CN207372835U - A kind of cutter automatic sharpening equipment - Google Patents
A kind of cutter automatic sharpening equipment Download PDFInfo
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- CN207372835U CN207372835U CN201721340111.2U CN201721340111U CN207372835U CN 207372835 U CN207372835 U CN 207372835U CN 201721340111 U CN201721340111 U CN 201721340111U CN 207372835 U CN207372835 U CN 207372835U
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- sharpening
- cutter
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- shaft
- angle
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Abstract
The utility model discloses a kind of cutter automatic sharpening equipment, it is related to sharpening equipment field, including be used to clamping the clamp body of cutter, moved to for driving fixture to body sharpening station reciprocal slipway mechanism, for drive fixture to body reciprocating motion sharpening force application mechanism, for the sharpening balanced controls steadily to knife process and sharpening tool setting mechanism, the clamp body is connected respectively with reciprocal slipway mechanism, sharpening force application mechanism and sharpening balanced controls, and the clamp body includes cutter clamping detent mechanism and shows adjustment mechanism for adjusting the sharpening angle of tool clearance sharpening angle.The cutter automatic sharpening equipment is to the efficiency and precision that improve tool sharpening.
Description
Technical field
The utility model is related to sharpening equipment fields, and in particular to a kind of cutter automatic sharpening equipment.
Background technology
Cutter mainly by clean, weld, grind relief angle, mark be put in storage and etc. machine, wherein grinding relief angle be
The committed step of cutter performance is influenced, at present mainly using the method manually sharpened, i.e., on grinder, first by people
Frock knife separately adjusts sharpening angle with angulometer, then by man-hour manually hand-held clamp body, and force is softly pushed, grinding cutter
It is moved back and forth on disk, the parameters of diamond cutter angle is sharpened, human hand operation sharpening will be by constantly manual
Measurement and adjustment fixture angle, while certain tread is ensured, sharpen tool clearance, during this, in order to reach
To higher required precision, it is very big that cutter by repeated disassembled and assembled, measurement, adjustment, sharpening, will cause the sharpening efficiency of cutter to be subject to
It influences.
The grinding quality of cutter has very big influence to cutting ability, and corporate boss will be still by hand special at present
Tool sharpening is carried out on the mill of the grinder of door, human cost is higher, and the dynamics of clamp body pushing is controlled by operator, this
It is more demanding to the technical merit of worker, and be not easy to ensure to knife, sharpen the steady of process, so as to influence product quality, waste product
Rate is big, and human cost is high；It is relatively slow in the development of the automation sharpening equipment of cutter both at home and abroad at present, it is also difficult to meet market
Requirement to cutter usage amount, and the current price of full-automatic sharpening equipment is also higher, and existing cutter automatic sharpening equipment exists
The adjustment of sharpening angle cannot be accomplished simple and fast with context of detection, and efficiency and precision are difficult to ensure that.Therefore, tool sharpening apparatus
Automation research and design, to improving the efficiency and the accuracy of manufacture of production, it is accurate in China preferably to promote diamond cutter
Manufacturing application is very important.
Utility model content
The purpose of this utility model is to provide a kind of cutter automatic sharpening equipment, to improve the efficiency of tool sharpening and essence
Degree.
In order to solve the above technical problems, the utility model adopts the following technical solution：
A kind of cutter automatic sharpening equipment, including being used to clamp the clamp body of cutter, moving to sword for driving fixture to body
The reciprocal slipway mechanism of grinder position, for drive fixture to body reciprocating motion sharpening force application mechanism, for steadily to knife process
Balanced controls and sharpening tool setting mechanism are sharpened, the clamp body is flat with reciprocal slipway mechanism, sharpening force application mechanism and sharpening respectively
The mechanism that weighs connection, the clamp body include cutter clamping detent mechanism and the sharpening angle for adjusting tool clearance sharpening angle
Show adjustment mechanism.
