CN205201015U - Heating tube pipe end kludge - Google Patents

Abstract

The utility model discloses a heating tube pipe end kludge, the test platform comprises a support, batching mechanism, shutdown mechanism, it constructs to pull out the off line, dig whitewashed mechanism, end cap equipment mechanism, pipe end spinning mechanism, lead wire shutdown mechanism, a feeding mechanism, storage of batching mechanism and output heating tube to feeding mechanism, feeding mechanism can carry the heating tube to shutdown mechanism in proper order, it constructs to pull out the off line, dig whitewashed mechanism, end cap equipment mechanism, pipe end spinning mechanism, the lead wire shutdown mechanism cut off, pull out absolutely, dig the powder, the end cap equipment, spinning, the lead wire cuts off the process, the heating tube that output processing at last is good, through the utility model discloses can assemble the operation by full automatic completion heating tube pipe end, put forward the efficiency of high heat generation pipe pipe end equipment, and the precision that processing was assembled be high, carry the product quality and the life of high heat generation pipe.

Description

Heat-generating pipe pipe end kludge

Technical field

The utility model relates to heat-generating pipe process equipment, particularly a kind of heat-generating pipe pipe end kludge.

Background technology

It is ubiquitous that heat-generating pipe can be said in our life.The pipe heated as being used for inside soy bean milk making machine, the pipe heated in hot-water bottle, the pipe heated in electric cooker, pipe heated inside electric heater etc.Usual heat-generating pipe is through tubulation at heat-generating pipe manufacturing equipment, Pipe Cutting, connect sticklac grain, draw rod and heating wire butt-joint, fill out powder, Hi-pot test, the operations such as the draw are made as the length of unified specification, but in use, heat-generating pipe length needed for each equipment is all inconsistent, therefore also need to carry out cutting off and being again assembled to the length of specifying to the pipe end of heat-generating pipe according to different needs, in following process, generally include following operation: outer cut-out, pull off, dig powder, plug is installed, spinning outer tube, cut off lead-in wire, but traditional manufacturing procedure is normally by manually completing, low and the low precision of working (machining) efficiency.

Summary of the invention

In order to overcome the deficiencies in the prior art, the utility model provides a kind of heat-generating pipe pipe end automatic assembling.

The utility model solves the technical scheme that its technical problem adopts:

Heat-generating pipe pipe end kludge, comprises support;

Ingredient sector, described ingredient sector is arranged at support side, for storing and exporting heat-generating pipe;

Shut-off mechanism, described shut-off mechanism comprise can partial cut heat-generating pipe cutting off tool and drive the cut-out driving mechanism of this cutting off tool action;

Pull off mechanism, described in pull off mechanism and comprise one and pull off stretching device and pull off holding hand;

Wa Fen mechanism, described Wa Fen mechanism comprises digging powder motor and being arranged on to dig, and powder motor digs powder cutter, described in dig powder cutter for boring head-like structure, and its central axis offers the central shaft hole that can hold lead-in wire;

Plug assembling mechanism, described plug assembling mechanism comprises plug conveying mechanism, plug delivery device, lead-in wire detent mechanism, described plug delivery device comprises a propelling movement driving mechanism, the top compression leg corresponding with plug and a thimble, described top compression leg is arranged on and pushes driving mechanism and can be promoted by propelling movement driving mechanism mobile, described top compression leg axis offers centre hole, described thimble is arranged in this centre hole and also can moves axially along this thimble, described thimble is arranged on an elastic telescopic device, the lead-in wire of heat-generating pipe can be positioned to and align with thimble by described lead-in wire detent mechanism, plug to be delivered to lead-in wire detent mechanism by a feeding channel and with between plug delivery device, the centre bore of plug to be alignd with thimble by described plug conveying mechanism,

Pipe end spinning mechanism, the spinning block that described pipe end spinning mechanism comprises spinning delivery device, is arranged on the spinning motor on spinning delivery device and is arranged on spinning motor;

Lead-in wire shut-off mechanism, described lead-in wire shut-off mechanism comprises lead-in wire and cuts off delivery device, is arranged on the cutting mechanism going between and cut off on delivery device;

Feed mechanism, described feed mechanism comprises the fixed clamp assembly of some mobile holding hands and at least one group, described fixed clamp assembly comprises some cross direction profiles and is fixed on fixed clamp hand on support, described support is provided with a horizontal mobile device, described mobile holding hand to be arranged on horizontal mobile device and can be driven between two groups of fixed clamp hands adjacent in same fixed clamp assembly by horizontal mobile device and moves, the setting position of described fixed clamp hand respectively with shut-off mechanism, pull off mechanism, Wa Fen mechanism, plug assembling mechanism, pipe end spinning mechanism, lead-in wire shut-off mechanism is corresponding.

Described shut-off mechanism comprises the stand be fixed on support, cuts off rotating mechanism, shear, described cut-out rotating mechanism is fixed in stand, described shear comprises Cut Block and at least one group of cutting tip be arranged on Cut Block, described cutting tip is configured with the cutting guiding mechanism that can regulate cutting tip cutting depth, and cutting tip departs from the rotation cutting off rotating mechanism.

