CN206605203U

CN206605203U - A kind of full-automatic modularization assembling system

Info

Publication number: CN206605203U
Application number: CN201720246333.1U
Authority: CN
Inventors: 廖礼宁
Original assignee: Shenzhen Leo Wisdom Manufacturing Co Ltd
Current assignee: Shenzhen Leo Wisdom Manufacturing Co Ltd
Priority date: 2017-03-14
Filing date: 2017-03-14
Publication date: 2017-11-03
Anticipated expiration: 2027-03-14

Abstract

The utility model discloses a kind of full-automatic modularization assembling system, including support plate revolution module, automation equipment module, guidance panel and manual assembly unit；Wherein support plate revolution module is provided with the support plate revolution gentle cylinder conveying mechanism of pallet；Manual assembly unit includes aluminium section bar frame and metal plate working top；Automation equipment module includes the logical framework in side, conveyer belt conveying module, stacking plate feeding module and XYZ three axle robert modules, electric cabinet metal plate group, stacking plate feeding module are provided with the logical framework in side and fixes angle steel, XYZ three axle roberts fixation angle steel and assembling feed platen, stacking plate feeding module is installed on stacking plate feeding module and fixed on angle steel, XYZ three axle robert modules are installed on YZ three axle roberts and fixed on angle steel, and conveyer belt conveying module is installed in assembling feed platen, support plate revolution pallet and aluminium section bar frame.Many automation equipments of the utility model reasonable combination and manual assembly unit, it is ensured that equipment feeding is stable, fixture and carrier accurate positioning on conveyer belt, in equipment high-speed cruising, manipulator can be accurately positioned feeding, installation.

Description

A kind of full-automatic modularization assembling system

Technical field

The utility model is related to 3C industries assembling field, and in particular to a kind of full-automatic modularization assembling system.

Background technology

The parts and the machine product such as electronics and IT products such as mobile phone, computer of present 3C industries have been designed for ripe, city Field demand is huge, can be with long-term production, but the assembling of these parts products is instantly still by manually completing, technique Numerous and diverse and precision is not high, it is necessary to expend substantial amounts of manpower, and production efficiency is relatively low, can not much meet the market demand.

Utility model content

Technical problem to be solved in the utility model be to provide one kind can solve the above problems, it is stackable, expansible, can Upgrading full-automatic modularization assembling system, using automation equipment realize the automatic charging of product material, manipulator pick and place material, Precise positioning such as installs at the function, by many automation equipments or manually the reasonable combination of unit, can be according to production Object difference realizes Automated assembly to multiple product, and more assembling products can be completed within the identical time, realizes more High production capacity, has largely saved employment cost, saves the time, improves operating efficiency and product quality.

The utility model is achieved through the following technical solutions：A kind of full-automatic modularization assembling system, including carry Plate revolution module, automation equipment module, guidance panel and manual assembly unit；Wherein support plate revolution module is provided with support plate and returned Pivoted frame platform and cylinder conveying mechanism；Manual assembly unit includes aluminium section bar frame and metal plate working top；Automation equipment module Including the logical framework in side, conveyer belt conveying module, it is laminated on plate feeding module and XYZ three axle robert modules, the logical framework in side It is provided with electric cabinet metal plate group, stacking plate feeding module and fixes angle steel, XYZ three axle roberts fixation angle steel and assembling feed Platen, stacking plate feeding module is installed on stacking plate feeding module and fixed on angle steel, and XYZ three axle robert modules are installed on XYZ three axle roberts are fixed on angle steel, and conveyer belt conveying module is installed on assembling feed platen, support plate revolution pallet and aluminium section bar In frame.

The shaft mechanicals of XYZ tri- led to as preferred technical scheme, the XYZ three axle roberts module side of being fixed on framework Hand is fixed on angle steel, mainly by the X-axis laterally moved left and right, the Y-axis for drawing appropriation, the Z axis of up and down motion and double end reclaimer Tool hand is constituted, and Y-axis is fixed on fixed angle steel, and X-axis is fixed on the slide unit of Y-axis by the first connecting plate and the second connecting plate, Z Axle is fixed on the slide unit of X-axis by the 3rd connecting plate, and double end reclaimer robot is fixed on the slide unit of Z axis by the 4th connecting plate On.

