CN207873623U - A kind of shaping machine - Google Patents

Abstract

The utility model discloses a kind of shaping machines,Its key points of the technical solution are that including the pedestal being positioned on ground,The lathe bed being fixedly connected on pedestal,The ram that is slidably connected on lathe bed and it is fixedly connected on the power plant that driving ram slides on lathe bed in lathe bed,It is fixedly connected with knife rest in ram one end,The milling cutter being arranged along ram movement direction is fixedly connected on knife rest,Milling cutter is with workpiece to be processed with long,It is detachably fixed below knife rest and is connected with planing tool,Workbench is slidably connected on the pedestal at corresponding rest position,Be slidably connected on surface plane milling frame on the table,The clamp assembly for clamping workpiece is connected on the plane milling frame at corresponding milling cutter position,It is also connected with clamp assembly on the plane milling frame at corresponding planing tool position,Planing tool and milling cutter carry out plane milling to the workpiece in corresponding clamp assembly respectively under ram promotion,Achieve the effect that carry out inside and outside polishing respectively to two workpiece simultaneously.

Description

A kind of shaping machine

Technical field

The utility model is related to graphite jig manufacture field, more particularly to a kind of shaping machine.

Background technology

Present most of factories can all use milling machine and planer when processing graphite mold, first need processing one outer Face is cuboid, and centre offers the graphite jig of square groove, after the processing such as cutting, needing to the surface of graphite jig and Internal groove body is polished, and the graphite jig produced is enable to comply with standard.

Existing to can refer to the Chinese patent that Authorization Notice No. is CN203679750U, it discloses one kind to be transformed by planer The planer head of one of double tool rest on the crossbeam of metal-planing machine is changed to milling machine head by obtained milling machine；Including cross beam feeding device, It is moved on guide rod to control crossbeam；The cross beam feeding device is connect with speed changer；Crossbeam is equipped with cutter holder assembly；It is described Cutter holder assembly includes mill cutter assemblies and planing tool component；The mill cutter assemblies include cutter motor and the milling cutter that is driven by it；It is described Planing tool component includes planing tool motor and the planing tool that is driven by it；The shaft coupling sprocket wheel that the shaft coupling of main motor front end is equipped with passes through Chain is connect with the quick motor sprocket on quick motor；Clutch is equipped between main motor rear end and cycloid speed reducer；Main electricity Arbor is connect by chain coupling with clutch fixing end；Clutch movable end drives shift fork action by connecting rod；Described group Fork action drives travel switch action.It is easy to operate with small investment, using reliable, the advantages that economizing on energy and electricity.

Above-mentioned milling machine can only be polished the inside groove body of graphite jig, and traditional planer can only be to the table of graphite jig Face is polished, and needs to be processed on two machines, low production efficiency.

Utility model content

The purpose of this utility model is to provide a kind of shaping machine, can carry out inside respectively to two graphite jigs simultaneously With external polishing, increase working efficiency.

The above-mentioned technical purpose of the utility model technical scheme is that：

A kind of shaping machine, including be positioned on ground pedestal, be fixedly connected on pedestal lathe bed, be slidably connected to Ram on lathe bed and it is fixedly connected on the power plant that driving ram slides on lathe bed in lathe bed, fixes and connect in ram one end It is connected to knife rest, the milling cutter being arranged along ram movement direction is fixedly connected on knife rest, milling cutter is same long with workpiece to be processed, It is detachably fixed below knife rest and is connected with planing tool, slidably connecting on the pedestal at corresponding rest position can slide up and down Workbench, being slidably connected on surface on the table can be perpendicular to the plane milling frame that ram movement direction is slided, in corresponding milling It is connected with the clamp assembly for clamping workpiece on plane milling frame at cutter position, also connects on the plane milling frame at corresponding planing tool position It is connected to clamp assembly, planing tool and milling cutter and plane milling is carried out to the workpiece in corresponding clamp assembly respectively under ram promotion.