Described Wa Fen mechanism comprises digs powder delivery device, is arranged on and digs on powder delivery device and can dig powder slide by what dig that powder delivery device promotes movement, described in dig powder motor and be arranged on and dig on powder slide.

Described Wa Fen mechanism also comprises and is arranged on the importing holding hand device dug on powder slide, two groups of guiding modules and holding hand folding control device, described importing holding hand device comprises the holding hand of two, two groups of guiding modules are separately positioned on inside two holding hands, mutually corresponding breach is offered respectively on inside described two groups of guiding modules, when two groups of guiding modules by import holding hand apparatus, with dynamic circuit connector hold together time, two breach be opened in respectively on inside two groups of guiding modules are combined to form a bellmouth.

Also comprise lead-in wire aligning gear, this lead-in wire aligning gear is arranged on and pulls off between mechanism and Wa Fen mechanism, it comprises correction clamping arm device and two correction cutter groups, described correction clamps the holding hand that arm device includes two, two correction cutter groups are separately positioned on inside the holding hand of two, described correction cutter group comprises the V-knife sheet of some linear arrangement, and described V-knife sheet offers V-knife mouth, and the V-knife sheet of the correction cutter group of two groups interlocks and is oppositely arranged.

Described lead-in wire detent mechanism comprises locating rack, rotation is arranged on the annulus assembly on locating rack, the device of rotation driving that annulus assembly can be driven to rotate and at least three groups location depression bar, offering in the middle part of described locating rack can for the opening penetrated that goes between, depression bar one end, described location is hinged on locating rack, its other end is hinged on annulus assembly, and enclose formation one in the middle part of the location depression bar of at least three groups and locate interval, rotate with annulus assembly between this positioning area and diminish gradually or become large.

Described location depression bar is provided with four groups, and described annulus assembly comprises inner ring and superposes the outer shroud that is arranged in inner ring, and wherein the location depression bar of two groups to be hinged in inner ring and to be arranged in parallel, and the location depression bar of other two groups to be hinged on outer shroud and to be arranged in parallel.

The beneficial effects of the utility model are: heat-generating pipe pipe end kludge, comprise support, ingredient sector, shut-off mechanism, pull off mechanism, Wa Fen mechanism, plug assembling mechanism, pipe end spinning mechanism, lead-in wire shut-off mechanism, feed mechanism, ingredient sector stores and exports heat-generating pipe to feed mechanism, heat-generating pipe can be delivered to shut-off mechanism by feed mechanism successively, pull off mechanism, Wa Fen mechanism, plug assembling mechanism, pipe end spinning mechanism, lead-in wire shut-off mechanism cuts off, pull off, dig powder, plug is assembled, spinning, lead-in wire cuts off operation, finally export the heat-generating pipe processed, heat-generating pipe pipe end assembling operation full automaticly can be completed by the utility model, improve the efficiency of heat-generating pipe pipe end assembling, and the precision of processing assembling is high, improve product quality and the service life of heat-generating pipe.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further illustrated.

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of the utility model shut-off mechanism;

Fig. 3 is the decomposing schematic representation of the utility model shut-off mechanism;

Fig. 4 is the decomposing schematic representation of the utility model shear;

Fig. 5 is the front schematic view that the utility model cuts guiding mechanism.

Fig. 6 is the structural representation that the utility model pulls off mechanism;

Fig. 7 is the structural representation of the utility model lead-in wire aligning gear;

Fig. 8 is the decomposing schematic representation of the utility model lead-in wire aligning gear;

Fig. 9 is the structural representation of the correction cutter of the utility model lead-in wire aligning gear;

Figure 10 is the structural representation of the utility model Wa Fen mechanism;

Figure 11 is the decomposing schematic representation of the utility model Wa Fen mechanism;

Figure 12 is the structural representation of the guiding module of the utility model Wa Fen mechanism;

Figure 13 is the structural representation of the utility model plug assembling mechanism;

Figure 14 is the structural representation of the utility model plug conveying mechanism;

Figure 15 is the structural representation of the utility model plug delivery device and lead-in wire detent mechanism;

Figure 16 is the decomposing schematic representation of the utility model plug delivery device;

Figure 17 is the structural representation of the utility model lead-in wire detent mechanism;

Figure 18 is the decomposing schematic representation of the utility model lead-in wire detent mechanism;

Figure 19 is the structural representation of the utility model pipe end spinning mechanism;

Figure 20 is the structural representation of the utility model lead-in wire shut-off mechanism;

Figure 21 is the structural representation of the utility model feed mechanism;

Figure 22 is the internal structure schematic diagram of the utility model feed mechanism;

Figure 23 is the structural representation of the utility model horizontal mobile device;

Figure 24 is the structural representation that the utility model moves holding hand;

Figure 25 is the structural representation of the utility model fixed clamp hand;

Figure 26 is the structural representation of the fixed clamp pawl of the utility model fixed clamp hand.

