CN208033938U

CN208033938U - Automatic casing cutter

Info

Publication number: CN208033938U
Application number: CN201820332113.5U
Authority: CN
Inventors: 岳国汉
Original assignee: Shenzhen Herding Technology Co Ltd
Current assignee: Shenzhen Herding Technology Co Ltd
Priority date: 2018-03-09
Filing date: 2018-03-09
Publication date: 2018-11-02
Anticipated expiration: 2028-03-09

Abstract

The utility model discloses a kind of automatic casing cutter, including：Feeding device, feeding device include the material library belt of at least one placement tubing；Feeding device, feeding device include flexible feed collet, and flexible feed collet is used to carry the tubing on material library belt；Feed device, feed device include at least a loading track and material ejection cylinder, and material ejection cylinder is located at one end of loading track, and loading track is used to be connected the tubing that flexible feed collet discharges, and material ejection cylinder is pushing the tubing on loading track to move；Cutter device, cutter device include chuck and laser, and chuck is used to clamp one end of the tubing on loading track, and laser is used for incising pipes；Dust exhaust apparatus takes dust away positioned at chuck away from loading track side；And blanking device, blanking device include the transmission belt for collecting pipe finished, transmission belt is located at below chuck.The utility model provides one kind and avoiding dust pollution, improves the automatic casing cutter of machining accuracy and service life.

Description

Automatic casing cutter

Technical field

The utility model is related to steel processing device technical field, more particularly to a kind of automatic casing cutter.

Background technology

Existing automatic casing cutter is held using traditional gripper chuck, some metallic dusts are will produce during cutting, Dust understands polluted product and enters the precision and normal use that can influence automatic casing cutter inside cutting machine.

Utility model content

The main purpose of the utility model is to provide a kind of automatic casing cutter, it is desirable to provide one kind avoiding dust pollution, carries The automatic casing cutter of high manufacturing accuracy and service life.

To achieve the above object, the utility model proposes a kind of automatic casing cutter, including：

Feeding device, the feeding device include the material library belt of at least one placement tubing；

Feeding device, the feeding device include flexible feed collet, and the flexible feed collet is for carrying material library belt Tubing；

Feed device, the feed device are located at institute including an at least loading track and material ejection cylinder, the material ejection cylinder State one end of loading track, the loading track is used to be connected the tubing of the flexible feed collet release, the material ejection cylinder to Push the tubing movement on loading track；

Cutter device, the cutter device include chuck and laser, and the chuck is for clamping the loading track Tubing one end, the laser be used for incising pipes；

Dust exhaust apparatus takes dust away positioned at the chuck away from loading track side；And

Blanking device, the blanking device include the transmission belt for collecting pipe finished, and the transmission belt is located at described Below chuck.

Preferably, the feeding device further includes the first actuator, the second actuator, transmission belt and is located at the biography The locating part of defeated belt one end, the transmission belt is with material library belt between the upper and lower every setting, first actuator and institute Material library belt connection is stated, second actuator is connected with the transmission belt, and first actuator drives material library skin Band drives tubing to be moved to end and be detached from material library belt so that and tubing is moved on the transmission belt, and described second Actuator drives the transmission belt that tubing is driven to be moved to end so that tubing is abutted with the locating part.

Preferably, the feeding device further include luggage carrier, the moving track set on the loading top of support, mobile bar, And mobile motor, the flexible feed collet include telescopic cylinder and are pressed from both sides set on the sub-material of the telescopic cylinder, the luggage carrier is located at The end of the feed device, the end of the mobile bar are movably attached to the moving track, the mobile motor and The telescopic cylinder is set to the mobile bar, and the mobile motor drives the mobile bar to be located on the moving track and back and forth transports Dynamic, the telescopic cylinder pushes the sub-material folder movement.

Preferably, the feed device includes the first mounting bracket and the supporting rack on first mounting bracket, described Loading track is formed in the top surface of support frame as described above, and the material ejection cylinder is set to first mounting bracket and far from the chuck One end, the material ejection cylinder are equipped with push plate, and the material ejection cylinder drives the push plate to drive tubing movement.

