CN206718432U - Pipe production line and its water circle device - Google Patents

Abstract

The utility model discloses a kind of pipe production line and its water circle device, its drip irrigation device is that water circle device includes water tank and cooling-water machine, the water tank is provided with drainpipe and flow pipe for being connected with cooling device, the flow pipe is provided with water pump, the draining tube end is connected with two position three-way valve, two other mouth of two position three-way valve is connected to water tank and cooling-water machine by pipeline respectively, and cooling-water machine is connected to water tank by water-changing tube.The utility model solves the problems, such as the cooling of cooling device in existing pipe production line.

Description

Pipe production line and its water circle device

Technical field

Tubing production field is the utility model is related to, in particular, it is related to a kind of pipe production line and its water circulation Device.

Background technology

As plastic products are applied more and more extensively in life, production, people are also increasingly to pay close attention to for plastic products. The species of plastic products embraces a wide spectrum of ideas, such as plastic tub, plastic bowl, plastic pipe, plastic pipe etc..

Wherein, pipe production line is the streamline for tubing production.Mainly it is configured with：Automatic charging machine, mono-/bis-screw rod Extruder, extrusion die, vacuum sizing spraying box, hauling machine, cutting machine, rickstand etc. form.Certainly, according to the material of tubing The demands such as material, model, shape, used unit would also vary from production line.

For example, common pipe production line generally comprise extruder, vacuum sizing device, cooling device, water circle device, Ink jet numbering machine, hauling machine, cutting machine, receiving rack and winder etc..In production process, plastic material is extruded into pipe by extruder Material, subsequently into being shaped in vacuum sizing device, then cooled down through apparatus for supercooling, water circle device provides for cooling device Recirculated water, tubing carry out coding after entering supercooling, then decide whether to be cut according to demand, if the pipe cut through Material is then collected in receiving rack；If not cleaved tubing is then wound on winder, whole process is by hauling machine Power is provided and drives tubing movement.

Wherein, existing water circle device generally comprises water tank, water pump and the water inlet pipe being connected with cooling device and gone out Water pipe.This water circle device winter or when using when stablize relatively low it is less problematic, still, in summer or temperature When higher, this water circle device is not just handy, because temperature can cause water temperature higher when high, so as to tubing Cooling effect it is bad.

Utility model content

In view of the deficienciess of the prior art, a purpose of the present utility model is to provide a kind of water circle device, its By increasing cooling-water machine and changing water circulation path to reach to the more preferable cooling effect of tubing.

To achieve the above object, the utility model provides following technical scheme：A kind of water circle device, including water tank and Cooling-water machine, the water tank are provided with drainpipe and flow pipe for being connected with cooling device, and the flow pipe is provided with water pump, The draining tube end is connected with two position three-way valve, two other mouth of two position three-way valve respectively by pipeline be connected to water tank and Cooling-water machine, cooling-water machine are connected to water tank by water-changing tube.

By using above-mentioned technical proposal, winter is in use, the water in drainpipe is immediately discharged in water tank, then in water tank Water be input to again by water pump and flow pipe in cooling bath, tubing in cooling be cooled；And summer is in use, in drainpipe Water is drained into cooling-water machine, is cooled down via cooling-water machine, and being then delivered in water tank the groove that is cooled again through water-changing tube utilizes.So that Cooling device is more preferable to the cooling effect of tubing.

Preferably, it is provided with filter mechanism on the drainpipe.

By using above-mentioned technical proposal so that the water flowed into cooling bath in drainpipe can be filtered, and be reduced in water Influence of the impurity to water tank or cooling-water machine.

Preferably, blocked among the drainpipe, the filter mechanism include positioned at drainpipe truncated position filter core and Sliding is sheathed on the outer sleeve on the drainpipe.

By using above-mentioned technical proposal, outer sleeve can move on drainpipe, so as to convenient installation and change filter Core.

Preferably, one end of the outer sleeve is provided with baffle ring, one end of the drainpipe is provided with matches somebody with somebody with the baffle ring The bulge loop of conjunction.

By using above-mentioned technical proposal, outer sleeve is avoided to depart from drainpipe, and the cooperation of baffle ring and bulge loop can also rise To the effect of preventing water leakage.

