CN207205416U - Full-automatic electric tube cutter - Google Patents
Full-automatic electric tube cutter Download PDFInfo
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- CN207205416U CN207205416U CN201721064262.XU CN201721064262U CN207205416U CN 207205416 U CN207205416 U CN 207205416U CN 201721064262 U CN201721064262 U CN 201721064262U CN 207205416 U CN207205416 U CN 207205416U
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- 238000005520 cutting process Methods 0.000 claims abstract description 38
- 238000000034 method Methods 0.000 claims abstract description 11
- 229910000831 Steel Inorganic materials 0.000 claims description 94
- 239000010959 steel Substances 0.000 claims description 94
- 239000000463 material Substances 0.000 claims description 83
- 230000003028 elevating effect Effects 0.000 claims description 16
- 238000003466 welding Methods 0.000 claims description 8
- 230000007423 decrease Effects 0.000 claims description 7
- 230000000630 rising effect Effects 0.000 claims description 6
- 230000033228 biological regulation Effects 0.000 claims description 3
- 238000006073 displacement reaction Methods 0.000 claims description 3
- 238000009826 distribution Methods 0.000 claims description 3
- 230000005484 gravity Effects 0.000 claims description 3
- 239000000203 mixture Substances 0.000 claims description 3
- 230000007547 defect Effects 0.000 abstract description 4
- 230000000694 effects Effects 0.000 abstract description 3
- 238000003754 machining Methods 0.000 abstract description 3
- 230000005540 biological transmission Effects 0.000 description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 2
- 241000233855 Orchidaceae Species 0.000 description 1
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- 238000004519 manufacturing process Methods 0.000 description 1
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Abstract
Full-automatic electric tube cutter, tiltedly move down the top that saw cutting device is arranged at the seat of honour, the slip clamp mechanism that pipe fitting is gripped in device is arranged at the top of counter-base, pipe fitting grips device and is arranged at the left side for tiltedly moving down saw cutting device, one group of pipe fitting grip device with one group tiltedly move down saw cutting device combine to be formed a station saw pipe group, one group of one station of the corresponding support of traversing support platform saw pipe group, saw pipe group is arranged at the top of traversing support platform, every group of traversing support platform is provided with traversing roll-setting gear, traversing roll-setting gear is arranged at the lower section of traversing support platform, 2~13 stations saw pipe group left-right situs combines to form a multi-court position pipe fitting cutting machine structure, pipe fitting jacking feed device is arranged at the rear of multi-court position pipe fitting cutting machine structure.The utility model has the characteristics of structure is novel, process velocity is fast, sawing effect is good, size adjusting speed is fast, sawing size is more accurate, defect rate is extremely low, high in machining efficiency.
Description
Technical field
The utility model belong to thick walled steel tube processing equipment field, especially wall thickness be 0.5mm~2mm round steel pipe or
Square steel tube, it is related to a kind of full-automatic electric tube cutter.
Background technology
Applicant was applied entitled on May 24th, 2013《A kind of thin-wall steel tube peeler》（Patent No.：
201310196390X）Patent of invention, the technical scheme that the patent of invention is provided is only applicable to umbrella rib processing equipment,
This processing equipment is only used for processing thin-wall steel tube.
The heavy wall to substantial amounts of different model can be used in furniture processing, parachute kit processing, outdoor lie fallow article manufacture field
Steel pipe, this thick walled steel tube be a kind of wall thickness be 0.5mm~2mm round steel pipe, square steel tube or special pipe, this thick walled steel tube
Also thicker than the thickness of the thin-wall steel tube umbrella frame of common family expenses umbrella is more, therefore cutting just not for this thick walled steel tube
Can using rotary-cut by the way of, still, the processing for thick walled steel tube at present can exist process velocity is slow, defect rate is high, processing imitate
The problem of rate is low.
The content of the invention
In order to solve the above problems, the utility model provides a kind of full-automatic electric tube cutter, and it coordinates with ratio-frequency welded tube device
Use, next process of the utility model as ratio-frequency welded tube device, the utility model is also used cooperatively with flash trimmer, gone
For burring machine as next process of the present utility model, the utility model has that structure is novel, process velocity is fast, sawing effect
The characteristics of good, size adjusting speed is soon, sawing size is more accurate, defect rate is extremely low, high in machining efficiency.
In order to achieve the above object, the utility model provides a kind of full-automatic electric tube cutter, and it is by pipe fitting jacking feeding dress
Put, transverse base plate, seat of honour platform, Main Control Tank, pipe fitting grip device, tiltedly move down saw cutting device, traversing roll-setting gear composition, its spy
Sign is,
Seat of honour platform is welded in the middle part of the top surface of transverse base plate, and seat of honour platform includes the seat of honour and counter-base, and counter-base is arranged at the seat of honour
Left side, counter-base and the seat of honour are by welding the cube type frame structure formed, before the top surface of transverse base plate by steel plate
Side is welded with four oblique steel plates, is welded with Main Control Tank at the top of four oblique steel plates, the bottom surface of transverse base plate is welded with front and rear two
Bar guide sleeve, keeping parallelism between front and rear two guide sleeves, front and rear two guide sleeves move towards in left and right horizontal；
Transverse base plate, seat of honour platform, front and rear two guide sleeves combine to form one group of traversing support platform；
The top that saw cutting device is arranged at the seat of honour tiltedly is moved down, the slip clamp mechanism that pipe fitting is gripped in device is arranged at counter-base
Top, pipe fitting grip device and are arranged at the left side for tiltedly moving down saw cutting device, and one group of pipe fitting grips device and one group tiltedly moves down saw
Cutting apparatus combines to form station saw pipe group, and one group of one station of the corresponding support of traversing support platform saw pipe group, saw pipe group is arranged at traversing
The top of support platform, every group of traversing support platform are provided with traversing roll-setting gear, and traversing roll-setting gear is arranged at traversing branch
The lower section of platform is supportted, 2~13 stations saw pipe group left-right situs combines to form a multi-court position pipe fitting cutting machine structure, in multi-court position pipe fitting
The lower section tiling of cutting mechanism has front and rear two traversing guide rails, front and rear two guide sleeves in every group of traversing support platform respectively to
Lower top pressure is in the top of front and rear two traversing guide rails；
The quantity of traversing support platform, the quantity of traversing roll-setting gear are identical with the quantity for sawing pipe group；
Pipe fitting jacking feed device is arranged at the rear of multi-court position pipe fitting cutting machine structure, and pipe fitting jacking feed device carries simultaneously
Multi-court position pipe fitting cutting machine structure is given for pipe fitting feeding, is realized and concatenated by a root long bar screw mandrel between traversing roll-setting gear, strip
Screw mandrel is arranged at the centre of front and rear two traversing guide rails, and traversing roll-setting gear can control traversing support under the guiding of strip screw mandrel
Platform and the saw pipe group being supported in above the traversing support platform are moved to left or moved to right along front and rear two traversing guide rails,
So as to reach the purpose of control Pipe Cutting length by the regulation of displacement；
Strip screw mandrel, front and rear two traversing guide rails move towards in left and right horizontal；
Wherein, pipe fitting jacking feed device includes oblique material jacking mechanism, chain drive material lift lifting mechanism, oblique feeding liter
Descending mechanism, oblique material jacking mechanism are arranged at the rear lower end of chain drive material lift lifting mechanism, and oblique feeding elevating mechanism is set
In the front upper end of chain drive material lift lifting mechanism, Steel material is welded into after the completion of the process of pipe fitting by ratio-frequency welded tube device
The oblique material jacking mechanism as next station can be conveyed to, oblique material jacking mechanism jacks pipe fitting in chain drive material lift upwards
Mechanism is risen, chain in chain drive material lift lifting mechanism and the L-shaped material lift plate being fastened on chain continue up pipe fitting