By using said program, two clamp assemblies can be fixedly clamped graphite jig, by adjust workbench and The graphite jig close to planing tool can be polished by planing tool for the relative altitude of planing tool, and ram is constantly moved forward and backward on lathe bed and drives Milling cutter and planing tool dig two graphite jigs of milling, and milling cutter is polished the inside groove body of graphite jig, and planing tool is to graphite jig Upper surface is polished.

Preferably, clamp assembly includes the left clamping plate and right clamping plate and abutting for being slidably connected to both sides in plane milling frame Left-hand thread bar in left clamping plate and the right-hand thread bar for being connected to right clamping plate, left-hand thread bar and right-hand thread bar are threadedly coupled respectively In plane milling frame both sides.

By using said program, left clamping plate and right clamping plate can be pushed by rotating left-hand thread bar and right-hand thread bar Close to each other, to clamp graphite jig, while left clamping plate and right clamping plate can be moved away, and staff is facilitated to finely tune stone The relative position of black mold.

Preferably, several guide posts are fixedly connected with close to left-hand thread bar side in left clamping plate, in right clamping plate close to right Threaded rod side is also fixedly connected with several guide posts, and all guide posts are slidably connected and dig in milling frame.

By using said program, the contact area between left-hand thread bar and right-hand thread bar and left clamping plate and right clamping plate It is smaller, it is easy to push away askew left clamping plate and right clamping plate, guide post ensures that the moving process of left clamping plate and right clamping plate is more steady It is fixed, it will not occur crooked.

Preferably, being connected with several roll adjustment threaded rods in plane milling frame internal thread, plane is stretched out at all roll adjustment threaded rods both ends Milling frame is arranged and all roll adjustment threaded rods both ends are rotationally connected on workbench, and work is stretched out in all roll adjustment threaded rods one end Make platform setting and each roll adjustment threaded rod stretches out workbench one end and has been fixedly connected with distance-adjusting motor.

By using said program, distance-adjusting motor drives the rotation of roll adjustment threaded rod to keep plane milling frame long along roll adjustment threaded rod Degree direction moves left and right, and milling frame is dug during digging milling can move left and right with graphite jig to allow milling cutter and planing tool to entire Graphite jig is polished.

Preferably, being fixedly connected with several hydraulic cylinders, each hydraulic pressure on the pedestal of corresponding workbench lower position The piston rod of cylinder is fixedly connected in workbench bottom surface.

By using said program, is moved up and down come the platform that pushes the work forward by several hydraulic cylinders, facilitate staff's tune The relative altitude for saving graphite jig, to allow graphite jig to need the part polished that can just correspond to milling cutter and planing tool.

Preferably, clamping plate after being slidably connected in knife rest, rear clamping plate internal thread is connected with several perpendicular to ground The fine tuning threaded rod of setting, all fine tuning threaded rods are rotationally connected on knife rest, and the knife rest at Board position is clamped after correspondence Front clamp plate is inside slidably connected, front clamp plate internal thread is connected with several clamping threaded rods, clamps threaded rod and is rotationally connected with Afterwards in clamping plate, planing tool is connected among front clamp plate and rear clamping plate and planing tool is consolidated by front clamp plate and the rear board clamping that clamps It is fixed.

By using said program, planing tool is fixedly clamped by front clamp plate and rear clamping plate, and staff is facilitated to replace Planing tool, rotation fine tuning threaded rod can adjust the relative altitude of planing tool, enable planing tool correspond to graphite jig upper surface come into Row polishing.

Preferably, milling cutter includes the blade being fixedly connected on knife rest and is fixedly connected on knife of the blade far from knife rest one end The thickness of head, blade is smaller than the thickness of cutter head.

By using said program, milling cutter only has cutter head and stone when the inside groove body to graphite jig is polished Black mold is contacted, and blade is not contacted with graphite jig, reduces unnecessary friction, is extended milling cutter service life, is made Ram moves forward and backward more easily.

Preferably, cutter head is installed with multiple milling heads far from blade one end.

