CN202292856U - Trimming equipment - Google Patents
Trimming equipment Download PDFInfo
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- CN202292856U CN202292856U CN 201120353002 CN201120353002U CN202292856U CN 202292856 U CN202292856 U CN 202292856U CN 201120353002 CN201120353002 CN 201120353002 CN 201120353002 U CN201120353002 U CN 201120353002U CN 202292856 U CN202292856 U CN 202292856U
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Abstract
The utility model discloses trimming equipment. The trimming equipment comprises a frame (9), a cutting device, a rotating device and a linkage device, wherein the cutting device is arranged on the frame (9) and is used for cutting the edge of a workpiece (11); the rotating device is arranged on the frame (9) and is used for placing the workpiece (11) and driving the workpiece (11) to rotate; and the linkage device is arranged on the frame (9), is connected between the cutting device and the rotating device and is used for driving the cutting device and the rotating device to link, so that the cutting device and the rotating device enter into or retreat from respective operating positions. By the trimming equipment, the workpiece and a blade can be linked with each other and can enter into an operating position accurately at the same time; and the trimming equipment has high accuracy and is easy and convenient to operate.
Description
Technical field
The utility model relates to a kind of side cut equipment, specifically a kind of side cut equipment that is used to cut the cylindrical of certain degree of hardness or truncated cone-shaped object.
Background technology
In the prior art; The fire extinguisher cylindrical shell of processing such as rigid plastics flowerpot, carbon steel steel plate etc. has the cylindrical of certain degree of hardness or truncated cone-shaped object in the process of manufacturing, and owing to reasons such as processing technologys, the edge of the cylindrical or truncated cone-shaped object after the preliminary working is often all uneven, level and smooth inadequately; Not only influenced the attractive in appearance of product; And it is bad to touch feel, also possibly scratch hand, influences subsequent process steps.Therefore, must cut edge, make the flowerpot edge-smoothing consistent the cylindrical or truncated cone-shaped object (workpiece) after the preliminary working.
Usually the side cut step is accomplished through bead cutter, and in order to guarantee the antemarginal neat appearance, level and smooth consistent of cutting edge, the edge of side cut cutter and workpiece should be set in parallel, and the edge of workpiece contacts with the rotation of side cut cutter.Disclose a kind of fire extinguishing cylindrical shell bead cutter like Chinese patent document CN201815736U, had frame, rack-mounted cutter head, cutter, pneumatic means and transmission system are during use; According to Fire extinguisher tube height degree, regulate the positioning sleeve height, the fire extinguisher cylindrical shell is inserted in backstay; Starter motor, the drive pulley on the motor drive negative pulley wheel and rotate together, and fire extinguisher cylindrical shell, cutter axis and cutterhead rotate together; Simultaneously, start cylinder intake control reversal valve, the cylinder elongation; Cutting knife is advanced to hand of cutter,, realize cutting edge through extrusion shearing.
But above-mentioned bead cutter has following shortcoming: 1. this bead cutter needs at first to pass through positioning sleeve and backstay with the workpiece manual positioning when operation; And then utilize pneumatic means promotion cutting knife to make it get into the operating position; Must operate the position that just can adjust workpiece and cutting knife, complex steps, more complicated through multistep; 2. in the location during workpiece, employing be manual mode, rely on and unclamp/screw the position that the backstay that is threaded and positioning sleeve are regulated workpiece, this manual mode accuracy is low, is difficult to workpiece regulated exactly put in place.
Summary of the invention
The utility model technical problem to be solved is that bead cutter operating procedure of the prior art is complicated, workpiece is difficult to pinpoint technical problem; And provide a kind of workpiece and blade to link; Workpiece and blade accurately get into/deactivate simultaneously the position; Precision is high, side cut equipment easy and simple to handle.
For solving the problems of the technologies described above, the utility model is realized through following technical scheme:
A kind of side cut equipment comprises: frame, and
Topping machanism is arranged on the said frame, is used for the edge of cutting workpiece;
Whirligig is arranged on the said frame, is used to place said workpiece and drives said workpiece rotation;
Also comprise linkage; Be arranged on the said frame and be connected in said topping machanism and said whirligig between; Be used to drive the interlock of said topping machanism and said whirligig, make said topping machanism and said whirligig get into or withdraw from operating position separately together.
