CN110280897A - Bimetallic covers package system - Google Patents
Bimetallic covers package system Download PDFInfo
- Publication number
- CN110280897A CN110280897A CN201910482310.4A CN201910482310A CN110280897A CN 110280897 A CN110280897 A CN 110280897A CN 201910482310 A CN201910482310 A CN 201910482310A CN 110280897 A CN110280897 A CN 110280897A
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- Prior art keywords
- bimetallic
- input
- housing
- station
- support assembly
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K10/00—Welding or cutting by means of a plasma
- B23K10/02—Plasma welding
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K20/00—Non-electric welding by applying impact or other pressure, with or without the application of heat, e.g. cladding or plating
- B23K20/10—Non-electric welding by applying impact or other pressure, with or without the application of heat, e.g. cladding or plating making use of vibrations, e.g. ultrasonic welding
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/20—Bonding
- B23K26/21—Bonding by welding
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Optics & Photonics (AREA)
- Plasma & Fusion (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The present invention relates to bimetallic set package system and assemble methods, it includes support assembly, rotary table device on support assembly is set, successively housing of the annular spread on rotary table device inputs station, heating station, inner sleeve inputs station, it is pressed station, welding post, and output station, it is distributed in housing input station, heating station, inner sleeve inputs station, it is pressed station, welding post, with the magnetic force A seating positioning clamping fixture in output station, it is arranged on support assembly and is installed to the housing input unit in magnetic force A seating positioning clamping fixture at housing input station by bimetallic housing, the electric heater for being arranged on support assembly and bimetallic housing inner hole being heated in heating station, it is arranged on support assembly and bimetallic inner sleeve is placed into the inner sleeve input unit at bimetallic housing in inner sleeve input station；The present invention has rational design, compact-sized and easy to use.
Description
Technical field
The present invention relates to bimetallics to cover package system.
Background technique
Currently, material used by static friction guide sleeve is most of based on fine copper, since the price of tin bronze is higher, it is
More than ten times of steel, thus the cost of heavy guide sleeve is also higher.The matrix of heavy type thermometal guide bushing is mild steel, guide sleeve
Wearing layer be the non-ferrous metal (ZQSn6-6-3 tin bronze) that is compounded on plain steel since existing non-ferrous metal cannot pass through
The methods of simple sintering, spraying are bonded together with plain steel securely.It is Publication No. CN1837629A, entitled
The Chinese invention patent of ' manufacturing method of flanged (FLGD) bimetallic bush ' discloses a kind of technical solution, it uses bimetal plate
Guide sleeve is manufactured, but according to " National Standard of the People's Republic of China " " GB12613-90 rolling bearing ", this technique is only applicable in
In the bimetallic bush of 6~150mm of outer diameter, and guide sleeve used in heavy equipment will have certain endurance and wearing layer
Thickness, therefore guide sleeve manufactured by technique the problems such as there are poor reliability, high production cost, short service life, are still unable to satisfy
The needs produced at present.
Summary of the invention
The technical problems to be solved by the invention are generally speaking to provide a kind of bimetallic set package system and assemble method；
The technical issues of solving in detail and acquirement beneficial effect in aftermentioned content and combine content in specific embodiment specifically to retouch
It states.