Preferably, the reciprocal slipway mechanism includes the first stepper motor, first shaft coupling, the first ball-screw nut
Pair, first straight line guide rail, linear slider and first bearing seat, described first ball guide screw nat one end pass through first shaft coupling
It is connected with the first stepper motor, the other end is connected with first bearing seat, and first ball guide screw nat drives linear slider
It is moved on first straight line guide rail, the linear slider drives fixture to body movement.
Preferably, the sharpening force application mechanism includes driving device, splined shaft, spline housing and second straight line guide rail, institute
It states clamp body to move along second straight line guide rail, the splined shaft is mounted on spline housing, between the splined shaft and spline housing
Equipped with force application spring, the splined shaft is connected with driving device, and the driving device is for driving splined shaft for linear motion, institute
Spline housing is stated to be fixedly connected with clamp body.
Preferably, the driving device includes the second stepper motor, motor cabinet, second shaft coupling, the second ball-screw
Pair of nut and second bearing seat, second stepper motor are mounted on motor cabinet, described second ball guide screw nat one end
It is connected by second shaft coupling with the second stepper motor, the other end is connected with second bearing seat.
Preferably, when sharpening force application mechanism drives fixture to body advance, sharpening balanced controls apply to clamp body and folder
The opposite power of the specific direction of motion, when sharpening force application mechanism, which drives fixture to body, to be resetted, sharpening balanced controls apply to clamp body
The power that additional lock specifically resets.
Preferably, the sharpening balanced controls include guide rod, return springs and guide sleeve, the guide rod joins with clamp body
Connect, the guide rod is mounted on guide sleeve, and the guide sleeve is fixed setting, the return springs be mounted on guide rod and guide sleeve it
Between, when sharpening force application mechanism, which drives fixture to body, to advance, guide rod is moved to the direction of guide sleeve, and return springs are compressed, and is sharpened
Balanced controls apply the power opposite with the clamp body direction of motion to clamp body, play the role of trimming moment, when sharpening force machine
When structure drives fixture to body reset, the power that balanced controls are specifically resetted to clamp body application additional lock is sharpened.
Preferably, the cutter clamping detent mechanism includes crossbeam, first rotating shaft, dress knife locating piece and the second shaft,
The dress knife locating piece includes the first component and second component, and one end of the first component is connected by first rotating shaft and crossbeam
It connects, the other end is connected by the second shaft with second component, and the one end of the second component away from the second shaft is equipped with dress cutter holder
Block.
Preferably, the sharpening angle shows that adjustment mechanism includes first angle sensor, second angle sensor, the
One micro-adjusting mechanism, the second micro-adjusting mechanism and digital display, the digital display respectively with first angle sensor and second
Angular transducer connects, and the first angle sensor is mounted in first rotating shaft, and the first angle sensor is used to detect
The rotation angle of first rotating shaft, the second angle sensor are mounted in the second shaft, and the second angle sensor is used for
Detecting the rotation angle of the second shaft, first micro-adjusting mechanism is for adjusting angle between crossbeam and the first component, and described the
Two micro-adjusting mechanisms are used to adjust the second micro-adjusting mechanism of angle between the first component and second component.
Preferably, the sharpening tool setting mechanism includes tool setting gauge.