In the above-mentioned side cut equipment, said linkage comprises
Operating element is arranged on the said frame movably;
The topping machanism link gear, an end is connected with said operating element, and the other end is connected with said topping machanism, makes the interlock of said topping machanism and said operating element;
The whirligig link gear, an end is connected with said operating element, and the other end is connected with said whirligig, makes the interlock of said whirligig and said operating element.
In the above-mentioned side cut equipment,
Said topping machanism comprises blade, and said blade is arranged on the rocking arm, and said rocking arm is connected with said frame;
Said whirligig comprises said pallet and motor; Said pallet is horizontally disposed with, and places said workpiece on it, and said motor is used to drive said pallet and the rotation of said workpiece.
In the above-mentioned side cut equipment, said rocking arm is rotatably connected through vertical connecting axle and said frame, in horizontal plane, gets into or withdraw from its operating position rotationally so that said rocking arm drives said blade; Said motor is arranged on the said frame, and its output shaft is connected with disk with worm reducer through driving-belt, rotates to drive said disk; Said disc level setting also is positioned at the top of said pallet; The cutting configurations match of the position of said lower disk surface and said blade; Said pallet can hold up said workpiece and prop up the lower surface of said disk under the drive of said operating element; Get into the operating position, said motor drives said workpiece and the rotation of said pallet through said disk; Said pallet also can make the lower surface of the said disk of said workpiece whereabouts disengaging, the position of deactivating under the drive of said operating element.
In the above-mentioned side cut equipment; Said topping machanism link gear comprises that rocking arm drags steel wire; Said operating element is connected with the end that said rocking arm drags steel wire, and the other end that said rocking arm drags steel wire is connected with said rocking arm, and this tie point is away from said vertical connecting axle; Operate said operating element and drag steel wire through said rocking arm and affect said rocking arm to rotate, drive said blade and get into or withdraw from its operating position around said vertical connecting axle.
In the above-mentioned side cut equipment; Said operating element drags steel wire through pedal arm with said rocking arm and is connected; Said operating element is fixedly connected with said pedal arm angled setting in perpendicular; Operate said operating element can make said operating element and said pedal arm around horizontal rotating shaft in perpendicular clockwise or rotate counterclockwise, drag steel wire to affect or to unclamp said rocking arm.
In the above-mentioned side cut equipment; Said topping machanism link gear also comprises and is used to rocking arm compression spring that said rocking arm is resetted; Said rocking arm compression spring is sheathed on the said vertical connecting axle and has torsion; Operate said operating element and unclamp said rocking arm and drag steel wire, said rocking arm is got back to initial position under the twisting force of said rocking arm compression spring; Said whirligig link gear comprises the tray bar of vertical setting; The lower end of said tray bar and said operating element are fixed; The upper end is fixed through plane bearing with the lower surface of said pallet, operates that said operating element drives said tray bar and said pallet moves up and down.
In the above-mentioned side cut equipment, also have the depth of cut governor motion that is used to regulate said blade and said edge of work distance, said depth of cut governor motion comprises tuning screw mandrel of rocking arm and the tuning handwheel of rocking arm; The tuning handwheel of said rocking arm is arranged on the said rocking arm, and the tuning handwheel of said rocking arm is connected with its handwheel rotating shaft through nut, and it is inner that said handwheel rotating shaft is arranged at said rocking arm; The tuning screw mandrel of said rocking arm is arranged between said frame and the said rocking arm; One end of the tuning screw mandrel of said rocking arm stretches into said rocking arm and is attached thereto; The other end props up said frame under the twisting force of said rocking arm compression spring, the part that the tuning screw mandrel of said rocking arm stretches into said rocking arm is fixedly connected with said handwheel rotating shaft; The tuning handwheel of said rocking arm rotatablely move through said nut change into said handwheel rotating shaft and with the tuning screw mandrel rectilinear motion of said rocking arm, with drive said rocking arm and said blade near/away from said frame, regulate said blade and said edge of work distance.