Top is raised to, pipe fitting drops down onto down in oblique feeding elevating mechanism under gravity, and oblique feeding elevating mechanism is again by pipe fitting
Jack upwards and be conveyed to pipe fitting and grip device；
Wherein, oblique material jacking mechanism slips flitch, support frame, long drive link one, motor one, the transmission with bearing including oblique
Gear, lifter rack, vertical liftout sliding block, vertical sliding sleeve, it is in cuboid to form one by welding combination by square shape steel pipe
The support frame of type structure, be welded with above support frame 2~10 it is oblique slip flitch, 2~10 oblique to slip between flitch laterally
Equidistant arrangement and keeping parallelism, the every oblique flitch that slips tilt down from back plate end to foreboard extreme direction, and every oblique to slip material
The top of plate be welded with one it is smooth slip rail, slip that rail incline direction and angle of inclination are identical with the oblique flitch that slips, and every is tiltedly
One block of longitudinal steel plate is welded with to the foreboard side wall for slipping flitch, the side of every block of longitudinal steel plate is welded with one piece and vertically slided
Set, the vertical sliding sleeve are socketed on the periphery of vertical liftout sliding block, and vertical liftout sliding block can move up and down along vertical sliding sleeve, each
The top surface of vertical liftout sliding block be scarf, and the scarf from back to front and tilts down, the side of each vertically liftout sliding block
Wall is welded with a lifter rack；
Support frame is also welded with 2~10 support brackets, horizontal equidistant arrangement and is kept between 2~10 support brackets
Parallel, each leading flank for supporting bracket is welded with a pair of bearing, and each pair bearing block fixes a transmission with bearing
Gear, the quantity of the travelling gear with bearing is equal with the quantity of lifter rack, before lifter rack and the travelling gear with bearing
After be correspondingly arranged, each corresponding with the front lifter rack of the travelling gear with bearing realizes engagement, and 2~10 with bearing
Realized and be connected by a root long drive link one between travelling gear；
Steel material is welded into after pipe fitting by ratio-frequency welded tube device and oblique can slipped successively along oblique at the top of flitch
The rail that slips slide forward, successively in an orderly manner arranged together between multiple tubing element, the pipe fitting positioned at front end can be fallen into vertically
Above the scarf of liftout slider top；Motor one connects and controls the rotation of long drive link one, the rotation meeting of long drive link one
The travelling gear that is held with movable band axis while rotate, the lifter rack engaged with the travelling gear with bearing rise therewith or under
Drop, either decline can drive vertical liftout sliding block to rise or decline along vertical sliding sleeve simultaneously for the rising of lifter rack, vertically
The pipe fitting for being arranged in front end can upwards be jacked and be conveyed to chain drive material lift lifting mechanism by the rising of liftout sliding block；
Wherein, chain drive material lift lifting mechanism includes pyramid type support frame, lateral shelf plate, long drive link two, sprocket wheel, chain
Bar, L-shaped material lift plate, motor two, pyramid type support frame are that by welding combination, to form one be in pyramid type knot by square shape steel pipe
The support frame of structure, is welded with one piece of triangle side frame plate in the left and right sides of pyramid type support frame, pyramid type support frame it is upper
Lower both ends are laterally serially connected with a root long drive link two, and upper and lower two root longs drive link two is parallel to each other, long transmission above
Bar two is arranged at the front of underlying long drive link two, and 2~10 sprocket wheels are serially connected with per root long drive link two；
The chain that the sprocket wheel quantity that long drive link two above is concatenated is concatenated with underlying long drive link two
Wheel quantity is identical and is symmetrical arranged, the sprocket wheel that long drive link two above is concatenated and underlying long drive link two
Realized between the sprocket wheel concatenated by chain and connect and combine to form material lift group, the angle of inclination of the material lift group is 60º~80º；
The periphery of every chain is fastened with 10~30 L-shaped material lift plates by screw, the L-shaped lift that every chain is fastened
The distribution distance that the quantity of flitch is identical and L-shaped material lift plate is on chain is identical, the water between the adjacent L-shaped material lift plate in left and right
It is flat highly identical；
The left rod end of long drive link two above runs through from the upper end of left side frame plate and is socketed with a biography
Moving gear, the lower end of left side frame plate are fastened with motor two, and the shaft end of motor two is socketed with driving gear, driving gear and driving cog
A main chain is cased between wheel；
Motor two drives driving gear to be rotated by main chain band nutating gear, and travelling gear drives above again
Long drive link two rotates simultaneously, material lift group concomitant rotation, and the L-shaped material lift plate for being anchored on chain periphery revolves round the sun simultaneously around sprocket wheel therewith
And upward lifting；
Wherein, oblique feeding elevating mechanism includes feeding cylinder, L-shaped delivery sheet, and every group of pipe fitting grips the arch in device
The sidepiece of support frame is fastened with a feeding cylinder by the way that screw is oblique, and the feeding cylinder is arranged at pyramid type support frame top
Front, the angle of inclination of each feeding cylinder is 45º~60º, the incline direction of each feeding cylinder is forwards oblique
The inclination of saw cutting device direction is moved down, the plunger head end of each feeding cylinder is fastened with a L-shaped delivery sheet, L-shaped by screw
Delivery sheet is also in 45º~60ºOverturning angle, the vertical liftout sliding block in propradation can be upward by the pipe fitting for being arranged in front end
Jack and be conveyed to L-shaped material lift plate, the L-shaped material lift plate adjacent in the left and right of same level height is during upward lifting
Same root pipe fitting can be delivered up to giving L-shaped delivery sheet, feeding cylinder control plunger stretches out, and L-shaped delivery sheet moves up and most therewith
Pipe fitting is fed for pipe fitting and grips device at last；
Wherein, pipe fitting grips device and includes fixed clamp mechanism and slide clamp mechanism, and fixed clamp mechanism is fixed, slip clamp
Slide unit in mechanism can slide backward；
Wherein, fixed clamp mechanism includes arch support frame, a pair of main folder blocks, arch support frame be by two blocks of vertical steel plates with
One block of horizontal steel plate is welded to each other combination and forms domes, and the bottom of the vertical steel plate in two blocks of left and right is welded in transverse base plate
The rear side of top surface, keeping parallelism between the vertical steel plate in two blocks of left and right, the plate end of left and right two of horizontal steel plate is respectively welded in left and right two
The upper end of the vertical steel plate leading flank of block, has been fixed by screw the two pieces of main folder blocks in left and right in the middle part of the leading flank of horizontal steel plate, every piece
The leading flank of main folder block cuts with triangle and stings hopper, and it is embedding that the top surface of every piece of main folder block and bottom surface cut with a square positioning
Groove, upper and lower two square positioning embeded grooves are stung hopper with triangle and communicated；
Wherein, sliding clamp mechanism includes transverse rails plate, slide unit, a pair of sub-folder blocks, traction steel plate, vertical fagging, push-and-pull gas
Cylinder, the bottom surface of transverse rails plate are welded in counter-base top surface, and the top surface of transverse rails plate is welded with two one slide rails of left and right, the one slide rail of left and right two
Between keeping parallelism and in anterior-posterior horizontal depth move towards, the bottom surface of slide unit is welded with four pieces of sliding sleeves, the bottom surface of every piece of sliding sleeve
Track slot is cut with, is one group positioned at two pieces of sliding sleeves before and after left side and slides on the slide rail positioned at left side, positioned at right side
Front and rear two pieces of sliding sleeves are another set and slide on the slide rail positioned at right side, and slide unit can be along by four pieces of sliding sleeves of bottom
The one slide rail of left and right two moves forward and backward；
The front end of slide unit is welded with one block of traction steel plate, is welded with one piece of vertical fagging on front side of the top surface of transverse rails plate, stands
Formula fagging is arranged at the front of slide rail, and the leading flank of vertical fagging is laterally fastened with a push-and-pull cylinder, push-and-pull gas by screw
