CN205889416U - Novel ceramic wood cutting tool - Google Patents
Novel ceramic wood cutting tool Download PDFInfo
- Publication number
- CN205889416U CN205889416U CN201620913103.1U CN201620913103U CN205889416U CN 205889416 U CN205889416 U CN 205889416U CN 201620913103 U CN201620913103 U CN 201620913103U CN 205889416 U CN205889416 U CN 205889416U
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- ceramic
- cutter tooth
- tooth
- cutter
- stupalox
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Abstract
The utility model provides a novel ceramic wood cutting tool, being equipped with a center bore including the cutter body and at this cutter body, being equipped with a N ceramic knife tooth group that is central symmetrical structure at the outside of cutter body ring, the central angle of every ceramic knife tooth group is 360 N, and arbitrary ceramic knife tooth is organized by a M ceramic knife toothholder side by side and be fixed with the ceramic knife tooth on every ceramic knife toothholder and constitutes, wherein N, M are more than or equal to 1's natural number. The utility model discloses a novel ceramic wood cutting tool can realize timber and wooden combined material's cutting, guarantees the reliability of cutting process precision and cutter. Can effectively avoid ceramic knife tooth tipping, improve ceramic knife tooth intensity, increase the ceramic knife tooth life -span, reduce the cutting surface roughness, improve the cutting surface quality, improve cutting process efficiency.
Description
Technical field
This utility model is related to timber and composite wooden material machining field, is particularly applied to the one of wood cutting
Plant new ceramic wood cutter.
Background technology
It is known that sintex has been widely used for metal cutting, its plurality of advantages is mainly manifested in: 1. Stupalox
There is very high hardness and wearability, its room temperature hardness reaches 91-95hra, exceedes hard alloy；2. Stupalox have very high
Thermostability, at 1200 DEG C, hardness is 80hra, intensity, toughness reduce less so as to can be than the cutting of high 2-10 times of hard alloy
Speed carries out machining；3. there is high chemical stability, still have preferable antioxidation, anti-stick property at high temperature；4. have
Relatively low coefficient of friction, coefficient of friction during ceramic tools in cutting processing is less than carbide tool；5. ceramic cutting tool material
Density is only equivalent to a quarter of sintered carbide tool material, can improve the cutting speed (rotating speed) of cutter further；⑥
Sintex is cheap, abundant raw material.Above advantage also for sintex be applied to wood cutting manufacture field provide all
Many advantages.
Compared to metal, timber is the extract of high anisotropy and uneven natural composite material, wood internal
The finishing material of the adhesive within matter, composite wooden material or outside and higher cutting speed, sintex is in cutting wood
During material, especially in upmilling process, cutting force is dynamic cutting force, and cutting force can be with the change of cutting-edge
Change, dynamic cutting force cans be compared to the cutting edge that the shock loading changing equally acts on sintex, easily causes cutter tipping and breaks
Damage.Therefore it is considered that sintex is not suitable for being applied to the machining of timber and composite wooden material.
Utility model content
To be solved in the utility model be sintex be applied to timber and composite wooden material cutting when, easily occur cutting edge
Tipping, fiber tearing have been scooped up, machining rough surface, especially timber knot position cutting quality difference and cutter life are low
Problem, improves new ceramic wood cutter intensity, life-span and cutting quality.
To achieve the above object, this utility model employs following technical scheme:
This utility model provides a kind of new ceramic wood cutter, is provided with a central shaft including cutter hub and in this cutter hub
Hole, is equipped with n ceramic cutter tooth group of the structure that is centrosymmetric in the outside of cutter hub, and the central angle of each ceramic cutter tooth group is
360 °/n, arbitrary pottery cutter tooth group is by abreast m Stupalox toothholder and to be fixed with pottery on each Stupalox toothholder
Cutter tooth composition；Wherein n, m are the natural number more than or equal to 1.
