CN207971569U - A kind of plate tube cutting machine - Google Patents
A kind of plate tube cutting machine Download PDFInfo
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- CN207971569U CN207971569U CN201721922196.5U CN201721922196U CN207971569U CN 207971569 U CN207971569 U CN 207971569U CN 201721922196 U CN201721922196 U CN 201721922196U CN 207971569 U CN207971569 U CN 207971569U
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Abstract
The utility model is related to laser cutting technique fields, disclose a kind of plate tube cutting machine, including cutting plate lathe bed, overarm, cutting mechanism and Pipe Cutting lathe bed；The side of the cutting plate lathe bed is equipped with the first installation base surface, the Pipe Cutting lathe bed is correspondingly provided with the second installation base surface on side, the Pipe Cutting lathe bed is mounted on by second installation base surface, the first installation base surface on the cutting plate lathe bed, and the cutting plate lathe bed is parallel with the Pipe Cutting lathe bed；The overarm is mounted on above the cutting plate lathe bed, and one end of the overarm extends to the top of the Pipe Cutting lathe bed；The cutting mechanism is mounted in the overarm, and directed movement is done in the overarm above the cutting plate lathe bed, and the cutting mechanism cuts the plank on the cutting plate lathe bed and the tubing on the Pipe Cutting lathe bed.The plate tube cutting machine that the utility model embodiment provides shortens the length of overarm arm, and structure is more simplified and reliable and stable, the cutting accuracy height of plank and tubing.
Description
Technical field
The utility model is related to laser cutting technique fields, and in particular to a kind of plate tube cutting machine.
Background technology
There is plate tube cutting machine plank and the double cutting functions of tubing, the plate tube cutting machine of mainstream mainly to use laser to plank
Or tubing is cut, to cut out figure or pattern on plank or tubing.
Existing plate tube cutting machine is used to cut the cutting plate lathe bed of plank and the Pipe Cutting lathe bed for incising pipes is mainly adopted
It is independently separated with Pipe Cutting lathe bed with independent split type mounting means, that is, cutting plate lathe bed, Each performs its own functions；Cutting plate lathe bed and Pipe Cutting lathe bed
Top sets overarm or crossbeam, and laser cutting head is set on crossbeam；The design of this independent split type is easy to cause overarm or crossbeam
Cantilever is longer, overall structure is too fat to move, castability is poor and dynamic property is bad, and the acceleration that can also further result in laser cutting is difficult
To be promoted, lathe leads to the problem of apparent shake in laser cutting process, directly affects the precision of laser cutting plank and tubing
And efficiency.
In addition, often can not by installation base surface progress between the cutting plate lathe bed and Pipe Cutting lathe bed of existing plate tube cutting machine
By connection, the depth of parallelism between cutting plate lathe bed and Pipe Cutting lathe bed can not ensure, easy to produce tube surfaces cut it is non-round, cut not side etc.
Precision bad phenomenon.
Utility model content
It is integrated in Pipe Cutting lathe bed in order to solve the above technical problems, the utility model embodiment provides a kind of cutting plate lathe bed
The stable structure being reliably connected by installation base surface between one and cutting plate lathe bed and Pipe Cutting lathe bed is reliable, and plank and tubing are cut
Cut plate tube cutting machine with high accuracy.
The utility model embodiment provides a kind of plate tube cutting machine, including cutting plate lathe bed, overarm, cutting mechanism and Pipe Cutting
Lathe bed；
The side of the cutting plate lathe bed is equipped with the first installation base surface, and the Pipe Cutting lathe bed is correspondingly provided with the second peace on side
Basal plane is filled, the Pipe Cutting lathe bed is mounted on by second installation base surface, the first installation base surface on the cutting plate lathe bed, described
Cutting plate lathe bed is parallel with the Pipe Cutting lathe bed；
The overarm is mounted on above the cutting plate lathe bed, and one end of the overarm extends to the upper of the Pipe Cutting lathe bed
Side；
The cutting mechanism is mounted in the overarm, and the overarm does directed movement above the cutting plate lathe bed,
The cutting mechanism cuts the plank on the cutting plate lathe bed and the tubing on the Pipe Cutting lathe bed.