As preferred technical scheme, the Y-axis for drawing appropriation mainly include Y-axis servomotor, synchronizing wheel, timing belt, Drive lead screw, guide rail, connection sliding block, slide unit, support block, photoelectric sensor, the excellent power glue of protection and protection cover；Y-axis servo electricity Machine output end is connected with synchronizing wheel, synchronizing wheel by key and sets timing belt, the synchronizing wheel connection wire rod of the timing belt other end, is driven The rotation of dynamic screw mandrel；Drive lead screw is arranged in support block, and its two ends is each provided with one piece of excellent power glue of protection；Two guide rails are fixed Face is covered in Y-axis, its two ends is each provided with a photoelectric sensor；Two connection sliding blocks are respectively arranged with two guide rails, It can be moved on guide rail；Slide unit and nut are installed on sliding block, when motor drive screw is rotated, pass through matching somebody with somebody for screw mandrel and nut Close driving slide unit for linear motion along guide rail.

As preferred technical scheme, the double end reclaimer robot mainly includes magnetic valve, double end feeding module, clamping jaw Cylinder, feeding clamping jaw and double end fastening screw；Magnetic valve is fixed on the 4th connecting plate, connects control main frame；Clamping jaw cylinder Two are provided with, is respectively arranged on double end feeding module, a different feeding clamping jaw is mounted on each clamping jaw cylinder, By controlling cylinder to realize the clamping and release of feeding clamping jaw；Double end fastening screw connects through double end feeding module insertion the 4th In fishplate bar, after extraction double end feeding module can 360 ° rotation, by rotation can rapid translating feeding clamping jaw.

As preferred technical scheme, the stacking plate feeding module fixes the bottom plate side of being fixed on by vertical rail and leads to framework On stacking plate feeding module fix angle steel on, mainly by Bevel Gear Transmission unit, chain drive revolving body and fixture group Into vertical rail is fixed and 3 chain drive revolving bodies, one piece of support fixed plate and one piece of rear baffle are provided with bottom plate, and 3 chains are passed Dynamic revolution body side surface is provided with 3 pieces of guide plates, and it is provided with three pieces of upper cover plates above, and double guide rod cylinders are pacified by cylinder fixed block Above upper cover plate, double thick stick cylinders of leading can promote scraping wings to carry out being provided with 3 on positioning clamping, rear baffle to plastic sucking disc Reflection-type optoelectronic switch, for being detected in place to plastic sucking disc；Cone in Bevel Gear Transmission unit and chain drive revolving body Tooth transmission main shaft is linked together by key.

As preferred technical scheme, the Bevel Gear Transmission unit includes reducing motor, bevel gear, resilient bearing, rolling Sub- bearing, cone tooth hold-down support, motor fixing plate, transmission turbine, cone tooth transmission main shaft, turbine cover, bevel gear cover；Bore tooth Hold-down support is fixed on the driven end block of column, is provided with bevel gear, resilient bearing, roller bearing, and transmission turbine is installed Connected on reducing motor, and by boring tooth transmission main shaft and each bevel gear.

As preferred technical scheme, the chain drive revolving body includes driving chain, cone tooth transmission main shaft, Roller Shaft Hold, the driven end block of column, tensioning adjustment sliding block, axle, vertical rail middle baffle plate, the vertical side shield of rail two, chain supporting plate on sprocket driven Strip；Two pieces of tensioning adjustment sliding blocks are arranged on the driven end block of column, and driving chain is adjusted by turning interior hexagonal hexagonal socket head cap screw It is elastic, connection fixing block is installed between two pieces of driven end blocks of column, founds rail middle baffle plate and the side shield of vertical rail two and installs In upper connection fixing block both sides.

As preferred technical scheme, chain mid-wheel drive wheel and sprocket wheel idle pulley are installed on the cone tooth transmission main shaft, passed through It is engaged and is driven with driving chain；Chain supporting plate strip is arranged on driving chain, and plastic sucking disc is entered with chain movement Row feeding.