To solve the above problems, the technical solution used in the present invention is:
A kind of bimetallic covers package system, including support assembly, the rotary table device being arranged on support assembly, according to
Secondary annular is distributed in the input of the housing on rotary table device station, heating station, inner sleeve input station, press fitting station, weldering
Connect station and output station, be distributed in housing input station, heating station, inner sleeve input station, press fitting station, welding post,
With in output station magnetic force A seating positioning clamping fixture, be arranged on support assembly and at housing input station by bimetallic housing
It is installed to housing input unit in magnetic force A seating positioning clamping fixture, is arranged on support assembly and outside heating station is to bimetallic
Electric heater that set inner hole is heated is arranged on support assembly and is placed into bimetallic inner sleeve in inner sleeve input station double
Bimetallic inner sleeve is pressed onto outside bimetallic by inner sleeve input unit, setting at metal-coating on support assembly and in press fitting station
Integrated hydraulic machine in set, be arranged on support assembly and welding post by bimetallic housing and bimetallic inner sleeve groove into
Row is welded into the laser welder that bimetallic covers or cold welding machine or supersonic welder or ion welding machine and is arranged on support assembly
And the output device for exporting bimetallic set in output station；
Rotary table device includes the workbench drive assembly being arranged on support assembly and is rotatably provided in rack
At assembly center and by the rotation transfer table of workbench drive assembly driving rotation；
The upper top lift head for upper top rotation transfer table lower surface is provided with below corresponding station；
Magnetic force A seating positioning clamping fixture is mounted on rotation transfer table,
Mould cross technology groove is provided on magnetic force A seating positioning clamping fixture, in magnetic force A seating positioning clamping fixture bottom center
It is penetrating to be provided with fabrication hole under mould, magnetic force A seating positioning clamping fixture lower horizontal is provided with the mould control of Serve Motor Control
Rotary shaft is provided with the mould angular transducer of detection mould control rotation angle of rotating shaft below mould control rotary shaft,
The mould prism being equipped in detection mould control rotary shaft at fabrication hole under mould, in a table of mould prism
It is inlaid with magnet on face, has in mould prism and pushes up seamed edge on mould；When magnet surface upward when, magnet surface is equal to or high
In magnetic force A seating positioning clamping fixture bottom surface and for being attracted bimetallic housing lower surface；When pushing up seamed edge on mould upward, on mould
Top seamed edge with bimetallic housing for contacting and putting on top outside bimetallic.
As a further improvement of the above technical scheme:
Housing input unit is identical as inner sleeve input device structure；
Housing input unit includes the housing vibration basket for being arranged on support assembly and being loaded with bimetallic housing, one end and outer
The input feeding track of set vibration basket connection, the inputted vibration motor being arranged in below input feeding track, setting are sent in input
The input for expecting the input terminal positioning seat of track terminal, being arranged at input terminal positioning seat and stopping subsequent bimetallic housing
Track terminal butterfly, setting input terminal positioning seat and with the corresponding input terminal location hole of input feeding track, set
It sets in the mechanical hand cradle of input of input terminal positioning seat side, the input radial push rod being arranged in the mechanical hand cradle of input, setting
Inputting radially movable seat, the input lifting seat inputted on radially movable seat be set and setting on input radial push rod
In input lifting seat lower end and for drawing the bimetallic housing at input terminal location hole and the bimetallic housing being sent to magnetic
Suction nozzle under input on power A seating positioning clamping fixture；
Inner sleeve input unit includes being arranged on support assembly and bimetallic inner sleeve inner sleeve vibration basket being housed；
Electric heater is mounted on support assembly by manipulator, and timer and/or temperature are provided on electric heater
Meter.
Integrated hydraulic machine includes the hydraulic press pedestal being arranged on support assembly, the hydraulic press being arranged on hydraulic press pedestal
Lifting seat and the hydraulic compressing head being arranged on hydraulic press lifting seat；
Output device include the output pedestal being arranged on support assembly, be arranged in output pedestal on outputting radial push away
Bar, the outputting radial Mobile base being arranged on outputting radial push rod, the output being arranged on outputting radial Mobile base lifting push rod,
The output lifting seat of output lifting push rod lower end, the output inclined ramp that output pedestal side is arranged in and setting are set
In output lifting seat lower end and for drawing the set of the bimetallic on magnetic force A seating positioning clamping fixture and the bimetallic set being sent to output
Output suction nozzle on inclined ramp.
On rotation transfer table or laser welder or cold welding machine or supersonic welder or ion welding machine side are provided with
Clear up cooling tuyere；
Input buffer spring is being provided between suction nozzle under input lifting seat and input.