Further, it is additionally provided with third installation base surface on the cutting plate lathe bed；
The third installation base surface is vertical with first installation base surface, and being equipped with first on the third installation base surface leads
Rail, the overarm are moved along first guide rail.
Further, in the overarm, the extending direction along the overarm is equipped with the second guide rail；
The cutting mechanism includes slide unit, drive component and cutting head；
The slide unit is slided along second guide rail, and the driving component drives the cutting head to transport in the vertical direction
It is dynamic.
Further, the driving component includes first motor and cutting head mounting base；
Cutting head is mounted in cutting head mounting base, and the motor is mounted on the slide unit, in the shaft of the motor
Lead screw is installed, is corresponded in the cutting head mounting base and feed screw nut is installed, the lead screw passes through the feed screw nut, described
Third guide rail is additionally provided on slide unit, the motor drives the cutting head mounting base to be moved along the third guide rail；
Further, the plate tube cutting machine further includes fixed chuck assembly and propulsion chuck assembly；
The fixed chuck assembly is fixed on one end of the Pipe Cutting lathe bed,
The propulsion chuck assembly includes slide carriage, and the Pipe Cutting lathe bed is equipped with the 4th guide rail, and the slide carriage is along described the
Four guide rails move.
Further, the fixed chuck assembly includes the second motor, motor mount, fixed chuck；
The fixed chuck is fixed on the Pipe Cutting lathe bed, and the motor mount is mounted on the Pipe Cutting lathe bed；
The fixed chuck is equipped with the first chuck mouth, is equipped with the first synchronizing wheel on the first chuck mouth, and described the
One synchronizing wheel rotates on the first chuck mouth；
The first claw is installed in first synchronizing wheel；
The motor mount is equipped with first rotating shaft hole, and the shaft of second motor passes through the first rotating shaft hole,
It is socketed with the second synchronizing wheel in the shaft of second motor, passes through between first synchronizing wheel and second synchronizing wheel
One, which synchronizes band, carries out Synchronous Transmission.
Further, first claw includes push rod and idler wheel, roller bearing is additionally provided on the push rod, the idler wheel is around institute
State roller bearing rotation.
Further, it is further fixed on first motor mounting plate on the Pipe Cutting lathe bed；
The motor mount is mounted on the first motor mounting plate, and the first motor mounting plate is equipped with first
Threaded hole is correspondingly provided with the second threaded hole on the motor mount, passes through screw rod and first threaded hole, the second threaded hole
The position of the motor mount is adjusted in cooperation.
Further, the propulsion chuck assembly further includes the rotating seat being fixed on the slide carriage；
It is equipped on the rotating seat and promotes chuck and third motor；
The propulsion chuck is equipped with the second chuck mouth, is equipped with third synchronizing wheel on the second chuck mouth, and described the
Three synchronizing wheels rotate on the second chuck mouth；
Second claw is installed in third synchronizing wheel；
The rotating seat is equipped with the second shaft hole, is socketed with the 4th synchronizing wheel in the shaft of the third motor, and described the
The shaft of three motors passes through second shaft hole, is synchronized by second between the third synchronizing wheel and the 4th synchronizing wheel
Band carries out Synchronous Transmission.
Further, the second motor mounting plate is installed on the side of second shaft hole, second shaft hole
Pressing plate is installed on the other side；
Second motor mounting plate is equipped with third shaft hole and first through hole；
It is additionally provided with the second through-hole and waist-shaped hole around second shaft hole；
The pressing plate is equipped with the 4th shaft hole and third through-hole；
The third motor is mounted on second motor mounting plate, and the shaft of the third motor passes through the third
Shaft hole, the second shaft hole and the 4th shaft hole；
Pass through the first through hole on bolt and the second motor mounting plate, the second through-hole around the second shaft hole and waist type
Second motor mounting plate, rotating seat, pressing plate are fixed in third through-hole cooperation on hole, pressing plate.