As preferred technical scheme, the conveyer belt conveying module is fixed on assembling feed platen, support plate revolution pallet In aluminium section bar frame, connecting plate, carrier positioning component, tensioning regulating block, carrier module are mainly transmitted by transmission riser, up and down Support plate, riser fixed block, cylinder conveying mechanism, motor composition；Transmission riser is installed between about two pieces transmission connecting plates, is carried Tool positioning component is installed between two pieces of transmission risers above, and tensioning regulating block is installed on the right side of following two pieces of transmission riser, can The elasticity of conveyer belt is adjusted, carrier module support plate flows on antistatic transfer belt, middle shell fixture is located at carrier module support plate Upper end, the other end external part of transmission riser is provided with motor and fixes end cap, connecting plate bottom is transmitted up and down solid by riser Determine to be separately installed with smooth surface driving wheel, driving power transmission shaft and bearing in block fixation transmission riser, its right end face of cylinder shell Fixed end cap, driving power transmission shaft connection smooth surface driving wheel, bearing fixes the outside that end cap is installed on smooth surface driving wheel, cylinder shell Top block on one piece of positioning component is installed, the both sides lower surface of the cylinder shell is respectively arranged with a cylinder conveyer Structure.

As preferred technical scheme, the cylinder conveying mechanism includes a lift cylinder, and lift cylinder is installed on one In block linear bearing fixed plate, more than one linear bearing is installed in linear bearing fixed plate, linear guide poles pass through straight line Bearing is installed in linear guide poles fixed plate.

As preferred technical scheme, the top of the conveyer belt conveying module is sequentially installed with Distance-sensing from left to right Device, two-phase stepping motor, linear guide poles fixed plate, antistatic transfer belt, belt support bar, driving power transmission shaft, drive shaft rigidity Shaft coupling, the first backgauge cylinder fixed block, the second backgauge cylinder fixed block, carrier module support plate, regulating valve, snap joint and Stop cylinder component, regulating valve, snap joint and stop cylinder component are installed on the second backgauge cylinder fixed block, drive shaft Positive coupling is installed on driving power transmission shaft, and transmission riser, distance are separately installed with the front/rear end of carrier fixed dam Sensor is installed on carrier fixed dam, and range sensor is provided with two, and both sides are respectively provided with one.

As preferred technical scheme, be provided with the transmission riser of the front end of the conveyer belt conveying module synchronizing wheel, Rubber synchronous belt, the buncher with decelerator, optoelectronic switch, sensor fix bearing piece and a yielding coupling, carry The buncher output end connection synchronizing wheel of decelerator, is connected between synchronizing wheel by rubber synchronous belt and transmitted, synchronizing wheel it is defeated Go out end connection driving power transmission shaft.

As preferred technical scheme, the carrier positioning component includes a backgauge cylinder, compact cylinder, positioning admittedly Determine substrate, positioning fixed supported slab, setting circle pin, alignment pin side pin and positioning component on block, setting circle pin, alignment pin side Pin is installed on positioning fixed supported slab, and block is installed on transmission riser on two pieces of positioning components, and product carrier, which is arranged at carrier, to be determined Hyte part upper end.

The beneficial effects of the utility model are：The utility model using automation equipment realize product material it is automatic on Material, manipulator pick and place the functions such as material, precise positioning installation, by many automation equipments or manually reasonable group of unit Close, Automated assembly can be realized to multiple product according to the object difference of production, can complete more within the identical time Assembling product, realize higher production capacity, largely saved employment cost, save the time, improve operating efficiency and production Quality.

Brief description of the drawings

, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art Or the accompanying drawing used required in description of the prior art is briefly described, it should be apparent that, drawings in the following description are only It is some embodiments of the present utility model, for those of ordinary skill in the art, is not paying the premise of creative work Under, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is overall structure diagram of the present utility model；

Fig. 2 is Fig. 1 top view；

Fig. 3 is the configuration schematic diagram of the utility model XYZ axis robots mechanism；

Fig. 4 is that the utility model draws the configuration schematic diagram for dialling Y-axis；

Fig. 5 is the structural representation of manipulator；

Fig. 6 is the configuration schematic diagram of stacking plate feeding module；

Fig. 7 is the overall structure diagram at another visual angle of stacking plate feeding module；

Fig. 8 is the configuration schematic diagram of stacking plate feeding module；

Fig. 9 is the configuration schematic diagram that transmission line conveys module；

Figure 10 is the top view that transmission line conveys module；

Figure 11 is the front view that transmission line conveys module.

Embodiment

All features disclosed in this specification, or disclosed all methods or during the step of, except mutually exclusive Feature and/or step beyond, can combine in any way.

This specification（Including any accessory claim, summary and accompanying drawing）Disclosed in any feature, except non-specifically is chatted State, can alternative features equivalent by other or with similar purpose replaced.I.e., unless specifically stated otherwise, each feature It is an example in a series of equivalent or similar characteristics.