Preferably, leakproof waterstop ring is provided between the bulge loop and the baffle ring.

By using above-mentioned technical proposal, the waterproof effect that the cooperation of baffle ring and bulge loop is played is further increased.

Preferably, the other end of the outer sleeve is threadedly coupled with the other end of the drainpipe.

By using above-mentioned technical proposal, it is easy to the connection of open or close outer sleeve and drainpipe, consequently facilitating installation Or change filter core.

Preferably, the external diameter of the filter core is equal with the external diameter of the drainpipe.

By using above-mentioned technical proposal so that the end of filter core and drainpipe is supported and set, so that the installation of filter core is more Add stabilization, and make it that the filter area of filter core is bigger, it is more preferable to the filter effect of current.

In view of the deficienciess of the prior art, another purpose of the present utility model is to provide a kind of pipe production line, It is reached to the more preferable cooling effect of tubing by changing existing water circle device.

To achieve the above object, the utility model provides following technical scheme：A kind of pipe production line, including it is above-mentioned Water circle device.

In summary, the utility model has the advantages that compared to prior art：The utility model is regardless of in the winter When it or summer, coordinate cooling device more preferable to the cooling effect of tubing；The filter mechanism that the utility model has causes cold But the impurity of water is less, reduces the influence to water tank or cooling-water machine, with extend the maintenance frequency of water tank or cooling-water machine and Extend its service life.

Brief description of the drawings

Fig. 1 is the overall structure diagram of embodiment；

Fig. 2 is the structural representation of extruder；

Fig. 3 is the structural representation of vacuum sizing device；

Fig. 4 is the explosive view of magnetism servo-electric motor water-cooling；

Fig. 5 is the sectional view of magnetism servo-electric motor water-cooling；

Fig. 6 is the structural representation of cooling device and water circle device；

Fig. 7 is the partial exploded view of cooling device and water circle device；

Fig. 8 is that Fig. 7 A portions enlarged diagram is the partial exploded view of sealing mechanism；

Fig. 9 is the schematic diagram of water circle device；

Figure 10 is the partial exploded view of filter mechanism；

Figure 11 is the axonometric drawing of ink jet numbering machine；

Figure 12 is the structural representation of fixed block one；

Figure 13 is the structural representation of holding ring；

Figure 14 is the upper transport mechanism of display hauling machine and the front view of lower transport mechanism；

Figure 15 is the axonometric drawing of hauling machine and cutting machine；

Figure 16 is the axonometric drawing of receiving rack；

Figure 17 is the sectional view of receiving rack；

Figure 18 is the axonometric drawing of winder；

Figure 19 is the axonometric drawing of winding wheel；

Figure 20 is that Figure 19 B portions enlarged diagram is the structural representation of line clamped block.