Mutually this has the advantages that in the prior art, the plate tube cutting machine that the utility model embodiment provides：
By the formation between the second installation base surface on the first installation base surface on cutting plate lathe bed and Pipe Cutting lathe bed can
By connection, when ensure that Pipe Cutting lathe bed is mounted on cutting plate lathe bed, the depth of parallelism between Pipe Cutting lathe bed and cutting plate lathe bed improves
Cutting accuracy when cutting mechanism in overarm cuts the plank on cutting plate lathe bed and the tubing on Pipe Cutting lathe bed；Together
When cutting plate lathe bed and Pipe Cutting lathe bed are integrated, substantially reduce the length of overarm, simplified the structure of plate tube cutting machine, carried
Stability when high Pipe Cutting lathe bed works with cutting plate lathe bed.
Description of the drawings
Fig. 1 is the structure chart of plate tube cutting machine and cutting plate lathe bed that the utility model embodiment provides；
Fig. 2 is the structure chart of overarm and cutting mechanism that the utility model embodiment provides；
Fig. 3 is the structure chart for the Pipe Cutting lathe bed that the utility model embodiment provides；
Fig. 4 is the structure chart for the fixation chuck assembly that the utility model embodiment provides；
Fig. 5 is the structure chart for the first claw that the utility model embodiment provides；
Fig. 6 is the structure chart for the propulsion chuck assembly that the utility model embodiment provides；
Fig. 7 is the structure chart of the second motor mount, rotating seat and pressing plate that the utility model embodiment provides.
Reference numeral：
1- cutting plates lathe bed, the first installation base surfaces of 11-, 12- thirds installation base surface, the first guide rails of 121-；
2- overarms, the second guide rails of 21-；
3- cutting mechanisms, 31- slide units, 311- thirds guide rail, 32- drive components, 321- first motors, 322- cutting heads peace
Fill seat, 33- cutting heads；
4- Pipe Cuttings lathe bed, the second installation base surfaces of 41-, the 4th guide rails of 42-, 43- first motors mounting plate, the first screw threads of 431-
Hole；
5- fixes chuck assembly, the second motors of 51-, the second synchronizing wheels of 511-, 52- motor mounts, 521- first rotating shafts
Chuck, the first chucks of 531- mouth, the first synchronizing wheels of 532-, the first claws of 533-, 5331- push rods, 5332- rollings are fixed in hole, 53-
Wheel, 5333- roller bearings, the first synchronous belts of 54-；
6- promotes chuck assembly, 61- slide carriages, 62- rotating seats, the second shaft holes of 621-, the second through-holes of 622-, 623- waist types
Hole, 63- promote chuck, the second chucks of 631- mouth, 632- thirds synchronizing wheel, the second claws of 633-, 64- thirds motor, 641- the
Four synchronizing wheels, the second synchronous belts of 65-, the second motor mounting plates of 66-, 661- thirds shaft hole, 662- first through hole, 67- pressing plates,
The 4th shaft holes of 671-, 672- third through-holes.
Specific implementation mode
The utility model is described comprehensively below with reference to relevant drawings for the ease of understanding the utility model,.It is attached
The preferred embodiment of the utility model is given in figure.But the utility model can be realized there are many different form, and
It is not limited to embodiment described herein.On the contrary, it is the disclosure made to the utility model to be supplied to the purpose of these embodiments
The understanding of content is more thorough and comprehensive.
Unless otherwise defined, the skill of technical and scientific term used herein and the technical field for belonging to the utility model
The normally understood meaning of art personnel is identical.It is used in the description of the utility model herein to belong to then for description tool
The purpose of the embodiment of body, it is not intended that in limitation the utility model.
Refering to fig. 1, in Fig. 1 part A show the utility model embodiment offer plate tube cutting machine structure chart, Fig. 1
Middle part B show the structure chart of the cutting plate lathe bed 1 of the utility model embodiment offer；The utility model embodiment provides one
Kind plate tube cutting machine, including cutting plate lathe bed 1, overarm 2, cutting mechanism 3 and Pipe Cutting lathe bed 4；The side of cutting plate lathe bed 1 is equipped with the
One installation base surface 11 is correspondingly provided with the second installation base surface 41 on 4 side of Pipe Cutting lathe bed, and Pipe Cutting lathe bed 4 passes through the second installation base surface
41, the first installation base surface 11 is mounted on cutting plate lathe bed 1, and cutting plate lathe bed 1 is parallel with Pipe Cutting lathe bed 4；Overarm 2 is mounted on cutting plate bed
1 top of body, and one end of overarm 2 extends to the top of Pipe Cutting lathe bed 4；Cutting mechanism 3 is mounted in overarm 2, and overarm 2 is in cutting plate
Directed movement is done in the top of lathe bed 1, and cutting mechanism 3 cuts the plank on cutting plate lathe bed 1 and the tubing on Pipe Cutting lathe bed 4
It cuts.
