CN101550545B - Device for inserting and placing shank for precision cutter diamond coating, and processing equipment - Google Patents
Device for inserting and placing shank for precision cutter diamond coating, and processing equipment Download PDFInfo
- Publication number
- CN101550545B CN101550545B CN 200910107201 CN200910107201A CN101550545B CN 101550545 B CN101550545 B CN 101550545B CN 200910107201 CN200910107201 CN 200910107201 CN 200910107201 A CN200910107201 A CN 200910107201A CN 101550545 B CN101550545 B CN 101550545B
- Authority
- CN
- China
- Prior art keywords
- handle
- knife
- placing
- jack
- cooling
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Knives (AREA)
Abstract
The invention discloses a device for inserting and placing shank for precision cutter diamond coating, wherein the device for inserting and placing shank includes at least two sets of shank plug jacksfor inserting and placing shanks and a cooling part provided at side of the shank plug jack. Because the invention designs a device for inserting and placing shank with at least two sets of shank plu g jacks for inserting and placing shanks, the processing equipment with the device can machine a plurality of precision cutters at one time when performing precision cutter diamond coating machining; and then the inventions uses the cooling part to performing cooling releasing to the heat produced on the miniature cutter during the machining of precision cutter diamond coating, so as to ensure thetemperature condition of the precision cutter to perform diamond coating machining, improve the producing machining efficiency and reduce the production cycle, thereby reducing the cost of the coatin g process, and having convenient use.
Description
Technical field
The present invention relates to the cutter coat manufacture field, in particular, relate to a kind of handle of a knife device for inserting and placing and processing units that is used for the precision cutting tool diamond coatings.
Background technology
Diamond coatings processing is intensity, toughness at precision cutting tool preferably on the carbide surface, utilizes chemical gaseous phase depositing process with the complete processing of diamond coatings in tool surface.Because diamond coatings can significantly improve work-ing life, working accuracy, the smooth finish of inserted tool; And it can be realized not using the dried cutting of cutting fluid and cut down finished cost and reduce the pollution to environment, thereby it receives the extensive concern of precision cutting tool manufacturing concern.
In carrying out the process of diamond coatings processing, need with precision cutting tool with knife edge part last, shank portion under mode vertically fixing, carry out follow-up diamond coatings again and process.In the prior art; Usually all be to adopt the fixing precision cutting tool of clamping device that is provided with the handle of a knife jack; The shank portion of precision cutting tool inserts in the handle of a knife jack fixing, after the diamond coatings processing of having accomplished a cutter, changes next cutter and carries out following process.
Because the enforcement link of diamond coatings processing is had relatively high expectations to the cooling property of precision cutting tool coating device, the accuracy at coating position, high efficiency production in enormous quantities etc.; The traditional tools clamping device once can only be fixed a cutter; Therefore aborning; This traditional clamping device needs frequent replacing clamping precision cutting tool, and it is convenient inadequately to use, and working (machining) efficiency is lower.
Summary of the invention
For overcoming above-mentioned defective, technical problem to be solved by this invention provides a kind of easy to use, the handle of a knife device for inserting and placing and the processing units that are used for the precision cutting tool diamond coatings that production efficiency is higher.
The objective of the invention is to realize through following technical scheme:
A kind of handle of a knife device for inserting and placing that is used for the precision cutting tool diamond coatings, it comprises that at least two groups are used to insert the handle of a knife jack of handle of a knife and are arranged on the other cooling end of handle of a knife jack; Described handle of a knife device for inserting and placing is pie; The handle of a knife jack is the jack that is arranged on handle of a knife device for inserting and placing upper surface and caves in downwards; Cooling end is the cooling grid groove that is arranged on handle of a knife device for inserting and placing lower surface and caves in to the top; Described cooling grid groove corresponding setting is other dodging the position of handle of a knife jack at the handle of a knife jack, and the height at cooling grid groove top is higher than the height of handle of a knife jack bottom.
The baseplane that described at least two groups insert the handle of a knife jack of handle of a knife all is arranged on the horizontal plane.Such setting is to insert the height unanimity that the precision cutting tool in the handle of a knife jack exposes in order to make, better to carry out diamond coatings processing.
Described every group of handle of a knife jack comprises one or more handle of a knife jack, wherein, and in one group, more than two handle of a knife jacks, the handle of a knife jack linearly equidistantly distributes, and every two groups of adjacent handle of a knife jacks are parallel to each other; Described cooling grid groove also is provided with a plurality of, and parallel respectively is arranged between two groups of adjacent handle of a knife jacks.