As preferred: be equipped with 4～8 ceramic cutter tooth groups of the structure that is centrosymmetric, each pottery in the outside of cutter hub
The central angle of cutter tooth group be 360 °/(4～8), each ceramic cutter tooth group be by abreast 2～6 Stupalox toothholders and
Ceramic cutter tooth composition is fixed with each Stupalox toothholder.
As preferred: be equipped with 8 ceramic cutter tooth groups of the structure that is centrosymmetric, each ceramic cutter tooth in the outside of cutter hub
The central angle of group is 45 °, and each ceramic cutter tooth group is by abreast 4 Stupalox toothholders and on each Stupalox toothholder
It is fixed with ceramic cutter tooth composition.
As preferred: be equipped with 8 spiral pottery cutter tooth groups of the structure that is centrosymmetric, each spiral in the outside of cutter hub
The central angle of ceramic cutter tooth group is 45 °, has four pieces of Stupalox toothholders and four pieces side by side in arbitrary spiral pottery cutter tooth group
Correspondence is fixed on four pieces of Stupalox toothholders ceramic cutter tooth respectively；
Wherein: four pieces of Stupalox toothholders are respectively Stupalox toothholder, Stupalox toothholder, Stupalox toothholder and pottery
Cutter tooth seat, ceramic cutter tooth that four pieces of ceramic cutters tooth are respectively fixed on Stupalox toothholder, is fixed on Stupalox toothholder
On ceramic cutter tooth, the ceramic cutter tooth being fixed on Stupalox toothholder, the Stupalox being fixed on Stupalox toothholder
Tooth；
In arbitrary spiral pottery cutter tooth group: central angle that ceramic cutter tooth is formed with ceramic cutter tooth, ceramic cutter tooth
The central angle that the central angle that formed with ceramic cutter tooth, ceramic cutter tooth are formed with ceramic cutter tooth be respectively 12～14 °,
9～12 °, 5～9 °；And the ceramic cutter tooth of arbitrary spiral pottery cutter tooth group is adjacent the ceramic cutter tooth group of previous spiral
The central angle that adjacent ceramic cutter tooth is formed is 14～16 °.
As preferred: in arbitrary spiral pottery cutter tooth group: central angle that ceramic cutter tooth is formed with ceramic cutter tooth,
The central angle that central angle, ceramic cutter tooth and the ceramic cutter tooth that ceramic cutter tooth is formed with ceramic cutter tooth is formed is respectively
For 13 °, 10 °, 7 °；And the ceramic cutter tooth of arbitrary spiral pottery cutter tooth group is adjacent the ceramic cutter tooth group of another spiral
The central angle that adjacent ceramic cutter tooth is formed is 15 °.The having the beneficial effects that of this structure design: in same spiral pottery cutter tooth
In group: ceramic cutter tooth is adjacent the central angle maximum that the adjacent ceramic cutter tooth of another spiral pottery cutter tooth group is formed,
Thus the cutting output of the ceramic cutter tooth in each spiral pottery cutter tooth group is maximum, and subsequently in the ceramic cutter tooth group of same spiral
Between ceramic cutter tooth and ceramic cutter tooth, between ceramic cutter tooth and ceramic cutter tooth, ceramic cutter tooth and ceramic cutter tooth it
Between the central angle that formed reduce it is achieved that the cutting output of same spiral pottery cutter tooth group is to be gradually reduced it is ensured that cutting matter
The raising of amount.
