CN108857399A - Electric air pump rear cover package system - Google Patents
Electric air pump rear cover package system Download PDFInfo
- Publication number
- CN108857399A CN108857399A CN201810920659.7A CN201810920659A CN108857399A CN 108857399 A CN108857399 A CN 108857399A CN 201810920659 A CN201810920659 A CN 201810920659A CN 108857399 A CN108857399 A CN 108857399A
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- Prior art keywords
- mould
- discharging
- spring washer
- nut
- plain cushion
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- 238000000034 method Methods 0.000 claims abstract description 33
- 238000007599 discharging Methods 0.000 claims description 189
- 238000009434 installation Methods 0.000 claims description 42
- 210000000078 claw Anatomy 0.000 claims description 18
- 238000010147 laser engraving Methods 0.000 claims description 16
- 239000000463 material Substances 0.000 claims description 12
- 230000010355 oscillation Effects 0.000 claims description 12
- 230000000903 blocking effect Effects 0.000 claims description 9
- 239000003638 chemical reducing agent Substances 0.000 claims description 5
- 230000001939 inductive effect Effects 0.000 claims description 5
- 230000005693 optoelectronics Effects 0.000 claims description 5
- 238000010586 diagram Methods 0.000 description 12
- 230000008878 coupling Effects 0.000 description 4
- 238000010168 coupling process Methods 0.000 description 4
- 238000005859 coupling reaction Methods 0.000 description 4
- 230000007423 decrease Effects 0.000 description 3
- 238000012545 processing Methods 0.000 description 3
- 230000005540 biological transmission Effects 0.000 description 2
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 2
- 230000000007 visual effect Effects 0.000 description 2
- 229910000838 Al alloy Inorganic materials 0.000 description 1
- 230000001174 ascending effect Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 238000009510 drug design Methods 0.000 description 1
- 230000002349 favourable effect Effects 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 238000012536 packaging technology Methods 0.000 description 1
- 230000005622 photoelectricity Effects 0.000 description 1
- 238000005086 pumping Methods 0.000 description 1
- 230000007115 recruitment Effects 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 238000012360 testing method Methods 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
Classifications
-
- 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)
- Structures Of Non-Positive Displacement Pumps (AREA)
- Automatic Assembly (AREA)
Abstract
The present invention relates to electric air pump rear cover package systems, including total support assembly, it is arranged at total support assembly upper end center and rotates linking for realizing process and the rotary table assembly of mould device in groups is distributed with, and nut element is successively transported to nut feeding device of the mould in groups on device around be distributed in rotary table assembly surrounding, spring mat piece is transported to spring washer feeding device of the mould in groups on device, plain cushion collar member is transported to plain cushion feeding device of the mould in groups on device, pump cover part is transported to pump cover feeding device of the mould in groups on device, for to mould device upper cap nut part in groups.
Description
Technical field
The present invention relates to electric air pump rear cover package system, system installation method and pump cover assemble methods.
Background technique
Currently, the pump cover of air pump is generally aluminium alloy or ironcasting, the standard components such as pad, nut are assembled in pump housing rear cover
Then portion is bolted with pump housing main body and is integrated, standard component by being manually placed into pump cover by tradition, low efficiency
Under, time-consuming and laborious, the amount of labour used is big.
Summary of the invention
The technical problems to be solved by the invention are generally speaking to provide a kind of electric air pump rear cover package system, system peace
Dress method and pump cover assemble method；The technical issues of solving in detail and acquirement beneficial effect in aftermentioned content and combine specific
Content specifically describes in embodiment.
To solve the above problems, the technical solution adopted by the present invention is that：
A kind of electric air pump rear cover package system, including total support assembly, be arranged at total support assembly upper end center and
Linking is rotated for realizing process and the mould rotary table assembly of device and successively around being distributed in rotation in groups is distributed with
Nut element is transported to nut feeding device of the mould in groups on device, is transported to spring mat piece by revolving worktable assembly surrounding
Mould in groups the spring washer feeding device on device, plain cushion collar member is transported to plain cushion feeding device of the mould in groups on device, will
Pump cover part be transported to pump cover feeding device of the mould in groups on device, for mould in groups device upper cap nut part, spring mat piece,
Plain cushion collar member, the contraposition calibration equipment of pump cover part adjustment contraposition, for mould device upper cap nut part, spring mat piece, flat in groups
Gasket member, pump cover part are pressed the pushing assembling device being integrated, for the laser engraving machine and finished product in pump cover part engraved markings
Discharging device.
As a further improvement of the above technical scheme：
Rotary table assembly includes the turntable driving motor being arranged on total support assembly, by speed reducer and rotation
The rotary work rack of platform driving motor transmission connection；
Device is eight and divides equally on rotary work rack mould in groups；Device includes being mounted on rotation work to mould in groups
The mould seat be used as on rack, the mould mandrel being vertically arranged on mould seat, be coaxially movably arranged on mould mandrel top and
Exist in the mould positioning seat of location and installation pump cover part, the mould technique gap for being distributed in mould positioning seat upper edge, setting
Between mould positioning seat and mould seat and be sleeved on mould mandrel mould spring, setting is on mould mandrel top and for fixed
It places the step surface of nut element and is distributed on mould seat and is used for top gas cylinder on the upper mould for pushing up mould positioning seat in position.
Nut feeding device includes nut vibrating frame, the feed inlet for being arranged on total support assembly and being used to store nut element
Slideway, setting are discharged in nut discharging slideway lower end and for placing nut to be assembled with the nut of nut vibrating frame outlet connection
The nut discharging terminal of part is arranged in immediately below nut discharging terminal and for will be lifted off open nut discharging terminal in nut element
Top gas cylinder, the nut inductive switch that nut discharging terminal side is arranged in and setting are in nut discharging terminal side on nut
And for grabbing the spiral shell for being lifted off out the nut element of nut discharging terminal on nut on top gas cylinder and being sent on mould mandrel step surface
Cap feeding manipulator.
Spring washer feeding device includes the spring washer vibrating frame for being arranged on total support assembly and be used to store spring mat piece, charging
Mouth and the spring washer of spring washer vibrating frame outlet connection discharge slideway, setting in spring washer discharging slideway lower end and for placing bullet to be assembled
The spring washer discharging terminal of spring mat piece, is separately positioned on spring washer and goes out the spring washer discharging front apron that spring washer discharging terminal front end is arranged in
The spring washer transverse shifting L-type frame and spring washer transverse shifting baffle of material terminal two sides, setting immediately below spring washer discharging terminal and are used
In top gas cylinder, setting on the spring washer that will be lifted off open spring washer discharging terminal in spring mat piece on spring washer transverse shifting L-type frame transverse slat
And the spring washer lifting for being laterally inserted in the U-shaped gap of spring washer of top gas cylinder upper end on spring washer, spring washer discharging terminal side being arranged in
Frame, the spring washer transverse shifting frame that spring washer crane upper end is arranged in and setting are on spring washer transverse shifting frame and are used for bullet
Spring mat piece grabs from spring washer transverse shifting L-type frame and is sent to the clamping gripper of the spring washer on mould mandrel step surface；
Spring washer clamps the bayonet and the external shape fits of spring mat piece after gripper pairing；Spring washer transverse shifting L-type frame transverse slat
Above spring washer transverse shifting baffle.