Preferably, the feed device further includes lifting assembly, and the lifting assembly includes lifting support, at least two promotions Part, lifting motor, preceding sprocket wheel, rear sprocket wheel and chain, the lifting support are positioned over the loading track, the preceding sprocket wheel and Sprocket wheel is arranged at intervals at support frame as described above, the lifting motor and the preceding sprocket wheel after described or the rear sprocket wheel connects, institute Sprocket wheel connects transmission with the rear sprocket wheel by the chain before stating, and the both ends of each impeller are separately connected the lifting support With the chain, tubing is positioned over the lifting support, and the lifting motor drive chain drives each impeller movement so that The impeller drives lifting support lifting.

Preferably, the feed device further includes the pressure pipe component set on support frame as described above, the pressure pipe component and described Lifting assembly is located at the opposite sides of support frame as described above, and the pressure pipe component includes pressure pipe motor and the pressure pipe motor The shaft of connection, the oscillating rod being connect with the shaft and the compressing member set on the oscillating rod, the pressure pipe motor driving turn Axis drives oscillating rod rotation so that oscillating rod drives compressing member to abut and compress tubing.

Preferably, the cutter device further includes the second mounting bracket and the cutting support on second mounting bracket, Second mounting bracket is located at the described one end of loading track far from the material ejection cylinder, and the chuck is set to the cutting support And be oppositely arranged with the loading track, the laser is set to the top surface of the cutting support.

Preferably, the cutter device further includes the pumping material component being set on the cutting support, pumping material component position Between chuck and the loading track, the clamping for taking out material component and including servo electric cylinders and being connect with the servo electric cylinders Part, the clamping element are used for clamp or release tubing, and it is past that the servo electric cylinders drive the clamping element to be done towards the chuck direction Multiple movement.

Preferably, the automatic casing cutter further includes blanking holder and garbage collection component, and the blanking branch is set up in institute It states on the second mounting bracket, the blanking device is between the blanking holder and the cutting support, the garbage collection Component includes pusher cylinder set on the blanking holder, the switching rail and collecting box that are connect with the pusher cylinder, described One end of switching rail is towards the chuck, and the other end extends in the collecting box, and the dust exhaust apparatus is set to the blanking Holder.

Preferably, the automatic casing cutter further includes control device, and the blanking device, described is cut the dust exhaust apparatus Cut the equal and described control device electrical connection of device, the feed device, the feeding device, the feeding device.

In technical solutions of the utility model, feeding device includes the material library belt of at least one placement tubing；Feeding device packet Flexible feed collet is included, flexible feed collet is used to carry the tubing on material library belt；Feed device includes at least a loading track and liftout Cylinder, material ejection cylinder are located at one end of loading track, and loading track is used to be connected the tubing of flexible feed collet release, and material ejection cylinder is used To push the tubing on loading track to move；Cutter device includes chuck and laser, and chuck is for clamping on loading track One end of tubing, laser are used for incising pipes；Positioned at chuck dust is taken away away from loading track side；And blanking device Include the transmission belt for collecting pipe finished, transmission belt is located at below chuck；

When being placed with several tubing on material library belt, in the process of running, feeding device driving material library belt drives a pipe Material is moved to flexible feed collet, and the flexible feed collet of feeding device driving clamps a tubing, and transports tubing and be positioned on loading track, pushes up Material cylinder pushes one end of tubing to be moved to chuck, cutter device driving card chuck clamping tubing to the other end, and drives laser Incising pipes, effectively by several tubing cutting operation one by one；

Also, generated dust, is taken away by dust exhaust apparatus, effectively avoids dust during laser incising pipes Into inside cutting machine, dust pollution is reduced, improves machining accuracy and service life；

Further, after completing to cut, finished product tubing will fall to the transmission belt below cutting region because of weight, pass through Finished product tubing is effectively transported next process segment or product collecting box by transmission belt, realizes full-automatic cutting operation, processing It is efficient.

Description of the drawings

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the structural schematic diagram of one embodiment automatic casing cutter of the utility model；

Fig. 2 is the structural schematic diagram of the carrier structure in this Fig. 1；

Fig. 3 is the front view of the carrier structure in this Fig. 2；

Fig. 4 is the structural schematic diagram of the dust exhaust apparatus and blanking device in this Fig. 1；

The front view of dust exhaust apparatus and blanking device in Fig. 5 book Fig. 1；

Fig. 6 is the enlarged drawing at the A in Fig. 1；

Fig. 7 is the enlarged drawing at the B in Fig. 3.