In figure：1st, extruder；11st, suction tube；12nd, extruder head；13rd, air intake duct；14th, air pump；15th, material barrel；2nd, vacuum Shaping equipment；21st, shaping box；22nd, water receiving tank；23rd, adjutage；24th, magnetism servo-electric motor water-cooling；241st, retainer ring；2411st, ring flange； 2412nd, stator；2413rd, screw rod；2414th, clamp nut；242nd, regulation ring；2421st, connection ring；2422nd, ring body one；24221、 Periphery wall；24222nd, flange one；24223rd, flange two；24224th, outer water collecting nozzle；2423rd, ring body two；24231st, internal perisporium； 24232nd, flange three；24233rd, flange four；242331st, spray apertures；2424th, screw；2425th, ring body sealing ring；3rd, cooling device； 31st, cooling bath；311st, pressure pipe roller；32nd, sealing mechanism；321st, chassis；3211st, chute；3212nd, secter pat；322nd, shrouding disc； 323rd, sheet rubber；324th, iron block；325th, thrust spring；326th, O-ring seal；4th, water circle device；41st, water tank；42nd, cold water Machine；43rd, drainpipe；431st, two position three-way valve；432nd, bulge loop；4321st, leakproof waterstop ring；433rd, external screw thread ring；44th, water is sent Pipe；441st, water pump；45th, water-changing tube；46th, filter mechanism；461st, filter core；462nd, outer sleeve；4621st, baffle ring；4622nd, internal thread； 5th, ink jet numbering machine；51st, tripod；511st, supporting leg；512nd, straight-bar；5121st, assembling fork；5122nd, spacing plane one；51221st, it is anti-skidding convex Rib one；52nd, coding pipe；53rd, Telescopic Fixed mechanism；531st, fixed block one；5311st, perforation one；53111st, spacing plane two； 531111st, antislip cog two；5312nd, perforation two；5313rd, regulating bolt one；532nd, fixed block two；5321st, regulating bolt two； 5322nd, grip block one；5323rd, grip block two；5324th, holding holes；5325th, open seam；5326th, regulating bolt three；533rd, stretch Bar one；54th, clamping device；541st, expansion link two；542nd, holding ring；5421st, lower semi-ring；5422nd, upper semi-ring；5423rd, groove； 5424th, ball；5425th, lockplate；5426th, locking bolt；5427th, Lock spring；5428th, wing nut；6th, hauling machine；61、 Frame；611st, door body；612nd, link；613rd, link up with；62nd, upper transport mechanism；621st, driving wheel；622nd, driven pulley；623rd, transmit Band；624th, fixed plate；625th, compression cylinder；626th, hold down assembly；6261st, top plate；6262nd, front side board；6263rd, roller；63rd, under Transport mechanism；64th, straightening mechanism；641st, vertical roller；642nd, transverse roller；643rd, U-type groove；6431st, strip hole；644th, sliding block； 645th, threaded rod；646th, adjusting nut；6461st, strip handle；7th, cutting machine；8th, receiving rack；81st, nipple part；811st, prop up Support one；812nd, splicing groove；813rd, cylinder one；82nd, tube portion is deposited；821st, support frame two；822nd, storage tank；8221st, rubber delays Punching pad；823rd, guide bar；8231st, slide opening；824th, telescopic component；8241st, extension sleeve；8242nd, flexible interior bar；82421st, it is sliding Bar；8243rd, adjustable spring；8244th, depression bar；8245th, push type counter；9th, winder；91st, body frame；92nd, winding wheel；921、 Mounting ring；922nd, interior plate；9221st, wire casing one；9222nd, yarn-winding reel；9223rd, cable-through hole；923rd, bottom plate；9231st, wire casing two； 924th, outer panel；9241st, wire casing three；9242nd, wrapping post；925th, cylinder two；926th, line clamped block；9261st, cable clamping interface；927th, line Rope；93rd, guidance set；931st, Rodless cylinder；932nd, connecting rod；933rd, directive wheel；10th, tubing.

Embodiment

The utility model is described in further detail below in conjunction with the accompanying drawings.

Embodiment：A kind of pipe production line, as shown in figure 1, extruder 1, Vacuum shaping dress including being sequentially connected setting 2, cooling device 3, ink jet numbering machine 5, hauling machine 6, cutting machine 7, receiving rack 8 and winder 9 are put, cooling device 3 is connected with water side by side EGR 4.In production process, plastic material is extruded into tubing 10 by extruder 1, subsequently into vacuum sizing device 2 Sizing, then cooled down through apparatus for supercooling 3, water circle device 4 is that cooling device 3 provides recirculated water, and tubing 10 is through supercooling Coding is carried out afterwards, then decides whether to be cut according to demand, if the tubing 10 cut through is then collected in rewinding On frame 8；If not cleaved tubing 10 is then wound on winder 9, whole process provides power by hauling machine 6 and driven Tubing 10 moves.

Referring to Fig. 2, the material barrel 15 for holding plastic material is placed with the side of extruder 1, extruder 1 includes inhaling Expects pipe 11 and extruder head 12, and extruder 1 is connected with air pump 14 by air intake duct 13.During work, air pump 14 starts material Plastic material in bucket 15 is sucked into extruder 1, and passes through the extruding pipe material 10 of extruder head 12.