As depicted in figs. 1 and 2, a kind of full-automatic modularization assembling system, including support plate revolution module 400, automation are set Standby module 402, guidance panel 401 and manual assembly unit 403；Wherein support plate revolution module be provided with support plate revolution pallet it is gentle Cylinder conveying mechanism；Manual assembly unit includes aluminium section bar frame and metal plate working top；Automation equipment module includes the logical frame in side Set on frame, conveyer belt conveying module 404, stacking plate feeding module 405 and XYZ three axle roberts module 406, the logical framework in side It is equipped with electric cabinet metal plate group, stacking plate feeding module and fixes angle steel, XYZ three axle roberts fixation angle steel and assembling rollway Plate, stacking plate feeding module 405 is installed on stacking plate feeding module and fixed on angle steel, and XYZ three axle roberts module 406 is pacified Fixed loaded on XYZ three axle roberts on angle steel, conveyer belt conveying module 404 is installed on assembling feed platen, support plate revolution pallet In aluminium section bar frame.

As shown in figure 3, the XYZ three axle roberts that the XYZ three axle robert modules side of being fixed on leads on framework fix angle steel 200 On, mainly by the X-axis 201 laterally moved left and right, the Y-axis 202 for drawing appropriation, the Z axis 203 of up and down motion and double end feeding machinery Hand is constituted, and Y-axis 202 is fixed on fixed angle steel 200, and X-axis 201 is fixed on by the first connecting plate 204 and the second connecting plate 205 On the slide unit of Y-axis 202, Z axis 203 is fixed on the slide unit of X-axis 201 by the 3rd connecting plate 206, and double end reclaimer robot passes through 4th connecting plate 227 is fixed on the slide unit of Z axis.

As shown in figure 4, drawing the Y-axis of appropriation mainly includes Y-axis servomotor 207, synchronizing wheel 208, timing belt 209, transmission Screw mandrel 210, guide rail 211, connection sliding block 212, slide unit 213, support block 214, photoelectric sensor 215, the excellent power glue 216 of protection and guarantor Shield 217；The output end of Y-axis servomotor 207 is connected with setting timing belt 209 in synchronizing wheel 208, synchronizing wheel 208 by key, The connection wire rod 210 of synchronizing wheel 208 of the other end of timing belt 209, the rotation of drive screw 210；Drive lead screw 210 is arranged on support On block 218, its two ends is each provided with one piece of excellent power glue 216 of protection；Two guide rails 211 are fixed in Y-axis above lid 219, and it two End is each provided with a photoelectric sensor 215；Two connection sliding blocks 212 are respectively arranged with two guide rails 211, can be on guide rail It is mobile；Slide unit 213 and nut 220 are installed on sliding block 212, when motor drive screw is rotated, pass through matching somebody with somebody for screw mandrel and nut Close driving slide unit for linear motion along guide rail.

Horizontal X-axis and up and down Z axis structure and operation principle and Y-axis are similar, repeat no more.

As shown in figure 5, double end reclaimer robot mainly includes magnetic valve 222, double end feeding module 223, clamping jaw cylinder 224th, feeding clamping jaw 225 and double end fastening screw 226；Magnetic valve 222 is fixed on the 4th connecting plate 227, connection control master Machine；Clamping jaw cylinder 224 is provided with two, is respectively arranged on double end feeding module 223, is respectively mounted on each clamping jaw cylinder 224 There is a different feeding clamping jaw 225, by controlling cylinder 224 to realize the clamping and release of feeding clamping jaw 225；Double end is positioned Latch 226 is inserted in the 4th connecting plate 227 through double end feeding module 223, and double end feeding module 223 can 360 ° of rotations after extraction Turn, can rapid translating feeding clamping jaw by rotation.

The mechanism course of work --- servo controller control program is set, one mechanical origin, machine can be set for three axles Need to be resetted before structure operation, each axle, which is moved on origin position, the axles of XYZ tri-, two or more photoelectric sensor, lead to The position for overregulating sensor can control the stroke of each axle, and the axles of XYZ tri- are moveable to any one space coordinate in stroke； If after controller control program actual effect, drawing and dialling Y-axis and horizontal X-axis first while arrival material overhead for linear motion, then Z axis to Lower motion, is reached behind specified coordinate position, and feeding clamping jaw carries out feeding, rises after Z axis after feeding clamping jaw holdfast material, then X, Y-axis arrival specified coordinate for linear motion, then Z axis move downward, reach behind specified coordinate position, feeding clamping jaw unclamps, and puts Z axis rises after glove material, completes the carrying of material.