Plain cushion feeding device includes the plain cushion vibrating frame for being arranged on total support assembly and be used to store plain cushion collar member, charging
The plain cushion that mouth and the outlet of plain cushion vibrating frame connect discharges slideway, setting in plain cushion discharging slideway lower end and for placing to be assembled put down
Terminal that gasket member and width are narrower than plain cushion collar member outer diameter and plain cushion of the two sides with technique gap discharges, setting discharge eventually in plain cushion
The plain cushion terminal front apron for holding front end, is arranged in plain cushion crane the plain cushion crane that plain cushion terminal front apron side is arranged in
The plain cushion transverse strands of upper end and setting are in plain cushion transverse strands and for grabbing and sending plain cushion collar member from plain cushion discharging terminal
Plain cushion pneumatic motor machinery claw on to mould mandrel step surface.
Pump cover feeding device includes the pump cover crane being arranged on total support assembly, lifting setting on pump cover crane
Pump cover upper mounting plate, be vertically arranged on pump cover upper mounting plate pump cover rotary oscillation motor, setting in pump cover crane side and
It pump cover feed conveyor belt for transmitting pump cover part and is horizontally set on pump cover upper mounting plate and root and pump cover rotation are put
Dynamic motor key connection drives to swing and grabs the pump cover that pump cover part in pump cover feed conveyor belt is transported on upper top mould positioning seat
Gripper.
Contraposition calibration equipment includes the contraposition crane being arranged on total support assembly, is upside down in pair aligned on crane
Position lifting cylinder and motor driven and be arranged in contraposition lifting cylinder lower end contraposition rotating seat and be separately positioned on contraposition
The contraposition inspection of mounting hole concentricity on rotating seat and for detecting nut element, spring mat piece, plain cushion collar member and pump cover part
Test pin.
Assembling device is pushed to include the pushing bracket being arranged on total support assembly, be upside down on pushing bracket cantilever beam
Lower air cylinder is arranged lower air cylinder piston-rod lower end and is used for nut element, spring mat piece, plain cushion collar member and pump cover part
Carry out the finished parts push-down head that press fitting is.
Finished product discharging device include the discharging photoelectric sensor that is separately positioned on total support assembly with discharging crane, set
Set the discharging transverse strands on discharging crane, setting is discharging in transverse strands and for removing finished product from mould in groups device
The discharging gripper of part is arranged on total support assembly and finished parts of the discharging gripper clamping for placement and by the finished product
The discharge belt of the output of part, on discharge belt discharging optoelectronic switch, across on discharge belt discharging dragon
Door frame is arranged on discharging portal frame and for the intermittent discharging material blocking rod for stopping finished parts to move ahead with discharge belt.
A kind of installation method of electric air pump rear cover package system, electric air pump rear cover package system include that total rack is total
At, be arranged at total support assembly upper end center and rotate linking for realizing process and the rotation of mould device in groups is distributed with
Workbench assembly and nut element is successively transported to mould in groups on device around be distributed in rotary table assembly surrounding
Nut feeding device, spring mat piece is transported to spring washer feeding device of the mould in groups on device, is transported to plain cushion collar member
Mould in groups the plain cushion feeding device on device, pump cover part is transported to pump cover feeding device of the mould in groups on device, is used for
To mould in groups device upper cap nut part, spring mat piece, plain cushion collar member, pump cover part adjustment contraposition contraposition calibration equipment, for pair
The mould pushing assembling device that device upper cap nut part, spring mat piece, plain cushion collar member, the press fitting of pump cover part are integrated in groups is used for
The laser engraving machine and finished product discharging device of pump cover part engraved markings；The installation method includes the following steps：Step 1 is built
Total support assembly；Step 2, firstly, by mould in groups device installation rotary table assembly；Then, rotary table is total
At being mounted on total support assembly；Step 3 installs nut feeding device on total support assembly；Step 4, it is total in total rack
At upper installation spring washer feeding device；Step 5 installs plain cushion feeding device on total support assembly；Step 6, it is total in total rack
At upper installation pump cover feeding device；Step 7, the installation contraposition calibration equipment on total support assembly；Step 8, it is total in total rack
Assembling device is pushed at upper installation；Step 9 installs laser engraving machine on total support assembly；Step 10, in total support assembly
Upper mounting finished product discharging device.As a further improvement of the above technical scheme：Include the following steps in step 2,
Step 2 one, assembled mold device in groups；Firstly, in the processing of mould mandrel upper end for location and installation nut element
Step surface；Then, mould mandrel is fixed on mould seat；Secondly, the top gas cylinder on distributing installation mould on mould mandrel；Again
It is secondary, mould spring and mould positioning seat are inserted on mould mandrel
Step 2 two assembles rotary table assembly；Firstly, eight positioning of equal point of processing stop on rotary work rack
Hole；Then, the mould seat of step 2 one is placed in corresponding positioning to stop in hole, and is connected it with rotary work rack by bolt
It connects；
Step 2 three, firstly, the pedestal of turntable driving motor is connect with total support assembly；Then, by step 2 two
In rotary work rack lift in the bearing hole of total support assembly upper end；Recently, in rotary work rack and turntable
Shaft coupling and speed reducer are connected between driving motor.
Include the following steps in step 3,
Step 3 one, firstly, nut vibrating frame is mounted on total support assembly；Then, it exports and pacifies in nut vibrating frame
Fill nut discharging slideway；Secondly, top gas cylinder on nut is installed on total support assembly, the nut discharging of adjustment nut discharging slideway
The position of top gas cylinder in terminal and nut；Again, nut discharging slideway is fixed on total support assembly；
Step 3 two installs nut feeding manipulator in total support assembly, and by the beginning and spiral shell of nut feeding manipulator
Cap discharging terminal is corresponding, and the terminal of nut feeding manipulator station corresponding to rotary table assembly is corresponding.
Include the following steps in step 4,
Step 4 one, firstly, spring washer vibrating frame is mounted on total support assembly；Then, it exports and pacifies in spring washer vibrating frame
It shoots and gets material slideway discard；Secondly, top gas cylinder on spring washer is installed on total support assembly, the spring washer discharging of adjustment nut discharging slideway
The position of top gas cylinder in terminal and spring washer；Again, spring washer discharging slideway is fixed on total support assembly；And then, in spring washer
The front end installation spring washer discharging front apron for the terminal that discharges is horizontally installed with the spring washer of cylinder drive in the side of spring washer discharging terminal
Transverse shifting baffle is horizontally installed with the spring washer transverse shifting L-type frame of cylinder drive in the other side of spring washer discharging terminal；
Step 4 two, firstly, installing spring washer crane in total support assembly, in spring washer crane upper end, connection spring washer is lateral
Movable stand, vertically-mounted spring washer clamps gripper on spring washer transverse shifting frame；Then, by spring washer clamping gripper beginning with
Spring washer discharges, and terminal is corresponding, and the terminal station corresponding to rotary table assembly that spring washer is clamped gripper is corresponding.
