CN207327450U

CN207327450U - Cutter device

Info

Publication number: CN207327450U
Application number: CN201721073512.6U
Authority: CN
Inventors: 孔猛; 孔磊
Original assignee: Continental Automotive Electronics (qufu) Co Ltd
Current assignee: Continental Automotive Electronics (qufu) Co Ltd
Priority date: 2017-08-25
Filing date: 2017-08-25
Publication date: 2018-05-08
Anticipated expiration: 2027-08-25

Abstract

A kind of cutter device provided by the utility model includes：Workbench, and the bearing being installed on workbench；Fixed module, including：The substrate being removably supported on bearing, the upper surface of substrate are provided with the first slide and polygon groove；The polygon movable plate being configured in polygon groove, the upper surface of polygon movable plate are provided with the positioning rotation stop groove for supporting cut article；Pressing plate above polygon movable plate, pressing plate and the first slide are slidably matched so as to being moved between extended position and retracted position；When pressing plate is located at extended position, pressing plate is engaged with positioning rotation stop groove to limit the one-movement-freedom-degree for being cut article in vertical direction；The actuating unit being supported on workbench, and be drivingly connected with actuating unit to cut the cutting tool of cut article.Cutter device provided by the utility model, can be cut the cut position of article with fly-cutting, and the product appearance uniformity after cutting is preferable.

Description

Cutter device

Technical field

Cutting equipment field is the utility model is related to, more particularly, to a kind of cutter device, is sensed for automobile wheel speed The production of device.

Background technology

The chip of auto Wheel Speed Sensor is the critical component for reading information.During the manufacturing, chip is first It is fixed in sensor head skeleton, then the sensor head skeleton for being provided with chip is fixed in injection mold, then, The chip on sensor head skeleton is injection molding plastic wraps by overmolded mode in injection step, realize The dust and moisture of chip is protected etc..The fastening positioning of the sensor head skeleton of chip in a mold is installed for guarantee, is passed The positioning column for coordinating, primarily serving positioning action with injection mold is usually provided with sensor head skeleton.It is shown in Figure 1 go out A kind of sensor head 9 ' for being formed after injection step of the sensor head skeleton for being provided with chip, positioning column 910 ' After the completion of injection, the sensing post positioned at sensor head 9 ' of positioning column 910 ' (is located at the discoid pieces of sensor head 9 ' Side) injection-moulded plastic outside part, become the redundance of sensor head 9 ', it is necessary to be cut out not influence to sense The normal use on device head 9 '.

The excision of positioning column 910 ' at present is mainly by manually cutting off.Due to the exposed size of positioning column 910 ' after injection It is smaller, and positioning column material itself is harder, using the excision mode manually cut off, there are problems with：1) operating difficulties； 2) cutting speed is slow, and cutting efficiency is low；3) burr is easily produced after cutting, needs manually to repair repeatedly, it is time-consuming and laborious；4) cutting is outer See inconsistent, it is difficult to reach the requirement of client.

Utility model content

The utility model aims to provide a kind of cutter device, to solve cutting for the manually excision positioning column of the prior art Except at least one in the above problem present in mode.

Cutter device provided by the utility model, including：Workbench, and the bearing being installed on workbench；Stent Block, including：The substrate being removably supported on bearing, the upper surface of substrate are provided with the first slide and polygon groove；Configuration In the polygon movable plate in polygon groove, the upper surface of polygon movable plate is provided with the positioning for supporting cut article Rotation stop groove；Pressing plate above polygon movable plate, pressing plate and the first slide are slidably matched so as in extended position and contracting Return moves between putting；When pressing plate is located at extended position, pressing plate is engaged with positioning rotation stop groove is cut article perpendicular to limit Nogata to one-movement-freedom-degree；The actuating unit being supported on workbench, and be drivingly connected with actuating unit and cut with cutting Cut the cutting tool of article.

Further, bayonet and baffle are also configured with pressing plate；Be also configured with workbench can axial stretching force application rod, The telescopic direction of force application rod is parallel with the extending direction of the first slide；When pressing plate is in extended position, bayonet is suitable for clamping quilt Article is cut to prevent pressing plate from continuing to stretch out, and force application rod is suitably against on baffle to prevent pressing plate from retracting.