Described cooling end also comprises the cooling connectivity slot that is arranged on cooling grid groove between per two the adjacent cooling grid grooves of lower surface, that connection is adjacent.
Cooling connectivity slot between the said adjacent cooling grid groove is a plurality of, is separately positioned in the middle of two adjacent in every group of handle of a knife jack handle of a knife jacks, and its groove width is less than the wall thickness between adjacent two handle of a knife jacks.
Described handle of a knife device for inserting and placing comprises the embedded groove that is arranged on upper surface and is stuck in the movable handle of a knife card that flexibly connects with embedded groove in the embedded groove that described handle of a knife jack is separately positioned on the movable handle of a knife card.
Being provided with that described movable handle of a knife card and embedded groove are corresponding is a plurality of, and its number is identical with the group number of handle of a knife jack, and one group of handle of a knife jack is arranged on the movable handle of a knife card; Wherein, movable handle of a knife card and corresponding embedded groove are the strip that cooperatively interacts, and the handle of a knife jack on the movable block linearly equidistantly distributes, and parallel to each other between every two adjacent embedded grooves.
Described a plurality of embedded grooves bottom surface is horizontal coplane, and the handle of a knife jack on the described movable handle of a knife card is a through hole.The degree of depth that is arranged so that the handle of a knife jack like this is by the degree of depth decision of embedded groove, and embedded groove can process by milling cutter is disposable, and its level levelling degree is better, and its degree of depth is more easy to control on a unified standard depth.
The shape on edge and the shape of movable handle of a knife card outer are complementary in the described embedded groove, and the height of the degree of depth of embedded groove and movable handle of a knife card is consistent; And embedded groove also be provided with in the edge of movable handle of a knife card the part be positioned at movable handle of a knife card the bottom, the part to the hole that picks and places that exposes outside, the said degree of depth that picks and places the hole is deeper than the degree of depth of embedded groove.
Described handle of a knife device for inserting and placing adopts molybdenum, tungsten, and copper or the good stainless steel of other resistance toheats are processed.
A kind of processing units that has used above-mentioned handle of a knife device for inserting and placing; Comprise: handle of a knife device for inserting and placing and the cooling recirculation system that is fixedly connected with the handle of a knife device for inserting and placing; Described cooling recirculation system comprises quench liquid fluid inlet, quench liquid liquid outlet; And the PWR PLT that provide quench liquid between quench liquid fluid inlet and quench liquid liquid outlet, to circulate, the cooling end of described handle of a knife device for inserting and placing is communicated with the quench liquid liquid outlet with the quench liquid fluid inlet respectively.
The present invention has the handle of a knife device for inserting and placing that at least two group handle of a knifes insert jack owing to having designed; Make the processing units that has a this handle of a knife device for inserting and placing in use carry out the precision cutting tool diamond coatings and add man-hour, can disposable a plurality of precision cutting tools be processed; Through cooling end the heat that carries out the precision cutting tool diamond coatings and add on the min-cutter in man-hour to be produced is cooled off release again; Guaranteed that precision cutting tool carries out the temperature condition of diamond coatings processing; Improved process for processing efficient; Shorten the production cycle, and then reduced the coating cost of processing, and convenient the use.
Description of drawings
Fig. 1 is the overlooking and cross-sectional schematic of handle of a knife device for inserting and placing in the embodiment of the invention one;
Fig. 2 is the cross-sectional schematic of the embodiment of the invention one along A-A section line among Fig. 1;
Fig. 3 is the structural representation of the cooling connectivity slot of the embodiment of the invention two;
Fig. 4 is the structural representation of the path cooling hole of the embodiment of the invention two;
Fig. 5 is the structural representation of the movable handle of a knife card of the handle of a knife device for inserting and placing in the embodiment of the invention three;
Fig. 6 is the structural representation of the embedded groove of the handle of a knife device for inserting and placing in the embodiment of the invention three;
Fig. 7 is the structural representation of cooling recirculation system that has used the processing units of handle of a knife device for inserting and placing in the embodiment of the invention.