By using said program, cutter head is polished graphite jig by multiple smaller milling heads, makes cutter head one It is secondary smaller with the contact area of graphite jig, reduce the abrasion of cutter head, while the smaller easier milling graphite of contact area Mold.

In conclusion the utility model has the advantages that：

The graphite jig 1. two clamp assemblies can be fixedly clamped, the relative altitude by adjusting workbench and planing tool allow Graphite jig close to planing tool can be polished by planing tool, and ram is constantly moved forward and backward on lathe bed drives milling cutter and planing tool to dig milling two A graphite jig, milling cutter are polished the inside groove body of graphite jig, and planing tool is polished the upper surface of graphite jig；

2. left clamping plate and right clamping plate can be pushed close to each other by rotating left-hand thread bar and right-hand thread bar, to clamp Graphite jig, while left clamping plate and right clamping plate can be moved away, and staff is facilitated to finely tune the opposite position of graphite jig It sets；

3. planing tool is fixedly clamped by front clamp plate and rear clamping plate, staff is facilitated to replace planing tool, rotation fine tuning spiral shell Rasp bar can adjust the relative altitude of planing tool, and planing tool is enable to correspond to the upper surface of graphite jig to be polished；

4. milling cutter only has cutter head to be contacted with graphite jig when the inside groove body to graphite jig is polished, Blade is not contacted with graphite jig, reduces unnecessary friction, extends milling cutter service life, ram is made to move forward and backward more Easily；

5. cutter head is polished graphite jig by multiple smaller milling heads, cutter head is made once to be connect with graphite jig Contacting surface product is smaller, reduces the abrasion of cutter head, while the smaller easier milling graphite jig of contact area.

Description of the drawings

Fig. 1 is the overall structure diagram of shaping machine in embodiment；

Fig. 2 is the explosive view of prominent cutter frame structure in embodiment；

Fig. 3 is the explosive view of prominent Working table structure in embodiment；

Fig. 4 is the explosive view of prominent dust suction cover structure in embodiment；

Fig. 5 is that prominent dust hood removes the structural schematic diagram after feeding lid in embodiment；

Fig. 6 is the schematic diagram of prominent feeding lid structure in embodiment.

In figure, 1, pedestal；2, lathe bed；21, ram；22, sliding slot is rested the head on；23, knife rest；231, rear clamping plate；2311, spiral shell is finely tuned Rasp bar；232, front clamp plate；2321, threaded rod is clamped；233, planing tool；234, milling cutter；2341, cutter head；2342, blade；2343、 Milling head；235, sliding slot is finely tuned；24, power plant；3, workbench；31, hydraulic cylinder；32, milling frame is dug；321, roll adjustment threaded rod； 3211, distance-adjusting motor；3212, riser；322, dovetail groove；33, sliding rail；34, clamp assembly；341, left clamping plate；3411, left spiral shell Rasp bar；3412, guide post；342, right clamping plate；3421, right-hand thread bar；35, graphite jig；351, empty slot；4, dust hood；41, on Material mouth；42, feeding lid；421, lid；422, apron plate；4221, preceding foam-rubber cushion；4222, cushion pad；423, side guard plate；43, preceding Inserting groove；44, side plate；441, side inserting groove；442, side foam-rubber cushion；45, dust collection pipeline；451, dust absorption fan；4511, dust-proof Net；452, dust-exhausting port；453, dust flue；4531, dust accumulation babinet；46, blower rack；47, handle；48, cover board.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing.The identical attached drawing of wherein identical parts Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment：A kind of shaping machine, as shown in Figure 1, including pedestal 1, the lathe bed 2 being fixedly connected on pedestal 1 and sliding The dynamic workbench 3 being connected on pedestal 1 and positioned at 2 side of lathe bed.

Pillow sliding slot 22 is offered on lathe bed 2, ram 21 is slidably connected on the lathe bed 2 at 22 position of pillow sliding slot, in bed Be fixedly connected in body 2 ram 21 can be driven to be slid back and forth along length direction power plant 24 (shaping machine it is dynamic Power apparatus 24 is the prior art, is no longer related herein.).