The tubing 10 extruded from extruder 1 is entered in vacuum sizing device 2, and referring to Fig. 3, vacuum sizing device 2 includes Shaping box 21, the front end of shaping box 21 are provided with magnetism servo-electric motor water-cooling 24 and the water receiving tank 22 positioned at the lower section of magnetism servo-electric motor water-cooling 24, water receiving tank 22 bottom is provided with adjutage 23.

Referring to Fig. 4, magnetism servo-electric motor water-cooling 24 includes two water rings being oppositely arranged, and is respectively fixed on consolidating for the front end of shaping box 21 Determine ring 241 and the regulation ring 242 being fixed on by screw rod 2413 in retainer ring 241.Retainer ring 241 passes through the He of ring flange 2411 If bolt stem is fixedly connected on the front end of shaping box 21, stator 2412 is provided with the periphery of retainer ring 241, on stator 2412 Circumference array is fixed with some screw rods 2413, and two clamp nuts 2414, regulation ring are threaded with every screw rod 2413 It is provided with connection ring 2421 on 242, regulation ring 242 is by screw rod 2413 through connection ring 2421 and right by clamp nut 2414 Connection ring 2421 clamp realize fix, thus can by the position of two clamp nuts 2414 on adjusting screw rod 2413 and Adjust the relative distance of retainer ring 241 and regulation ring 242.Because retainer ring 241 and regulation ring 242 are to spray cold water to tubing 10 cooling effects, both structures are identical, illustrated in the present embodiment by taking the structure of regulation ring 242 as an example.

With reference to Fig. 5, regulation ring 242 includes ring body 1 and ring body 2 2423, and ring body 1 and ring body 2 2423 are logical The regulation ring 242 that screw 2424 is interconnected to form middle with hole is crossed, tubing 10 can pass through from the hole among regulation ring 242. Ring body 1 includes periphery wall 24221 and is arranged on the flange 1 and flange of the both sides of periphery wall 24221 and fold inward 2 24223, the internal orifice dimension of flange 1 is less than the internal orifice dimension of flange 2 24223；Ring body 2 2423 includes internal perisporium 24231 With the flange 3 24232 and flange 4 24233 for being arranged on the both sides of periphery wall 24221 and outwards turning down, the external diameter of flange 3 24232 More than the external diameter of flange 4 24233, and, the external diameter of flange 4 24233 is more than the internal orifice dimension of flange 1 and is less than flange two 24223 internal orifice dimension.So, when ring body 1 and ring body 2 2423 are assembled, ring body 2 2423 is plugged on ring body One 2422 inner sides, now, flange 1 and flange 4 24233 are bonded, and flange 2 24223 and flange 3 24232 are bonded, and are Ensure that good airproof performance that ring body 1 and ring body 2 2423 connect reaches the effect of preventing water leakage, in flange 1 and turn over Ring body sealing ring 2425 is provided between side 4 24233 and between flange 2 24223 and flange 3 24232.

Outer water collecting nozzle 24224 is provided with the periphery wall 24221 of ring body 1, in the flange four of ring body 2 2423 A circle spray apertures 242331 are provided with 24233 so that current can enter regulation ring 242 from outer water collecting nozzle 24224, from spray Hole 242331 sprays.The current sprayed out from spray apertures 242331 annularly can more fully be cooled down to tubing 10, Also, retainer ring 241 and regulation ring 242 are oppositely arranged so that from the current phase of retainer ring 241 and the spray of regulation ring 242 out To carrying out washing away cooling to tubing 10, so that cooling effect is more preferable.The water of spray out is flowed into water receiving tank 22 and led to Adjutage 23 is crossed to discharge.

Tubing 10 after the cooling of magnetism servo-electric motor water-cooling 24, which enters in shaping box 21, is shaped, and then passes to cooling device Further cooled down in 3.Referring to Fig. 6, cooling device 3 include cooling bath 31, be arranged on the sealing mechanism 32 at the both ends of cooling bath 31 with And water receiving tank 22, some pressure pipe rollers 311 are provided with cooling bath 31, and tubing 10 can when process out of cooling bath 31 Limited by pressure pipe roller 311, pass through from the lower section of pressure pipe roller 311.

