CN110281021A - A kind of Hose tube assembly automatic producing device - Google Patents
A kind of Hose tube assembly automatic producing device Download PDFInfo
- Publication number
- CN110281021A CN110281021A CN201910594376.2A CN201910594376A CN110281021A CN 110281021 A CN110281021 A CN 110281021A CN 201910594376 A CN201910594376 A CN 201910594376A CN 110281021 A CN110281021 A CN 110281021A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/04—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass for both machining and other metal-working operations
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
- B23Q7/04—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting by means of grippers
Abstract
A kind of Hose tube assembly automatic producing device includes the rotation riveting of several copper hoops and feed mechanism；Each copper hoop rotation riveting and feed mechanism include fixed bottom plate, copper hoop rotating riveting mechanism, positioning and clamping mechanism and copper hoop automatic feed mechanism；Copper hoop rotating riveting mechanism includes bottom plate, vertical plate, several guide rail fixing seats, several linear guides, riveter head fixed plate, screw rod attachment base, screw rod fixing seat, screw mandrel support seat, ball screw, screw rod synchronizing wheel, reinforcing rib, screw rod servo motor, screw rod driving wheel, screw rod synchronous belt, revolve riveting pedestal, deep groove ball bearing, thrust ball bearing, rotary shaft, revolve riveter, revolve rivet rod, shaft synchronizing wheel, servo motor mounting plate, shaft servo motor, shaft driving wheel, shaft synchronous belt.Hose tube assembly automatic producing device of the present invention, production automation degree is high, high production efficiency, and Hose cutoff length and precision are unified, and kerf quality is good, it is not easy to be cut into angle, copper hoop and Hose pipe rivet solid and reliable, plug assembling and be easy.
Description
Technical field
The present invention relates to a kind of Hose tube assembly automatic producing device, sent especially for Hose pipe in Hose tube assembly
Expect, cut, the Hose tube assembly automatic producing device of copper hoop rotation riveting, plug assembling, discharging.
Background technique
Hose tube assembly is mainly used for the transmission of coffee pot high temperature high-pressure steam, need of the existing market to Hose component
The amount of asking is more and more, and the method for processing Hose component at present is to cut Hose, and then manually two copper pipes are passed through
Riveter is riveted on Hose pipe both ends, then at the both ends for inserting the stopper into Hose bore by worker.Due to being manually performed
, so being easy to appear Hose cutoff length and precision disunity, kerf quality is poor, is easy to be cut into angle, copper hoop and Hose are managed
Rivet insecure, plug assembling difficulty.Due to the influence of the above problem, the Hose tube assembly appearance processed unsightly, adds
Work low efficiency, labour cost are big.
Summary of the invention
The technical problem to be solved in the present invention is that: it can accurately be cut according to Hose tube assembly size, and
Guarantee that copper hoop can be riveted on Hose pipe left and right ends, inserts the stopper into Hose internal diameter both ends, and the Hose group processed
Part is unloaded from equipment.
In order to solve the above-mentioned technical problem, the present invention proposes following technical scheme: a kind of Hose tube assembly produces automatically to be set
Standby includes the rotation riveting of several copper hoops and feed mechanism (5)；
Each copper hoop rotation riveting and feed mechanism (5) include that fixed bottom plate, copper hoop rotating riveting mechanism, positioning and clamping mechanism and copper hoop are automatic
Feed mechanism；
Copper hoop rotating riveting mechanism includes that bottom plate (5301), vertical plate (5303), several guide rail fixing seats (5305), several straight lines are led
Rail (5307), riveter head fixed plate (5309), screw rod attachment base (5311), screw rod fixing seat (5313), screw mandrel support seat
(5315), ball screw (5317), screw rod synchronizing wheel (5319), reinforcing rib (5321), screw rod servo motor (5323), screw rod master
Driving wheel (5325), screw rod synchronous belt (5327), rotation riveting pedestal (5329), deep groove ball bearing (5331), thrust ball bearing (5333),
Rotary shaft (5335), rotation riveter (5337), rotation rivet rod (5339), shaft synchronizing wheel (5341), servo motor mounting plate (5343),
Shaft servo motor (5345), shaft driving wheel (5347), shaft synchronous belt (5349)；
Bottom plate (5301) is fixed on fixed bottom plate；
Vertical plate (5303) is fixed on bottom plate (5301)；
Several guide rail fixing seats (5305) are fixed on vertical plate (5303) along left and right directions；
Several linear guides (5307) are fixed on several guide rail fixing seats (5305)；
Riveter head fixed plate (5309) is fixed on several linear guides (5307)；
Screw rod attachment base (5311) is fixed on the front face of riveter head fixed plate (5309)；
Screw rod fixing seat (5313) is fixed on the rear surface of vertical plate (5301) by right end；
Screw mandrel support seat (5315) is fixed on the rear surface of vertical plate (5301) by left end；
The both ends of ball screw (5317) are mounted in screw rod fixing seat (5313) and screw mandrel support seat (5315), middle part installation
It is fixed on screw rod attachment base (5311)；
Screw rod synchronizing wheel (5319) is mounted on the right end of ball screw (5317)；
Reinforcing rib (5321) is fixed between bottom plate (5301) and vertical plate (5303)；
Screw rod servo motor (5323) is fixed on reinforcing rib (5321)；
Screw rod driving wheel (5325) is fixed in the rotary shaft of screw rod servo motor (5323)；
Screw rod synchronous belt (5327) is mounted on the outside of screw rod synchronizing wheel (5319) and screw rod driving wheel (5325)；
Rotation riveting pedestal (5329) is fixed on the rear surface of riveter head fixed plate (5309)；
Deep groove ball bearing (5331) is mounted on the right end of rotation riveting pedestal (5329)；
Thrust ball bearing (5333) is mounted on the left end of rotation riveting pedestal (5329)；
The both ends of rotary shaft (5335) are separately mounted in ditch ball bearing (5331) and thrust ball bearing (5333)；
Rotation riveter (5337) is fixed on rotary shaft (5335) left end；
Rotation rivet rod (5339) is fixed in rotation riveter (5337)；
Shaft synchronizing wheel (5341) is fixed on the right part of rotary shaft (5335)；
Servo motor mounting plate (5343) is fixed in riveter head fixed plate (5309)；
Shaft servo motor (5345) is fixed on servo motor mounting plate (5343)；
Shaft driving wheel (5347) is fixed in the rotary shaft of shaft servo motor (5345)；
Shaft synchronous belt (5349) is mounted on the outside of shaft synchronizing wheel (5341) and shaft driving wheel (5347)；
Positioning and clamping mechanism include positioning and clamping mechanism bottom plate (5501), stationary positioned vertical plate (5503), clamp system, several
Electromagnet (5507), several guide posts (5509), several guide sleeves (5511), copper hoop fixed plate (5513), compression cylinder are fixed
Plate (5515), compression cylinder (5517), compaction mold (5519), material ejection cylinder (5521, ejection block (5523), cylinder fixed block
(5525), cylinder (5527), pushing block (5529)；
Positioning and clamping mechanism bottom plate (5501) is fixed on fixed bottom plate；
Stationary positioned vertical plate (5503) is fixed on positioning and clamping mechanism bottom plate (5501)；
Clamp system includes slide (55051), air cylinder fixed plate (55052), two cylinders (55053), two floating junctions
(55054), sliding block (55055), two clamping jaws (55056), several pins (55057)；
Slide (55051) is fixed on stationary positioned vertical plate (5503)；
Air cylinder fixed plate (55052) is fixed on the lower end of slide (55051)；
Two cylinders (55053) are all fixed on the bottom surface of air cylinder fixed plate (55052)；
Two floating junctions (55054) are fixed on the end of the piston rod of two cylinders (55053)；
Two floating junctions (55054) are fixed on the bottom end of sliding block (55055)；
Two clamping jaws (55056) are mounted on the top of sliding block (55055) by several pins (55057)；