Specifically, cutting plate lathe bed 1 is used for the carrying and conveying of plank, Pipe Cutting lathe bed 4 is used for the carrying and conveying of tubing；The
One installation base surface 11 is a standard mounting surface on 1 side of cutting plate lathe bed, and the second basal plane 41 is a mark on Pipe Cutting lathe bed 4
Quasi- mounting surface, when Pipe Cutting lathe bed 4 is mounted on cutting plate lathe bed 1, the second installation base surface 41, which corresponds to, is mounted on the first installation base surface
On 11, the first installation base surface 11 of setting, the second installation base surface 41 purpose be in order to ensure cutting plate lathe bed 1 and Pipe Cutting lathe bed 4 it
Between the depth of parallelism, keep plank bed body 1 parallel with Pipe Cutting lathe bed 4, on the one hand this design realizes cutting plate lathe bed 1 and Pipe Cutting lathe bed
4 integrated designs shorten the length of overarm 2, so that overall structure is not shown too fat to move, improve the castable of tube sheet cutting machine
Property；On the other hand, but also overarm 2 can be parallel to cutting plate lathe bed 1, Pipe Cutting lathe bed 4 mounts, it ensure that cutting mechanism 3 outstanding
It is moved on beam 2 or the high-precision of cutting operation.
With continued reference to Fig. 1, in the utility model embodiment, third installation base surface 12 is additionally provided on cutting plate lathe bed 1；Third
Installation base surface 12 is vertical with the first installation base surface 11, the first guide rail 121 is equipped on third installation base surface 12, overarm 2 is along first
Guide rail 121 moves.The setting of third installation base surface 12 is so that first guide rail 121 of the overarm 2 on third installation base surface 12 moves
When, the track plane and cutting plate lathe bed 1 and Pipe Cutting lathe bed 4 of 2 movement of overarm are parallel, further ensure cutting mechanism 3 in overarm 2
High-precision when upper progress cutting operation.
Fig. 2 is further regarded to, in the utility model embodiment, in overarm 2, the extending direction along overarm 2 is equipped with the
Two guide rails 21；Cutting mechanism 3 includes slide unit 31, drive component 32 and cutting head 33；Slide unit 31 is slided along the second guide rail 21, driving
Component 32 drives cutting head 33 to move in the vertical direction.Drive component 32 includes first motor 321 and cutting head mounting base
322；Cutting head 33 is mounted in cutting head mounting base 322, and motor 321 is mounted on slide unit 31, is installed in the shaft of motor 321
There is a lead screw, corresponding in cutting head mounting base 322 to be equipped with feed screw nut, lead screw passes through feed screw nut, and the is additionally provided on slide unit 31
Three guide rails 311, motor 321 drive cutting head mounting base 322 to be moved along third guide rail 311.
Specifically, output end of the cutting head 33 as laser beam.By making first the leading on cutting plate lathe bed 1 of overarm 2
Rail 121 moves, and second guide rail 21 of the slide unit 31 in overarm 2 moves, and motor 321 drives cutting head mounting base 322 to be led along third
Rail 311 moves, realize cutting head 33 planar × axis, Y direction and Z axis vertical direction on move, and then make to cut
The cutting of arbitrary graphic pattern can be completed on plank and tubing by cutting first 33.
Fig. 3 is further regarded to, in the utility model embodiment, the tube sheet cutting machine further includes fixed chuck assembly
5 and promote chuck assembly 6；Fixed chuck assembly 5 is fixed on one end of Pipe Cutting lathe bed 4, and it includes slide carriage to promote chuck assembly 6
61, Pipe Cutting lathe bed 4 is equipped with the 4th guide rail 42, and slide carriage 61 is moved along the 4th guide rail 42.Fixed chuck assembly 5 is used for the rotation of tubing
Turn and be oriented to, chuck assembly 6 is promoted to be used for the rotation and propulsion of tubing；When being cut to tubing, fixed chuck assembly 5 with
It promotes chuck assembly 6 that the both ends of tubing are clamped respectively, chuck assembly 6 is promoted to push ahead tubing to 33 lower section of cutting head, Gu
Determine chuck assembly 5 and control clamped tubing synchronous rotary with chuck assembly 6 is promoted, is cut on tubing by cutting head 33
It cuts.
