CN110202379A - A kind of leisure tables and chairs tubing is with cutting and flash removed production line - Google Patents
A kind of leisure tables and chairs tubing is with cutting and flash removed production line Download PDFInfo
- Publication number
- CN110202379A CN110202379A CN201910361361.1A CN201910361361A CN110202379A CN 110202379 A CN110202379 A CN 110202379A CN 201910361361 A CN201910361361 A CN 201910361361A CN 110202379 A CN110202379 A CN 110202379A
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- plate
- motor
- guide groove
- partition
- conveyer belt
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 28
- 238000005520 cutting process Methods 0.000 title claims abstract description 19
- 238000005192 partition Methods 0.000 claims abstract description 74
- 238000005498 polishing Methods 0.000 claims abstract description 58
- 238000003825 pressing Methods 0.000 claims abstract description 38
- 230000000694 effects Effects 0.000 abstract description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 13
- JEIPFZHSYJVQDO-UHFFFAOYSA-N iron(III) oxide Inorganic materials O=[Fe]O[Fe]=O JEIPFZHSYJVQDO-UHFFFAOYSA-N 0.000 description 9
- 229910052742 iron Inorganic materials 0.000 description 7
- 230000005611 electricity Effects 0.000 description 6
- 238000000034 method Methods 0.000 description 6
- 230000008602 contraction Effects 0.000 description 5
- 230000005540 biological transmission Effects 0.000 description 2
- 230000006698 induction Effects 0.000 description 2
- 239000007788 liquid Substances 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 230000000903 blocking effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000002045 lasting effect Effects 0.000 description 1
- 238000004088 simulation Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/02—Machine tools for performing different machining operations
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- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The invention discloses a kind of leisure tables and chairs tubing with cutting and flash removed production line, it includes bottom plate A, is provided with guide groove A and push plate above bottom plate A；The one end guide groove A is provided with guide groove B and saw blade；Guide groove A one end is equipped with fluting A and baffle A；The side baffle A is provided with guide groove C；There are two threaded rod B and pressing plate A for the setting of the one end guide groove B；There are two threaded rod C and pressing plate B for setting between fluting A and lifter plate A；The one end guide groove B is provided with plate, partition A and partition B；Movable plate is provided with below plate；The side of partition A is provided with bottom plate B and conveyer belt A；The one end conveyer belt A is provided with inclined plate B；Conveyer belt A is provided with baffle C and polishing roll above one end；Conveyer belt A is provided with polishing disk above one end.The present invention, which can not only reduce, labor intensity and to be improved efficiency, also have the advantages that derusting effect preferably, intelligence degree is higher, sliding when more stable, mechanism it is higher compared with flexible and precision.
Description
Technical field
The present invention relates to a kind of a kind of leisure tables and chairs tubing of tubular object extruding industry with cutting and flash removed production line.
Background technique
Need to use finished tubing in the tables and chairs of some foldings, and these tubing are needed from the sanction by tubing
It cuts machine and is cut into shorter tubing to longer tubing, then staff is again used these shorter tubing by tubing
The both ends of the flash removed machine tubing shorter to these carry out flash removed processing, last staff is by the pipe after these flash removedes
Material removes the iron rust on its surface to it by the iron rust machine that goes of tubing, and the guillotine of these tubing, flash removed machine and goes
The labor intensity of production line staff when to tubular object extruding of the processing tubing of iron rust machine composition is larger, and passes through work
The carrying of personnel and moving process keep the efficiency of processing lower.Therefore, the guillotine of existing tubing, flash removed machine and de-iron
The production line of rust machine composition has that labor intensity is larger and efficiency is lower.
Summary of the invention
The object of the present invention is to provide a kind of leisure tables and chairs tubing with cutting and flash removed production line.The present invention
Labor intensity can not only be reduced, also has the advantages that efficiency is higher.
Technical solution of the present invention: a kind of leisure tables and chairs tubing is with cutting and flash removed production line, including bottom plate A, bottom plate A
Top is provided with guide groove A；Sliding block is provided with below guide groove A；Push plate is connected with above sliding block；The one end the guide groove A is set
It is equipped with guide groove B, is provided with saw blade between guide groove A and guide groove B；One end on the guide groove A close to guide groove B is set
There is fluting A, slidably connects baffle A on the A that slots；The side baffle A is provided with guide groove C；Close to guide groove on the guide groove B
There are two threaded rod B for one end setting of A；Pressing plate A is provided between two threaded rod B；It is set between the fluting A and lifter plate A
Threaded rod C there are two setting；Pressing plate B is provided between two threaded rod C；One end on the guide groove B far from guide groove A is arranged
There is plate, the two sides of plate are connected separately with partition A and partition B, and the height of the top end part partition A is lower than the height of the top end part partition B
Degree；It is provided with movable plate below the plate, is provided with multiple inclined inclined plate A above movable plate；It is separate on movable plate to lead
One end of slot B is provided with baffle B；The side of the partition A is provided with bottom plate B, and conveyer belt A is provided on bottom plate B；Conveyer belt
One end of the upper close partition A of A is provided with inclined inclined plate B；Conveyer belt A is provided with baffle C above one end of inclined plate B,
The two sides baffle C are provided with polishing roll；Polishing disk is provided with above one end on the conveyer belt A far from inclined plate B；Polishing disk
Top is provided with portal frame, and threaded rod D is connected between polishing disk and portal frame crossbeam；The polishing disk two sides are provided with biography
Send band B；The conveyer belt A is equipped with the multiple and orthogonal groove A of polishing roll.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, be threaded with spiral shell in the middle part of the sliding block
The one end rasp bar A, threaded rod A is connected with motor A；It is connected with motor B in the middle part of the saw blade, is connected with hydraulic cylinder A above motor B；
The top end part the baffle A is connected with the hydraulic cylinder B on guide groove C；One end on the guide groove B close to guide groove A is set
It sets there are two the motor C for being located at the two sides guide groove B, each top motor C is connect with threaded rod B；Described two screw threads
Lifter plate A is provided between bar B, the both ends lifter plate A are threadedly coupled with threaded rod B, and pressing plate A is located at below lifter plate A；Institute
Setting is stated between fluting A and lifter plate A there are two the motor D for being located at the two sides guide groove A, above each motor D and spiral shell
Rasp bar C connection；Lifter plate B is provided between described two threaded rod C, the both ends lifter plate B are threadedly coupled with threaded rod C,
Pressing plate B is located at below lifter plate B；The movable plate is all connected with the bottom end partition A and the bottom end partition B, and movable plate side connects
It is connected to multiple hydraulic cylinders C；Multiple hydraulic cylinders D is connected between each inclined plate A and movable plate；The one of each polishing roll
End is respectively connected with motor E；Motor F is connected with above the polishing disk；Described one end each conveyer belt B is respectively connected with motor G；Institute
It states and is connected with multiple live-rollers in conveyer belt A, motor H is respectively connected on each live-roller；The bottom end of the pressing plate A and pressing plate