Sliding block (55055) and two clamping jaws (55056) are all mounted in slide (55051), and are slidable in the vertical direction；
Several electromagnet (5507) are fixed on the back side of stationary positioned vertical plate (5503)；
Several guide posts (5509) plug the back side two sides for being fixed on stationary positioned vertical plate (5503)；
Several guide sleeve (5511) correspondences are set on several guide posts (5509)；
Several guide sleeves (5511) are plugged in upper four corners of copper hoop fixed plate (5513)；
Compression cylinder fixed plate (5515) is fixed on the back side of copper hoop fixed plate (5513)；
Compression cylinder (5517) is fixed on compression cylinder fixed plate (5515)；
Compaction mold (5519) is fixed on the piston rod of compression cylinder (5517)；
Material ejection cylinder (5521) is mounted on the back side of copper hoop fixed plate (5513)；
Ejection block (5523) is fixed on the piston rod of material ejection cylinder (5521)；
Cylinder fixed block (5525) is mounted on the left side of copper hoop fixed plate (5513)；
Cylinder (5527) is fixed on cylinder fixed block (5525)；
Pushing block (5529) is fixed on the piston rod of cylinder (5527)；
Copper hoop automatic feed mechanism includes automatic feed mechanism bottom plate (5701), vibrating disk (5703), directly shakes firm banking
(5705), (5707), copper hoop guide rail (5709), copper hoop feeding distribution mechanism are directly shaken；
Automatic feed mechanism bottom plate (5701) is fixed on fixed bottom plate；
Vibrating disk (5703) He Zhizhen firm banking (5705) is all fixed on automatic feed mechanism bottom plate (5701)；
Straight shake (5707) is fixed on straight shake firm banking (5705)；
Copper hoop guide rail (5709) is fixed on true shake (5707)；
Copper hoop feeding distribution mechanism includes that copper hoop feeding distribution mechanism bottom plate (57111), copper hoop feeding distribution mechanism vertical plate (57112), cylinder are fixed
Plate (57113), rotary cylinder (57114), distribution block (57115), sub-material seat (57116)；
Copper hoop feeding distribution mechanism bottom plate (57111) is fixed on bottom plate (5301)；
Copper hoop feeding distribution mechanism vertical plate (57112) is fixed on copper hoop feeding distribution mechanism bottom plate (57111)；
Air cylinder fixed plate (57113) is fixed on copper hoop feeding distribution mechanism vertical plate (57112)；
Rotary cylinder (57114) is fixed on air cylinder fixed plate (57113)；
Distribution block (57115) is fixed in the rotary shaft of rotary cylinder (57114)；
Sub-material seat (57116) is fixed on copper hoop feeding distribution mechanism vertical plate (57112).
Compared with prior art, the present invention has following the utility model has the advantages that Hose tube assembly automatic producing device of the present invention, raw
High degree of automation is produced, high production efficiency, Hose cutoff length and precision are unified, and kerf quality is good, it is not easy to be cut into angle, copper
Hoop rivets solid and reliable, plug assembling with Hose pipe and is easy.The Hose tube assembly appearance looks elegant processed, it is high in machining efficiency,
Labour cost is low, good product quality.
Detailed description of the invention
Fig. 1 is the perspective view of Hose tube assembly automatic producing device of the present invention.
Fig. 2 is the explosive view of base plate mechanism.
Fig. 3 is the explosive view of feeding cutting mechanism.
Fig. 4 is the explosive view of finger feed mechanism.
Fig. 5 is the explosive view of the copper hoop rotating riveting mechanism of the rotation riveting of copper hoop and feed mechanism.
Fig. 6 is the explosive view of the positioning and clamping mechanism of the rotation riveting of copper hoop and feed mechanism.
Fig. 7 is the explosive view of the copper hoop automatic feed mechanism of the rotation riveting of copper hoop and feed mechanism.
The explosive view of the feeding of Fig. 8 plug and assemble mechanism.
Specific embodiment
Fig. 1 to Fig. 8 is please referred to, the present invention proposes a kind of Hose tube assembly automatic producing device comprising rack 1, bottom plate
4, two mechanism 2, feeding cutting mechanism 3, finger feed mechanism copper hoops revolve riveting and feed mechanism 5, two plug feedings and dresses
Fitting mechanism 6, shedding mechanism (not labeled).
Rack 1 is made of aluminum profile material.
Base plate mechanism 2 is fixed on the top of rack 1.
Base plate mechanism 2 include mounting base 201, move left bottom plate 203, move right bottom plate 205, pulp-collecting box mounting plate 207,
Several pulp-collecting box 209.
Mounting base 201 is fixed on the top of rack 1.
Move left bottom plate 203 and move right bottom plate 205 be separately mounted to mounting base 201 by left side and on the right side, locate
In on opposite position.
Moving left bottom plate 203 and moving right bottom plate 205 can slide along left and right directions.
Pulp-collecting box mounting plate 207 is mounted on mounting base 201, and moving left for being located at and moves right bottom plate 205 at bottom plate 203
Front side.Pulp-collecting box mounting plate 207 can be slided along left and right directions.
Several pulp-collecting box 209 are fixed on pulp-collecting box mounting plate 207, with pulp-collecting box mounting plate 207 together edge
Left and right directions sliding.
Feeding cutting mechanism 3 includes feeding cutting mechanism bottom plate 301, installation riser 303, lifting cylinder mounting plate 305, rises
Sending down abnormally ascending cylinder 307, floating junction link block 311, upper pressure wheel fixed plate 313, lifting sliding rail fixed block 315, rises floating junction 309
The upper synchronizing wheel of the upper pressure wheel bearing block 319, three of sliding rail 317, three upper pressure wheel 323, three of upper pressure wheel rotary shaft 321, three drops
325, three lower synchronizing wheels 333, four of the lower pressure wheel rotary shaft 329, three lower pressure wheel 331, three of pushing wheel bearing seat 327, three
Root support column 335, feeding motor fixed plate 337, feeding motor 339, feeding driving wheel 341, longitudinal feeding wheel assembly (are not marked
Number), lateral feeding wheel assembly (not labeled), cutter fixed plate 347, two line slide rails 349, cut air cylinder fixed plate 351, cut
Cylinder 353, cutting blade fixed plate 355, cutting blade 357, pressure knife block 359, clamping jaw air cylinder fixed plate 361, clamping jaw cylinder
363, left clamping jaw 365, right clamping jaw 367.
Feeding cutting mechanism bottom plate 301 is fixed on the top surface for moving right bottom plate 205.
Installation riser 303 is fixed on feeding cutting mechanism bottom plate 301 along left and right directions.
Lifting cylinder mounting plate 305 is fixed at the top of the left end of installation riser 303.
Lifting cylinder 307 is fixed on lifting cylinder mounting plate 305.
Floating junction 309 is fixed on the bottom end of the piston rod (not shown) of lifting cylinder 307.
Floating junction link block 311 is connected to the lower end of floating junction 309.
Floating junction link block 311 is fixed on the front face of upper pressure wheel fixed plate 313.
Lifting sliding rail fixed block 315 is fixed on the rear surface of upper pressure wheel fixed plate 313.
Lifting sliding rail 317 is fixed on the front face of installation riser 303, and lifting sliding rail fixed block 315 is slideably
It is mounted on lifting sliding rail 317.
Three upper pressure wheel bearing blocks 319 are fixed on the bottom of upper pressure wheel fixed plate 313.
The corresponding center for being mounted on three upper pressure wheel bearing blocks 319 of three upper pressure wheel rotary shafts 321.
The corresponding rear end for being fixed on three upper pressure wheel rotary shafts 321 of three upper pressure wheels 323.
Three upper corresponding front ends for being fixed on three upper pressure wheel rotary shafts 321 of synchronizing wheel 325.
A synchronous belt 3252 is arranged with outside three upper synchronizing wheels 325.
Three pushing wheel bearing seats 327 are plugged and are mounted in installation riser 303, positioned at three upper pressure wheel bearing blocks 319
Lower section.