Backwards, the plunger head end of push-and-pull cylinder passes through spiral shell to the plunger of cylinder rearwardly through after vertical fagging with drawing the leading flank middle part of steel plate
Silk is realized and is fastenedly connected；
A pair of sub-folder blocks are fixed by screw on rear side of the top surface of slide unit, triangle is made in the trailing flank of every piece of sub-folder block backward
Shape is protruded, and sub-folder block trailing flank is divided into two inclined-planes up and down by triangle protrusion, be welded with the middle part of each inclined-plane one to
The triangle abaculus protruded afterwards, upper and lower two triangle abaculus are symmetrical arranged；
Push-and-pull cylinder control plunger stretches out, and the stretching of plunger pushing tow can draw steel plate and make slide unit along left and right two backward
One slide rail slides backward, and sub-folder block gradually draws close main folder block with the sliding backward of slide unit, and upper and lower two triangle abaculus can be distinguished
Can be with main folder block to chimeric, making the sub-folder block trailing flank of triangle protrusion with two square positioning embeded grooves up and down in main folder block
The triangle of leading flank stings hopper to chimeric, and the clamping of sub-folder block and main folder block can be by pipe fitting to clamping；
Wherein, tiltedly moving down saw cutting device includes skewed horizontal load platform, servomotor one, tool rest, main motor, first flange, saw
Piece, the top surface of the seat of honour cut with inclined-plane, and the inclined-plane from front to back and tilts down, and the angle of inclination on the inclined-plane is 25º~45º, it is oblique
The bottom surface of supporting table is welded in the top surface of the seat of honour, and skewed horizontal load platform is also in 25º~45ºOverturning angle, the inclination side of skewed horizontal load platform
To from front to back and tilting down, the top surface of skewed horizontal load platform is welded with two one steel rail bars, and one is cut with the middle part of skewed horizontal load platform
Individual rectangular through holes, two one steel rail bars are distributed in the left and right sides of rectangular through holes, and the bottom of tool rest has been fixed by screw four
Individual rail set, former and later two rails set in left side is for one group and can be along rail bar traveling/retrogressing positioned at left side, before right side
Latter two rail set is another group and can be along rail bar traveling/retrogressing positioned at right side；
One piece of guiding piece is welded with the middle part of the bottom surface of tool rest, the guiding piece is arranged at the middle part of four rail sets, the guiding piece
Downward through the rectangular through holes in the middle part of skewed horizontal load platform, the middle part perforate of the guiding piece is simultaneously welded with a rod set one,
The rod set one is socketed with an advance and retreat screw mandrel, and advance and retreat screw mandrel is in that front and rear depth is moved towards, and advance and retreat screw mandrel is in 25º~45ºOverturning angle, enter
Move back the incline direction of screw mandrel from front to back and tilt down, two rod ends of advance and retreat screw mandrel are respectively sleeved on a method with bearing
It is blue；
Servomotor one is fixed by screw on front side of the bottom surface of skewed horizontal load platform, and the shaft end of servomotor one is watched backwards
Motor one is taken in 25º~45ºOverturning angle, the incline direction of servomotor one from front to back and tilt down, the axle of servomotor one
End and the front bar termination of advance and retreat screw mandrel are welded；
Tool rest is in square three-dimensional-structure, the inner hollow of tool rest, and the leading flank of tool rest is welded with main motor, the shaft end of main motor
Backwards, main motor is in 25º~45ºOverturning angle, the incline direction of main motor from front to back and tilt down, the shaft end of main motor to
Fastening is socketed with first bevel gear after the leading flank of tool rest afterwards；
The left side surface rear end of tool rest is drilled with an axis hole, and the hole of the axis hole has peripherally been fixed by screw first method
Orchid, the first flange are socketed with a cutter shaft by bearing, and there are saw blade, the right axle of cutter shaft in the left axle end of cutter shaft by screw locking
Fastening is socketed with second bevel gear after axis hole is run through to the right at end, and the second bevel gear engages with the first bevel gear；
Servomotor one drives advance and retreat screw mandrel to rotate, and the rotation of advance and retreat screw mandrel can make the guiding piece being socketed on advance and retreat screw mandrel
Moved forward and backward in the range of rectangular through holes, moving forward and backward for guiding piece can drive the tool rest of top to cover edge by four rails
The one steel rail bar traveling of left and right two/retrogressing；The main motor driving being anchored on tool rest is socketed in the first bevel-gear rotating of shaft end,
The second bevel gear for being engaged with the first bevel gear while rotate, the rotation of the second bevel gear passes through cutter shaft and drives turning for saw blade again
It is dynamic, the saw blade being finally rotated to the pipe fitting of clamping is cut off by sub-folder block and main folder block；
Wherein, traversing roll-setting gear includes servomotor two, driving wheel, cogged drive belt, driven pulley, and servomotor two passes through
Fastened by screw is in the inside of the seat of honour, and towards the right side, the right side of the seat of honour is run through to the right in the shaft end of servomotor two for the shaft end of servomotor two
Wall simultaneously realizes supporting by bearing, and the shaft end fastening of servomotor two is socketed with a driving wheel；
The bottom surface right side central of transverse base plate is welded with one block of guiding steel plate, and guiding steel plate middle part perforate is simultaneously welded with
One bearing, the bearing inner race are socketed with a rod set two, and the right-hand end periphery of rod set two is socketed with driven pulley, driven pulley it is straight
Footpath is more than the diameter of driving wheel, and driven pulley realizes and be connected that strip screw mandrel is gone here and there with rod set two by cogged drive belt and driving wheel
Connect；
Servomotor two drives the driving wheel for being socketed on shaft end to rotate, and driving wheel drives driven rotation by cogged drive belt
Dynamic, the rotation of driven pulley drives rod set two to rotate again, and the rod set two under rotary state can be traversing by being oriented to steel plate traction
Support platform moves laterally along strip screw mandrel.
The beneficial effects of the utility model are that it has, and structure is novel, process velocity is fast, sawing effect is good, size is adjusted
The characteristics of whole speed is fast, sawing size is more accurate, defect rate is extremely low, high in machining efficiency.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Brief description of the drawings
Fig. 1 is the utility model Integral combined structure front view；
Fig. 2 is the utility model Integral combined structure left view stereogram；
Fig. 3 is that oblique material jacking mechanism and chain drive material lift lifting mechanism combining structure left view are three-dimensional in the utility model
Figure；
Fig. 4 is oblique material jacking mechanism and chain drive material lift lifting mechanism combining structure rear perspective in the utility model
Figure；
Fig. 5 is traversing support platform and saw pipe group, traversing roll-setting gear, oblique feeding elevating mechanism group in the utility model
Close structure left view；
Fig. 6 is traversing support platform and saw pipe group, traversing roll-setting gear, oblique feeding elevating mechanism group in the utility model
Close structure right view；
Fig. 7 is traversing support platform and saw pipe group, traversing roll-setting gear, oblique feeding elevating mechanism group in the utility model
Close structure left view stereogram；
Fig. 8 is traversing support platform and saw pipe group, traversing roll-setting gear, oblique feeding elevating mechanism group in the utility model
Close structure rear perspective view.
In figure：I A1- is oblique to slip flitch, I A2- bearing blocks, the long drive links one of I A3-, I A4- lifter racks, I B1- length transmissions
Bar two, I B2- lateral shelf plates, I B3- sprocket wheels, I C1- feeding cylinders, I C2-L shapes delivery sheet, II 1- counter-bases, II 2- slide rails, II 3- are pushed away
Draw cylinder, II 4- slide units, II 5- sliding sleeves, II 6- sub-folders block, II 7- main folders block, the vertical steel plates of II 8-, III 1- main motors, III 2- knives
Seat, III 3- skewed horizontal loads platform, III 4- servomotors one, III 5- saw blades, the III 6- seat of honours, IV 1- are oriented to steel plate, IV 2- bearings, IV 3-
Driving wheel, V 1- transverse bases plate, the oblique steel plates of V 2-, V 3- Main Control Tanks, V 4- guide sleeves.