As depicted in figs. 1 and 2, in ram 21 knife rest 23 is fixedly connected with close to 3 one end of workbench.In knife rest 23 close to work Make 3 one end of platform and be fixedly connected with the milling cutter 234 being arranged along 21 length direction of ram, planing tool 233 is connected with below knife rest 23. Rear clamping plate 231 is slidably connected in corresponding knife rest 23 of the planing tool 233 far from 3 one end of workbench, in corresponding 233 other end of planing tool Knife rest 23 in slidably connect front clamp plate 232, be connected with several clamping threaded rods 2321 in 232 internal thread of front clamp plate, It clamps 2321 one end of threaded rod to be rotationally connected in rear clamping plate 231, clamps 2321 other end of threaded rod and stretch out the setting of knife rest 23, Fine tuning sliding slot 235 is offered on corresponding each knife rest 23 clamped at 2321 position of threaded rod, threaded rod 2321 is clamped and slides It is dynamic to be connected in fine tuning sliding slot 235.Staff can control front clamp plate 232 by rotation clamping threaded rod 2321 and press from both sides backward Tight plate 231 is closer or far from planing tool 233 is clamped or loosens planing tool 233, being convenient for changing planing tool 233.

Several fine tuning threaded rods 2311 being arranged perpendicular to ground are connected in 231 internal thread of rear clamping plate, it is each to finely tune Threaded rod 2311 stretches out the setting of knife rest 23 and all fine tuning threaded rods 2311 are rotationally connected on knife rest 23.Pass through rotation Fine tuning threaded rod 2311 can adjust the relative altitude of planing tool 233.

Milling cutter 234 includes the blade 2342 being fixedly connected on knife rest 23 and is fixedly connected on blade 2342 far from ram 21 The cutter head 2341 of one end.The thickness of blade 2342 is smaller than the thickness of cutter head 2341, solid far from 21 one end of ram in cutter head 2341 Surely multiple milling heads 2343 are connected with.Milling cutter 234 only has cutter head 2341 and milling head 2343 and graphite jig when carrying out milling 35 contacts, and only milling head 2343 carries out milling to graphite jig 35, reduces unnecessary friction, extends milling cutter 234 Service life.

As shown in figures 1 and 3, multiple hydraulic cylinders 31 are fixedly connected on the pedestal 1 below corresponding workbench 3, owned The piston rod of hydraulic cylinder 31 is fixedly connected on 3 bottom surface of workbench jointly.Hydraulic cylinder 31 can control workbench 3 on pedestal 1 Sliding up and down.

Plane milling frame 32 is connected on workbench 3, be installed on the workbench 3 at corresponding 32 position of plane milling frame perpendicular to The sliding rail 33 of 21 length direction of ram setting offers dovetail groove 322, sliding rail on the plane milling frame 32 at 33 position of corresponding sliding rail 33 are slidably connected in dovetail groove 322.It is connected with several roll adjustment screw threads being arranged in the same direction with sliding rail 33 in plane 32 internal thread of milling frame Bar 321,321 both ends of roll adjustment threaded rod stretch out plane milling frame 32 and are arranged and are rotatably connected at 321 both ends of roll adjustment threaded rod Riser 3212, each riser 3212 are fixedly connected on workbench 3.Riser 3212 is stretched out in each 321 one end of roll adjustment threaded rod It is arranged and the one end for stretching out riser 3212 in each roll adjustment threaded rod 321 is fixedly connected with distance-adjusting motor 3211, each roll adjustment Motor 3211 is fixedly connected on workbench 3.Distance-adjusting motor 3211 drives roll adjustment threaded rod 321 to rotate to control plane milling frame 32 It horizontally slips along sliding rail 33.