The bottom end of B is provided with inductor；One end on the bottom plate B far from bottom plate A is connected with collection frame；It is set on the bottom plate A
It is equipped with PLC controller, the motor A, motor B, hydraulic cylinder A, hydraulic cylinder B, motor C, motor D, hydraulic cylinder C, hydraulic cylinder D, electricity
Machine E, motor F, motor G, motor H and inductor are electrically connected with PLC controller；The PLC controller can control motor A
Positive and negative rotation, the rotation of motor B, the flexible of hydraulic cylinder A, the flexible of hydraulic cylinder B, the positive and negative rotation of motor C, motor D just
Reverse turn, the flexible of hydraulic cylinder C, the flexible of hydraulic cylinder D, the rotation of motor E, the rotation of motor F, the rotation of motor G and motor H
Rotation, and then control the moving back and forth of sliding block, the rotation of saw blade, the moving up and down of saw blade, baffle A move back and forth, go up and down
The moving up and down of plate A, the moving up and down of lifter plate B, the moving back and forth of movable plate, the moving up and down of inclined plate A, polishing roll turn
The dynamic, rotation of polishing disk, the rotation of conveyer belt B and live-roller rotation.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, each inclined plate A is diagonally downward
Side is towards partition A；It is corresponded on the plate and is equipped with fluting B at the position of each inclined plate A；The two sides the inclined plate B are all provided with
Be equipped with partition C, the height of the one end of inclined plate B diagonally downward is higher than the height of the top end part conveyer belt A, inclined plate B tilt upward one
Side is towards partition A；Side on the baffle C far from inclined plate B is connected with limit plate；Two are threaded on the threaded rod D
A nut for being located at portal frame crossbeam upper and lower ends；The polishing disk two sides are provided with partition D；Described conveyer belt B
Below partition D, two partition D are located at the two sides of conveyer belt A；It corresponds to be equipped at the position of sliding block on the bottom plate A and slide
Slot A, threaded rod A are located in sliding slot A, and one end of threaded rod A and the side wall of the one end sliding slot A are rotatablely connected；The sliding block and push plate
Between be connected with link block, link block two sides are equipped with point；Be correspondingly connected on the guide groove A at the position of block be equipped with
The sliding slot B that sliding slot A is parallel to each other；Multiple supporting block A are provided between the two sides and bottom plate A of the guide groove A.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, be all connected with below each motor C
There are supporting block B, each supporting block B to connect with guide groove B；Supporting block C, Mei Gezhi are respectively connected with below each motor D
Bracer C is connect with guide groove A；The side the hydraulic cylinder A is provided with the fixed block on bottom plate A, hydraulic cylinder A and fixed block
Between be connected with connecting rod.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, correspond to movable plate on the bottom plate A
Groove B is equipped at position；The movable plate bottom end is provided with multiple draw runners being parallel to each other, and the bottom end the groove B is corresponding
Sliding slot C is equipped at the position of draw runner.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, be all provided in the middle part of each polishing roll
It is equipped with shaft, the both ends of each shaft are rotatably connected to the bearing on bottom plate B；One end of each shaft with an electricity
Machine E connection.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, the two sides of the baffle C are respectively connected with
Fixed plate, two fixed plates are located at the two sides of conveyer belt A.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, the both ends of each conveyer belt B point
It is not rotatably connected to driving wheel and driven wheel, the motor G is connect with driving wheel.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, on the partition C close to partition A one
End is equipped with arc section A；Arc section B is equipped with close to one end of partition A on the partition D；It is connected between the partition D and bottom plate B
There is strut.
A kind of leisure tables and chairs tubing above-mentioned with cut and flash removed production line in, correspond to conveyer belt A's on the bottom plate B
Groove C is equipped at position.
Compared with prior art, the present invention is by the way that after the tubing for needing to process is placed on guide groove A, staff is logical
Push plate is crossed by after the alignment of these tubing, then one end of these tubing is pushed on guide groove B, staff passes through rotation again
Saw blade the one end of tubing is cut, then staff, which passes through push plate again these are cut to the tubing that gets off, continues
It pushes forward, these are cut after the tubing to get off is pushed on plate, these are cut the tubing to get off by staff
It is moved to the side of inclined plate B, then the tubing on plate is slided into after inclined plate B to the transmission for dropping into rotation again by inclined plate A
In band A, the groove A on conveyer belt A is transported between the polishing roll of two rotations after in turn blocking these tubing after cutting,
Two polishing rolls and then flash removed processing is carried out to the both ends of these tubing after cutting, and the tubing after flash removed is in conveyer belt
The lower section of polishing disk is continued to move along under the drive of A, the conveyer belt B of polishing disk two sides setting makes in the groove A of conveyer belt A
Tubing also rotate, the tubing of rotation and then be easier to be polished disk and remove removing rust, derusting effect is preferable, passes through said mechanism
Cooperation, after tubing is placed on guide groove A by staff, the present invention can cut tubing, flash removed and iron rust
Work, the present invention thereby reduces the labor intensity of staff instead of most manual working, while the present invention is to pipe
Material has carried out continuous processing, improves the working efficiency of processing.In addition, the present invention also passes through setting PLC controller, pass through
PLC controller controls motor A, motor B, hydraulic cylinder A, hydraulic cylinder B, motor C, motor D, hydraulic cylinder C, hydraulic cylinder D, motor E, electricity
The work of machine F, motor G, motor H and inductor, and then working efficiency of the invention is further improved, and improve the present invention
Intelligence degree；It is equipped with sliding slot A by bottom plate A, keeps sliding block more stable when sliding on sliding slot A, is equipped with by guide groove A
Sliding slot B keeps link block more stable when sliding on sliding slot B；By setting supporting block B, supporting block C and fixed block, make the present invention
Structure it is more stable；Draw runner is set by movable plate bottom end, the bottom end groove B is equipped with sliding slot C, keeps draw runner sliding on sliding slot C
It is more stable when dynamic；By the way that shaft is arranged in the middle part of polishing roll, the both ends of shaft are rotatably connected to bearing, keep mechanism of the invention cleverer
It is living；It is rotatablely connected driving wheel and driven wheel respectively by the both ends conveyer belt B, keeps mechanism of the invention more flexible；Pass through partition C mono-
End is equipped with arc section A, and the one end partition D is equipped with arc section B, make tubing more accurately enter two partition C and two partition D it
Between, precision is higher.Therefore, the present invention can not only reduce labor intensity and improve efficiency, and also have derusting effect preferable, intelligent
Change degree is higher, sliding when more stable, mechanism compared with flexibly and the higher advantage of precision.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the cross-sectional view in Fig. 1 at A-A；
Fig. 3 is the cross-sectional view at plate；
Fig. 4 is the cross-sectional view at bottom plate B.
