitches 10-2.Formed punch 10-1 and the workpiece deck 12-1 of material transferring part 12 are correspondingly arranged.Gear fork return fork 10-2's opens
Mouth size is corresponding with the size of mandrel 21.The opening of gear fork return fork 10-2 and the opening of gear fork 8-2 are oppositely arranged to form gear
Pitch the structure that return fork 10-2 pushes gear fork 8-2.
The working principle of riveting arbor portions 10 is: behind 21 end face of formed punch 10-1 riveting mandrel, retaining ring 27 has been fixed in mandrel
On 21.Gear fork return fork 10-2 is pushed forward in the presence of cylinder, is contacted with the mounted gear of mandrel 21 fork 8-2, and will gear
It pitches in the gear fork sliding slot 12-1-1 of 8-2 push-in workpiece deck 12-1.
The blanking part 11 includes the material handgrip controlled by cylinder assembly.
Material transferring part 12 between each station includes rotary workbench, mandrel installation section 1, shell installation
Part 2, spring mountings point 3, lower cover installation section 4, lubricating oil add part 5, ball installation section 6, upper cover installation section
7, pressing spring part 8, retaining ring installation section 9, riveting arbor portions 10, blanking part 11 are by the sequencing of assembling along workbench circle
Circumferential direction setting.
For the revolution design of workbench, the preferred workbench of the present embodiment includes: bottom base disk 12-2, middle layer turntable
12-3 and uppermost bay disk 12-4.Bottom base disk 12-2, middle layer turntable 12-3 and uppermost bay disk 12-4 are co-axially mounted, middle layer
Turntable 12-3 is driven by Cam splitter and is rotated.The upper plane of middle layer sabot 12-3 is along the circumferential direction laid with workpiece deck
12-1.When practical set, mandrel installation section 1, shell installation section 2, spring mountings point 3, lower cover installation section 4, lubrication
Oil addition part 5, ball installation section 6, upper cover installation section 7, pressing spring part 8, retaining ring installation section 9, riveting arbor portions
10, the concrete mechanism of blanking part 11 according to operational requirements, can be fixedly mounted on the bottom base disk 12-2 and top layer of workbench
On rack disk 12-4.Mandrel 21 is put on the workpiece deck 12-1 of middle layer turntable 12-3 by mandrel installation section 1, Cam splitter
Middle layer turntable 12-3 rotation is driven, the workpiece deck 12-1 for being put into mandrel 21 is gone to the fitting limit of shell installation section 2
It is interior.Shell 22 is sleeved on mandrel 21 by shell installation section 2, and Cam splitter continues to drive middle layer turntable 12-3 rotation, with
This analogizes, and one circle of middle layer turntable 12-3 rotation completes the assembling of a whole set of rotating connector.
Another preferred workbench of the present embodiment: including rack 12-5, belt transmission mechanism 12-6 and connection supporting plate 12-7.
It connects supporting plate 12-7 and is equipped with workpiece deck 12-1.Belt transmission mechanism 12-6 is mounted on rack 12-5.One group of connection supporting plate
12-7 is fixedly connected with the belt of belt transmission mechanism 12-6.When practical set, mandrel installation section 1, shell installation section 2,
Spring mountings point 3, lower cover installation section 4, lubricating oil addition part 5, ball installation section 6, upper cover installation section 7, pressure bullet
Spring part 8, retaining ring installation section 9, riveting arbor portions 10, blanking part 11 concrete mechanism be sequentially arranged on rack 12-5,
It is arranged along the outer ring belt transmission mechanism 12-6.