A kind of assemble method of bimetallic set, method includes the following steps:
Step 1, firstly, by conveyer belt by after interior hole machined and with groove bimetallic housing send to housing vibrate
In basket, it will send after Excircle machining and with the bimetallic inner sleeve of groove into inner sleeve vibration basket；Then, the driving of starting workbench is total
At the turnover for driving the magnetic force A seating positioning clamping fixture rotation on rotation transfer table to complete each process in following steps；
Step 2, the input of bimetallic housing, firstly, starting housing vibration basket and inputted vibration motor, bimetallic inner sleeve will
It send along input feeding track to input terminal location hole；Then, input track terminal butterfly rotates and stops subsequent
Bimetallic housing be input to input terminal location hole at；Secondly, suction nozzle draws pair at the input terminal location hole under inputting
Metal-coating, and give to the magnetic force A seating positioning clamping fixture of housing input station；Again, lower suction nozzle back-blowing is inputted by bimetallic
Housing pushes, meanwhile, servo motor controls rotary shaft rotary mould prism to magnet surface by mould and moves upwards through magnetic force
Inhale bimetallic housing lower surface；
Step 3, in heating station, electric heater is heated to assigned temperature to metal-coating inner hole；
Step 4 inputs station in inner sleeve, and according to step 2, inner sleeve input unit is by bimetallic inner sleeve from inner sleeve vibration basket
In send at the bimetallic housing inner hole to heating；
Step 5, is pressed station, and bimetallic inner sleeve is pressed into bimetallic housing inner hole by integrated hydraulic machine；
Step 6, welding post, firstly, laser welder or cold welding machine or supersonic welder or ion welding machine are to group to after
It is welded at bimetallic inner sleeve and the groove of bimetallic housing；Then, the bimetallic after clearing up cooling tuyere butt welding, which covers, to carry out
It is cooling；
Step 7, output station, firstly, servo motor is controlled by mould on the mould of rotary shaft rotary mould prism
It pushes up seamed edge upward, seamed edge is pushed up on mould by bimetallic and covers jack-up upwards；Then, output suction nozzle by the bimetallic cover draw and send to
Export inclined ramp output.
As a further improvement of the above technical scheme:
Step 8, firstly, bimetallic set is exported by exporting inclined ramp to lathe machining center；Then, lathe process
The bimetallic is covered inner hole, outer circle and both ends of the surface respectively and processed by center；Secondly, given by assembly line to surface grinding machine,
To bimetallic set both ends of the surface grinding；Again, its outer circle and inner hole are ground by cylindrical grinder and inner hole grinding machine respectively respectively；
Finally, detection registration storage.
Rotary table device includes the workbench drive assembly being arranged on support assembly and is rotatably provided in rack
At assembly center and by the rotation transfer table of workbench drive assembly driving rotation；
The upper top lift head for upper top rotation transfer table lower surface is provided with below corresponding station；
Magnetic force A seating positioning clamping fixture is mounted on rotation transfer table,
Mould cross technology groove is provided on magnetic force A seating positioning clamping fixture, in magnetic force A seating positioning clamping fixture bottom center
It is penetrating to be provided with fabrication hole under mould, magnetic force A seating positioning clamping fixture lower horizontal is provided with the mould control of Serve Motor Control
Rotary shaft is provided with the mould angular transducer of detection mould control rotation angle of rotating shaft below mould control rotary shaft,
The mould prism being equipped in detection mould control rotary shaft at fabrication hole under mould, in a table of mould prism
It is inlaid with magnet on face, has in mould prism and pushes up seamed edge on mould；When magnet surface upward when, magnet surface is equal to or high
In magnetic force A seating positioning clamping fixture bottom surface and for being attracted bimetallic housing lower surface；When pushing up seamed edge on mould upward, on mould
Top seamed edge with bimetallic housing for contacting and putting on top outside bimetallic.
Housing input unit is identical as inner sleeve input device structure；
Housing input unit includes the housing vibration basket for being arranged on support assembly and being loaded with bimetallic housing, one end and outer
The input feeding track of set vibration basket connection, the inputted vibration motor being arranged in below input feeding track, setting are sent in input
The input for expecting the input terminal positioning seat of track terminal, being arranged at input terminal positioning seat and stopping subsequent bimetallic housing
Track terminal butterfly, setting input terminal positioning seat and with the corresponding input terminal location hole of input feeding track, set
It sets in the mechanical hand cradle of input of input terminal positioning seat side, the input radial push rod being arranged in the mechanical hand cradle of input, setting
Inputting radially movable seat, the input lifting seat inputted on radially movable seat be set and setting on input radial push rod
In input lifting seat lower end and for drawing the bimetallic housing at input terminal location hole and the bimetallic housing being sent to magnetic
Suction nozzle under input on power A seating positioning clamping fixture；
Inner sleeve input unit includes being arranged on support assembly and bimetallic inner sleeve inner sleeve vibration basket being housed；
Electric heater is mounted on support assembly by manipulator, and timer and/or temperature are provided on electric heater
Meter.