With reference to Fig. 7 and Fig. 8, sealing mechanism 32 includes the chassis 321 being fixed on the end face of cooling bath 31 and fits in chassis The shrouding disc 322 in 321 outsides, passes through some bolt connections between chassis 321 and shrouding disc 322.Lateral surface on chassis 321 offers The chute 3211 of some rectangles, it is four in the present embodiment, secter pat 3212 is formed between adjacent chute 3211, each cunning Sliding is connected with sheet rubber 323 in groove 3211, and the inner side of sheet rubber 323 is arc side, and outside is straight flange, and outside is connected with iron block 324 or other hard block things.Connected between the lateral wall of iron block 324 and the outer end of chute 3211 by thrust spring 325, then The hole that four pieces of inside arc sides of sheet rubber 323 are surrounded can pass through for tubing 10, and the hole can be in thrust spring 325 Elastic force effect under outer wall all the time with tubing 10 be bonded.Outer rim in the outer face on chassis 321 is provided with a ring packing Circle 326, is sealed between chassis 321 and shrouding disc 322 by the O-ring seal 326.When mounted, first by O-ring seal 326 It is bonded on the outer face on chassis 321, then shrouding disc 322 is bolted on to the outside on chassis 321 so that O-ring seal 326 between chassis 321 and shrouding disc 322.

As shown in Figure 6 and Figure 7, as water circle device 4, water circle device 4 include water tank 41 on the side of the cooling device 3 With cooling-water machine 42, with reference to Fig. 9, water receiving tank 22 is connected to water tank 41 by drainpipe 43, and water tank 41 is connected to by flow pipe 44 The bottom of cooling bath 31, also, set water pump 441 to provide hydrodynamic force on flow pipe 44.The end of drainpipe 43 is connected with one Individual two position three-way valve 431（Can be hand-operated valve or magnetic valve）, two other mouth of two position three-way valve 431 connected by pipeline respectively Water tank 41 and cooling-water machine 42 are connected to, cooling-water machine 42 is connected to water tank 41 by water-changing tube 45.Winter is in use, in drainpipe 43 Water is immediately discharged in water tank 41, and then the water in water tank 41 is input in cooling bath 31 by water pump 441 and flow pipe 44 again；And the summer It is cooled down via cooling-water machine 42, is then delivered to water through water-changing tube 45 in use, the water in drainpipe 43 is drained into cooling-water machine 42 The groove 31 that is cooled again in case 41 utilizes.

With reference to Fig. 7 and Figure 10, filter mechanism 46 is provided with drainpipe 43, is blocked among drainpipe 43, filter mechanism 46 include the filter core 461 positioned at truncated position and the outer sleeve 462 being sheathed on drainpipe 43, wherein, the one end of drainpipe 43 is set Bulge loop 432 is equipped with, the lateral surface fitting sle of bulge loop 432 is provided with leakproof waterstop ring 4321, and the other end of drainpipe 43 is provided with outer Threaded collar 433, the prototype of outer sleeve 462 are the cylindrical tube of straight-tube shape, and its one end is provided with baffle ring 4621, and the other end is provided with Internal thread 4622.When mounted, the both ends of filter core 461 are supported respectively and be located on two ends of 43 two sections of drainpipe, outer sleeve 462, which are set in drainpipe 43, has on one section of bulge loop 432, and one end of the outside threaded collar 433 of outer sleeve 462 is moved, and makes outer Sleeve 462 is threadedly coupled with external screw thread ring 433, and after threaded connection is close, the inner side of baffle ring 4621 can be with leakproof waterstop ring 4321 are supported and set so that baffle ring 4621 and bulge loop 432 are realized to leakproof waterstop ring 4321 and clamped jointly.