The corresponding center for being mounted on three pushing wheel bearing seats 327 of three lower pressure wheel rotary shafts 329.
The corresponding rear end for being fixed on three lower pressure wheel rotary shafts 329 of three lower pressure wheels 331.
The corresponding front end for being fixed on three lower pressure wheel rotary shafts 329 of three lower synchronizing wheels 333.
Four support columns 335 are fixed on the front face of installation riser 303.
Feeding motor fixed plate 337 is fixed on the end of four support columns 335.
Feeding motor 339 is fixed in feeding motor fixed plate 337.
Feeding driving wheel 341 is fixed in the rotary shaft of feeding motor 339.
A synchronous belt 3412 is installed outside three lower synchronizing wheels 333 and feeding driving wheel 341.
After feeding motor 339 starts, rotary shaft drives feeding driving wheel 341 to rotate, and by synchronous belt 3412, drives three
A lower synchronizing wheel 333 rotates, so that three lower pressure wheels 331 be driven to rotate.
Longitudinal feeding wheel assembly (not labeled) includes 3431, three lower side wheels 3433, upsides of longitudinal drawing-inroller fixed plate
Idler wheel mounting blocks 3435, two upper side wheels 3437.
Longitudinal drawing-inroller fixed plate 3431 is fixed on the right end position on the top surface of installation riser 303.
Three mounting posts 34312 are equipped on the top surface of longitudinal drawing-inroller fixed plate 3431, in intermediate mounting post 34312
Sheathed spring 34314.
Three lower side wheels 3433 are rotatably installed on the rear surface of longitudinal drawing-inroller fixed plate 3431.
Jack (not labeled) there are three being opened up on upper side wheel mounting blocks 3435.Three 34312 corresponding inserteds of mounting post exist
In three jack (not labeled).
Two upper side wheels 3437 are fixed on the rear surface of side wheel mounting blocks 3435, are sidewindered under three
The top of wheel 3433.
Lateral feeding wheel assembly (not labeled) include the front side of lateral drawing-inroller fixed plate 3451, three idler wheels 3453, after
3455, two back side wheels 3457 of side wheel mounting blocks.
Lateral drawing-inroller fixed plate 3451 is fixed on the middle position on the top surface of installation riser 303, is located at three
Between lower pressure wheel 331 and longitudinal feeding wheel assembly (not labeled).
Three mounting posts 34512, intermediate mounting post 34512 are equipped on the rear surface of lateral drawing-inroller fixed plate 3451
Middle sheathed spring (not labeled).
Three front side idler wheels 3453 are rotatably installed on the top surface of lateral drawing-inroller fixed plate 3451.
Jack (not labeled) there are three being opened up on back side wheel mounting blocks 3455.Three 34512 corresponding inserteds of mounting post exist
In three jack (not labeled).
Two back side wheels 3457 are fixed on the top surface of back side wheel mounting blocks 3455, are located at three front side idler wheels
3453 rear.
Cutter fixed plate 347 is fixed on the left end wall surface of installation riser 303.
Two line slide rails 349 are fixed on along the vertical direction on the left wall face of cutter fixed plate 347.
Cut the top that air cylinder fixed plate 351 is fixed on cutter fixed plate 347.
Cutting blade fixed plate 355 is fixed on two line slide rails 349, can be slided along up and down direction.
Cutting blade 357 is mounted in cutting blade fixed plate 355.
Pressure knife block 359 keeps the installation of cutting blade 357 more reliable and more stable by cutting blade 357 is being pressed against.
Clamping jaw air cylinder fixed plate 361 is fixed in cutting blade fixed plate 355.
Clamping jaw cylinder 363 is fixed in clamping jaw air cylinder fixed plate 361.The upward projection of clamping jaw cylinder 363 has left clamping column
3632, right clamping column 3634.
Left clamping jaw 365, right clamping jaw 367 are fixed on the left clamping column 3632 of clamping jaw cylinder 363, right clamping column 3634 respectively
On.
Finger feed mechanism 4 includes that the guide rail fixed block 403, two of finger feed organization soleplate 401, two straight line is led
Rail 405, sliding block fixed plate 407, cylinder 409, floating junction link block 411, preceding fixed board 413, rear fixed board 415, top
Plate 417, cylinder mounting plate 419, upper feeding cylinder 421,423, two guide posts 425 of floating junction, upper feeding sliding panel 427, three
Group material folding component 429, casing fixing seat 431,435, two, the cylinder upper gripper jaw 437, two of casing material folding cylinder bottom plate 433, two
A lower clamping jaw 439, upper material folding mold 441, lower material folding mold 443.
Finger feed organization soleplate 401 is fixed on mounting base 201, positioned at the left side of feeding cutting mechanism 3.
Two guide rail fixed blocks 403 are fixed on mounting base 201 along front-rear direction.
Two linear guides 405 are fixed on two guide rail fixed blocks 403.
Sliding block fixed plate 407 is slidably mounted on the top surface for being fixed on two linear guides 405.
Cylinder 409 is fixed on finger feed organization soleplate 401, between two linear guides 405 and
In the lower section of sliding block fixed plate 407.
The bottom end of floating junction link block 411 is connected to the end of the piston rod of cylinder 409, and top is fixed on sliding block
On the bottom surface of fixed plate 407.
Start cylinder 409, sliding block fixed plate 407 can be pushed to slide in two linear guides 405 along front-rear direction.
Preceding fixed board 413, rear fixed board 415 are fixed on the front-end and back-end of sliding block fixed plate 407 respectively.
Top plate 417 is fixed on the top of preceding fixed board 413, rear fixed board 415.The front and back two of top plate 417
End position is opened up there are two guide pillar hole 4172.
Cylinder mounting plate 419 is fixed on the bottom surface of top plate 417.
Upper feeding cylinder 421 is fixed on cylinder mounting plate 419, and piston rod is upward.
Floating junction 423 is fixed on the end of the piston rod of feeding cylinder 421.
Two guide posts 425 are plugged in respectively in two guide pillar holes 4172.
The top of two guide posts 425 is all fixed in feeding sliding panel 427, the top installation of floating junction 423
It is fixed on the bottom surface of feeding sliding panel 427.
Three groups of material folding components 429 are separately mounted to front end, middle part and rear end on the top surface of feeding sliding panel 427.
Each group of material folding component 429 includes 4291, two material folding cylinders 4293 of material folding cylinder pedestal, fore-clamp feed collet pawl
4295, rear material folding clamping jaw 4297.
Material folding cylinder pedestal 4291 is fixed on the top surface of feeding sliding panel 427.
Two material folding cylinders 4293 are fixed on left end and the right end of material folding cylinder pedestal 4291 respectively.
Fore-clamp feed collet pawl 4295 is fixed on the top of two material folding cylinders 4293 by forward position.
Material folding clamping jaw 4297 is fixed on the top of two material folding cylinders 4293 by rearward position afterwards.
Casing fixing seat 431 is fixed on last end position on finger feed organization soleplate 401.
Casing material folding cylinder bottom plate 433 is fixed on the front face upper top of casing fixing seat 431.
Two cylinders 435 are fixed on left end and right end on the front face of casing material folding cylinder bottom plate 433 respectively.
Two upper gripper jaws 437 are fixed on the lower end of two cylinders 435 respectively.
Two lower clamping jaws 439 are fixed on the lower end of two cylinders 435 respectively.
Upper material folding mold 441 is fixed on two upper gripper jaws 437.
Lower material folding mold 443 is fixed on two lower clamping jaws 439.
Two copper hoop rotation rivetings and feed mechanism 5 are fixed on pair of the left and right sides of finger feed mechanism 4 respectively
Claim on position.Copper hoop positioned at left side, which revolves riveting and feed mechanism 5 and is fixed on, moves left on bottom plate 203 position rearward, is located at
The copper hoop rotation riveting on right side and feed mechanism 5, which are fixed on, moves right on bottom plate 205 position rearward, two copper hoops rotation rivetings and feeding
The installation site of mechanism 5 is symmetrical.