Further, bearing is supported on the top of workbench by stand；The lower surface of substrate is provided with positioning convex platform, bearing The positioning recess that upper setting coordinates with positioning convex platform；The slot bottom of polygon groove and the slot bottom of positioning rotation stop groove are both provided with for being cut Cut the hole that the cut position of article passes through；Cutting tool is located at the lower section of bearing.

Further, telescoping cylinder is installed, force application rod is configured on the piston rod of telescoping cylinder on workbench；The first of baffle End is connected with pressing plate, and the second end of baffle extends to the lower section of substrate through the hole on substrate；Force application rod is suitably against baffle Second end.

Further, the extension side of the second slide, the extending direction of the second slide and the first slide is provided with workbench To parallel；The cutter device further includes the mobile station below bearing, and mobile station is slidably matched with the second slide；Cutter Have for helical tooth blade, the axial direction of helical tooth blade and the extending direction of the second slide it is perpendicular；Actuating unit includes：For driving spiral shell Rotary knife has the revolving power mechanism around own axis, and revolving power mechanism is installed on a mobile station；And moved for driving The Linear feed mechanism that dynamic platform is moved along the second slide.

Further, revolving power mechanism includes：Base, installation is on a mobile station；The first motor being supported on base And tape handler；The output shaft of first motor and the input shaft of tape handler are drivingly connected；The output shaft of tape handler It is connected with helical tooth blade；Linear feed mechanism includes：The second motor of installation on the table；Silk below mobile station Thick stick, the axial direction of leading screw are parallel with the extending direction of the second slide；The output shaft of leading screw and the second motor is drivingly connected；Leading screw spiral shell Mother, is spirally connected with leading screw and is fixedly connected with mobile station.

Further, be provided with multiple adjusting holes on the base of revolving power mechanism, the extending direction of adjusting hole with it is spiral The axial direction of cutter is parallel；Revolving power mechanism is connected by the bolt in adjusting hole with mobile station.

Further, nut seat is configured with mobile station, positioning bolt is bolted with nut seat；Positioning bolt is adapted to abut against The base of revolving power mechanism is so that base can be moved along adjusting hole.

Further, the first support and second support being oppositely arranged are installed, force application rod is located at first in mobile station Between frame and second support；The top of first support and second support is respectively arranged with the 3rd slide, the extension side of the 3rd slide To parallel with the extending direction of the second slide；Bearing is provided with the sliding block being slidably matched with the 3rd slide.

Further, which further includes：First position sensor for the extended position for detecting pressing plate, is used for Detect cutting tool supplying position second place sensor and the third place sensor, and with first position sensor, The controller that second place sensor and the third place sensor are electrically connected；And/or receiving hopper is provided with mobile station； And/or lever is installed on pressing plate.

Cutter device provided by the utility model, it is only necessary to manually replace the sensor head by fixed module clamping, you can Automation cutting is carried out to the sensor head of same model in large quantity using cutting tool, greatly reduces cutting sensor Operation difficulty during the unnecessary positioning column on head simultaneously effectively increases cutting efficiency, and good cutting effect, the appearance after cutting Unanimously.In addition, when needing to cut the sensor head of new different model, it is only necessary to replace the polygon activity in polygon groove Plate, the positioning rotation stop groove and new sensor head for making the polygon movable plate after replacement match, so as to improve this The cutting processing scope of application of cutter device.

Brief description of the drawings

The embodiment of the utility model is further described hereinafter with reference to attached drawing, in the accompanying drawings：

Fig. 1 shows a kind of structure of the sensor head of ABS wheel speed sensors of the prior art；

Fig. 2 shows the stereochemical structure for the cutter device that the utility model embodiment provides；

Fig. 3 shows the stereochemical structure when cutter device that the utility model embodiment provides does not install fixed module；

Fig. 4 shows the stereochemical structure of the fixed module in the cutter device that the utility model embodiment provides；

Fig. 5 shows that the fixed module clamping in the cutter device that the utility model embodiment provides has sensor head Stereochemical structure；

Fig. 6 shows the stereochemical structure for the cutter device that the utility model embodiment provides, not shown in the figure bearing and Fixed module；

Fig. 7 shows fixed module in the cutter device that the utility model embodiment provides, first support and second The stereochemical structure of frame.