Detailed description of the invention

Referring to figs. 1 through Figure 26, Fig. 1 to Figure 26 is the structural representation of the utility model specific embodiment, as shown in the figure, heat-generating pipe pipe end kludge, comprise support 90, ingredient sector 1, shut-off mechanism 2, pull off mechanism 3, lead-in wire aligning gear 4, Wa Fen mechanism 5, plug assembling mechanism 6, pipe end spinning mechanism 7, lead-in wire shut-off mechanism 99, feed mechanism 8;

As shown in the figure, described ingredient sector 1 is arranged at support 90 side, and for storing and exporting heat-generating pipe, this ingredient sector 1 comprises a funnelform storing and blanking framework in the present embodiment, realizes continuous print and exports heat-generating pipe 9.;

Described shut-off mechanism 2 comprise can partial cut heat-generating pipe cutting off tool and drive the cut-out driving mechanism of this cutting off tool action, as preferably, as shown in the figure, described shut-off mechanism 2 comprises the stand 21 be fixed on support 90, cut off rotating mechanism, shear, described cut-out rotating mechanism is fixed in stand 21, described shear comprises Cut Block 241 and at least one group of cutting tip 240 be arranged on Cut Block 241, described cutting tip 240 is configured with the cutting guiding mechanism that can regulate cutting tip 240 cutting depth, and cutting tip 240 departs from the rotation cutting off rotating mechanism, in the present embodiment, described cutting tip 240 is a circular shear blade.

As preferably, described cut-out rotating mechanism comprises rotating drive mechanism 221, swivel base 222 and is rotationally connected axle, described rotating drive mechanism 221 can be motor etc., described be rotationally connected axle rotate be arranged on swivel base 222, described rotating drive mechanism 221 be fixed on stand 21 side and be rotationally connected axle and be connected, described in be rotationally connected axle and be connected with Cut Block 241 by an adpting flange 223.

As preferably, described cutting guiding mechanism comprises adjustment cylinder 231, pivoted arm 232, rotating shaft 233, the cylinder body of described adjustment cylinder 231 is articulated on Cut Block 241, described rotating shaft 233 is rotated and is arranged at Cut Block 241 end face, described pivoted arm 232 one end is fixed on rotating shaft 233 one end, push rod and the pivoted arm 232 of described adjustment cylinder 231 are hinged, pivoted arm 232 233 axis rotations around the shaft can be promoted by the push rod adjusting cylinder 231 thus drive rotating shaft 233 to rotate, described rotating shaft 233 other end arranges an eccentric shaft 234, described cutting tip 240 is arranged on this eccentric shaft 234, the eccentric shaft 234 i.e. cutting position of adjustable cutting tip 240 is coordinated by rotating shaft 233.

As preferably, as shown in the figure, described Cut Block 241 is provided with the locating part 235 for limiting pivoted arm 232 rotational angle, in case spline arm 232 rotates excessive and stuck or damages mechanism.

As preferably, described cutting tip 240 is configured with two groups, each cutting tip 240 is all configured with one group and cuts guiding mechanism, the gap between two groups of cutting tips 240 can be regulated by cutting guiding mechanism, described Cut Block 241 end face is provided with a supplemental support bearing 236 by a back shaft, and below this supplemental support bearing 236 gap between two groups of cutting tips 240, form three-point support structure with the cutting tip 240 of two groups.

During work, heat-generating pipe is fed through between the cutting tip 240 of two groups and supplemental support bearing 236 by feed mechanism, three-point support structure is formed to heat-generating pipe, two groups of cutting tips 240 are rotated by cutting off rotating mechanism, the adjustment cylinder 231 simultaneously cutting guiding mechanism drives rotating shaft 233 to rotate by pivoted arm 232, eccentric shaft 234 is coordinated to make cutting tip 240 evagination cut heat-generating pipe outer, annular heat-generating pipe skin is cut, by cutting the cutting depth of guiding mechanism adjustment cutting tip 240, ensure to leave enough cutting surpluses, avoid causing damage to lead-in wire, and cutting surplus is little, otch is smooth, be conducive to follow-up operation normally to carry out.

As shown in the figure, the described mechanism 3 that pulls off comprises one and pulls off stretching device 31 and pull off holding hand 32, the described stretching device 31 that pulls off is a cylinder drawing mechanism, the described holding hand 32 that pulls off is a pneumatic-finger, the holding finger of this pneumatic-finger is provided with the clamp mode 33 being with U-shaped breach, to prevent pinch off from going between 91, by said structure, the heat-generating pipe pulling off partial cut can be clamped.

As shown in the figure, described lead-in wire aligning gear 4 is arranged on and pulls off between mechanism 3 and Wa Fen mechanism 5, it comprises correction clamping arm device 40 and two correction cutter groups 42, described correction clamps the holding hand 41 that arm device 40 includes two, two correction cutter groups 42 are separately positioned on inside the holding hand 41 of two, described correction cutter group 42 comprises the V-knife sheet 421 of some linear arrangement, and described V-knife sheet 421 offers V-knife mouth, and the V-knife sheet 421 of the correction cutter group 42 of two groups interlocks and is oppositely arranged.