In the above-mentioned side cut equipment, said operating element is a pedal, and said pedal passes said tray bar and fixing with it; The lower end of said tray bar is provided with back-moving spring; The bottom of said back-moving spring is stretched in the hole of the support of fixing with said frame, and the lower end of said back-moving spring and the bottom surface of said base inner are fixed, and keeps under the original length state at said back-moving spring; The upper end of said back-moving spring holds up said pedal and said tray bar, and the lower end of said tray bar is unsettled;
Step on said pedal, drive said tray bar, said pallet moves downward, the lower end of said tray bar is stretched in the said hole of said support, makes the said pallet position of deactivating; Said pedal also drives said pedal arm and clockwise rotates in perpendicular around said horizontal rotating shaft, spurs said rocking arm and drags steel wire, and said rocking arm is rotated around said vertical connecting axle, drives said blade and withdraws from its operating position;
Unclamp said pedal, said pedal and said tray bar upwards lift under the effect of said back-moving spring, drive said pallet and move upward, and make said pallet get into the operating position; Said pedal also drives said pedal arm and rotates counterclockwise in perpendicular around said horizontal rotating shaft, unclamps said rocking arm and drags steel wire, and said rocking arm is got back to initial position under the effect of said rocking arm compression spring, drives said blade and gets into its operating position.
In the above-mentioned side cut equipment; Also has the height adjustment mechanism that is used for regulating said tray upper surface and said lower disk surface distance according to the height of said workpiece; Said height adjustment mechanism comprises regulates screw mandrel and adjustment screw; Said adjusting screw mandrel can stretch out/be built in to indentation the top of said tray bar, and said adjustment screw is used for the extension elongation locking with said adjusting screw mandrel; Said blade is a cylinder blade, and said cylinder blade is parallel with the said edge of work, and said cylinder blade is connected with the output shaft of blade motor, and said blade motor drives said cylinder blade rotation.
The technique scheme of the utility model is compared prior art and is had the following advantages:
1. the side cut equipment that provides of the utility model is provided with linkage, and through linkage, topping machanism and whirligig are realized interlock, make workpiece and blade get into/deactivate the position simultaneously, and equipment is simple, and is easy to operate.
2. the side cut equipment that provides of the utility model; Linkage comprises operating element, topping machanism link gear and whirligig link gear; One end of topping machanism link gear is connected with operating element, and the other end is connected with topping machanism, makes the interlock of topping machanism and operating element; One end of whirligig link gear is connected with operating element, and the other end is connected with whirligig, makes the interlock of whirligig and operating element, and said structure is simple, is easy to realize.
3. the side cut equipment that provides of the utility model, blade motor drives the blade high speed rotating, and motor is connected with disk with worm reducer through driving-belt simultaneously, and the drive workpiece slowly runs, and makes the edge of work cut more smoothly.
4. the side cut equipment that provides of the utility model; Wherein operating element drags steel wire through pedal arm and rocking arm and is connected; Operating element is fixedly connected with pedal arm angled setting in perpendicular, and the operation operating element can make operating element and pedal arm clockwise or rotate counterclockwise in perpendicular around horizontal rotating shaft, drags steel wire to affect or to unclamp rocking arm; Said structure design is ingenious, and is simple in structure and be easy to realize.
5. the side cut equipment that provides of the utility model; Wherein the topping machanism link gear also comprises and is used to rocking arm compression spring that rocking arm is resetted; the rocking arm compression spring is sheathed on the vertical connecting axle and has torsion, and the operation operating element unclamps rocking arm and drags steel wire, and rocking arm is got back to initial position under the twisting force of rocking arm compression spring; the said structure design is ingenious, and is simple in structure and be easy to realize.
6. the side cut equipment that provides of the utility model, cylinder blade is parallel with the edge of work, makes level and smooth consistent, the neat appearance of the back edge of work of cutting edge.
7. the side cut equipment that provides of the utility model also has depth of cut governor motion and height adjustment mechanism, can make this side cut equipment range of application wider according to the distance between different workpieces size adjusting depth of cut and pallet and the disk.
Description of drawings
For the content that makes the utility model is more clearly understood,, the utility model is done further detailed explanation, wherein below according to the specific embodiment of the utility model and combine accompanying drawing
Fig. 1 is the structural front view of the utility model;
Fig. 2 is the structure left view of the utility model.