Embodiment
As shown in Figure 1 and Figure 2, full-automatic electric tube cutter, it is by pipe fitting jacking feed device, transverse base plate V 1, the seat of honour
Platform, Main Control Tank V 3, pipe fitting grip device, tiltedly move down saw cutting device, traversing roll-setting gear composition, it is characterised in that
Seat of honour platform is welded in the middle part of the top surface of transverse base plate V 1, and seat of honour platform includes the seat of honour III 6 and counter-base II 1, counter-base II
1 is arranged at the left side of the seat of honour III 6, and counter-base II 1 is by welding the cube type framework knot formed by steel plate with the seat of honour III 6
Structure, the top surface front side of transverse base plate V 1 are welded with four oblique steel plates V 2, and the top of four oblique steel plates V 2 is welded with Main Control Tank
V 3, the bottom surface of transverse base plate V 1 is welded with front and rear two guide sleeves V 4, keeping parallelism between front and rear two guide sleeves V 4,
Front and rear two guide sleeves V 4 move towards in left and right horizontal；
Transverse base plate V 1, seat of honour platform, the combination of front and rear two guide sleeves V 4 form one group of traversing support platform；
The top that saw cutting device is arranged at the seat of honour III 6 tiltedly is moved down, the slip clamp mechanism that pipe fitting is gripped in device is arranged at pair
The top of seat II 1, pipe fitting grip device and are arranged at the left side for tiltedly moving down saw cutting device, and one group of pipe fitting grips device and one group oblique
Move down saw cutting device to combine to form station saw pipe group, one group of one station of the corresponding support of traversing support platform saw pipe group, saw pipe group is set
In the top of traversing support platform, every group of traversing support platform is provided with traversing roll-setting gear, and traversing roll-setting gear is arranged at
The lower section of traversing support platform, as shown in Figure 1 and Figure 2,13 stations saw pipe group left-right situs combine to form a 13 erect-position pipe fittings and cut
Mechanism, in the lower section of 13 erect-position pipe fitting cutting machine structures, tiling has front and rear two traversing guide rails, in every group of traversing support platform before
Afterwards two guide sleeves V 4 separately down top pressure in the top of front and rear two traversing guide rails；
The quantity of traversing support platform, the quantity of traversing roll-setting gear are identical with the quantity for sawing pipe group；
Pipe fitting jacking feed device is arranged at the rear of multi-court position pipe fitting cutting machine structure, and pipe fitting jacking feed device carries simultaneously
Multi-court position pipe fitting cutting machine structure is given for pipe fitting feeding, is realized and concatenated by a root long bar screw mandrel between traversing roll-setting gear, strip
Screw mandrel is arranged at the centre of front and rear two traversing guide rails, and traversing roll-setting gear can control traversing support under the guiding of strip screw mandrel
Platform and the saw pipe group being supported in above the traversing support platform are moved to left or moved to right along front and rear two traversing guide rails,
So as to reach the purpose of control Pipe Cutting length by the regulation of displacement；
Strip screw mandrel, front and rear two traversing guide rails move towards in left and right horizontal；
Wherein, pipe fitting jacking feed device includes oblique material jacking mechanism, chain drive material lift lifting mechanism, oblique feeding liter
Descending mechanism, oblique material jacking mechanism are arranged at the rear lower end of chain drive material lift lifting mechanism, and oblique feeding elevating mechanism is set
In the front upper end of chain drive material lift lifting mechanism, Steel material is welded into after the completion of the process of pipe fitting by ratio-frequency welded tube device
The oblique material jacking mechanism as next station can be conveyed to, oblique material jacking mechanism jacks pipe fitting in chain drive material lift upwards
Mechanism is risen, chain in chain drive material lift lifting mechanism and the L-shaped material lift plate being fastened on chain continue up pipe fitting
Top is raised to, pipe fitting drops down onto down in oblique feeding elevating mechanism under gravity, and oblique feeding elevating mechanism is again by pipe fitting
Jack upwards and be conveyed to pipe fitting and grip device；
As shown in Figure 3, Figure 4, wherein, oblique material jacking mechanism slips the A1 of flitch I, support frame, long drive link 1 including oblique
A3, motor one, the travelling gear with bearing, the A4 of lifter rack I, vertical liftout sliding block, vertical sliding sleeve, are passed through by square shape steel pipe
Welding combination formed one be in cuboid-type structure support frame, 2~10 are welded with above support frame and oblique slips flitch I
A1,2~10 oblique horizontal equidistant arrangement and keeping parallelisms between slipping the A1 of flitch I, the every oblique A1 of flitch I that slips is from back plate end
Tilted down to foreboard extreme direction, the every oblique top for slipping the A1 of flitch I be welded with one it is smooth slip rail, slip rail inclination side
Slip that the A1 of flitch I is identical to angle of inclination with oblique, the every oblique foreboard side wall for slipping the A1 of flitch I is welded with one piece of longitudinal direction
Steel plate, the side of every block of longitudinal steel plate are welded with one piece of vertical sliding sleeve, and the vertical sliding sleeve is socketed on the outer of vertical liftout sliding block
Enclose, vertical liftout sliding block can move up and down along vertical sliding sleeve, and the top surface of each vertical liftout sliding block is scarf, the scarf
From back to front and tilt down, a side wall of each vertical liftout sliding block is welded with an A4 of lifter rack I；
Support frame is also welded with 2~10 support brackets, horizontal equidistant arrangement and is kept between 2~10 support brackets
Parallel, each leading flank for supporting bracket is welded with the A2 of a pair of bearing I, and the A2 of each pair bearing block I fixes a band bearing
Travelling gear, the quantity of the travelling gear with bearing is equal with the A4 of lifter rack I quantity, the A4 of lifter rack I with bearing
Travelling gear correspondence set, each lifter rack I A4 corresponding with front of the travelling gear with bearing realizes engagement,
Realized and be connected by the A3 of a root long drive link 1 between 2~10 travelling gears with bearing；
Steel material can push up along the oblique oblique A1 of flitch I that slips successively after being welded into pipe fitting by ratio-frequency welded tube device
The rail that slips in portion slides forward, and successively in an orderly manner arranged together between multiple tubing element, the pipe fitting positioned at front end can fall into perpendicular
To above the scarf of liftout slider top；Motor one connects and controls the long A3 of drive link 1 rotation, the long A3 of drive link 1
Rotation with the travelling gear that movable band axis are held while can rotate, the A4 of lifter rack I engaged with the travelling gear with bearing is therewith
Rise or decline, the A4 of lifter rack I rising or decline can drive vertical liftout sliding block to rise simultaneously along vertical sliding sleeve
Or decline, the pipe fitting for being arranged in front end can upwards be jacked and be conveyed to chain drive material lift by the rising of vertical liftout sliding block
Lifting mechanism；
As shown in Figure 3, Figure 4, wherein, chain drive material lift lifting mechanism includes pyramid type support frame, the B2 of lateral shelf plate I, length
The B1 of drive link 2 I, chain wheel I B3, chain, L-shaped material lift plate, motor two, pyramid type support frame are to pass through welding by square shape steel pipe
Combination forms a support frame in pyramid type structure, and one piece of triangle side is welded with the left and right sides of pyramid type support frame
The B2 of frame plate I, the upper and lower ends of pyramid type support frame are laterally serially connected with the B1 of a root long drive link 2 I, upper and lower two root longs drive link
2 I B1 are parallel to each other, and the B1 of long drive link 2 I above is arranged at the underlying B1 of long drive link 2 I front, every
The long B1 of drive link 2 I is serially connected with 2~10 chain wheel I B3；
The chain wheel I B3 quantity that the B1 of long drive link 2 I above is concatenated and the underlying long B1 institutes of drive link 2 I
The chain wheel I B3 quantity of concatenation is identical and is symmetrical arranged, the chain wheel I B3 and position that the B1 of long drive link 2 I above is concatenated
Realized between the chain wheel I B3 that the B1 of long drive link 2 I of lower section is concatenated by chain and connect and combine to form material lift group, the lift
The angle of inclination of material group is 60º~80º；
The periphery of every chain is fastened with 10~30 L-shaped material lift plates by screw, the L-shaped lift that every chain is fastened
The distribution distance that the quantity of flitch is identical and L-shaped material lift plate is on chain is identical, the water between the adjacent L-shaped material lift plate in left and right
It is flat highly identical；
The B1 of long drive link 2 I above left rod end runs through from the upper end of left side frame plate and is socketed with one
Travelling gear, the lower end of left side frame plate are fastened with motor two, and the shaft end of motor two is socketed with driving gear, driving gear and transmission
A main chain is cased between gear；
Motor two drives driving gear to be rotated by main chain band nutating gear, and travelling gear drives above again
The long B1 of drive link 2 I is rotated simultaneously, material lift group concomitant rotation, and the L-shaped material lift plate for being anchored on chain periphery surrounds chain wheel I B3 therewith
Revolution and upward lifting；
As shown in Figure 5, Figure 6, wherein, oblique feeding elevating mechanism includes the C1 of feeding cylinder I, L-shaped delivery sheet I C2, every group
The sidepiece that pipe fitting grips the arch support frame in device is fastened with a C1 of feeding cylinder I, the feeding gas by the way that screw is oblique
The C1 of cylinder I is arranged at the front on pyramid type support frame top, and each C1 of feeding cylinder I angle of inclination is 45º~60º, each send
Material cylinder I C1 incline direction be forwards tiltedly move down the inclination of saw cutting device direction, each C1 of feeding cylinder I stopper head
