CN204429588U - A kind of automation equipment of iron ring surface coating - Google Patents
A kind of automation equipment of iron ring surface coating Download PDFInfo
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- CN204429588U CN204429588U CN201420838342.6U CN201420838342U CN204429588U CN 204429588 U CN204429588 U CN 204429588U CN 201420838342 U CN201420838342 U CN 201420838342U CN 204429588 U CN204429588 U CN 204429588U
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Abstract
The utility model discloses a kind of automation equipment of iron ring surface coating, comprise the frame as base for supporting, also comprise the feeding module for carrying some workpiece simultaneously, for the coating module of brushing glue, for the cutting module of discharging workpieces, for overturning and carry at each station the platform movement module of workpiece, controller, described feeding module, coating module, cutting module is set in turn in frame along frame length direction, described platform movement module is across being fixed on frame both sides and its movable part is turning and holding workpiece is transported to coating module along frame length direction successively from feeding module, cutting module, described controller respectively with feeding module, coating module, cutting module and platform movement modular circuit connect.The utility model saves human cost, and efficiency is high, precision is high, stay in grade, automaticity are high, and production efficiency is improved greatly, meets industrial demand.
Description
Technical field
The utility model relates to a kind of automation equipment of iron ring surface coating.
Background technology
In a kind of processing of iron ring, need to carry out gluing to the surface of workpiece to be machined.The gluing mode of this iron ring is mainly by artificial at present, need more labour, cost of labor is high, production efficiency is low, and defect rate is higher, surging in cost of labor and people are more and more higher to quality requirements today, traditional processing mode obviously can not meet the demand in current market.
Utility model content
The utility model according to the processing status of the existing iron ring surface coating of China, according to its technological requirement devise a kind of based on the automation equipment of iron ring surface coating, crudy poor with the production efficiency improving iron ring and production security.Drawback mainly crudy and the cost of labor problem of current processing mode.In order to reach market demand, current processing mode needs a large amount of labour, and workman's as easy as rolling off a log generation in long-term artificial is tired, has influence on the crudy of product.Adopt automatic machining special machine to process this iron ring surface coating, effectively can improve the production efficiency of product, stabilized product quality, also can economize on resources simultaneously, lower labor cost.
For achieving the above object, the utility model adopts following technical scheme:
A kind of automation equipment of iron ring surface coating, comprise the frame as base for supporting, also comprise the feeding module for carrying some workpiece simultaneously, for the coating module of brushing glue, for the cutting module of discharging workpieces, for overturning and carry at each station the platform movement module of workpiece, controller, described feeding module, coating module, cutting module is set in turn in frame along frame length direction, described platform movement module is across being fixed on frame both sides and its movable part is turning and holding workpiece is transported to coating module along frame length direction successively from feeding module, cutting module, described controller respectively with feeding module, coating module, cutting module and platform movement modular circuit connect.
Further, described feeding module comprises material loading base and some hollow feeding tubes, described material loading base is evenly provided with the through hole with feeding tube respective numbers along its length, the bottom of described feeding tube is fixed in the through hole of material loading base, also comprise mutually stagger be set in parallel in the first cylinder on cylinder buffering device fixed head and the second cylinder, to be positioned at below material loading base and to be in conplane first workpiece supporting plate and second workpiece gripper shoe, described second workpiece gripper shoe width is less than the diameter of iron ring, and be provided with diameter and the appearance material groove of the degree of depth and iron ring consistency of thickness consistent with iron ring diameter, be connected with the moving-member of the second cylinder in the middle part of described first workpiece supporting plate, be connected with the movable part of the first cylinder in the middle part of described second workpiece gripper shoe, described first cylinder is connected with controller circuitry with the second cylinder.
Further, the bottom surface of described first workpiece supporting plate and second workpiece gripper shoe is provided with buffer stopper, described cylinder buffering device fixed head being provided with buffer fixed head, buffer fixed head being provided with the auto-compensation hydraulic bjuffer for limiting buffer stopper shift position; The cylinder slide block that described first cylinder and the second cylinder comprise cylinder line slide rail, move back and forth along cylinder line slide rail, described cylinder line slide rail two ends are fixed on cylinder buffering device fixed head by cylinder line slide rail hold-down support and cylinder line slide rail nut; Described first workpiece supporting plate and second workpiece gripper shoe are all connected with cylinder slide block by cylinder slide block contiguous block; Described first workpiece supporting plate and second workpiece gripper shoe two ends are all connected with cylinder line slide rail slide block by delivery sheet slide block contiguous block, described cylinder line slide rail slide block and cylinder line slide rail are slidably matched, described cylinder line slide rail two ends are fixed on feeding module fixed head by cylinder line slide rail hold-down support, and its length direction is consistent with the moving direction of the first workpiece supporting plate and second workpiece gripper shoe.
Further, also comprise the first feeding tube gripper shoe be provided with feeding tube respective numbers through hole, described feeding tube top is connected with the through hole of described first feeding tube gripper shoe.