Tubing 10 carries out coding, referring to Figure 11, ink jet numbering machine 5 includes by ink jet numbering machine 5 after the cooling of apparatus for supercooling 3 to it Tripod 51, coding pipe 52, the Telescopic Fixed mechanism 53 for fixing coding pipe 52 and the clamping machine for being passed through for tubing 10 Structure 54.Tripod 51 includes three supporting legs 511 and a straight-bar 512, and the top of straight-bar 512 is provided with a U-shaped assembling fork 5121, coding pipe 52 can bypass the assembling fork 5121.Telescopic Fixed mechanism 53 includes fixed block 1, the and of fixed block 2 532 Expansion link 1.The middle part of straight-bar 512 sets limited location plane 1, and embossing is formed anti-skidding convex in spacing plane 1 Rib 1, the structure of the fixed block 1 coordinated with the position of straight-bar 512 is referring to Figure 12, the top and bottom of fixed block 1 The perforation 1 being provided through, the perforation 2 5312 that front-back is provided through, and connect in the rear end face screw thread of fixed block Regulating bolt 1 is connected to, the side of regulating bolt 1 can be spacing flat with straight-bar 512 in perforation 1 Face 1 is supported and set, and one 5311 interior setting limited location planes 2 53111 of perforating, and is provided with spacing plane 2 53111 anti-skidding Fin 2 531111 can coordinate with the antislip cog 1 of spacing plane 1.Expansion link 1 and fixed block one 531 cooperation is same as the cooperation of straight-bar 512 and fixed block 1, therefore here is omitted.

The other end of expansion link 1 is plugged in fixed block 2 532 and, fixed block two locked by regulating bolt 2 5321 532 two sides are respectively welded grip block 1 and grip block 2 5323, grip block 1 and grip block 2 5323 Holding holes 5324 are provided with, the opening connected with holding holes 5324 is provided with grip block 1 and grip block 2 5323 Seam 5325, and the regulating bolt for folding open seam 5325 is threaded with grip block 1 and grip block 2 5323 3 5326, the end of coding pipe 52 is fed through the holding holes 5324 on grip block 1.

Clamping device 54 includes expansion link 2 541 and holding ring 542, and one end of expansion link 2 541 passes through grip block two Holding holes 5324 on 5323, holding ring 542 include the lower semi-ring 5421 for being fixedly connected on the other end of expansion link 2 541 and are hinged Upper semi-ring 5422 on lower semi-ring 5421, upper semi-ring 5422 cooperatively form the hole passed through for tubing 10 with lower semi-ring 5421. Referring to Figure 13, two grooves 5423, the inner periphery of groove 5423 are offered on the inwall of upper semi-ring 5422 and lower semi-ring 5421 Array has some balls 5424.Upper semi-ring 5422 and lower semi-ring 5421 stretch out one piece of lockplate relative to the other end of hinged end 5425, a locking bolt 5426 is stretched out from the bottom surface of the lockplate 5425 of lower semi-ring 5421, the head of locking bolt 5426 is supported It is located on the bottom surface of the lockplate 5425 of lower semi-ring 5421, and locking bolt 5426 passes through the lockplate 5425 of upper semi-ring 5422 simultaneously A Lock spring 5427 is arranged with, the tailing screw flight of locking bolt 5426 is connected with a wing nut 5428.Certainly, this Place, in order that there is certain activity between upper semi-ring 5422 and lower semi-ring 5421, can also be in upper semi-ring 5422 and lower half The articulated position of ring 5421 sets torsion spring to realize.

Tubing 10 is after ink jet numbering machine 5, and into hauling machine 6, referring to Figure 14 and Figure 15, hauling machine 6 includes frame 61, set In the upper transport mechanism 62 in frame 61 and lower transport mechanism 63 and the straightening mechanism 64 positioned at the front-end and back-end of hauling machine 6. Door body 611 is additionally provided with frame 61, the side of door body 611 is articulated with the downside of frame 61, the opposite side of door body 611 by hinge Link 612 is provided with, the top of frame 61 is provided with the hook 613 that can be fastened with link 612.

Upper transport mechanism 62 and lower transport mechanism 63 are structure symmetrical above and below, and tubing 10 can be from upper transport mechanism 62 with Transmitted between transport mechanism 63, the straightening mechanism 64 of front-end and back-end is also to be symmetrical arranged.Above conveyer in the present embodiment Illustrated exemplified by structure 62 and the straightening mechanism of front end 64, first, upper transport mechanism 62 includes driving wheel 621, the and of driven pulley 622 The conveyer belt 623 being wound on driving wheel 621 and driven pulley 622, conveyer belt 623 it is upper it is following between be provided with fixed plate 624, Gu The lower surface of fixed board 624 is fixedly connected with some compression cylinders 625, and the cylinder body of compression cylinder 625 is fixedly connected with fixed plate 624, The piston rod end of compression cylinder 625, which is connected with, holds down assembly 626, hold down assembly 626 include top plate 6261, front side board 6262, Back side panel and some rollers 6263 being connected between front side board 6262 and back side panel, the following inner side of conveyer belt 623 with Roller 6263 is supported and set.