Each copper hoop rotation riveting and feed mechanism 5 include fixed bottom plate (not labeled), copper hoop rotating riveting mechanism (not labeled), positioning
Clamp system (not labeled) and copper hoop automatic feed mechanism (not labeled).
Below by taking the copper hoop on right side revolves riveting and feed mechanism 5 as an example, its structure and installation site relationship is discussed in detail.
Fixed bottom plate (not labeled), which is fixed on, moves right on bottom plate 205 position rearward.
Copper hoop rotating riveting mechanism (not labeled) includes bottom plate 5301, the straight line of guide rail fixing seat 5305, two of vertical plate 5303, two
Guide rail 5307, riveter head fixed plate 5309, screw rod attachment base 5311, screw rod fixing seat 5313, screw mandrel support seat 5315, ball
Screw rod 5317, screw rod synchronizing wheel 5319, reinforcing rib 5321, screw rod servo motor 5323, screw rod driving wheel 5325, screw rod synchronous belt
5327, riveting pedestal 5329, deep groove ball bearing 5331, thrust ball bearing 5333, rotary shaft 5335, rotation riveter 5337, rotation rivet rod are revolved
5339, shaft synchronizing wheel 5341, servo motor mounting plate 5343, shaft servo motor 5345, shaft driving wheel 5347, shaft are same
Walk band 5349.
Bottom plate 5301 is fixed in fixed bottom plate (not labeled).
Vertical plate 5303 is fixed on bottom plate 5301.
Two guide rail fixing seats 5305 are fixed on vertical plate 5303 along left and right directions.
Two linear guides 5307 are fixed in two guide rail fixing seats 5305.
Riveter head fixed plate 5309 is fixed in two linear guides 5307.
Screw rod attachment base 5311 is fixed on the front face of riveter head fixed plate 5309.
Screw rod fixing seat 5313 is fixed on the rear surface of vertical plate 5301 by right end.
Screw mandrel support seat 5315 is fixed on the rear surface of vertical plate 5301 by left end.
The both ends of ball screw 5317 are mounted in screw rod fixing seat 5313 and screw mandrel support seat 5315, and middle part installation is solid
It is scheduled on screw rod attachment base 5311.
Screw rod synchronizing wheel 5319 is mounted on the right end of ball screw 5317.
Reinforcing rib 5321 is fixed between bottom plate 5301 and vertical plate 5303.
Screw rod servo motor 5323 is fixed on reinforcing rib 5321.
Screw rod driving wheel 5325 is fixed in the rotary shaft of screw rod servo motor 5323.
Screw rod synchronous belt 5327 is mounted on the outside of screw rod synchronizing wheel 5319 and screw rod driving wheel 5325.
Start screw rod servo motor 5323, screw rod driving wheel 5325 rotates, and screw rod synchronizing wheel 5319 is driven to rotate, and drives rolling
Ballscrew 5317 rotates, and riveter head fixed plate 5309 is slided in two linear guides 5307 along left and right directions.
Rotation riveting pedestal 5329 is fixed on the rear surface of riveter head fixed plate 5309.
Deep groove ball bearing 5331 is mounted on the right end of rotation riveting pedestal 5329.
Thrust ball bearing 5333 is mounted on the left end of rotation riveting pedestal 5329.
The both ends of rotary shaft 5335 are separately mounted in ditch ball bearing 5331 and thrust ball bearing 5333.
Rotation riveter 5337 is fixed on 5335 left end of rotary shaft.
Rotation rivet rod 5339 is fixed in rotation riveter 5337.
Shaft synchronizing wheel 5341 is fixed on the right part of rotary shaft 5335.
Servo motor mounting plate 5343 is fixed in riveter head fixed plate 5309.
Shaft servo motor 5345 is fixed on servo motor mounting plate 5343.
Shaft driving wheel 5347 is fixed in the rotary shaft of shaft servo motor 5345.
Shaft synchronous belt 5349 is mounted on the outside of shaft synchronizing wheel 5341 and shaft driving wheel 5347.
Start shaft servo motor 5345, shaft driving wheel 5347 rotates, and shaft synchronizing wheel 5341 is driven to rotate, and drives rotation
Shaft 5335 rotates, so that rotation riveter 5337 and rotation rivet rod 5339 be driven to rotate.
Positioning and clamping mechanism (not labeled) includes positioning and clamping mechanism bottom plate 5501, stationary positioned vertical plate 5503, clamping machine
Structure (not labeled), two guide post 5509, four of electromagnet 5507, four guide sleeves 5511, copper hoop fixed plate 5513, compression cylinders are solid
Fixed board 5515, compression cylinder 5517, compaction mold 5519, material ejection cylinder 5521, ejection block 5523, cylinder fixed block 5525, gas
Cylinder 5527, pushing block 5529.
Positioning and clamping mechanism bottom plate 5501 is fixed in fixed bottom plate (not labeled).
Stationary positioned vertical plate 5503 is fixed on positioning and clamping mechanism bottom plate 5501.
Clamp system (not labeled) includes slide 55051, the floating of 55053, two, the cylinder of air cylinder fixed plate 55052, two
Connector 55054, the pin 55057 of clamping jaw 55056, two of sliding block 55055, two.
Slide 55051 is fixed on stationary positioned vertical plate 5503.
Air cylinder fixed plate 55052 is fixed on the lower end of slide 55051.
Two cylinders 55053 are all fixed on the bottom surface of air cylinder fixed plate 55052.
Two floating junctions 55054 are fixed on the end of the piston rod of two cylinders 55053.
Two floating junctions 55054 are fixed on the bottom end of sliding block 55055.
Two clamping jaws 55056 are mounted on the top of sliding block 55055 by two pins 55057.
Sliding block 55055 and two clamping jaws 55056 are all mounted in slide 55051, and are slidable in the vertical direction.
Two electromagnet 5507 are fixed on the back side of stationary positioned vertical plate 5503.
Four guide posts 5509 plug the back side two sides for being fixed on stationary positioned vertical plate 5503.
Four correspondences of guide sleeve 5511 are set on four guide posts 5509.
Four guide sleeves 5511 are plugged in four corners in copper hoop fixed plate 5513.
Copper hoop fixed plate 5513 and four guide sleeves 5511 can be slided along four guide posts 5509.
Compression cylinder fixed plate 5515 is fixed on the back side of copper hoop fixed plate 5513.
Compression cylinder 5517 is fixed in compression cylinder fixed plate 5515.
Compaction mold 5519 is fixed on the piston rod of compression cylinder 5517.
Material ejection cylinder 5521 is mounted on the back side of copper hoop fixed plate 5513.
Ejection block 5523 is fixed on the piston rod of material ejection cylinder 5521.
Cylinder fixed block 5525 is mounted on the left side of copper hoop fixed plate 5513.
Cylinder 5527 is fixed in cylinder fixed block 5525.
Pushing block 5529 is fixed on the piston rod of cylinder 5527.
Copper hoop automatic feed mechanism (not labeled) includes automatic feed mechanism bottom plate 5701, vibrating disk 5703, straight shake fixation
Pedestal 5705 directly shakes 5707, copper hoop guide rail 5709, copper hoop feeding distribution mechanism (not labeled).
Automatic feed mechanism bottom plate 5701 is fixed in fixed bottom plate (not labeled).
Vibrating disk 5703 and straight shake firm banking 5705 are all fixed on automatic feed mechanism bottom plate 5701.
Straight shake 5707 is fixed on straight shake firm banking 5705.
Copper hoop guide rail 5709 is fixed in true shake 5707.
Copper hoop feeding distribution mechanism (not labeled) include copper hoop feeding distribution mechanism bottom plate 57111, copper hoop feeding distribution mechanism vertical plate 57112,
Air cylinder fixed plate 57113, rotary cylinder 57114, distribution block 57115, sub-material seat 57116.
Copper hoop feeding distribution mechanism bottom plate 57111 is fixed on bottom plate 5301.
Copper hoop feeding distribution mechanism vertical plate 57112 is fixed on copper hoop feeding distribution mechanism bottom plate 57111.