Further, described coating module comprises coating base, is arranged on transmission component and the glue spreading assembly of coating base, described transmission component comprises the horizontal translational components being arranged on coating base and the vertical moving-member be arranged on horizontal translational components, described glue spreading assembly comprises the gluing member be arranged on vertical moving-member and the iron ring rest parts being arranged at coating pan frontward end rotationally, and described controller is connected with horizontal translational components, vertically moving-member and iron ring rest component circuitry respectively.
Further, described horizontal translational components comprises the adjustable type cylinder be connected with controller circuitry, adjustable type air cylinder fixed plate, floating junction, up-down adjustment air cylinder fixed plate, the first line slideway be slidably matched and the first slide block, described first line slideway is fixed on coating base both sides, described up-down adjustment air cylinder fixed plate two ends are fixed on the first slide block, described adjustable type cylinder is fixed on coating base rear end by adjustable type air cylinder fixed plate, the piston rod of described adjustable type cylinder connects in the middle part of up-down adjustment air cylinder fixed plate by floating junction, with promote up-down adjustment air cylinder fixed plate linearly guide rail do straight reciprocating motion.
Further, described vertical moving-member comprises the up-down adjustment cylinder, the coater support that are connected with controller circuitry, described up-down adjustment cylinder is vertically arranged in up-down adjustment air cylinder fixed plate, and described coater support is fixed on the piston rod top of up-down adjustment cylinder;
Described gluing member comprises glue disc carrier, glue dish, coater penholder, writing brush fixed block, writing brush, described coater penholder is fixed by screws in coater support front end, described glue dish is fixed on coating base by glue disc carrier, and described writing brush to be fixed on successively on coater penholder by writing brush fixed block and to be positioned at above glue dish, described iron ring rest parts comprise swivel head installation shaft, swivel head, the first servomotor be connected with controller circuitry, be fixed on the bearing location-plate of coating pan frontward end, described swivel head is fixed on swivel head installation shaft upper end, described swivel head installation shaft lower end is provided with and drives with adjacent swivel head installation shaft the gear be connected, be movably fixed in the through hole on bearing location-plate by deep groove ball bearing and hexagonal normal plane nut simultaneously, described first servomotor is arranged at coating base end face, its output shaft is connected through being driven with swivel head installation shaft by gear pair after the through hole of coating base, the output shaft of described first servomotor is also socketed with the axle sleeve for limiting gear axial location.
Further, described platform movement module comprises the line slideway gripper shoe that two are fixed on frame both sides abreast, two described line slideway gripper shoes are provided with the second line slideway, described second line slideway is movably set with the second slide block, also comprise across the gate-type paralell on two second line slideways, described gate-type paralell comprises horizontally disposed paralell top board and is vertically arranged at the paralell side plate of paralell top board both sides, the paralell side plate of wherein side is provided with the second servomotor, the output shaft of described second servomotor is provided with gear, be fixed with by tooth bar mounting blocks the tooth bar be meshed with gear with in the line slideway gripper shoe of described second servomotor phase the same side, described paralell side plate bottom is separately fixed on two the second slide blocks by paralell side plate back-up block, described paralell top board is penetratingly provided with the silk braid of two linear motion bearings be slidably matched with cylindrical linear rail and and screw mandrel rotatable engagement, two described cylindrical linear rail epimeres one on the other level are fixed with first dull and stereotyped and the second flat board, described first flat board is provided with the 3rd servomotor of connection wire rod upper end, described second flat board is provided with the leading screw holder fixing screw mandrel rotationally, described cylindrical linear rail bottom is by guide shaft support jockey traversing carriage top board, the bottom of described screw mandrel is by screw mandrel supporting seat jockey traversing carriage top board, the two ends of described fixture traversing carriage top board are provided with fixture traversing carriage side plate, the clamp mechanism for clamping and overturn workpiece is provided with between described fixture traversing carriage side plate, described clamp mechanism comprises two pneumatic-fingers, be set in parallel in two work piece holders between pneumatic-finger, described pneumatic-finger controls two work piece holder foldings and realizes folding up workpiece, the cylinder body of two pneumatic-fingers is respectively connected with one piece of mechanical finger contiguous block, the fixture traversing carriage side plate being positioned at fixture traversing carriage top board one end is fixed with revolution rotary cylinder, output shaft and the adjacent machine of described revolution rotary cylinder are pointed contiguous block and are connected, the fixture traversing carriage side plate being positioned at the fixture traversing carriage top board other end is fixed with the ball bearing support establishing rolling bearing, the mechanical finger contiguous block that described ball bearing support is adjacent is provided with the fixture trip shaft matched with rolling bearing, the rotation centerline of described fixture trip shaft and the rotation centerline of revolution rotary cylinder output shaft are on same straight line, described controller is connected with the second servomotor and the 3rd motor servo circuit.
Further, described line slideway gripper shoe is fixed with the proximity switch for limiting platform movement module stroke by proximity switch installing plate.
Further, described cutting module comprises rectangle blanking plate, be evenly arranged at some flitch charging blocks on blanking plate, be fixed on blanking plate bearing bottom blanking plate, and described blanking plate bearing edge is fixed in frame by blanking plate bearing fixed head.