Integrated hydraulic machine includes the hydraulic press pedestal being arranged on support assembly, the hydraulic press being arranged on hydraulic press pedestal
Lifting seat and the hydraulic compressing head being arranged on hydraulic press lifting seat；
Output device include the output pedestal being arranged on support assembly, be arranged in output pedestal on outputting radial push away
Bar, the outputting radial Mobile base being arranged on outputting radial push rod, the output being arranged on outputting radial Mobile base lifting push rod,
The output lifting seat of output lifting push rod lower end, the output inclined ramp that output pedestal side is arranged in and setting are set
In output lifting seat lower end and for drawing the set of the bimetallic on magnetic force A seating positioning clamping fixture and the bimetallic set being sent to output
Output suction nozzle on inclined ramp.
On rotation transfer table or laser welder or cold welding machine or supersonic welder or ion welding machine side are provided with
Clear up cooling tuyere；
Input buffer spring is being provided between suction nozzle under input lifting seat and input.
Beneficial effects of the present invention description without being limited thereto, in order to preferably be easy to understand, specific embodiment part into
More detailed description is gone.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of mould of the present invention.
Fig. 2 is whole structural schematic diagram of the invention.
Fig. 3 is the structural schematic diagram at whole another visual angle of the invention.
Fig. 4 is the structural schematic diagram of workbench of the present invention.
Fig. 5 is the structural schematic diagram of input unit of the present invention.
Fig. 6 is the structural schematic diagram of electric heater of the present invention.
Fig. 7 is the structural schematic diagram of laser welder or cold welding machine or supersonic welder or ion welding machine of the present invention.
Fig. 8 is the structural schematic diagram of integrated hydraulic machine of the present invention.
Fig. 9 is the structural schematic diagram of output device of the present invention.
Wherein: 1, bimetallic housing；2, bimetallic inner sleeve；3, support assembly；4, rotary table device；5, housing inputs
Device；6, electric heater；7, inner sleeve input unit；8, integrated hydraulic machine；9, laser welder or cold welding machine or supersonic welder or
Ion welding machine；10, output device；11, housing vibration basket；12, inner sleeve vibration basket；13, workbench drive assembly；14, rotation passes
Send workbench；15, magnetic force A seating positioning clamping fixture；16, mould cross technology groove；17, cooling tuyere is cleared up；18, inputted vibration electricity
Machine；19, feeding track is inputted；20, input track terminal butterfly；21, terminal positioning seat is inputted；22, input terminal positioning
Hole；23, mechanical hand cradle is inputted；24, radial push rod is inputted；25, radially movable seat is inputted；26, lifting seat is inputted；27, under inputting
Suction nozzle；28, buffer spring is inputted；29, hydraulic press pedestal；30, hydraulic press lifting seat；31, hydraulic compressing head；32, pedestal is exported；
33, outputting radial push rod；34, outputting radial Mobile base；35, output lifting push rod；36, lifting seat is exported；37, suction nozzle is exported；
38, inclined ramp is exported；39, upper top lift head；40, fabrication hole under mould；41, mould controls rotary shaft；42, mould angle passes
Sensor；43, mould prism；44, seamed edge is pushed up on mould.
Specific embodiment
As shown in figs 1-9, the bimetallic of the present embodiment covers package system, including support assembly 3, setting in support assembly 3
On rotary table device 4, successively housing input station of the annular spread on rotary table device 4, heating station, interior
Set input station, press fitting station, welding post and output station are distributed in housing input station, heating station, inner sleeve input
Station, press fitting station, welding post, with output station on magnetic force A seating positioning clamping fixture 15, be arranged on support assembly 3 and
Housing inputs the housing input unit 5 being installed to bimetallic housing 1 at station in magnetic force A seating positioning clamping fixture 15, is arranged in machine
1 inner hole of bimetallic housing is heated on frame assembly 3 and in heating station electric heater 6, be arranged on support assembly 3 and
Bimetallic inner sleeve 2 is placed into inner sleeve input unit 7 at bimetallic housing 1 in inner sleeve input station, is arranged in support assembly 3
It is upper and bimetallic inner sleeve 2 is pressed onto bimetallic housing 1 in press fitting station integrated hydraulic machine 8, be arranged on support assembly 3 and