As preferred: in arbitrary spiral pottery cutter tooth group: four pieces of ceramic cutters tooth (i.e. ceramic cutter tooth, ceramic cutter tooth,
Ceramic cutter tooth and ceramic cutter tooth) on anterior angle be respectively 5 °, 10 °, 15 °, 20 °；Relief angle on four pieces of ceramic cutters tooth is
5°；The angle of wedge on four pieces of ceramic cutters tooth is respectively 80 °, 75 °, 70 °, 65 °.The beneficial effect of this structure design is: ceramic cutter tooth
Maximum, ceramic cutter tooth the bending strength of bending strength secondly, the bending strength of ceramic cutter tooth reduces again, ceramic cutter tooth
Bending strength minimum, realize four pieces of ceramic cutter tooth Functional Requirements in each spiral pottery cutter tooth group it is ensured that the angle of wedge is big
Ceramic cutter tooth carries out the machining of big cutting output, and the little ceramic cutter tooth of the angle of wedge carries out high-precision machining.This is mainly
Because the intensity of big angle of wedge pottery cutter tooth is higher and sharpness is relatively low, and the low intensity of little angle of wedge pottery cutter tooth and sharpness
High.And four pieces of Stupalox rake angles in each spiral pottery cutter tooth group are to be gradually increased, and contribute to cutting quality gradually
Improve.
As preferred: the helical angle on four pieces of ceramic cutters tooth in arbitrary spiral pottery cutter tooth group be respectively 5 °, 4 °,
3°、2°.The having the beneficial effects that of this structure design: the spiral pottery cutter tooth group with helical angle can improve cutting of ceramic cutter tooth
Cut quality, and reduce with the angle of wedge of ceramic cutter tooth, the helical angle of ceramic cutter tooth is gradually reduced, and so can improve Stupalox
The cutting stability of tooth and increase ceramic cutter tooth life-span.
As preferred: in arbitrary spiral pottery cutter tooth group: be provided with perpendicular to this Stupalox on the rear knife face of ceramic cutter tooth
Some comb grooves of the cutting edge of tooth, the rear knife face of ceramic cutter tooth is provided with the cutting edge perpendicular to this ceramic cutter tooth
Some comb grooves, the rear knife face of ceramic cutter tooth is provided with some comb of the cutting edge perpendicular to this ceramic cutter tooth
Groove, the rear knife face of ceramic cutter tooth is provided with some comb grooves of the cutting edge perpendicular to this ceramic cutter tooth.
As preferred: in arbitrary spiral pottery cutter tooth group: the comb groove on the rear knife face of two neighboring pottery cutter tooth is in
Interlaced setting；And the comb groove on the adjacent rear knife face of two ceramic cutters tooth in different spiral pottery cutter tooth group is also in
Interlaced setting.The having the beneficial effects that of this structure design: reduce friction and the cutting force of rear knife face and cutting plane, comb
The setting of teeth groove contributes to cutting off of lumber fibre, will not be affected by machine direction, it is to avoid lumber fibre has scooped up (fluffing),
Especially when cutting timber knot position, the cutting quality of cutting plane can be improved.
As preferred: be provided with slanting edge on the rear knife face of four pieces of ceramic cutters tooth in arbitrary spiral pottery cutter tooth group.
The having the beneficial effects that of this structure design: the angle of wedge of each ceramic cutter tooth can be increased, improve the intensity of each ceramic cutter tooth, keep away
Exempt from tipping, increase the life-span, and the low-friction coefficient due to ceramic material, less relief angle can't increase after knife face and cutting
Friction between plane, also will not reduce the cutting quality of cutting plane.
Wherein: described cutter hub is using No. 45 steel knife bodies.
In this utility model, involved slanting edge refers to that knife face is processed near cutting edge position after ceramic cutter tooth
One chamfering.Because the cutting edge arc radius of the new ceramic wood cutter of this utility model are less, typically at 5-10 μm,
A width of 40 μm about of the face of slanting edge is therefore set, so can increase the size of the angle of wedge to a certain extent.
Relief angle refers to the angle in orthogonal plane between the rear knife face of measurement and cutting plane, involved in this utility model
Relief angle be the angle being formed between the rear knife face in ceramic cutter tooth and its cutting plane, specifically as indicated at 3.
Anterior angle refers to the angle in orthogonal plane between the rake face of measurement and basal plane.The Main Function of anterior angle is to make cutting edge
Sharp, and affect the intensity of cutting edge.Often it is taken as 5 °～25 °, in this utility model, involved anterior angle is in ceramic cutter tooth
The angle that rake face and its basal plane are formed, specifically as indicated at 3.