Compared with prior art, the beneficial effects of the utility model are: the feeding module that the utility model provides, Platform movement module, coating module, inversion module can complete gluing rapidly and uniformly, and glue-spread can change as requested, the gluing quality on iron ring surface and efficiency are greatly improved, automaticity is high, reduce cost of labor, can industrial requirement be met.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic perspective view of the utility model embodiment.
Fig. 2 is the overall structure accompanying drawing schematic diagram of the utility model embodiment.
Fig. 3 is the feeding module perspective view of the utility model embodiment.
Fig. 4 is the another perspective view of feeding module of the utility model embodiment.
Fig. 5 is the feeding module schematic top plan view of the utility model embodiment.
Fig. 6 is the coating module perspective view of the utility model embodiment.
Fig. 7 is the another schematic perspective view of coating module of the utility model embodiment.
Fig. 8 is that schematic diagram is looked on a coating module left side for the utility model embodiment.
Fig. 9 is the coating module elevational schematic view of the utility model embodiment.
Figure 10 is the platform movement module perspective view of the utility model embodiment.
Figure 11 is the platform movement module schematic front view of the utility model embodiment.
Figure 12 is the inversion module perspective view of the utility model embodiment.
Shown in figure: 1-feeding module, 11-the first feeding tube gripper shoe, 12-feeding tube, 13-the first workpiece supporting plate, 14-the second feeding tube gripper shoe, 15-material loading base, 16-cylinder line slide rail slide block, 17-delivery sheet slide block contiguous block, 18-second workpiece gripper shoe, 19-cylinder line slide rail, 110-buffer stopper, 111-cylinder line slide rail hold-down support, 112-feeding module fixed head, 113-buffer fixed head, 114-auto-compensation hydraulic bjuffer, 115-cylinder line slide rail hold-down support, 116-cylinder line slide rail nut, 117-cylinder line slide rail, 118-cylinder buffering device fixed head, 119-the first cylinder, 120-cylinder slide block contiguous block, 121-the second cylinder, 2-coating module, 21-coating base, 22-glue disc carrier, 23-glue dish, 24-the first line slideway, 25-the first slide block, 26-up-down adjustment air cylinder fixed plate, 27-up-down adjustment cylinder, 28-floating junction, 29-adjustable type cylinder, 210-adjustable type air cylinder fixed plate, 211-coater support, 212-coater penholder, 213-writing brush fixed block, 214-writing brush, 215-swivel head installation shaft, 216-swivel head, 217-bearing location-plate, 218-axle sleeve, 219-the first servomotor, 220-hexagonal normal plane nut, 221-deep groove ball bearing, 3-platform movement module, 36-line slideway gripper shoe, 37-fixed block, 38-work piece holder, 39-ball bearing support, 311-fixture trip shaft, 312-mobile module fixed head, 313-the second line slideway, 314-gear, 315-the second servomotor, 316-paralell side plate, 317-paralell side plate back-up block, 318-the second slide block, 319-tooth bar, 320-tooth bar mounting blocks, 321-guide shaft support, 322-leading screw supporting seat, 323-silk braid, 324-pneumatic-finger, 325-mechanical finger contiguous block, 326-proximity switch, 327-proximity switch installing plate, 328-revolution rotary cylinder, 329-fixture traversing carriage side plate, 330-fixture traversing carriage top board, 331-paralell top board, 332-linear motion bearing, 333-screw mandrel, 334-cylindrical linear rail, 335-leading screw holder, 336-the three servomotor, 337-the first is dull and stereotyped, 338-the second is dull and stereotyped, 4-inversion module, 41-blanking plate bearing fixed head, 42-blanking plate, 43-blanking plate bearing, 44-flitch charging block, 5-frame.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in more detail
It should be noted that, accompanying drawing, only for exemplary illustration, can not be interpreted as the restriction to this patent; To those skilled in the art, in accompanying drawing, some known features and explanation thereof may be omitted is understandable.
As shown in Figures 1 and 2, a kind of automation equipment of iron ring surface coating, comprise the frame 5 as base for supporting, also comprise the feeding module 1 for carrying some workpiece simultaneously, for the coating module 2 of brushing glue, for the cutting module 4 of discharging workpieces, for overturning and carry at each station the platform movement module 3 of workpiece, controller, described feeding module 1, coating module 2, cutting module 4 is set in turn in frame 5 along frame 5 length direction, described platform movement module 3 is across being fixed on frame 5 both sides and its movable part is turning and holding workpiece is transported to coating module 2 along frame 5 length direction successively from feeding module 1, cutting module 4, described controller respectively with feeding module 1, coating module 2, cutting module 4 and platform movement module 3 circuit connect.
In the present embodiment, specifically, as shown in accompanying drawing 3 to 5, described feeding module 1 comprises material loading base 15 and some hollow feeding tubes 12, described material loading base 15 is evenly provided with the through hole with feeding tube 12 respective numbers along its length, the bottom of described feeding tube 12 is fixed in the through hole of material loading base 15, also comprise the first feeding tube gripper shoe 11 be provided with feeding tube 12 respective numbers through hole, described feeding tube 12 top is connected with the through hole of described first feeding tube gripper shoe 1, make to be connected as a single entity between each feeding tube 2, more solid and reliable.