Reference numeral is expressed as among the figure: 1-blade, 2-blade motor, 3-rocking arm, the tuning screw mandrel of 4-rocking arm, 5-rocker arm bracket, 6-driving-belt; The 7-motor, 8-worm reducer, 9-frame, 10-disk, 11-workpiece, 12-pallet; The 13-tray bar, 14-pallet seat, 15-pedal, 16-back-moving spring, the tuning handwheel of 17-rocking arm; 18-rocking arm compression spring, the 19-rocking arm drags steel wire, 20-steel wire outer tube, 21-pedal arm, 22-plane bearing; The 23-support, the vertical connecting axle of 24-, the 25-horizontal rotating shaft, 26-regulates screw mandrel, 27-adjustment screw.
The specific embodiment
As illustrated in fig. 1 and 2, be the preferred embodiment of the utility model side cut equipment, said side cut equipment comprises: frame 9, topping machanism, whirligig, linkage, depth of cut governor motion and height adjustment mechanism.
Said frame 9 is fixing with support 23, is fixed with rocker arm bracket 5 on the said frame 9, and said rocker arm bracket 5 is connected with rocking arm 3 through vertical connecting axle 24, and said rocking arm 3 can rotate relative to said rocker arm bracket 5 around said vertical connecting axle 24.
Said topping machanism is arranged on the said frame 9, is used for the edge of cutting workpiece 11.Said topping machanism comprises blade 1 and blade motor 2, and said blade 1 is arranged on the said rocking arm 3, and said rocking arm 3 drives said blade 1 and in horizontal plane, gets into or withdraw from its operating position rotationally; In the present embodiment, said blade 1 is a cylinder blade, and said cylinder blade is parallel with the edge of said workpiece 11, and said cylinder blade is connected with the output shaft of said blade motor 2, and said blade motor 2 drives said cylinder blade rotation.
Said whirligig is arranged on the said frame 9, is used to place said workpiece 11 and drives said workpiece 11 rotations.Said whirligig comprises: motor 7, driving-belt 6, worm reducer 8, disk 10 and pallet 12.Said disk 10 and said pallet 12 average level settings and said disk 10 are positioned at the top of said pallet 12, place said workpiece 11 on the said pallet 12; Said motor 7 is arranged on the said frame 9, and its output shaft is connected with said disk 10 with said worm reducer 8 through said driving-belt 6, and said motor 7 is used to drive said disk 10, said workpiece 11 and said pallet 12 and rotates together.
Said linkage is arranged on the said frame 9 and is connected between said topping machanism and the said whirligig; Be used to drive the interlock of said topping machanism and said whirligig, make said topping machanism and said whirligig get into or withdraw from operating position separately together.Said linkage comprises operating element, topping machanism link gear and whirligig link gear.
Said operating element is arranged on the said frame 9 movably, and in the present embodiment, said operating element is a pedal 15.
One end of said topping machanism link gear is connected with said operating element, and the other end is connected with said topping machanism, makes the interlock of said topping machanism and said operating element.Said topping machanism link gear comprises that rocking arm drags steel wire 19, pedal arm 21 and rocking arm compression spring 18.The outside that said rocking arm drags steel wire 19 is with steel wire outer tube 20; The end that said rocking arm drags steel wire 19 is connected with said pedal 15; The other end is connected with said rocking arm 3; And this tie point is away from said vertical connecting axle 24, operates said pedal 15 and drags steel wire 19 through said rocking arm and affect said rocking arm 3 to rotate around said vertical connecting axle 24, drives said blade 1 and gets into or withdraw from its operating position.Said operating element drags steel wire 19 through pedal arm 21 and said rocking arm and is connected; Said pedal 15 is fixedly connected with said pedal arm 21 angled setting in perpendicular; Operate said pedal 15 can make said pedal 15 and said pedal arm 21 around horizontal rotating shaft 25 in perpendicular clockwise or rotate counterclockwise, drag steel wire 19 to affect or to unclamp said rocking arm.Said rocking arm compression spring 18 is used to make said rocking arm 3 to reset; Said rocking arm compression spring 18 is sheathed on the said vertical connecting axle 24 and has torsion; Operate said pedal 15 and unclamp said rocking arm and drag steel wire 19, said rocking arm 3 will be got back to initial position under the twisting force of said rocking arm compression spring 18.In the utility model, initial position is meant topping machanism residing position when not receiving the active force of said operating element, in the present embodiment, specifically is meant the operating position of topping machanism.