The drawing reference numeral explanation of the utility model：

Label	Title	Label	Title
				11	Expect library belt	343	Lifting motor
12	Transmission belt	344	Lifting support
				13	Locating part	345	Impeller
21	Luggage carrier	351	Pressure pipe motor
				22	Mobile bar	352	Shaft
23	Mobile motor	353	Oscillating rod
				24	Flexible feed collet	41	Second mounting bracket
241	Telescopic cylinder	42	Cutting support
				242	Sub-material is pressed from both sides	43	Laser
31	First mounting bracket	44	Chuck
				32	Supporting rack	51	Blanking holder
321	Loading track	52	Dust exhaust apparatus
				33	Material ejection cylinder	53	Transmission belt
331	Push plate	541	Pusher cylinder
				341	Preceding sprocket wheel	542	Switching rail
342	Chain	60	Tubing

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Lower obtained every other embodiment, shall fall within the protection scope of the present invention.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining relative position relation, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and cannot understand To indicate or implying its relative importance or implicitly indicate the quantity of indicated technical characteristic.Define as a result, " first ", The feature of " second " can explicitly or implicitly include at least one of the features.In addition, the technical side between each embodiment Case can be combined with each other, but must can be implemented as basis with those of ordinary skill in the art, when the combination of technical solution Conflicting or cannot achieve when occur will be understood that the combination of this technical solution is not present, also not in the requires of the utility model Protection domain within.

The utility model proposes a kind of automatic casing cutters.

It please refers to Fig.1 to Fig. 7, in one embodiment of the utility model, which includes：

Feeding device, feeding device include the material library belt 11 of at least one placement tubing 60；

Feeding device, feeding device include flexible feed collet 24, and flexible feed collet 24 is used to carry the tubing on material library belt 11 60；

Feed device, feed device are located at loading including an at least loading track 321 and material ejection cylinder 33, material ejection cylinder 33 One end of track 321, loading track 321 are used to be connected the tubing 60 of the release of flexible feed collet 24, and material ejection cylinder 33 carries to push Tubing 60 on object track 321 moves；

Cutter device, cutter device include chuck 44 and laser 43, and chuck 44 is used to clamp the pipe on loading track 321 One end of material 60, laser 43 are used for incising pipes 60；

Dust exhaust apparatus 52 takes dust away positioned at chuck 44 away from 321 side of loading track；And

Blanking device, blanking device include the transmission belt 53 for collecting 60 finished product of tubing, and transmission belt 53 is located at chuck 44 Lower section.

Automatic casing cutter further includes control device, blanking device, dust exhaust apparatus 52, cutter device, feed device, feeding dress Set, feeding device with control device be electrically connected, control device be equipped with control panel, user can by control panel individually or This automatic casing cutter is automatically controlled, is effectively easy to use.

Technical solutions of the utility model pass through, and feeding device includes the material library belt 11 of at least one placement tubing 60；Feeding Device includes flexible feed collet 24, and flexible feed collet 24 is used to carry the tubing 60 on material library belt 11；Feed device includes at least one Loading track 321 and material ejection cylinder 33, material ejection cylinder 33 are located at one end of loading track 321, and loading track 321 is stretched for being connected The tubing 60 that contracting feed collet 24 discharges, material ejection cylinder 33 is pushing the tubing 60 on loading track 321 to move；Cutter device includes Chuck 44 and laser 43, chuck 44 are used to clamp one end of the tubing 60 on loading track 321, and laser 43 is managed for cutting Material 60；Positioned at chuck 44 dust is taken away away from 321 side of loading track；And blanking device include for collect tubing 60 at The transmission belt 53 of product, transmission belt 53 are located at 44 lower section of chuck；

When being placed with several tubing 60 on material library belt 11, in the process of running, feeding device driving material 11 band of library belt A dynamic tubing 60 is moved to flexible feed collet 24, and the flexible feed collet 24 of feeding device driving clamps a tubing 60, and transports tubing 60 and put It is placed on loading track 321, material ejection cylinder 33 pushes one end of tubing 60 to be moved to chuck 44, cutter device driving to the other end Chuck 44 clamps tubing 60, and drives 43 incising pipes 60 of laser, effectively by the cutting operation one by one of several tubing 60；

Also, generated dust, is taken away by dust exhaust apparatus 52, is effectively kept away during 43 incising pipes 60 of laser Exempt from dust to enter inside cutting machine, reduce dust pollution, improves machining accuracy and service life；

Further, after completing to cut, finished product tubing 60 will fall to the transmission belt 53 below cutting region because of weight, Effectively finished product tubing 60 is transported next process segment or product collecting box by transmission belt 53, realizes that full-automatic cutting is made Industry, it is high in machining efficiency.

