CN108655594A - The tubing carrier of laser cutting machine - Google Patents

The tubing carrier of laser cutting machine Download PDF

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Publication number
CN108655594A
CN108655594A CN201710205904.1A CN201710205904A CN108655594A CN 108655594 A CN108655594 A CN 108655594A CN 201710205904 A CN201710205904 A CN 201710205904A CN 108655594 A CN108655594 A CN 108655594A
Authority
CN
China
Prior art keywords
guide ring
guide
groove
big disk
support
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201710205904.1A
Other languages
Chinese (zh)
Inventor
梁启艮
白素涛
文国民
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Cangzhou Leader Laser Technology Co Ltd
Original Assignee
Cangzhou Leader Laser Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Cangzhou Leader Laser Technology Co Ltd filed Critical Cangzhou Leader Laser Technology Co Ltd
Priority to CN201710205904.1A priority Critical patent/CN108655594A/en
Publication of CN108655594A publication Critical patent/CN108655594A/en
Pending legal-status Critical Current

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K26/00Working by laser beam, e.g. welding, cutting or boring
    • B23K26/36Removing material
    • B23K26/38Removing material by boring or cutting
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K26/00Working by laser beam, e.g. welding, cutting or boring
    • B23K26/70Auxiliary operations or equipment
    • B23K26/702Auxiliary equipment

Abstract

The present invention discloses a kind of tubing carrier of laser cutting machine, including pedestal, it is set to the guide rail of pedestal side surface, front support mechanism and rear end rotating mechanism, the front support mechanism further comprises left and right guide ring, upper and lower guide ring, big disk, guide ring baffle and 2 pinion gear driving mechanisms, the big disk front end face is circumferentially equidistantly provided with four slides, one rolling wheel support is fixed on sliding block in 2 tape spool pinion gears one and passes through big disk and engaged with the rack of left and right guide ring, the pinion gear driving mechanism further comprises pinion shaft, bearing block, lock bearing gland, internal locking nut and outer locking nut, 4 clamp clips of the outer locking nut and locking bearing gland are close to by screw clamp to be connect, to realize to pinion shaft clamping and positioning.The present invention can continuously carry out multiple rotary cutting by guide rail, the setting of front support mechanism and rear end rotating mechanism, reduce charging, discharging, contraposition number and activity duration, substantially reduce cost of labor, improve production efficiency.

