CN208450734U - Cutter device is used in a kind of production and processing of petroleum pipeline - Google Patents

Cutter device is used in a kind of production and processing of petroleum pipeline Download PDF

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Publication number
CN208450734U
CN208450734U CN201820624400.3U CN201820624400U CN208450734U CN 208450734 U CN208450734 U CN 208450734U CN 201820624400 U CN201820624400 U CN 201820624400U CN 208450734 U CN208450734 U CN 208450734U
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China
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cutting
fixedly connected
dust hood
bearing
petroleum pipeline
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CN201820624400.3U
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Chinese (zh)
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彭涛
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Individual
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Individual
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Abstract

The utility model discloses a kind of petroleum pipeline production and processing cutter devices, are related to pipeline processing technical field.Petroleum pipeline production and processing cutter device, including bearing platform, the right end of the bearing platform upper surface is equipped with V-arrangement conveyer belt, supporting mechanism is provided on the left of the bearing platform upper surface, transmission case is fixedly connected on the right side of supporting mechanism, transmission case is internally provided with cutting mechanism, and the right side of transmission case is fixedly connected with dust hood, the dust hood is internally provided with dust collection mechanism, the upper surface of the bearing platform and is provided with transmission device between dust hood and V-arrangement conveyer belt.Petroleum pipeline production and processing cutter device, pass through the setting of cutting mechanism, pipeline is cut outward by inside, the cutting mode of difference and now common ecto-entad, since cutting work carries out in pipeline, so the noise generated when cutting is lower with respect to the noise that ecto-entad cutting generates, the pollution of noise can be effectively reduced.

Description

Cutter device is used in a kind of production and processing of petroleum pipeline
Technical field
The utility model relates to pipeline processing technical field, cutter device is used in specially a kind of petroleum pipeline production and processing.
Background technique
Petroleum pipeline will do it length fine tuning usually when being actually laid with to adapt to installation environment, usually only cut next small Section is typically now cut using hand cutter device, requires a great deal of time and carry out the positioning of device, cutting effect Rate is low, and noise is big, and the clast for cutting generation cannot be collected well, and there are no can effectively solve the problem that this on market today The petroleum pipeline cutter device of a little problems.
Utility model content
(1) the technical issues of solving
In view of the deficiencies of the prior art, the utility model provides a kind of petroleum pipeline production and processing cutter device, tool There are cutting efficiency height, low noise, the advantages of being convenient for cutting scrap collecting.
(2) technical solution
In order to achieve the above object, the utility model is achieved by the following technical programs: a kind of production of petroleum pipeline plus Work cutter device, including bearing platform, the right end of the bearing platform upper surface are equipped with V-arrangement conveyer belt, table on the bearing platform It is provided with supporting mechanism on the left of face, transmission case is fixedly connected on the right side of supporting mechanism, transmission case is internally provided with cutting Mechanism, the right side of transmission case are fixedly connected with dust hood, and the dust hood is internally provided with dust collection mechanism, the bearing platform Upper surface and be provided with transmission device between dust hood and V-arrangement conveyer belt.
Preferably, the supporting mechanism include fixed plate, support rod, movable plate, sets of holes, reset spring, guide chute and The left end of guide runner, the bearing platform upper surface is fixedly connected with the bottom end of fixed plate, and the right side of fixed plate is from top to bottom It is fixedly connected sequentially there are two support rod, the upper surface of the bearing platform and offers guiding cunning positioned at the right side of fixed plate Slot, the internal slide of the guide chute are connected with guide runner, and the upper surface of the guide runner is fixedly connected with movable plate Lower surface, the position of corresponding two support rods offers sets of holes on the movable plate, and the right end of two support rods is inserted respectively Connect in the inside of two sets of holes, and the right end of support rod is fixedly connected with the left side of transmission case, two support rods it is outer The equal movable sleeve in portion is connected to reset spring, and the both ends of reset spring are solid with the right side of fixed plate and the left side of movable plate respectively Fixed connection.