As Figure 6-Figure 8, stacking plate feeding module fixes the layer that the side of being fixed on of bottom plate 300 leads on framework by founding rail Lamination material feeding module is fixed on angle steel, mainly by Bevel Gear Transmission unit, chain drive revolving body 301 and other fixture groups Into the position of each parts and annexation are：Vertical rail is fixed on bottom plate 300 and is provided with 3 chain drive revolving bodies, one piece of branch Support fixed plate 302 and one piece of rear baffle 303；3 chain drive revolution body side surfaces are provided with 3 pieces of guide plates 304, to being put into plastic uptake Guide effect is folded, it is installed above to have three pieces of upper cover plates 305；Double guide rod cylinders 306 are arranged on upper lid by cylinder fixed block 307 Above plate 305, double thick stick cylinders 306 of leading can promote scraping wings 308 to carry out positioning clamping to plastic sucking disc；Installed on rear baffle 303 There are 3 reflection-type optoelectronic switch 309, for being detected in place to plastic sucking disc；Bevel Gear Transmission unit and chain drive revolution Cone tooth transmission main shaft in body is linked together by key 310.

Bevel Gear Transmission unit includes reducing motor 311, bevel gear 312, resilient bearing 313, roller bearing 314, cone tooth Hold-down support 315, motor fixing plate 316, transmission turbine 317, cone tooth transmission main shaft, turbine cover 318, bevel gear cover 319； It is driven turbine 317 to be arranged on reducing motor 311, is then connected by boring tooth transmission main shaft 320 and each bevel gear.

Chain drive revolving body includes driving chain 321, cone tooth transmission main shaft 320, roller bearing 314, column driven end Block 322, upper connection fixing block 323, tensioning adjustment sliding block 324, axle 325, chain mid-wheel drive wheel 326, sprocket wheel idle pulley on sprocket driven 327th, rail middle baffle plate 328, the vertical side shield 329 of rail two, chain supporting plate strip 330 are found；Two pieces of tensioning adjustment sliding blocks are arranged on vertical On the driven end block of post, by turning interior hexagonal hexagonal socket head cap screw, the elastic of driving chain can be adjusted；Two pieces of driven end blocks of column it Between connection fixing block is installed, found rail middle baffle plate and the side shield of vertical rail two and be arranged on upper connection fixing block both sides；Tooth is bored to pass Chain mid-wheel drive wheel and sprocket wheel idle pulley are installed on dynamic main shaft, are driven by being engaged with driving chain；Chain supporting plate strip is pacified On driving chain, feeding can be carried out to plastic sucking disc with chain movement.

By having set after controller control program actual effect, manually the multiple plastic sucking discs filled material and stacked are put Onto the chain supporting plate strip of charging aperture, the reflection-type optoelectronic switch in mechanism is checked, if the suction in chain supporting plate strip Disk is moulded without in place, then reducing motor is run, after optoelectronic switch 39 senses material tray in place, reducing motor stops turning Dynamic, double guide rod cylinders 42 are stretched out, and complete the positioning and clamping of plastic sucking disc, after the material in first plastic sucking disc is taken, and are led to Cross manipulator to pick up empty plastic sucking disc in the chain supporting plate strip for the material returned mouthful for being put into opposite side, then reducing motor is transported again OK, the past upload of the remaining plastic sucking disc for filling material is so worked, can be achieved on equipment automatization repeatedly by chain drive Material.