Description

The tubing carrier of laser cutting machine
Technical field
The present invention relates to a kind of tubing carriers of laser cutting machine, belong to laser cutting technique field.
Background technology
Laser cutting is used widely in various industrial circles as a kind of processing method rapidly and efficiently.Swash Light cutting machine is a kind of equipment carrying out cutting processing with laser beam, includes mainly laser generator, beam expanding lens, focus lamp, work Make platform, level clamp or rolling clamp and other associated control elements, wherein rolling clamp is used for clamping tubing to be cut, fixture Rotation drive tubing rotation, laser cutting machine cuts tubing, due to the high-precision characteristic of laser cutting, how to make rotation Turn fixture even running, the accurate cutting of realization degree tubing becomes engineers and needs the emphasis discussed.
Invention content
It is an object of the present invention to provide a kind of tubing carrier of laser cutting machine, which passes through guide rail, front support mechanism With the setting of rear end rotating mechanism, can continuously carry out multiple rotary cutting, reduce charging, discharging, align number and Activity duration may be implemented an operating personnel while operate several equipment, substantially reduce cost of labor, improve production efficiency.
In order to achieve the above objectives, the technical solution adopted by the present invention is:A kind of tubing carrier of laser cutting machine, including base Seat, guide rail, front support mechanism and the rear end rotating mechanism for being set to pedestal side surface, the rear end rotating mechanism pass through guide rail It is installed on pedestal side surface and can be moved forward and backward along guide rail, the front support mechanism is parallel with rear end rotating mechanism to be set It sets, is installed on pedestal front end side surface;
The front support mechanism further comprises that left and right guide ring, upper and lower guide ring, big disk, guide ring baffle and 2 are small There is a main shaft, the big disk front end face to be circumferentially equidistantly provided with four for gear driven mechanism, the big disk rear end face A slide is both provided with movable sliding block on this slide, and a rolling wheel support is fixed on sliding block, this rolling wheel support is close to great circle One end of disk center is equipped with an idler wheel, and the left and right guide ring, upper and lower guide ring and guide ring baffle are set in great circle successively On the main shaft of disk, the left and right guide ring, the respective edge of upper and lower guide ring all have a rack, 2 tape spool pinion gears In one pass through and big disk and engage with the rack of left and right guide ring, another in 2 pinion gear driving mechanisms passes through greatly Disk is simultaneously engaged with the rack of upper and lower guide ring;
The big disk is circumferentially equidistantly provided with four guide grooves, the upper zone of the left and right guide ring and lower region difference It is provided with recessing groove and lower recessing groove, the left part area and right part area of the left and right guide ring are respectively arranged with left guide groove and the right side Guide groove, the upper zone and lower region of the guide ring up and down are respectively arranged with guide groove and lower guide groove, described to lead up and down It is respectively arranged with left recessing groove and right recessing groove to the left part area of ring and right part area;
One left guide rod is sequentially embedded the left guide groove of sliding block, the center through hole of slide, the guide groove of big disk, left and right guide ring With the left recessing groove of upper and lower guide ring, a right guide rod be sequentially embedded sliding block, the center through hole of slide, big disk guide groove, The right guide groove of left and right guide ring and the right recessing groove of upper and lower guide ring, guide rod is sequentially embedded the center of sliding block, slide on one The upper guide groove of through-hole, the guide groove of big disk, the upper recessing groove of left and right guide ring and upper and lower guide ring, once guide rod is successively It is led under embedded sliding block, the center through hole of slide, the guide groove of big disk, the lower recessing groove of left and right guide ring and upper and lower guide ring To slot;