One end of said whirligig link gear is connected with said operating element, and the other end is connected with said whirligig, makes the interlock of said whirligig and said operating element.Said whirligig link gear comprises the tray bar 13 of vertical setting; The lower end of said tray bar 13 and said operating element are fixed; Said pedal 15 passes said tray bar 13 and fixing with it, and the lower end of said tray bar 13 is provided with back-moving spring 16, and the bottom of said back-moving spring 16 is stretched in the hole with said support 23; The lower end of said back-moving spring 16 and said support 23 inner bottom surfaces are fixed; Keep under the original length state at said back-moving spring 16, the upper end of said back-moving spring 16 holds up said pedal 15 and said tray bar 13, and the lower end of said tray bar 13 is unsettled.The lower surface of the upper end of said tray bar 13 and said pallet 12 is fixing through plane bearing 22, operates said operating element and drives said tray bar 13 and move up and down with said pallet 12.Said pallet 12 can hold up said workpiece 11 and prop up the lower surface of said disk 10 under the drive of said operating element, get into the operating position, and said motor 7 drives said workpiece 11 and said pallet 12 rotations through said disk 10; Said pallet 12 also can make said workpiece 11 fall to breaking away from the lower surface of said disk 10, the position of deactivating under the drive of said operating element.
Said depth of cut governor motion is used to regulate the distance at said blade 1 and said workpiece 11 edges.Said depth of cut governor motion comprises tuning screw mandrel 4 of rocking arm and the tuning handwheel 17 of rocking arm; The tuning handwheel 17 of said rocking arm is arranged on the said rocking arm 3, and the tuning handwheel 17 of said rocking arm is connected with its handwheel rotating shaft through nut, and said handwheel rotating shaft is arranged at said rocking arm 3 inside; The tuning screw mandrel 4 of said rocking arm is arranged between said frame 9 and the said rocking arm 3; One end of the tuning screw mandrel 4 of said rocking arm stretches into said rocking arm 3 and is attached thereto; The other end props up said frame 9 under the twisting force of said rocking arm compression spring 18, the part that the tuning screw mandrel 4 of said rocking arm stretches into said rocking arm 3 is fixedly connected with said handwheel rotating shaft; The tuning handwheel 17 of said rocking arm rotatablely move through said nut change into said handwheel rotating shaft and with tuning screw mandrel 4 rectilinear motions of said rocking arm; With drive said rocking arm 3 and said blade 1 near/away from said frame 9, regulate said blade 1 and said workpiece 11 Edge Distances.
Said height adjustment mechanism is used for regulating said pallet 12 upper surfaces and said disk 10 lower surface distances according to the height of said workpiece 11.Said height adjustment mechanism comprises regulates screw mandrel 26 and adjustment screw 27, and said adjusting screw mandrel 26 can stretch out/be built in to indentation the top of said tray bar 13, and said adjustment screw 27 is used for the extension elongation locking with said adjusting screw mandrel 26.
The course of work of the said side cut equipment of the utility model is narrated as follows:
1, place work piece: step on said pedal 15, drive said tray bar 13 and move downward with said pallet 12, the lower end of said tray bar 13 is stretched in the said hole of said support 23, makes said pallet 12 position of deactivating; Said pedal 15 also drives said pedal arm 21 and clockwise rotates in perpendicular around said horizontal rotating shaft 25; Spur said rocking arm and drag steel wire 19; Said rocking arm 3 is rotated around said vertical connecting axle 24; Drive said blade 1 and withdraw from its operating position, said workpiece 11 is placed on the upper surface of said pallet 12; Unclamp said pedal 15, said pedal 15 upwards lifts with said tray bar 13 under the effect of said back-moving spring 16, drives said pallet 12 and moves upward, and makes said workpiece 11 and said pallet 12 entering operating positions; Said pedal 15 also drives said pedal arm 21 and rotates counterclockwise in perpendicular around said horizontal rotating shaft 25; Unclamp said rocking arm and drag steel wire 19; Said rocking arm 3 is got back to initial position under the effect of said rocking arm compression spring 18, drive said blade 1 and get into its operating position.