Include the following steps in step 5, step 5 one, firstly, plain cushion vibrating frame is mounted on total support assembly；
Then, installation plain cushion discharging slideway is exported in plain cushion vibrating frame；Secondly, pacifying in front of the plain cushion discharging terminal of plain cushion discharging slideway
Fill plain cushion terminal front apron；
Step 5 two, firstly, installing plain cushion crane in total support assembly；Then, plain cushion is installed on plain cushion crane
Transverse strands；Secondly, installing plain cushion pneumatic motor machinery claw in plain cushion transverse strands, and the beginning of plain cushion pneumatic motor machinery claw is gone out with plain cushion
Expect that terminal is corresponding, the terminal of plain cushion pneumatic motor machinery claw station corresponding to rotary table assembly is corresponding.
Include the following steps in step 6,
Firstly, installing pump cover crane on total support assembly；Then, pump cover upper mounting plate is installed on pump cover crane；
Secondly, installing pump cover rotary oscillation motor in pump cover upper mounting plate lower end, pump cover gripper is horizontally mounted in pump cover upper mounting plate upper end
Machinery claw；Again, pump cover rotary oscillation motor is connect with pump cover crawl gripper by shaft coupling；Finally, in total support assembly
Upper side is installed by pump cover feed conveyor belt corresponding with pump cover crawl gripper beginning.
Include the following steps in step 7,
Firstly, the installation contraposition crane on total support assembly；Then, installation contraposition rises on the crossbeam of contraposition crane
Sending down abnormally ascending cylinder；Secondly, installing gear ring in contraposition lifting cylinder lower end connection contraposition rotating seat in contraposition rotating seat upper end, aligning
The motor gear axis engaged with gear ring is installed on the crossbeam of crane；Again, the installation of contraposition rotating seat lower end is to bit trial pin.
Include the following steps in step 8,
Firstly, installation pushes bracket on total support assembly；Then, lower air cylinder is installed on the crossbeam for pushing bracket；
Secondly, installing push-down head in lower air cylinder lower end.
Include the following steps in step 10,
Firstly, installing discharge belt on total support assembly；Then, on discharge belt installation discharging portal frame with
Discharge photoelectric sensor, in discharging portal frame lower end installation discharging material blocking rod；It is risen secondly, installing discharging in discharge belt side
Frame and discharging optoelectronic switch drop；Again, the installation discharging transverse strands on discharging crane, install discharging machine in discharging transverse strands
Machinery claw；Finally, adjustment discharging gripper, and the terminal for the gripper that discharges is corresponding with the beginning of discharge belt, by discharging machine
The beginning of machinery claw station corresponding to rotary table assembly is corresponding.
A kind of assemble method of electric air pump pump cover, by means of electric air pump rear cover package system include total support assembly,
It is arranged at total support assembly upper end center and rotates linking for realizing process and the rotation work of mould device in groups is distributed with
Make platform assembly and nut element is successively transported to mould in groups on device around be distributed in rotary table assembly surrounding
Spring mat piece is transported to spring washer feeding device of the mould in groups on device, plain cushion collar member is transported to tire by nut feeding device
Tool in groups the plain cushion feeding device on device, pump cover part is transported to pump cover feeding device of the mould in groups on device, is used for pair
The mould contraposition calibration equipment that device upper cap nut part, spring mat piece, plain cushion collar member, the adjustment of pump cover part align in groups is used for tire
Device upper cap nut part, spring mat piece, plain cushion collar member, pump cover part are pressed the pushing assembling device being integrated, for pumping to tool in groups
The laser engraving machine and finished product discharging device of cover piece engraved markings；The assemble method includes the following steps：
Spring mat piece is stored in spring washer vibrating frame by step 1 firstly, nut element is stored in nut vibrating frame,
Plain cushion collar member is stored in plain cushion vibrating frame, pump cover part is stored in pump cover feed conveyor belt, by corresponding mould at assembling
It sets and is mounted on rotary work rack；Then, starting turntable driving motor driving rotary work rack nut feeding station,
Spring washer feeding station, pump cover feeding station, assembles station, laser engraving work to bit check station, pushing at plain cushion feeding station
It is rotated between position, finished product discharging station；
Step 2, when rotary work rack rotates to nut feeding station, firstly, driving nut vibrating frame, nut element
It is slipped in nut discharging terminal along nut discharging slideway；Then, drive nut on top gas cylinder from nut discharge terminal bottom surface
It is inserted upwardly into nut element centre bore, and is ejected nut discharging terminal；Finally, nut feeding manipulator pacifies the nut element
It is attached on the step surface of mould mandrel.
As a further improvement of the above technical scheme：
Step 3, when rotary work rack rotates to spring washer feeding station, firstly, driving spring washer vibrating frame, spring pad
Part slides along spring washer discharging slideway to spring washer discharging terminal；Then, spring mat piece is ejected spring washer by top gas cylinder upwards on spring washer
Discharge terminal；Secondly, cylinder drives spring washer transverse shifting L-type frame transverse shifting, the U-shaped gap of spring washer is inserted into top gas cylinder on spring washer
At piston rod；Again, top gas cylinder piston rod declines on spring washer, and spring mat piece is fallen on spring washer transverse shifting L-type frame, cylinder driving
Spring washer transverse shifting baffle is moved to below the U-shaped gap of spring washer；And then, spring washer clamping gripper grabs the spring mat piece and moves
It moves above the nut element on the step surface of mould mandrel.
Step 4, when rotary work rack rotates to plain cushion feeding station, firstly, driving plain cushion vibrating frame, plain washer
Part slides along plain cushion discharging slideway to plain cushion discharging terminal；Then, plain cushion pneumatic motor machinery claw from plain cushion discharge terminal two sides work
Skill gap enters clamping plain cushion collar member；Secondly, plain cushion pneumatic motor machinery claw grabs the plain cushion collar member and is moved to the platform of mould mandrel
Above spring mat piece on terrace.
Step 5, when rotary work rack rotates to pump cover feeding station, firstly, driving pump cover feed conveyor belt will pump
Cover piece is sent to its terminal；
Then, pump cover crawl gripper grabs the pump cover part；Secondly, driving pump cover crane drives pump cover upper mounting plate liter
Drop, while pump cover rotary oscillation motor rotation is driven, which is placed on mould positioning seat.
Step 6, when rotary work rack is rotated to bit check station, firstly, driving contraposition lifting cylinder drive pair
Bit trial pin is inserted into corresponding through-hole and detects concentricity；Then, the adjustment of pump cover part moving in rotation is driven by contraposition rotating seat
Position.
Step 7, when rotary work rack rotates to pushing assembling station, firstly, lower air cylinder is pushed by push-down head
Pump cover part；Then, mould positioning seat overcomes mould spring to decline, and nut element, spring mat piece and plain cushion collar member stack step
It is stationary on face, pump cover part, nut element, spring mat piece and plain cushion collar member are assembled into one and to form finished parts；Finally,
Mould spring will be pushed up with top gas cylinder on mould on finished parts.
Step 7, when rotary work rack rotates to laser application station, laser engraving machine carries out laser to finished parts
Engraving.
Step 8, when rotary work rack rotates to finished product discharging station, firstly, starting discharge belt；Then, out
Expect that finished parts are driven discharge belt by gripper；Secondly, discharging portal frame drives discharging material blocking rod to decline gear.