As preferably, described correction clamping arm device 40 is a pneumatic-finger, and pneumatic-finger is common pneumatic means, and it comprises cylinder, linkage, holding finger, cylinder drives holding hand to refer to as holding action by linkage, and its concrete principle is not described further at this.

As preferably, the utility model also comprises and also comprises the correction delivery device that can promote to correct the movement of clamping arm device 40, described correction delivery device comprises propelling movement pedestal 43, is fixed on the correction propelling movement cylinder 44 pushed on pedestal 43, described correction clamping arm device 40 is slidably arranged in by a sliding track mechanism and pushes on pedestal 43, and the described push rod pushing cylinder 44 that corrects is connected to correction clamping arm device 40.

During work, heating tube 9 is transferred mechanism and is delivered to corresponding with two correction cutter groups 42, correct delivery device correction holding hand device 40 is pushed out, the lead-in wire 91 of heating tube 9 is made to insert between the V-knife sheet 421 of two correction cutter groups 42, the correction cutter group 42 of two groups is driven to close up by correcting clamping arm device 40, by the continuous righting lead-in wire 91 of V-knife mouth, roughly overlapping to heat-generating pipe axis finally by lead-in wire 91 being corrected bottom relative V-knife mouth, ensureing follow-up to dig powder, plug is installed, spinning outer tube, cut off the operations such as lead-in wire and can carry out normally.

As preferably, be the arc structure corresponding with lead-in wire bottom the V-knife mouth of described V-knife sheet 421, prevent the bad lead-in wire of folder bottom V-knife mouth.

As preferably, the described push rod pushing cylinder 44 that corrects passes from correction propelling movement cylinder 44 two ends respectively, wherein the push rod of front end is connected to and corrects clamping arm device 40, the push rod of rear end is provided with a limited block 441, this limited block 441 is slidably arranged on push rod, and located by screw, the outreach correcting clamping arm device 40 can be regulated, to be applicable to the processing of all kinds of heating tube according to the heat-generating pipe of different size or processing request by this limited block 441.

Described Wa Fen mechanism 5 comprises digging powder motor 57 and being arranged on to dig, and powder motor 57 digs powder cutter 56, the described powder cutter 56 that digs is for boring head-like structure, and its central axis offers the central shaft hole that can hold lead-in wire, as preferably, as shown in the figure, described Wa Fen mechanism 5 comprises digs powder delivery device, be arranged on and dig on powder delivery device and powder slide 50 can be dug by what dig that powder delivery device promotes movement, be arranged on the importing holding hand device 51 dug on powder slide 50, two groups of guiding modules 52 and holding hand folding control device, the described powder motor 57 that digs is arranged on and digs on powder slide 50, described importing holding hand device 51 comprises the holding hand 510 of two, two groups of guiding modules 52 are separately positioned on inside two holding hands 510, mutually corresponding breach is offered respectively on inside described two groups of guiding modules 52, when two groups of guiding modules 52 are closed up by the drive of importing holding hand device 51, two breach be opened in respectively on inside two groups of guiding modules 52 are combined to form a bellmouth.

During use, importing holding hand device 51 is arranged on and digs powder cutter 56 front, and with digging powder slide 50, dig powder cutter 56 together to send, now, two groups of guiding modules 52 close up formation bellmouth to guide lead-in wire 91 by importing holding hand device 51, lead-in wire 91 passes from bellmouth and penetrates the central shaft hole digging powder cutter 56, when digging powder cutter 56 close to heat-generating pipe 9 end, holding hand folding control device controls to import holding hand device 51 and opens, make to dig powder operation normally to carry out, can ensure that lead-in wire center penetrates the central shaft hole digging powder cutter by the utility model, prevent digging powder cutter and damage is caused to lead-in wire.

As preferably, described importing holding hand device 51 is a pneumatic-finger, and pneumatic-finger is common pneumatic means, and it comprises cylinder, linkage, holding finger, cylinder drives holding hand to refer to as holding action by linkage, and its concrete principle is not described further at this.

As preferably, the described powder delivery device that digs comprises and digs powder and push pedestal 54 and being fixed on and dig the powder that digs that powder pushes pedestal 54 and push cylinder 53, the described powder slide 50 that digs is slidably arranged in by sliding track mechanism and digs powder and to push on pedestal 54 and to be connected with the push rod digging powder and pushes cylinder 53, can push dig powder slide 50 translation by digging powder propelling movement cylinder 53.

As preferably, described importing holding hand device 51 is arranged on an importing support 55, described importing support 55 is arranged on by the traveller device of an adjustable distance and digs on powder slide 50, traveller device has higher guiding accuracy, ensure that the bellmouth that two groups of guiding modules 52 are combined to form aligns with the central shaft hole digging powder cutter 56, this traveller device, by the location such as screw, limited block, is not described further at this.