Preferably, the cutting mechanism include the first electric pushrod, supporting plate, mounting hole, cutting motor, gear box, jack, Mounting ring, first bearing, limiting slot, positive stop strip, the first angular wheel, strip-shaped hole, guide groove, guide pad, bearing block, the second axis It holds, follower lever, the second angular wheel, cutting blade and notch, the inner left wall of the transmission case are successively fixedly mounted from top to bottom There are two the first electric pushrods, and the output end of two first electric pushrods is fixedly connected to the left side of supporting plate, described Offer mounting hole in the middle part of supporting plate, the inside of the mounting hole is fixedly installed with cutting motor, the inner wall of the transmission case and It is also fixedly connected with the lateral surface of gear box positioned at the right side of supporting plate, offers jack in the middle part of the gear box left side wall, institute The inside for stating jack is plugged with mounting ring, and the inside fixing sleeve of the mounting ring is connected to first bearing, the cutting motor it is defeated Shaft is fixedly attached in first bearing, is opened up on the inner wall of the jack there are two limiting slot, on the mounting ring lateral surface The position of corresponding limiting slot is fixedly connected with positive stop strip, and a part of the positive stop strip is slidably connected at the inside of limiting slot, institute The output shaft for stating cutting motor extends to the inside of gear box and is fixedly installed with the first angular wheel, the left and right of the gear box The side wall and two sides up and down for being located at the first angular wheel offer strip-shaped hole, offers on the inner wall of the strip-shaped hole and leads To slot, the internal slide of the guide groove is connected with guide pad, and the guide pad is fixedly connected with far from the one side of guide groove The bearing block being slidably connected in strip-shaped hole, the bearing block are located at strip-shaped hole close to one end of the first angular wheel, described to hold It is fixedly installed with second bearing in the hole opened up in the middle part of pouring weight, four second bearings are connected with follower lever between any two, And follower lever is parallel with the output shaft of cutting motor, the equal fixing sleeve in the outside of two follower levers is connected to the second conical tooth Wheel, and two the second angular wheels are engaged with the first angular wheel, the right end of two follower levers all extends to the interior of dust hood Portion is simultaneously fixedly installed with cutting blade, and the position that the dust hood roof and bottom wall respectively correspond two cutting blades opens up It is jagged, it is flexibly connected between side of the bearing block far from jack and the corresponding side wall of strip-shaped hole by compressed spring.
Preferably, the dust collection mechanism includes partition, suction inlet, dust collecting sleeve, loop coil, filter frame, strainer and exhaust fan, described It is fixedly connected with partition on the side wall of dust hood and on the right side of cutting blade, suction inlet is offered on the partition, it is described Be fixedly connected with filter frame between the right side of partition and the bottom wall of dust hood, the inside of the filter frame is bonded with strainer, it is described every The upper side wall of plate and be located on the right side of partition and be fixedly installed with exhaust fan, the outlet air end of exhaust fan through dust hood bottom wall and with The external connection of dust hood, the internal whorl of the suction inlet are connected with loop coil, and the right end of the loop coil is bonded with dust collecting sleeve Open end, the bottom wall of the dust hood and be located at the first filter frame below offer cover door.
Preferably, the transmission device include vertical plate, top plate, the second electric pushrod, transverse slat, driving motor, inverted V-shaped frame, Live-roller, driving wheel, driven wheel and belt, the upper surface of the bearing platform and be located at dust hood on the right side of be fixedly connected there are two Vertical plate, the upper surface of two vertical plates are respectively fixedly connected with the rear and front end of top plate lower surface, the lower surface of the top plate And be located between two vertical plates and be fixedly mounted there are two the second electric pushrod, the output end of two second electric pushrods is solid Surely it is connected with the upper surface of transverse slat, the upper surface of the transverse slat and is fixedly installed with driving between two the second electric pushrods Motor, the output end of the driving motor are fixedly connected with driving wheel, and the left and right ends of the transverse slat lower surface are fixedly connected with There is the top of the shape of falling V frame, live-roller, two institutes are connected between the corresponding bottom end side of two of two inverted V-shaped framves The right end for stating live-roller runs through inverted V-shaped frame and is fixedly connected with driven wheel, and the driving wheel is by two belts respectively with two A driven wheel transmission connection.
Preferably, the medial surface of two vertical plates offers sliding slot, and the transverse slat front and back sides correspond to the position of sliding slot It sets and is fixedly connected with sliding block, and two sliding blocks are slidably connected at the inside of two sliding slots respectively.
Preferably, it the upper surface of the bearing platform and is fixedly connected sequentially after being located between two vertical plates in the past and has two groups Link block, the link block two are to be connected with load bearing roller between two link blocks in one group, every group.
Preferably, the transmission case and dust hood are cylindrical, first angular wheel far from cutting motor one End is biggish one end.
Preferably, the guide runner is located at the one end of guide chute far from fixed plate.
When work, pipeline is placed on V-arrangement conveyer belt, is inserted in dust hood and transmission using V-arrangement conveyer belt conveyance conduit The outside of case, when reaching predetermined cuts position, the second electric pushrod pushes transverse slat to move downward and pushes down pipeline, driving motor fortune Make, two live-roller rotations is driven to rotate pipeline, cutting motor running drives two cutting blade rotations, the first electric pushrod Cutting motor is pulled to the left, with the variation of the first angular wheel and the second angular wheel engagement place diameter, two cutting blades Dust hood is stretched out from two indentation, theres respectively, pipeline is cut, exhaust fan work pumping in dust hood forms negative pressure, will In the clast sucking dust collecting sleeve that cutting generates, after completing cutting, the first electric pushrod pushes to the right cutting motor, makes cutting blade Withdraw dust hood in, the second electric pushrod pull-up transverse slat, v-shaped belt conveyance conduit to the right, the pipeline after being cut.