A kind of grinding method of cutter automatic sharpening equipment, comprises the following steps：1) Cutting tool installation manner for needing to sharpen is existed
On cutter clamping detent mechanism；2) sharpening angle shows that adjustment mechanism is adjusted the sharpening angle of tool clearance, and in real time
Show the sharpening angle of tool clearance；3) sharpening force application mechanism starts to press, and cutter touching sharpening exerts a force to being sharpened after knife module
Mechanism band cutter reset, complete cutter to knife；4) clamp body is moved to ground station in the drive of reciprocal slipway mechanism
Place, proceeds by roughly grinding operation, and sharpening force application mechanism is fast-forward to after knife up degree, slow work applies certain sharpening pressure into flexible
Power, under the action of pressure is sharpened, clamp body starts to move back and forth, and sharpens tool clearance, after being kept for certain sharpening time,
Clamp body resets under the drive of reciprocal slipway mechanism, and corase grinding is completed；5) according to the requirement of different cutters, the sharpening pressure of fine grinding is adjusted
Power, reciprocating speed, sharpening position and sharpening time, fine grinding start, and reciprocal slipway mechanism drives clamp body to be moved to ground station
Place, sharpening force application mechanism apply certain sharpening pressure, and reciprocal slipway mechanism starts to move reciprocatingly, when reaching certain sharpening
Between rear jig body sharpening balanced controls and sharpen force application mechanism collective effect under resetted, fine grinding complete.
The beneficial effects of the utility model are：
1. the cutter automatic sharpening equipment of the utility model is balanced by reciprocal slipway mechanism, sharpening force application mechanism, sharpening
Mechanism, cutter clamping detent mechanism, sharpening angle show adjustment mechanism and sharpen the synergistic effect of tool setting mechanism, realize cutter
Automation sharpening, instead of manually sharpening, according to the size of cutter requirement the sharpening relief angle after cutter clamping can be adjusted,
Roughly ground, refined automatically, polished and etc., mitigate the labor intensity of worker, sharpening efficiency and precision are improved, suitable for a variety of
The sharpening of type and specification cutter is processed；
2. the cutter automatic sharpening equipment of the utility model is shown by being equipped with cutter clamping detent mechanism and sharpening angle
Adjustment mechanism is equipped with, and can detect, shows and adjust sharpening angle, improves the efficiency and precision of sharpening angle adjustment；
3. the cutter automatic sharpening equipment of the utility model is by being equipped with sharpening balanced controls, on the one hand, makes to knife process
More steadily, on the other hand, situations such as avoiding clamp body that from can not resetting due to gravity and hit knife.
Description of the drawings
Fig. 1 is the cutter automatic sharpening equipment stereoscopic schematic diagram that the utility model embodiment provides.
Fig. 2 is the structure diagram of clamp body in the utility model embodiment.
Fig. 3 is the stereoscopic schematic diagram of clamp body in the utility model embodiment.
Fig. 4 is the sectional view of clamp body in the utility model embodiment.
Fig. 5 is that the circuit of clamp body in the utility model embodiment connects block diagram.
Fig. 6 is the structure diagram of reciprocal slipway mechanism in the utility model embodiment.
Fig. 7 is the cutter automatic sharpening equipment front schematic view that the utility model embodiment provides.
Fig. 8 is the cutter automatic sharpening equipment reverse side schematic diagram that the utility model embodiment provides.
Fig. 9 is the cutter automatic sharpening device structure schematic diagram that the utility model embodiment provides.
Figure 10 is the enlarged drawing of A in Fig. 9.
Reference numeral：1st, clamp body；2nd, reciprocal slipway mechanism；3rd, force application mechanism is sharpened；4th, balanced controls are sharpened；5th, sharpen
Tool setting mechanism；6th, cutter clamping detent mechanism；7th, sharpening angle shows adjustment mechanism；8th, crossbeam；9th, first rotating shaft；10th, knife is filled
Locating piece；11st, the second shaft；12nd, cutter holder block is filled；13rd, the first component；14th, second component；15th, first angle sensor；16、
Second angle sensor；17th, the first fine adjustment screw；18th, the second fine adjustment screw；19th, block；20th, the first convex block；21st, second is convex
Block；22nd, screw；23rd, sealing；24th, the first stepper motor；25th, first shaft coupling；26th, the first ball guide screw nat；
27th, first straight line guide rail；28th, linear slider；29th, first bearing seat；30th, splined shaft；31st, spline housing；32nd, second straight line is led
Rail；33rd, force application spring；34th, the second stepper motor；35th, motor cabinet；36th, second shaft coupling；37th, the second ball guide screw nat；
38th, second bearing seat；39th, guide rod；40th, resetting spring；41st, guide sleeve；40th, slide unit table top；41st, column bottom plate；42nd, fixed plate；
43rd, exert a force slide unit；44th, through hole；45th, tilt prop.