Straightening mechanism 64 includes two vertical rollers 641 and a transverse roller 642, one end of transverse roller 642 are rotationally connected with In frame 61, U-type groove 643 is provided with frame 61, strip hole 6431 is offered in the side wall of U-type groove 643, is slided in U-type groove 643 Shifting is connected with sliding block 644, and the bottom of vertical roller 641 is rotationally connected with sliding block 644, and threaded rod is equipped with strip hole 6431 645, one end of threaded rod 645 is fixedly connected on the side of sliding block 644, and the other end stretches out strip hole 6431 and is threaded with regulation Nut 646, adjusting nut 646 carry strip handle 6461.When tubing 10 passes through the straightening mechanism 64, the bottom side of tubing 10 is supported In transverse roller 642, both sides are supported between two vertical rollers 641, and can be adjusted according to the diameter of tubing 10 The spacing of two vertical rollers 641.Because the front-end and back-end of hauling machine 6 are provided with straightening mechanism 64, tubing 10 can be kept It is linear transmission all the time between upper transport mechanism 62 and lower transport mechanism 63.

Tubing 10 after the conveying of hauling machine 6 via cutting machine 7 is entered, and the downstream of cutting machine 7 is receiving rack 8, referring to figure 16 and Figure 17, receiving rack 8 include two parts, namely for receiving the nipple part 81 of the tubing 10 from cutting machine 7 and using Tube portion 82 is deposited in storage tubing 10.Nipple part 81 includes support frame 1, the splicing groove 812 of V-type and cylinder 1, The side of splicing groove 812 is articulated with support frame 1 by some hinges, the bottom rotation connection of the cylinder body of cylinder 1 In on support frame 1, the end of the piston rod of cylinder 1 is rotationally connected with the lateral surface of splicing groove 812, so, cylinder One 813 flexible can drives splicing groove 812 to be overturn around hinge side, and tubing 10 and release tubing 10 are received so as to realize.

Depositing tube portion 82 includes support frame 2 821, the storage tank 822 and guide bar 823 of L-type, one end hinge of guide bar 823 The side of support frame 2 821 is connected to, the other end, which is located at the lower section of splicing groove 812 and realized by telescopic component 824, to be supported.It is flexible Component 824 includes extension sleeve 8241, flexible interior bar 8242 and the adjustable spring 8243 in extension sleeve 8241, stretches interior Bar 8242, which slides, to be connected in extension sleeve 8241 and supports located at the top of adjustable spring 8243, and the bottom for interior bar 8242 of stretching is also The depression bar 8244 that diameter is less than the internal diameter of adjustable spring 8243 is provided with, the inner bottom part of extension sleeve 8241 is provided with push type meter Number device 8245.The top of flexible interior bar 8242 is provided with horizontal slide bar 82421, and the end set of guide bar 823 has strip Slide opening 8231, slide bar 82421 sliding be connected in slide opening 8231.Splicing groove 812 is set to overturn discharging when cylinder 1 shrinks When, the outside bottom of splicing groove 812 can depress the end of guide bar 823 so that flexible interior bar 8242 overcomes adjustable spring 8243 elastic force is moved down, and now, tubing 10 can be slid to storage tank 822 along guide bar 823, and in storage tank 822 side-walls are provided with the rubber buffer 8221 that cross section is L-type, reduce the shock of tubing 10.And flexible interior bar 8242 When moving down depression bar 8244 can be driven to move down and contradict pressing counter and realize counting.