So that transmission case is obtained stable support by the setting of supporting mechanism, and can adapt to different Cutting Lengths into Row flexibly adjustment facilitates the reset of movable plate by the setting of reset spring.
By the setting of cutting mechanism, pipeline is cut outward by inside, difference and now common ecto-entad Cutting mode, since cutting work carries out in pipeline, so the noise that generates is with respect to ecto-entad cutting generation when cutting Noise it is lower, the pollution of noise can be effectively reduced.
By the setting of dust collection mechanism, since cutting work carries out in pipeline, so when relative to ecto-entad cutting Clast is flown upward, and the present apparatus is collected clast with being easy, and the negative pressure that when exhaust fan exhausting generates in dust hood can will In the clast absorption dust collecting sleeve generated when cutting, clast is handled convenient for operator, avoids clast to working environment Pollution.
By the setting of transmission device, after determining Cutting Length, can using transmission device to the position of pipeline into Row positioning, and be able to drive pipeline using the transmission connection of driving motor and live-roller and rotate, pipeline can be carried out smoothly Ring cutting.
By the setting of sliding slot and sliding block, using being slidably connected for sliding slot and sliding block, limit can be provided to the movement of transverse slat Position, there is the offset in movement in transverse slat when avoiding the second electric pushrod with motion plate.
It by the setting of load bearing roller, is determined in pipe cutting position, after pipeline obtains the positioning of transmission device, load bearing roller is risen The effect for having arrived load-bearing, facilitate pipeline smoothly driving roller with rotation.
Cylindric by the way that transmission case and dust hood to be arranged to, pipeline is inserted in the outside of transmission case and dust hood with regard to direct energy Positioning and support are accessed, the progress for cutting work is conducive to.
(3) beneficial effect
The utility model provides a kind of petroleum pipeline production and processing cutter device.Have it is following the utility model has the advantages that
(1), petroleum pipeline production and processing cutter device, obtains transmission case by the setting of supporting mechanism stable Support, and can adapt to different Cutting Lengths and carry out flexibly adjustment, movable plate is facilitated by the setting of reset spring Reset.
(2), petroleum pipeline production and processing cutter device, by the setting of cutting mechanism, by inside outward to pipeline It is cut, the cutting mode of difference and now common ecto-entad, since cutting work carries out in pipeline, so cutting When the noise that generates it is lower with respect to the noise that ecto-entad cutting generates, the pollution of noise can be effectively reduced, and automate The cutting efficiency of pipeline can effectively be improved by entering pipe, positioning and cutting.
(3), petroleum pipeline production and processing cutter device, by the setting of dust collection mechanism, since cutting work is in pipe It is carried out in road, so clast is flown upward when relative to ecto-entad cutting, the present apparatus is collected clast with being easy, exhaust fan In the clast absorption dust collecting sleeve that the negative pressure generated in dust hood when exhausting generates when can be by cutting, convenient for operator to broken Bits are handled, and pollution of the clast to working environment is avoided.
(4), petroleum pipeline production and processing is determining Cutting Length by the setting of transmission device with cutter device Afterwards, it can be positioned using position of the transmission device to pipeline, and utilize the transmission connection energy of driving motor and live-roller Pipeline rotation is enough driven, pipeline can smoothly carry out ring cutting.
(5), petroleum pipeline production and processing utilizes sliding slot and sliding block by the setting of sliding slot and sliding block with cutter device Be slidably connected, can to the movement of transverse slat provide limit, avoid the second electric pushrod band motion plate when transverse slat occur movement on Offset.
(6), petroleum pipeline production and processing cutter device, it is determining in pipe cutting position by the setting of load bearing roller, After pipeline obtains the positioning of transmission device, load bearing roller plays the effect of load-bearing, facilitate pipeline smoothly driving roller with Rotation.
(7), petroleum pipeline production and processing cutter device, pipe cylindric by the way that transmission case and dust hood to be arranged to Road is inserted in transmission case and the outside of dust hood and just directly can be positioned and be supported, and is conducive to the progress for cutting work.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model;
Fig. 2 is the structural schematic diagram of the utility model cutting mechanism and dust collection mechanism;
Fig. 3 is the enlarged drawing in the utility model Fig. 2 at A;
Fig. 4 is the enlarged drawing in the utility model Fig. 2 at B;
Fig. 5 is the sectional view of the utility model mounting ring;
Fig. 6 is the sectional view of the utility model strip-shaped hole;
Fig. 7 is the structural schematic diagram of the utility model transmission device;
Fig. 8 is the attachment structure schematic diagram of the utility model sliding slot and sliding block.