Embodiment

With reference to the structure for the cutter device that the utility model embodiment offer is shown referring to figs. 2 to Fig. 7.As shown in the figure, The cutter device mainly includes：Workbench 1, bearing 8, actuating unit, cutting tool 4 and fixed module 5.

Bearing 8 is installed on workbench 1, for supporting and fixing module 5.In the present embodiment, preferably welded on workbench 1 Stand 14 is connected to, bearing 8 is preferably removably mounted in stand 14 by bolt, bearing 8 is supported on the top of workbench 1 Preset distance.Fixed module 5 is cut article for clamping, sees Fig. 5, which is preferably in the present embodiment The sensor head 9 of ABS wheel speed sensors, the sensor head 9 pass through injection step by the sensor framework for being provided with chip After obtain, the axial middle part of sensor head 9 has discoid pieces 92, and the side of discoid pieces 92 is configured with the sensing post of sensor (not shown), has positioning column to be cut on the outer circumferential surface of sensing post, and the opposite side of discoid pieces 92 is configured with cable Connecting pole 93.It is appreciated that it is not limited to the sensor head 9 suitable for the article of cutter device cutting.

With reference to reference to figure 4, Fig. 5 and Fig. 7, fixed module 5 include substrate 50, the first slide 501, polygon movable plate 51, Pressing plate 52 etc..Wherein, fixed module 5 is removably supported on bearing 8 by substrate 50.In the present embodiment, it is preferable that in base The lower surface of plate 50 is provided with positioning convex platform 503, and the positioning recess 80 coordinated with positioning convex platform 503 is provided with bearing 8；Gu When cover half block 5 is installed to bearing 8, positioning convex platform 503 is embedded into positioning recess 80 first, fixed module 5 is by frame at this time It is located on bearing 8, then fixed module 5 is fixed on bearing 8 with bolt.It is provided with the upper surface of substrate 50 polygon Shape groove 502, polygon movable plate 51 are configured in polygon groove 502.Preferably, polygon groove 502 and polygon movable plate 51 Circumferential profile it is rectangular.The positioning for supporting cut article is provided with the upper surface of polygon movable plate 51 to stop Turn trough 510, specific in the present embodiment, which is used for the discoid pieces 92 for accommodating sensor head 9.It can manage Solution, when sensor head 9 be supported on positioning rotation stop groove 510 in after, sensor head 9 horizontal plane rotational freedom and to The free degree of lower movement is limited.Additionally, it is appreciated that the shape of positioning rotation stop groove 510 is according to the cut article of supporting Change in shape and change, as long as can limit cut article rotational freedom and move down the free degree.For with For the cutter device on cutting the sensor head 9, it is fixed to be preferably installed on the sensing post of sensor head 9 facing downward In the rotation stop groove 510 of position, therefore, be both provided with for sensing post in the slot bottom of polygon groove 502 and the slot bottom of positioning rotation stop groove 510 and Protrude from the hole 511 that the positioning column to be cut of sensing post periphery passes through.

First slide 501 is also disposed on the upper surface of substrate 50, and pressing plate 52 is located at the top of substrate 50 and is located at polygon The top of movable plate 51, and 52 and first slide 501 of pressing plate is slidably matched so that pressing plate 52 can be in extended position and retraction position Moved between putting.Preferably, for ease of promoting pressing plate 52 to be moved along the first slide 501, can also be configured with above pressing plate 52 Lever 53.Fig. 5 shows that pressing plate 52 is in the structure of extended position, and at this time, pressing plate 52, which has, extend into positioning rotation stop groove 510 notch upper area is to compress the part of discoid pieces 92, with the free degree moved up on limiting sensor head 9. That is, when pressing plate 52 is in extended position, pressing plate 52 is engaged with positioning rotation stop groove 510 reaches limiting sensor head 9 perpendicular Nogata to one-movement-freedom-degree effect, at this time, relative motion cannot occur therebetween for sensor head 9 and fixed module 5, Position of the sensor head 9 on workbench 1 is fixed.Conversely, when pressing plate 52 is in retracted position, pressing plate 52 is no longer interfere with Sensor head 9 moves up, and can take out sensor head 9 and polygon movable plate 51 at this time.