End is fastened with a C2 of L-shaped delivery sheet I by screw, and the C2 of L-shaped delivery sheet I is also in 45º~60ºOverturning angle, in propradation
Vertical liftout sliding block the pipe fitting for being arranged in front end can be jacked upwards and be conveyed to L-shaped material lift plate, in same level height
Same root pipe fitting can be delivered up to L-shaped delivery sheet I by the L-shaped material lift plate that the left and right of degree is adjacent during upward lifting
C2, the C1 of feeding cylinder I control plunger are stretched out, and the C2 of L-shaped delivery sheet I is moved up therewith and most pipe fitting is fed for pipe fitting and grips device at last；
As shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, wherein, pipe fitting, which grips device, to be included fixed clamp mechanism and slides clamp mechanism, Gu
Clamp mechanism is fixed, and the slide unit II 4 slided in clamp mechanism can slide backward；
Wherein, fixed clamp mechanism includes arch support frame, a pair of main folder blocks II 7, and arch support frame is by two pieces of vertical steels
Plate II 8 and one block of horizontal steel plate are welded to each other combination and form domes, and the bottom of the vertical steel plate II 8 in two blocks of left and right is welded in
The rear side of the top surface of transverse base plate V 1, keeping parallelism between the vertical steel plate II 8 in two blocks of left and right, the plate end of left and right two of horizontal steel plate
It is respectively welded and has been fixed by screw in the middle part of the upper end of the two pieces of vertical leading flanks of steel plate II 8 in left and right, the leading flank of horizontal steel plate
Two pieces of left and right main folder block II 7, the leading flank of every piece of main folder block II 7 cut with triangle and sting hopper, the top surface of every piece of main folder block II 7
A square positioning embeded groove is cut with bottom surface, upper and lower two square positioning embeded grooves are stung hopper with triangle and communicated；
Wherein, slide clamp mechanism include transverse rails plate, slide unit II 4, a pair of sub-folder blocks II 6, traction steel plate, vertical fagging,
Push-and-pull cylinder II 3, the bottom surface of transverse rails plate are welded in the top surface of counter-base II 1, and the top surface of transverse rails plate is welded with two one slide rails of left and right
II 2, keeping parallelism and moved towards in anterior-posterior horizontal depth between the one slide rail II 2 of left and right two, the bottom surface of slide unit II 4 is welded with four
Block sliding sleeve II 5, the bottom surface of every piece of sliding sleeve II 5 cut with track slot, and two pieces of sliding sleeves II 5 are one group and slid before and after left side
In on the slide rail II 2 positioned at left side, two pieces of sliding sleeves II 5 are another set and slid in positioned at right side before and after right side
On slide rail II 2, slide unit II 4 can be moved forward and backward by four pieces of sliding sleeves II 5 of bottom along the one slide rail II 2 of left and right two；
The front end of slide unit II 4 is welded with one block of traction steel plate, and one piece of vertical fagging is welded with front side of the top surface of transverse rails plate,
Vertical fagging is arranged at the front of slide rail II 2, and the leading flank of vertical fagging is laterally fastened with a push-and-pull cylinder II by screw
3, the plunger of push-and-pull cylinder II 3 backwards, the plunger head end of push-and-pull cylinder II 3 rearwardly through after vertical fagging with before traction steel plate
Realized and be fastenedly connected by screw in the middle part of side；
A pair of sub-folder blocks II 6 are fixed by screw on rear side of the top surface of slide unit II 4, the trailing flank of every piece of sub-folder block II 6 is equal
Make triangle protrusion backward, the trailing flank of sub-folder block II 6 is divided into two inclined-planes up and down by triangle protrusion, and each inclined-plane middle part is
The triangle protruded backward a abaculus is welded with, upper and lower two triangle abaculus are symmetrical arranged；
Push-and-pull cylinder II 3 controls plunger to stretch out, the stretching of plunger can backward pushing tow traction steel plate and make slide unit II 4 along
The one slide rail II 2 of left and right two slides backward, and sub-folder block II 6 gradually draws close main folder block II 7 with the sliding backward of slide unit II 4, and upper and lower two
Individual triangle abaculus can be respectively with two square positioning embeded grooves up and down in main folder block II 7 to chimeric, making triangle protrusion
The trailing flank of sub-folder block II 6 can sting hopper to chimeric with the triangle of the leading flank of main folder block II 7, sub-folder block II 6 and main folder block II 7
Clamping can be by pipe fitting to clamping；
As shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, wherein, tiltedly moving down saw cutting device includes skewed horizontal load platform III 3, servomotor one
III 4, tool rest III 2, main motor III 1, first flange, saw blade III 5, the top surface of the seat of honour III 6 cut with inclined-plane, and the inclined-plane is from front to back simultaneously
Tilt down, the angle of inclination on the inclined-plane is 25º~45º, the bottom surface of skewed horizontal load platform III 3 is welded in the top surface of the seat of honour III 6, tiltedly
Also it is in 25 to supporting table III 3º~45ºOverturning angle, the incline direction of skewed horizontal load platform III 3 from front to back and tilt down, oblique branch
The top surface of support platform III 3 is welded with two one steel rail bars, and the middle part of skewed horizontal load platform III 3 cuts with a rectangular through holes, two one steel rails
Bar is distributed in the left and right sides of rectangular through holes, and the bottom of tool rest III 2 has been fixed by screw four rail sets, and front and rear the two of left side
Individual rail set is one group and can be covered along rail bar traveling/retrogressing positioned at left side, former and later two rails on right side for another group
And can be along rail bar traveling/retrogressing positioned at right side；
One piece of guiding piece is welded with the middle part of the bottom surface of tool rest III 2, the guiding piece is arranged at the middle part of four rail sets, the traction
Block is simultaneously welded with a bar downward through the rectangular through holes positioned at the middle part of skewed horizontal load platform III 3, the middle part perforate of the guiding piece
Set one, the rod set one are socketed with an advance and retreat screw mandrel, and advance and retreat screw mandrel is in that front and rear depth is moved towards, and advance and retreat screw mandrel is in 25º~45ºAngle lapping
Tiltedly, the incline direction of advance and retreat screw mandrel from front to back and tilts down, and two rod ends of advance and retreat screw mandrel are respectively sleeved on a band bearing
Flange；
Servomotor 1 is fixed by screw on front side of the bottom surface of skewed horizontal load platform III 3, the axle of servomotor 1
Backwards, servomotor 1 is in 25 at endº~45ºOverturning angle, the incline direction of servomotor 1 from front to back and dip down
Tiltedly, the shaft end of servomotor 1 and the front bar termination of advance and retreat screw mandrel are welded；
Tool rest III 2 is in square three-dimensional-structure, the inner hollow of tool rest III 2, and the leading flank of tool rest III 2 is welded with main motor III 1,
Backwards, main motor III 1 is in 25 for the shaft end of main motor III 1º~45ºOverturning angle, the incline direction of main motor III 1 from front to back and to
Lower inclination, the shaft end of main motor III 1 are socketed with first bevel gear rearwardly through fastening after the leading flank of tool rest III 2；
The left side surface rear end of tool rest III 2 is drilled with an axis hole, and the hole of the axis hole has peripherally been fixed by screw one
One flange, the first flange are socketed with a cutter shaft by bearing, and there are saw blade III 5, knife in the left axle end of cutter shaft by screw locking
Fastening is socketed with second bevel gear after axis hole is run through to the right at the right axle end of axle, and the second bevel gear engages with the first bevel gear；
Servomotor 1 drives advance and retreat screw mandrel to rotate, and the rotation of advance and retreat screw mandrel can make to be socketed on leading on advance and retreat screw mandrel
Draw block to move forward and backward in the range of rectangular through holes, guiding piece moves forward and backward the tool rest III 2 above driving by four
Individual rail set is along the one steel rail bar traveling of left and right two/retrogressing；The driving of main motor III 1 being anchored on tool rest III 2 is socketed in shaft end
First bevel-gear rotating, the second bevel gear engaged with the first bevel gear while is rotated, and the rotation of the second bevel gear passes through knife again
Axle drives the rotation of saw blade III 5, is cut by II 7 pairs of saw blades III 5 being finally rotated to the pipe fitting of clamping of sub-folder block II 6 and main folder block
It is disconnected；
As shown in Fig. 5, Fig. 6, Fig. 7, wherein, traversing roll-setting gear include servomotor two, driving wheel IV 3, cogged drive belt,
Driven pulley, servomotor two are fixed by screw in the inside of the seat of honour III 6, and the shaft end of servomotor two is towards the right side, servomotor two
Right side wall and by bearing realized of the shaft end to the right through the seat of honour III 6 support, the fastening of the shaft end of servomotor two is socketed with one
Individual driving wheel IV 3；
The bottom surface right side central of transverse base plate V 1 is welded with one block of guiding steel plate IV 1, and the middle part of guiding steel plate IV 1 is opened
Hole is simultaneously welded with a bearing IV 2, and the inner ring of bearing IV 2 is socketed with a rod set two, and the right-hand end periphery of rod set two is socketed with
Driven pulley, the diameter of driven pulley are more than the diameter of driving wheel IV 3, and driven pulley is realized by cogged drive belt and driving wheel IV 3 and is driven
Connection, strip screw mandrel concatenate with rod set two；
Servomotor two drives the driving wheel IV 3 for being socketed on shaft end to rotate, and driving wheel IV 3 is driven driven by cogged drive belt
Wheel rotates, and the rotation of driven pulley drives rod set two to rotate again, and the rod set two under rotary state can be led by being oriented to steel plate IV 1
Draw traversing support platform to move laterally along strip screw mandrel.