As Figure 9-Figure 11, transmission line conveying module is fixed on assembling feed platen, support plate revolution pallet and aluminium section bar In frame, connecting plate 2, carrier positioning component 36, tensioning regulating block 4, carrier module are mainly transmitted by transmission riser 3, up and down and is carried Plate 5, riser fixed block 8, cylinder conveying mechanism, motor composition；Transmission riser 3 is installed between about two pieces transmission connecting plates 2, Carrier positioning component 36 is installed between two pieces of transmission risers 3 above, and tensioning regulating block 4 is installed on following two pieces of transmission riser 3 Right side, can adjust the elasticity of conveyer belt, and carrier module support plate 5 flows on antistatic transfer belt 21, and middle shell fixture 6, which is located at, to be carried Has the upper end of module support plate 5, the other end external part of transmission riser 3 is provided with motor and fixes end cap 7, and connecting plate 2 is transmitted up and down Transmission riser 3 is fixed in bottom by riser fixed block 8, be separately installed with its right end face of cylinder shell 1 smooth surface driving wheel 9, Power transmission shaft 10 and bearing is driven to fix end cap 11, driving power transmission shaft 10 connects smooth surface driving wheel 9, and bearing is fixed end cap 11 and installed In the outside of smooth surface driving wheel 9, the top of cylinder shell 1 is provided with block 12 on one piece of positioning component, the two of the cylinder shell 1 Side lower surface is respectively arranged with a cylinder conveying mechanism.

Wherein, cylinder conveying mechanism includes a lift cylinder 13, and lift cylinder 13 is installed on one piece of linear bearing and fixed On plate 14, more than one linear bearing 16 is installed in linear bearing fixed plate 14, linear guide poles 15 pass through linear bearing 16 It is installed in linear guide poles fixed plate 20.

The top of transmission line delivery system is sequentially installed with range sensor 18 from left to right, two-phase stepping motor 19, straight Line guide pillar fixed plate 20, antistatic transfer belt 21, belt support bar, driving power transmission shaft 22, drive shaft positive coupling 23, first Backgauge cylinder fixed block 24, the second backgauge cylinder fixed block 25, carrier module support plate 26, regulating valve, snap joint and stop Cylinder assembly, regulating valve, snap joint and stop cylinder component are installed on the second backgauge cylinder fixed block 25, and drive shaft is firm Property shaft coupling 23 be installed on driving power transmission shaft 22 on, be separately installed with the front/rear end of carrier fixed dam transmission riser 3, away from It is installed on from sensor 18 on carrier fixed dam, range sensor 18 is provided with two, and both sides are respectively provided with one.

Synchronizing wheel 26, rubber synchronous belt 27 are installed on the transmission riser for the front end for transmitting line delivery system, with deceleration Buncher 28, optoelectronic switch 29, the sensor of device fix the yielding coupling 31 of bearing piece 30 and one, the speed governing with decelerator The output end of motor 28 is connected to connect by rubber synchronous belt 27 between synchronizing wheel 26, synchronizing wheel 26 and transmitted, the output of synchronizing wheel 26 End connection driving power transmission shaft 22.

Carrier positioning component 36 includes a backgauge cylinder 32, compact cylinder, the fixed substrate of positioning, the fixed branch of positioning Block on plate, setting circle pin 33, alignment pin side pin 35 and positioning component, setting circle pin 33, alignment pin side pin 35 are installed on Position block on fixed supported slab, two pieces of positioning components to be installed on transmission riser 3, product carrier 34 is arranged at carrier positioning component 36 Upper end.

Lift cylinder in transmission line delivery system is fixed on support plate by linear bearing fixed plate and turned round on pallet, can be with Shifting will be turned round on the revolution transmission line in the upper and lower face of the superincumbent transmission line of product carrier, remaining transmission line part can pass through Riser fixed block is fixed in the aluminium section bar frame in assembling feed platen or manual assembly unit；Carrier positioning on transmission line Component is fixed on transmission riser by fitting bolt, and alignment pin therein coordinates with the bushing on product carrier, completes accurate Positioning.

Line sending induction system starts to transport product carrier, after optoelectronic switch senses product carrier in place, backgauge cylinder Blocked, a upper backgauge cylinder jack-up, motor is rotated further, then compact cylinder rises, complete by carrier positioning component The precise positioning of paired product carrier.

It is described above, embodiment only of the present utility model, but protection domain of the present utility model do not limit to In this, any change or replacement expected without creative work should all be covered within protection domain of the present utility model. Therefore, protection domain of the present utility model should be determined by the scope of protection defined in the claims.

Claims

1. a kind of full-automatic modularization assembling system, it is characterised in that：Including support plate revolution module, automation equipment module, behaviour Make panel and manual assembly unit；Wherein support plate revolution module is provided with the support plate revolution gentle cylinder conveying mechanism of pallet；People's frock Include aluminium section bar frame and metal plate working top with unit；Automation equipment module include the logical framework in side, conveyer belt conveying module, It is laminated on plate feeding module and XYZ three axle robert modules, the logical framework in side and is provided with electric cabinet metal plate group, is laminated on plate Expect that module fixes angle steel, XYZ three axle roberts and fixes angle steel and assembling feed platen, stacking plate feeding module is installed on layer Lamination material feeding module is fixed on angle steel, and XYZ three axle robert modules are installed on XYZ three axle roberts and fixed on angle steel, transmission Band conveying module is installed in assembling feed platen, support plate revolution pallet and aluminium section bar frame.