The pinion gear driving mechanism of the front support mechanism further comprises pinion shaft, bearing block, locks bearing gland, is interior The through-hole wall of locking nut and outer locking nut, the pinion shaft and bearing block is connected by a bearing, the internal locking Nut is set on pinion shaft and is set on pinion shaft with bearing touch, the locking bearing gland and internal locking is clamped The outer end face of nut, the locking bearing gland has 4 outer surfaces with externally threaded clamp clip, the outer locking nut and 4 clamp clips of locking bearing gland are close to by screw clamp to be connect, to realize to pinion shaft clamping and positioning;
The rear end rotating mechanism further comprises traveling motor, right angle reductor, connecting shaft, turret supports seat and pneumatic clamping Disk, the traveling motor are installed below right angle reductor, and the right angle reductor is installed by bearing and bearing lock nut It passes through the installation through-hole of turret supports seat in the other end of one end of the connecting shaft, the connecting shaft and passes through a flange and air spider Installation connection.
Further improved scheme is as follows in above-mentioned technical proposal:
1. in said program, dovetail groove is provided on four slides of the big disk front end face, the bottom of the sliding block is ladder The trapezoidal portion in shape portion, this sliding block is embedded in the dovetail groove of slide.
2. in said program, the number of the respective rack of the left and right guide ring, upper and lower guide ring is 2 and at equal intervals Arrangement.
Since above-mentioned technical proposal is used, the present invention has following advantages and effect compared with prior art:
1. the tubing carrier of laser cutting machine of the present invention comprising pedestal, the guide rail for being set to pedestal side surface, front support Mechanism and rear end rotating mechanism can direct 6 meters of clampings by guide rail, the setting of front support mechanism and rear end rotating mechanism Or longer whole tubing, and continuously can repeatedly be cut, charging, discharging, contraposition number and activity duration are reduced, An operating personnel may be implemented while operating several equipment, substantially reduce cost of labor, improve production efficiency;Secondly, bottom The upper surface of seat is equidistantly provided with several sharp mountain support bars, is conducive to keep the flatness and positioning accuracy for workpiece.
2. the tubing carrier of laser cutting machine of the present invention, pinion gear driving mechanism further comprise pinion shaft, bearing Seat, locking bearing gland, internal locking nut and outer locking nut, the setting of pinion shaft top chock and bearing substantially reduce Resistance in pinion shaft rotation process improves the precision of pinion shaft rotation, to improve the accuracy of sliding block movement so that Idler wheel realization on sliding block is accurately positioned tubing;Secondly, the setting of internal locking nut coordinates with bearing block, pushes down respectively The inner ring and outer ring of bearing ensures the flexible rotating of bearing, to improve the precision and accuracy of rotation;Again, outer locking 4 clamp clips of nut and locking bearing gland are close to by screw clamp to be connect, to realize to pinion shaft clamping and positioning, external lock Being equipped with for tight nut and clamp clip, after pinion shaft is gone to required position by spanner, plays the role of fixed and locks, There is a situation where loosening after preventing spanner from withdrawing, to realize that entire supporting mechanism is accurately positioned tubing.
Description of the drawings
Attached drawing 1 is the tubing carrier structure schematic diagram of laser cutting machine of the present invention;
Attached drawing 2 is the front support mechanism structure schematic diagram of the tubing carrier of laser cutting machine of the present invention;