Specifically, the present embodiment feeding device further includes the first actuator, the second actuator, transmission belt 12 and is located at The locating part 13 of 12 one end of transmission belt, transmission belt 12 is with material library belt 11 between the upper and lower every setting, the first actuator and material library Belt 11 connects, and the second actuator and transmission belt 12 connect, and the first actuator driving material library belt 11 drives tubing 60 to move To end and it is detached from material library belt 11 so that tubing 60 is moved on transmission belt 12, and the second actuator drives transmission belt 12 Tubing 60 is driven to be moved to end so that tubing 60 is abutted with locating part 13.

First actuator includes the first motor of the first front-wheel, the first trailing wheel and the first front-wheel of connection or the first trailing wheel, Expect that library belt 11 connects the first front-wheel and the first trailing wheel, first motor drives the first front-wheel or the first trailing wheel to drive material library belt 11 rotations, tubing 60 are positioned on material library belt 11；

Before second actuator includes two partition boards, the second front-wheel between two partition boards and the second trailing wheel and connects second Second motor of wheel or the second trailing wheel, locating part 13 are set to partition board, and transmission belt 12 connects the second front-wheel and the second trailing wheel, the Two motors drive the second front-wheel or the second trailing wheel that transmission belt 12 is driven to rotate, when material library belt 11 drives a tubing 60 movement To transmission belt 12, transmission belt 12 drives the tubing 60 to be moved to and is abutted with locating part 13, effectively transports tubing 60 one by one It is defeated, and tubing 60 is moved to specific position, realize automatic transportation tubing 60.

The present embodiment feeding device further include luggage carrier 21, the moving track set on 21 top surface of luggage carrier, mobile bar 22 and Mobile motor 23, the feed collet 24 that stretches include telescopic cylinder 241 and press from both sides 242 set on the sub-material of telescopic cylinder 241, and luggage carrier 21 is located at The end of the end of feed device, mobile bar 22 is movably attached to moving track, and mobile motor 23 and telescopic cylinder 241 are set In mobile bar 22, mobile motor 23 drives mobile bar 22 to be located on moving track and moves back and forth, and telescopic cylinder 241 pushes sub-material folder 242 movements.

Luggage carrier 21 and mobile motor 23 include two, and feed device is located between two luggage carriers 21, mobile bar 22 Setting is arranged above loading track 321 and with it；

The each luggage carrier 21 of the present embodiment includes the first support column, the second support column and connection the first support column and second The cross bar of support column, moving track are set to the top surface of cross bar, and the both ends of mobile bar 22 are removable with a corresponding moving track respectively It connects dynamicly, moving track is equipped with a row of teeth, and mobile motor 23 is equipped with gear, and mobile motor 23 and mobile bar 22 are connected, moved Dynamic motor 23 drives gear to be located on moving track and moves, and mobile bar 22 is driven to move, effectively above loading track 321 partially It moves；

Flexible feed collet 24 includes at least two, mobile on two intervals of telescopic cylinder 241 and arranged side by side and mobile bar 22 Motor 23 drives mobile bar 22 to move, and will drive the flexible feed collet 24 in mobile bar 22；When a tubing 60 transport to transmission belt It on 12, and is abutted with locating part 13, mobile motor 23 drives mobile bar 22 to be moved to one end, and telescopic cylinder 241 will be relative to this Tubing 60, telescopic cylinder 241 pushes sub-material folder 242 to extend to tubing 60, and tubing 60 is clamped, and then telescopic cylinder 241 pushes away Dynamic 242 retraction of sub-material folder, will pick up tubing 60, and mobile motor 23 drives mobile bar 22 to be moved to 321 relative position of loading track, Telescopic cylinder 241 pushes sub-material folder 242 to extend to loading track 321, and tubing 60 is unclamped, and effectively moves tubing 60 one by one To loading track 321, realize accurate transport to specific position.