Also comprise mutually stagger be set in parallel in the first cylinder 119 and the second cylinder 121 on cylinder buffering device fixed head 118, be positioned at below material loading base 15 and be in conplane first workpiece supporting plate 13 and second workpiece gripper shoe 18, described second workpiece gripper shoe 18 is provided with diameter and the appearance material groove of the degree of depth and iron ring consistency of thickness consistent with iron ring diameter, the width of described second workpiece gripper shoe 18 is less than the diameter of iron ring, the diameter that the width of second workpiece gripper shoe is less than iron ring makes iron ring expose both sides, is convenient to the crawl of work piece holder.
Be connected with the moving-member of the second cylinder 121 in the middle part of described first workpiece supporting plate 13, be connected in the middle part of described second workpiece gripper shoe 18 with the movable part of the first cylinder 119, described first cylinder 119 is connected with controller circuitry with the second cylinder 121.
Automatic feeding described in the utility model has multiple feeding tube, and each feeding tube can both hold more multi-work piece, and once can send more multi-work piece, drastically increases operating efficiency.
The bottom surface of described first workpiece supporting plate 13 and second workpiece gripper shoe 18 is provided with buffer stopper 110, described cylinder buffering device fixed head 118 is provided with buffer fixed head 113, buffer fixed head 113 is provided with the auto-compensation hydraulic bjuffer 114 for limiting buffer stopper 110 shift position, in each workpiece supporting plate motion process, when buffer stopper bumps against auto-compensation hydraulic bjuffer, there is the effect of buffering, can play spacing and prevent the object of impact failure, improving service life.
The cylinder slide block that described first cylinder 119 and the second cylinder 121 comprise cylinder line slide rail 117, move back and forth along cylinder line slide rail 117, described cylinder line slide rail 117 two ends are fixed on cylinder buffering device fixed head 118 by cylinder line slide rail hold-down support 115 and cylinder line slide rail nut 116, adopt the cylinder of said structure, the simple cost of structure is low, choose conveniently, quick for installation.
Described first workpiece supporting plate 13 is all connected with cylinder slide block by cylinder slide block contiguous block 120 with second workpiece gripper shoe 18, to reduce the difficulty of processing of gripper shoe.
Described first workpiece supporting plate 13 and second workpiece gripper shoe 18 two ends are all connected with cylinder line slide rail slide block 16 by delivery sheet slide block contiguous block 17, described cylinder line slide rail slide block 16 is slidably matched with cylinder line slide rail 19, described cylinder line slide rail 19 two ends are fixed on feeding module fixed head 112 by cylinder line slide rail hold-down support 111, its length direction is consistent with the moving direction of the first workpiece supporting plate 13 and second workpiece gripper shoe 18, secondary by arranging slide block slide rail at the first workpiece supporting plate 13 and second workpiece gripper shoe 18 two ends, the stressed more even of the first workpiece supporting plate 13 and second workpiece gripper shoe 18 can be made, mobile more steadily reliable.
In the present embodiment, specifically, as shown in accompanying drawing 6 to 9, described coating module 2 comprises coating base 21, be arranged on transmission component on coating base 21 and glue spreading assembly,
Described transmission component comprises the horizontal translational components be arranged on coating base 21 and the vertical moving-member be arranged on horizontal translational components, described glue spreading assembly comprises the gluing member be arranged on vertical moving-member and the iron ring rest parts being arranged at coating base 21 front end rotationally, and described controller is connected with horizontal translational components, vertically moving-member and iron ring rest component circuitry respectively.
In the present embodiment, described horizontal translational components comprises the adjustable type cylinder 29 be connected with controller circuitry, adjustable type air cylinder fixed plate 210, floating junction 28, up-down adjustment air cylinder fixed plate 26, the first line slideway 24 and the first slide block 25 be slidably matched, described first line slideway 24 is fixed on coating base 21 both sides, described up-down adjustment air cylinder fixed plate 26 two ends are fixed on the first slide block 25, described adjustable type cylinder 29 is fixed on coating base 21 rear end by adjustable type air cylinder fixed plate 210, the piston rod of described adjustable type cylinder 29 connects in the middle part of up-down adjustment air cylinder fixed plate 26 by floating junction 28, straight reciprocating motion is done along the first line slideway 24 to promote up-down adjustment air cylinder fixed plate 26.
In the present embodiment, described vertical moving-member comprises the up-down adjustment cylinder 27, the coater support 211 that are connected with controller circuitry, described up-down adjustment cylinder 27 is vertically arranged in up-down adjustment air cylinder fixed plate 26, and described coater support 211 is fixed on the piston rod top of up-down adjustment cylinder 27.
In the present embodiment, described gluing member comprises glue disc carrier 22, glue dish 23, coater penholder 212, writing brush fixed block 213, writing brush 214, described coater penholder 212 is fixed by screws in coater support 211 front end, described glue dish 23 is fixed on coating base 21 by glue disc carrier 22, and described writing brush 214 to be fixed on successively on coater penholder 212 by writing brush fixed block 213 and to be positioned at above glue dish 23.