As preferably, described holding hand folding control device is a contact switch 511 being arranged on importing holding hand device 51 side, the described powder slide 50 that digs is slidably arranged on a support, support is installed with the triggering block 512 corresponding with contact switch 511, contact switch 511 with dig powder slide 50 move to triggering block 512 time, controlled system imports holding hand device 51 and opens, powder cutter 56 is dug in guarantee can be normal through, in the present embodiment, described triggering block 512 is fixed on one for the fixed clamp hand 82 of fixing heat-generating pipe, this fixed clamp hand 82 is fixed on support.

As shown in the figure, described plug assembling mechanism 6 comprises plug conveying mechanism, plug delivery device, lead-in wire detent mechanism, described plug delivery device comprises a propelling movement driving mechanism 621, the top compression leg 622 corresponding with plug 92 and a thimble 623, described top compression leg 622 is arranged on and pushes driving mechanism and can be promoted by propelling movement driving mechanism mobile, described top compression leg 622 axis offers centre hole, described thimble 623 is arranged in this centre hole and also can moves axially along this thimble, described thimble 623 is arranged on an elastic telescopic device, the lead-in wire 91 of heat-generating pipe 9 can be positioned to and align with thimble 623 by described lead-in wire detent mechanism, plug 92 to be delivered to lead-in wire detent mechanism by a feeding channel 61 and with between plug delivery device, the centre bore of plug 92 to be alignd with thimble 623 by described plug conveying mechanism.

As preferably, described plug conveying mechanism comprises a vibration feeding disc 63, and the tapping channel 631 of described vibration feeding disc 63 is connected to feeding channel 61, and certainly, vibration feeding disc 63 also substitutes by other conventional feed tablies, is not described further at this.

As shown in the figure, described feeding channel 61 comprises the first vertical passage 611, interconnection 612, second vertical passage 612, tapping channel 631 lateral alternate of end entrance and vibration feeding disc 63 on described first vertical passage 611, plug 92 is delivered to end entrance on the first vertical passage 611 by a horizontal feed mechanism by the tapping channel 631 of described vibration feeding disc 63, described first vertical passage 611 lower end connects with interconnection 612 one end, interconnection 612 side is provided with a horizontal pusher, described interconnection 612 is also provided with the blocking-up mechanism that can block plug 92 and carry, described interconnection 612 other end is connected with the second vertical passage 612 upper end, described second vertical passage 612 lower end offers and can export and push up for plug 92 the breach 612a that compression leg 622 passes, the continuous of plug 92 can be realized by said structure or be interrupted conveying.

As preferably, described horizontal feed mechanism comprises horizontal feeding cylinder 641 and a crosswise pushing block 642, described crosswise pushing block 642 offers the recess that can hold plug 92, plug 92 can export to recess from tapping channel 631, to be moved to by recess by horizontal feeding cylinder 641 and align with end entrance on the first vertical passage 611, plug 92 falls into the first vertical passage 611 by self gravitation.

As preferably, described horizontal pusher comprises the horizontal pusher cylinder 643 and expeller 644 that are arranged on interconnection 612 end end face, described expeller 644 can push transversely passage 612 throughput direction by horizontal pusher cylinder 643 and move to push plug 92 and move, described blocking-up mechanism comprises blocking-up cylinder 645 and blocks block 646, and described blocking-up cylinder 645 is arranged on interconnection 612 end and closes interconnection 612 end outlet by promoting to block block 646.

As preferably, the utility model also comprises an installing rack 65, described installing rack 65 slides and is provided with a positioning seat 651, described installing rack 65 is configured with the cylinder 652 that can promote positioning seat 651 movement, described lead-in wire detent mechanism and plug delivery device are arranged on this positioning seat 651, by pushing this positioning seat 651, can lead-in wire detent mechanism and plug delivery device be pushed to corresponding with the lead-in wire 91 of heat-generating pipe 9.

As preferably, described plug delivery device comprises one and is slidably arranged in fore-set seat 624 on positioning seat 651, described top compression leg 622 is fixed on fore-set seat 624, and described propelling movement driving mechanism 621 is a cylinder being fixed on positioning seat 651, and the push rod of described cylinder is connected with fore-set seat 624.

As preferably, described elastic telescopic device comprises the spring 627 being arranged on sleeve 625 on rear side of fore-set seat 624, being arranged on the piston 626 in sleeve 625 and being arranged between piston 626 and sleeve 625 rear end, described thimble 623 is connected with piston 626 through after the compression leg 622 of top, can be realized the elastic telescopic of thimble 623 by said structure.

As preferably, described lead-in wire detent mechanism comprises locating rack 661, rotate the annulus assembly be arranged on locating rack 661, the device of rotation driving that annulus assembly rotates can be driven, and at least three group location depression bar 662, offering in the middle part of described locating rack 661 can for the opening penetrated that goes between, depression bar 662 one end, described location is hinged on locating rack 661, its other end is hinged on annulus assembly, and enclose formation one in the middle part of the location depression bar 662 of at least three groups and locate interval, rotate with annulus assembly between this positioning area and diminish gradually or become large, and finally can will be contracted to annulus assembly center between positioning area, can by lead-in wire 91 clamping position to center, and in position fixing process, 91 edges that go between contact with location depression bar 662 inner slide, not easily occur stuck and damage goes between, and accurate positioning is reliable.