The present embodiment feed device includes the first mounting bracket 31 and the supporting rack 32 on the first mounting bracket 31, loading rail Road 321 is formed in the top surface of supporting rack 32, and material ejection cylinder 33 is set to the first mounting bracket 31 and far from one end of chuck 44, liftout gas Cylinder 33 is equipped with push plate 331, and material ejection cylinder 33 drives push plate 331 that tubing 60 is driven to move.

Supporting rack 32 includes two panels being oppositely arranged and connects several support plates of two panels, and several support plates are with face One end of plate is arranged to the other end, and the opposite sides face of each support plate is separately connected two panels, the top of each support plate Face is recessed with V-groove, and several V-grooves cooperatively form loading track 321, effectively steady to place tubing 60, avoids loading track 321 It favours on one side so that tubing 60 slides.

Positioning column is arranged in the top surface of first mounting bracket 31, and the bottom surface of panel offers fixing groove, and supporting rack 32 passes through fixation Slot and positioning column cooperation are affixed, effectively easy to disassemble.

In order to be applicable in the tubing 60 of size dimension, the present embodiment feed device further includes lifting assembly, and lifting assembly includes Lifting support 344, at least two impellers 345, lifting motor 343, preceding sprocket wheel 341, rear sprocket wheel and chain 342, lifting support 344 are positioned over loading track 321, and preceding sprocket wheel 341 and rear sprocket wheel are arranged at intervals at supporting rack 32, lifting motor 343 and preceding sprocket wheel 341 or the connection of rear sprocket wheel, preceding sprocket wheel 341 and rear sprocket wheel pass through the connection transmission of chain 342, the both ends point of each impeller 345 Not Lian Jie lifting support 344 and chain 342, tubing 60 is positioned over lifting support 344, and 343 drive chain 342 of lifting motor drives Each impeller 345 moves so that impeller 345 drives lifting support 344 to lift.

Lifting support 344 includes connecting plate and connecting plate is in the support board of angle setting, and support board forms V-groove so that It is abutted with the matching of loading track 321, connecting plate is connected to the outer wall of supporting rack 32, one end of each impeller 345 and connecting plate Rotation connection, the other end and chain 342 are rotatablely connected, when 343 drive chain 342 of lifting motor drives each impeller 345 to move When dynamic, the movement of lifting support 344 and upgrading are effectively driven, effectively realizes lifting, drives tubing 60 to lift, avoids the end of tubing 60 Portion can not be aligned with chuck 44.

Further, the present embodiment feed device further includes the pressure pipe component set on supporting rack 32, pressure pipe component and lifting Component is located at the opposite sides of supporting rack 32, and pressure pipe component includes pressure pipe motor 351, turn being connect with pressure pipe motor 351 Axis 352, the oscillating rod 353 being connect with shaft 352 and the compressing member set on oscillating rod 353,351 drive shaft 352 of pressure pipe motor Oscillating rod 353 is driven to rotate so that oscillating rod 353 drives compressing member to abut and compress tubing 60.

The present embodiment pressure pipe component and lifting assembly are located at the opposite sides of supporting rack 32, effectively realize and do not do mutually It disturbs.

Compressing member includes pin, is sheathed on the spring of pin and the pressed seat set on pin one end, and pressed seat is equipped with rolling Wheel, pin are slidably connected away from one end of pressed seat with oscillating rod 353, and are arranged in angle, and the both ends of spring respectively and are pressed Tight seat and oscillating rod 353 abut so that 353 clamp springs of pressed seat and oscillating rod；When 351 drive shaft of pressure pipe motor, 352 band Movable pendulum lever 353 turns to certain angle so that tubing 60 of the compressing member on loading track 321, and when pressure Tight part is close to tubing 60, and compressing member is abutted by idler wheel with tubing 60, and wherein oscillating rod 353 is located on pin to pressed seat direction Sliding, spring, which is under pressure, will form bounce, crumble when compressing member effectively being avoided to compress tubing 60；When compressing member compresses tubing When 60, effectively fixed tubing 60 avoids acting in cutter device cutting process, cutting is caused to slip up or damage.