Specific embodiment
It is illustrated in more detail with reference to Fig. 1-10 pairs of technical solutions provided by the utility model.
The utility model embodiment provides a kind of cutter automatic sharpening equipment, as shown in Fig. 1 and Fig. 9, the automatic sword of the cutter
Grinding equipment includes clamp body 1, reciprocal slipway mechanism 2, sharpening force application mechanism 3, sharpening balanced controls 4 and sharpening tool setting mechanism 5.It should
Cutter automatic sharpening equipment is used for the sharpening of diamond cutter.
The cutter that clamp body 1 needs to sharpen for clamping.As shown in Figure 2-5, clamp body 1 includes cutter clamping detent mechanism
6 and for adjust the sharpening angle of tool clearance sharpening angle show adjustment mechanism 7.Cutter clamping detent mechanism 6 includes crossbeam
8th, first rotating shaft 9, dress knife locating piece 10 and the second shaft 11, dress knife locating piece 10 include the first component 13 and second component 14,
One end of the first component 12 is connected by first rotating shaft 9 with crossbeam 8, and the other end is connected by the second shaft 11 with second component 14
It connects, the one end of second component 14 away from the second shaft 11 is equipped with dress cutter holder block 12.Sharpening angle shows that adjustment mechanism 7 includes first
Angular transducer 15, second angle sensor 16, the first micro-adjusting mechanism, the second micro-adjusting mechanism and digital display, numerical monitor
Device is connected respectively with first angle sensor 15 and second angle sensor 16, and first angle sensor 15 is mounted on first rotating shaft
On 9, first angle sensor 15 is used to detect the rotation angle of first rotating shaft 9, and second angle sensor 16 is mounted on second turn
On axis 11, for detecting the rotation angle of the second shaft 11, the first micro-adjusting mechanism is used to adjust crossbeam 8 second angle sensor 16
The angle between the first component 13, the second micro-adjusting mechanism are used to adjust second of angle between the first component 13 and second component 14
Micro-adjusting mechanism.The first component 13 is equipped with block 19 close to one end of first rotating shaft 9, and the first micro-adjusting mechanism includes the first fine adjustment screw
17, crossbeam 8 is equipped with the first convex block 20 close to one end of first rotating shaft 9, and the first convex block 20 is equipped with to install the first fine tuning spiral shell
The threaded hole of silk 17, the first fine adjustment screw 17 abut after being installed to the threaded hole of the first convex block 20 with block 19, and it is micro- to turn first
When adjusting screw 17, the first fine adjustment screw 17 promotes block 19, and block 19 drives the first component 13 to be rotated around first rotating shaft 9.Second
Micro-adjusting mechanism include the second fine adjustment screw 18, second component 14 close to one end of the second shaft 11 be equipped with the second convex block 21, second
Convex block 21 is equipped with for installing the threaded hole of the second fine adjustment screw 18, and the second fine adjustment screw 18 is installed on the second convex block 21
Abutted after threaded hole with second component 14, when turning the second fine adjustment screw 18, the second fine adjustment screw 18 promote second component 14 around
Second shaft 11 rotates.Dress cutter holder block 12 is equipped with to install the endoporus of cutter, endoporus matching cutter appearance and size, second component
14 are equipped with the screw 22 for fixed cutting tool, and screw 22 is through to from 14 surface of second component in dress cutter holder block 12
Hole, screw 22 are abutted with cutter, and dress cutter holder block 12 is equipped with multiple, suitable different cutter, according to the selection of the species of cutter
Suitable dress cutter holder block 12.Crossbeam 8 installs the hole of first rotating shaft 9 with the first component 13 and the first component 13 is pacified with second component 14
The hole for filling the second shaft 11 is equipped with sealing 23, and each sealing 23 is equipped with to adjust the screw of its folding, when sealing 23 is opened
When opening, corresponding hole area increase, when sealing 23 is closed, corresponding hole area reduces.