Actuating unit is supported on workbench 1, and actuating unit is used to be drivingly connected with cutting tool 4.Cutting tool 4 can The cutting movement that cutting is cut article is done under the driving of actuating unit.It is suitable dynamic according to the different selections of cut article Force mechanisms and cutting tool relate to more in known technology, do not enumerate herein.For example, in a kind of unshowned mode In, actuating unit can use cylinder, and cutting tool can use blade, blade movement is driven when cylinder quickly stretches out, will be passed The positioning column on sensor head 9 is cut down.Preferably, the positioning column of sensor head 9 is located under substrate 50 in the present embodiment Side, the cutting tool 4 for cutting positioning column is correspondingly situated at the lower section of bearing 8 and substrate 50, with from bearing 8, substrate 50 Cut positioning column in lower section.

The cutter device that the utility model embodiment provides, it is only necessary to manually replace the sensor head by 5 clamping of fixed module Portion, you can automation cutting is carried out to the sensor head 9 of same model in large quantity, greatly reduces the difficulty of cutting operation And cutting efficiency is effectively increased, and good cutting effect, the appearance after cutting are consistent.In addition, working as needs to cut new difference During the sensor head of model, it is only necessary to replace the polygon movable plate 51 in polygon groove 502, the polygon after replacement is lived The positioning rotation stop groove 510 of movable plate 51 matches with new sensor head, so that the cutting processing for improving the cutter device is fitted Use scope.In addition, cut in the present embodiment by the way that the positioning column to be cut of sensor head 9 to be set to the lower section of substrate 50 Cutter 4 is located at the lower section of bearing 8 so that cutting processing region can be covered by bearing 8 and substrate 50, when helping to improve cutting Processing safety.

To ensure that pressing plate 52 can be maintained at extended position without being moved when cutting tool 4 is cut, to ensure Sensor head is firmly fixed.Preferably, bayonet 520 is also configured with the present embodiment center platen 52, bayonet 520 is in pressing plate 52 when being in extended position suitable for the cable connecting pole 93 of clamping sensor head 9, pass through cable connecting pole 93 and limit pressing plate 52 Continue to stretch out.In addition, be also configured with baffle 54 on pressing plate 52, be also configured with workbench 1 can axial stretching force application rod 61, the telescopic direction of force application rod 61 is parallel with the extending direction of the first slide 501.The force application rod 61 is suitable for being in pressing plate 52 During extended position, stretched out towards baffle 54 to be resisted against on baffle 54, for preventing pressing plate 52 from being moved along retracted orientation.Cut Cheng Hou, control force application rod 61 is retracted, to release the limitation to 52 retraction movement of pressing plate, easy to take out the sensor head of well cutting 9.Certainly, the mode that pressing plate 52 is maintained at extended position is made to also have many kinds, details are not described herein.Preferably, baffle 54 can be with It is attached on pressing plate 52, can also be integrally formed with pressing plate 52.

Preferably, telescoping cylinder 6 is installed on workbench 1, which can be that cylinder can also be hydraulic cylinder, apply Power bar 61 is configured on the piston rod of telescoping cylinder 6.The first end of baffle 54 is connected with pressing plate 52, and the second end of baffle 54 passes through base Hole on plate 50 extends to the lower section of substrate 50.Force application rod 61 is suitably against in the second end of baffle 54, in this way, force application rod 61 Baffle 54 is supported in the lower zone of substrate 50, the processing safety of the cutter device can be further improved.