Fig. 4 is further regarded to, fixed chuck assembly 5 includes the second motor 51, motor mount 52, fixed chuck 53；Gu
Determine chuck 53 to be fixed on Pipe Cutting lathe bed 4, motor mount 52 is mounted on Pipe Cutting lathe bed 4；Fixed chuck 53 is equipped with first
Chuck mouth 531 is equipped with the first synchronizing wheel 532 on first chuck mouth 531, and the first synchronizing wheel rotates on the first chuck mouth 531；
First claw 533 is installed in first synchronizing wheel 532；Motor mount 52 is equipped with first rotating shaft hole 521, the second motor 51
Shaft passes through first rotating shaft hole 521, is socketed with the second synchronizing wheel 511 in the shaft of the second motor 51, the first synchronizing wheel 532 and the
Transmission is synchronized by the first synchronous belt 54 between two synchronizing wheel S11.Wherein, the first claw 533 is for being clamped tubing, and second
Motor 51 drives the rotation of the second synchronizing wheel 511, and drives the first synchronizing wheel 532 to move synchronously by the first synchronous belt 54, in turn
Make the tubing rotation clamped by the first claw 533 in the first synchronizing wheel 532.
Fig. 5 is further regarded to, in the utility model embodiment, the first claw 533 includes push rod 5331 and idler wheel 5332,
Roller bearing 5333 is additionally provided on push rod 5331, idler wheel 5332 is rotated around roller bearing 5333.Specifically, in the utility model embodiment,
Installation is there are four the first claw 533 in first synchronizing wheel 532, the push rods 5331 of four the first claws 533 respectively from tubing it is upper,
Under, left and right four orientations tubing pushing tow, by pipe clamping in centre, the idler wheel on the surface of tubing and four the first claws 533
5332 are in direct contact, because idler wheel 5332 can be rotated around the roller bearing 5333 on push rod 5331, even if tubing is by four first
The cooperation of claw 533 clamps, and tubing remains able to move in the first chuck mouth 531, promotes chuck assembly 6 by tubing to being pushed forward
During proceeding to 33 lower section of cutting head, four the first claws 533 need not do any action, it is only necessary to clamp tubing and make tubing
The effect of motion guide.
Again refering to Fig. 4, in the utility model embodiment, first motor mounting plate 43 is further fixed on Pipe Cutting lathe bed 4；
Motor mount 52 is mounted on first motor mounting plate 43, and first motor mounting plate 43 is equipped with the first threaded hole 431, motor
It is correspondingly provided with the second threaded hole (not shown) in mounting base 52, passes through screw rod and the first threaded hole 431, the cooperation pair of the second threaded hole
The position of motor mount 52 is adjusted.Specifically, screw rod passes through the first threaded hole 431 on motor mounting plate 43 to enter electricity
In the second threaded hole in machine mounting base 52, motor mounting plate 43 can be changed by the way that screw rod is twisted people or back-outs the second threaded hole
The distance between motor mount 52 to be finely adjusted to the position of motor mount 52, and then realizes the first synchronous belt
54 elasticity is adjusted, and the first synchronous belt 54 is adjusted to tensioning state, advantageously ensures that the first synchronizing wheel 532 and described second
The rotation of synchronizing wheel 511 synchronizes.
Fig. 6 is further regarded to, in the utility model embodiment, it further includes being fixed on slide carriage 61 to promote chuck assembly 6
Rotating seat 62；It is equipped on rotating seat 62 and promotes chuck 63 and third motor 64；Chuck 63 is promoted to be equipped with the second chuck mouth
631, third synchronizing wheel 632 is installed on the second chuck mouth 631, third synchronizing wheel 632 rotates on the second chuck mouth 631；The
Second claw 633 is installed in three synchronizing wheels 632；Rotating seat 62 is equipped with the second shaft hole 621, is covered in the shaft of third motor 64
It is connected to the 4th synchronizing wheel 641, the shaft of third motor 64 passes through the second shaft hole 621, third synchronizing wheel 632 and the 4th synchronizing wheel
Transmission is synchronized by the second synchronous belt 65 between 641.