2, adjustment depth of cut: said workpiece 11 external diameters size and wall thickness equidimension according to having placed are adjusted said blade 1 depth of cut; When needs rotate counterclockwise the tuning handwheel 17 of said rocking arm during than the roughing feed degree of depth; Make the tuning screw mandrel 4 of said rocking arm shorten (in the said rocking arm 3 of indentation); Said rocking arm 3 is near said frame 9 under the twisting force of said rocking arm compression spring 18, and depth of cut strengthens; When the less depth of cut of needs, clockwise rotate the tuning handwheel 17 of said rocking arm; Make tuning screw mandrel 4 elongations of said rocking arm (stretching out in the said rocking arm 3); Because next is directing reach said frame 9 at the twisting force of said rocking arm compression spring 18 for the other end of the tuning screw mandrel 4 of said rocking arm; Said rocking arm 3 is away from said frame 9, and depth of cut reduces.
3, said pallet 12 upper surfaces of adjustment and said disk 10 lower surface distances: according to said pallet 12 upper surfaces of the height adjustment of the said workpiece of having placed 11 and said disk 10 lower surface distances; Unscrew said adjustment screw 27; Adjust the extension elongation of said adjusting leading screw 26 as required; Adjustment finishes the back with said adjustment screw 27 lockings, props up the upper surface of said disk 10 to guarantee said workpiece 11, and this moment, the height of said workpiece 11 cooperated with the cutting position of said blade 1.
4, start said motor 7 and said blade motor 2 beginning cutting operations.
5, after cutting operation finishes, close said motor 7 and said blade motor 2, said disk 10 stops operating with said workpiece 11, and said blade 1 stops cutting.
6, take off workpiece: step on said pedal 15, drive said tray bar 13, said pallet 12 moves downward, the lower end of said tray bar 13 is stretched in the said hole of said support 23, makes said workpiece 11 and said pallet 12 position of deactivating; Said pedal 15 also drives said pedal arm 21 and clockwise rotates in perpendicular around said horizontal rotating shaft 25; Spur said rocking arm and drag steel wire 19; Said rocking arm 3 is rotated around said vertical connecting axle 24; Drive said blade 1 and withdraw from its operating position, said workpiece 11 is taken off from said pallet 12; Unclamp said pedal 15, said pedal 15 upwards lifts with said tray bar 13 under the effect of said back-moving spring 16, drives said pallet 12 and moves upward, and makes said pallet 12 entering operating positions; Said pedal 15 also drives said pedal arm 21 and rotates counterclockwise in perpendicular around said horizontal rotating shaft 25; Unclamp said rocking arm and drag steel wire 19; Said rocking arm 3 is got back to initial position under the effect of said rocking arm compression spring 18, drive said blade 1 and get into its operating position.
7, so far, a workpiece cutting finishes.
Annotate: above-mentioned steps 2 and 3 is carried out according to the workpiece situation in good time, not necessarily all needs adjustment at every turn.
In other embodiments, said initial position also can be specially the off-position of topping machanism.
Obviously, the foregoing description only be for explanation clearly done for example, and be not qualification to embodiment.For the those of ordinary skill in affiliated field, on the basis of above-mentioned explanation, can also make other multi-form variation or change.Here need not also can't give exhaustive to all embodiments.And conspicuous variation of being extended out thus or change still are among the protection domain of the utility model creation.
Claims (10)
1. side cut equipment comprises: frame (9), and
Topping machanism is arranged on the said frame (9), is used for the edge of cutting workpiece (11);
Whirligig is arranged on the said frame (9), is used to place said workpiece (11) and drives said workpiece (11) rotation;
It is characterized in that: also comprise
Linkage; Being arranged on said frame (9) goes up and is connected between said topping machanism and the said whirligig; Be used to drive the interlock of said topping machanism and said whirligig, make said topping machanism and said whirligig get into or withdraw from operating position separately together.