The present invention, which need to only be placed on pump cover on mould, transmits it by conveyer belt, carries out clamping assembly by manipulator,
Cooperate rotating disk output, and exports the pump cover after assembling.
Detailed description of the invention
Fig. 1 is whole structural schematic diagram of the invention；Fig. 2 is the structural schematic diagram at the first visual angle of the invention；Fig. 3 is this hair
The structural schematic diagram at bright second visual angle；Fig. 4 is the structural schematic diagram of rotary table assembly of the present invention；Fig. 5 is nut of the present invention
The structural schematic diagram of feeding device；Fig. 6 is the structural schematic diagram of spring washer feeding device of the present invention；Fig. 7 is plain cushion feeding of the present invention
The structural schematic diagram of device；Fig. 8 is the structural schematic diagram of pump cover feeding device of the present invention；Fig. 9 is present invention contraposition calibration equipment
Structural schematic diagram；Figure 10 is the structural schematic diagram that the present invention pushes assembling device；Figure 11 is the knot of laser engraving machine of the present invention
Structure schematic diagram；Figure 12 is the structural schematic diagram of finished product discharging device of the present invention；
Wherein：1, total support assembly；2, rotary table assembly；3, nut feeding device；4, spring washer feeding device；5, it puts down
Pad feeding device；6, pump cover feeding device；7, calibration equipment is aligned；8, assembling device is pushed；9, laser engraving machine；10, finished product
Discharging device；11, mould device in groups；12, nut element；13, spring mat piece；14, plain cushion collar member；15, pump cover part；16, finished product
Part；17, mould seat；18, mould spring；19, mould mandrel；20, mould positioning seat；21, mould technique gap；22, on mould
Top gas cylinder；23, turntable driving motor；24, rotary work rack；25, nut vibrating frame；26, nut discharging slideway；27, spiral shell
Cap discharging terminal；28, top gas cylinder on nut；29, nut inductive switch；30, nut feeding manipulator；31, spring washer vibrating frame；
32, spring washer discharging slideway；33, spring washer discharging terminal；34, spring washer discharging front apron；35, spring washer transverse shifting L-type frame；36, bullet
Pad U-shaped gap；37, spring washer transverse shifting baffle；38, top gas cylinder on spring washer；39, spring washer crane；40, spring washer transverse shifting
Frame；41, spring washer clamps gripper；42, plain cushion vibrating frame；43, plain cushion discharging slideway；44, plain cushion discharging terminal；45, plain cushion is whole
Hold front apron；46, plain cushion crane；47, plain cushion transverse strands；48, plain cushion pneumatic motor machinery claw；49, pump cover crane；50, pump cover
Upper mounting plate；51, pump cover rotary oscillation motor；52, pump cover grabs gripper；53, pump cover feed conveyor belt；54, crane is aligned；
55, lifting cylinder is aligned；56, rotating seat is aligned；57, to bit trial pin；58, bracket is pushed；59, lower air cylinder；60, it pushes
Head；61, discharge belt；62, discharge photoelectric sensor；63, discharge crane；64, discharge transverse strands；65, discharge gripper；
66, discharge optoelectronic switch；67, discharge portal frame；68, discharge material blocking rod.
Specific embodiment
As shown in figs. 1-12, the electric air pump rear cover package system of the present embodiment, including total support assembly 1, setting are total
At 1 upper end center of support assembly and linking is rotated for realizing process and the rotary table that mould device 11 in groups is distributed with is total
At 2 and successively nut element 12 is transported to mould in groups on device 11 around be distributed in 2 surrounding of rotary table assembly
Spring mat piece 13 is transported to spring washer feeding device 4 of the mould in groups on device 11, by plain cushion collar member 14 by nut feeding device 3
It is transported to plain cushion feeding device 5 of the mould in groups on device 11, pump cover part 15 is transported to the mould pump cover on device 11 in groups
Feeding device 6 is used for mould 11 upper cap nut part 12 of device, spring mat piece 13, plain cushion collar member 14, the adjustment pair of pump cover part 15 in groups
The contraposition calibration equipment 7 of position, for mould 11 upper cap nut part 12 of device, spring mat piece 13, plain cushion collar member 14, pump cover part in groups
15 are pressed the pushing assembling device 8 being integrated, fill for laser engraving machine 9 and the finished product discharging in 15 engraved markings of pump cover part
Set 10.
Rotary table assembly 2 include be arranged on total support assembly 1 turntable driving motor 23, by speed reducer with
The rotary work rack 24 that turntable driving motor 23 is sequentially connected；
Device 11 is eight and divides equally on rotary work rack 24 mould in groups；Device 11 includes being mounted on to mould in groups
Mould seat 17 on rotary work rack 24, is coaxially movably arranged on tire at the mould mandrel 19 being vertically arranged on mould seat 17
Have 19 top of mandrel and is used for the mould positioning seat 20 of location and installation pump cover part 15, is distributed in 20 upper edge of mould positioning seat
Mould technique gap 21, the mould bullet that is arranged between mould positioning seat 20 and mould seat 17 and is sleeved on mould mandrel 19
Spring 18 is arranged in 19 top of mould mandrel and is used to position the step surface for placing nut element 12 and is distributed in mould seat 17
And the top gas cylinder 22 on the mould of upper top mould positioning seat 20.
Nut feeding device 3 include be arranged on total support assembly 1 and the nut vibrating frame 25 for storing nut element 12,
Feed inlet and the nut of the outlet of nut vibrating frame 25 connection discharge slideway 26, setting in nut discharging 26 lower end of slideway and for putting
The nut discharging terminal 27 of nut element 12 to be assembled is set, is arranged immediately below nut discharging terminal 27 and is used for nut element 12
The nut inductive switch for being lifted off out top gas cylinder 28 on the nut of nut discharging terminal 27, nut discharging 27 side of terminal being set
29 and setting nut discharge 27 side of terminal and for grab be lifted off out on top gas cylinder 28 on nut nut discharging terminal 27
Nut element 12 and the nut feeding manipulator 30 that is sent on 19 step surface of mould mandrel.
Spring washer feeding device 4 includes the spring washer vibrating frame for being arranged on total support assembly 1 and being used to store spring mat piece 13
31, feed inlet and the spring washer discharging slideway 32 of the outlet of spring washer vibrating frame 31 connection, setting are in spring washer discharging 32 lower end of slideway and use
It discharges front in the spring washer discharging terminal 33 for placing spring mat piece 13 to be assembled, the spring washer that spring washer discharging 33 front end of terminal is arranged in
Plate 34, is set the spring washer transverse shifting L-type frame 35 and the spring washer transverse shifting baffle 37 that are separately positioned on spring washer discharging 33 two sides of terminal
It sets immediately below spring washer discharging terminal 33 and is used for top gas on the spring washer for being lifted off out spring washer discharging terminal 33 in spring mat piece 13
Cylinder 38, the spring washer for being arranged on 35 transverse slat of spring washer transverse shifting L-type frame and being used to laterally be inserted in 38 upper end of top gas cylinder on spring washer are U-shaped
Gap 36, the spring washer crane 39 that spring washer discharging 33 side of terminal is set, the spring washer cross that 39 upper end of spring washer crane is set
To movable stand 40 and be arranged on spring washer transverse shifting frame 40 and for by spring mat piece 13 from spring washer transverse shifting L-type frame
The 35 spring washer clamping grippers 41 for grabbing and being sent on 19 step surface of mould mandrel；
Spring washer clamps the bayonet and the external shape fits of spring mat piece 13 after 41 pairing of gripper；Spring washer transverse shifting L-type frame
35 transverse slats are located at 37 top of spring washer transverse shifting baffle.