Claims (1)
1. full-automatic electric tube cutter, it is by pipe fitting jacking feed device, transverse base plate（Ⅴ1）, seat of honour platform, Main Control Tank（Ⅴ3）、
Pipe fitting grips device, tiltedly moves down saw cutting device, traversing roll-setting gear composition, it is characterised in that
Seat of honour platform is welded in transverse base plate（Ⅴ1）Top surface in the middle part of, seat of honour platform includes the seat of honour（Ⅲ6）And counter-base（Ⅱ1）, counter-base
（Ⅱ1）It is arranged at the seat of honour（Ⅲ6）Left side, counter-base（Ⅱ1）With the seat of honour（Ⅲ6）It is by welding the cube formed by steel plate
Type frame structure, transverse base plate（Ⅴ1）Top surface on front side of be welded with four oblique steel plates（Ⅴ2）, four oblique steel plates（Ⅴ2）Top
Portion is welded with Main Control Tank（Ⅴ3）, transverse base plate（Ⅴ1）Bottom surface be welded with front and rear two guide sleeves（Ⅴ4）, front and rear two are led
To set（Ⅴ4）Between keeping parallelism, front and rear two guide sleeves（Ⅴ4）Moved towards in left and right horizontal；
Transverse base plate（Ⅴ1）, seat of honour platform, front and rear two guide sleeves（Ⅴ4）Combination forms one group of traversing support platform；
Tiltedly moving down saw cutting device is arranged at the seat of honour（Ⅲ6）Top, the slip clamp mechanism that pipe fitting is gripped in device is arranged at counter-base
（Ⅱ1）Top, pipe fitting, which grips device and is arranged at, tiltedly moves down the left side of saw cutting device, and one group of pipe fitting grips device and one group is oblique
Move down saw cutting device to combine to form station saw pipe group, one group of one station of the corresponding support of traversing support platform saw pipe group, saw pipe group is set
In the top of traversing support platform, every group of traversing support platform is provided with traversing roll-setting gear, and traversing roll-setting gear is arranged at
The lower section of traversing support platform, 2~13 stations saw pipe group left-right situs combines to form a multi-court position pipe fitting cutting machine structure, in multistation
The lower section of position pipe fitting cutting machine structure is tiled and has front and rear two traversing guide rails, front and rear two guide sleeves in every group of traversing support platform
（Ⅴ4）Top pressure is in the top of front and rear two traversing guide rails separately down；
The quantity of traversing support platform, the quantity of traversing roll-setting gear are identical with the quantity for sawing pipe group；
Pipe fitting jacking feed device is arranged at the rear of multi-court position pipe fitting cutting machine structure, and pipe fitting jacking feed device provides pipe simultaneously
Multi-court position pipe fitting cutting machine structure is given in part feeding, is realized and concatenated by a root long bar screw mandrel between traversing roll-setting gear, strip screw mandrel
The centre of front and rear two traversing guide rails is arranged at, traversing roll-setting gear can control traversing support platform under the guiding of strip screw mandrel
And the saw pipe group being supported in above the traversing support platform is moved to left or moved to right along front and rear two traversing guide rails, so as to
Reach the purpose of control Pipe Cutting length by the regulation of displacement；
Strip screw mandrel, front and rear two traversing guide rails move towards in left and right horizontal；
Wherein, pipe fitting jacking feed device includes oblique material jacking mechanism, chain drive material lift lifting mechanism, oblique feeding lift
Structure, oblique material jacking mechanism are arranged at the rear lower end of chain drive material lift lifting mechanism, and oblique feeding elevating mechanism is arranged at chain
Bar is driven the front upper end of material lift lifting mechanism, and Steel material is welded into by ratio-frequency welded tube device can be defeated after the completion of the process of pipe fitting
The oblique material jacking mechanism as next station is given, oblique material jacking mechanism jacks pipe fitting upwards rises machine to chain drive material lift
Pipe fitting is continued up lifting by structure, chain in chain drive material lift lifting mechanism and the L-shaped material lift plate being fastened on chain
To top, pipe fitting drops down onto down in oblique feeding elevating mechanism under gravity, and oblique feeding elevating mechanism is upward by pipe fitting again
Jack and be conveyed to pipe fitting and grip device；
Wherein, oblique material jacking mechanism slips flitch including oblique（ⅠA1）, support frame, long drive link one（ⅠA3）, motor one, band bearing
Travelling gear, lifter rack（ⅠA4）, vertical liftout sliding block, vertical sliding sleeve, form one by welding combination by square shape steel pipe
The individual support frame in cuboid-type structure, 2~10 are welded with above support frame and oblique slips flitch（ⅠA1）, 2~10 oblique
Slip flitch（ⅠA1）Between horizontal equidistant arrangement and keeping parallelism, every oblique to slip flitch（ⅠA1）From back plate end to foreboard end side
To tilting down, every oblique to slip flitch（ⅠA1）Top be welded with one it is smooth slip rail, slip rail incline direction and inclination
Angle slips flitch with oblique（ⅠA1）Identical, every oblique to slip flitch（ⅠA1）Foreboard side wall be welded with one block of longitudinal steel
Plate, the side of every block of longitudinal steel plate are welded with one piece of vertical sliding sleeve, and the vertical sliding sleeve is socketed on the periphery of vertical liftout sliding block,
Vertical liftout sliding block can move up and down along vertical sliding sleeve, and the top surface of each vertical liftout sliding block is scarf, and the scarf is certainly
Before backward and tilt down, a side wall of each vertical liftout sliding block is welded with a lifter rack（ⅠA4）；
Support frame is also welded with 2~10 support brackets, horizontal equidistant arrangement and is kept flat between 2~10 support brackets
OK, each the leading flank of support bracket is welded with a pair of bearing（ⅠA2）, each pair bearing block（ⅠA2）Fix a tape spool
The travelling gear held, the quantity and lifter rack of the travelling gear with bearing（ⅠA4）Quantity it is equal, lifter rack（ⅠA4）With
Travelling gear correspondence with bearing is set, each the lifter rack corresponding with front of the travelling gear with bearing（ⅠA4）
Engagement is realized, passes through a root long drive link one between 2~10 travelling gears with bearing（ⅠA3）Realize drive connection；
Steel material is welded into after pipe fitting by ratio-frequency welded tube device oblique to slip flitch along oblique successively（ⅠA1）Top
The rail that slips slide forward, successively in an orderly manner arranged together between multiple tubing element, the pipe fitting positioned at front end can be fallen into vertically
Above the scarf of liftout slider top；Motor one connects and controls long drive link one（ⅠA3）Rotation, long drive link one（Ⅰ
A3）Rotation with the travelling gear that movable band axis are held while can rotate, the lifter rack engaged with the travelling gear with bearing（ⅠA4）
Rise therewith or decline, lifter rack（ⅠA4）Rising or decline can drive vertical liftout sliding block simultaneously along vertical sliding