In figure: 1 bearing platform, 2V shape conveyer belt, 3 supporting mechanisms, 301 fixed plates, 302 support rods, 303 movable plates, 304 Sets of holes, 305 reset springs, 306 guide chutes, 307 guide runners, 4 transmission cases, 5 cutting mechanisms, 501 first electric pushrods, 502 supporting plates, 503 mounting holes, 504 cutting motors, 505 gear boxes, 506 jacks, 507 mounting rings, 508 first bearings, 509 limits Slot, 510 positive stop strips, 511 first angular wheels, 512 strip-shaped holes, 513 guide grooves, 514 guide pads, 515 bearing blocks, 516 second Bearing, 517 follower levers, 518 second angular wheels, 519 cutting blades, 520 notches, 521 compressed springs, 6 dust hoods, 7 dust suctions Mechanism, 701 partitions, 702 suction inlets, 703 dust collecting sleeves, 704 loop coils, 705 filter frames, 706 strainers, 707 exhaust fans, 8 transmission devices, 801 vertical plates, 802 top plates, 803 second electric pushrods, 804 transverse slats, 805 driving motors, 806 inverted V-shaped framves, 807 live-rollers, 808 Driving wheel, 809 driven wheels, 810 belts, 9 cover doors, 10 sliding slots, 11 sliding blocks, 12 link blocks, 13 load bearing rollers.
Specific embodiment
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 describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.
Fig. 1-8 is please referred to, the utility model provides a kind of technical solution: a kind of petroleum pipeline production and processing cutting dress It sets, including bearing platform 1, the right end of 1 upper surface of bearing platform is equipped with V-arrangement conveyer belt 2, and bearing platform is provided on the left of 1 upper surface Supporting mechanism 3, the right side of supporting mechanism 3 are fixedly connected with transmission case 4, and transmission case 4 is internally provided with cutting mechanism 5, transmission The right side of case 4 is fixedly connected with dust hood 6, and dust hood 6 is internally provided with dust collection mechanism 7, the upper surface of bearing platform 1 and Transmission device 8 is provided between dust hood 6 and V-arrangement conveyer belt 2.
Supporting mechanism 3 includes fixed plate 301, support rod 302, movable plate 303, sets of holes 304, reset spring 305, guiding cunning The left end of slot 306 and guide runner 307,1 upper surface of bearing platform is fixedly connected with the bottom end of fixed plate 301, the right side of fixed plate 301 Side is fixedly connected sequentially from top to bottom, and there are two support rod 302, the upper surface of bearing platform 1 and the right sides for being located at fixed plate 301 Face offers guide chute 306, and the internal slide of guide chute 306 is connected with guide runner 307, the upper table of guide runner 307 Face is fixedly connected with the lower surface of movable plate 303, and the position of corresponding two support rods 302 offers sets of holes on movable plate 303 304, the right end of two support rods 302 is plugged on the inside of two sets of holes 304 respectively, and the right end of support rod 302 is fixedly connected There is a left side of transmission case 4, the equal movable sleeve in the outside of two support rods 302 is connected to reset spring 305, and reset spring 305 Both ends are fixedly connected with the left side of the right side of fixed plate 301 and movable plate 303 respectively, are made by the setting of supporting mechanism 3 Transmission case 4 obtains stable support, and can adapt to different Cutting Lengths and carry out flexibly adjustment, passes through reset spring 305 setting facilitates the reset of movable plate 303.