2. side cut equipment according to claim 1 is characterized in that: said linkage comprises
Operating element is arranged on the said frame (9) movably;
The topping machanism link gear, an end is connected with said operating element, and the other end is connected with said topping machanism, makes the interlock of said topping machanism and said operating element;
The whirligig link gear, an end is connected with said operating element, and the other end is connected with said whirligig, makes the interlock of said whirligig and said operating element.
3. side cut equipment according to claim 2 is characterized in that:
Said topping machanism comprises blade (1), and said blade (1) is arranged on the rocking arm (3), and said rocking arm (3) is connected with said frame (9);
Said whirligig comprises said pallet (12) and motor (7); Said pallet (12) is horizontally disposed with, and places said workpiece (11) on it, and said motor (7) is used to drive said pallet (12) and said workpiece (11) rotation.
4. side cut equipment according to claim 3; It is characterized in that: said rocking arm (3) is rotatably connected through vertical connecting axle (24) and said frame (9), in horizontal plane, gets into or withdraw from its operating position rotationally so that said rocking arm (3) drives said blade (1); Said motor (7) is arranged on the said frame (9), and its output shaft is connected with disk (10) with worm reducer (8) through driving-belt (6), rotates to drive said disk (10); Said disk (10) is horizontally disposed with and is positioned at the top of said pallet (12); The position of said disk (10) lower surface and the cutting position of said blade (1) coupling; Said pallet (12) can hold up said workpiece (11) and prop up the lower surface of said disk (10) under the drive of said operating element; Get into the operating position, said motor (7) drives said workpiece (11) and said pallet (12) rotation through said disk (10); Said pallet (12) also can make the lower surface of said workpiece (11) the whereabouts said disk of disengaging (10), the position of deactivating under the drive of said operating element.
5. side cut equipment according to claim 4; It is characterized in that: said topping machanism link gear comprises that rocking arm drags steel wire (19); Said operating element is connected with the end that said rocking arm drags steel wire (19); The other end that said rocking arm drags steel wire (19) is connected with said rocking arm (3), and this tie point is away from said vertical connecting axle (24); Operate said operating element and drag steel wire (19) through said rocking arm and affect said rocking arm (3) to rotate, drive said blade (1) and get into or withdraw from its operating position around said vertical connecting axle (24).
6. side cut equipment according to claim 5; It is characterized in that: said operating element drags steel wire (19) through pedal arm (21) and said rocking arm and is connected; Said operating element is fixedly connected with said pedal arm (21) angled setting in perpendicular; Operate said operating element can make said operating element and said pedal arm (21) around horizontal rotating shaft (25) in perpendicular clockwise or rotate counterclockwise, drag steel wire (19) to affect or to unclamp said rocking arm.
7. side cut equipment according to claim 6; It is characterized in that: said topping machanism link gear also comprises and is used to rocking arm compression spring (18) that said rocking arm (3) is resetted; Said rocking arm compression spring (18) is sheathed on the said vertical connecting axle (24) and has torsion; Operate said operating element and unclamp said rocking arm and drag steel wire (19), said rocking arm (3) is got back to initial position under the twisting force of said rocking arm compression spring (18); Said whirligig link gear comprises the tray bar (13) of vertical setting; The lower end and the said operating element of said tray bar (13) are fixed; The upper end is fixing through plane bearing (22) with the lower surface of said pallet (12), operates that said operating element drives said tray bar (13) and said pallet (12) moves up and down.
8. according to the arbitrary described side cut equipment of claim 3-7; It is characterized in that: also have the depth of cut governor motion that is used to regulate said blade (1) and said workpiece (11) Edge Distance, said depth of cut governor motion comprises tuning screw mandrel of rocking arm (4) and the tuning handwheel of rocking arm (17); The tuning handwheel of said rocking arm (17) is arranged on the said rocking arm (3), and the tuning handwheel of said rocking arm (17) is connected with its handwheel rotating shaft through nut, and said handwheel rotating shaft is arranged at said rocking arm (3) inside; The tuning screw mandrel of said rocking arm (4) is arranged between said frame (9) and the said rocking arm (3); One end of the tuning screw mandrel of said rocking arm (4) stretches into said rocking arm (3) and is attached thereto; The other end props up said frame (9) under the twisting force of said rocking arm compression spring (18), the part that the tuning screw mandrel of said rocking arm (4) stretches into said rocking arm (3) is fixedly connected with said handwheel rotating shaft; The tuning handwheel of said rocking arm (17) rotatablely move through said nut change into said handwheel rotating shaft and with the tuning screw mandrel of said rocking arm (4) rectilinear motion; With drive said rocking arm (3) and said blade (1) near/away from said frame (9), regulate said blade (1) and said workpiece (11) Edge Distance.