Plain cushion feeding device 5 includes the plain cushion vibrating frame for being arranged on total support assembly 1 and being used to store plain cushion collar member 14
42, feed inlet and the plain cushion discharging slideway 43 of the outlet of plain cushion vibrating frame 42 connection, setting are in plain cushion discharging 43 lower end of slideway and use
In placement plain cushion collar member 14 to be assembled and width is narrower than 14 outer diameter of plain cushion collar member and plain cushion discharging of the two sides with technique gap is whole
The plain cushion terminal front apron 45 that plain cushion discharging 44 front end of terminal is arranged in, 45 side of plain cushion terminal front apron is arranged in end 44
Plain cushion crane 46, the plain cushion transverse strands 47 that 46 upper end of plain cushion crane is set and be arranged in plain cushion transverse strands 47 and
Plain cushion pneumatic motor machinery claw for grabbing and being sent on 19 step surface of mould mandrel plain cushion collar member 14 from plain cushion discharging terminal 44
48。
Pump cover feeding device 6 includes the pump cover crane 49 being arranged on total support assembly 1, lifting setting in pump cover lifting
Pump cover upper mounting plate 50 on frame 49, is arranged in pump cover the pump cover rotary oscillation motor 51 being vertically arranged on pump cover upper mounting plate 50
49 side of crane and for by pump cover feed conveyor belt 53 that pump cover part 15 transmits and being horizontally set on pump cover upper mounting plate 50
Upper and root is keyed to drive to swing with pump cover rotary oscillation motor 51 and is transported to pump cover part 15 in pump cover feed conveyor belt 53
Pump cover on upper top mould positioning seat 20 grabs gripper 52.
Contraposition calibration equipment 7 includes the contraposition crane 54 being arranged on total support assembly 1, is upside down in contraposition crane 54
On contraposition lifting cylinder 55 and motor driven and be arranged in contraposition 55 lower end of lifting cylinder contraposition rotating seat 56, Yi Jifen
It is not arranged on contraposition rotating seat 56 and is used to detect the peace of nut element 12, spring mat piece 13, plain cushion collar member 14 and pump cover part 15
Fill Kong Sizhe concentricity to bit trial pin 57.
Assembling device 8 is pushed to include the pushing bracket 58 being arranged on total support assembly 1, be upside down in pushing 58 cantilever of bracket
Lower air cylinder 59 on beam, setting 59 piston-rod lower end of lower air cylinder and for by nut element 12, spring mat piece 13, plain cushion collar member
14 and pump cover part 15 4 carry out press fitting be 16 push-down head 60 of finished parts.
Finished product discharging device 10 includes that the discharging photoelectric sensor 62 being separately positioned on total support assembly 1 and discharging are gone up and down
Frame 63, the discharging transverse strands 64 being arranged on discharging crane 63, setting in discharging transverse strands 64 and are used for from mould in groups
The discharging gripper 65 of finished parts 16 is removed on device 11, is arranged on total support assembly 1 and is used for the discharging gripper of placement
Finished parts 16 of 65 clampings and by the discharge belt of the output of the finished parts 16 61, the discharging photoelectricity on discharge belt 61
Switch 66 on discharging portal frame 67 and is used for intermittent resistance across the discharging portal frame 67 on discharge belt 61, setting
Keep off the discharging material blocking rod 68 that finished parts 16 move ahead with discharge belt 61.
The installation method of the electric air pump rear cover package system of the present embodiment, electric air pump rear cover package system includes exchange
Frame assembly 1 is arranged at total 1 upper end center of support assembly and rotates linking for realizing process and mould device in groups is distributed with
11 rotary table assembly 2 and nut element 12 is successively transported to tire around be distributed in 2 surrounding of rotary table assembly
Tool in groups the nut feeding device 3 on device 11, spring mat piece 13 is transported to spring washer feeding dress of the mould in groups on device 11
Set 4, plain cushion collar member 14 is transported to mould in groups the plain cushion feeding device 5 on device 11, pump cover part 15 is transported to mould at
Pump cover feeding device 6 on group device 11, for mould 11 upper cap nut part 12 of device, spring mat piece 13, plain cushion collar member in groups
14, pump cover part 15 adjustment contraposition contraposition calibration equipment 7, for mould in groups 11 upper cap nut part 12 of device, spring mat piece 13,
Plain cushion collar member 14, pump cover part 15 are pressed the pushing assembling device 8 being integrated, for the laser engraving in 15 engraved markings of pump cover part
Machine 9 and finished product discharging device 10；The installation method includes the following steps：
Step 1 builds total support assembly 1；Step 2, firstly, device 11 installs rotary table assembly in groups by mould
On 2；Then, rotary table assembly 2 is mounted on total support assembly 1；Step 3 installs nut on total support assembly 1
Feeding device 3；Step 4 installs spring washer feeding device 4 on total support assembly 1；Step 5 is installed on total support assembly 1
Plain cushion feeding device 5；Step 6 installs pump cover feeding device 6 on total support assembly 1；Step 7, on total support assembly 1
Installation contraposition calibration equipment 7；Step 8, installation pushes assembling device 8 on total support assembly 1；Step 9, in total support assembly
Laser engraving machine 9 is installed on 1；Step 10, the mounting finished product discharging device 10 on total support assembly 1.
Include the following steps in step 2,
Step 2 one, assembled mold device 11 in groups；Firstly, processing is used for location and installation nut in 19 upper end of mould mandrel
The step surface of part 12；Then, mould mandrel 19 is fixed on mould seat 17；Secondly, the distributing installation tire on mould mandrel 19
Top gas cylinder 22 on tool；Again, mould spring 18 and mould positioning seat 20 are inserted on mould mandrel 19
Step 2 two assembles rotary table assembly 2；Firstly, equal part processes eight positioning on rotary work rack 24
Only hole；Then, the mould seat 17 of step 2 one is placed in corresponding positioning to stop in hole, and passes through bolt for itself and rotary table
Frame 24 connects；
Step 2 three, firstly, the pedestal of turntable driving motor 23 is connect with total support assembly 1；Then, by step 2
Rotary work rack 24 in two, which is hung, to be encased in the bearing hole of total 1 upper end of support assembly；Recently, rotary work rack 24 with
Shaft coupling and speed reducer are connected between turntable driving motor 23.
Include the following steps in step 3,
Step 3 one, firstly, nut vibrating frame 25 is mounted on total support assembly 1；Then, go out in nut vibrating frame 25
Mouth installation nut discharging slideway 26；Secondly, top gas cylinder 28 on nut is installed on total support assembly 1, adjustment nut discharging slideway
The position of top gas cylinder 28 in 26 nut discharging terminal 27 and nut；Again, by nut discharging slideway 26, to be fixed on total rack total
On 1；
Step 3 two installs nut feeding manipulator 30 in total support assembly 1, and by the beginning of nut feeding manipulator 30
It is corresponding with nut discharging terminal 27, the terminal of nut feeding manipulator 30 station corresponding to rotary table assembly 2 is corresponding.