Specifically, the second claw 633 is used for the clamping of tubing；Under the driving of third motor 64, third synchronizing wheel 632,
4th synchronizing wheel 641 keeps rotating synchronously by the second synchronous belt 65, adjusts the rotating speed of the second motor 51 and third motor 64, makes
First synchronizing wheel 532 is consistent with the rotating speed of third synchronizing wheel 632, ensures tubing in fixed chuck assembly 5, propulsion chuck assembly 6
On rotating speed it is consistent, can prevent tubing rotation when, tubing be fixed chuck assembly 5, promote chuck assembly 6 be clamped head and the tail
Torque is generated between both ends, tubing is caused twisted phenomena occur, is conducive to improve precision when tubing cutting.
Fig. 7 is further regarded to, in the utility model embodiment, the second electricity is installed on the side of the second shaft hole 621
Machine mounting plate 66 is equipped with pressing plate 67 on the other side of second shaft hole 621；Second motor mounting plate 66 is equipped with third shaft
Hole 661 and first through hole 662；The second through-hole 622 and waist-shaped hole 623 are additionally provided with around second shaft hole 621；Pressing plate 67 is equipped with
4th shaft hole 671 and third through-hole 672；Third motor 64 is mounted on the second motor mounting plate 66, and third motor 64 turns
Axis passes through third shaft hole 661, the second shaft hole 621 and the 4th shaft hole 671；By on bolt and the second motor mounting plate 66
First through hole 662, the third through-hole 672 on the second through-hole 622 and waist-shaped hole 623, pressing plate 67 around the second shaft hole 621
The second motor mounting plate 66, rotating seat 62, pressing plate 67 are fixed in cooperation.
Specifically, in the utility model embodiment, set on the second motor mounting plate 66 there are four first through hole 662, the
It is set around two shaft holes 621 there are one the second through-hole 622 and three waist-shaped holes 623, first through hole is passed through by a bolt
662, the second motor mounting plate 66 is mounted on the side of the second shaft hole 621 by the second through-hole 622, then passes through the other three bolt
By by bolt by remaining three through-holes on the second motor mounting plate 66 and three waist-shaped holes around the second shaft hole 621
623 correspond to bolt, at this point, third motor 64, the second motor mounting plate 66 can be rotated around the second through hole along three waist-shaped holes 623
Certain angle, to adjust the elasticity of the second synchronous belt 65；After second synchronous belt 65 is adjusted to tensioning state, pass through bolt
Three waist-shaped holes 623 around second shaft hole 621 and three third through-holes 672 correspondence on pressing plate 67 are fastened and connect, at this point, logical
It crosses bolt, the second motor mounting plate 66 and pressing plate 67 third motor 64 is fixedly secured on rotating seat 62, third motor 64 is not
It can be rotated on rotating seat 62 again.
Mutually this has the advantages that in the prior art, the plate tube cutting machine that the utility model embodiment provides：
Pass through the shape between the second installation base surface 41 on the first installation base surface 11 on cutting plate lathe bed 1 and Pipe Cutting lathe bed 4
At be reliably connected, it is flat between Pipe Cutting lathe bed 4 and cutting plate lathe bed 1 when ensure that Pipe Cutting lathe bed 4 is mounted on cutting plate lathe bed 1
Row degree, the cutting mechanism 3 improved in overarm 2 cut the plank on cutting plate lathe bed 1 and the tubing on Pipe Cutting lathe bed 4
When cutting accuracy；Cutting plate lathe bed 1 and Pipe Cutting lathe bed 4 are integrated simultaneously, the length of overarm 2 is substantially reduced, simplifies
The structure of plate tube cutting machine improves stability when Pipe Cutting lathe bed 4 works with cutting plate lathe bed 1.
The utility model is not limited to the above-described embodiment and examples, other any spirit without departing from the utility model
Essence and the changes, modifications, substitutions, combinations, simplifications done under principle, should be equivalent substitute mode, be all considered as include
It is within the protection scope of the utility model.