To realize orderly charging, sub-material dress is equipped on the preferred mandrel feeding device of the present embodiment and spring feeding device
Set 13.The feeding-distribution device 13 includes: feed pipe 13-1, tracheae 13-2, discharge nozzle 13-3 and blanking control panel 13-4.Blanking
Control panel 13-4 includes: that the siding 13-4-1 of two sides and centre are controlled by cylinder the movable plate 13-4-2 moved horizontally.Movable plate 13-4-
2 are equipped with the through-hole 13-4-2-1 that material passes through.The moving direction of movable plate 13-4-2 and the axis direction of through-hole 13-4-2-1 hang down
Directly.Feed pipe butt hole 13-4-1-1 and tracheae butt hole 13-4-1-2, the other side are respectively equipped on the siding 13-4-1 of side
Siding be equipped with discharge nozzle butt hole 13-4-1-3.Tracheae butt hole 13-4-1-2 and discharge nozzle butt hole 13-4-1-3 are coaxial
Line setting.The working principle of feeding-distribution device 13 is: material enters from feed pipe 13-1 to be fallen into feed pipe butt hole 13-4-1-1,
In movable plate 13-4-2 moving process, feed pipe butt hole 13-4-1-1 is docked with through-hole 13-4-2-1, and material falls into through-hole 13-4-
In 2-1.Movable plate 13-4-2 is continued to move to, as tracheae butt hole 13-4-1-2, through-hole 13-4-2-1 and discharge nozzle butt hole 13-4-
When 1-3 coaxial line, the material in through-hole 13-4-2-1 is blown into discharging 13-3 by the gas of tracheae 13-2.
To avoid influencing assembling quality, the preferred lubricating oil of the present embodiment adds part because of part deviation in assembling process
5, ball installation section 6, upper cover installation section 7 and pressing spring part 8 are equipped with the material clamping device controlled by cylinder assembly
14.Material clamping device 14 and the workpiece deck 12-1 of material transferring part 12 are correspondingly arranged, if part has rotation deviation
Correct position is corrected to by material clamping device 14.
Claims (10)
1. a kind of assembly equipment of rotating connector, including mandrel installation section, shell installation section, spring mountings point, under
Lid installation section, lubricating oil addition part, ball installation section, upper cover installation section, pressing spring part, retaining ring installation section,
Material transferring part between riveting arbor portions, blanking part and each station, which is characterized in that
The mandrel installation section (1) includes: mandrel feeding mechanism and mandrel feed mechanism, and mandrel feeding mechanism includes: core
Axis feeding device (1-1) and it is controlled by cylinder the mandrel material platform (1-2) moved horizontally, mandrel material platform (1-2) connects equipped with mandrel
The internal diameter of material through hole (1-2-1), mandrel splicing through-hole (1-2-1) is corresponding with the outer diameter of mandrel (21), mandrel material
The moving direction of platform (1-2) is vertical with the axis direction of mandrel splicing through-hole (1-2-1), the discharging of mandrel feeding device (1-1)
End docked with mandrel splicing through-hole (1-2-1), mandrel feed mechanism include: be controlled by cylinder lifting mandrel push rod (1-3) and
The mandrel handgrip (1-4) of cylinder assembly control, mandrel push rod (1-3) are arranged in the lower section of mandrel material platform (1-2), mandrel push rod
(1-3) is coaxially set with mandrel splicing through-hole (1-2-1), and mandrel handgrip (1-4) is correspondingly arranged at the upper of mandrel push rod (1-3)
Side；
The shell installation section (2) includes: shell feeding mechanism and shell feeding clip mechanism, and shell feeding mechanism includes: outer
Shell feeding device (2-1) and it is controlled by cylinder the shell splicing plate (2-2) moved horizontally, shell splicing plate (2-2) is equipped with outer
The inner wall size of shell splicing groove (2-2-1), shell splicing groove (2-2-1) is corresponding with the outer profile size of shell (22), shell
The discharge end of feeding device (2-1) is docked with shell splicing groove (2-2-1), the moving direction and shell of shell splicing plate (2-2)
(22) feed direction is vertical, and shell feeding clip mechanism includes the shell handgrip (2-3) controlled by cylinder assembly；
The spring mountings point (3) include: spring feeding device (3-1) and are controlled by cylinder the spring material platform moved horizontally
(3-2), spring material platform (3-2) be equipped with spring splicing through-hole (3-2-1), the internal diameter of spring splicing through-hole (3-2-1) with
The outer diameter of spring (23) is corresponding, the moving direction of spring material platform (3-2) and the axis side of spring splicing through-hole (3-2-1)
To vertical, the discharge end of spring feeding device (3-1) is docked with spring splicing through-hole (3-2-1), spring splicing through-hole (3-2-1)
It is docked with the workpiece deck (12-1) of material transferring part (12)；