Cutting mechanism 5 include the first electric pushrod 501, supporting plate 502, mounting hole 503, cutting motor 504, gear box 505, Jack 506, mounting ring 507, first bearing 508, limiting slot 509, positive stop strip 510, the first angular wheel 511, strip-shaped hole 512, Guide groove 513, guide pad 514, bearing block 515, second bearing 516, follower lever 517, the second angular wheel 518, cutting blade 519 and notch 520, the inner left wall of transmission case 4 is successively fixedly mounted from top to bottom there are two the first electric pushrod 501, and two the The output end of one electric pushrod 501 is fixedly connected to the left side of supporting plate 502, and the middle part of supporting plate 502 offers mounting hole 503, the inside of mounting hole 503 is fixedly installed with cutting motor 504, the inner wall of transmission case 4 and is located at the right side of supporting plate 502 also It is fixedly connected with the lateral surface of gear box 505, jack 506, the inside of jack 506 are offered in the middle part of 505 left side wall of gear box It is plugged with mounting ring 507, the inside fixing sleeve of mounting ring 507 is connected to first bearing 508, and the output shaft of cutting motor 504 is fixed It is socketed in first bearing 508, is opened up on the inner wall of jack 506 there are two limiting slot 509, it is corresponding on 507 lateral surface of mounting ring The position of limiting slot 509 is fixedly connected with positive stop strip 510, and a part of positive stop strip 510 is slidably connected at the interior of limiting slot 509 Portion, the output shaft of cutting motor 504 extend to the inside of gear box 505 and are fixedly installed with the first angular wheel 511, transmission The left and right sidewall of the box 505 and two sides up and down for being located at the first angular wheel 511 offer strip-shaped hole 512, strip-shaped hole Guide groove 513 is offered on 512 inner wall, the internal slide of guide groove 513 is connected with guide pad 514, and guide pad 514 is separate The one side of guide groove 513 is fixedly connected with the bearing block 515 being slidably connected in strip-shaped hole 512, and bearing block 515 is located at bar shaped It is fixedly installed with second bearing 516 in the hole that hole 512 opens up in the middle part of one end of the first angular wheel 511, bearing block 515, Four second bearings 516 are connected with follower lever 517, and the output shaft of follower lever 517 and cutting motor 504 between any two Parallel, the equal fixing sleeve in the outside of two follower levers 517 is connected to the second angular wheel 518, and two the second angular wheels 518 are It is engaged with the first angular wheel 511, the right end of two follower levers 517 all extends to the inside of dust hood 6 and is fixedly installed with The position that cutting blade 519,6 roof of dust hood and bottom wall respectively correspond two cutting blades 519 opens up jagged 520, holds It is flexibly connected, is passed through by compressed spring 521 between side of the pouring weight 515 far from jack 506 and the corresponding side wall of strip-shaped hole 512 The setting of cutting mechanism 5 outward cuts pipeline by inside, the cutting mode of difference and now common ecto-entad, Since cutting work carries out in pipeline, so the noise generated when cutting is lower with respect to the noise that ecto-entad cutting generates, The pollution of noise can be effectively reduced.
Dust collection mechanism 7 includes partition 701, suction inlet 702, dust collecting sleeve 703, loop coil 704, filter frame 705, strainer 706 and takes out Blower 707 on the side wall of dust hood 6 and is located at the right side of cutting blade 519 and is fixedly connected with partition 701, opens up on partition 701 There is suction inlet 702, filter frame 705, the inside of filter frame 705 are fixedly connected between the right side of partition 701 and the bottom wall of dust hood 6 It is bonded with strainer 706, the upper side wall of the partition 701 and right side for being located at partition 701 is fixedly installed with exhaust fan 707, exhaust fan 707 Outlet air end through dust hood 6 bottom wall and be connected to the external of dust hood 6, the internal whorl of suction inlet 702 is connected with loop coil 704, the right end of loop coil 704 is bonded with the open end of dust collecting sleeve 703, the bottom wall of dust hood 6 and is located under the first filter frame 705 Side offers cover door 9, by the setting of dust collection mechanism 7, since cutting work carries out in pipeline, so relative to ecto-entad Clast is flown upward when cutting, and the present apparatus is collected clast with being easy, what when 707 exhausting of exhaust fan generated in dust hood 6 In the clast absorption dust collecting sleeve 703 that negative pressure generates when can be by cutting, clast is handled convenient for operator, is avoided broken Consider the pollution to working environment to be worth doing.
Transmission device 8 includes vertical plate 801, top plate 802, the second electric pushrod 803, transverse slat 804, driving motor 805, the V that falls Shape frame 806, live-roller 807, driving wheel 808, driven wheel 809 and belt 810, the upper surface of bearing platform 1 and are located at dust hood 6 Right side is fixedly connected there are two vertical plate 801, before the upper surface of two vertical plates 801 is respectively fixedly connected with 802 lower surface of top plate Both ends afterwards, the lower surface of top plate 802 and being located between two vertical plates 801 are fixedly mounted there are two the second electric pushrod 803, and two The output end of second electric pushrod 803 is fixedly connected to the upper surface of transverse slat 804, the upper surface of transverse slat 804 and is located at two Driving motor 805 is fixedly installed between second electric pushrod 803, the output end of driving motor 805 is fixedly connected with driving wheel 808, the left and right ends of 804 lower surface of transverse slat are fixedly connected to the top of inverted V-shaped frame 806, and two of two inverted V-shaped framves 806 Live-roller 807 is connected between corresponding bottom end side, the right end of two live-rollers 807 runs through inverted V-shaped frame 806 simultaneously It is fixedly connected with driven wheel 809, driving wheel 808 is sequentially connected respectively with two driven wheels 809 by two belts 810, is passed through The setting of transmission device 8 can be positioned after determining Cutting Length using position of the transmission device 8 to pipeline, and It is able to drive pipeline using the transmission connection of driving motor 805 and live-roller 807 to rotate, pipeline can smoothly carry out ring cutting.