The label in accompanying drawing is: 1- bottom plate A, 2- guide groove A, 3- sliding block, 4- threaded rod A, 5- motor A, 6- push plate, 7- are led
To slot B, 8- saw blade, 9- motor B, 10- hydraulic cylinder A, 11- fluting A, 12- baffle A, 13- guide groove C, 14- hydraulic cylinder B, 15- electricity
Machine C, 16- threaded rod B, 17- lifter plate A, 18- pressing plate A, 19- motor D, 20- threaded rod C, 21- lifter plate B, 22- pressing plate B,
23- plate, 24- partition A, 25- partition B, 26- movable plate, 27- hydraulic cylinder C, 28- inclined plate A, 29- hydraulic cylinder D, 30- fluting B,
31- baffle B, 32- bottom plate B, 33- conveyer belt A, 34- inclined plate B, 35- partition C, 36- baffle C, 37- limit plate, 38- polishing roll,
39- motor E, 40- polishing disk, 41- motor F, 42- portal frame, 43- threaded rod D, 44- nut, 45- partition D, 46- conveyer belt B,
47- motor G, 48- live-roller, 49- motor H, 50- groove A, 51- inductor, 52- collection frame, 53-PLC controller, 54- sliding slot
A, 55- link block, 56- sliding slot B, 57- supporting block A, 58- supporting block B, 59- supporting block C, 60- fixed block, 61- connecting rod, 62-
Groove B, 63- draw runner, 64- sliding slot C, 65- shaft, 66- bearing, 67- fixed plate, 68- driving wheel, 69- driven wheel, 70- circular arc
Section A, 71- arc section B, 72- strut, 73- groove C.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples, but be not intended as to the present invention limit according to
According to.
Embodiment.A kind of leisure tables and chairs tubing is constituted as shown in Figures 1 to 4, including bottom plate with cutting and flash removed production line
Guide groove A2 is provided with above A1, bottom plate A1；Sliding block 3 is provided with below guide groove A2；Push plate 6 is connected with above sliding block 3；It is described
The one end guide groove A2 is provided with guide groove B7, and saw blade 8 is provided between guide groove A2 and guide groove B7；It is leaned on the guide groove A2
The one end of nearly guide groove B7 is equipped with fluting A11, slidably connects baffle A12 on the A11 that slots；The side baffle A12, which is provided with, leads
To slot C13；Close to the setting of one end of guide groove A2, there are two threaded rod B16 on the guide groove B7；Between two threaded rod B16
It is provided with pressing plate A18；There are two threaded rod C20 for setting between the fluting A11 and lifter plate A17；Between two threaded rod C20
It is provided with pressing plate B22；One end on the guide groove B7 far from guide groove A2 is provided with plate 23, and the two sides of plate 23 connect respectively
It is connected to partition A24 and partition B25, the height of the top end part partition A24 is lower than the height of the top end part partition B25；The plate 23
Lower section is provided with movable plate 26, and multiple inclined inclined plate A28 are provided with above movable plate 26；Far from guide groove B7 on movable plate 26
One end be provided with baffle B31；The side of the partition A24 is provided with bottom plate B32, and conveyer belt A33 is provided on bottom plate B32；
One end on conveyer belt A33 close to partition A24 is provided with inclined inclined plate B34；Conveyer belt A33 is close to one end of inclined plate B34
Top is provided with baffle C36, and the two sides baffle C36 are provided with polishing roll 38；The one of separate inclined plate B34 on the conveyer belt A33
Polishing disk 40 is provided with above end；Portal frame 42 is provided with above polishing disk 40, between 42 crossbeam of polishing disk 40 and portal frame
It is connected with threaded rod D43；40 two sides of polishing disk are provided with conveyer belt B46；The conveyer belt A33 is equipped with multiple and throws
The orthogonal groove A50 of smooth roll 38.