Attached drawing 3 is the front support mechanism partial structural diagram of synchronous supporting device of the present invention;
Attached drawing 4 is the pinion gear driving mechanism decomposition diagram of the tubing carrier of laser cutting machine of the present invention;
Attached drawing 5 is the rear end rotating mechanism structural schematic diagram of the tubing carrier of laser cutting machine of the present invention.
In the figures above:1, pedestal;2, guide rail;3, front support mechanism;4, rear end rotating mechanism;401, traveling motor; 402, right angle reductor;403, connecting shaft;404, turret supports seat;405, air spider;406, bearing;407, bearing locking spiral shell It is female;408, flange;5, left and right guide ring;6, upper and lower guide ring;61, rack;62, upper recessing groove;63, lower recessing groove;64, a left side is led To slot;65, right guide groove;66, upper guide groove;67, lower guide groove;68, left recessing groove;69, right recessing groove;7, big disk;71、 Main shaft;72, guide groove;8, guide ring baffle;9, pinion gear driving mechanism;901, pinion shaft;902, bearing block;903, it locks Bearing gland;904, internal locking nut;905, outer locking nut;906, bearing;907, clamp clip;10, slide;101, dovetail Slot;11, sliding block;111, trapezoidal portion;12, rolling wheel support;13, idler wheel;14, left guide rod;15, right guide rod;16, upper guiding Bar;17, lower guide rod.
Specific implementation mode
With reference to embodiment, the invention will be further described:
Embodiment 1:A kind of tubing carrier of laser cutting machine, including pedestal 1, the guide rail 2 for being set to 1 side surface of pedestal, front end Supporting mechanism 3 and rear end rotating mechanism 4, the rear end rotating mechanism 4 are installed on 1 side surface of pedestal by guide rail 2 and can edges Guide rail back-and-forth motion, the front support mechanism 3 is arranged in parallel with rear end rotating mechanism 4, is installed on 1 front end side table of pedestal Face;
The front support mechanism 3 further comprises left and right guide ring 5, upper and lower guide ring 6, big disk 7, guide ring baffle 8 and 2 A pinion gear driving mechanism 9,7 rear end face of the big disk have a main shaft 71, and 7 front end face of the big disk is circumferentially at equal intervals Setting is both provided with movable sliding block 11 there are four slide 10 on this slide 10, and a rolling wheel support 12 is fixed on sliding block 11, This rolling wheel support 12 is equipped with an idler wheel 13, the left and right guide ring 5,6 and of upper and lower guide ring close to the one end at 7 center of big disk Guide ring baffle 8 is set in successively on the main shaft 71 of big disk 7, the left and right guide ring 5,6 respective edge of upper and lower guide ring A rack 61 is all had, one passes through big disk 7 and nibbled with the rack of left and right guide ring 5 61 in 2 tape spool pinion gears 9 It closes, another in 2 pinion gear driving mechanisms 9 passes through big disk 7 and engaged with the rack of upper and lower guide ring 6 61;
The big disk 7 is circumferentially equidistantly provided with four guide grooves 72, the upper zone and lower region of the left and right guide ring 5 It is respectively arranged with recessing groove 62 and lower recessing groove 63, the left part area and right part area of the left and right guide ring 5 are respectively arranged with a left side Guide groove 64 and right guide groove 65, the upper zone and lower region of the guide ring 6 up and down are respectively arranged with guide groove 66 under Guide groove 67, the left part area and right part area of the guide ring 6 up and down are respectively arranged with left recessing groove 68 and right recessing groove 69;
One left guide rod 14 is sequentially embedded sliding block 11, the center through hole of slide 10, the guide groove 72 of big disk 7, left and right guide ring 5 Left guide groove 64 and upper and lower guide ring 6 left recessing groove 68, a right guide rod 15 is sequentially embedded the center of sliding block 11, slide 10 Through-hole, the guide groove 72 of big disk 7, the right guide groove 65 of left and right guide ring 5 and the right recessing groove 69 of guide ring 6 up and down, on one Guide rod 16 is sequentially embedded the upper resigning of sliding block 11, the center through hole of slide 10, the guide groove 72 of big disk 7, left and right guide ring 5 The upper guide groove 66 of slot 62 and upper and lower guide ring 6, once guide rod 17 be sequentially embedded the center through hole, big of sliding block 11, slide 10 The lower guide groove 67 of the guide groove 72 of disk 7, the lower recessing groove 63 of left and right guide ring 5 and upper and lower guide ring 6;