As preferably, described location depression bar 662 is provided with four groups, described annulus assembly comprises inner ring 663 and superposes the outer shroud 664 be arranged in inner ring 663, wherein the location depression bar 662 of two groups to be hinged in inner ring 663 and to be arranged in parallel, and the location depression bar 662 of other two groups to be hinged on outer shroud 664 and to be arranged in parallel, between the positioning area forming a parallelogram, and offer and the 91 corresponding recess 666 that go between at depression bar 662 center, location, prevent from crushing lead-in wire 91.

Be a rotation cylinder 665 being articulated on locating rack 661 as preferred described device of rotation driving, the push rod end of described rotation cylinder 665 and annulus member hinges.

Certainly, in specific implementation process, this lead-in wire detent mechanism also can adopt V-type groove, arc groove location structure, is not described further at this.

During work, lead-in wire detent mechanism clamping position lead-in wire 91, first thimble 623 is penetrated plug 92 by plug delivery device, continue to push, be depressed on thimble 623 top and 91 contact with going between, then by top compression leg 622, plug 92 is pushed lead-in wire, thimble 623 elastical retraction is regained simultaneously, and open lead-in wire detent mechanism, finally be blocked in heat-generating pipe end, can complete the installation of plug, the precision of assembling is high, and can not lead-in wire be lost, ensure the quality of heat-generating pipe processing.

As shown in the figure, the spinning block 73 that described pipe end spinning mechanism 7 comprises spinning delivery device 71, is arranged on the spinning motor 72 on spinning delivery device 71 and is arranged on spinning motor 72, in the present embodiment, described spinning delivery device 71 is a cylinder mechanism, the spinning wheel that described spinning block 73 is evenly arranged along spinning motor 72 axis by three, spinning wheel edge is provided with spinning recess, with spinning heat-generating pipe pipe end, prevents plug 92 to be shifted, to skid off.

As shown in the figure, described lead-in wire shut-off mechanism 99 comprises lead-in wire and cuts off delivery device 98, is arranged on the cutting mechanism 97 going between and cut off on delivery device 98, this cutting mechanism 97 can be plug-in strip shut-off mechanism, rotary cutter mechanism etc., lead-in wire 91 can be cut off by this cutting mechanism 97, reduce wire length, facilitate installing and using of later stage.

As shown in the figure, described feed mechanism 8 comprises the fixed clamp assembly of some mobile holding hands 81 and at least one group, described fixed clamp assembly comprises some cross direction profiles and is fixed on fixed clamp hand 82 on support 90, described support 90 is provided with a horizontal mobile device, described mobile holding hand 81 to be arranged on horizontal mobile device and can be driven between two groups of fixed clamp hands 82 adjacent in same fixed clamp assembly by horizontal mobile device and moves, the setting position of described fixed clamp hand 82 respectively with shut-off mechanism 2, pull off mechanism 3, Wa Fen mechanism 5, plug assembling mechanism 6, pipe end spinning mechanism 7, lead-in wire shut-off mechanism 99 is corresponding.

As preferably, described mobile holding hand 81 is arranged in the middle part of support 90, and described fixed clamp arrangement of components has two groups and is arranged at mobile holding hand 81 both sides respectively, makes fixed clamp hand 82 can clamp the two ends of heat-generating pipe simultaneously, improve fixing steadiness, improve the precision of processing simultaneously.

As shown in the figure, frame 901 in one is horizontally arranged with in the middle part of described support 90, described middle frame 901 is provided with a long track 902, the slide block 903 coordinated with long track 902 is provided with bottom described mobile holding hand 81, described horizontal mobile device is a screw body, it comprises lead screw motor 831, the screw mandrel of at least one group and feed screw nut that at least one coordinates with screw mandrel, described slide block 903 is connected with feed screw nut, this lead screw motor 831 can be servomotor, stepper motor etc., ensures the mobile accuracy of feed screw nut.

As preferably, described support 90 is provided with multiple processing stations, the process equipment of processing stations can need shared volume different according to different processing, therefore the shift motion of described mobile holding hand 81 configures according to different processing stations, the shift motion that the quantity of described screw mandrel is different according to mobile holding hand 81 configures, the shift motion that the pitch of described screw mandrel is also different according to mobile holding hand 81 configures, the slide block 903 with the mobile holding hand 81 of identical shift motion is connected by connection strap 80, and described feed screw nut is connected with connection strap 80.