9. side cut equipment according to claim 8; It is characterized in that: said operating element is pedal (15); Said pedal (15) passes said tray bar (13) and fixing with it; The lower end of said tray bar (13) is provided with back-moving spring (16); The bottom of said back-moving spring (16) is stretched in the hole of the support of fixing with said frame (9) (23), and the inner bottom surface of the lower end of said back-moving spring (16) and said support (23) is fixed, and keeps under the original length state at said back-moving spring (16); The upper end of said back-moving spring (16) holds up said pedal (15) and said tray bar (13), and the lower end of said tray bar (13) is unsettled;
Step on said pedal (15), drive said tray bar (13), said pallet (12) moves downward, the lower end of said tray bar (13) is stretched in the said hole of said support (23), makes said pallet (12) position of deactivating; Said pedal (15) also drives said pedal arm (21) and clockwise rotates in perpendicular around said horizontal rotating shaft (25); Spur said rocking arm and drag steel wire (19); Said rocking arm (3) is rotated around said vertical connecting axle (24), drive said blade (1) and withdraw from its operating position;
Unclamp said pedal (15), said pedal (15) and said tray bar (13) upwards lift under the effect of said back-moving spring (16), drive said pallet (12) and move upward, and make said pallet (12) get into the operating position; Said pedal (15) also drives said pedal arm (21) and rotates counterclockwise in perpendicular around said horizontal rotating shaft (25); Unclamp said rocking arm and drag steel wire (19); Said rocking arm (3) is got back to initial position under the effect of said rocking arm compression spring (18), drive said blade (1) and get into its operating position.
10. side cut equipment according to claim 9; It is characterized in that: also have the height adjustment mechanism that is used for regulating said pallet (12) upper surface and said disk (10) lower surface distance according to the height of said workpiece (11); Said height adjustment mechanism comprises regulates screw mandrel (26) and adjustment screw (27); Said adjusting screw mandrel (26) can stretch out/be built in to indentation the top of said tray bar (13), and said adjustment screw (27) is used for the extension elongation locking with said adjusting screw mandrel (26); Said blade (1) is a cylinder blade, and said cylinder blade is parallel with said workpiece (11) edge, and said cylinder blade is connected with the output shaft of blade motor (2), and said blade motor (2) drives said cylinder blade rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120353002 CN202292856U (en) | 2011-09-20 | 2011-09-20 | Trimming equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120353002 CN202292856U (en) | 2011-09-20 | 2011-09-20 | Trimming equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202292856U true CN202292856U (en) | 2012-07-04 |
Family
ID=46361828
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120353002 Withdrawn - After Issue CN202292856U (en) | 2011-09-20 | 2011-09-20 | Trimming equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202292856U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102357909A (en) * | 2011-09-20 | 2012-02-22 | 江苏紫荆花纺织科技股份有限公司 | Trimming equipment |
| CN105619480A (en) * | 2014-10-28 | 2016-06-01 | 哈尔滨飞机工业集团有限责任公司 | Composite material trimming tool |
-
2011
- 2011-09-20 CN CN 201120353002 patent/CN202292856U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102357909A (en) * | 2011-09-20 | 2012-02-22 | 江苏紫荆花纺织科技股份有限公司 | Trimming equipment |
| CN102357909B (en) * | 2011-09-20 | 2014-07-02 | 江苏紫荆花纺织科技股份有限公司 | Trimming equipment |
| CN105619480A (en) * | 2014-10-28 | 2016-06-01 | 哈尔滨飞机工业集团有限责任公司 | Composite material trimming tool |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120704 Effective date of abandoning: 20140702 |
|
| RGAV | Abandon patent right to avoid regrant |