2. full-automatic modularization assembling system as claimed in claim 1, it is characterised in that：The XYZ three axle roberts module The side of being fixed on, which leads to the XYZ three axle roberts on framework, to be fixed on angle steel, mainly by laterally move left and right X-axis, draw the Y of appropriation Axle, the Z axis of up and down motion and double end reclaimer robot composition, Y-axis are fixed on fixed angle steel, and X-axis passes through the first connecting plate It is fixed on the second connecting plate on the slide unit of Y-axis, Z axis is fixed on the slide unit of X-axis by the 3rd connecting plate, double end feeding machinery Hand is fixed on the slide unit of Z axis by the 4th connecting plate.

3. full-automatic modularization assembling system as claimed in claim 2, it is characterised in that：The Y-axis for drawing appropriation is mainly wrapped Include Y-axis servomotor, it is synchronizing wheel, timing belt, drive lead screw, guide rail, connection sliding block, slide unit, support block, photoelectric sensor, anti- Protect excellent power glue and protection cover；Y-axis servomotor output end is connected with synchronizing wheel, synchronizing wheel by key and sets timing belt, together Walk the synchronizing wheel connection wire rod with the other end, the rotation of drive screw；Drive lead screw is arranged in support block, and its two ends is respectively set There is one piece of excellent power glue of protection；Two guide rails are fixed in Y-axis face of covering, and its two ends is each provided with a photoelectric sensor；Two Two connection sliding blocks are respectively arranged with guide rail, can be moved on guide rail；Slide unit and nut are installed, when motor driving on sliding block When screw mandrel is rotated, drive slide unit for linear motion along guide rail by the cooperation of screw mandrel and nut.

4. full-automatic modularization assembling system as claimed in claim 3, it is characterised in that：The double end reclaimer robot is main Including magnetic valve, double end feeding module, clamping jaw cylinder, feeding clamping jaw and double end fastening screw；Magnetic valve is fixed on the 4th company On fishplate bar, control main frame is connected；Clamping jaw cylinder is provided with two, is respectively arranged on double end feeding module, each clamping jaw cylinder On be mounted on a different feeding clamping jaw, by controlling cylinder to realize the clamping and release of feeding clamping jaw；Double end is positioned Latch through double end feeding module insert the 4th connecting plate in, after extraction double end feeding module can 360 ° rotation, by rotation can Rapid translating feeding clamping jaw.

5. full-automatic modularization assembling system as claimed in claim 1, it is characterised in that：The stacking plate feeding module leads to Cross vertical rail to fix on the stacking plate feeding module fixation angle steel on the logical framework in the bottom plate side of being fixed on, mainly by Bevel Gear Transmission list Member, chain drive revolving body and fixture composition, vertical rail, which is fixed, is provided with 3 chain drive revolving bodies, one piece of support on bottom plate Fixed plate and one piece of rear baffle, 3 chain drive revolution body side surfaces are provided with 3 pieces of guide plates, and it is provided with three pieces of upper lids above Plate, double guide rod cylinders are arranged on above upper cover plate by cylinder fixed block, and double thick stick cylinders of leading can promote scraping wings to come to plastic sucking disc Carry out that 3 reflection-type optoelectronic switch are installed on positioning clamping, rear baffle, for detecting plastic sucking disc in place；Bevel gear Cone tooth transmission main shaft in gear unit and chain drive revolving body is linked together by key.

6. full-automatic modularization assembling system as claimed in claim 5, it is characterised in that：The Bevel Gear Transmission unit includes Reducing motor, bevel gear, resilient bearing, roller bearing, cone tooth hold-down support, motor fixing plate, transmission turbine, cone tooth transmission master Axle, turbine cover, bevel gear cover；Cone tooth hold-down support is fixed on the driven end block of column, is provided with bevel gear, elasticity Bearing, roller bearing, transmission turbine are arranged on reducing motor, and connected by boring tooth transmission main shaft and each bevel gear Come.