The angle of wedge refers to rake face and the angle between knife face thereafter of ceramic cutter tooth, and angle of wedge size has direct shadow to cutting
Ring, the angle of wedge is bigger, and cutting tip intensity is higher, so select angle of wedge size should to take in the case of ensureing sufficient intensity as far as possible
Little numerical value.In this utility model, the involved angle of wedge is the rake face in ceramic cutter tooth and the angle that knife face is formed thereafter,
Specifically as indicated at 3.
Helical angle refers to the tangent line of circular helix and by folded acute angle between the face of cylinder straight edge line at point of contact.This reality
With involved helical angle in new be the cutting edge of ceramic cutter tooth online and this patent new ceramic wood cutter
The angle being formed between straight edge line (i.e. the axis of central shaft hole), specifically as indicated at 3.
Central angle generally refers to the angle on adjacent two summit of a regular polygon and the line at its center, or
With the center of circle for vertex radius as both sides in a circle, also referred to as central angle.In this utility model, involved central angle is phase
The angle being formed between adjacent two ceramic cutters tooth, specifically as indicated at 3.
Of the present utility model have the technical effect that new ceramic wood cutter of the present utility model can achieve timber and wooden
The cutting of composite is it is ensured that the reliability of machining precision and cutter.Ceramic cutter tooth tipping can be prevented effectively from, improve pottery
Porcelain cutter tooth intensity, increases the ceramic cutter tooth life-span, reduces cutting surface roughness, improve cutting surface quality, improve machining
Efficiency.
Brief description
Fig. 1 is new ceramic wood cutter perspective view of the present utility model；
Fig. 2 is one of front view of a ceramic cutter tooth group structure in new ceramic wood cutter of the present utility model；
Fig. 3 is two of the front view of a ceramic cutter tooth group structure in new ceramic wood cutter of the present utility model；
Fig. 4 is the axonometric chart of a ceramic cutter tooth group structure in new ceramic wood cutter of the present utility model；
Fig. 5 is the helix angle structure schematic diagram of a ceramic cutter tooth group on a visual angle in Fig. 4；
Fig. 6 is the structural representation of a ceramic cutter tooth in this utility model；
Fig. 7 is the structural representation of knife face after a ceramic cutter tooth in Fig. 6；
Fig. 8 is knife face slanting edge schematic diagram rear on the ceramic cutter tooth b position in Fig. 6.
Accompanying drawing marks:
Cutter hub 1, central shaft hole 10, Stupalox toothholder 21, Stupalox toothholder 22, Stupalox toothholder 23, ceramic cutter tooth
Seat 24, ceramic cutter tooth 31, ceramic cutter tooth 32, ceramic cutter tooth 33, ceramic cutter tooth 34, rear knife face 11, comb groove 110,
Slanting edge 12.
Specific embodiment
Below in conjunction with the accompanying drawings specific embodiment of the present utility model is made a detailed explanation.
As shown in Fig. 1～8, this utility model provides a kind of specific embodiment of new ceramic wood cutter, including knife
Body 1 and be provided with a central shaft hole 10, wherein in this cutter hub 1: described cutter hub 1 is using No. 45 steel knife bodies.Outside in cutter hub 1
It is equipped with 8 spiral pottery cutter tooth groups of the structure that is centrosymmetric, the central angle of each spiral pottery cutter tooth group is 45 °,
Four pieces of Stupalox toothholders and four pieces of ceramic cutters tooth are had to correspond to respectively and be fixed on four pieces of potteries in arbitrary spiral pottery cutter tooth group side by side
On porcelain cutter tooth seat；
2: four pieces of Stupalox toothholders are respectively Stupalox toothholder 21, Stupalox toothholder 22, Stupalox as shown in figures 1-4
Toothholder 23 and Stupalox toothholder 24, four pieces of ceramic cutters tooth are respectively fixed on the ceramic cutter tooth on Stupalox toothholder 21
31st, the ceramic cutter tooth 32 being fixed on Stupalox toothholder 22, the ceramic cutter tooth 33 being fixed on Stupalox toothholder 23,
It is fixed on the ceramic cutter tooth 34 on Stupalox toothholder 24.