Preferably, the present embodiment cutter device further includes the second mounting bracket 41 and the cutting branch on the second mounting bracket 41 Frame 42, the second mounting bracket 41 are located at the one end of loading track 321 far from material ejection cylinder 33, chuck 44 be set to cutting support 42 and with Loading track 321 is oppositely arranged, and laser 43 is set to the top surface of cutting support 42.

Cutting support 42 is supported by the second mounting bracket 41, ensures the chuck 44 on cutting support 42 and loading track 321 are oppositely arranged；

Cutting support 42 can be fixedly connected on the second mounting bracket 41 by way of being spirally connected, screw connection manner concretely second Through-hole is arranged in mounting bracket 41, and the bottom surface of cutting support 42 is threaded hole, and bolt passes through through-hole and threaded hole to be threadedly coupled, effectively It is easily installed.

Preferably, the present embodiment cutter device further includes the pumping material component being set on cutting support 42, takes out material component and is located at Between chuck 44 and loading track 321, it includes servo electric cylinders and the clamping element that is connect with servo electric cylinders to take out material component, clamping element For clamp or release tubing 60, servo electric cylinders driving clamping element moves reciprocatingly towards 44 direction of chuck.

When being positioned over tubing 60 on loading track 321, material ejection cylinder 33 drives push plate 331 to be abutted with the end face of tubing 60 And push tubing 60 to chuck 44 direction, and wherein tubing 60 will pass through clamping element, when the extension of material ejection cylinder 33 finishes, clamping element Tubing 60 is clamped, servo electric cylinders drive clamping element that tubing 60 is driven to be moved towards 44 direction of chuck, effectively pull in 60 tail portion of tubing In chuck 44, realize that tailing minimizes.

In order to facilitate collecting and carry, the present embodiment automatic casing cutter further includes blanking holder 51 and garbage collection component, Blanking holder 51 is set on the second mounting bracket 41, and blanking device between blanking holder 51 and cutting support 42, receive by waste material Collection component includes the pusher cylinder 541 for being set to blanking holder 51, the switching rail 542 being connect with pusher cylinder 541 and collects Case, one end of switching rail 542 is towards chuck 44, and the other end extends in collecting box, and dust exhaust apparatus 52 is set to blanking holder 51.

Blanking holder 51 can be fixedly connected on the second mounting bracket 41 by way of being spirally connected, screw connection manner concretely second Through-hole is arranged in mounting bracket 41, and the bottom surface of blanking holder 51 is threaded hole, and bolt passes through through-hole and threaded hole to be threadedly coupled, effectively It is easily installed.

Chuck 44 is oppositely arranged with blanking holder 51, and the dust exhaust apparatus 52 convenient for being set on blanking holder 51 collects laser The dust generated when 43 cutting；Blanking device be set to blanking holder 51, transmission belt 53 effectively by tubing 60 cutting complete at Product are collected and transmit；It collects and completes when 60 finished product of tubing, pusher cylinder 541 pushes switching rail 542 to be moved to chuck 44 Lower section, material ejection cylinder 33 or take out material component drive tubing 60 tailing pull in chuck 44 so that tailing pass through chuck 44 Automatically it is slipped to switching rail 542, is then slipped in collecting box by switching rail 542, pusher cylinder 541 pushes switching rail Road 542 restores initial position, realizes garbage collection, realizes automation.

It these are only the preferred embodiment of the utility model, it does not limit the scope of the patent of the present invention, every Under the inventive concept of the utility model, equivalent structure transformation made based on the specification and figures of the utility model, or Directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims

1. a kind of automatic casing cutter, which is characterized in that including：

Feeding device, the feeding device include flexible feed collet, and the flexible feed collet is used to carry the pipe on the belt of the material library Material；

Feed device, the feed device are located at the load including an at least loading track and material ejection cylinder, the material ejection cylinder One end of object track, the loading track are used to be connected the tubing of the flexible feed collet release, and the material ejection cylinder is pushing Tubing movement on loading track；

Cutter device, the cutter device include chuck and laser, and the chuck is used to clamp the pipe on the loading track One end of material, the laser are used for incising pipes；

Blanking device, the blanking device include the transmission belt for collecting pipe finished, and the transmission belt is located at the chuck Lower section.