Claims (10)
1. a kind of plate tube cutting machine, which is characterized in that including cutting plate lathe bed (1), overarm (2), cutting mechanism (3) and Pipe Cutting lathe bed
(4)；
The side of the cutting plate lathe bed (1) is equipped with the first installation base surface (11), is correspondingly provided on Pipe Cutting lathe bed (4) side
Second installation base surface (41), the Pipe Cutting lathe bed (4) are installed by second installation base surface (41), the first installation base surface (11)
On the cutting plate lathe bed (1), the cutting plate lathe bed (1) is parallel with Pipe Cutting lathe bed (4)；
The overarm (2) is mounted on above the cutting plate lathe bed (1), and one end of the overarm (2) extends to the Pipe Cutting bed
The top of body (4)；
The cutting mechanism (3) is mounted on the overarm (2), and the overarm (2) is determined above the cutting plate lathe bed (1)
To movement, the cutting mechanism (3) to the plank on the cutting plate lathe bed (1) and the tubing on the Pipe Cutting lathe bed (4) into
Row cutting.
2. plate tube cutting machine as described in claim 1, which is characterized in that be additionally provided with third installation on the cutting plate lathe bed (1)
Basal plane (12)；
The third installation base surface (12) is vertical with the first installation base surface (11), is installed on the third installation base surface (12)
There are the first guide rail (121), the overarm (2) to be moved along first guide rail (121).
3. plate tube cutting machine as described in claim 1, which is characterized in that on the overarm (2), along the overarm (2)
Extending direction is equipped with the second guide rail (21)；
The cutting mechanism (3) includes slide unit (31), drive component (32) and cutting head (33)；
The slide unit (31) is slided along second guide rail (21), and the driving component (32) drives the cutting head (33) perpendicular
Histogram moves upwards.
4. plate tube cutting machine as claimed in claim 3, which is characterized in that the driving component (32) includes first motor
(321) and cutting head mounting base (322)；
The cutting head (33) is mounted on the cutting head mounting base (322), and the first motor (321) is mounted on the cunning
On platform (31), lead screw is installed in the shaft of the first motor (321), installation is corresponded on the cutting head mounting base (322)
There is a feed screw nut, the lead screw passes through the feed screw nut, is additionally provided with third guide rail (311) on the slide unit (31), and described the
One motor (321) drives the cutting head mounting base (322) to be moved along the third guide rail (311).
5. plate tube cutting machine as described in claim 1, which is characterized in that further include fixed chuck assembly (5) and propulsion chuck
Component (6)；
The fixed chuck assembly (5) is fixed on one end of the Pipe Cutting lathe bed (4),
The propulsion chuck assembly (6) includes slide carriage (61), and the Pipe Cutting lathe bed (4) is equipped with the 4th guide rail (42), described to slip
Plate (61) is moved along the 4th guide rail (42).
6. plate tube cutting machine as claimed in claim 5, which is characterized in that the fixed chuck assembly (5) includes the second motor
(51), motor mount (52), fixed chuck (53)；
The fixed chuck (53) is fixed on the Pipe Cutting lathe bed (4), and the motor mount (52) is mounted on the Pipe Cutting
On lathe bed (4)；
The fixed chuck (53) is equipped with the first chuck mouth (531), and the first synchronization is equipped on the first chuck mouth (531)
It takes turns (532), first synchronizing wheel rotates on the first chuck mouth (531)；
The first claw (533) is installed on first synchronizing wheel (532)；
The motor mount (52) is equipped with first rotating shaft hole (521), and the shaft of second motor (51) passes through described the
One shaft hole (521) is socketed with the second synchronizing wheel (511), first synchronizing wheel in the shaft of second motor (51)
(532) transmission is synchronized by the first synchronous belt (54) between second synchronizing wheel (511).
7. plate tube cutting machine as claimed in claim 6, which is characterized in that first claw (533) includes push rod (5331)
With idler wheel (5332), roller bearing (5333) is additionally provided on the push rod (5331), the idler wheel (5332) is around the roller bearing (5333)
Rotation.