In the present embodiment, described iron ring rest parts comprise swivel head installation shaft 215, swivel head 16, the first servomotor 219 be connected with controller circuitry, be fixed on the bearing location-plate 217 of coating base 21 front end, described swivel head 216 is fixed on swivel head installation shaft 215 upper end, described swivel head installation shaft 215 lower end is provided with and drives with adjacent swivel head installation shaft 215 gear be connected, be movably fixed in the through hole on bearing location-plate 217 by deep groove ball bearing 221 and hexagonal normal plane nut 220 simultaneously, described first servomotor 219 is arranged at coating base 1 bottom surface, its output shaft is connected through being driven with swivel head installation shaft 215 by gear pair after the through hole of coating base 21, the output shaft of described first servomotor 219 is socketed with the axle sleeve 218 for limiting gear axial location, first servomotor 219 is rotated by driven gear group driven rotary installation shaft 215, swivel head installation shaft 215 drives workpiece to rotate by swivel head 216.
The optional ARM of described controller is control core, and ARM is by the rotation situation of control first servomotor 219, the stretching out and retracted and stop making this device complete automatic glue application action to the location of writing brush 214, turning of swivel head installation shaft 215 of cylinder.
As shown in Figure 10 and Figure 11, described platform movement module 3 comprises the line slideway gripper shoe 36 that two are fixed on frame 5 both sides abreast, two described line slideway gripper shoes 36 are provided with the second line slideway 313, described second line slideway 313 is movably set with the second slide block 318, also comprise across the gate-type paralell on two second line slideways 313, described gate-type paralell comprises horizontally disposed paralell top board 331 and is vertically arranged at the paralell side plate 316 of paralell top board 331 both sides, the paralell side plate 316 of wherein side is provided with the second servomotor 315, the output shaft of described second servomotor 315 is provided with gear 314, be fixed with by tooth bar mounting blocks 320 tooth bar 319 be meshed with gear 314 with in the line slideway gripper shoe 36 of described second servomotor 315 phase the same side, described paralell side plate 316 bottom is separately fixed on two the second slide blocks 318 by paralell side plate back-up block 317, described paralell top board 331 is penetratingly provided with the silk braid 323 of two linear motion bearings 332 be slidably matched with cylindrical linear rail 334 and and screw mandrel 333 rotatable engagement, two described cylindrical linear rail 334 epimeres one on the other level are fixed with the first dull and stereotyped 337 and second flat board 338, described first flat board 337 is provided with the 3rd servomotor 336 of connection wire rod 333 upper end, described second flat board 338 is provided with the leading screw holder 335 fixing screw mandrel 333 rotationally, described cylindrical linear rail 334 bottom is by guide shaft support 321 jockey traversing carriage top board 330, the bottom of described screw mandrel 333 is by screw mandrel supporting seat 322 jockey traversing carriage top board 330, the two ends of described fixture traversing carriage top board 330 are provided with fixture traversing carriage side plate 329, the clamp mechanism for clamping and overturn workpiece is provided with between described fixture traversing carriage side plate 329, described clamp mechanism comprises two pneumatic-fingers 324, be set in parallel in two work piece holders 38 between pneumatic-finger 324, described pneumatic-finger 324 controls two work piece holder 38 foldings and realizes folding up workpiece, the cylinder body of two pneumatic-fingers 324 is respectively connected with one piece of mechanical finger contiguous block 325, the fixture traversing carriage side plate 329 being positioned at fixture traversing carriage top board 330 one end is fixed with revolution rotary cylinder 328, output shaft and the adjacent machine of described revolution rotary cylinder 328 are pointed contiguous block 325 and are connected, the fixture traversing carriage side plate 329 being positioned at fixture traversing carriage top board 330 other end is fixed with the ball bearing support 39 establishing rolling bearing, the mechanical finger contiguous block 325 that described ball bearing support 39 is adjacent is provided with the fixture trip shaft 311 matched with rolling bearing, the rotation centerline of described fixture trip shaft 311 and the rotation centerline of revolution rotary cylinder 328 output shaft are on same straight line, revolution rotary cylinder 328 rotarily drives work piece holder 38 and rotates around fixture trip shaft 311, for iron ring another side, to carry out coating ready, described controller is connected with the second servomotor 315 and the 3rd servomotor 336 circuit.
Described line slideway gripper shoe 36 is fixed with the proximity switch 326 for limiting platform movement module 3 stroke by proximity switch installing plate 327.
As shown in figure 12, described cutting module 4 comprises rectangle blanking plate 42, be evenly arranged at some flitch charging blocks 44 on blanking plate 42, be fixed on blanking plate bearing 43 bottom blanking plate 42, and described blanking plate bearing 43 edge is fixed in frame 5 by blanking plate bearing fixed head 41.