Two groups are respectively arranged with for clamping graphite mo(u)ld on the plane milling frame 32 at corresponding planing tool 233 and 234 position of milling cutter The clamp assembly 34 of tool 35.Clamp assembly 34 includes being connected to the left clamping plate 341 of 32 side of plane milling frame and being connected to dig milling frame The right clamping plate 342 of 32 other sides.It is threaded with left-hand thread bar on the plane milling frame 32 at left 341 position of clamping plate of correspondence 3411, left-hand thread bar 3411 is connected to left clamping plate 341 far from 342 side of right clamping plate.At right 342 position of clamping plate of correspondence Plane milling frame 32 on be threaded with right-hand thread bar 3421, right-hand thread bar 3421 is connected to right clamping plate 342 far from left clamping plate 341 sides.342 phase of left clamping plate 341 and right clamping plate can be controlled by rotating left-hand thread bar 3411 and right-hand thread bar 3421 Mutually by clamping graphite jig 35 recently.

Several guide posts 3412 are fixedly connected in the side that left clamping plate 341 and right clamping plate 342 are located remotely from each other, are each led Column 3412 is slidably connected in plane milling frame 32.Guide post 3412 can allow left-hand thread bar 3411 and right-hand thread bar 3421 pushing a left side Movement is more stablized when clamping plate 341 and right clamping plate 342 close to each other, and left clamping plate 341 and right clamping plate 342 are not allowed It is also easy to produce crooked.

Empty slot 351 is offered among graphite jig 35, milling cutter 234 milling can correspond to milling cutter under the drive of ram 21 The empty slot 351 of the graphite jig 35 of 234 positions, and the length of milling cutter 234 is more slightly longer than the length of graphite jig 35.Planing tool 233 The upper surface of the graphite jig 35 of 233 position of corresponding planing tool can be polished under the drive of ram 21.It realizes to two graphite mo(u)lds Has the processing of 35 different locations.

As shown in Figure 1 and Figure 4, the plane milling frame 32 at 234 position of corresponding milling cutter is fixedly connected with far from 21 one end of ram Dust hood 4,4 lower end of dust hood are arranged less than clamp assembly 34, and 4 upper end of dust hood is arranged higher than clamp assembly 34 and to ram 21 directions extend to form cover board 48, and the clast that milling cutter 234 is generated in milling empty slot 351 is made not diffuse into air.Even if It is had the gap between graphite jig 35 and dust hood 4 and there will not be a large amount of clast and float into air.Dust hood 4 is far from ram 21 1 End is fixedly connected with dust collection pipeline 45, and dust collection pipeline 45 is fixedly connected with dust absorption fan 451 far from 4 one end of dust hood.In correspondence It is installed with blower rack 46 on plane milling frame 32 at 451 position of dust absorption fan, dust absorption fan 451 is fixedly connected on blower rack 46. Clast in dust hood 4 can be drawn onto in dust collection pipeline 45 by dust absorption fan 451.

It is fixedly connected with Air Filter 4511 close to 4 one end of dust hood in dust absorption fan 451, Air Filter 4511 can prevent from inhaling Clast is drawn onto inside dust absorption fan 451 by dirt wind turbine 451, influences 451 normal operation of dust absorption fan.

Dust-exhausting port 452 is offered close to the bottom of dust hood 4 in dust collection pipeline 45, at 452 position of corresponding dust-exhausting port It is fixedly connected with dust flue 453 on dust collection pipeline 45, is fixedly connected with and is positioned over far from 45 one end of dust collection pipeline in dust flue 453 Dust accumulation babinet 4531 on ground.Clast in dust collection pipeline 45, which is fallen on along dust flue 453 in dust accumulation babinet 4531, to be collected, Staff is facilitated to be uniformly processed.Dust flue 453 is bellows, can be stretched with 3 rise and fall of workbench.

As shown in Figure 5 and Figure 6, offered on cover board 48 for graphite jig 35 by feeding port 41, in corresponding feeding It is hinged with the feeding lid 42 for capableing of seal feeding mouth 41 on dust hood 4 at 41 positions of mouth.It is fixedly connected on feeding lid 42 There are handle 47, handle 47 that staff is facilitated to control 42 switch of feeding lid.