The medial surface of two vertical plates 801 offers sliding slot 10, and the position that 804 front and back sides of transverse slat correspond to sliding slot 10 is fixed It is connected with sliding block 11, and two sliding blocks 11 are slidably connected at the inside of two sliding slots 10 respectively, passes through sliding slot 10 and sliding block 11 Setting can avoid second from electronic pushing away the movement of transverse slat 804 offer limit using being slidably connected for sliding slot 11 and sliding block 10 There is the offset in movement in transverse slat 804 when bar 803 is with motion plate 804.
It the upper surface of bearing platform 1 and is fixedly connected sequentially after being located between two vertical plates 801 in the past and has two groups of link blocks 12, link block 12 two are to be connected with load bearing roller 13 between two link blocks 12 in one group, every group, pass through load bearing roller 13 Setting determines that after pipeline obtains the positioning of transmission device 8, load bearing roller 13 plays the effect of load-bearing, has in pipe cutting position Help pipeline smoothly driving roller 807 with rotation.
Transmission case 4 and dust hood 6 are cylindrical, and the one end of the first angular wheel 511 far from cutting motor 504 is larger One end, the first electric pushrod 501 pulls cutting motor 504 to the left, with the first angular wheel 511 and the second angular wheel The variation of 518 engagement place diameters, two cutting blades 519 stretch out dust hood 6, compressed spring 521 from two notches 520 respectively Setting facilitate the Rapid reset of follower lever 517, so that the first angular wheel 511 and the second angular wheel 518 is always maintained at and is nibbled The state of conjunction, cylindric by the way that transmission case 4 and dust hood 6 to be arranged to, pipeline is inserted in the outside of transmission case 4 and dust hood 6 just Directly it can be positioned and be supported, be conducive to the progress for cutting work.
Guide runner 307 is located at the one end of guide chute 306 far from fixed plate 301.
In conclusion petroleum pipeline production and processing cutter device, obtains transmission case 4 by the setting of supporting mechanism 3 To stable support, and it can adapt to different Cutting Lengths and carry out flexibly adjustment, pass through being provided with for reset spring 305 Help the reset of movable plate 303.
Petroleum pipeline production and processing cutter device outward carries out pipeline by internal by the setting of cutting mechanism 5 Cutting, the cutting mode of difference and now common ecto-entad, since cutting work carries out in pipeline, so being produced when cutting Raw noise with respect to ecto-entad cutting generate noise it is lower, the pollution of noise can be effectively reduced, and dissolve into automatically pipe, Positioning and cutting can effectively improve the cutting efficiency of pipeline.
Petroleum pipeline production and processing cutter device, by the setting of dust collection mechanism 7, since cutting work is in pipeline It carries out, so clast is flown upward when relative to ecto-entad cutting, the present apparatus is collected clast with being easy, exhaust fan 707 In the clast absorption dust collecting sleeve 703 that the negative pressure generated in dust hood 6 when exhausting generates when can be by cutting, it is convenient for operator Clast is handled, pollution of the clast to working environment is avoided.
Petroleum pipeline production and processing cutter device, by the setting of transmission device 8, after determining Cutting Length, It can be positioned using position of the transmission device 8 to pipeline, and be connected using the transmission of driving motor 805 and live-roller 807 It connects and is able to drive pipeline rotation, pipeline can smoothly carry out ring cutting.
Petroleum pipeline production and processing cutter device using sliding slot 11 and is slided by the setting of sliding slot 10 and sliding block 11 Block 10 is slidably connected, and can provide limit to the movement of transverse slat 804, horizontal when avoiding the second electric pushrod 803 with motion plate 804 There is the offset in movement in plate 804.
Petroleum pipeline production and processing cutter device is determined, pipe by the setting of load bearing roller 13 in pipe cutting position After road obtains the positioning of transmission device 8, load bearing roller 13 plays the effect of load-bearing, facilitates pipeline smoothly driving roller 807 With rotation.
Petroleum pipeline production and processing cutter device, by the way that transmission case 4 and dust hood 6 are arranged to cylindric, pipeline The outside for being inserted in transmission case 4 and dust hood 6 just directly can be positioned and be supported, and the progress for cutting work is conducive to.