The laser welder or cold welding that are welded into bimetallic set will be carried out at bimetallic housing 1 and 2 groove of bimetallic inner sleeve in welding post
Machine or supersonic welder or ion welding machine 9 and it is arranged on support assembly 3 and in output station by the defeated of bimetallic set output
Device 10 out；
Rotary table device 4 includes the workbench drive assembly 13 being arranged on support assembly 3 and is rotatably provided in
At 3 center of support assembly and by the rotation transfer table 14 of the driving rotation of workbench drive assembly 13；
The upper top lift head 39 for upper top rotation 14 lower surface of transfer table is provided with below corresponding station；
Magnetic force A seating positioning clamping fixture 15 is mounted on rotation transfer table 14,
Mould cross technology groove 16 is provided on magnetic force A seating positioning clamping fixture 15, in 15 bottom of magnetic force A seating positioning clamping fixture
It is penetrating at center to be provided with fabrication hole 40 under mould, 15 lower horizontal of magnetic force A seating positioning clamping fixture is provided with Serve Motor Control
Mould control rotary shaft 41, detection mould control rotary shaft 41 is provided with below mould control rotary shaft 41 and rotates angle
Mould angular transducer 42 is equipped in detection mould control rotary shaft 41 positioned at the mould prism under mould at fabrication hole 40
Body 43 is inlaid with magnet on a surface of mould prism 43, has in mould prism 43 and pushes up seamed edge 44 on mould；Work as magnetic
Iron surface upward when, magnet surface is equal to or higher than 15 bottom surface of magnetic force A seating positioning clamping fixture and for being attracted under bimetallic housing 1
Surface；When pushing up seamed edge 44 on mould upward, top seamed edge 44 with bimetallic housing 1 for contacting and by bimetallic housing on mould
It is pushed up on 1.
Housing input unit 5 is identical as 7 structure of inner sleeve input unit；
Housing input unit 5 includes the housing vibration basket 11, one for being arranged on support assembly 3 and being loaded with bimetallic housing 1
The inputted vibration motor holding the input feeding track 19 connecting with housing vibration basket 11, being arranged in below input feeding track 19
18, be arranged in input 19 terminal of feeding track input terminal positioning seat 21, setting input terminal positioning seat 21 at and blocking
The input track terminal butterfly 20 of subsequent bimetallic housing 1, setting input terminal positioning seat 21 and with input feeding
The corresponding input terminal location hole 22 of track 19, the input machinery hand cradle 23 that input 21 side of terminal positioning seat is set, setting
The input radial push rod 24 inputted in mechanical hand cradle 23, be arranged in the radially movable seat 25 of input inputted on radial push rod 24,
The input lifting seat 26 inputted on radially movable seat 25 and setting are set in input 26 lower end of lifting seat and are used to draw defeated
Enter the bimetallic housing 1 at terminal location hole 22 and the bimetallic housing 1 is sent to the input on magnetic force A seating positioning clamping fixture 15
Lower suction nozzle 27；
Inner sleeve input unit 7 includes being arranged on support assembly 3 and 2 inner sleeve vibration basket 12 of bimetallic inner sleeve being housed；
Electric heater 6 is mounted on support assembly 3 by manipulator, and timer and/or temperature are provided on electric heater 6
Degree meter.
Integrated hydraulic machine 8 includes the hydraulic press pedestal 29 being arranged on support assembly 3, is arranged on hydraulic press pedestal 29
Hydraulic press lifting seat 30 and the hydraulic compressing head 31 being arranged on hydraulic press lifting seat 30；
Output device 10 includes the output pedestal 32 being arranged on support assembly 3, the output exported on pedestal 32 is arranged in
Radial push rod 33, is arranged on outputting radial Mobile base 34 the outputting radial Mobile base 34 being arranged on outputting radial push rod 33
Output lifting push rod 35, be arranged in output lifting 35 lower end of push rod output lifting seat 36, setting output 32 side of pedestal
Output inclined ramp 38 and output 36 lower end of lifting seat and double on magnetic force A seating positioning clamping fixture 15 for drawing is set
Metallic sheath and by the bimetallic set be sent to output inclined ramp 38 on output suction nozzle 37.
On rotation transfer table 14 or laser welder or cold welding machine or supersonic welder or 9 side of ion welding machine are arranged
There is the cooling tuyere 17 of cleaning；
Input buffer spring 28 is being provided under input lifting seat 26 and input between suction nozzle 27.