Feeding lid 42 includes the lid 421 being articulated on dust hood 4, is fixedly connected on lid 421 close to 21 one end of ram Apron plate 422 and be fixedly connected on the side guard plates 423 of 421 both sides of lid.Apron plate 422 and side guard plate 423 are each perpendicular to Expect that lid 42 is arranged.It is fixedly connected with side plate 44, each side plate 44 in the dust hood 4 at each 423 position of side guard plate of correspondence Side inserting groove 441 and preceding inserting groove 43 are each formed between dust hood 4, before apron plate 422 is plugged in inserting groove 43, each Side guard plate 423 is plugged in corresponding side inserting groove 441.

The foam-rubber cushion 4221 before apron plate 422 is fixedly connected on one side by proximal panel 44, is fixed in the lower end of apron plate 422 It is connected with cushion pad 4222.It is fixedly connected with side foam-rubber cushion 442 on the side plate 44 at each 423 position of side guard plate of correspondence. When feeding lid 42 is closed on feeding port 41, preceding foam-rubber cushion 4221 is connected to two 44 front ends of side plate, and cushion pad 4222 abuts In 35 upper surface of graphite jig, each side foam-rubber cushion 442 is connected on corresponding side guard plate 423.Preceding foam-rubber cushion 4221, side sea Continuous pad 442 and cushion pad 4222 play the effect for reinforcing 42 leakproofness of feeding lid, moreover it is possible to reduce between feeding lid 42 and dust hood 4 Friction, prolong the service life.Cushion pad 4222 can also prevent the 422 gouge graphite mo(u)ld of apron plate when fastening of feeding lid 42 Tool 35 ensures product quality.

Occupation mode：When needing being polished just through the graphite jig 35 after processing is completed such as cutting, first by two The polished graphite jig 35 of block is respectively put into two clamp assemblies 34.It is needed when placing graphite jig 35 above Pull handle 47 opens feeding lid 42, then graphite jig 35 is put into clamp assembly 34 above, then buckles feeding lid 42, make dust hood 4 that the latter half of graphite jig 35 above to be fully sealed.Rotation left-hand thread bar 3411 and right-hand thread respectively Bar 3421, left-hand thread bar 3411 and right-hand thread bar 3421 push left clamping plate 341 and right clamping plate 342 close to each other, clamp stone Black mold 35.

The height for adjusting workbench 3 by hydraulic cylinder 31 again, allows milling cutter 234 that can just be directed at graphite jig 35 above Empty slot 351.Rotation fine tuning threaded rod 2311, adjust planing tool 233 height, allow the lower end of planing tool 233 can abut with it is following Graphite jig 35 upper surface.It drives roll adjustment threaded rod 321 to rotate finally by distance-adjusting motor 3211, drives 32 edge of plane milling frame Sliding rail 33 or so slides, and 351 one end of empty slot of graphite jig 35 above is corresponded at 2341 position of cutter head with milling cutter 234.

Then start power plant 24, power plant 24 drives ram 21 to be moved forward and backward on lathe bed 2 and allows planing tool 233 and milling Knife 234 is simultaneously polished the empty slot 351 of graphite jig 35 above and the upper surface of following graphite jig 35, distance-adjusting motor 3211 drive roll adjustment threaded rods 321 slowly rotate, allow planing tool 233 and milling cutter 234 can fully to corresponding graphite jig 35 into Row polishing.