It is winder 9 in the downstream of receiving rack 8, referring to Figure 18 and Figure 19, winder 9 includes body frame 91, positioned at body frame 91 The winding wheel 92 of side and the guidance set 93 positioned at the top of body frame 91.Wherein, guidance set 93 includes being fixedly installed on body frame Two Rodless cylinders 931 be arrangeding in parallel at 91 tops, the connecting rod 932 that is arranged on two Rodless cylinders 931 and it is connected to Directive wheel 933 in connecting rod 932.

Winding wheel 92 includes mounting ring 921, circumference array in some interior plates 922 and interior plate in mounting ring 921 Some bottom plates 923 corresponding to 922 and some outer panels 924 corresponding with interior plate 922, it is also right in the inner side of bottom plate 923 With some cylinders 2 925 are provided with, the middle part of outer panel 924 is rotationally connected with the edge of bottom plate 923, the inner of outer panel 924 It is hinged with the end of the piston rod of cylinder 2 925, the upset of outer panel 924 is driven by cylinder 2 925.In interior plate 922 Wire casing 1 is provided with medial surface, wire casing 2 9231 is provided with the outer surface of bottom plate 923, in outer panel 924 Side is provided with wire casing 3 9241.The lateral surface of interior plate 922 is provided with yarn-winding reel 9222, also set up in interior plate 922 Have corresponding to the cable-through hole 9223 that collinearly rope 927 passes through of wire casing 1.In addition, the top of outer panel 924 is provided with dribbling The wrapping post 9242 of head.Referring to Figure 20, in outer panel 924 close to one end of bottom plate 923 and interior plate 922 close to bottom plate 923 One end be provided with line clamped block 926, cable clamping interface 9261 is provided with line clamped block 926.

In use, by the coiling of cotton rope 927 in yarn-winding reel 9222, and the end of a thread is passed through into cable-through hole 9223, along wire casing one 9221st, wire casing 2 9231 and wire casing 3 9241 are laid, also, cotton rope 927 is caught in cable clamping interface 9261, then by the end of a thread coiling On wrapping post 9242, rotate winding wheel 92 manually afterwards or winding wheel 92 drives its rotation by motor.Treat the coiling of tubing 10 After the completion of, the end of a thread is connect down from wrapping post 9242, then tied up coiled material with cotton rope 927, followed by, cylinder 2 925 Action upset outer panel 924, can now unload tubing 10.

Described above is only preferred embodiment of the present utility model, and the scope of protection of the utility model is not limited merely to Above-described embodiment, all technical schemes belonged under the utility model thinking belong to the scope of protection of the utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims (8)

1. A kind of 1. water circle device, it is characterised in that：Including water tank (41) and cooling-water machine (42), the water tank (41) is provided with use In the drainpipe (43) and flow pipe (44) that are connected with cooling device (3), the flow pipe (44) is provided with water pump (441), institute State drainpipe (43) end and be connected with two position three-way valve (431), two other mouth of two position three-way valve (431) passes through pipeline respectively Water tank (41) and cooling-water machine (42) are connected to, cooling-water machine (42) is connected to water tank (41) by water-changing tube (45).
2. 2. water circle device according to claim 1, it is characterised in that：Filter mechanism is provided with the drainpipe (43) (46)。
3. 3. water circle device according to claim 2, it is characterised in that：Blocked among the drainpipe (43), the mistake Filter structure (46) includes being sheathed on the drainpipe (43) positioned at the filter core (461) of drainpipe (43) truncated position and sliding Outer sleeve (462).
4. 4. water circle device according to claim 3, it is characterised in that：One end of the outer sleeve (462) is provided with gear Ring (4621), one end of the drainpipe (43) are provided with the bulge loop (432) coordinated with the baffle ring (4621).
5. 5. water circle device according to claim 4, it is characterised in that：The bulge loop (432) and the baffle ring (4621) Between be provided with leakproof waterstop ring (4321).
6. 6. water circle device according to claim 4, it is characterised in that：The other end of the outer sleeve (462) with it is described The other end threaded connection of drainpipe (43).
7. 7. water circle device according to claim 3, it is characterised in that：The external diameter of the filter core (461) and the draining The external diameter for managing (43) is equal.
8. A kind of 8. pipe production line, it is characterised in that：Including water circle device as claimed in claim 1.