The electric elements occurred in this article are electrically connected with extraneous main controller and 220V alternating current, and main controller can be meter Calculation machine etc. plays the conventionally known equipment of control.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (9)

1. a kind of petroleum pipeline production and processing cutter device, including bearing platform (1), the right end of bearing platform (1) upper surface V-arrangement conveyer belt (2) are installed, it is characterised in that: be provided with supporting mechanism (3), support on the left of bearing platform (1) upper surface It is fixedly connected on the right side of mechanism (3) transmission case (4), transmission case (4) is internally provided with cutting mechanism (5), transmission case (4) Right side is fixedly connected with dust hood (6), and the dust hood (6) is internally provided with dust collection mechanism (7), the bearing platform (1) Upper surface and be provided with transmission device (8) between dust hood (6) and V-arrangement conveyer belt (2).
2. a kind of petroleum pipeline production and processing cutter device according to claim 1, it is characterised in that: the support machine Structure (3) includes fixed plate (301), support rod (302), movable plate (303), sets of holes (304), reset spring (305), guide chute (306) and guide runner (307), the left end of bearing platform (1) upper surface are fixedly connected with the bottom end of fixed plate (301), Gu The right side of fixed board (301) is fixedly connected sequentially from top to bottom, and there are two support rod (302), the upper surfaces of the bearing platform (1) And the right side for being located at fixed plate (301) offers guide chute (306), the internal slide connection of the guide chute (306) Have guide runner (307), the upper surface of the guide runner (307) is fixedly connected with the lower surface of movable plate (303), the work The position of corresponding two support rods (302) offers sets of holes (304) on movable plate (303), the right end point of two support rods (302) It is not plugged on the inside of two sets of holes (304), and the right end of support rod (302) is fixedly connected with the left side of transmission case (4), two The equal movable sleeve in outside of a support rod (302) is connected to reset spring (305), and the both ends of reset spring (305) respectively with The right side of fixed plate (301) is fixedly connected with the left side of movable plate (303).
3. a kind of petroleum pipeline production and processing cutter device according to claim 2, it is characterised in that: the cutting machine Structure (5) includes the first electric pushrod (501), supporting plate (502), mounting hole (503), cutting motor (504), gear box (505), inserts Hole (506), mounting ring (507), first bearing (508), limiting slot (509), positive stop strip (510), the first angular wheel (511), Strip-shaped hole (512), guide groove (513), guide pad (514), bearing block (515), second bearing (516), follower lever (517), Two angular wheels (518), cutting blade (519) and notch (520), the inner left wall of the transmission case (4) are successively solid from top to bottom For Dingan County's dress there are two the first electric pushrod (501), the output end of two first electric pushrods (501) is fixedly connected to support The left side of plate (502) offers mounting hole (503) in the middle part of the supporting plate (502), and the inside of the mounting hole (503) is solid Dingan County is also fixedly connected with biography equipped with cutting motor (504), the inner wall of the transmission case (4) and the right side for being located at supporting plate (502) The lateral surface of box (505) is moved, is offered jack (506) in the middle part of gear box (505) left side wall, the jack (506) Inside is plugged with mounting ring (507), and the inside fixing sleeve of the mounting ring (507) is connected to first bearing (508), the cutting electricity The output shaft of machine (504) is fixedly attached in first bearing (508), opens up that there are two limits on the inner wall of the jack (506) Slot (509), the position that limiting slot (509) is corresponded on mounting ring (507) lateral surface are fixedly connected with positive stop strip (510), institute The a part for stating positive stop strip (510) is slidably connected at the inside of limiting slot (509), and the output shaft of the cutting motor (504) prolongs It extends to the inside of gear box (505) and is fixedly installed with the first angular wheel (511), the left and right sidewall of the gear box (505) And the two sides up and down for being located at the first angular wheel (511) offer strip-shaped hole (512), the strip-shaped hole (512) it is interior It is offered on wall guide groove (513), the internal slide of the guide groove (513) is connected with guide pad (514), the guide pad (514) one side far from guide groove (513) is fixedly connected with the bearing block (515) being slidably connected in strip-shaped hole (512), institute One end that bearing block (515) is located at strip-shaped hole (512) close to the first angular wheel (511) is stated, is opened in the middle part of the bearing block (515) If hole in be fixedly installed with second bearing (516), four second bearings (516) are connected with follower lever between any two (517), and follower lever (517) is parallel with the output shaft of cutting motor (504), and the outside of two follower levers (517) is equal Fixing sleeve is connected to the second angular wheel (518), and two the second angular wheels (518) are engaged with the first angular wheel (511), The right end of two follower levers (517) all extends to the inside of dust hood (6) and is fixedly installed with cutting blade (519), described The position that dust hood (6) roof and bottom wall respectively correspond two cutting blades (519) opens up jagged (520), the load-bearing Block (515) is far from movable even by compressed spring (521) between the side and the corresponding side wall of strip-shaped hole (512) of jack (506) It connects.