Include the following steps in step 4,
Step 4 one, firstly, spring washer vibrating frame 31 is mounted on total support assembly 1；Then, go out in spring washer vibrating frame 31
Mouth installation spring washer discharging slideway 32；Secondly, top gas cylinder 38 on spring washer is installed on total support assembly 1, adjustment nut discharging slideway
The position of top gas cylinder 38 in 26 spring washer discharging terminal 33 and spring washer；Again, by spring washer discharging slideway 32, to be fixed on total rack total
On 1；And then, in the front end installation spring washer discharging front apron 34 of spring washer discharging terminal 33, the one of spring washer discharging terminal 33
Side is horizontally installed with the spring washer transverse shifting baffle 37 of cylinder drive, is horizontally installed with gas in the other side of spring washer discharging terminal 33
The spring washer transverse shifting L-type frame 35 that cylinder drives；
Step 4 two connects bullet in 39 upper end of spring washer crane firstly, installing spring washer crane 39 in total support assembly 1
Transverse shifting frame 40 is padded, vertically-mounted spring washer clamps gripper 41 on spring washer transverse shifting frame 40；Then, by spring washer catching device
The beginning of machinery claw 41 is corresponding with spring washer discharging terminal 33, by the terminal and 2 phase of rotary table assembly of spring washer clamping gripper 41
Answer station corresponding.
Include the following steps in step 5,
Step 5 one, firstly, plain cushion vibrating frame 42 is mounted on total support assembly 1；Then, go out in plain cushion vibrating frame 42
Mouth installation plain cushion discharging slideway 43；Secondly, before installing plain cushion terminal in front of the plain cushion discharging terminal 44 of plain cushion discharging slideway 43
Baffle 45；
Step 5 two, firstly, installing plain cushion crane 46 in total support assembly 1；Then, it is installed on plain cushion crane 46
Plain cushion transverse strands 47；Secondly, installing plain cushion pneumatic motor machinery claw 48 in plain cushion transverse strands 47, and by plain cushion pneumatic motor machinery claw 48
Beginning is corresponding with plain cushion discharging terminal 44, by the terminal of plain cushion pneumatic motor machinery claw 48 station pair corresponding to rotary table assembly 2
It answers.
Include the following steps in step 6,
Firstly, installing pump cover crane 49 on total support assembly 1；Then, it is installed on pump cover on pump cover crane 49
Platform 50；Secondly, installing pump cover rotary oscillation motor 51 in 50 lower end of pump cover upper mounting plate, pacify in 50 upper end level of pump cover upper mounting plate
Armored pump lid grabs gripper 52；Again, pump cover rotary oscillation motor 51 is connect with pump cover crawl gripper 52 by shaft coupling；
Finally, the side installation pump cover feed conveyor belt 53 corresponding with pump cover crawl 52 beginning of gripper on total support assembly 1.
Include the following steps in step 7,
Firstly, the installation contraposition crane 54 on total support assembly 1；Then, it is installed on the crossbeam of contraposition crane 54
Align lifting cylinder 55；Secondly, pacifying in contraposition 55 lower end of lifting cylinder connection contraposition rotating seat 56 in contraposition 56 upper end of rotating seat
Toothing circle installs the motor gear axis engaged with gear ring on the crossbeam of contraposition crane 54；Again, 56 lower end of rotating seat is aligned
Installation is to bit trial pin 57.
Include the following steps in step 8,
Firstly, installation pushes bracket 58 on total support assembly 1；Then, it installs and pushes on the crossbeam for pushing bracket 58
Cylinder 59；Secondly, installing push-down head 60 in 59 lower end of lower air cylinder.
Include the following steps in step 10,
Firstly, installing discharge belt 61 on total support assembly 1；Then, the installation discharging dragon on discharge belt 61
Door frame 67 and discharging photoelectric sensor 62, in discharging 67 lower end of portal frame installation discharging material blocking rod 68；Secondly, in discharge belt
61 sides installation discharging crane 63 and discharging optoelectronic switch 66；Again, the installation discharging transverse strands 64 on discharging crane 63,
The installation discharging gripper 65 in discharging transverse strands 64；Finally, adjustment discharging gripper 65, and by discharge gripper 65 terminal
It is corresponding with the beginning of discharge belt 61, the beginning station corresponding to rotary table assembly 2 for the gripper 65 that discharges is corresponding.
The assemble method of the electric air pump pump cover of the present embodiment includes total rack by means of electric air pump rear cover package system
Assembly 1 is arranged at total 1 upper end center of support assembly and rotates linking for realizing process and mould device 11 in groups are distributed with
Rotary table assembly 2 and nut element 12 is successively transported to mould around be distributed in 2 surrounding of rotary table assembly
In groups the nut feeding device 3 on device 11, spring mat piece 13 is transported to spring washer feeding device of the mould in groups on device 11
4, plain cushion collar member 14 is transported to plain cushion feeding device 5 of the mould in groups on device 11, pump cover part 15 is transported to mould in groups
Pump cover feeding device 6 on device 11, for mould in groups 11 upper cap nut part 12 of device, spring mat piece 13, plain cushion collar member 14,
The contraposition calibration equipment 7 of the adjustment contraposition of pump cover part 15, for mould 11 upper cap nut part 12 of device, spring mat piece 13, flat in groups
Gasket member 14, pump cover part 15 are pressed the pushing assembling device 8 being integrated, for the laser engraving machine in 15 engraved markings of pump cover part
9, with finished product discharging device 10；The assemble method includes the following steps：
Spring mat piece 13 is stored in spring washer vibration firstly, nut element 12 is stored in nut vibrating frame 25 by step 1
In frame 31, plain cushion collar member 14 is stored in plain cushion vibrating frame 42, pump cover part 15 is stored in pump cover feed conveyor belt 53, it will be right
Device 11 is mounted on rotary work rack 24 mould answered in groups；Then, starting turntable driving motor 23 driving rotation work
Make rack 24 nut feeding station, spring washer feeding station, plain cushion feeding station, pump cover feeding station, to bit check station, under
Pressure assembling station, laser application station, finished product discharging station between rotate；
Step 2, when rotary work rack 24 rotates to nut feeding station, firstly, driving nut vibrating frame 25, spiral shell
Cap 12 is slipped in nut discharging terminal 27 along nut discharging slideway 26；Then, drive on nut top gas cylinder 28 from nut
Discharging 27 bottom surface of terminal is inserted upwardly into 12 centre bore of nut element, and is ejected nut discharging terminal 27；Finally, nut feeding
The nut element 12 is installed on the step surface of mould mandrel 19 by manipulator 30.