Air cylinder fixed plate 57113 is fixed on copper hoop feeding distribution mechanism vertical plate 57112.
Rotary cylinder 57114 is fixed in air cylinder fixed plate 57113.
Distribution block 57115 is fixed in the rotary shaft of rotary cylinder 57114.
Sub-material seat 57116 is fixed on copper hoop feeding distribution mechanism vertical plate 57112.
Two plug feedings and assemble mechanism 6 are fixed on pair of the left and right sides of finger feed mechanism 4 respectively
Claim on position, positioned at two copper hoop rotation rivetings and the front side of feed mechanism 5.
Plug feeding and assemble mechanism 6 positioned at left side, which are fixed on, to be moved left on bottom plate 203 by front position, and the right side is located at
The plug feeding of side and assemble mechanism 6, which are fixed on, to move right on bottom plate 205 by front position, two plug feedings and assembly machine
The installation site of structure 6 is symmetrical.
Each plug feeding and assemble mechanism 6 include fixed bottom plate (not labeled), plug assemble mechanism (not labeled)
With plug feeding mechanism (not labeled).
Below by taking the plug feeding on right side and assemble mechanism 6 as an example, its structure and installation site relationship is discussed in detail.
Fixed bottom plate (not labeled), which is fixed on, to move right on bottom plate 205.
Plug assemble mechanism (not labeled) includes plug assemble mechanism bottom plate 6301, left risers 6303, right risers 6305, cross
Plate 6307, top plate 6309, guide rail fixed block 6311, linear guide 6313, cylinder 6315, cylinder connecting plate 6317, cylinder 6319,
Connecting plate 6321,6323, two, the clamping jaw cylinder limited post fixed plate of plug clamping jaw 6325, two, 6327, two limited posts 6329,
Two oil buffers 6331, press cylinder bracket 6333, press cylinder connecting plate 6335, press cylinder 6337, material pressing mould
6339, copper hoop positioning mold 6341, cylinder 6343, mandril 6345, axle sleeve 6347, plug feeding distribution mechanism (not labeled).
Plug assemble mechanism bottom plate 6301 is fixed in fixed bottom plate (not labeled).
Left risers 6303 and right risers 6305 are fixed on left end and the right end of plug assemble mechanism bottom plate 6301 respectively.
Transverse slat 6307 is fixed between left risers 6303 and right risers 6305.
Top plate 6309 is fixed on the top of left risers 6303 and the top of right risers 6305.
Guide rail fixed block 6311 and cylinder 6315 are all fixed on transverse slat 6307.
Linear guide 6313 is fixed on guide rail fixed block 6311.
Cylinder connecting plate 6317 is fixed on cylinder 6315 and linear guide 6313.
Cylinder 6319 is fixed on cylinder connecting plate 6317.
The lower part of connecting plate 6321 is fixed on cylinder 6319.
Clamping jaw cylinder 6323 is fixed on the top of connecting plate 6321.
Two plug clamping jaws 6325 are separately mounted to the top and bottom of clamping jaw cylinder 6323.
Two limited post fixed plates 6327 are fixed on left end and right end on the bottom surface of top plate 6309 respectively.
Two limited posts 6329 are separately mounted in two limited post fixed plates 6327.
Two oil buffers 6331 are separately mounted in two limited post fixed plates 6327.
Press cylinder bracket 6333 is fixed on the top surface of top plate 6309.
Press cylinder connecting plate 6335 is fixed on press cylinder bracket 6333.
Press cylinder 6337 is fixed on press cylinder connecting plate 6335.
Material pressing mould 6339 is fixed in press cylinder 6337.
Copper hoop positioning mold 6341 is fixed on top plate 6309, positioned at the underface of press cylinder 6337.
Cylinder 6343 is fixed on press cylinder bracket 6333.
The piston rod of the connection cylinder 6343 of mandril 6345.
Axle sleeve 6347 is fixed on press cylinder bracket 6333, and mandril 6345 is threaded through in axle sleeve 6347, and the two is sliding
Dynamic cooperation.
Plug feeding distribution mechanism (not labeled) includes plug feeding distribution mechanism bottom plate 63491, linear guide 63492, plug sub-material
Plate 63493, bolt 63494.
Plug feeding distribution mechanism bottom plate 63491 is fixedly mounted on top plate 6309.
Linear guide 63492 is fixed on plug feeding distribution mechanism bottom plate 63491.
Plug cutting plate 63493 is mounted in linear guide 63492.
Bolt 63494 is mounted on plug cutting plate 63493.
Plug feeding mechanism (not labeled) includes plug feeding mechanism bottom plate 651, vibrating disk 652, directly shakes firm banking
653,654, plug guide rail 655 are directly shaken.
Plug feeding mechanism bottom plate 651 is fixed in fixed bottom plate (not labeled).
Vibrating disk 652, straight shake firm banking 653 are fixed on plug feeding mechanism bottom plate 651.
Straight shake 654 is fixed on straight shake firm banking 653.
Plug guide rail 655 is fixed in straight shake 654.
In the present invention, feeding cutting mechanism 3 is accurately cut according to the size of Hose in Hose tube assembly, and handle
Hose pipe is transplanted on the clamping jaw of finger feed mechanism 4, and then Hose pipe is transported to the rotation riveting of copper hoop by finger feed mechanism 4
Copper hoop is then riveted on Hose pipe both ends, then finger feed by copper hoop rotating riveting mechanism (not labeled) by mechanism (not labeled)
Mechanism 4 works, and the Hose pipe for having riveted copper hoop is transported to plug feeding and assemble mechanism 6, plug feeding and assemble mechanism 6 will
Plug fills in Hose bore both ends, and last shedding mechanism (not labeled) unloads the Hose component processed from equipment, this
Continuous automatic production will be carried out according to above-mentioned circulation by inventing Hose tube assembly automatic producing device.
The present invention has following advantageous effects: Hose tube assembly automatic producing device of the present invention, production automation journey
Degree is high, high production efficiency, and Hose cutoff length and precision are unified, and kerf quality is good, it is not easy to be cut into angle, copper hoop and Hose are managed
Solid and reliable, plug assembling is riveted to be easy.The Hose tube assembly appearance looks elegant processed, high in machining efficiency, labour cost is low,
Good product quality.