As shown in Figure 3: in arbitrary spiral pottery cutter tooth group: during ceramic cutter tooth 31 is formed with ceramic cutter tooth 32
Central angle, ceramic cutter tooth 33 and ceramic 34 shapes of cutter tooth that heart angle, ceramic cutter tooth 32 are formed with ceramic cutter tooth 33
The central angle becoming is respectively 13 °, 10 °, 7 °；And the ceramic cutter tooth 31 of arbitrary spiral pottery cutter tooth group is adjacent another
The central angle that the adjacent ceramic cutter tooth 34 of spiral pottery cutter tooth group is formed is 15 °.The having the beneficial effects that of this structure design:
In same spiral pottery cutter tooth group: ceramic cutter tooth 31 is adjacent the adjacent ceramic cutter tooth of another spiral pottery cutter tooth group
The central angle that 34 are formed is maximum, thus the cutting output of the ceramic cutter tooth 31 in each spiral pottery cutter tooth group is maximum, and with
Afterwards between the ceramic cutter tooth 31 in same spiral pottery cutter tooth group and ceramic cutter tooth 32, ceramic cutter tooth 32 and pottery cutter tooth
Between 33, the central angle that formed between ceramic cutter tooth 33 and ceramic cutter tooth 34 reduces it is achieved that same spiral is ceramic
The cutting output of cutter tooth group is to be gradually reduced the raising it is ensured that cutting quality.
As shown in Figure 3: in arbitrary spiral pottery cutter tooth group: four pieces of ceramic cutter tooth (i.e. ceramic cutter tooth 31, ceramic cutters tooth
32nd, ceramic cutter tooth 33 and ceramic cutter tooth 34) on anterior angle be respectively 5 °, 10 °, 15 °, 20 °；On four pieces of ceramic cutters tooth
Relief angle is 5 °；The angle of wedge on four pieces of ceramic cutters tooth is respectively 80 °, 75 °, 70 °, 65 °.The beneficial effect of this structure design is:
Secondly, the bending strength of ceramic cutter tooth 33 is again for the bending strength of maximum, the ceramic cutter tooth 32 of bending strength of ceramic cutter tooth 31
Reduce, the bending strength of ceramic cutter tooth 34 is minimum, realize four pieces of ceramic cutter tooth features in each spiral pottery cutter tooth group
Require it is ensured that the big ceramic cutter tooth of the angle of wedge carries out the machining of big cutting output, the little ceramic cutter tooth of the angle of wedge carries out high-precision
Machining.The intensity that this is primarily due to big angle of wedge pottery cutter tooth is higher relatively low with sharpness, and little angle of wedge pottery cutter tooth
Low intensity and sharpness high.And four pieces of Stupalox rake angles in each spiral pottery cutter tooth group are to be gradually increased, and have
Help gradually stepping up of cutting quality.
As shown in Figures 4 and 5: the helical angle on four pieces of ceramic cutters tooth in arbitrary spiral pottery cutter tooth group be respectively 5 °,
4°、3°、2°.The having the beneficial effects that of this structure design: the spiral pottery cutter tooth group with helical angle can improve ceramic cutter tooth
Cutting quality, and with ceramic cutter tooth the angle of wedge reduce, the helical angle of ceramic cutter tooth is gradually reduced, and so can improve pottery
The cutting stability of porcelain cutter tooth and increase ceramic cutter tooth life-span.