As shown in fig. 6, reciprocal slipway mechanism 2 includes the first stepper motor 24, first shaft coupling 25, the first ball-screw spiral shell
Female pair 26, first straight line guide rail 27, linear slider 28 and first bearing seat 29,26 one end of the first ball guide screw nat pass through the
One shaft coupling 25 is connected with the first stepper motor 24, and the other end is connected with first bearing seat 29, the first ball guide screw nat 26
Driving linear slider 28 moves on first straight line guide rail 27, and linear slider 28 drives fixture to body 1 and moves.
As Figure 7-8, sharpening force application mechanism 3 includes driving device, splined shaft 30, spline housing 31 and second straight line guide rail
32, splined shaft 30 is mounted on spline housing 31, force application spring 33 is equipped between splined shaft 30 and spline housing 31, splined shaft 30 is with driving
Dynamic device connection, for driving splined shaft 30 for linear motion, spline housing 31 is fixedly connected driving device with clamp body 1.Driving
Device includes the second stepper motor 34, motor cabinet 35, second shaft coupling 36, the second ball guide screw nat 37 and second bearing seat
38, the second stepper motor 34 be mounted on motor cabinet 35 on, 37 one end of the second ball guide screw nat by second shaft coupling 36 with
Second stepper motor 34 connects, and the other end is connected with second bearing seat 38.Splined shaft 30 passes through in ball guide screw nat 37
Screw connection in feed screw nut and ball guide screw nat.
As shown in figs, sharpening balanced controls 4 includes guide rod 39, resetting spring 40, guide sleeve 41,42 and of fixed plate
Exert a force slide unit 43, and guide rod 39 is connected with fixed block 42, and fixed block 42 is connected with force slide unit 43, force slide unit 43 and clamp body 1
In the crossbeam 8 of cutter clamping detent mechanism 6 connect, force slide unit 43 is mounted on second straight line guide rail 32, and guide rod 39 is installed
On guide sleeve 41, guide sleeve 41 is fixed setting, and resetting spring 40 is located inside guide sleeve 41, after guide rod 39 is installed on guide sleeve 41 and
Resetting spring 40 contacts, and when sharpening force application mechanism 3, which drives fixture to body 1, to advance, guide rod 39 is moved to the direction of guide sleeve 41, is resetted
Spring 40 is compressed, and sharpening balanced controls 4 apply the power opposite with 1 direction of motion of clamp body to clamp body 1, play trimming moment
Effect, when sharpen force application mechanism 3 drive fixture to body 1 reset when, sharpening balanced controls 4 to clamp body 1 apply additional lock specific 1
The power of reset.
Sharpening tool setting mechanism 5 includes tool setting gauge and bottom plate, and tool setting gauge is mounted on bottom plate, and tool setting gauge is high-precision to knife
Instrument, ensure cutter to knife precision, apply sharpening pressure so as to accurate in next step.
The linear slider 28 of reciprocal slipway mechanism 2 is equipped with slide unit table top 40, and slide unit table top 40 is equipped with fixed column
Bottom plate 41, column bottom plate 41 are vertically arranged, and linear slider 28 moves that slide unit table top 40 and column bottom plate 41 is driven to move.