Claims (7)
1. a kind of Hose tube assembly automatic producing device, which is characterized in that it includes the rotation riveting of several copper hoops and feed mechanism
(5)；
Each copper hoop rotation riveting and feed mechanism (5) include that fixed bottom plate, copper hoop rotating riveting mechanism, positioning and clamping mechanism and copper hoop are automatic
Feed mechanism；
Copper hoop rotating riveting mechanism includes that bottom plate (5301), vertical plate (5303), several guide rail fixing seats (5305), several straight lines are led
Rail (5307), riveter head fixed plate (5309), screw rod attachment base (5311), screw rod fixing seat (5313), screw mandrel support seat
(5315), ball screw (5317), screw rod synchronizing wheel (5319), reinforcing rib (5321), screw rod servo motor (5323), screw rod master
Driving wheel (5325), screw rod synchronous belt (5327), rotation riveting pedestal (5329), deep groove ball bearing (5331), thrust ball bearing (5333),
Rotary shaft (5335), rotation riveter (5337), rotation rivet rod (5339), shaft synchronizing wheel (5341), servo motor mounting plate (5343),
Shaft servo motor (5345), shaft driving wheel (5347), shaft synchronous belt (5349)；
Bottom plate (5301) is fixed on fixed bottom plate；
Vertical plate (5303) is fixed on bottom plate (5301)；
Several guide rail fixing seats (5305) are fixed on vertical plate (5303) along left and right directions；
Several linear guides (5307) are fixed on several guide rail fixing seats (5305)；
Riveter head fixed plate (5309) is fixed on several linear guides (5307)；
Screw rod attachment base (5311) is fixed on the front face of riveter head fixed plate (5309)；
Screw rod fixing seat (5313) is fixed on the rear surface of vertical plate (5301) by right end；
Screw mandrel support seat (5315) is fixed on the rear surface of vertical plate (5301) by left end；
The both ends of ball screw (5317) are mounted in screw rod fixing seat (5313) and screw mandrel support seat (5315), middle part installation
It is fixed on screw rod attachment base (5311)；
Screw rod synchronizing wheel (5319) is mounted on the right end of ball screw (5317)；
Reinforcing rib (5321) is fixed between bottom plate (5301) and vertical plate (5303)；
Screw rod servo motor (5323) is fixed on reinforcing rib (5321)；
Screw rod driving wheel (5325) is fixed in the rotary shaft of screw rod servo motor (5323)；
Screw rod synchronous belt (5327) is mounted on the outside of screw rod synchronizing wheel (5319) and screw rod driving wheel (5325)；
Rotation riveting pedestal (5329) is fixed on the rear surface of riveter head fixed plate (5309)；
Deep groove ball bearing (5331) is mounted on the right end of rotation riveting pedestal (5329)；
Thrust ball bearing (5333) is mounted on the left end of rotation riveting pedestal (5329)；
The both ends of rotary shaft (5335) are separately mounted in ditch ball bearing (5331) and thrust ball bearing (5333)；
Rotation riveter (5337) is fixed on rotary shaft (5335) left end；
Rotation rivet rod (5339) is fixed in rotation riveter (5337)；
Shaft synchronizing wheel (5341) is fixed on the right part of rotary shaft (5335)；
Servo motor mounting plate (5343) is fixed in riveter head fixed plate (5309)；
Shaft servo motor (5345) is fixed on servo motor mounting plate (5343)；
Shaft driving wheel (5347) is fixed in the rotary shaft of shaft servo motor (5345)；
Shaft synchronous belt (5349) is mounted on the outside of shaft synchronizing wheel (5341) and shaft driving wheel (5347)；
Positioning and clamping mechanism include positioning and clamping mechanism bottom plate (5501), stationary positioned vertical plate (5503), clamp system, several
Electromagnet (5507), several guide posts (5509), several guide sleeves (5511), copper hoop fixed plate (5513), compression cylinder are fixed
Plate (5515), compression cylinder (5517), compaction mold (5519), material ejection cylinder (5521, ejection block (5523), cylinder fixed block
(5525), cylinder (5527), pushing block (5529)；
Positioning and clamping mechanism bottom plate (5501) is fixed on fixed bottom plate；
Stationary positioned vertical plate (5503) is fixed on positioning and clamping mechanism bottom plate (5501)；
Clamp system includes slide (55051), air cylinder fixed plate (55052), two cylinders (55053), two floating junctions
(55054), sliding block (55055), two clamping jaws (55056), several pins (55057)；
Slide (55051) is fixed on stationary positioned vertical plate (5503)；
Air cylinder fixed plate (55052) is fixed on the lower end of slide (55051)；
Two cylinders (55053) are all fixed on the bottom surface of air cylinder fixed plate (55052)；
Two floating junctions (55054) are fixed on the end of the piston rod of two cylinders (55053)；
Two floating junctions (55054) are fixed on the bottom end of sliding block (55055)；
Two clamping jaws (55056) are mounted on the top of sliding block (55055) by several pins (55057)；
Sliding block (55055) and two clamping jaws (55056) are all mounted in slide (55051), and are slidable in the vertical direction；
Several electromagnet (5507) are fixed on the back side of stationary positioned vertical plate (5503)；
Several guide posts (5509) plug the back side two sides for being fixed on stationary positioned vertical plate (5503)；
Several guide sleeve (5511) correspondences are set on several guide posts (5509)；
Several guide sleeves (5511) are plugged in upper four corners of copper hoop fixed plate (5513)；
Compression cylinder fixed plate (5515) is fixed on the back side of copper hoop fixed plate (5513)；
Compression cylinder (5517) is fixed on compression cylinder fixed plate (5515)；
Compaction mold (5519) is fixed on the piston rod of compression cylinder (5517)；
Material ejection cylinder (5521) is mounted on the back side of copper hoop fixed plate (5513)；
Ejection block (5523) is fixed on the piston rod of material ejection cylinder (5521)；
Cylinder fixed block (5525) is mounted on the left side of copper hoop fixed plate (5513)；
Cylinder (5527) is fixed on cylinder fixed block (5525)；
Pushing block (5529) is fixed on the piston rod of cylinder (5527)；
Copper hoop automatic feed mechanism includes automatic feed mechanism bottom plate (5701), vibrating disk (5703), directly shakes firm banking
(5705), (5707), copper hoop guide rail (5709), copper hoop feeding distribution mechanism are directly shaken；
Automatic feed mechanism bottom plate (5701) is fixed on fixed bottom plate；
Vibrating disk (5703) He Zhizhen firm banking (5705) is all fixed on automatic feed mechanism bottom plate (5701)；
Straight shake (5707) is fixed on straight shake firm banking (5705)；
Copper hoop guide rail (5709) is fixed on true shake (5707)；
Copper hoop feeding distribution mechanism includes that copper hoop feeding distribution mechanism bottom plate (57111), copper hoop feeding distribution mechanism vertical plate (57112), cylinder are fixed
Plate (57113), rotary cylinder (57114), distribution block (57115), sub-material seat (57116)；
Copper hoop feeding distribution mechanism bottom plate (57111) is fixed on bottom plate (5301)；
Copper hoop feeding distribution mechanism vertical plate (57112) is fixed on copper hoop feeding distribution mechanism bottom plate (57111)；
Air cylinder fixed plate (57113) is fixed on copper hoop feeding distribution mechanism vertical plate (57112)；
Rotary cylinder (57114) is fixed on air cylinder fixed plate (57113)；
Distribution block (57115) is fixed in the rotary shaft of rotary cylinder (57114)；
Sub-material seat (57116) is fixed on copper hoop feeding distribution mechanism vertical plate (57112).
2. a kind of Hose tube assembly automatic producing device according to claim 1, which is characterized in that the Hose tube assembly is certainly
Dynamic production equipment includes rack (1), base plate mechanism (2)；
Base plate mechanism (2) is fixed on the top of rack (1)；
Base plate mechanism (2) includes mounting base (201), moves left bottom plate (203), moves right bottom plate (205)；
Mounting base (201) is fixed on the top of rack (1)；
Move left bottom plate (203) and move right bottom plate (205) be separately mounted to mounting base (201) by left side and on the right side,
On opposite position；
Moving left bottom plate (203) and moving right bottom plate (205) can slide along left and right directions；
Copper hoop positioned at left side, which revolves riveting and feed mechanism (5) and is fixed on, moves left on bottom plate (203) position rearward, is located at the right side
The copper hoop rotation riveting of side and feed mechanism (5), which are fixed on, moves right on bottom plate (205) position rearward, two copper hoops rotation rivetings and on
Expect that the installation site of mechanism (5) is symmetrical.