As shown in figs. 6-7: arbitrary spiral pottery cutter tooth group in: be provided with the rear knife face 11 of ceramic cutter tooth 31 perpendicular to
Some comb grooves 110 of the cutting edge of this ceramic cutter tooth 31, the rear knife face 11 of ceramic cutter tooth 32 is provided with perpendicular to this pottery
Some comb grooves 110 of the cutting edge of porcelain cutter tooth 32, the rear knife face 11 of ceramic cutter tooth 33 is provided with perpendicular to this pottery
Some comb grooves 110 of the cutting edge of cutter tooth 33, the rear knife face 11 of ceramic cutter tooth 34 is provided with perpendicular to this Stupalox
Some comb grooves 110 of the cutting edge of tooth 34.And: the comb groove on the rear knife face 11 of two neighboring pottery cutter tooth
110 is in interlaced setting；And the comb on the adjacent rear knife face 11 of two ceramic cutters tooth in different spiral pottery cutter tooth group
Teeth groove 110 is also in interlaced setting.The having the beneficial effects that of this structure design: reduce rubbing of rear knife face 11 and cutting plane
Wipe and cutting force, the setting of comb groove 110 contributes to cutting off of lumber fibre, will not be affected by machine direction, it is to avoid wood
Material fiber has scooped up (fluffing), especially when cutting timber knot position, can improve the cutting quality of cutting plane.
As shown in Figure 8: in arbitrary spiral pottery cutter tooth group, to be provided with slant edge on the rear knife face 11 of four pieces of ceramic cutters tooth
Angle 12.The having the beneficial effects that of this structure design: effective angle of wedge of each ceramic cutter tooth can be increased, improve each ceramic cutter tooth
Intensity, it is to avoid tipping, increase the life-span, and the low-friction coefficient due to ceramic material, after less relief angle can't increase
Friction between knife face 11 and cutting plane, also will not reduce the cutting quality of cutting plane.
Involved slanting edge 12 in embodiment of the present utility model refers to that knife face is near cutting edge after ceramic cutter tooth
Mouth position processes a chamfering.Because new ceramic wood cutter cutting edge arc radius of the present utility model are less, one
As at 5-10 μm, therefore arrange slanting edge a width of 40 μm about of face, so can increase the size of the angle of wedge to a certain extent.
Relief angle refers to the angle in orthogonal plane between the rear knife face of measurement and cutting plane, involved in this utility model
Relief angle be the angle being formed between the rear knife face 11 in ceramic cutter tooth and its cutting plane, specifically as indicated at 3.
Anterior angle refers to the angle in orthogonal plane between the rake face of measurement and basal plane.The Main Function of anterior angle is to make cutting edge
Sharp, and affect the intensity of cutting edge.Often it is taken as 5 °～25 ° °, in this utility model, involved anterior angle is in ceramic cutter tooth
The angle that rake face and its basal plane are formed, specifically as indicated at 3.
The angle of wedge refers to rake face and the angle between knife face 11 thereafter of ceramic cutter tooth, and angle of wedge size has direct shadow to cutting
Ring, the angle of wedge is bigger, and cutting tip intensity is higher, so select angle of wedge size should to take in the case of ensureing sufficient intensity as far as possible
Little numerical value.In this utility model, the involved angle of wedge is the rake face in ceramic cutter tooth and the folder that knife face 11 is formed thereafter
Angle, specifically as indicated at 3.
Helical angle refers to the tangent line of circular helix and by folded acute angle between the face of cylinder straight edge line at point of contact.This reality
With involved helical angle in new be the cutting edge of ceramic cutter tooth online with new ceramic sloyd knife of the present utility model
The angle being formed between the straight edge line (i.e. the axis of central shaft hole) of tool, specifically as indicated at 3.
Central angle generally refers to the angle on adjacent two summit of a regular polygon and the line at its center, or
With the center of circle for vertex radius as both sides in a circle, also referred to as central angle.In this utility model, involved central angle is phase
The angle being formed between adjacent two ceramic cutters tooth, specifically as indicated at 3.
New ceramic wood cutter of the present utility model can achieve the cutting of timber and composite wooden material it is ensured that cutting
Machining accuracy and the reliability of cutter.Ceramic cutter tooth tipping can be prevented effectively from, improve ceramic cutter tooth intensity, increase ceramic cutter tooth
In the life-span, reduce cutting surface roughness, improve cutting surface quality, improve machining efficiency.