A kind of preferred embodiment that driving cutting tool 4 cuts positioning column is also shown in the present embodiment.Specifically join See Fig. 6, the extending direction of the second slide 13, the extending direction of the second slide 13 and the first slide 501 is provided with workbench 1 It is parallel.Mobile station 2 is provided with the lower section of bearing 8, mobile station 2 is slidably matched with the second slide 13.Cutting tool 4 is spiral Cutter, the axial direction of helical tooth blade and the extending direction of the second slide 13 are perpendicular.Actuating unit is including revolving power mechanism and directly Line feed mechanism.Wherein, revolving power mechanism is installed in mobile station 2, for driving helical tooth blade around own axis；Directly Line feed mechanism is used to drive mobile station 2 to move along the second slide 13.In this way, the cutter device passes through when cutting positioning column Linear feed mechanism control mobile station 2 is slided on the second slide 13, and mobile station 2 drives helical tooth blade movement, makes helical tooth blade Travel path by the positioning column in sensor head 9；Helical tooth blade is driven quickly to rotate by revolving power mechanism so that Helical tooth blade quickly can cut away positioning column while passing through positioning column, avoid the generation of burr, preferable to obtain Cutting effect and cutting appearance.

The preferred embodiment of revolving power mechanism and Linear feed mechanism is also shown in the present embodiment.

Specifically, revolving power mechanism includes：Base 33 in mobile station 2, first be supported on base 33 Motor 31 and tape handler 32.Wherein, the output shaft of the first motor 31 and the input shaft of tape handler 32 are drivingly connected, band The output shaft of transmission mechanism 32 is connected with helical tooth blade.According to known technology, tape handler includes driving wheel, driven wheel With transmission belt etc., the central shaft of driving wheel is the input shaft of tape handler, and the central shaft of driven wheel is the defeated of tape handler Shaft.When first motor 31 rotates, helical tooth blade is i.e. around own axis.

Linear feed mechanism includes：The second motor 36 on workbench 1；Leading screw 35 positioned at the lower section of mobile station 2, The output shaft of 35 and second motor 36 of leading screw is drivingly connected, and the axial direction of leading screw 35 is parallel with the extending direction of the second slide 13； The feed screw nut (not shown) being directly spirally connected with leading screw 35, feed screw nut are fixedly connected with (such as feed screw nut with mobile station 2 Together with being bolted to connection with mobile station 2).Because feed screw nut is spirally connected with leading screw 35, feed screw nut is fixed on shifting again On dynamic platform 2, and mobile station 2 is slidably matched with the second slide 13, and mobile station 2 itself will not rotate, therefore turn of leading screw 35 It is dynamic to be converted to slip of the mobile station 2 on the second slide 13.In this way, the rotating by controlling the second motor 36, can be with The rotating of leading screw 35 is controlled, and then realizes the reciprocatingly sliding along the second slide 13 of mobile station 2, realizes the feeding of cutting tool 4 And reset.Preferably, what the rotating speed of the first motor 31, the rotating speed of the second motor 36 and stroke can be configured by cutter device touches Screen 100 is touched to adjust, to reach optimal excision appearance, is further ensured that the uniformity of product appearance.

Preferably, multiple adjusting holes 30 are additionally provided with the base 33 of revolving power mechanism, revolving power mechanism passes through Bolt in adjusting hole 30 is connected with mobile station 2.The extending direction of adjusting hole 30 is parallel with the axial direction of helical tooth blade, The position of helical tooth blade in the axial direction is adjusted, so that helical tooth blade can cut to dissimilar sensor head 9 Positioning column root.

Preferably, nut seat 71 is configured with mobile station 2 by can also be seen that in Fig. 6, positioning is bolted with nut seat 71 Bolt 7, positioning bolt 7 are adapted to abut against base 33.By unscrewing the bolt in adjusting hole 30, positioning bolt 7 is then turned so that Base 33 can be moved along adjusting hole 30, be easy to implement the adjustment of helical tooth blade axial location.

Furthermore it is preferred that being also equipped with the first support 11 and second support 12 being oppositely arranged in mobile station 2, and make Force application rod 61 is between first support 11 and second support 12.Set respectively on the top of first support 11 and second support 12 There is the 3rd slide 15, the extending direction of the 3rd slide 15 is parallel with the extending direction of the second slide 13.Bearing 8 is configured with and the The sliding block 82 that three slides 15 are slidably matched, together with sliding block 82 is for example bolted with bearing 8.So on the one hand, first Stent 11 and second support 12 can play the role of bearing 8 aiding support, strengthen the structural strength of bearing 8, on the other hand The navigation designing of two-orbit up and down of mobile station 2 can more reliably ensure the linear motion of mobile station 2.