3. a kind of Hose tube assembly automatic producing device according to claim 2, which is characterized in that the Hose tube assembly is certainly
Dynamic production equipment further includes feeding cutting mechanism (3)；
Feeding cutting mechanism (3) includes feeding cutting mechanism bottom plate (301), installation riser (303), lifting cylinder mounting plate
(305), lifting cylinder (307), floating junction (309), floating junction link block (311), upper pressure wheel fixed plate (313), lifting
Sliding rail fixed block (315), lifting sliding rail (317), several upper pressure wheel bearing blocks (319), several upper pressure wheel rotary shafts
(321), several upper pressure wheels (323), synchronizing wheel (325) on several, several push wheel bearing seat (327), under several
Pinch roller rotary shaft (329), several lower pressure wheels (331), several lower synchronizing wheel (333), four support columns (335), feeding electricity
Machine fixed plate (337), feeding motor (339), feeding driving wheel (341), cutter fixed plate (347), two line slide rails (349),
It cuts air cylinder fixed plate (351), cut cylinder (353), cutting blade fixed plate (355), cutting blade (357), pressure knife block
(359), clamping jaw air cylinder fixed plate (361), clamping jaw cylinder (363), left clamping jaw (365), right clamping jaw (367)；
Feeding cutting mechanism bottom plate (301) is fixed on the top surface for moving right bottom plate (205)；Installation riser (303) along
Left and right directions is fixed on feeding cutting mechanism bottom plate (301)；
Lifting cylinder mounting plate (305) is fixed at the top of the left end of installation riser (303)；
Lifting cylinder (307) is fixed on lifting cylinder mounting plate (305)；
Floating junction (309) is fixed on the bottom end of the piston rod of lifting cylinder (307)；
Floating junction link block (311) is connected to the lower end of floating junction (309)；
Floating junction link block (311) is fixed on the front face of upper pressure wheel fixed plate (313)；
Lifting sliding rail fixed block (315) is fixed on the rear surface of upper pressure wheel fixed plate (313)；
Lifting sliding rail (317) is fixed on the front face of installation riser (303), and lifting sliding rail fixed block (315) is slidably
Ground is mounted on lifting sliding rail (317)；
Several upper pressure wheel bearing blocks (319) are fixed on the bottom of upper pressure wheel fixed plate (313)；
The corresponding center for being mounted on several upper pressure wheel bearing blocks (319) of several upper pressure wheel rotary shafts (321)；
The corresponding rear end for being fixed on several upper pressure wheel rotary shafts (321) of several upper pressure wheels (323)；
The corresponding front end for being fixed on several upper pressure wheel rotary shafts (321) of synchronizing wheel (325) on several；
A synchronous belt (3252) is arranged on several outside synchronizing wheel (325)；
Several pushings wheel bearing seat (327), which plug, to be mounted on installation riser (303), several upper pressure wheel bearing blocks are located at
(319) lower section；
Several lower pressure wheel rotary shafts (329) are corresponding to be mounted on several centers for pushing wheel bearing seat (327)；
The corresponding rear end for being fixed on several lower pressure wheel rotary shafts (329) of several lower pressure wheels (331)；
Several lower synchronizing wheel (333) corresponding front end for being fixed on several lower pressure wheel rotary shafts (329)；
Four support columns (335) are fixed on the front face of installation riser (303)；
Feeding motor fixed plate (337) is fixed on the end of four support columns (335)；
Feeding motor (339) is fixed on feeding motor fixed plate (337)；
Feeding driving wheel (341) is fixed in the rotary shaft of feeding motor (339)；
A synchronous belt (3412) is installed outside several lower synchronizing wheel (333) and feeding driving wheel (341)；
Cutter fixed plate (347) is fixed on the left end wall surface of installation riser (303)；
Two line slide rails (349) are fixed on along the vertical direction on the left wall face of cutter fixed plate (347)；
Cut the top that air cylinder fixed plate (351) is fixed on cutter fixed plate (347)；
Cutting blade fixed plate (355) is fixed on two line slide rails (349), can be slided along up and down direction；
Cutting blade (357) is mounted on cutting blade fixed plate (355)；
Pressure knife block (359) keeps cutting blade (357) installation more reliable and more stable by cutting blade (357) are being pressed against；
Clamping jaw air cylinder fixed plate (361) is fixed on cutting blade fixed plate (355)；
Clamping jaw cylinder (363) is fixed on clamping jaw air cylinder fixed plate (361)；Projection has left folder to clamping jaw cylinder (363) upwards
Column (3632), right clamping column (3634)；
Left clamping jaw (365), right clamping jaw (367) are fixed on left clamping column (3632), the right clamping column of clamping jaw cylinder (363) respectively
(3634) on.
4. a kind of Hose tube assembly automatic producing device according to claim 3, which is characterized in that feeding cutting mechanism
It (3) further include longitudinal feeding wheel assembly and lateral feeding wheel assembly；
Longitudinal feeding wheel assembly includes longitudinal drawing-inroller fixed plate (3431), several lower side wheel (3433), upper side wheel peace
Fill block (3435), side wheel (3437) on several；
Longitudinal drawing-inroller fixed plate (3431) is fixed on the right end position on the top surface of installation riser (303)；
Several mounting posts (34312), intermediate mounting post are equipped on the top surface of longitudinal drawing-inroller fixed plate (3431)
(34312) sheathed spring (34314) in；
Several lower side wheel (3433) are rotatably installed on the rear surface of longitudinal drawing-inroller fixed plate (3431)；
Several jacks are offered on upper side wheel mounting blocks (3435)；
Several mounting post (34312) corresponding inserteds are in several jacks；
Side wheel (3437) is fixed on the rear surface of side wheel mounting blocks (3435) on several, is located under several
The top of side wheel (3433)；
Lateral feeding wheel assembly includes lateral drawing-inroller fixed plate (3451), several front side idler wheels (3453), back side wheel
Mounting blocks (3455), several back side wheels (3457)；
Lateral drawing-inroller fixed plate (3451) is fixed on the middle position on the top surface of installation riser (303), is located at several
Between a lower pressure wheel (331) and longitudinal feeding wheel assembly；
Several mounting posts (34512), intermediate mounting post are equipped on the rear surface of lateral drawing-inroller fixed plate (3451)
(34512) sheathed spring in；
Several front side idler wheels (3453) are rotatably installed on the top surface of lateral drawing-inroller fixed plate (3451)；
Back side wheel mounting blocks offer several jacks on (3455)；Several mounting post (34512) corresponding inserteds are several
In a jack；
Several back side wheels (3457) are fixed on the top surface of back side wheel mounting blocks (3455), are located at several front sides
The rear of idler wheel (3453).
5. a kind of Hose tube assembly automatic producing device according to claim 2, which is characterized in that the Hose tube assembly is certainly
Dynamic production equipment further includes finger feed mechanism (4);
Two copper hoop rotation rivetings and feed mechanism (5) are fixed on pair of the left and right sides of finger feed mechanism (4) respectively
Claim on position；
Finger feed mechanism (4) includes finger feed organization soleplate (401), two guide rail fixed blocks (403), two straight lines
Guide rail (405), cylinder (409), floating junction link block (411), preceding fixed board (413), is consolidated sliding block fixed plate (407) afterwards
Determine vertical plate (415), top plate (417), cylinder mounting plate (419), upper feeding cylinder (421), floating junction (423), several lead
Column (425), upper feeding sliding panel (427), several groups material folding component (429), casing fixing seat (431), casing material folding cylinder bottom
Plate (433), two cylinders (435), two upper gripper jaws (437), two lower clamping jaws (439), upper material folding molds (441), lower material folding
Mold (443)；Finger feed organization soleplate (401) is fixed on mounting base (201)；
Two guide rail fixed blocks (403) are fixed on mounting base (201) along front-rear direction；
Two linear guides (405) are fixed on two guide rail fixed blocks (403)；
Sliding block fixed plate (407) is slidably mounted on the top surface for being fixed on two linear guides (405)；
Cylinder (409) is fixed on finger feed organization soleplate (401), is located between two linear guides (405)
And in the lower section of sliding block fixed plate (407)；
The bottom end of floating junction link block (411) is connected to the end of the piston rod of cylinder (409), and top is fixed on sliding block
On the bottom surface of fixed plate (407)；
Preceding fixed board (413), rear fixed board (415) are fixed on the front-end and back-end of sliding block fixed plate (407) respectively；
Top plate (417) is fixed on the top of preceding fixed board (413), rear fixed board (415)；Before top plate (417)
End positions are opened up there are two guide pillar hole (4172) afterwards；
Cylinder mounting plate (419) is fixed on the bottom surface of top plate (417)；
Upper feeding cylinder (421) is fixed on cylinder mounting plate (419), and piston rod is upward；
Floating junction (423) is fixed on the end of the piston rod of feeding cylinder (421)；
Several guide posts (425) are plugged in respectively in two guide pillar holes (4172)；
The top of several guide posts (425) is all fixed in feeding sliding panel (427), the top of floating junction (423)
It is fixed on the bottom surface of feeding sliding panel (427)；
Several groups material folding component (429) is separately mounted on the top surface of feeding sliding panel (427)；
Casing fixing seat (431) is fixed on last end position on finger feed organization soleplate (401)；
Casing material folding cylinder bottom plate (433) is fixed on the front face upper top of casing fixing seat (431)；
Two cylinders (435) are fixed on left end and right end on the front face of casing material folding cylinder bottom plate (433) respectively；
Two upper gripper jaws (437) are fixed on the lower end of two cylinders (435) respectively；
Two lower clamping jaws (439) are fixed on the lower end of two cylinders (435) respectively；
Upper material folding mold (441) is fixed on two upper gripper jaws (437)；
Lower material folding mold (443) is fixed on two lower clamping jaws (439).