As preferably, in the present embodiment, support 90 is provided with eight stations, correspond to cut-out station respectively, pull off station, correct station, dig powder station, face shut-down position 6a, plug assembling station, spinning station, lead-in wire cuts off station, because plug assembling mechanism volume is excessive, the station occupying 2 is formed, so arrange and face shut-down position 6a, avoid again facility screw mandrel and increase the complexity of cost and enlarging mechanism, described fixed clamp hand 82 correspondence be configured with eight, described mobile holding hand 81 is configured with nine, last moves holding hand 81 and is used as workpiece output, wherein the first two moves the twice that the shift motion of holding hand 81 is shift motions of rear seven mobile holding hands 81, described screw mandrel is configured with two groups, it is respectively the first screw mandrel 83a and the second screw mandrel 83b, described first screw mandrel 83a, second screw mandrel 83b is configured with respectively the first nut 84a, second nut 84b, the slide block 903 that the first two moves holding hand 81 is connected by connection strap 80 and is connected with the first nut 84a, the slide block 903 of rear seven mobile holding hands 81 is connected by connection strap 80 and is connected with the second nut 84b, the pitch of the first screw mandrel 83a is the twice of the second screw mandrel 83b, described lead screw motor 831 is connected with the first screw mandrel 83a, first screw mandrel 83a is connected with the second screw mandrel 83b by shaft coupling, pass through said structure, the different shift motions that the first two moves holding hand 81 and rear seven mobile holding hands 81 can be realized, meet due to process equipment the different different shift motion demands that take up space, certainly, the stroke of mobile holding hand 81 and configuration mode can according to different station concrete configurations, be not described further at this.

As preferably, described fixed clamp hand 82 is a pneumatic-finger, two holding fingers of described fixed clamp hand 82 are respectively arranged with fixed clamp pawl 821, resilient clamp block 822 is provided with in described fixed clamp pawl 821, avoid crushing heat-generating pipe, and prevent heat-generating pipe to be shifted, ensure the precision of processing.

As preferably, described mobile holding hand 81 is arranged on a lowering or hoisting gear, described lowering or hoisting gear is a lift cylinder 811, and described mobile holding hand 81 can make lifting action by this lift cylinder 811, encounters fixed clamp hand 82 to prevent heat-generating pipe in moving process.

As preferably, described mobile holding hand 81 is a pneumatic-finger, one of them holding finger of described mobile holding hand 81 arranges a gripper 812, another holding finger is arranged two grippers 812, form three-point support structure, prevent heat-generating pipe from skew occurring and causes and carry unsuccessfully.

Pneumatic-finger is common pneumatic means, and it comprises cylinder, linkage, holding finger, and cylinder drives holding hand to refer to as holding action by linkage, and its concrete principle is not described further at this.

During work, heat-generating pipe is moved to fixed clamp hand 82 by mobile holding hand 81, fixed clamp hand 82 fixed clamp heat-generating pipe, and then by process equipment, heat-generating pipe is processed, after machining, fixed clamp hand 82 unclamps workpiece, simultaneously next moves holding hand 81 and clamps heat-generating pipe and move to next fixed clamp hand 82, so analogize, namely by the utility model, heat-generating pipe is moved on different processing stations, meet the demand of automatically processing, and have passed fixed clamp hand and ensure that machining accuracy.

Heat-generating pipe 9 can be delivered to shut-off mechanism 2 by feed mechanism 8 by the utility model successively, pull off mechanism 3, lead-in wire aligning gear 4, Wa Fen mechanism 5, plug assembling mechanism 6, pipe end spinning mechanism 7, lead-in wire shut-off mechanism 99 cuts off, pull off, lead-in wire corrects, dig powder, plug is assembled, spinning, lead-in wire cuts off operation, finally export the heat-generating pipe processed, heat-generating pipe pipe end assembling operation full automaticly can be completed by the utility model, improve the efficiency of heat-generating pipe pipe end assembling, and the precision of processing assembling is high, improve product quality and the service life of heat-generating pipe.

Above better enforcement of the present utility model is illustrated; certainly; the utility model can also adopt form different from the embodiment described above; the equivalent conversion that those of ordinary skill in the art do under the prerequisite without prejudice to spirit of the present invention or change accordingly, all should belong in protection domain of the present utility model.

Claims (7)

1. heat-generating pipe pipe end kludge, is characterized in that: comprise support (90);

Ingredient sector (1), described ingredient sector (1) is arranged at support (90) side, for storing and exporting heat-generating pipe;

Shut-off mechanism (2), described shut-off mechanism (2) comprise can partial cut heat-generating pipe cutting off tool and drive the cut-out driving mechanism of this cutting off tool action;

Pull off mechanism (3), described in pull off mechanism (3) and comprise one and pull off stretching device (31) and pull off holding hand (32);

Wa Fen mechanism (5), described Wa Fen mechanism (5) comprises digging powder motor (57) and being arranged on to dig, and powder motor (57) digs powder cutter (56), the described powder cutter (56) that digs for boring head-like structure, and its central axis offers the central shaft hole that can hold lead-in wire;