The lower cover installation section (4) includes: lower cover feeding mechanism and lower cover feeding clip mechanism, under lower cover feeding mechanism includes:
Lid feeding device (4-1) and it is controlled by cylinder the lower cover splicing plate (4-2) moved horizontally, lower cover splicing plate (4-2) is equipped with down
The inner wall size of lid splicing groove (4-2-1), lower cover splicing groove (4-2-1) is corresponding with the outer profile size of lower cover (24), lower cover
The discharge end of feeding device (4-1) is docked with lower cover splicing groove (4-2-1), the moving direction and lower cover of lower cover splicing plate (4-2)
(24) feed direction is vertical, and lower cover feeding clip mechanism includes the lower cover suction nozzle (4-3) controlled by cylinder assembly；
The lubricating oil addition part (5) includes: the oil filling platform (5-1) and oil fuel tube (5-2) for being controlled by cylinder lifting, oiling
The outlet for managing (5-2) is equipped with a pair of of pump nozzle (5-3), and oil fuel tube (5-2) is fixedly mounted on oil filling platform (5-1), pump nozzle (5-
3) the workpiece deck (12-1) with material transferring part (12) is correspondingly arranged；
The ball installation section (6) includes: ball feed bin (6-1), the ball suction nozzle (6-2) for being controlled by cylinder lifting and rolling
Pearl suction nozzle is mobile control mechanism (6-3), and ball suction nozzle (6-2) is mounted on ball suction nozzle mobile control mechanism (6-3), and ball is inhaled
Mouth (6-2) is arranged in the top of ball feed bin (6-1)；
The upper cover installation section (7) includes: upper cover feeding mechanism and upper cover feeding clip mechanism, on upper cover feeding mechanism includes:
Lid feeding device (7-1) and it is controlled by cylinder the upper cover splicing plate (7-2) moved horizontally, upper cover splicing plate (7-2) is equipped with upper
The inner wall size of lid splicing groove (7-2-1), upper cover splicing groove (7-2-1) is corresponding with the outer profile size of upper cover (26), upper cover
The discharge end of feeding device (7-1) is docked with upper cover splicing groove (7-2-1), the moving direction and upper cover of upper cover splicing plate (7-2)
(26) feed direction is vertical, and upper cover feeding clip mechanism includes the upper cover suction nozzle (7-3) controlled by cylinder assembly；
The pressing spring part (8) includes: the hollow spring pressure bar (8-1) for being controlled by cylinder lifting, is mounted on material biography
Gear in the workpiece deck (12-1) of defeated part (12) pitches (8-2) and is controlled by cylinder gear fork push plate (8-3) moved horizontally, work
Gear fork sliding slot (12-1-1) is equipped in part deck (12-1), the opening size of gear fork (8-2) is corresponding with the size of mandrel (21),
Gear fork one end (8-2) and gear fork push plate (8-3) connect, the workpiece card of spring pressure bar (8-1) and material transferring part (12)
Seat (12-1) is correspondingly arranged；
The retaining ring installation section (9) includes: retaining ring feeding mechanism and retaining ring feeding clip mechanism, and retaining ring feeding mechanism includes: gear
It encloses feeding device (9-1) and is controlled by cylinder the retaining ring splicing plate (9-2) moved horizontally, retaining ring splicing plate (9-2) is equipped with gear
It encloses splicing groove (9-2-1), the inner wall size of retaining ring splicing groove (9-2-1) is corresponding with the outer profile size of retaining ring (27), retaining ring
The discharge end of feeding device (9-1) is docked with retaining ring splicing groove (9-2-1), the moving direction and retaining ring of retaining ring splicing plate (9-2)
(27) feed direction is vertical, and retaining ring feeding clip mechanism includes the retaining ring suction nozzle (9-3) controlled by cylinder assembly；
The riveting arbor portions (10) include: the gear fork that motor-controlled formed punch (10-1) and being controlled by cylinder moves horizontally
Return pitches (10-2), and formed punch (10-1) and the workpiece deck (12-1) of material transferring part (12) are correspondingly arranged, gear fork return fork
The opening size of (10-2) is corresponding with the size of mandrel (21), the opening of gear fork return fork (10-2) and opening for gear fork (8-2)
Mouth is oppositely arranged to form the structure that gear fork return fork (10-2) pushes gear fork (8-2)；
The blanking part (11) includes the material handgrip controlled by cylinder assembly；
Material transferring part (12) between each station includes rotary workbench；
Mandrel installation section (1), shell installation section (2), spring mountings point (3), lower cover installation section (4), lubricating oil add
Add part (5), ball installation section (6), upper cover installation section (7), pressing spring part (8), retaining ring installation section (9), riveting core
Shaft portion (10), blanking part (11) are arranged by the sequencing of assembling along workbench circumferencial direction.
2. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the mandrel feeds dress
It sets and is equipped on spring feeding device feeding-distribution device (13), the feeding-distribution device (13) includes: feed pipe (13-1), tracheae
(13-2), discharge nozzle (13-3) and blanking control panel (13-4), blanking control panel (13-4) include: the siding (13-4-1) of two sides
It is controlled by cylinder the movable plate (13-4-2) moved horizontally with centre, movable plate (13-4-2) is equipped with the through-hole (13-4- that material passes through
2-1), the moving direction of movable plate (13-4-2) is vertical with the axis direction of through-hole (13-4-2-1), the siding (13-4-1) of side
On be respectively equipped with feed pipe butt hole (13-4-1-1) and tracheae butt hole (13-4-1-2), the siding of the other side is equipped with discharging
Pipe butt hole (13-4-1-3), tracheae butt hole (13-4-1-2) are coaxially set with discharge nozzle butt hole (13-4-1-3).
3. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the lubricating oil addition
Partially (5), ball installation section (6), upper cover installation section (7) and pressing spring part (8) are equipped with by cylinder assembly control
Material clamping device (14), material clamping device (14) and the workpiece deck (12-1) of material transferring part (12) are correspondingly arranged.
4. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the mandrel charger
The mandrel material platform (1-2) of structure includes: mandrel material platform pedestal (1-2-2), is controlled by cylinder the intermediate pushing block (1-2-3) moved horizontally
With mandrel material platform upper cover (1-2-4), mandrel material platform pedestal (1-2-2) is equipped with mandrel push rod jack (1-2-2-1), intermediate pushing block
Mandrel splicing through-hole (1-2-1), the core of intermediate pushing block (1-2-3) are respectively equipped in (1-2-3) and mandrel material platform upper cover (1-2-4)
Axis splicing through-hole (1-2-1) different location respectively with the mandrel push rod jack (1-2-2-1) of mandrel material platform pedestal (1-2-2) and
The mandrel splicing through-hole (1-2-1) of mandrel material platform upper cover (1-2-4) docks, the discharge end and mandrel of mandrel feeding device (1-1)
Expect mandrel splicing through-hole (1-2-1) docking of platform upper cover (1-2-4), mandrel push rod (1-3) and mandrel material platform pedestal (1-2-2)
Mandrel push rod jack (1-2-2-1) grafting.
5. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the shell handgrip
(2-3) includes: case body (2-3-1) and is controlled by cylinder flexible shell inserted link from the interior extension of case body (2-3-1)
The outer diameter of (2-3-2), shell inserted link (2-3-2) are corresponding with the hole size of shell (22).
6. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the spring material platform
(3-2) includes spring material platform pedestal (3-2-2), is controlled by cylinder in the intermediate push plate (3-2-3) and spring material platform moved horizontally
It covers (3-2-4), is respectively equipped in spring material platform pedestal (3-2-2), intermediate push plate (3-2-3) and spring material platform upper cover (3-2-4)
Spring splicing through-hole (3-2-1), the spring splicing through-hole (3-2-1) of intermediate push plate (3-2-2) different location respectively with spring
Expect spring splicing through-hole (3-2-1) docking of platform pedestal (3-2-2) and spring material platform upper cover (3-2-4), spring feeding device (3-
1) discharge end is docked with the spring splicing through-hole (3-2-1) of spring material platform upper cover (3-2-4), spring material platform pedestal (3-2-2)
Spring splicing through-hole (3-2-1) dock (12-1) with the workpiece deck of material transferring part (12).
7. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the spring mountings
Dividing (3) further includes the spring push-rod (3-3) for being controlled by cylinder lifting, and spring material platform upper cover (3-2-4) is inserted equipped with spring push-rod
Hole (3-2-4-1), spring push-rod (3-2) are arranged in the top of spring material platform upper cover (3-2-4), spring push-rod (3-2), spring material
The spring push-rod jack (3-2-4-1) of platform upper cover (3-2-4) and the spring splicing through-hole (3-2- of spring material platform pedestal (3-2-2)
1) it is coaxially set.
8. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the ball mounting portion
Dividing (6) further includes the ball mandril (6-4) for being controlled by cylinder lifting, and the ball feed bin bottom (6-1) is equipped with ball mandril jack (6-
1-1), ball mandril jack (6-1-1) grafting of ball mandril (6-4) and ball feed bin (6-1).
9. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the workbench bag
Include: bottom base disk (12-2), middle layer turntable (12-3) and uppermost bay disk (12-4), bottom base disk (12-2), middle layer turn
Disk (12-3) and uppermost bay disk (12-4) are co-axially mounted, and middle layer turntable (12-3) is driven by Cam splitter and rotated, middle layer
The upper plane of sabot (12-3) is along the circumferential direction laid with workpiece deck (12-1).
10. a kind of assembly equipment of rotating connector according to claim 1, which is characterized in that the workbench: packet
Including rack (12-5), belt transmission mechanism (12-6) and connection supporting plate (12-7), connection supporting plate (12-7) are equipped with workpiece deck
(12-1), belt transmission mechanism (12-6) are mounted on rack (12-5), one group of connection supporting plate (12-7) and belt transmission mechanism
The belt of (12-6) is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811469146.5A CN109366170B (en) | 2018-12-04 | 2018-12-04 | Assembling equipment for rotating connecting piece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811469146.5A CN109366170B (en) | 2018-12-04 | 2018-12-04 | Assembling equipment for rotating connecting piece |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109366170A true CN109366170A (en) | 2019-02-22 |
| CN109366170B CN109366170B (en) | 2023-05-26 |
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ID=65375459
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811469146.5A Active CN109366170B (en) | 2018-12-04 | 2018-12-04 | Assembling equipment for rotating connecting piece |
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| Country | Link |
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| CN (1) | CN109366170B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111331369A (en) * | 2020-04-17 | 2020-06-26 | 邵阳学院 | Automatic assembly production line for steel ball stand columns |
| CN113732660A (en) * | 2021-08-16 | 2021-12-03 | 东莞长盈精密技术有限公司 | Auxiliary material press fitting device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104015040A (en) * | 2014-05-30 | 2014-09-03 | 宁波精成车业有限公司 | Full-automatic steel ball assembling machine |
| CN105499991A (en) * | 2016-01-15 | 2016-04-20 | 宁波新邦工具有限公司 | Rotating disc type rapid connector assembling machine |
| WO2016091142A1 (en) * | 2014-12-08 | 2016-06-16 | 深圳市奥斯珂科技有限公司 | Equipment for producing usb flash drives |
| CN106028672A (en) * | 2016-07-05 | 2016-10-12 | 张剑光 | Glue nail automatic assembly machine |
| CN107695675A (en) * | 2017-09-20 | 2018-02-16 | 重庆工商大学 | A kind of optical fiber head kludge that can save processing space |
-
2018
- 2018-12-04 CN CN201811469146.5A patent/CN109366170B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104015040A (en) * | 2014-05-30 | 2014-09-03 | 宁波精成车业有限公司 | Full-automatic steel ball assembling machine |
| WO2016091142A1 (en) * | 2014-12-08 | 2016-06-16 | 深圳市奥斯珂科技有限公司 | Equipment for producing usb flash drives |
| CN105499991A (en) * | 2016-01-15 | 2016-04-20 | 宁波新邦工具有限公司 | Rotating disc type rapid connector assembling machine |
| CN106028672A (en) * | 2016-07-05 | 2016-10-12 | 张剑光 | Glue nail automatic assembly machine |
| CN107695675A (en) * | 2017-09-20 | 2018-02-16 | 重庆工商大学 | A kind of optical fiber head kludge that can save processing space |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111331369A (en) * | 2020-04-17 | 2020-06-26 | 邵阳学院 | Automatic assembly production line for steel ball stand columns |
| CN113732660A (en) * | 2021-08-16 | 2021-12-03 | 东莞长盈精密技术有限公司 | Auxiliary material press fitting device |
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| Publication number | Publication date |
|---|---|
| CN109366170B (en) | 2023-05-26 |
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