7. full-automatic modularization assembling system as claimed in claim 5, it is characterised in that：The chain drive revolving body includes Driving chain, cone tooth transmission main shaft, roller bearing, the driven end block of column, tensioning adjustment sliding block, on sprocket driven in axle, vertical rail Between baffle plate, the vertical side shield of rail two, chain supporting plate strip；Two pieces of tensioning adjustment sliding blocks are arranged on the driven end block of column, by twisting Hexagonal hexagonal socket head cap screw regulation driving chain is elastic in dynamic, is provided with connection fixing block between two pieces of driven end blocks of column, stands Rail middle baffle plate and the side shield of vertical rail two are arranged on upper connection fixing block both sides.

8. full-automatic modularization assembling system as claimed in claim 5, it is characterised in that：Installed on the cone tooth transmission main shaft There are chain mid-wheel drive wheel and sprocket wheel idle pulley, be driven by being engaged with driving chain；Chain supporting plate strip is arranged on driving chain On, feeding is carried out to plastic sucking disc with chain movement.

9. full-automatic modularization assembling system as claimed in claim 1, it is characterised in that：The conveyer belt conveying module is fixed Assembling feed platen, support plate revolution pallet and aluminium section bar frame on, mainly by transmission riser, up and down transmission connecting plate, carrier Positioning component, tensioning regulating block, carrier module support plate, riser fixed block, cylinder conveying mechanism, motor composition；Transmit riser peace Loaded between about two pieces transmission connecting plates, carrier positioning component is installed between two pieces of transmission risers above, is tensioned regulating block It is installed on the right side of following two pieces of transmission riser, can adjust the elasticity of conveyer belt, carrier module support plate is on antistatic transfer band Flowing, middle shell fixture is located at carrier module support plate upper end, and the other end external part of transmission riser is provided with motor and fixes end cap, Transmission connecting plate bottom is fixed in transmission riser, its right end face of cylinder shell by riser fixed block and is separately installed with light up and down Face driving wheel, driving power transmission shaft and bearing fix end cap, and driving power transmission shaft connection smooth surface driving wheel, bearing is fixed end cap and installed It is provided with the top of the outside of smooth surface driving wheel, cylinder shell under block on one piece of positioning component, the both sides of the cylinder shell End face is respectively arranged with a cylinder conveying mechanism.

10. full-automatic modularization assembling system as claimed in claim 9, it is characterised in that：The cylinder conveying mechanism is wrapped Include a lift cylinder, lift cylinder is installed in one piece of linear bearing fixed plate, be provided with linear bearing fixed plate one with On linear bearing, linear guide poles are installed in linear guide poles fixed plate through linear bearing.

11. full-automatic modularization assembling system as claimed in claim 9, it is characterised in that：The conveyer belt conveying module Top is sequentially installed with range sensor, two-phase stepping motor, linear guide poles fixed plate, antistatic transfer belt, skin from left to right Band support bar, driving power transmission shaft, drive shaft positive coupling, the first backgauge cylinder fixed block, the second backgauge cylinder fixed block, load Have module support plate, regulating valve, snap joint and stop cylinder component, regulating valve, snap joint and stop cylinder component peace Loaded on the second backgauge cylinder fixed block, drive shaft positive coupling is installed on driving power transmission shaft, before carrier fixed dam Transmission riser is separately installed with rear end face, range sensor is installed on carrier fixed dam, and range sensor is provided with two Individual, both sides are respectively provided with one.

12. full-automatic modularization assembling system as claimed in claim 9, it is characterised in that：The conveyer belt conveying module Synchronizing wheel, rubber synchronous belt, the buncher with decelerator, optoelectronic switch, sensor are installed on the transmission riser of front end Pass through between fixed bearing piece and a yielding coupling, the buncher output end connection synchronizing wheel with decelerator, synchronizing wheel Rubber synchronous belt connection transmission, the output end connection driving power transmission shaft of synchronizing wheel.

13. full-automatic modularization assembling system as claimed in claim 9, it is characterised in that：The carrier positioning component includes One backgauge cylinder, compact cylinder, the fixed substrate of positioning, positioning fixed supported slab, setting circle pin, alignment pin side are sold and fixed Block on hyte part, setting circle pin, alignment pin side pin are installed on positioning fixed supported slab, and block is installed on biography on two pieces of positioning components Send on riser, product carrier is arranged at carrier positioning component upper end.