The assemble method of the bimetallic set of the present embodiment, method includes the following steps:
Step 1, firstly, by conveyer belt by after interior hole machined and with groove bimetallic housing 1 send to housing vibrate
In basket 11, it will send after Excircle machining and with the bimetallic inner sleeve 2 of groove into inner sleeve vibration basket 12；Then, start workbench
Drive assembly 13 drives the rotation of magnetic force A seating positioning clamping fixture 15 on rotation transfer table 14 to complete each work in following steps
The turnover of sequence；
Step 2, bimetallic housing 1 input, firstly, starting housing vibration basket 11 and inputted vibration motor 18, in bimetallic
Set 2 will be sent to input terminal location hole 22 along input feeding track 19；Then, input track terminal butterfly 20 rotates
And subsequent bimetallic housing 1 is stopped to be input at input terminal location hole 22；Secondly, inputting lower suction nozzle 27 draws input end
Bimetallic housing 1 at point location hole 22, and give to the magnetic force A seating positioning clamping fixture 15 of housing input station；Again, it inputs
Lower 27 back-blowing of suction nozzle pushes bimetallic housing 1, meanwhile, servo motor controls 41 rotary mould prism of rotary shaft by mould
Body 43 to magnet surface moves upwards through magnetic force and inhales 1 lower surface of bimetallic housing；
Step 3, in heating station, electric heater 6 is heated to assigned temperature to 1 inner hole of metal-coating；
Step 4 inputs station in inner sleeve, and according to step 2, inner sleeve input unit 7 vibrates bimetallic inner sleeve 2 from inner sleeve
It is sent at 1 inner hole of bimetallic housing to heating in basket 12；
Step 5, is pressed station, and bimetallic inner sleeve 2 is pressed into 1 inner hole of bimetallic housing by integrated hydraulic machine 8；
Step 6, welding post, firstly, 9 pairs of groups of laser welder or cold welding machine or supersonic welder or ion welding machine are to rear
Bimetallic inner sleeve 2 and the groove of bimetallic housing 1 at welded；Then, cooling tuyere 17 is cleared up to the bimetallic of postwelding
Set is cooled down；
Step 7, output station, firstly, servo motor controls the tire of 41 rotary mould prism 43 of rotary shaft by mould
Seamed edge 44 is pushed up upward on tool, and seamed edge 44 is pushed up on mould by bimetallic and covers jack-up upwards；Then, suction nozzle 37 is exported by the bimetallic set
It draws and send to output inclined ramp 38 and export.
Step 8, firstly, bimetallic set passes through output inclined ramp 38 output to lathe machining center；Then, lathe adds
The bimetallic is covered inner hole, outer circle and both ends of the surface respectively and processed by work center；Secondly, being sent by assembly line to flat stone mill
Bed, to bimetallic set both ends of the surface grinding；Again, respectively by cylindrical grinder and inner hole grinding machine be ground respectively its outer circle with it is interior
Hole；Finally, detection registration storage.
When using the present invention, bimetallic housing 1 and the composition of bimetallic inner sleeve 2 are processed into bimetallic set, support assembly 3 is
Support, rotary table device 4 realize process turnover, and housing input unit 5 realizes housing input, and electric heater 6 is realized internally
Hole heating, to facilitate the assembling of inner sleeve, while realizing weld preheating, and inner sleeve input unit 7 realizes the input of inner sleeve, whole liquid
Press 8 realizes that the assembling of inner-outer sleeve, laser welder or cold welding machine or supersonic welder or ion welding machine 9 are welded using groove
Groove, output device 10 realize discharging, housing vibration basket 11, and inner sleeve vibration basket 12 realizes vibration feeding, workbench drive assembly
13 realize that rotation driving rotation transfer table 14, magnetic force A seating positioning clamping fixture 15 realize the positioning and turnover to workpiece, mould
Cross technology groove 16 is conveniently taken, and is cleared up cooling tuyere 17 and is realized postwelding cooling down, inputted vibration motor 18 realizes that vibration is sent
Material, input feeding track 19 realize guiding connection, and input track terminal butterfly 20 stops subsequent workpiece output, inputs terminal
Positioning seat 21 etc. is to be output, and input terminal location hole 22 realizes positioning, and input buffer spring 28 realizes buffer function, in positioning work
, top table on upper top lift head 39, especially press fitting station protect bearing so that workbench be avoided to bear tilting moment,
It avoids wearing, by fabrication hole 40 under mould, mould control rotary shaft 41 realizes accurate control, and mould angular transducer 42 is realized
Angle control, it is not contour using the surface and seamed edge of mould prism 43, realize that the absorption to quoit is fixed and ejects.