Dust absorption fan 451 siphons away the clast that milling cutter 234 generates during milling along dust collection pipeline 45, and clast is in dust suction Fallen in dust accumulation babinet 4531 along dust flue 453 in pipeline 45, when the talus accumulation in dust accumulation babinet 4531 to a certain extent after It is uniformly processed again by staff.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims (8)

1. a kind of shaping machine, including the pedestal (1) being positioned on ground, the lathe bed (2), sliding being fixedly connected on pedestal (1) It moves the ram (21) being connected on lathe bed (2) and is fixedly connected on what driving ram (21) in lathe bed (2) slided on lathe bed (2) Power plant (24), it is characterised in that：It is fixedly connected with knife rest (23) in ram (21) one end, is fixedly connected on knife rest (23) There is the milling cutter (234) being arranged along ram (21) direction of motion, milling cutter (234) is same long with workpiece to be processed, under knife rest (23) It can dismantle and be fixedly connected with planing tool (233), being slidably connected on the pedestal (1) at corresponding knife rest (23) position can be upper and lower The workbench (3) of sliding, being slidably connected on workbench (3) upper surface can slide perpendicular to ram (21) direction of motion Milling frame (32) is dug, the clamp assembly for clamping workpiece is connected on the plane milling frame (32) at corresponding milling cutter (234) position (34), clamp assembly (34), planing tool (233) and milling cutter are also connected on the plane milling frame (32) at corresponding planing tool (233) position (234) plane milling is carried out to the workpiece in corresponding clamp assembly (34) respectively under ram (21) promotion.

2. a kind of shaping machine according to claim 1, it is characterised in that：Clamp assembly (34) includes being slidably connected to plane The left clamping plate (341) and right clamping plate (342) of milling frame (32) interior both sides and the left-hand thread bar for being connected to left clamping plate (341) (3411) the right-hand thread bar (3421) of right clamping plate (342), left-hand thread bar (3411) and right-hand thread bar (3421) point are connected to and It is not threadedly connected to plane milling frame (32) both sides.

3. a kind of shaping machine according to claim 2, it is characterised in that：In left clamping plate (341) close to left-hand thread bar (3411) side is fixedly connected with several guide posts (3412), also solid close to right-hand thread bar (3421) side in right clamping plate (342) Surely several guide posts (3412) are connected with, all guide posts (3412) are slidably connected interior with plane milling frame (32).

4. a kind of shaping machine according to claim 1, it is characterised in that：It is connected in plane milling frame (32) internal thread several Plane milling frame (32) setting and all roll adjustment threaded rods are stretched out in roll adjustment threaded rod (321), all roll adjustment threaded rod (321) both ends (321) both ends are rotationally connected on workbench (3), and workbench (3) setting is stretched out simultaneously in all roll adjustment threaded rod (321) one end And each roll adjustment threaded rod (321) stretches out workbench (3) one end and has been fixedly connected with distance-adjusting motor (3211).

5. a kind of shaping machine according to claim 1, it is characterised in that：In corresponding workbench (3) lower position Several hydraulic cylinders (31) are fixedly connected on pedestal (1), the piston rod of each hydraulic cylinder (31) is fixedly connected in workbench (3) bottom surface.

6. a kind of shaping machine according to claim 1, it is characterised in that：It is clamped after being slidably connected in knife rest (23) Plate (231), rear clamping plate (231) internal thread are connected with several fine tuning threaded rods (2311) being arranged perpendicular to ground, Suo Youwei Threaded rod (2311) is adjusted to be rotationally connected on knife rest (23), it is sliding in the knife rest (23) after correspondence at clamping plate (231) position Dynamic to be connected with front clamp plate (232), front clamp plate (232) internal thread is connected with several clamping threaded rods (2321), clamps screw thread Bar (2321) is rotationally connected in rear clamping plate (231), and planing tool (233) is connected to front clamp plate (232) and rear clamping plate (231) Intermediate and planing tool (233) is fixedly clamped by front clamp plate (232) and rear clamping plate (231).

7. a kind of shaping machine according to claim 1, it is characterised in that：Milling cutter (234) includes being fixedly connected on knife rest (23) blade (2342) on and cutter head (2341) of the blade (2342) far from knife rest (23) one end, blade are fixedly connected on (2342) thickness is small than the thickness of cutter head (2341).

8. a kind of shaping machine according to claim 7, it is characterised in that：Cutter head (2341) is far from blade (2342) one end It is installed with multiple milling heads (2343).