Preferably, cutter device provided in this embodiment further includes first position sensor, second place sensor and Three position sensors, and be electrically connected with first position sensor, second place sensor and the third place sensor Controller.

First position sensor is used for the extended position for detecting pressing plate 52, and specifically, first position sensor is used for when pressure When plate 52 reaches extended position enabling signal is sent to controller.Controller controls the piston of telescoping cylinder 6 according to the enabling signal Bar stretches out, so that force application rod 61 is resisted against on baffle 54, limitation pressing plate 52 is retracted.Meanwhile controller is always according to the enabling signal Control actuating unit driving helical tooth blade starts feeding cutting.Preferably first position sensor can be triggered by lever 53.

Second place sensor and the third place sensor are used for the supplying position for detecting cutting tool 4.Specifically, second Position sensor is used to, when cutting tool 4 reaches cutting completion position, the signal that halts, controller root are sent to controller Retract according to the piston rod for halting signal control telescoping cylinder 6, release the retraction limitation to pressing plate 52.Meanwhile controller is also Cutting tool 4 is driven to be replied toward initial position according to the signal control actuating unit that halts.The third place sensor is used for When cutting tool 4 is returned to initial position, stopping signal is sent to controller, controller is controlled according to the stopping signal and cut Device is shut down, the sensor head to be cut 9 that personnel easy to operation more renew.

Referring to Fig. 3, it can be seen that helical tooth blade is configured with two in the present embodiment, the cutting head of two helical tooth blades It is oppositely disposed, with the positioning column of two circumferentially spaced apart 180 degrees in the sensing post on respective sensor head 9.Revolving power mechanism Two are also configured with, a revolving power mechanism and a helical tooth blade are drivingly connected, and the base 33 of each revolving power mechanism It is connected respectively by the bolt in adjusting hole 30 with mobile station 2, so that the cutter device can disposably at the same time Two positioning columns in sensor head 9 are cut, further increase the cutting efficiency of cutter device, it is time-consuming to reduce cutting. Certainly, in other embodiments, the quantity of helical tooth blade and revolving power mechanism is not limited to above-mentioned two.

Preferably, receiving hopper 10 is additionally provided with mobile station 2, which can be in funnel type and be cut for collection The waste material cut off, avoids cutting waste material from being cleared up caused by being scattered everywhere difficult.Preferably, which, which further includes, is arranged on Protective cover 200 on workbench 1, protective cover 200 are used to get up the cutting zone isolation of cutter device, are cut with further improving Cut the security of operation.

It is understood that the various embodiments above of the utility model be merely to illustrate that the principle of the utility model and The exemplary embodiment of use, the utility model are not limited thereto.For those skilled in the art, not In the case of the spirit and essence that depart from the utility model, various changes and modifications can be made therein, these variations and modifications also regard For within the scope of protection of the utility model.The scope of protection of the utility model is only by the language table of the appended claims The implication and its equivalents stated are limited.

Claims

A kind of 1. cutter device, it is characterised in that including：

Workbench (1), and the bearing (8) being installed on the workbench (1)；

Fixed module (5), including：The substrate (50) being removably supported on the bearing (8), the upper table of the substrate (50) Face is provided with the first slide (501) and polygon groove (502)；The polygon movable plate being configured in the polygon groove (502) (51), the upper surface of the polygon movable plate (51) is provided with the positioning rotation stop groove (510) for supporting cut article；Position Pressing plate (52) above the polygon movable plate (51), the pressing plate (52) are slidably matched with first slide (501) So as to moved between extended position and retracted position；When the pressing plate (52) is located at the extended position, the pressing plate (52) it is engaged with the positioning rotation stop groove (510) to limit one-movement-freedom-degree of the cut article in vertical direction；

The actuating unit being supported on the workbench (1), and be drivingly connected with the actuating unit to cut material to be cut The cutting tool (4) of product.
2. cutter device according to claim 1, it is characterised in that

Bayonet (520) and baffle (54) are also configured with the pressing plate (52)；It is also configured with axially stretching on the workbench (1) The force application rod (61) of contracting, the telescopic direction of the force application rod (61) are parallel with the extending direction of first slide (501)；