The pinion gear driving mechanism 9 of the front support mechanism 3 further comprises pinion shaft 901, bearing block 902, lock shaft Pressure cap 903, internal locking nut 904 and outer locking nut 905, the pinion shaft 901 and the through-hole wall of bearing block 902 are logical A bearing 906 connection is crossed, the internal locking nut 904 is set on pinion shaft 901 and is contacted with bearing 906, the locking Bearing gland 903 is set on pinion shaft 901 and is clamped internal locking nut 904, the outer end face of the locking bearing gland 903 With 4 outer surfaces with externally threaded clamp clip 907,4 folders of the outer locking nut 905 and locking bearing gland 903 Tight piece 907 is close to by screw clamp to be connect, to realize to 901 clamping and positioning of pinion shaft;
The rear end rotating mechanism 4 further comprises traveling motor 401, right angle reductor 402, connecting shaft 403, turret supports seat 404 and air spider 405, the traveling motor 401 is installed on 402 lower section of right angle reductor, and the right angle reductor 402 passes through Bearing 406 and bearing lock nut 407 are installed on 403 one end of connecting shaft, and the other end of the connecting shaft 403 passes through turret supports The installation through-hole of seat 404 is simultaneously connected by a flange 408 and the installation of air spider 405.
Above-mentioned left and right guide ring 5,6 respective rack 61 of upper and lower guide ring number be 2 and arranged at equal intervals.
Embodiment 2:A kind of tubing carrier of laser cutting machine, including pedestal 1, be set to 1 side surface of pedestal guide rail 2, Front support mechanism 3 and rear end rotating mechanism 4, the rear end rotating mechanism 4 are installed on 1 side surface of pedestal by guide rail 2 and can To be moved forward and backward along guide rail, the front support mechanism 3 is arranged in parallel with rear end rotating mechanism 4, is installed on 1 front end side of pedestal Surface;
The front support mechanism 3 further comprises left and right guide ring 5, upper and lower guide ring 6, big disk 7, guide ring baffle 8 and 2 A pinion gear driving mechanism 9,7 rear end face of the big disk have a main shaft 71, and 7 front end face of the big disk is circumferentially at equal intervals Setting is both provided with movable sliding block 11 there are four slide 10 on this slide 10, and a rolling wheel support 12 is fixed on sliding block 11, This rolling wheel support 12 is equipped with an idler wheel 13, the left and right guide ring 5,6 and of upper and lower guide ring close to the one end at 7 center of big disk Guide ring baffle 8 is set in successively on the main shaft 71 of big disk 7, the left and right guide ring 5,6 respective edge of upper and lower guide ring A rack 61 is all had, one passes through big disk 7 and nibbled with the rack of left and right guide ring 5 61 in 2 tape spool pinion gears 9 It closes, another in 2 pinion gear driving mechanisms 9 passes through big disk 7 and engaged with the rack of upper and lower guide ring 6 61;
The big disk 7 is circumferentially equidistantly provided with four guide grooves 72, the upper zone and lower region of the left and right guide ring 5 It is respectively arranged with recessing groove 62 and lower recessing groove 63, the left part area and right part area of the left and right guide ring 5 are respectively arranged with a left side Guide groove 64 and right guide groove 65, the upper zone and lower region of the guide ring 6 up and down are respectively arranged with guide groove 66 under Guide groove 67, the left part area and right part area of the guide ring 6 up and down are respectively arranged with left recessing groove 68 and right recessing groove 69;