Step 3, when rotary work rack 24 rotates to spring washer feeding station, firstly, driving spring washer vibrating frame 31, bullet
Spring mat piece 13 slides along spring washer discharging slideway 32 to spring washer discharging terminal 33；Then, on spring washer top gas cylinder 38 by spring mat piece
13 eject spring washer discharging terminal 33 upwards；Secondly, cylinder drives 35 transverse shifting of spring washer transverse shifting L-type frame, the U-shaped gap of spring washer
36 are inserted on spring washer at 38 piston rod of top gas cylinder；Again, 38 piston rod of top gas cylinder declines on spring washer, and spring mat piece 13 falls in bullet
It pads on transverse shifting L-type frame 35, cylinder driving spring washer transverse shifting baffle 37 is moved to U-shaped 36 lower section of gap of spring washer；And then,
12 top of nut element that spring washer clamping gripper 41 grabs the spring mat piece 13 and is moved on the step surface of mould mandrel 19.
Step 4, when rotary work rack 24 rotates to plain cushion feeding station, firstly, driving plain cushion vibrating frame 42, puts down
Gasket member 14 slides along plain cushion discharging slideway 43 to plain cushion discharging terminal 44；Then, plain cushion pneumatic motor machinery claw 48 goes out from plain cushion
Material 44 two sides technique gap of terminal enters clamping plain cushion collar member 14；Secondly, plain cushion pneumatic motor machinery claw 48 grabs the plain cushion collar member 14
And it is moved to 13 top of spring mat piece on the step surface of mould mandrel 19.
Step 5, when rotary work rack 24 rotates to pump cover feeding station, firstly, driving pump cover feed conveyor belt 53
Pump cover part 15 is sent to its terminal；
Then, pump cover crawl gripper 52 grabs the pump cover part 15；It is put down on pump cover secondly, driving pump cover crane 49 drives
Platform 50 is gone up and down, while pump cover rotary oscillation motor 51 being driven to rotate, which is placed on mould positioning seat 20.
Step 6, when rotary work rack 24 is rotated to bit check station, firstly, driving contraposition 55 band of lifting cylinder
Dynamic be inserted into corresponding through-hole to bit trial pin 57 detects concentricity；Then, pump cover part 15 is driven to revolve by contraposition rotating seat 56
The dynamic adjustment position of transfer.
Step 7, when rotary work rack 24 rotates to pushing assembling station, firstly, lower air cylinder 59 passes through push-down head
60 push pump cover part 15；Then, mould positioning seat 20 overcome mould spring 18 decline, and nut element 12, spring mat piece 13 and
Plain cushion collar member 14 stack it is stationary on step surface, by pump cover part 15, nut element 12, spring mat piece 13 and plain cushion collar member 14
It is assembled into one to form finished parts 16；Finally, mould spring 18 will be pushed up with top gas cylinder 22 on mould on finished parts 16.
Step 7, when rotary work rack 24 rotates to laser application station, laser engraving machine 9 carries out finished parts 16
Laser engraving.
Step 8, when rotary work rack 24 rotates to finished product discharging station, firstly, starting discharge belt 61；So
Afterwards, finished parts 16 are driven discharge belt 61 by discharging gripper 65；Secondly, discharging portal frame 67 drives under discharging material blocking rod 68
Downshift position.
Present device packaging technology is ingenious, and packaging efficiency is high, and assembly precision is high, passes through the equipment that it is assembled, total rack
On the basis of assembly 1, for rotary table assembly 2 as process circulation linking medium, occupied area is small, and structure is simple, passes through nut
Feeding device 3, plain cushion feeding device 5, pump cover feeding device 6, contraposition calibration equipment 7, pushes assembling dress at spring washer feeding device 4
The artificial or semi-automatic assembling for setting 8, laser engraving machine 9, the substitution transmission of finished product discharging device 10, is greatly improved working efficiency, drops
Low recruitment cost, device 11 can be replaced mould according to different in groups, favorable expandability.Mould technique gap 21 is convenient for
Manipulator pick-and-place, top gas cylinder 22 facilitates the pump cover after press fitting upper top resets automatically on mould spring 18, mould.
Turntable driving motor 23 realizes rotating servo driving, and 25 self-feeding of vibrating frame, inductor, inductive switch 29 is in fact
Existing Automatic Detection and Control, spring washer transverse shifting L-type frame 35, the U-shaped gap 36 of spring washer, spring washer transverse shifting baffle 37 facilitate manipulator
Crawl, discharging portal frame 67, discharging material blocking rod 68 realize that number control is determined in output, facilitate subsequent counter quantitatively to collect, assemble
Method, high-efficient, precision is high, realizes unmanned control, and flexibility is good, and good compatibility, scalability is strong, the present invention has rational design, at
Sheet is cheap, durable, safe and reliable, easy to operate, time saving and energy saving, saves fund, is compact-sized and easy to use.
Claims (9)
1. a kind of electric air pump rear cover package system, it is characterised in that：Including total support assembly (1), it is arranged in total support assembly
(1) at upper end center and linking is rotated for realizing process and the rotary table assembly of mould device (11) in groups is distributed with
(2) and successively nut element (12) is transported to mould device in groups around be distributed in rotary table assembly (2) surrounding
(11) spring mat piece (13) is transported to spring washer feeding device of the mould in groups on device (11) by nut feeding device (3) on
(4), plain cushion collar member (14) is transported to plain cushion feeding device (5) of the mould in groups on device (11), conveys pump cover part (15)
Pump cover feeding device (6) on to mould in groups device (11), for mould device (11) upper cap nut part (12), spring in groups
Mat piece (13), plain cushion collar member (14), the contraposition calibration equipment (7) of pump cover part (15) adjustment contraposition, for mould device in groups
(11) upper cap nut part (12), spring mat piece (13), plain cushion collar member (14), pump cover part (15) are pressed the pushing assembling device being integrated
(8), in the laser engraving machine (9) of pump cover part (15) engraved markings and finished product discharging device (10).
2. electric air pump rear cover package system according to claim 1, it is characterised in that:Rotary table assembly (2) packet
It includes the turntable driving motor (23) being arranged on total support assembly (1), passed by speed reducer and turntable driving motor (23)
The rotary work rack (24) of dynamic connection；
Device (11) is eight and divides equally on rotary work rack (24) mould in groups；Device (11) includes installation to mould in groups
In the mould seat (17) on rotary work rack (24), the mould mandrel (19), coaxial living that is vertically arranged on mould seat (17)
Dynamic setting mould mandrel (19) top and for the mould positioning seat (20) of location and installation pump cover part (15), to be distributed in mould fixed
The mould technique gap (21) of position seat (20) upper edge is arranged between mould positioning seat (20) and mould seat (17) and covers
Mould spring (18), setting on mould mandrel (19) place nut element on mould mandrel (19) top and for positioning
(12) it step surface and is distributed on mould seat (17) and the top gas cylinder on the mould of upper top mould positioning seat (20)
(22)。
3. electric air pump rear cover package system according to claim 2, it is characterised in that:Nut feeding device (3) includes
It is arranged on total support assembly (1) and is used to store nut vibrating frame (25), feed inlet and the nut vibrating frame of nut element (12)
(25) nut of outlet connection discharges slideway (26), setting is in nut discharging slideway (26) lower end and for placing nut to be assembled
Nut discharging terminal (27), the setting of part (12) immediately below nut discharging terminal (27) and are used to be lifted off on nut element (12)
It opens top gas cylinder (28) on the nut of nut discharging terminal (27), the nut inductive switch in nut discharging terminal (27) side is set
(29) and it is arranged in nut discharging terminal (27) side and is lifted off out nut discharging on nut on top gas cylinder (28) for grabbing
The nut element (12) of terminal (27) and the nut feeding manipulator (30) being sent on mould mandrel (19) step surface.