6. a kind of Hose tube assembly automatic producing device according to claim 5, which is characterized in that each group of material folding component
It (429) include material folding cylinder pedestal (4291), two material folding cylinders (4293), fore-clamp feed collet pawl (4295), rear material folding clamping jaw
(4297)；
Material folding cylinder pedestal (4291) is fixed on the top surface of feeding sliding panel (427)；
Two material folding cylinders (4293) are fixed on left end and the right end of material folding cylinder pedestal (4291) respectively；
Fore-clamp feed collet pawl (4295) is fixed on the top of two material folding cylinders (4293) by forward position；
Material folding clamping jaw (4297) is fixed on the top of two material folding cylinders (4293) by rearward position afterwards.
7. a kind of Hose tube assembly automatic producing device according to claim 2, which is characterized in that the Hose tube assembly is certainly
Dynamic production equipment further includes two plug feedings and assemble mechanism (6)；
Plug feeding and assemble mechanism (6) positioned at left side, which are fixed on, to be moved left on bottom plate (203) by front position, and the right side is located at
The plug feeding of side and assemble mechanism (6), which are fixed on, to move right on bottom plate (205) by front position, two plug feedings and dress
The installation site of fitting mechanism (6) is symmetrical；
Each plug feeding and assemble mechanism (6) include fixed bottom plate, plug assemble mechanism and plug feeding mechanism；
Plug assemble mechanism includes plug assemble mechanism bottom plate (6301), left risers (6303), right risers (6305), transverse slat
(6307), top plate (6309), guide rail fixed block (6311), linear guide (6313), cylinder (6315), cylinder connecting plate
(6317), cylinder (6319), connecting plate (6321), clamping jaw cylinder (6323), two plug clamping jaws (6325), two limited posts are solid
Fixed board (6327), two limited posts (6329), two oil buffers (6331), press cylinder bracket (6333), press cylinder
Connecting plate (6335), press cylinder (6337), material pressing mould (6339), copper hoop positioning mold (6341), cylinder (6343), mandril
(6345), axle sleeve (6347), plug feeding distribution mechanism；
Plug assemble mechanism bottom plate (6301) is fixed on fixed bottom plate；
Left risers (6303) and right risers (6305) are fixed on the left end and the right side of plug assemble mechanism bottom plate (6301) respectively
End；
Transverse slat (6307) is fixed between left risers (6303) and right risers (6305)；
Top plate (6309) is fixed on the top of left risers (6303) and the top of right risers (6305)；
Guide rail fixed block (6311) and cylinder (6315) are all fixed on transverse slat (6307)；
Linear guide (6313) is fixed on guide rail fixed block (6311)；
Cylinder connecting plate (6317) is fixed on cylinder (6315) and linear guide (6313)；
Cylinder (6319) is fixed on cylinder connecting plate (6317)；
The lower part of connecting plate (6321) is fixed on cylinder (6319)；
Clamping jaw cylinder (6323) is fixed on the top of connecting plate (6321)；
Two plug clamping jaws (6325) are separately mounted to the top and bottom of clamping jaw cylinder (6323)；
Two limited post fixed plates (6327) are fixed on left end and right end on the bottom surface of top plate (6309) respectively；
Two limited posts (6329) are separately mounted on two limited post fixed plates (6327)；
Two oil buffers (6331) are separately mounted on two limited post fixed plates (6327)；
Press cylinder bracket (6333) is fixed on the top surface of top plate (6309)；
Press cylinder connecting plate (6335) is fixed on press cylinder bracket (6333)；
Press cylinder (6337) is fixed on press cylinder connecting plate (6335)；
Material pressing mould (6339) is fixed on press cylinder (6337)；
Copper hoop positioning mold (6341) is fixed on top plate (6309), is located at the underface of press cylinder (6337)；
Cylinder (6343) is fixed on press cylinder bracket (6333)；
Mandril (6345) connects the piston rod of cylinder (6343)；
Axle sleeve (6347) is fixed on press cylinder bracket (6333), and mandril (6345) is threaded through in axle sleeve (6347), and two
Person is slidably matched；
Plug feeding distribution mechanism includes plug feeding distribution mechanism bottom plate (63491), linear guide (63492), plug cutting plate
(63493), bolt (63494)；
Plug feeding distribution mechanism bottom plate (63491) is fixedly mounted on top plate (6309)；
Linear guide (63492) is fixed on plug feeding distribution mechanism bottom plate (63491)；
Plug cutting plate (63493) is mounted on linear guide (63492)；
Bolt (63494) is mounted on plug cutting plate (63493)；
Plug feeding mechanism includes plug feeding mechanism bottom plate (651), vibrating disk (652), directly shakes firm banking (653), straight shake
(654), plug guide rail (655)；
Plug feeding mechanism bottom plate (651) is fixed on fixed bottom plate；
Vibrating disk (652), directly shake firm banking (653) is fixed on plug feeding mechanism bottom plate (651)；
Straight shake (654) is fixed on straight shake firm banking (653)；
Plug guide rail (655) is fixed on straight shake (654).
Priority Applications (1)
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| CN201910594376.2A CN110281021B (en) | 2019-07-03 | 2019-07-03 | Automatic production equipment for Hose assembly |
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| CN201910594376.2A CN110281021B (en) | 2019-07-03 | 2019-07-03 | Automatic production equipment for Hose assembly |
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| CN110281021A true CN110281021A (en) | 2019-09-27 |
| CN110281021B CN110281021B (en) | 2020-12-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111246723A (en) * | 2020-01-15 | 2020-06-05 | 泉州市佳创工业产品设计有限公司 | Quick positioning mechanism of electronic component equipment |
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| EP0434350B1 (en) * | 1989-12-19 | 1994-10-19 | Yajima Kogyo, Inc. | Automatic feed system for parts to be welded |
| CN102615509A (en) * | 2012-04-14 | 2012-08-01 | 广东建华管桩有限公司 | Automatic forming and welding machine for tubular pile hoop plate |
| CN104476762A (en) * | 2014-11-21 | 2015-04-01 | 长园电子（东莞）有限公司 | Double-wall tube sealing cap equipment |
| CN108526908A (en) * | 2018-06-28 | 2018-09-14 | 东莞理工学院 | A kind of pipe hoop bonding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US3563359A (en) * | 1969-04-01 | 1971-02-16 | Gleason Works | Automatic workpiece transfer and storage mechanism |
| EP0434350B1 (en) * | 1989-12-19 | 1994-10-19 | Yajima Kogyo, Inc. | Automatic feed system for parts to be welded |
| CN102615509A (en) * | 2012-04-14 | 2012-08-01 | 广东建华管桩有限公司 | Automatic forming and welding machine for tubular pile hoop plate |
| CN104476762A (en) * | 2014-11-21 | 2015-04-01 | 长园电子（东莞）有限公司 | Double-wall tube sealing cap equipment |
| CN108526908A (en) * | 2018-06-28 | 2018-09-14 | 东莞理工学院 | A kind of pipe hoop bonding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111246723A (en) * | 2020-01-15 | 2020-06-05 | 泉州市佳创工业产品设计有限公司 | Quick positioning mechanism of electronic component equipment |
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| CN110281021B (en) | 2020-12-08 |
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