The course of work of the present utility model is as follows:
The first step, material loading,
During job initiation, the first workpiece supporting plate 13 blocks iron ring and prevents iron ring from falling immediately below feeding tube 12 port, and second workpiece gripper shoe 18 is at the location place of buffer fixed head 113; Under the control of the controller, the first cylinder 119 promotes second workpiece gripper shoe 18 and moves along cylinder line slide rail 19; When second workpiece gripper shoe 18 move to contact with the first workpiece supporting plate 13 time, controller controls the second cylinder 121 and promotes the first workpiece supporting plate 13 and move along cylinder line slide rail 19, and second workpiece gripper shoe 18 moves to immediately below feeding tube 12 port immediately following the first workpiece supporting plate 13, now, iron ring in feeding tube 12 falls into each groove of second workpiece gripper shoe 18, and the present embodiment can fall into eight iron rings simultaneously; After this under the control of the controller, the first cylinder 119 and the second cylinder 121 promotes the first workpiece supporting plate 13 and second workpiece gripper shoe 18 returns initial position along former road, completes self-feeding process.In the present embodiment, the first workpiece supporting plate 13 mainly plays the effect of gate valve, control the whereabouts of each iron ring, second workpiece gripper shoe 18 then can be received simultaneously and be transmitted multiple iron ring to destination, and efficiency, automaticity are high, reduce cost of labor, save production cost;
Second step, gluing,
Job initiation, paralell is under the driving of the second servomotor 315, feeding module place is moved to along the second line slideway 313, 3rd servomotor 336 drives work piece holder 38 to be displaced downwardly to iron ring position immediately, then after pneumatic-finger 324 drives work piece holder 38 to clamp the iron ring be positioned in second workpiece gripper shoe 18, paralell is under the driving of the second servomotor 315, move to coating module 2 along the second line slideway 313 and the iron ring of clamping is placed on swivel head 216 place, now adjustable type cylinder 29 is in retracted mode, up-down adjustment cylinder 27 is in retracted mode, first servomotor 219 stops, writing brush 214 is immersed in inside glue dish 23, work starts to be that control first servomotor 219 at controller rotates, first servomotor 219 is rotated by one of them swivel head installation shaft 215 of gear set drive, then the swivel head 216 be arranged in this swivel head installation shaft 215 and workpiece is driven to rotate, simultaneously, be arranged on the pinion rotation of the adjacent swivel head installation shaft 215 of gear drive in this swivel head installation shaft 215, realize the rotation of all swivel heads 216 and workpiece rotation, then adjustable type cylinder 29 and up-down adjustment cylinder 27 all stretch out, and behind the precalculated position that writing brush 214 is moved to above workpiece, up-down adjustment gas 27 starts to retract, and makes writing brush 214 move to precalculated position and absorption surface, starts to carry out coating, after coating completes, up-down adjustment cylinder 27 and adjustable type cylinder 29 restPose, writing brush 214 returns initial position by former road, first servomotor 219 stops operating, then under the acting in conjunction of the second servomotor 315, the 3rd servomotor 336, pneumatic-finger 324, revolution rotary cylinder 328, work piece holder 38 reapposes swivel head 216 place after clamping the iron ring upset of a brush coating, and coating module 2 repeats aforesaid brush coating process, and so far a gluing actuation cycle completes,
3rd step, discharging,
After brush coating completes, paralell is under the driving of the second servomotor 315, coating module 2 place is moved to along the second line slideway 313, then under the acting in conjunction of the second servomotor 315, the 3rd servomotor 336, pneumatic-finger 324, the iron ring at swivel head 216 place clamped by work piece holder 38 and it is placed on flitch charging block 44 of inversion module 4, completes discharging.
Whole process is without the need to too much manual intervention, and coordinated between modules, completes the steps such as material loading, brush coating and discharging automatically by intended flow, save human cost, efficiency is high, and precision is high, stay in grade, production efficiency is improved greatly, meets industrial demand.
Above-described embodiment of the present utility model is only for the utility model example is clearly described, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., within the protection domain that all should be included in the utility model claim.
Claims (10)
1. the automation equipment of an iron ring surface coating, comprise the frame (5) as base for supporting, it is characterized in that: also comprise the feeding module (1) for carrying some workpiece simultaneously, for the coating module (2) of brushing glue, for the cutting module (4) of discharging workpieces, for overturning and carry at each station the platform movement module (3) of workpiece, controller, described feeding module (1), coating module (2), cutting module (4) is set in turn in frame (5) along frame (5) length direction, described platform movement module (3) is across being fixed on frame (5) both sides and its movable part is turning and holding workpiece is transported to coating module (2) along frame (5) length direction successively from feeding module (1), cutting module (4), described controller respectively with feeding module (1), coating module (2), cutting module (4) and platform movement module (3) circuit connect.
2. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: described feeding module (1) comprises material loading base (15) and some hollow feeding tubes (12), described material loading base (15) is evenly provided with the through hole with feeding tube (12) respective numbers along its length, the bottom of described feeding tube (12) is fixed in the through hole of material loading base (15), also comprise mutually stagger be set in parallel in the first cylinder (119) on cylinder buffering device fixed head (118) and the second cylinder (121), be positioned at material loading base (15) below and be in conplane first workpiece supporting plate (3) and second workpiece gripper shoe (18), described second workpiece gripper shoe (18) width is less than the diameter of iron ring, and be provided with diameter and the appearance material groove of the degree of depth and iron ring consistency of thickness consistent with iron ring diameter, described first workpiece supporting plate (13) middle part is connected with the moving-member of the second cylinder (121), described second workpiece gripper shoe (18) middle part is connected with the movable part of the first cylinder (119), described first cylinder (119) is connected with controller circuitry with the second cylinder (121).