Sharpening force application mechanism 3 and clamp body 1 are respectively positioned on the front of column bottom plate 41, sharpen force direction of the force application mechanism 3 to clamp body 1
For vertical direction, motor cabinet 35 and second bearing seat 38 are fixedly mounted on 41 front of column bottom plate.Second straight line guide rail 32 is installed
In the reverse side of column bottom plate 41, the length direction of second straight line guide rail 32 is vertical direction, and column bottom plate 41 is equipped with through hole 44,
The crossbeam 8 of cutter clamping detent mechanism 6 in clamp body 1 is connected through through hole 44 with force slide unit 43, and the length of through hole 44 is big
Peak that the crossbeam 8 of cutter clamping detent mechanism 6 in clamp body 1 moves up and the minimum point moved down away from
From.The front lower section of column bottom plate 41 is equipped with two pieces of the tilt prop 45 for being used to support column bottom plate 41, tilt prop 45 and slide unit
Table top 40 connects, 40 triangle rock-steady structure of tilt prop 45, column bottom plate 41 and slide unit table top.
The grinding method of above-mentioned cutter automatic sharpening equipment, comprises the following steps：1) Cutting tool installation manner sharpened will be needed
On cutter clamping detent mechanism 6；2) sharpening angle shows that adjustment mechanism 7 is adjusted the sharpening angle of tool clearance, and
The sharpening angle of real-time display tool clearance；3) sharpening force application mechanism 3 starts to press, cutter touching sharpening 5 rear edge of tool setting mechanism
Grind force application mechanism 3 with cutter reset, complete cutter to knife；4) clamp body 1 is moved in the drive of reciprocal slipway mechanism 2
At ground station, roughly grinding operation is proceeded by, sharpening force application mechanism 3 is fast-forward to after knife up degree, slow work applies one into flexibility
Fixed sharpening pressure, under the action of pressure is sharpened, clamp body 1 starts to move back and forth, and sharpens tool clearance, keeps certain sword
After time consuming, clamp body 1 resets under the drive of reciprocal slipway mechanism 2, and corase grinding is completed；5) according to the requirement of different cutters, adjust
The sharpening pressure of whole fine grinding, reciprocating speed, sharpening position and sharpening time, fine grinding start, and reciprocal slipway mechanism 2 drives clamp body
1 is moved at ground station, and sharpening force application mechanism 3 applies certain sharpening pressure, and reciprocal slipway mechanism 2 starts to do reciprocal fortune
It is dynamic, it reaches certain sharpening time rear jig body 1 and is carried out under the collective effect of sharpening balanced controls 4 and sharpening force application mechanism 3
It resets, fine grinding is completed.
Claims (9)
1. a kind of cutter automatic sharpening equipment, which is characterized in that including being used to clamping the clamp body of cutter, for driving fixture to body
Move to sharpening station reciprocal slipway mechanism, for drive fixture to body reciprocating motion sharpening force application mechanism, for steady right
The sharpening balanced controls of knife process and sharpening tool setting mechanism, the clamp body respectively with reciprocal slipway mechanism, sharpening force application mechanism
It is connected with sharpening balanced controls, the clamp body includes cutter clamping detent mechanism and for adjusting tool clearance sharpening angle
Sharpening angle shows adjustment mechanism.
2. cutter automatic sharpening equipment according to claim 1, which is characterized in that the reciprocal slipway mechanism includes first
Stepper motor, first shaft coupling, the first ball guide screw nat, first straight line guide rail, linear slider and first bearing seat, it is described
First ball guide screw nat one end is connected by first shaft coupling with the first stepper motor, and the other end connects with first bearing seat
It connects, the first ball guide screw nat driving linear slider moves on first straight line guide rail, the linear slider driving folder
Specific movement.
3. cutter automatic sharpening equipment according to claim 1, which is characterized in that the sharpening force application mechanism includes driving
Device, splined shaft, spline housing and second straight line guide rail, the clamp body are moved along second straight line guide rail, the splined shaft peace
On spline housing, force application spring is equipped between the splined shaft and spline housing, the splined shaft is connected with driving device, described
For driving splined shaft for linear motion, the spline housing is fixedly connected driving device with clamp body.