Set rises or declined, and the pipe fitting for being arranged in front end can upwards be jacked and be conveyed to chain biography by the rising of vertical liftout sliding block
Dynamic material lift lifting mechanism；
Wherein, chain drive material lift lifting mechanism includes pyramid type support frame, lateral shelf plate（ⅠB2）, long drive link two（ⅠB1）, chain
Wheel（ⅠB3）, chain, L-shaped material lift plate, motor two, pyramid type support frame be by square shape steel pipe by weld combination form one
In the support frame of pyramid type structure, one piece of triangle side frame plate is welded with the left and right sides of pyramid type support frame（ⅠB2）, rib
The upper and lower ends of tapered support frame are laterally serially connected with a root long drive link two（ⅠB1）, upper and lower two root longs drive link two（ⅠB1）Phase
Mutually parallel, above long drive link two（ⅠB1）It is arranged at underlying long drive link two（ⅠB1）Front, per root long
Drive link two（ⅠB1）It is serially connected with 2~10 sprocket wheels（ⅠB3）；
Long drive link two above（ⅠB1）The sprocket wheel concatenated（ⅠB3）Quantity and underlying long drive link two（ⅠB1）
The sprocket wheel concatenated（ⅠB3）Quantity is identical and is symmetrical arranged, long drive link two above（ⅠB1）The sprocket wheel concatenated（Ⅰ
B3）With underlying long drive link two（ⅠB1）The sprocket wheel concatenated（ⅠB3）Between realized by chain and connect and combine and to be formed
Material lift group, the angle of inclination of the material lift group is 60º~80º；
The periphery of every chain is fastened with 10~30 L-shaped material lift plates, the L-shaped material lift plate that every chain is fastened by screw
Quantity it is identical and distribution distance that L-shaped material lift plate is on chain is identical, the level between the adjacent L-shaped material lift plate in left and right is high
Spend identical；
Long drive link two above（ⅠB1）Left rod end run through from the upper end of left side frame plate and be socketed with a biography
Moving gear, the lower end of left side frame plate are fastened with motor two, and the shaft end of motor two is socketed with driving gear, driving gear and driving cog
A main chain is cased between wheel；
Motor two drives driving gear to be rotated by main chain band nutating gear, and travelling gear drives long pass above again
Lever two（ⅠB1）Rotate simultaneously, material lift group concomitant rotation, the L-shaped material lift plate for being anchored on chain periphery surrounds sprocket wheel therewith（ⅠB3）
Revolution and upward lifting；
Wherein, oblique feeding elevating mechanism includes feeding cylinder（ⅠC1）, L-shaped delivery sheet（ⅠC2）, every group of pipe fitting gripped in device
The sidepiece of arch support frame be fastened with a feeding cylinder by the way that screw is oblique（ⅠC1）, the feeding cylinder（ⅠC1）It is arranged at
The front on pyramid type support frame top, each feeding cylinder（ⅠC1）Angle of inclination be 45º~60º, each feeding cylinder（Ⅰ
C1）Incline direction be forwards tiltedly move down saw cutting device direction inclination, each feeding cylinder（ⅠC1）Plunger head end lead to
Cross screw and be fastened with a L-shaped delivery sheet（ⅠC2）, L-shaped delivery sheet（ⅠC2）Also it is in 45º~60ºOverturning angle, in propradation
Vertical liftout sliding block the pipe fitting for being arranged in front end can be jacked upwards and be conveyed to L-shaped material lift plate, in same level height
Same root pipe fitting can be delivered up giving L-shaped delivery sheet by the L-shaped material lift plate that the left and right of degree is adjacent during upward lifting（Ⅰ
C2）, feeding cylinder（ⅠC1）Plunger is controlled to stretch out, L-shaped delivery sheet（ⅠC2）Move up therewith and most pipe fitting is fed for pipe fitting and gripped at last
Device；
Wherein, pipe fitting grips device and includes fixed clamp mechanism and slide clamp mechanism, and fixed clamp mechanism is fixed, slides clamp mechanism
In slide unit（Ⅱ4）It can slide backward；
Wherein, fixed clamp mechanism includes arch support frame, a pair of main folder blocks（Ⅱ7）, arch support frame is by two blocks of vertical steel plates
（Ⅱ8）Combination, which is welded to each other, with one block of horizontal steel plate forms domes, the vertical steel plate in two blocks of left and right（Ⅱ8）Bottom weld
In transverse base plate（Ⅴ1）The rear side of top surface, the vertical steel plate in two blocks of left and right（Ⅱ8）Between keeping parallelism, the left and right of horizontal steel plate
Two plate ends are respectively welded in the vertical steel plate in two blocks of left and right（Ⅱ8）The upper end of leading flank, the leading flank middle part of horizontal steel plate pass through spiral shell
Silk is fastened with the two pieces of main folder blocks in left and right（Ⅱ7）, every piece of main folder block（Ⅱ7）Leading flank cut with triangle and sting hopper, every piece of master
Fixture block（Ⅱ7）Top surface and bottom surface cut with a square positioning embeded groove, upper and lower two square positioning embeded grooves sting material with triangle
Groove communicates；
Wherein, sliding clamp mechanism includes transverse rails plate, slide unit（Ⅱ4）, a pair of sub-folder blocks（Ⅱ6）, traction steel plate, vertical fagging,
Push-and-pull cylinder（Ⅱ3）, the bottom surface of transverse rails plate is welded in counter-base（Ⅱ1）Top surface, the top surface of transverse rails plate are welded with left and right two
Slide rail（Ⅱ2）, the one slide rail of left and right two（Ⅱ2）Between keeping parallelism and in anterior-posterior horizontal depth move towards, slide unit（Ⅱ4）Bottom
Face is welded with four pieces of sliding sleeves（Ⅱ5）, every piece of sliding sleeve（Ⅱ5）Bottom surface cut with track slot, two pieces of sliding sleeves before and after left side（Ⅱ
5）For one group and slide in the slide rail positioned at left side（Ⅱ2）On, two pieces of sliding sleeves before and after right side（Ⅱ5）For another set
And slide in the slide rail positioned at right side（Ⅱ2）On, slide unit（Ⅱ4）Pass through four pieces of sliding sleeves of bottom（Ⅱ5）Can be along left and right two
One slide rail（Ⅱ2）Move forward and backward；
Slide unit（Ⅱ4）Front end be welded with one block of traction steel plate, be welded with one piece of vertical fagging on front side of the top surface of transverse rails plate, stand
Formula fagging is arranged at slide rail（Ⅱ2）Front, the leading flank of vertical fagging is laterally fastened with a push-and-pull cylinder by screw（Ⅱ
3）, push-and-pull cylinder（Ⅱ3）Plunger backwards, push-and-pull cylinder（Ⅱ3）Plunger head end rearwardly through after vertical fagging with draw steel
Realized and be fastenedly connected by screw in the middle part of the leading flank of plate；
Slide unit（Ⅱ4）Top surface on rear side of be fixed by screw a pair of sub-folder blocks（Ⅱ6）, every piece of sub-folder block（Ⅱ6）Trailing flank
Make triangle protrusion backward, the triangle is protruded sub-folder block（Ⅱ6）Trailing flank is divided into two inclined-planes up and down, in each inclined-plane
Portion is welded with the triangle protruded backward a abaculus, and upper and lower two triangle abaculus are symmetrical arranged；
Push-and-pull cylinder（Ⅱ3）Plunger is controlled to stretch out, the stretching of plunger pushing tow can draw steel plate and make slide unit backward（Ⅱ4）Along