3. the automation equipment of iron ring surface coating according to claim 2, it is characterized in that: the bottom surface of described first workpiece supporting plate (13) and second workpiece gripper shoe (18) is provided with buffer stopper (110), described cylinder buffering device fixed head (118) being provided with buffer fixed head (113), buffer fixed head (113) being provided with the auto-compensation hydraulic bjuffer (114) for limiting buffer stopper (110) shift position; The cylinder slide block that described first cylinder (119) and the second cylinder (121) comprise cylinder line slide rail (117), move back and forth along cylinder line slide rail (117), described cylinder line slide rail (117) two ends are fixed on cylinder buffering device fixed head (118) by cylinder line slide rail hold-down support (115) and cylinder line slide rail nut (116); Described first workpiece supporting plate (13) is all connected with cylinder slide block by cylinder slide block contiguous block (120) with second workpiece gripper shoe (18); Described first workpiece supporting plate (13) and second workpiece gripper shoe (18) two ends are all connected with cylinder line slide rail slide block (16) by delivery sheet slide block contiguous block (17), described cylinder line slide rail slide block (16) and cylinder line slide rail (19) are slidably matched, described cylinder line slide rail (19) two ends are fixed on feeding module fixed head (112) by cylinder line slide rail hold-down support (111), and its length direction is consistent with the moving direction of the first workpiece supporting plate (13) and second workpiece gripper shoe (18).
4. the automation equipment of iron ring surface coating according to claim 3, it is characterized in that: also comprise the first feeding tube gripper shoe (11) be provided with feeding tube (12) respective numbers through hole, described feeding tube (12) top is connected with the through hole of described first feeding tube gripper shoe (11).
5. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: described coating module (2) comprises coating base (21), be arranged on transmission component and the glue spreading assembly of coating base (21), described transmission component comprises the horizontal translational components being arranged on coating base (21) and the vertical moving-member be arranged on horizontal translational components, described glue spreading assembly comprises the gluing member be arranged on vertical moving-member and the iron ring rest parts being arranged at coating base (21) front end rotationally, described controller respectively with horizontal translational components, vertical moving-member and iron ring rest component circuitry connect.
6. the automation equipment of iron ring surface coating according to claim 5, it is characterized in that: described horizontal translational components comprises the adjustable type cylinder (29) be connected with controller circuitry, adjustable type air cylinder fixed plate (210), floating junction (28), up-down adjustment air cylinder fixed plate (26), the first line slideway (24) be slidably matched and the first slide block (25), described first line slideway (24) is fixed on coating base (21) both sides, described up-down adjustment air cylinder fixed plate (26) two ends are fixed on the first slide block (25), described adjustable type cylinder (29) is fixed on coating base (21) rear end by adjustable type air cylinder fixed plate (210), the piston rod of described adjustable type cylinder (29) connects up-down adjustment air cylinder fixed plate (26) middle part by floating junction (28), with promote up-down adjustment air cylinder fixed plate (26) linearly guide rail (24) do straight reciprocating motion.
7. the automation equipment of iron ring surface coating according to claim 6, it is characterized in that: described vertical moving-member comprises the up-down adjustment cylinder (27), the coater support (211) that are connected with controller circuitry, described up-down adjustment cylinder (27) is vertically arranged in up-down adjustment air cylinder fixed plate (26), and described coater support (211) is fixed on the piston rod top of up-down adjustment cylinder (27);
Described gluing member comprises glue disc carrier (22), glue dish (23), coater penholder (212), writing brush fixed block (213), writing brush (214), described coater penholder (212) is fixed by screws in coater support (211) front end, described glue dish (23) is fixed on coating base (21) by glue disc carrier (22), and described writing brush (214) is fixed on coater penholder (212) successively by writing brush fixed block (213) and goes up and be positioned at glue dish (23) top, described iron ring rest parts comprise swivel head installation shaft (215), swivel head (216), the first servomotor (219) be connected with controller circuitry, be fixed on the bearing location-plate (217) of coating base (21) front end, described swivel head (216) is fixed on swivel head installation shaft (215) upper end, described swivel head installation shaft (215) lower end is provided with and drives with adjacent swivel head installation shaft (215) gear be connected, be movably fixed in the through hole on bearing location-plate (217) by deep groove ball bearing (221) and hexagonal normal plane nut (220) simultaneously, described first servomotor (219) is arranged at coating base (21) bottom surface, its output shaft is connected through being driven with swivel head installation shaft (215) by gear pair after the through hole of coating base (21), the output shaft of described first servomotor (219) is also socketed with the axle sleeve (218) for limiting gear axial location.
8. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: described platform movement module (3) comprises the line slideway gripper shoe (36) that two are fixed on frame (5) both sides abreast, two described line slideway gripper shoes (36) are provided with the second line slideway (313), described second line slideway (313) is movably set with the second slide block (318), also comprise across the gate-type paralell on two second line slideways (313), described gate-type paralell comprises horizontally disposed paralell top board (331) and is vertically arranged at the paralell side plate (316) of paralell top board (331) both sides, the paralell side plate (316) of wherein side is provided with the second servomotor (315), the output shaft of described second servomotor (315) is provided with gear (314), be fixed with by tooth bar mounting blocks (320) tooth bar (319) be meshed with gear (314) with in the line slideway gripper shoe (36) of described second servomotor (315) phase the same side, described paralell side plate (316) bottom is separately fixed on two the second slide blocks (318) by paralell side plate back-up block (317), described paralell top board (331) is penetratingly provided with the silk braid (323) of two linear motion bearings (332) be slidably matched with cylindrical linear rail (334) and and screw mandrel (333) rotatable engagement, two described cylindrical linear rail (334) epimeres one on the other level are fixed with the first flat board (337) and the second flat board (338), described first flat board (337) is provided with the 3rd servomotor (336) of connection wire rod (333) upper end, described second flat board (338) is provided with the leading screw holder (335) fixing screw mandrel (333) rotationally, described cylindrical linear rail (334) bottom is by guide shaft support (321) jockey traversing carriage top board (330), the bottom of described screw mandrel (333) is by screw mandrel supporting seat (322) jockey traversing carriage top board (330), the two ends of described fixture traversing carriage top board (330) are provided with fixture traversing carriage side plate (329), the clamp mechanism for clamping and overturn workpiece is provided with between described fixture traversing carriage side plate (329), described clamp mechanism comprises two pneumatic-fingers (324), be set in parallel in two work piece holders (38) between pneumatic-finger (324), described pneumatic-finger (324) controls two work piece holders (38) folding and realizes folding up workpiece, the cylinder body of two pneumatic-fingers (324) is respectively connected with one piece of mechanical finger contiguous block (325), the fixture traversing carriage side plate (329) being positioned at fixture traversing carriage top board (330) one end is fixed with revolution rotary cylinder (328), output shaft and the adjacent machine of described revolution rotary cylinder (328) are pointed contiguous block (325) and are connected, the fixture traversing carriage side plate (329) being positioned at fixture traversing carriage top board (330) other end is fixed with the ball bearing support (39) establishing rolling bearing, the mechanical finger contiguous block (325) that described ball bearing support (39) is adjacent is provided with the fixture trip shaft (311) matched with rolling bearing, the rotation centerline of described fixture trip shaft (311) and the rotation centerline of revolution rotary cylinder (328) output shaft are on same straight line, described controller is connected with the second servomotor (315) and the 3rd servomotor (336) circuit.
9. the automation equipment of iron ring surface coating according to claim 8, is characterized in that: described line slideway gripper shoe (36) is fixed with the proximity switch (326) for limiting platform movement module (3) stroke by proximity switch installing plate (327).
10. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: the blanking plate bearing (43) that described cutting module (4) comprises rectangle blanking plate (42), is evenly arranged at some flitch charging block (44) on blanking plate (42), is fixed on blanking plate (42) bottom, described blanking plate bearing (43) edge is fixed in frame (5) by blanking plate bearing fixed head (41).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420838342.6U CN204429588U (en) | 2014-12-20 | 2014-12-20 | A kind of automation equipment of iron ring surface coating |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420838342.6U CN204429588U (en) | 2014-12-20 | 2014-12-20 | A kind of automation equipment of iron ring surface coating |
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| CN204429588U true CN204429588U (en) | 2015-07-01 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104525431A (en) * | 2014-12-20 | 2015-04-22 | 华南理工大学 | Automatic equipment for coating surfaces of iron rings by glue |
| CN109482427A (en) * | 2018-11-14 | 2019-03-19 | 广州市高浦特光电科技有限公司 | Dispenser is used in a kind of production of silica gel pad |
| CN110039165A (en) * | 2019-04-09 | 2019-07-23 | 常熟市江龙智能科技有限公司 | A kind of full-automatic laminate spot welding process units and its application method |
| CN113385360A (en) * | 2021-06-30 | 2021-09-14 | 高严福 | Coating type coating equipment for preparing optical lens |
-
2014
- 2014-12-20 CN CN201420838342.6U patent/CN204429588U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104525431A (en) * | 2014-12-20 | 2015-04-22 | 华南理工大学 | Automatic equipment for coating surfaces of iron rings by glue |
| CN109482427A (en) * | 2018-11-14 | 2019-03-19 | 广州市高浦特光电科技有限公司 | Dispenser is used in a kind of production of silica gel pad |
| CN110039165A (en) * | 2019-04-09 | 2019-07-23 | 常熟市江龙智能科技有限公司 | A kind of full-automatic laminate spot welding process units and its application method |
| CN113385360A (en) * | 2021-06-30 | 2021-09-14 | 高严福 | Coating type coating equipment for preparing optical lens |
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