4. electric air pump rear cover package system according to claim 3, it is characterised in that:Spring washer feeding device (4) includes
It is arranged on total support assembly (1) and spring washer vibrating frame (31), feed inlet and spring washer for storing spring mat piece (13) vibrates
Spring washer discharging slideway (32) of frame (31) outlet connection is arranged in spring washer discharging slideway (32) lower end and for placing bullet to be assembled
The spring washer of spring mat piece (13) discharges terminal (33), spring washer of the setting in spring washer discharging terminal (33) front end discharges front apron (34),
Be separately positioned on spring washer discharging terminal (33) two sides spring washer transverse shifting L-type frame (35) and spring washer transverse shifting baffle (37),
It is arranged immediately below spring washer discharging terminal (33) and for the bullet of spring washer discharging terminal (33) will to be lifted off open on spring mat piece (13)
Top gas cylinder (38), setting are on spring washer transverse shifting L-type frame (35) transverse slat and for being laterally inserted in top gas cylinder on spring washer on pad
(38) the U-shaped gap of the spring washer of upper end (36), setting spring washer discharging terminal (33) side spring washer crane (39), be arranged in bullet
It pads the spring washer transverse shifting frame (40) of crane (39) upper end and is arranged on spring washer transverse shifting frame (40) and is used for bullet
Spring mat piece (13) is grabbed from spring washer transverse shifting L-type frame (35) and the spring washer clamping being sent on mould mandrel (19) step surface is mechanical
Pawl (41)；
Spring washer clamps the bayonet and the external shape fits of spring mat piece (13) after gripper (41) pairing；Spring washer transverse shifting L-type frame
(35) transverse slat is located above spring washer transverse shifting baffle (37).
5. electric air pump rear cover package system according to claim 4, it is characterised in that:Plain cushion feeding device (5) includes
It is arranged on total support assembly (1) and plain cushion vibrating frame (42), feed inlet and plain cushion for storing plain cushion collar member (14) vibrates
The plain cushion that frame (42) outlet connects discharges slideway (43), setting is in plain cushion discharging slideway (43) lower end and for placing to be assembled put down
Gasket member (14) and width are narrower than plain cushion collar member (14) outer diameter and plain cushion discharging terminal (44), setting of the two sides with technique gap
Plain cushion discharging terminal (44) front end plain cushion terminal front apron (45), setting plain cushion terminal front apron (45) side plain cushion
Crane (46), setting are in the plain cushion transverse strands (47) of plain cushion crane (46) upper end and setting in plain cushion transverse strands (47)
Plain cushion upper and for plain cushion collar member (14) to be grabbed and be sent on mould mandrel (19) step surface from plain cushion discharging terminal (44)
Pneumatic motor machinery claw (48).
6. electric air pump rear cover package system according to claim 5, it is characterised in that:Pump cover feeding device (6) includes
The pump cover upper mounting plate being arranged on pump cover crane (49) in the pump cover crane (49) on total support assembly (1), lifting is set
(50), it is vertically arranged in pump cover rotary oscillation motor (51) on pump cover upper mounting plate (50), is arranged in pump cover crane (49) one
Side and for by pump cover feed conveyor belt (53) that pump cover part (15) are transmitted and be horizontally set on pump cover upper mounting plate (50) and
Root and pump cover rotary oscillation motor (51) key connection, which drive to swing, conveys pump cover part (15) on pump cover feed conveyor belt (53)
Pump cover on to upper top mould positioning seat (20) grabs gripper (52).
7. electric air pump rear cover package system according to claim 6, it is characterised in that:Aligning calibration equipment (7) includes
Be arranged on total support assembly (1) contraposition crane (54), be upside down in contraposition crane (54) on contraposition lifting cylinder
(55) and motor driven and setting contraposition lifting cylinder (55) lower end contraposition rotating seat (56) and be separately positioned on pair
Peace on position rotating seat (56) and for detecting nut element (12), spring mat piece (13), plain cushion collar member (14) and pump cover part (15)
Fill Kong Sizhe concentricity to bit trial pin (57).
8. electric air pump rear cover package system according to claim 7, it is characterised in that:Pushing assembling device (8) includes
Be arranged on total support assembly (1) pushing bracket (58), be upside down in push bracket (58) cantilever beam on lower air cylinder (59),
Lower air cylinder (59) piston-rod lower end is set and is used for nut element (12), spring mat piece (13), plain cushion collar member (14) and pump cover
Part (15) four carries out finished parts (16) push-down head (60) that press fitting is.
9. electric air pump rear cover package system according to claim 4, it is characterised in that:Finished product discharging device (10) includes
The discharging photoelectric sensor (62) being separately positioned on total support assembly (1) and discharging crane (63), setting are gone up and down in discharging
Discharging transverse strands (64), setting on frame (63) from mould in groups device (11) in discharging transverse strands (64) and for removing
The discharging gripper (65) of finished parts (16) is arranged on total support assembly (1) and for the discharging gripper (65) of placement folder
The finished parts (16) that take and by the discharge belt (61) of the output of the finished parts (16), the discharging on discharge belt (61)
Optoelectronic switch (66), across on discharge belt (61) discharging portal frame (67), setting discharging portal frame (67) on and
For the intermittent discharging material blocking rod (68) for stopping finished parts (16) to move ahead with discharge belt (61).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810920659.7A CN108857399A (en) | 2018-08-14 | 2018-08-14 | Electric air pump rear cover package system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810920659.7A CN108857399A (en) | 2018-08-14 | 2018-08-14 | Electric air pump rear cover package system |
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| Publication Number | Publication Date |
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| CN108857399A true CN108857399A (en) | 2018-11-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810920659.7A Pending CN108857399A (en) | 2018-08-14 | 2018-08-14 | Electric air pump rear cover package system |
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| CN109822583A (en) * | 2019-01-09 | 2019-05-31 | 温州大学瓯江学院 | The automatic coating equipment of UV glue of electronic product |
| CN113601166A (en) * | 2021-08-09 | 2021-11-05 | 湖北唯思凌科装备制造有限公司 | Spinning frame cradle subassembly assembly quality |
| CN114734221A (en) * | 2022-04-29 | 2022-07-12 | 广东班皓智能装备有限公司 | Automatic assembling system for threaded expansion joint |
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| CN109822583A (en) * | 2019-01-09 | 2019-05-31 | 温州大学瓯江学院 | The automatic coating equipment of UV glue of electronic product |
| CN109822583B (en) * | 2019-01-09 | 2021-01-05 | 温州大学瓯江学院 | UV glue automatic coating equipment for electronic products |
| CN113601166A (en) * | 2021-08-09 | 2021-11-05 | 湖北唯思凌科装备制造有限公司 | Spinning frame cradle subassembly assembly quality |
| CN114734221A (en) * | 2022-04-29 | 2022-07-12 | 广东班皓智能装备有限公司 | Automatic assembling system for threaded expansion joint |
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