8. plate tube cutting machine as claimed in claim 6, which is characterized in that be further fixed on the first electricity on the Pipe Cutting lathe bed (4)
Machine mounting plate (43)；
The motor mount (52) is mounted on the first motor mounting plate (43), on the first motor mounting plate (43)
Equipped with the first threaded hole (431), it is correspondingly provided with the second threaded hole on the motor mount (52), passes through screw rod and described first
The position of the motor mount (52) is adjusted in threaded hole (431), the cooperation of the second threaded hole.
9. plate tube cutting machine as claimed in claim 5, which is characterized in that the propulsion chuck assembly (6) further includes being fixed on
Rotating seat (62) on the slide carriage (61)；
It is equipped on the rotating seat (62) and promotes chuck (63) and third motor (64)；
The propulsion chuck (63) is equipped with the second chuck mouth (631), and third synchronization is equipped on the second chuck mouth (631)
It takes turns (632), the third synchronizing wheel (632) rotates on the second chuck mouth (631)；
Second claw (633) is installed in third synchronizing wheel (632)；
The rotating seat (62) is equipped with the second shaft hole (621), and the 4th synchronization is socketed in the shaft of the third motor (64)
It takes turns (641), the shaft of the third motor (64) passes through second shaft hole (621), the third synchronizing wheel (632) and institute
It states and transmission is synchronized by the second synchronous belt (65) between the 4th synchronizing wheel (641).
10. plate tube cutting machine as claimed in claim 9, which is characterized in that installed on the side of second shaft hole (621)
There is the second motor mounting plate (66), pressing plate (67) is installed on the other side of second shaft hole (621)；
Second motor mounting plate (66) is equipped with third shaft hole (661) and first through hole (662)；
It is additionally provided with the second through-hole (622) and waist-shaped hole (623) around second shaft hole (621)；
The pressing plate (67) is equipped with the 4th shaft hole (671) and third through-hole (672)；
The third motor (64) is mounted on second motor mounting plate (66), and the shaft of the third motor (64) passes through
The third shaft hole (661), the second shaft hole (621) and the 4th shaft hole (671)；
It is logical by second of the first through hole (662), the second shaft hole (621) surrounding on bolt and the second motor mounting plate (66)
Third through-hole (672) on hole (622) and waist-shaped hole (623), pressing plate (67) coordinates second motor mounting plate (66), rotation
Swivel base (62), pressing plate (67) are fixed.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721922196.5U CN207971569U (en) | 2017-12-29 | 2017-12-29 | A kind of plate tube cutting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721922196.5U CN207971569U (en) | 2017-12-29 | 2017-12-29 | A kind of plate tube cutting machine |
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| CN207971569U true CN207971569U (en) | 2018-10-16 |
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| CN201721922196.5U Active CN207971569U (en) | 2017-12-29 | 2017-12-29 | A kind of plate tube cutting machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109877432A (en) * | 2019-04-26 | 2019-06-14 | 广东梯井电梯配套工程有限公司 | Automatic cutting puncher |
| CN110116276A (en) * | 2019-04-18 | 2019-08-13 | 济南金威刻科技发展有限公司 | The dual-purpose optical-fiber laser cutting machine of plate pipe |
| CN111843199A (en) * | 2020-09-04 | 2020-10-30 | 江苏领翰智能激光科技有限公司 | Strengthen integrative laser cutting machine of dust removal type tube sheet |
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2017
- 2017-12-29 CN CN201721922196.5U patent/CN207971569U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110116276A (en) * | 2019-04-18 | 2019-08-13 | 济南金威刻科技发展有限公司 | The dual-purpose optical-fiber laser cutting machine of plate pipe |
| CN109877432A (en) * | 2019-04-26 | 2019-06-14 | 广东梯井电梯配套工程有限公司 | Automatic cutting puncher |
| CN109877432B (en) * | 2019-04-26 | 2024-02-20 | 广东梯井电梯配套工程有限公司 | Automatic cutting perforating machine |
| CN111843199A (en) * | 2020-09-04 | 2020-10-30 | 江苏领翰智能激光科技有限公司 | Strengthen integrative laser cutting machine of dust removal type tube sheet |
| CN111843199B (en) * | 2020-09-04 | 2021-02-26 | 江苏领翰智能激光科技有限公司 | Strengthen integrative laser cutting machine of dust removal type tube sheet |
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