Threaded rod A4 is threaded in the middle part of the sliding block 3, the one end threaded rod A4 is connected with motor A5；In the saw blade 8
Portion is connected with motor B9, is connected with hydraulic cylinder A10 above motor B9；The top end part the baffle A12 is connected with positioned at guide groove C13
On hydraulic cylinder B14；Close to the setting of one end of guide groove A2, there are two be located at the two sides guide groove B7 on the guide groove B7
Motor C15, connect with threaded rod B16 above each motor C15；Lifter plate is provided between described two threaded rod B16
The both ends A17, lifter plate A17 are threadedly coupled with threaded rod B16, and pressing plate A18 is located at below lifter plate A17；The fluting A11
It is arranged between lifter plate A17 there are two the motor D19 for being located at the two sides guide groove A2, above each motor D19 and spiral shell
Rasp bar C20 connection；Be provided with lifter plate B21 between described two threaded rod C20, the both ends lifter plate B21 with threaded rod C20
It is threadedly coupled, pressing plate B22 is located at below lifter plate B21；The movable plate 26 and the bottom end partition A24 and the bottom end partition B25
It is all connected with, 26 side of movable plate is connected with multiple hydraulic cylinders C27；It is connected between each inclined plate A28 and movable plate 26 more
A hydraulic cylinder D29；One end of each polishing roll 38 is respectively connected with motor E39；Motor is connected with above the polishing disk 40
F41；Described one end each conveyer belt B46 is respectively connected with motor G47；Multiple live-rollers 48 are connected in the conveyer belt A33, often
Motor H49 is respectively connected on a live-roller 48；The bottom end of the pressing plate A18 and the bottom end of pressing plate B22 are provided with induction
Device 51；One end on the bottom plate B32 far from bottom plate A1 is connected with collection frame 52；PLC controller is provided on the bottom plate A1
53, the motor A5, motor B9, hydraulic cylinder A10, hydraulic cylinder B14, motor C15, motor D19, hydraulic cylinder C27, hydraulic cylinder D29,
Motor E39, motor F41, motor G47, motor H49 and inductor 51 are electrically connected with PLC controller 53；The PLC control
Device 53 can control the positive and negative rotation of motor A5, the rotation of motor B9, the flexible of hydraulic cylinder A10, hydraulic cylinder B14 flexible, electricity
The positive and negative rotation of machine C15, the positive and negative rotation of motor D19, the flexible of hydraulic cylinder C27, the flexible of hydraulic cylinder D29, motor E39 turn
The dynamic, rotation of motor F41, the rotation of motor G47 and motor H49 rotation, and then control the moving back and forth of sliding block 3, saw blade 8
Rotation, the moving up and down of saw blade 8, the moving back and forth of baffle A12, the moving up and down of lifter plate A17, lifter plate B21 on move down
It is dynamic, movable plate 26 move back and forth, the moving up and down of inclined plate A28, the rotation of polishing roll 38, the rotation of polishing disk 40, conveyer belt
The rotation of B46 and the rotation of live-roller 48；The side of each inclined plate A28 diagonally downward is towards partition A24；The plate
It is corresponded on 23 and is equipped with fluting B30 at the position of each inclined plate A28；The two sides the inclined plate B34 are provided with partition C35, inclined plate
The height of the one end of B34 diagonally downward is higher than the height of the top end part conveyer belt A33, side that inclined plate B34 is tilted upward towards every
Plate A24；Side on the baffle C36 far from inclined plate B34 is connected with limit plate 37；It is threaded on the threaded rod D43
Two are located at the nut 44 of 42 crossbeam upper and lower ends of portal frame；40 two sides of polishing disk are provided with partition D45；It is described
Conveyer belt B46 is located at below partition D45, and two partition D45 are located at the two sides of conveyer belt A33；It is corresponding on the bottom plate A1
Sliding slot A54 is equipped at the position of sliding block 3, threaded rod A4 is located in sliding slot A54, one end and the one end sliding slot A54 of threaded rod A4
Side wall rotation connection；Link block 55 is connected between the sliding block 3 and push plate 6,55 two sides of link block are equipped with point；It is described
The sliding slot B56 for being equipped at the position of block 55 and being parallel to each other with sliding slot A54 is correspondingly connected on guide groove A2；The two of the guide groove A2
Multiple supporting block A57 are provided between side and bottom plate A1；It is respectively connected with supporting block B58 below each motor C15, each
Supporting block B58 is connect with guide groove B7；Supporting block C59, each supporting block C59 are respectively connected with below each motor D19
It is connect with guide groove A2；The side the hydraulic cylinder A10 is provided with the fixed block 60 on bottom plate A1, hydraulic cylinder A10 and solid
Determine to be connected with connecting rod 61 between block 60；It is corresponded on the bottom plate A1 and is equipped with groove B62 at the position of movable plate 26；The movement
26 bottom end of plate is provided with multiple draw runners 63 being parallel to each other, and the bottom end the groove B62 corresponds to be equipped at the position of draw runner 63
Sliding slot C64；The middle part of each polishing roll 38 is provided with shaft 65, and the both ends of each shaft 65, which are rotatably connected to, to be located at
Bearing 66 on bottom plate B32；One end of each shaft 65 is connect with a motor E39；The two sides of the baffle C36 are all connected with
There is fixed plate 67, two fixed plates 67 are located at the two sides of conveyer belt A33；The both ends of each conveyer belt B46 turn respectively
Dynamic to be connected with driving wheel 68 and driven wheel 69, the motor G47 is connect with driving wheel 68；Close to partition A24 on the partition C35
One end be equipped with arc section A70；Arc section B71 is equipped with close to one end of partition A24 on the partition D45；The partition D45 with
Strut 72 is connected between bottom plate B32；It is corresponded on the bottom plate B32 and is equipped with groove C73 at the position of conveyer belt A33.
Working principle: PLC controller 53 is a kind of electronic system of digital operation, is specially applied in industrial settings
And design, it is used to executing storage logical operation and sequential control, timing, counting using the memory that can be programmed
It is and various types of by the input (I) and output (O) interface, control of number or simulation with the instruction of the operations such as arithmetical operation
Mechanical equipment or production process；When original state, sliding block 3 and push plate 6 are located remotely from the one end of guide groove B7, hydraulic cylinder B14
In elongation state, baffle A12 is located in guide groove A2；Lifter plate B21 is located at the top end part of threaded rod C20, and lifter plate A17
In the top end part of threaded rod B16；All hydraulic cylinder C27 is in elongation state, and all hydraulic cylinder D29 is then in contraction state, liquid
Cylinder pressure A10 is in contraction state.