The present invention has rational design, it is low in cost, durable, safe and reliable, easy to operate, time saving and energy saving, save fund,
It is compact-sized and easy to use.
It is to disclose in order to more clear, and the prior art is just no longer enumerated that the present invention, which fully describes,.
Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used
To modify to technical solution documented by previous embodiment or equivalent replacement of some of the technical features；Make
It is obvious for being combined for those skilled in the art to multiple technical solutions of the invention.And these are modified or replace
It changes, the spirit and scope for technical solution of the embodiment of the present invention that it does not separate the essence of the corresponding technical solution.
Claims (4)
1. a kind of bimetallic covers package system, it is characterised in that: including support assembly (3), the rotation being arranged on support assembly (3)
The housing of revolving worktable device (4), successively annular spread on rotary table device (4) inputs station, heating station, inner sleeve
Input station, press fitting station, welding post and output station are distributed in housing input station, heating station, inner sleeve input work
Position, press fitting station, welding post, with output station on magnetic force A seating positioning clamping fixture (15), be arranged on support assembly (3) and
Bimetallic housing (1) is installed at housing input station housing input unit (5) in magnetic force A seating positioning clamping fixture (15),
Be arranged on support assembly (3) and bimetallic housing (1) inner hole is heated in heating station electric heater (6), setting
Bimetallic inner sleeve (2) is placed into the input of the inner sleeve at bimetallic housing (1) on support assembly (3) and in inner sleeve input station
Device (7) is arranged on support assembly (3) and is pressed onto bimetallic inner sleeve (2) in press fitting station whole in bimetallic housing (1)
Body fluid press (8) is arranged on support assembly (3) and in welding post by bimetallic housing (1) and bimetallic inner sleeve (2) groove
Place carries out the laser welder for being welded into bimetallic set or cold welding machine or supersonic welder or ion welding machine (9) and is arranged in machine
The output device (10) for exporting bimetallic set on frame assembly (3) and in output station；
Rotary table device (4) includes the workbench drive assembly (13) and rotary setting being arranged on support assembly (3)
At support assembly (3) center and by the rotation transfer table (14) of workbench drive assembly (13) driving rotation；
The upper top lift head (39) for upper top rotation transfer table (14) lower surface is provided with below corresponding station；
Magnetic force A seating positioning clamping fixture (15) is mounted in rotation transfer table (14),
Mould cross technology groove (16) is provided on magnetic force A seating positioning clamping fixture (15), at magnetic force A seating positioning clamping fixture (15) bottom
It is penetrating at portion center to be provided with fabrication hole under mould (40), magnetic force A seating positioning clamping fixture (15) lower horizontal is provided with servo electricity
The mould of machine control controls rotary shaft (41), and detection mould control rotary shaft is provided with below mould control rotary shaft (41)
(41) the mould angular transducer (42) for rotating angle, is equipped in detection mould control rotary shaft (41) positioned at work under mould
Mould prism (43) at skill hole (40), is inlaid with magnet on a surface of mould prism (43), in mould prism
(43) have on mould and push up seamed edge (44)；When magnet surface upward when, magnet surface be equal to or higher than magnetic force A seating positioning clamping fixture
(15) bottom surface and for being attracted bimetallic housing (1) lower surface；When pushing up seamed edge (44) on mould upward, seamed edge is pushed up on mould
(44) for contacting and being pushed up on bimetallic housing (1) with bimetallic housing (1).
2. bimetallic according to claim 1 covers package system, it is characterised in that: housing input unit (5) and inner sleeve are defeated
It is identical to enter device (7) structure；
Housing input unit (5) includes the housing vibration basket for being arranged on support assembly (3) and being loaded with bimetallic housing (1)
(11), the input feeding track (19) of one end and housing vibration basket (11) connection, setting are below input feeding track (19)
Inputted vibration motor (18), setting are whole in input in the input terminal positioning seat (21) of input feeding track (19) terminal, setting
At point location seat (21) and the input track terminal butterfly (20) of subsequent bimetallic housing (1), setting is stopped to input
It terminal positioning seat (21) and is positioned with input feeding track (19) corresponding input terminal location hole (22), setting in input terminal
The input machinery hand cradle (23) of seat (21) side is arranged in the input radial push rod (24) inputted on mechanical hand cradle (23), is arranged
In the input lifting of the radially movable seat of input (25), setting on the radially movable seat (25) of input in input radial push rod (24)
Seat (26) and setting are in input lifting seat (26) lower end and for drawing the bimetallic housing at input terminal location hole (22)
(1) and by the bimetallic housing (1) it is sent to suction nozzle (27) under the input on magnetic force A seating positioning clamping fixture (15)；
Inner sleeve input unit (7) includes being arranged on support assembly (3) and bimetallic inner sleeve (2) inner sleeve vibration basket (12) being housed；
Electric heater (6) is mounted on support assembly (3) by manipulator, be provided on electric heater (6) timer and/or
Thermometer.