One left guide rod 14 is sequentially embedded sliding block 11, the center through hole of slide 10, the guide groove 72 of big disk 7, left and right guide ring 5 Left guide groove 64 and upper and lower guide ring 6 left recessing groove 68, a right guide rod 15 is sequentially embedded the center of sliding block 11, slide 10 Through-hole, the guide groove 72 of big disk 7, the right guide groove 65 of left and right guide ring 5 and the right recessing groove 69 of guide ring 6 up and down, on one Guide rod 16 is sequentially embedded the upper resigning of sliding block 11, the center through hole of slide 10, the guide groove 72 of big disk 7, left and right guide ring 5 The upper guide groove 66 of slot 62 and upper and lower guide ring 6, once guide rod 17 be sequentially embedded the center through hole, big of sliding block 11, slide 10 The lower guide groove 67 of the guide groove 72 of disk 7, the lower recessing groove 63 of left and right guide ring 5 and upper and lower guide ring 6;
The pinion gear driving mechanism 9 of the front support mechanism 3 further comprises pinion shaft 901, bearing block 902, lock shaft Pressure cap 903, internal locking nut 904 and outer locking nut 905, the pinion shaft 901 and the through-hole wall of bearing block 902 are logical A bearing 906 connection is crossed, the internal locking nut 904 is set on pinion shaft 901 and is contacted with bearing 906, the locking Bearing gland 903 is set on pinion shaft 901 and is clamped internal locking nut 904, the outer end face of the locking bearing gland 903 With 4 outer surfaces with externally threaded clamp clip 907,4 folders of the outer locking nut 905 and locking bearing gland 903 Tight piece 907 is close to by screw clamp to be connect, to realize to 901 clamping and positioning of pinion shaft;
The rear end rotating mechanism 4 further comprises traveling motor 401, right angle reductor 402, connecting shaft 403, turret supports seat 404 and air spider 405, the traveling motor 401 is installed on 402 lower section of right angle reductor, and the right angle reductor 402 passes through Bearing 406 and bearing lock nut 407 are installed on 403 one end of connecting shaft, and the other end of the connecting shaft 403 passes through turret supports The installation through-hole of seat 404 is simultaneously connected by a flange 408 and the installation of air spider 405.
Dovetail groove 101 is provided on four slides 10 of 7 front end face of above-mentioned big disk, the bottom of the sliding block 11 is trapezoidal The trapezoidal portion 111 in portion 111, this sliding block 11 is embedded in the dovetail groove 101 of slide 10.
It, can direct clamping by guide rail, the setting of front support mechanism and rear end rotating mechanism when using above-mentioned carrier 6 meters or longer of whole tubing, and continuously can repeatedly be cut, when reducing charging, discharging, contraposition number and operation Between, an operating personnel may be implemented while operating several equipment, substantially reduce cost of labor, improve production efficiency;Secondly, small The setting of gear shaft top chock and bearing substantially reduces the resistance in pinion shaft rotation process, improves pinion shaft rotation Precision, to improve sliding block movement accuracy so that on sliding block idler wheel realization tubing is accurately positioned;Again, interior The setting of locking nut coordinates with bearing block, pushes down the inner ring and outer ring of bearing respectively, ensure the flexible rotating of bearing, to Improve the precision and accuracy of rotation;In addition, being equipped with for outer locking nut and clamp clip, goes to pinion shaft in spanner Behind required position, play the role of fixed and lock, there is a situation where loosening after preventing spanner from withdrawing, to realize entire support Mechanism is accurately positioned tubing.
The above embodiments merely illustrate the technical concept and features of the present invention, and its object is to allow person skilled in the art Scholar cans understand the content of the present invention and implement it accordingly, and it is not intended to limit the scope of the present invention.It is all according to the present invention Equivalent change or modification made by Spirit Essence, should be covered by the protection scope of the present invention.