When work, staff will lie fallow on tables and chairs and the longer multiple tubing for being used to cut needed to be placed into
In guide groove A2, and make these tubing between guide groove A2 and baffle A12, the height that these tubing stack, which is lower than, to be led
To the Sidewall Height of slot A2, then staff manually shakeouts these tubing, these tubing parallel side-by-sides is made to be placed on guiding
In slot A2, staff opens power supply of the invention again, and PLC controller 53 is powered, PLC controller 53 according to setting program control
Motor B9 rotation processed, motor B9 drive saw blade rotation, and PLC controller 53 controls each motor H49 rotation again, and motor H49 drives
Corresponding live-roller 48 rotates, and the direction that each live-roller 48 rotates is all the same, and multiple live-rollers 48 make the upper end conveyer belt A33
Portion is rotated to one end far from inclined plate B34, and PLC controller 53 controls each motor G47 and also rotates, and motor G47 drives corresponding
Driving wheel 68 rotates, and the cooperation of driving wheel 68 and driven wheel 69 rotates conveyer belt B46, and the upper end of each conveyer belt B46
It is rotated to one end close to inclined plate B34, PLC controller 53 also controls motor F41 rotation, and motor F41 moves 40 turns of polishing disk
Dynamic, PLC controller 53 also controls each motor E39 rotation, and motor E39 drives corresponding polishing roll 38 to rotate, and two polishing rolls
38 rotations it is contrary, the upper end of two polishing rolls 38 is to rotation in the middle part of conveyer belt A33.
Then PLC controller 53 rotates certain angle according to the program controlled motor A5 of setting, and motor A5 drives screw thread
Bar A4 rotates certain angle, and link block 55 and push plate 6 of the threaded rod A4 then with 3 top of movable slider 3 and sliding block are along sliding slot A54
To close to the movement of the side of guide groove B7, if link block 55 is soon moved in the sliding slot B56 of guide groove A2,55 liang of link block
The point of end setting slides easily into link block 55 in sliding slot B56, and push plate 6 pushes multiple tubing on guide groove A2
Close to baffle A12, until push plate 6 makes these tubing are concordant to be arranged on guide groove A2, i.e., the both ends of each tubing are divided
It is not contacted with push plate 6 and baffle A12, then PLC controller 53 controls motor A5 and stops operating, and push plate 6 also stops movement；PLC
Controller 53 controls hydraulic cylinder B14 contraction again, and hydraulic cylinder B14 drives baffle A12 to move into guide groove C13, until baffle A12
The middle part of guide groove A2 is left, PLC controller 53 rotates certain angle, motor A5 according still further to the program controlled motor A5 of setting
Push plate 6 is driven to continue to close to the movement of the side of guide groove B7 by sliding block 3 and threaded rod A4, push plate 6 then continues to press on guiding
Concordant tubing on slot A2 is mobile to the side of guide groove B7, and the distance of these tubing movement is to need from these tubing
On cut the length of one section of the tubing to get off, and this segment length is also distance of the A11 to saw blade 8 on a horizontal of slotting,
It is also one end baffle B31 separate on baffle B31 to plate 23 for the distance of one end on saw blade 8 to guide groove B7 far from saw blade 8
Distance；One end of these tubing is aligned with the bottom end of saw blade 8 at this time.
Then PLC controller 53 controls each motor D19 again and each motor C15 is rotated, and motor D19 drives corresponding
Threaded rod C20 is also rotated, and two threaded rod C20 move down lifter plate B21, and lifter plate B21 band dynamic pressure plate B22 is to moving down
It is dynamic, and motor C15 drives corresponding threaded rod B16 also to rotate, two threaded rod B16 move down lifter plate A17, lifter plate
A17 band dynamic pressure plate A18 is moved down；And the present invention first time be pressed downward by pressing plate B22 and pressing plate A18 when, pressing plate A18 is simultaneously
Not in contact with tubing is arrived, and pressing plate B22 then presses to tubing, after the inductor 51 under pressing plate B22 senses these tubing, induction
The signal sensed is passed to PLC controller 53 by device 51, and PLC controller 53 controls each motor D19 and each motor C15 again
It stops operating, each threaded rod C20 and each threaded rod B16 also stop operating, lifter plate B21 and pressing plate B22 and lifter plate
A17 and pressing plate A18 also stops moving down, and pressing plate B22 pushes down multiple tubing being aligned at this time, and these tubing
One end be located at the lower section of saw blade 8；Then PLC controller 53 is extended according still further to the programmer cylinder A10 of setting, hydraulic cylinder
A10 drives the saw blade 8 of motor B9 and rotation to move down, and cuts for the first time to tubing for the present invention at this time, and saw blade 8 is downward
It is cut in mobile process and by these tubing, and after hydraulic cylinder A10 is elongated to maximum travel limit, motor B9 and saw
Piece 8 also stops moving down, and then PLC controller 53 controls hydraulic cylinder A10 contraction again, and hydraulic cylinder A10 drives motor B9 and saw
Piece 8 is returned to initial position；Then PLC controller 53 controls each motor D19 again and each motor C15 is rotated backward, right
The each threaded rod C20 and each threaded rod B16 answered is also rotated backward, and threaded rod C20 and threaded rod B16 drive corresponding liter
Drop plate B21, pressing plate B22 and lifter plate A17, pressing plate A18 are moved up and are returned to initial position.
And the present invention starts whole work process for the first time at this time, saw blade 8 does not cut down multiple tubing, and this hair
Bright to control each hydraulic cylinder C27 by PLC controller 53 again at this time and shrink, hydraulic cylinder C27 drives movable plate 26 to far from leading
Mobile to the side of slot B7, plate 23, partition A24, partition B25 above movable plate 26 etc. are also mobile with movable plate 26, and move
Sliding slot C64 of the draw runner 63 of 26 lower section of movable plate then along the bottom end groove B62 is slided, after hydraulic cylinder C27 is retracted to bottom, at this time
Movable plate 26 and plate 23 are respectively positioned on the side of inclined plate B34, and central point, the conveyer belt of the central point of plate 23 and inclined plate B34
The central point of A33 and the central point 2 of collection frame 5 are on the same straight line of horizontal plane, and then PLC controller 53 controls each again
Hydraulic cylinder D29 elongation, hydraulic cylinder D29 drive corresponding inclined plate A28 move up and pass through plate 23 fluting B30 after continue to
Upper movement, after each hydraulic cylinder D29 is elongated to maximum travel limit, each inclined plate A28 also moves up it and inclines at this time
The top end part of side obliquely is concordant with the top end part of partition A24, and each polishing roll 38 and each transmission on bottom plate B32
Band B46 and conveyer belt A33 and polishing disk 40 are in rotary state, after then PLC controller 53 controls hydraulic cylinder D29 contraction again
Inclined plate A28 is set to be returned to initial position, then PLC controller 53 controls hydraulic cylinder C27 elongation again, and hydraulic cylinder C27 drives movement
Plate 26 and plate 23 thereon and multiple hydraulic cylinders D29 are returned to initial position.