The one slide rail of left and right two（Ⅱ2）Slide backward, sub-folder block（Ⅱ6）With slide unit（Ⅱ4）Sliding backward gradually draw close main folder block（Ⅱ
7）, upper and lower two triangle abaculus can respectively with main folder block（Ⅱ7）In two square positioning embeded grooves up and down to chimeric, making three
The sub-folder block of angular protrusion（Ⅱ6）Trailing flank can be with main folder block（Ⅱ7）The triangle of leading flank stings hopper to chimeric, sub-folder block
（Ⅱ6）With main folder block（Ⅱ7）Clamping can be by pipe fitting to clamping；
Wherein, tiltedly moving down saw cutting device includes skewed horizontal load platform（Ⅲ3）, servomotor one（Ⅲ4）, tool rest（Ⅲ2）, main motor
（Ⅲ1）, first flange, saw blade（Ⅲ5）, the seat of honour（Ⅲ6）Top surface cut with inclined-plane, the inclined-plane from front to back and tilts down, should
The angle of inclination on inclined-plane is 25º~45º, skewed horizontal load platform（Ⅲ3）Bottom surface be welded in the seat of honour（Ⅲ6）Top surface, skewed horizontal load
Platform（Ⅲ3）Also it is in 25º~45ºOverturning angle, skewed horizontal load platform（Ⅲ3）Incline direction from front to back and tilt down, skewed horizontal load
Platform（Ⅲ3）Top surface be welded with two one steel rail bars, skewed horizontal load platform（Ⅲ3）Middle part cut with a rectangular through holes, two steel
Rail bar is distributed in the left and right sides of rectangular through holes, tool rest（Ⅲ2）Bottom be fixed by screw four rail sets, before left side
For latter two rail set for one group and can be along rail bar traveling/retrogressing positioned at left side, former and later two rails set on right side be another
One group and can be along rail bar traveling/retrogressing positioned at right side；
Tool rest（Ⅲ2）Bottom surface in the middle part of be welded with one piece of guiding piece, the guiding piece is arranged at the middle part of four rails sets, the guiding piece
Downward through positioned at skewed horizontal load platform（Ⅲ3）The rectangular through holes at middle part, the middle part perforate of the guiding piece are simultaneously welded with a bar
Set one, the rod set one are socketed with an advance and retreat screw mandrel, and advance and retreat screw mandrel is in that front and rear depth is moved towards, and advance and retreat screw mandrel is in 25º~45ºAngle lapping
Tiltedly, the incline direction of advance and retreat screw mandrel from front to back and tilts down, and two rod ends of advance and retreat screw mandrel are respectively sleeved on a band bearing
Flange；
Servomotor one（Ⅲ4）It is fixed by screw in skewed horizontal load platform（Ⅲ3）Bottom surface on front side of, servomotor one（Ⅲ4）'s
Shaft end backwards, servomotor one（Ⅲ4）In 25º~45ºOverturning angle, servomotor one（Ⅲ4）Incline direction from front to back and to
Lower inclination, servomotor one（Ⅲ4）The front bar termination of shaft end and advance and retreat screw mandrel weld；
Tool rest（Ⅲ2）In square three-dimensional-structure, tool rest（Ⅲ2）Inner hollow, tool rest（Ⅲ2）Leading flank be welded with main motor
（Ⅲ1）, main motor（Ⅲ1）Shaft end backwards, main motor（Ⅲ1）In 25º~45ºOverturning angle, main motor（Ⅲ1）Incline direction
From front to back and tilt down, main motor（Ⅲ1）Shaft end rearwardly through tool rest（Ⅲ2）Leading flank after fastening be socketed with one
First bevel gear；
Tool rest（Ⅲ2）Left side surface rear end be drilled with an axis hole, the hole of the axis hole has peripherally been fixed by screw one first
Flange, the first flange are socketed with a cutter shaft by bearing, and there is saw blade at the left axle end of cutter shaft by screw locking（Ⅲ5）, knife
Fastening is socketed with second bevel gear after axis hole is run through to the right at the right axle end of axle, and the second bevel gear engages with the first bevel gear；
Servomotor one（Ⅲ4）Advance and retreat screw mandrel is driven to rotate, the rotation of advance and retreat screw mandrel can make the traction being socketed on advance and retreat screw mandrel
Block moves forward and backward in the range of rectangular through holes, and guiding piece moves forward and backward the tool rest that can drive top（Ⅲ2）Pass through four
Individual rail set is along the one steel rail bar traveling of left and right two/retrogressing；It is anchored on tool rest（Ⅲ2）On main motor（Ⅲ1）Driving is socketed in axle
First bevel-gear rotating at end, the second bevel gear engaged with the first bevel gear while is rotated, and the rotation of the second bevel gear is led to again
Cross cutter shaft and drive saw blade（Ⅲ5）Rotation, by sub-folder block（Ⅱ6）With main folder block（Ⅱ7）Pipe fitting to clamping is finally rotated
Saw blade（Ⅲ5）Cut-out；
Wherein, traversing roll-setting gear includes servomotor two, driving wheel（Ⅳ3）, cogged drive belt, driven pulley, servomotor two-way
Fastened by screw is crossed in the seat of honour（Ⅲ6）Inside, the seat of honour is run through to the right in the shaft end of servomotor two towards the right side, the shaft end of servomotor two
（Ⅲ6）Right side wall and being realized by bearing support, the fastening of the shaft end of servomotor two is socketed with a driving wheel（Ⅳ3）；
Transverse base plate（Ⅴ1）Bottom surface right side central be welded with one piece guiding steel plate（Ⅳ1）, the guiding steel plate（Ⅳ1）Middle part
Perforate is simultaneously welded with a bearing（Ⅳ2）, the bearing（Ⅳ2）Inner ring is socketed with a rod set two, the right-hand end periphery of rod set two
Driven pulley is socketed with, the diameter of driven pulley is more than driving wheel（Ⅳ3）Diameter, driven pulley passes through cogged drive belt and driving wheel（Ⅳ
3）Drive connection is realized, strip screw mandrel concatenates with rod set two；
Servomotor two drives the driving wheel for being socketed on shaft end（Ⅳ3）Rotate, driving wheel（Ⅳ3）Driven by cogged drive belt driven
Wheel rotates, and the rotation of driven pulley drives rod set two to rotate again, and the rod set two under rotary state can be by being oriented to steel plate（Ⅳ1）
Traversing support platform is drawn to move laterally along strip screw mandrel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721064262.XU CN207205416U (en) | 2017-08-24 | 2017-08-24 | Full-automatic electric tube cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721064262.XU CN207205416U (en) | 2017-08-24 | 2017-08-24 | Full-automatic electric tube cutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207205416U true CN207205416U (en) | 2018-04-10 |
Family
ID=61816537
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721064262.XU Withdrawn - After Issue CN207205416U (en) | 2017-08-24 | 2017-08-24 | Full-automatic electric tube cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207205416U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107309489A (en) * | 2017-08-24 | 2017-11-03 | 泉州弘正机械有限公司 | Full-automatic electric tube cutter |
-
2017
- 2017-08-24 CN CN201721064262.XU patent/CN207205416U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107309489A (en) * | 2017-08-24 | 2017-11-03 | 泉州弘正机械有限公司 | Full-automatic electric tube cutter |
| CN107309489B (en) * | 2017-08-24 | 2024-05-10 | 泉州弘正机械有限公司 | Full-automatic pipe sawing machine |
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| GR01 | Patent grant | ||
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180410 Effective date of abandoning: 20240510 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180410 Effective date of abandoning: 20240510 |