Plug assembling mechanism (6), described plug assembling mechanism (6) comprises plug conveying mechanism, plug delivery device, lead-in wire detent mechanism, described plug delivery device comprises a propelling movement driving mechanism (621), the top compression leg (622) corresponding with plug (92) and a thimble (623), described top compression leg (622) is arranged on and pushes driving mechanism and can be promoted by propelling movement driving mechanism mobile, described top compression leg (622) axis offers centre hole, described thimble (623) is arranged in this centre hole and also can moves axially along this thimble, described thimble (623) is arranged on an elastic telescopic device, the lead-in wire of heat-generating pipe (9) (91) can be positioned to and align with thimble (623) by described lead-in wire detent mechanism, plug (92) to be delivered to lead-in wire detent mechanism by a feeding channel (61) and with between plug delivery device, the centre bore of plug (92) to be alignd with thimble (623) by described plug conveying mechanism,

Pipe end spinning mechanism (7), the spinning block (73) that described pipe end spinning mechanism (7) comprises spinning delivery device (71), is arranged on the spinning motor (72) on spinning delivery device (71) and is arranged on spinning motor (72);

Lead-in wire shut-off mechanism (99), described lead-in wire shut-off mechanism (99) comprises lead-in wire and cuts off delivery device (98), is arranged on the cutting mechanism (97) going between and cut off on delivery device (98);

Feed mechanism (8), described feed mechanism (8) comprises the fixed clamp assembly of some mobile holding hands (81) and at least one group, described fixed clamp assembly comprises some cross direction profiles and is fixed on fixed clamp hand (82) on support (90), (90) are provided with a horizontal mobile device to described support, described mobile holding hand (81) to be arranged on horizontal mobile device and can be driven between two groups of fixed clamp hands (82) adjacent in same fixed clamp assembly by horizontal mobile device and moves, the setting position of described fixed clamp hand (82) respectively with shut-off mechanism (2), pull off mechanism (3), Wa Fen mechanism (5), plug assembling mechanism (6), pipe end spinning mechanism (7), lead-in wire shut-off mechanism (99) is corresponding.

2. heat-generating pipe pipe end kludge according to claim 1, it is characterized in that: described shut-off mechanism (2) comprises the stand (21) be fixed on support (90), cut off rotating mechanism, shear, described cut-out rotating mechanism is fixed in stand (21), described shear comprises Cut Block (241) and at least one group of cutting tip (240) be arranged on Cut Block (241), described cutting tip (240) is configured with the cutting guiding mechanism that can regulate cutting tip (240) cutting depth, and cutting tip (240) departs from the rotation cutting off rotating mechanism.

3. heat-generating pipe pipe end kludge according to claim 1, it is characterized in that: described Wa Fen mechanism (5) comprises digs powder delivery device, is arranged on and digs on powder delivery device and can dig powder slide (50) by what dig that powder delivery device promotes movement, described in dig powder motor (57) and be arranged on and dig on powder slide (50).

4. heat-generating pipe pipe end kludge according to claim 3, it is characterized in that: described Wa Fen mechanism (5) also comprises the importing holding hand device (51) being arranged on and digging on powder slide (50), two groups of guiding modules (52) and holding hand folding control device, described importing holding hand device (51) comprises the holding hand (510) of two, two groups of guiding modules (52) are separately positioned on two holding hand (510) inner sides, described two groups of guiding module (52) inner sides offer respectively mutually corresponding breach, when two groups of guiding modules (52) are closed up by importing holding hand device (51) drive, two breach be opened in respectively on two groups of guiding module (52) inner sides are combined to form a bellmouth.

5. heat-generating pipe pipe end kludge according to claim 1, it is characterized in that: also comprise lead-in wire aligning gear (4), this lead-in wire aligning gear (4) is arranged on and pulls off between mechanism (3) and Wa Fen mechanism (5), it comprises correction clamping arm device (40) and two correction cutter groups (42), described correction clamps the holding hand (41) that arm device (40) includes two, two correction cutter groups (42) are separately positioned on inside the holding hand (41) of two, described correction cutter group (42) comprises the V-knife sheet (421) of some linear arrangement, described V-knife sheet (421) offers V-knife mouth, the V-knife sheet (421) of the correction cutter group (42) of two groups interlocks and is oppositely arranged.

6. heat-generating pipe pipe end kludge according to claim 1, it is characterized in that: described lead-in wire detent mechanism comprises locating rack (661), rotation is arranged on the annulus assembly on locating rack (661), the device of rotation driving that annulus assembly rotates can be driven, and at least three group location depression bar (662), described locating rack (661) middle part offers can for the opening penetrated that goes between, depression bar (662) one end, described location is hinged on locating rack (661), its other end is hinged on annulus assembly, and the location depression bar (662) of at least three groups middle part encloses formation one and locates interval, rotate with annulus assembly between this positioning area and diminish gradually or become large.

7. heat-generating pipe pipe end kludge according to claim 6, it is characterized in that: described location depression bar (662) is provided with four groups, described annulus assembly comprises inner ring (663) and superposition and is arranged on outer shroud (664) in inner ring (663), wherein the location depression bar (662) of two groups is hinged on inner ring (663) and goes up and be arranged in parallel, and the location depression bar (662) of other two groups is hinged on outer shroud (664) and goes up and be arranged in parallel.