Then the present invention rotates certain angle according to the program controlled motor A5 of setting by PLC controller 53 again, electricity
Machine A5 drives push plate 6 to continue to press on multiple tubing on guide groove A2 and moves centainly to the side guide groove B7 by threaded rod A4
Distance, one end of these tubing is pushed on guide groove B7 by push plate 6 at this time, and one end of these tubing is remote on guide groove B7
One end alignment from guide groove A2, after then PLC controller 53 repeats above-mentioned each motor D19 and each motor C15 rotation
Work step, then pressing plate A18 of the invention and pressing plate B22 then continues to press to these tubing, until inductor 51 senses
Saw blade 8 is driven to move down after controlling hydraulic cylinder A10 elongation by PLC controller 53 again after signal, saw blade 8 is in turn from this at this time
Cut the tubing that one end meets length requirement on a little tubing；Then PLC controller 53 controls band after hydraulic cylinder A10 elongation again
It after dynamic saw blade 8 rises, then controls pressing plate A18 and pressing plate B22 also rises, then controls again after hydraulic cylinder C27 is shunk and control liquid again
Then cylinder pressure D29 elongation controls again and controls hydraulic cylinder C27 elongation after hydraulic cylinder D29 is shunk again, so recycles above-mentioned job step
Suddenly；After the present invention repeats above-mentioned work step third time, continued to press at this time by push plate 6 multiple on guide groove A2
After tubing, these tubing will be cut the shorter tubing of the multistage that gets off and push into plate 23 on guide groove B7, these are shorter
Tubing one end blocked by baffle B31 after rest on baffle B31, then hydraulic cylinder C27 is mobile by these shorter tubing
To the side inclined plate B34, then these shorter tubing are slided on inclined plate B34 by inclined plate A28 after hydraulic cylinder D29 elongation,
And the arc section A70 on the partition C35 of the two sides inclined plate B34 setting is fallen into again after focusing on these tubing in the middle part of inclined plate B34
Onto the conveyer belt A33 of rotation, and the diameter of the size of the multiple groove A50 set on conveyer belt A33 and tubing coincide, i.e., compared with
Short tubing can be sticked into just in these grooves A50, when multiple shorter tubing drop into conveyer belt A33 from inclined plate B34
In one end of upper close inclined plate B34, during conveyer belt A33 rotation, multiple shorter tubing drop into corresponding groove
In A50, and the gap between the bottom end baffle C36 and conveyer belt A33 is less than the diameter of a tubing, it is some do not fall under it is recessed
Shorter tubing in slot A50 is then blocked under the drive of conveyer belt A33 by baffle C36, these shorter tubing are in conveyer belt
A33 is dropped into the groove A50 for not sticking into tubing in the case where continuing to rotate.
And the tubing in groove A50 is fallen under the drive of conveyer belt A33 to the movement of 52 side of collection frame, these are dropped into
Tubing in groove A50 is after below baffle C36 using 37 lower section of limit plate, 37 bottom end of limit plate and the bottom baffle C36
End part aligning, limit plate 37 make the tubing being located in groove A50 be not easy to fall out from groove A50, and 37 liang of limit plate
The both ends of the polishing roll 38 of the side rotation then tubing shorter to these carry out deburring processing, and two polishing rolls 38 also can
These tubing are made to keep relatively intermediate position under mobile with conveyer belt A33, the tubing that these both ends are deburred is passing again
It send and continues to move below polishing disk 40 under the drive with A33, and the diameter of polishing disk 40 is greater than the length of these shorter tubing
It spends, is connected between the motor F41 connected and portal frame 42 by threaded rod D43 on polishing disk 40, and screw thread connects on threaded rod D43
Two nuts 44 connect can adjust position of the motor F41 in the short transverse on portal frame 42, and then adjust polishing disk 40
Height and position between bottom end and conveyer belt A33, enable polishing disk 40 better height to these shorter tubing into
Row derusting work, and the bottom end of the top end part of the conveyer belt B46 of 40 two sides of polishing disk setting and conveyer belt A33 upper groove A50
Alignment is transported between two partition D45 by the shorter tubing behind the lower section of limit plate 37 by conveyer belt A33, and each every
The arc section B71 of the one end plate D45 is moved to these tubing slowly between two partition D45, and between two partition D45
Distance is greater than the length for cutting the shorter tubing to get off, and the both ends of these tubing are then located on the conveyer belt B46 of rotation
And rotated in groove A50 under the drive of conveyer belt B46, the tubing of these rotations is polished disk 40 in turn and removes its surface
Iron rust.
These are by flash removed and the tubing of removing rust is gone to be driven under the lasting rotation of conveyer belt A33 into collection frame 52
Collect, the present invention completes the process tubing, and the remaining tubing not cut then repeat above-mentioned work step by after
Continuous processing, these tubing continue to cut under the promotion of push plate 6 with flash removed and iron rust, to the last one section without being cut
Tubing shift guide groove B7 under the promotion of push plate 6 after, PLC controller 53 controls after motor A5 rotates backward, and motor A5 is logical
Crossing sliding block 3 and threaded rod A4 makes push plate 6 be returned to initial position, and the motor D19 of the control of PLC controller 53 at this time makes pressing plate B22
When being pressed downward, inductor 51 below pressing plate B22 and the signal for being not sensed by tubing, PLC controller 53 controls hydraulic again at this time
Cylinder B14 elongation, hydraulic cylinder B14 drive baffle A12 to be returned to initial position along fluting A11, and then staff is again toward guiding
Addition needs the tubing cut in slot A2, repeats above-mentioned work step.