3. bimetallic according to claim 1 covers package system, it is characterised in that: integrated hydraulic machine (8) includes that setting exists
Hydraulic press lifting seat (30), the Yi Jishe of hydraulic press pedestal (29), setting on hydraulic press pedestal (29) on support assembly (3)
Set the hydraulic compressing head (31) on hydraulic press lifting seat (30)；
Output device (10) includes the output pedestal (32) being arranged on support assembly (3), setting in output pedestal (32)
Outputting radial push rod (33), is arranged in outputting radial the outputting radial Mobile base (34) being arranged on outputting radial push rod (33)
Output lifting push rod (35), setting on Mobile base (34) are exporting the output lifting seat (36) of lifting push rod (35) lower end, are setting
It sets in the output inclined ramp (38) of output pedestal (32) side and setting in output lifting seat (36) lower end and for drawing
Bimetallic on magnetic force A seating positioning clamping fixture (15) covers and the output that the bimetallic set is sent in output inclined ramp (38) is inhaled
Mouth (37).
4. bimetallic according to claim 1 covers package system, it is characterised in that: in rotation transfer table (14) or
It is cooling tuyere (17) that laser welder or cold welding machine or supersonic welder or ion welding machine (9) side are provided with cleaning；
Input buffer spring (28) is provided in input lifting seat (26) and under inputting between suction nozzle (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910482310.4A CN110280897A (en) | 2019-06-04 | 2019-06-04 | Bimetallic covers package system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910482310.4A CN110280897A (en) | 2019-06-04 | 2019-06-04 | Bimetallic covers package system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110280897A true CN110280897A (en) | 2019-09-27 |
Family
ID=68003324
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910482310.4A Pending CN110280897A (en) | 2019-06-04 | 2019-06-04 | Bimetallic covers package system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110280897A (en) |
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|---|---|---|---|---|
| US3863485A (en) * | 1972-05-11 | 1975-02-04 | Glacier Metal Co Ltd | Press and method for coin pressing articles |
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| CN108356527A (en) * | 2018-03-20 | 2018-08-03 | 杭州异客科技有限公司 | A kind of full-automatic riveting is welding integrated |
| CN108873292A (en) * | 2018-07-10 | 2018-11-23 | 张家港市光学仪器有限公司 | A kind of surgical operation microscope eyepiece parfocalization mechanism |
| CN109249580A (en) * | 2018-09-25 | 2019-01-22 | 珠海格力智能装备有限公司 | Feeding distribution mechanism and feeding system with it |
-
2019
- 2019-06-04 CN CN201910482310.4A patent/CN110280897A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3863485A (en) * | 1972-05-11 | 1975-02-04 | Glacier Metal Co Ltd | Press and method for coin pressing articles |
| CN2345137Y (en) * | 1998-03-03 | 1999-10-27 | 余天望 | Multifunction vegetable washing machine |
| CN108356527A (en) * | 2018-03-20 | 2018-08-03 | 杭州异客科技有限公司 | A kind of full-automatic riveting is welding integrated |
| CN108873292A (en) * | 2018-07-10 | 2018-11-23 | 张家港市光学仪器有限公司 | A kind of surgical operation microscope eyepiece parfocalization mechanism |
| CN109249580A (en) * | 2018-09-25 | 2019-01-22 | 珠海格力智能装备有限公司 | Feeding distribution mechanism and feeding system with it |
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| 张佩勤: "《自动装配与柔性装配技术》", 31 May 1998, 机械工业出版社 * |
| 徐光华: "《机械设备检修技术基础》", 31 August 2008, 中国铁道出版社 * |
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