2. automatic casing cutter as described in claim 1, which is characterized in that the feeding device further includes the first actuator, On two actuators, transmission belt and the locating part positioned at described transmission belt one end, the transmission belt and material library belt Lower interval setting, first actuator are connected with material library belt, and second actuator is connected with the transmission belt, The first actuator driving material library belt drives tubing to be moved to end and be detached from material library belt so that tubing moves It moves to the transmission belt, second actuator drives the transmission belt that tubing is driven to be moved to end so that tubing It is abutted with the locating part.

3. automatic casing cutter as described in claim 1, which is characterized in that the feeding device further includes luggage carrier, is set to institute Moving track, mobile bar and the mobile motor of loading top of support are stated, the flexible feed collet includes telescopic cylinder and stretched set on described The sub-material of contracting cylinder is pressed from both sides, and the luggage carrier is located at the end of the feed device, and the end of the mobile bar is movably coupled to In the moving track, the mobile motor and the telescopic cylinder are set to the mobile bar, described in the mobile motor driving Mobile bar, which is located on the moving track, to be moved back and forth, and the telescopic cylinder pushes the sub-material folder movement.

4. automatic casing cutter as described in claim 1, which is characterized in that the feed device includes the first mounting bracket and is set to Supporting rack on first mounting bracket, the loading track are formed in the top surface of support frame as described above, and the material ejection cylinder is set to First mounting bracket and one end far from the chuck, the material ejection cylinder are equipped with push plate, described in material ejection cylinder driving Push plate drives tubing movement.

5. automatic casing cutter as claimed in claim 4, which is characterized in that the feed device further includes lifting assembly, described Lifting assembly includes lifting support, at least two impellers, lifting motor, preceding sprocket wheel, rear sprocket wheel and chain, the lifting support Be positioned over the loading track, the preceding sprocket wheel and it is described after sprocket wheel be arranged at intervals at support frame as described above, the lifting motor and The preceding sprocket wheel or the rear sprocket wheel connection, the preceding sprocket wheel connects transmission with the rear sprocket wheel by the chain, each The both ends of impeller are separately connected the lifting support and the chain, and tubing is positioned over the lifting support, the lifting electricity Machine drive chain drives each impeller movement so that the impeller drives lifting support lifting.

6. automatic casing cutter as claimed in claim 5, which is characterized in that the feed device further includes being set to support frame as described above Pressure pipe component, the pressure pipe component and the lifting assembly are located at the opposite sides of support frame as described above, the pressure pipe group Part includes pressure pipe motor, the shaft being connect with the pressure pipe motor, the oscillating rod being connect with the shaft and is set to the swing The compressing member of bar, the pressure pipe motor-driven rotatable shaft drive oscillating rod rotation so that oscillating rod drives compressing member to abut and compress Tubing.

7. the automatic casing cutter as described in claim 1 to 6 is any, which is characterized in that the cutter device further includes the second peace It shelves and the cutting support on second mounting bracket, second mounting bracket is located at the loading track far from the top Expect that one end of cylinder, the chuck are set to the cutting support and are oppositely arranged with the loading track, the laser is set to The top surface of the cutting support.

8. automatic casing cutter as claimed in claim 7, which is characterized in that the cutter device further includes being set to cutting branch Pumping material component on frame, the pumping material component are located between chuck and the loading track, and the pumping material component includes servo electricity Cylinder and the clamping element being connect with the servo electric cylinders, the clamping element are used for clamp or release tubing, the servo electric cylinders driving The clamping element moves reciprocatingly towards the chuck direction.

9. automatic casing cutter as claimed in claim 7, which is characterized in that the automatic casing cutter further includes blanking holder and gives up Expect collection assembly, the blanking branch is set up on second mounting bracket, the blanking device be located at the blanking holder with Between the cutting support, the garbage collection component includes set on the pusher cylinder of the blanking holder and the promotion gas The switching rail and collecting box of cylinder connection, towards the chuck, the other end extends and the collection for one end of the switching rail In case, the dust exhaust apparatus is set to the blanking holder.

10. the automatic casing cutter as described in claim 1 to 6 is any, which is characterized in that the automatic casing cutter further includes control Device, the blanking device, the dust exhaust apparatus, the cutter device, the feed device, the feeding device, it is described on Expect that device is electrically connected with the control device.