Claims (10)
1. a kind of leisure tables and chairs tubing is with cutting and flash removed production line, it is characterised in that: including bottom plate A (1), on bottom plate A (1)
Side is provided with guide groove A (2)；Sliding block (3) are provided with below guide groove A (2)；Push plate (6) are connected with above sliding block (3)；It is described
Guide groove A (2) one end is provided with guide groove B (7), and saw blade (8) are provided between guide groove A (2) and guide groove B (7)；It is described to lead
One end on slot A (2) close to guide groove B (7) is equipped with fluting A (11), slidably connects baffle A (12) on fluting A (11)；
Baffle A (12) side is provided with guide groove C (13)；There are two one end on the guide groove B (7) close to guide groove A (2) is arranged
Threaded rod B (16)；Pressing plate A (18) are provided between two threaded rod B (16)；Between the fluting A (11) and lifter plate A (17)
There are two threaded rod C (20) for setting；Pressing plate B (22) are provided between two threaded rod C (20)；It is separate on the guide groove B (7)
One end of guide groove A (2) is provided with plate (23), and the two sides of plate (23) are connected separately with partition A (24) and partition B (25),
The height of partition A (24) top end part is lower than the height of partition B (25) top end part；Movable plate is provided with below the plate (23)
(26), multiple inclined inclined plate A (28) are provided with above movable plate (26)；Far from the one end of guide groove B (7) on movable plate (26)
It is provided with baffle B (31)；The side of the partition A (24) is provided with bottom plate B (32), and bottom plate B is provided with conveyer belt A on (32)
(33)；One end on conveyer belt A (33) close to partition A (24) is provided with inclined inclined plate B (34)；Conveyer belt A (33) is close to tiltedly
It is provided with above one end of plate B (34) baffle C (36), baffle C (36) two sides are provided with polishing roll (38)；The conveyer belt
Polishing disk (40) are provided with above one end on A (33) far from inclined plate B (34)；Portal frame is provided with above polishing disk (40)
(42), threaded rod D (43) are connected between polishing disk (40) and portal frame (42) crossbeam；Polishing disk (40) two sides are respectively provided with
There are conveyer belt B (46)；The conveyer belt A (33) is equipped with multiple and polishing roll (38) orthogonal groove A (50).
2. a kind of leisure tables and chairs tubing according to claim 1 is with cutting and flash removed production line, it is characterised in that: described
It is threaded with threaded rod A (4) in the middle part of sliding block (3), threaded rod A (4) one end is connected with motor A (5)；In the middle part of the saw blade (8)
It is connected with motor B (9), is connected with hydraulic cylinder A (10) above motor B (9)；Baffle A (12) top end part is connected with to be located at and lead
Hydraulic cylinder B (14) on slot C (13)；There are two positions respectively for one end setting on the guide groove B (7) close to guide groove A (2)
Motor C (15) in guide groove B (7) two sides, each motor C (15) top are connect with threaded rod B (16)；Described two screw threads
It is provided between bar B (16) lifter plate A (17), lifter plate A (17) both ends are threadedly coupled with threaded rod B (16), pressing plate A
(18) it is located at below lifter plate A (17)；There are two be located at guiding for setting between the fluting A (11) and lifter plate A (17)
The motor D (19) of slot A (2) two sides, each motor D (19) top are connect with threaded rod C (20)；Described two threaded rod C
(20) it is provided between lifter plate B (21), lifter plate B (21) both ends are threadedly coupled with threaded rod C (20), pressing plate B (22)
Below lifter plate B (21)；The movable plate (26) is all connected with (24) bottom end partition A and partition B (25) bottom end, moves
Movable plate (26) side is connected with multiple hydraulic cylinders C (27)；It is connected between each inclined plate A (28) and movable plate (26) multiple
Hydraulic cylinder D (29)；One end of each polishing roll (38) is respectively connected with motor E (39)；Connection above the polishing disk (40)
There are motor F (41)；Described each conveyer belt B (46) one end is respectively connected with motor G (47)；It is connected in the conveyer belt A (33)
Multiple live-rollers (48) are respectively connected with motor H (49) on each live-roller (48)；The bottom end of the pressing plate A (18) and pressing plate B
(22) bottom end is provided with inductor (51)；One end on the bottom plate B (32) far from bottom plate A (1) is connected with collection frame
(52)；It is provided with PLC controller (53) on the bottom plate A (1), it is the motor A (5), motor B (9), hydraulic cylinder A (10), hydraulic
Cylinder B (14), motor C (15), motor D (19), hydraulic cylinder C (27), hydraulic cylinder D (29), motor E (39), motor F (41), motor G
(47), motor H (49) and inductor (51) are electrically connected with PLC controller (53)；The PLC controller (53) can control
The positive and negative rotation of motor A (5), the rotation of motor B (9), the flexible of hydraulic cylinder A (10), the flexible of hydraulic cylinder B (14), motor C
(15) positive and negative rotation of positive and negative rotation, motor D (19), the flexible of hydraulic cylinder C (27), the flexible of hydraulic cylinder D (29), motor E
(39) rotation of the rotation of rotation, motor F (41), the rotation of motor G (47) and motor H (49), and then control sliding block (3)
Move back and forth, the rotation of saw blade (8), the moving up and down of saw blade (8), the moving back and forth of baffle A (12), lifter plate A (17) it is upper
Lower movement, the moving up and down of lifter plate B (21), the moving back and forth of movable plate (26), the moving up and down of inclined plate A (28), polishing roll
(38) rotation of the rotation of rotation, polishing disk (40), the rotation of conveyer belt B (46) and live-roller (48).
3. a kind of leisure tables and chairs tubing according to claim 2 is with cutting and flash removed production line, it is characterised in that: described
The side of each inclined plate A (28) diagonally downward is towards partition A (24)；Each inclined plate A (28) is corresponded on the plate (23)
Fluting B (30) is equipped at position；Inclined plate B (34) two sides are provided with partition C (35), and inclined plate B (34) is diagonally downward
The height of one end is higher than the height of conveyer belt A (33) top end part, and the side that inclined plate B (34) is tilted upward is towards partition A (24)；Institute
It states the side on baffle C (36) far from inclined plate B (34) and is connected with limit plate (37)；It is threaded on the threaded rod D (43)
Two are located at the nut (44) of portal frame (42) crossbeam upper and lower ends；Polishing disk (40) two sides are provided with partition D
(45)；The conveyer belt B (46) is located at below partition D (45), and two partition D (45) are located at the two sides of (33) conveyer belt A；
It is corresponded on the bottom plate A (1) and is equipped with sliding slot A (54) at the position of sliding block (3), threaded rod A (4) is located in sliding slot A (54), screw thread
One end of bar A (4) and the side wall of sliding slot A (54) one end are rotatablely connected；It is connected with and connect between the sliding block (3) and push plate (6)
Block (55), link block (55) two sides are equipped with point；It is correspondingly connected at the position of block (55) and is equipped on the guide groove A (2)
The sliding slot B (56) being parallel to each other with sliding slot A (54)；It is provided between the two sides and bottom plate A (1) of the guide groove A (2) multiple
Supporting block A (57).