Claims (5)

1. a kind of tubing carrier of laser cutting machine, it is characterised in that:Including pedestal(1), be set to pedestal(1)It leads side surface Rail(2), front support mechanism(3)With rear end rotating mechanism(4), the rear end rotating mechanism(4)Pass through guide rail(2)It is installed on base Seat(1)Side surface can be simultaneously moved forward and backward along guide rail, the front support mechanism(3)With rear end rotating mechanism(4)It is parallel to set It sets, is installed on pedestal(1)Front end side surface;
The front support mechanism(3)Further comprise left and right guide ring(5), upper and lower guide ring(6), big disk(7), guide ring Baffle(8)With 2 pinion gear driving mechanisms(9), the big disk(7)Rear end face has a main shaft(71), the big disk(7) Front end face is circumferentially equidistantly provided with four slides(10), this slide(10)On be both provided with movable sliding block(11), one Rolling wheel support(12)It is fixed on sliding block(11)On, this rolling wheel support(12)Close to big disk(7)The one end at center is equipped with a rolling Wheel(13), the left and right guide ring(5), upper and lower guide ring(6)With guide ring baffle(8)It is set in big disk successively(7)Master Axis(71)On, the left and right guide ring(5), upper and lower guide ring(6)Respective edge all has a rack(61), 2 bands Axis pinion gear(9)In one pass through big disk(7)And with left and right guide ring(5)Rack(61)Engagement, 2 pinion gears are driven Motivation structure(9)In another pass through big disk(7)And with upper and lower guide ring(6)Rack(61)Engagement;
The big disk(7)Circumferentially it is equidistantly provided with four guide grooves(72), the left and right guide ring(5)Upper zone and Lower region is respectively arranged with recessing groove(62)With lower recessing groove(63), the left and right guide ring(5)Left part area and right part area It is respectively arranged with left guide groove(64)With right guide groove(65), the guide ring up and down(6)Upper zone and lower region set respectively It is equipped with guide groove(66)With lower guide groove(67), the guide ring up and down(6)Left part area and right part area be respectively arranged with a left side Recessing groove(68)With right recessing groove(69);
One left guide rod(14)It is sequentially embedded sliding block(11), slide(10)Center through hole, big disk(7)Guide groove(72)、 Left and right guide ring(5)Left guide groove(64)With upper and lower guide ring(6)Left recessing groove(68), a right guide rod(15)It is embedding successively Enter sliding block(11), slide(10)Center through hole, big disk(7)Guide groove(72), left and right guide ring(5)Right guide groove (65)With upper and lower guide ring(6)Right recessing groove(69), guide rod on one(16)It is sequentially embedded sliding block(11), slide(10)In Entreat through-hole, big disk(7)Guide groove(72), left and right guide ring(5)Upper recessing groove(62)With upper and lower guide ring(6)On lead To slot(66), once guide rod(17)It is sequentially embedded sliding block(11), slide(10)Center through hole, big disk(7)Guide groove (72), left and right guide ring(5)Lower recessing groove(63)With upper and lower guide ring(6)Lower guide groove(67);
The front support mechanism(3)Pinion gear driving mechanism(9)Further comprise pinion shaft(901), bearing block (902), locking bearing gland(903), internal locking nut(904)With outer locking nut(905), the pinion shaft(901)With Bearing block(902)Through-hole wall pass through a bearing(906)Connection, the internal locking nut(904)It is set in pinion shaft (901)Upper and and bearing(906)Contact, the locking bearing gland(903)It is set in pinion shaft(901)It goes up and internal lock is clamped Tight nut(904), the locking bearing gland(903)Outer end face with 4 outer surfaces with externally threaded clamp clip (907), the outer locking nut(905)With locking bearing gland(903)4 clamp clips(907)It is close to and is connect by screw clamp, To realize to pinion shaft(901)Clamping and positioning;
The rear end rotating mechanism(4)Further comprise traveling motor(401), right angle reductor(402), connecting shaft(403), turn Platform support base(404)And air spider(405), the traveling motor(401)It is installed on right angle reductor(402)Lower section, it is described Right angle reductor(402)Pass through bearing(406)And bearing lock nut(407)It is installed on connecting shaft(403)One end, the connection Axis(403)The other end pass through turret supports seat(404)Installation through-hole and pass through a flange(408)With air spider(405) Installation connection.
2. the tubing carrier of laser cutting machine according to claim 1, it is characterised in that:The big disk(7)Front end face Four slides(10)On be provided with dovetail groove(101), the sliding block(11)Bottom be trapezoidal portion(111), this sliding block(11) Trapezoidal portion(111)Embedded slide(10)Dovetail groove(101)It is interior.
3. the tubing carrier of laser cutting machine according to claim 1, it is characterised in that:The left and right guide ring(5), on Lower guide ring(6)Respective rack(61)Number be 2 and arranged at equal intervals.
4. the tubing carrier of laser cutting machine according to claim 1, it is characterised in that:The pedestal(1)Upper surface It is equidistantly provided with several sharp mountain support bars(22).
5. the tubing carrier of laser cutting machine according to claim 4, it is characterised in that:Adjacent point mountain support bar(22)'s Distance is 10 ~ 30cm.
CN201710205904.1A 2017-03-31 2017-03-31 The tubing carrier of laser cutting machine Pending CN108655594A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710205904.1A CN108655594A (en) 2017-03-31 2017-03-31 The tubing carrier of laser cutting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710205904.1A CN108655594A (en) 2017-03-31 2017-03-31 The tubing carrier of laser cutting machine

Publications (1)

Publication Number Publication Date
CN108655594A true CN108655594A (en) 2018-10-16

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201710205904.1A Pending CN108655594A (en) 2017-03-31 2017-03-31 The tubing carrier of laser cutting machine

Country Status (1)

Country Link
CN (1) CN108655594A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110943358A (en) * 2020-02-20 2020-03-31 武汉奇致激光技术股份有限公司 Locking device of CO2 laser tube and optical equipment provided with same

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110943358A (en) * 2020-02-20 2020-03-31 武汉奇致激光技术股份有限公司 Locking device of CO2 laser tube and optical equipment provided with same

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