4. a kind of petroleum pipeline production and processing cutter device according to claim 3, it is characterised in that: the vacuum cleaner Structure (7) includes partition (701), suction inlet (702), dust collecting sleeve (703), loop coil (704), filter frame (705), strainer (706) and takes out Blower (707) on the side wall of the dust hood (6) and is located on the right side of cutting blade (519) and is fixedly connected with partition (701), It is offered suction inlet (702) on the partition (701), it is solid between the right side of the partition (701) and the bottom wall of dust hood (6) Surely be connected with filter frame (705), the inside of the filter frame (705) is bonded with strainer (706), the upper side wall of the partition (701) and It is fixedly installed on the right side of partition (701) exhaust fan (707), the outlet air end of exhaust fan (707) runs through the bottom of dust hood (6) Wall is simultaneously connected to the external of dust hood (6), and the internal whorl of the suction inlet (702) is connected with loop coil (704), the loop coil (704) right end is bonded with the open end of dust collecting sleeve (703), the bottom wall of the dust hood (6) and is located at the first filter frame (705) Lower section offers cover door (9).
5. a kind of petroleum pipeline production and processing cutter device according to claim 4, it is characterised in that: the transmission dress Setting (8) includes vertical plate (801), top plate (802), the second electric pushrod (803), transverse slat (804), driving motor (805), inverted V-shaped Frame (806), live-roller (807), driving wheel (808), driven wheel (809) and belt (810), the upper surface of the bearing platform (1) And be located on the right side of dust hood (6) and be fixedly connected there are two vertical plate (801), the upper surface of two vertical plates (801) is solid respectively Surely be connected with the rear and front end of top plate (802) lower surface, the lower surface of the top plate (802) and be located at two vertical plates (801) it Between be fixedly mounted there are two the second electric pushrod (803), the output end of two second electric pushrods (803) is fixedly connected with There are the upper surface of transverse slat (804), the upper surface of the transverse slat (804) and the fixation between two the second electric pushrods (803) It is equipped with driving motor (805), the output end of the driving motor (805) is fixedly connected with driving wheel (808), the transverse slat (804) left and right ends of lower surface are fixedly connected to the top of inverted V-shaped frame (806), and two of two inverted V-shaped framves (806) are right It is connected between the bottom end side answered live-roller (807), the right end of two live-rollers (807) runs through inverted V-shaped Frame (806) is simultaneously fixedly connected with driven wheel (809), and the driving wheel (808) is driven with two respectively by two belts (810) Take turns (809) transmission connection.
6. a kind of petroleum pipeline production and processing cutter device according to claim 5, it is characterised in that: two described vertical The medial surface of plate (801) offers sliding slot (10), and transverse slat (804) front and back sides correspond to the fixed company in position of sliding slot (10) It is connected to sliding block (11), and two sliding blocks (11) are slidably connected at the inside of two sliding slots (10) respectively.
7. a kind of petroleum pipeline production and processing cutter device according to claim 6, it is characterised in that: the bearing platform (1) it upper surface and is fixedly connected sequentially after being located between two vertical plates (801) in the past and has two groups of link blocks (12), the company Connecing block (12) two is to be connected with load bearing roller (13) between two link blocks (12) in one group, every group.
8. a kind of petroleum pipeline production and processing cutter device according to claim 7, it is characterised in that: the transmission case (4) and dust hood (6) is cylindrical, and the one end of first angular wheel (511) far from cutting motor (504) is biggish One end.
9. a kind of petroleum pipeline production and processing cutter device according to claim 8, it is characterised in that: the guiding is slided Block (307) is located at the one end of guide chute (306) far from fixed plate (301).
CN201820624400.3U 2018-04-28 2018-04-28 Cutter device is used in a kind of production and processing of petroleum pipeline Expired - Fee Related CN208450734U (en)

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Application Number Priority Date Filing Date Title
CN201820624400.3U CN208450734U (en) 2018-04-28 2018-04-28 Cutter device is used in a kind of production and processing of petroleum pipeline

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820624400.3U CN208450734U (en) 2018-04-28 2018-04-28 Cutter device is used in a kind of production and processing of petroleum pipeline

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112793412A (en) * 2021-03-12 2021-05-14 浙江锦安汽车零部件有限公司 Oil filling pipe and production process thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112793412A (en) * 2021-03-12 2021-05-14 浙江锦安汽车零部件有限公司 Oil filling pipe and production process thereof
CN112793412B (en) * 2021-03-12 2022-02-11 浙江锦安汽车零部件有限公司 Oil filling pipe and production process thereof

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