4. a kind of leisure tables and chairs tubing according to claim 2 is with cutting and flash removed production line, it is characterised in that: described
It is respectively connected with supporting block B (58) below each motor C (15), each supporting block B (58) connect with guide groove B (7)；It is described every
It is respectively connected with supporting block C (59) below a motor D (19), each supporting block C (59) connect with guide groove A (2)；It is described hydraulic
Cylinder A (10) side is provided with the fixed block (60) on bottom plate A (1), is connected between hydraulic cylinder A (10) and fixed block (60)
Connecting rod (61).
5. a kind of leisure tables and chairs tubing according to claim 1 is with cutting and flash removed production line, it is characterised in that: described
It is corresponded on bottom plate A (1) and is equipped with groove B (62) at the position of movable plate (26)；Movable plate (26) bottom end is provided with multiple
The draw runner (63) being parallel to each other, groove B (62) bottom end correspond to and are equipped with sliding slot C (64) at the position of draw runner (63).
6. a kind of leisure tables and chairs tubing according to claim 2 is with cutting and flash removed production line, it is characterised in that: described
It is provided with shaft (65) in the middle part of each polishing roll (38), the both ends of each shaft (65) are rotatably connected to positioned at bottom plate B
(32) bearing (66) on；One end of each shaft (65) is connect with a motor E (39).
7. a kind of leisure tables and chairs tubing according to claim 1 is with cutting and flash removed production line, it is characterised in that: described
The two sides of baffle C (36) are respectively connected with fixed plate (67), and two fixed plates (67) are located at the two sides of (33) conveyer belt A.
8. a kind of leisure tables and chairs tubing according to claim 2 is with cutting and flash removed production line, it is characterised in that: described
The both ends of each conveyer belt B (46) are rotatably connected to driving wheel (68) and driven wheel (69), the motor G (47) and active respectively
Take turns (68) connection.
9. a kind of leisure tables and chairs tubing according to claim 3 is with cutting and flash removed production line, it is characterised in that: described
One end on partition C (35) close to partition A (24) is equipped with arc section A (70)；Close to partition A (24) on the partition D (45)
One end is equipped with arc section B (71)；Strut (72) are connected between the partition D (45) and bottom plate B (32).
10. according to claim 1 to a kind of leisure tables and chairs tubing described in any claim in 9 with cut and flash removed produce
Line, it is characterised in that: corresponded on the bottom plate B (32) and be equipped with groove C (73) at the position of (33) conveyer belt A.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910361361.1A CN110202379B (en) | 2019-04-30 | 2019-04-30 | Cutting and deburring production line for leisure table and chair pipes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910361361.1A CN110202379B (en) | 2019-04-30 | 2019-04-30 | Cutting and deburring production line for leisure table and chair pipes |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110202379A true CN110202379A (en) | 2019-09-06 |
| CN110202379B CN110202379B (en) | 2024-06-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910361361.1A Active CN110202379B (en) | 2019-04-30 | 2019-04-30 | Cutting and deburring production line for leisure table and chair pipes |
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| Country | Link |
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| CN (1) | CN110202379B (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59219149A (en) * | 1983-05-25 | 1984-12-10 | Fujitsu Ltd | Method of removing lead burr of printed board |
| WO2017190502A1 (en) * | 2016-05-04 | 2017-11-09 | 江苏金派汽车配件有限公司 | Mirror image polishing device for automobile accessory surface |
| CN207402561U (en) * | 2017-11-21 | 2018-05-25 | 汪丰 | Knife saw movable type plank cutting and polishing production line |
| CN109079516A (en) * | 2018-09-26 | 2018-12-25 | 湖州南浔骏裕丝织厂 | A kind of spinneret bar cutting rust-cleaning integrating machine |
| CN208409959U (en) * | 2018-06-26 | 2019-01-22 | 浙江武义绿好科技发展有限公司 | A kind of mosquito-repellent incense scraps of paper machining production line |
| CN109530795A (en) * | 2018-11-28 | 2019-03-29 | 湖州飞顺丝绸有限公司 | A kind of spinneret steel cutting machine |
| CN209773961U (en) * | 2019-04-30 | 2019-12-13 | 浙江武义中茂工艺品制造有限公司 | Production line for cutting and deburring pipes of leisure table and chair |
-
2019
- 2019-04-30 CN CN201910361361.1A patent/CN110202379B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59219149A (en) * | 1983-05-25 | 1984-12-10 | Fujitsu Ltd | Method of removing lead burr of printed board |
| WO2017190502A1 (en) * | 2016-05-04 | 2017-11-09 | 江苏金派汽车配件有限公司 | Mirror image polishing device for automobile accessory surface |
| CN207402561U (en) * | 2017-11-21 | 2018-05-25 | 汪丰 | Knife saw movable type plank cutting and polishing production line |
| CN208409959U (en) * | 2018-06-26 | 2019-01-22 | 浙江武义绿好科技发展有限公司 | A kind of mosquito-repellent incense scraps of paper machining production line |
| CN109079516A (en) * | 2018-09-26 | 2018-12-25 | 湖州南浔骏裕丝织厂 | A kind of spinneret bar cutting rust-cleaning integrating machine |
| CN109530795A (en) * | 2018-11-28 | 2019-03-29 | 湖州飞顺丝绸有限公司 | A kind of spinneret steel cutting machine |
| CN209773961U (en) * | 2019-04-30 | 2019-12-13 | 浙江武义中茂工艺品制造有限公司 | Production line for cutting and deburring pipes of leisure table and chair |
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| Publication number | Publication date |
|---|---|
| CN110202379B (en) | 2024-06-18 |
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