4. cutter automatic sharpening equipment according to claim 3, which is characterized in that the driving device includes the second stepping
Motor, motor cabinet, second shaft coupling, the second ball guide screw nat and second bearing seat, second stepper motor are mounted on
On motor cabinet, described second ball guide screw nat one end is connected by second shaft coupling with the second stepper motor, the other end with
Second bearing seat connects.
5. cutter automatic sharpening equipment according to claim 1, which is characterized in that when sharpening force application mechanism drives fixture to body
During advance, sharpening balanced controls apply the power opposite with the clamp body direction of motion to clamp body, when sharpening force application mechanism driving folder
During specific reset, the power that balanced controls are specifically resetted to clamp body application additional lock is sharpened.
6. cutter automatic sharpening equipment according to claim 5, which is characterized in that the sharpening balanced controls include leading
Bar, return springs and guide sleeve, the guide rod couple with clamp body, and the guide rod is mounted on guide sleeve, and the guide sleeve is fixation
Set, the return springs be mounted between guide rod and guide sleeve, when sharpen force application mechanism drive fixture to body advance when, guide rod to
The direction movement of guide sleeve, return springs are compressed, and sharpening balanced controls apply opposite with the clamp body direction of motion to clamp body
Power, play the role of trimming moment, when sharpen force application mechanism drive fixture to body reset when, sharpening balanced controls applied to clamp body
Add the power that additional lock specifically resets.
7. cutter automatic sharpening equipment according to claim 1, which is characterized in that the cutter clamping detent mechanism includes
Crossbeam, first rotating shaft, dress knife locating piece and the second shaft, the dress knife locating piece includes the first component and second component, described
One end of the first component is connected by first rotating shaft with crossbeam, and the other end is connected by the second shaft with second component, and described
The one end of two components away from the second shaft is equipped with dress cutter holder block.
8. cutter automatic sharpening equipment according to claim 7, which is characterized in that the sharpening angle shows adjustment mechanism
It is described including first angle sensor, second angle sensor, the first micro-adjusting mechanism, the second micro-adjusting mechanism and digital display
Digital display is connected respectively with first angle sensor and second angle sensor, and the first angle sensor is mounted on the
In one shaft, the first angle sensor is used to detect the rotation angle of first rotating shaft, the second angle sensor installation
In the second shaft, the second angle sensor for detecting the rotation angle of the second shaft, use by first micro-adjusting mechanism
The angle between adjustment crossbeam and the first component, second micro-adjusting mechanism press from both sides for adjusting between the first component and second component
Second micro-adjusting mechanism at angle.
9. cutter automatic sharpening equipment according to claim 1, which is characterized in that the sharpening tool setting mechanism is included to knife
Instrument.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721340111.2U CN207372835U (en) | 2017-10-18 | 2017-10-18 | A kind of cutter automatic sharpening equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721340111.2U CN207372835U (en) | 2017-10-18 | 2017-10-18 | A kind of cutter automatic sharpening equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207372835U true CN207372835U (en) | 2018-05-18 |
Family
ID=62339573
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721340111.2U Active CN207372835U (en) | 2017-10-18 | 2017-10-18 | A kind of cutter automatic sharpening equipment |
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| Country | Link |
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| CN (1) | CN207372835U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107813193A (en) * | 2017-10-18 | 2018-03-20 | 五邑大学 | A kind of cutter automatic sharpening equipment and its grinding method |
| CN112251760A (en) * | 2020-08-28 | 2021-01-22 | 富乐德科技发展（大连）有限公司 | Automatic control cleaning device |
-
2017
- 2017-10-18 CN CN201721340111.2U patent/CN207372835U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107813193A (en) * | 2017-10-18 | 2018-03-20 | 五邑大学 | A kind of cutter automatic sharpening equipment and its grinding method |
| CN112251760A (en) * | 2020-08-28 | 2021-01-22 | 富乐德科技发展（大连）有限公司 | Automatic control cleaning device |
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