When the pressing plate (52) is in the extended position, the bayonet (520) is suitable for being cut article described in clamping to prevent The pressing plate (52) continues to stretch out, and the force application rod (61) is suitably against on the baffle (54) to prevent the pressing plate (52) retract.
3. cutter device according to claim 2, it is characterised in that

The bearing (8) is supported on the top of the workbench (1) by stand (14)；

The lower surface of the substrate (50) is provided with positioning convex platform (503), is set and the positioning convex platform on the bearing (8) (503) positioning recess (80) coordinated；

The slot bottom of the polygon groove (502) and the slot bottom of the positioning rotation stop groove (510) are both provided with for being cut article The hole that cut position passes through；

The cutting tool (4) is located at the lower section of the bearing (8).
4. cutter device according to claim 3, it is characterised in that

Telescoping cylinder (6) is installed, the force application rod (61) is configured at the piston rod of the telescoping cylinder (6) on the workbench (1) On；

The first end of the baffle (54) is connected with the pressing plate (52), and the second end of the baffle (54) passes through the substrate (50) hole on extends to the lower section of the substrate (50)；The force application rod (61) is suitably against the second of the baffle (54) End.
5. cutter device according to claim 4, it is characterised in that

The second slide (13) is provided with the workbench (1), the extending direction of second slide (13) is slided with described first The extending direction of rail (501) is parallel；

The cutter device further includes the mobile station (2) below the bearing (8), and the mobile station (2) slides with described second Rail (13) is slidably matched；

The cutting tool (4) is helical tooth blade, the axial direction of the helical tooth blade and the extending direction of second slide (13) It is perpendicular；

The actuating unit includes：For driving the helical tooth blade around the revolving power mechanism of own axis, the rotation Force mechanisms are rotated to be installed in the mobile station (2)；And for driving the mobile station (2) along second slide (13) Mobile Linear feed mechanism.
6. cutter device according to claim 5, it is characterised in that

The revolving power mechanism includes：Base (33), in the mobile station (2)；It is supported on the base (33) The first motor (31) and tape handler (32)；The output shaft of first motor (31) and the tape handler (32) Input shaft is drivingly connected；The output shaft of the tape handler (32) is connected with the helical tooth blade；

The Linear feed mechanism includes：The second motor (36) on the workbench (1)；Positioned at the mobile station (2) leading screw (35) below, the axial direction of the leading screw (35) are parallel with the extending direction of second slide；The leading screw (35) output shaft with second motor (36) is drivingly connected；Feed screw nut, be spirally connected with the leading screw (35) and with the shifting Dynamic platform (2) is fixedly connected.
7. cutter device according to claim 6, it is characterised in that set on the base (33) of the revolving power mechanism There are multiple adjusting holes (30), the extending direction of the adjusting hole (30) is parallel with the axial direction of the helical tooth blade；The rotation Actuating unit is connected by the bolt in the adjusting hole (30) with the mobile station (2).
8. cutter device according to claim 7, it is characterised in that nut seat (71) is configured with the mobile station (2), Positioning bolt (7) is bolted with the nut seat (71)；The positioning bolt (7) is adapted to abut against the bottom of the revolving power mechanism Seat (33) is so that the base (33) can be mobile along the adjusting hole (30).
9. cutter device according to claim 6, it is characterised in that be provided with what is be oppositely arranged on the mobile station (2) First support (11) and second support (12), the force application rod (61) be located at the first support (11) and second support (12) it Between；The top of the first support (11) and the second support (12) is respectively arranged with the 3rd slide (15), and the described 3rd slides The extending direction of rail (15) is parallel with the extending direction of second slide (13)；The bearing (8) is provided with and described The sliding block (82) that three slides (15) are slidably matched.
10. cutter device according to claim 5, it is characterised in that

The cutter device further includes：First position sensor for the extended position for detecting the pressing plate (52), for detecting The second place sensor and the third place sensor of the supplying position of the cutting tool (4), and with the first position The controller that sensor, the second place sensor and the third place sensor are electrically connected；

And/or it is provided with receiving hopper (20) on the mobile station (2)；

And/or lever (53) is installed on the pressing plate (52).