It is emphasized that: the above is only preferred embodiment of the present utility model, not this utility model is appointed
What pro forma restriction, every any simple modification above example made according to technical spirit of the present utility model, etc.
With change and modification, all still fall within the range of technical solutions of the utility model.
Claims (10)
1. a kind of new ceramic wood cutter, including cutter hub and this cutter hub be provided with a central shaft hole it is characterised in that
The outside of cutter hub is equipped with n of the structure that is centrosymmetric ceramic cutter tooth group, the central angle of each ceramic cutter tooth group be 360 °/
N, arbitrary pottery cutter tooth group is to be fixed with ceramic cutter tooth group by abreast m Stupalox toothholder and on each Stupalox toothholder
Become；Wherein n, m are the natural number more than or equal to 1.
2. a kind of new ceramic wood cutter according to claim 1 is it is characterised in that the outer side ring in cutter hub sets
Have 4～8 of the structure that is centrosymmetric ceramic cutter tooth groups, the central angle of each ceramic cutter tooth group be 360 °/(4～8), each
Ceramic cutter tooth group by abreast 2～6 Stupalox toothholders and is fixed with ceramic cutter tooth on each Stupalox toothholder and forms
's.
3. a kind of new ceramic wood cutter according to claim 1 is it is characterised in that the outer side ring in cutter hub sets
There are 8 ceramic cutter tooth groups of the structure that is centrosymmetric, the central angle of each ceramic cutter tooth group is 45 °, each ceramic cutter tooth group
By abreast 4 Stupalox toothholders and be fixed with ceramic cutter tooth on each Stupalox toothholder and form.
4. a kind of new ceramic wood cutter according to claim 3 is it is characterised in that the outer side ring in cutter hub sets
There are 8 spiral pottery cutter tooth groups of the structure that is centrosymmetric, the central angle of each spiral pottery cutter tooth group is 45 °, arbitrary
Four pieces of Stupalox toothholders and four pieces of ceramic cutters tooth are had to correspond to respectively and be fixed on four pieces of Stupaloxs in spiral pottery cutter tooth group side by side
On toothholder；
Wherein: four pieces of Stupalox toothholders are respectively Stupalox toothholder, Stupalox toothholder, Stupalox toothholder and ceramic cutter tooth
Seat, ceramic cutter tooth that four pieces of ceramic cutters tooth are respectively fixed on Stupalox toothholder, is fixed on Stupalox toothholder
Ceramic cutter tooth, the ceramic cutter tooth being fixed on Stupalox toothholder, the ceramic cutter tooth being fixed on Stupalox toothholder；
In arbitrary spiral pottery cutter tooth group: central angle, ceramic cutter tooth and pottery that ceramic cutter tooth is formed with ceramic cutter tooth
The central angle that central angle that porcelain cutter tooth is formed, ceramic cutter tooth are formed with ceramic cutter tooth be respectively 12～14 °, 9～
12 °, 5～9 °；
And the ceramic cutter tooth of arbitrary spiral pottery cutter tooth group is adjacent the adjacent ceramic knife of the ceramic cutter tooth group of another spiral
The central angle that tooth is formed is 14～16 °.
5. a kind of new ceramic wood cutter according to claim 4 is it is characterised in that in arbitrary spiral Stupalox
In tooth group: the center that central angle, ceramic cutter tooth and the ceramic cutter tooth that ceramic cutter tooth is formed with ceramic cutter tooth is formed
The central angle that angle, ceramic cutter tooth are formed with ceramic cutter tooth is respectively 13 °, 10 °, 7 °；
And the ceramic cutter tooth of arbitrary spiral pottery cutter tooth group is adjacent the adjacent ceramic knife of the ceramic cutter tooth group of another spiral
The central angle that tooth is formed is 15 °.
6. a kind of new ceramic wood cutter according to claim 4 or 5 is it is characterised in that make pottery in arbitrary spiral
In porcelain cutter tooth group:
Anterior angle on four pieces of ceramic cutters tooth is respectively 5 °, 10 °, 15 °, 20 °；
Relief angle on four pieces of ceramic cutters tooth is 5 °；
The angle of wedge on four pieces of ceramic cutters tooth is respectively 80 °, 75 °, 70 °, 65 °.
7. a kind of new ceramic wood cutter according to claim 6 is it is characterised in that in arbitrary spiral Stupalox
Helical angle on four pieces in tooth group ceramic cutters tooth is respectively 5 °, 4 °, 3 °, 2 °.
8. a kind of new ceramic wood cutter according to claim 6 is it is characterised in that in arbitrary spiral Stupalox
In tooth group:
The rear knife face of ceramic cutter tooth is provided with some comb grooves of the cutting edge perpendicular to this ceramic cutter tooth, ceramic cutter tooth
Rear knife face be provided with some comb grooves of the cutting edge perpendicular to this ceramic cutter tooth, the rear knife face of ceramic cutter tooth sets
There are some comb grooves of the cutting edge perpendicular to this ceramic cutter tooth, the rear knife face of ceramic cutter tooth is provided with perpendicular to this pottery
Some comb grooves of the cutting edge of porcelain cutter tooth.
9. according to Claim 8 described in a kind of new ceramic wood cutter it is characterised in that in arbitrary spiral Stupalox
In tooth group: the comb groove on the rear knife face of two neighboring pottery cutter tooth is in interlaced setting；And difference spiral pottery cutter tooth
Comb groove on the rear knife face of the ceramic cutter tooth of adjacent in group two is also in interlaced setting.
10. a kind of new ceramic wood cutter according to claim 9 it is characterised in that arbitrary spiral pottery
It is provided with slanting edge on the rear knife face of four pieces of ceramic cutters tooth in cutter tooth group.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620913103.1U CN205889416U (en) | 2016-08-19 | 2016-08-19 | Novel ceramic wood cutting tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620913103.1U CN205889416U (en) | 2016-08-19 | 2016-08-19 | Novel ceramic wood cutting tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205889416U true CN205889416U (en) | 2017-01-18 |
Family
ID=57779276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620913103.1U Expired - Fee Related CN205889416U (en) | 2016-08-19 | 2016-08-19 | Novel ceramic wood cutting tool |
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| Country | Link |
|---|---|
| CN (1) | CN205889416U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272721A (en) * | 2016-08-19 | 2017-01-04 | 南京林业大学 | A kind of pottery wood cutter |
-
2016
- 2016-08-19 CN CN201620913103.1U patent/CN205889416U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272721A (en) * | 2016-08-19 | 2017-01-04 | 南京林业大学 | A kind of pottery wood cutter |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: NANJING ZHAOZHE ELECTROMECHANICAL TECHNOLOGY Co.,Ltd. Assignor: Nanjing Forestry University Contract record no.: 2019320000166 Denomination of utility model: Novel ceramic wood cutting tool Granted publication date: 20170118 License type: Common License Record date: 20190528 Assignee: Chuzhou Yishen Machinery Manufacturing Co.,Ltd. Assignor: Nanjing Forestry University Contract record no.: 2019320000165 Denomination of utility model: Novel ceramic wood cutting tool Granted publication date: 20170118 License type: Common License Record date: 20190528 |
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| EE01 | Entry into force of recordation of patent licensing contract | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210712 Address after: 224400 No.6, Fucheng filter material industrial park, Funing County, Yancheng City, Jiangsu Province Patentee after: YANCHENG MAIBAO TOILET AND BATHROOM Co.,Ltd. Address before: Longpan road Xuanwu District of Nanjing city of Jiangsu Province, No. 159 210037 Patentee before: NANJING FORESTRY University |
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| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 |
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| CF01 | Termination of patent right due to non-payment of annual fee |