Wherein: 1, handle of a knife device for inserting and placing; 11, in groups handle of a knife jack; 111, handle of a knife jack; 12, cooling grid groove, 121, cooling connectivity slot; 122, path cooling hole; 13, sealing groove; 14, screw; 2, handle of a knife device for inserting and placing; 21, movable handle of a knife card; 211, handle of a knife jack; 212, embedded groove; 213, pick and place the hole; 3, cooling recirculation system; 31, screw; 32, fluid inlet; 33, liquid outlet.
Embodiment
Below in conjunction with accompanying drawing and preferred embodiment the present invention is described further.
The present invention is on the basis that does not change precision cutting tool shank shape and size, and only the device for inserting and placing to precision cutting tool in the diamond coatings course of processing carries out the structure of modification design.The handle of a knife device for inserting and placing 1 that is used for the precision cutting tool diamond coatings of the present invention is pie, adopts heat-resisting material to make, and it comprises handle of a knife inserting part that is arranged on handle of a knife device for inserting and placing 1 upper surface and the cooling end that is arranged on lower surface; Described handle of a knife inserting part comprises that at least two groups are used to insert handle of a knife and the higher handle of a knife jack of inwall accuracy requirement.
Because precision cutting tool diamond coatings processing of the prior art is that single cutter is processed separately; So the problem that does not exist heating power to concentrate, and among the present invention, simultaneously a plurality of cutters are processed simultaneously owing to be provided with a plurality of handle of a knife jacks; Will produce a large amount of heats; Owing in the precision cutting tool coating procedure heat dispersion of device for inserting and placing is had relatively high expectations,, then cause a large amount of heats of the local gathering of device for inserting and placing easily again if the area of dissipation of device for inserting and placing is too small; And then cause the inaccurate of coating position; So also need cooling end is arranged on by the handle of a knife jack, the precision cutting tool that assigns in the handle of a knife jack is added man-hour cumulative heat and discharges timely carrying out diamond coatings, to guarantee the accuracy of coating processing.
Fig. 1 and Fig. 2 show a kind of structure of handle of a knife device for inserting and placing 1, and wherein among Fig. 1, upper part is the vertical view of handle of a knife device for inserting and placing 1, and lower part then is the sectional view of the xsect of handle of a knife device for inserting and placing 1.The handle of a knife inserting part of described handle of a knife device for inserting and placing 1 comprises that some groups are arranged on the handle of a knife jack 111 that handle of a knife device for inserting and placing 1 upper surface caves in downwards; The bottom of handle of a knife jack 111 is the plane; In order better to carry out diamond coatings processing; Make to insert the height unanimity that the precision cutting tool in the handle of a knife jack exposes, the baseplane of described all handle of a knife jacks all is arranged on the horizontal plane, is the level unanimity.Wherein, more than two handle of a knife jacks 111 in the handle of a knife jack 11 of each composition group, handle of a knife jack 111 linearly equidistantly distributes, and every two groups of adjacent handle of a knife jacks are parallel to each other, and an every trade evenly is distributed in the upper surface of handle of a knife device for inserting and placing 1 regularly.The number of handle of a knife jack is decided according to the area of handle of a knife device for inserting and placing 1 upper surface and shape in the group number of handle of a knife jack and every group; The handle of a knife jack is distributed in the entire upper surface of handle of a knife device for inserting and placing 1 with certain appropriate distance; Handle of a knife jack adjacent in one group can not interacted, and the handle of a knife jack between group and the group is then reserved the required necessary spacing of cooling end and is got final product.These handle of a knife jacks have the location to be put cutter, prevents that the function of mistake coating from appearring in shank.
Chamfered can be taken the circumstances into consideration to carry out by the edge of handle of a knife jack 111, but because the handle of a knife of common these cutters has all had the chamfering of being convenient to swing in handle of a knife jack 111, so the edge of such handle of a knife jack just need not to carry out chamfered.
Insert mode in order not change the precision cutting tool handle of a knife; We with cooling end be designed to handle of a knife device for inserting and placing 1 lower surface and to above the depression several cooling grid grooves 12; Described cooling grid groove 12 corresponding setting are other to dodge the position of handle of a knife jack 111 at handle of a knife jack 111; It is parallel respectively is arranged between the two adjacent groups handle of a knife jack and the outside of the two groups of handle of a knife jacks in two ends, and the length of each cooling grid groove 12 differs, and the length of the handle of a knife jack 11 in groups that is adjacent adapts.The design of cooling grid groove 12 has increased the area of dissipation of handle of a knife device for inserting and placing 1, makes the handle of a knife of cutter and handle of a knife device for inserting and placing 1 front not have the phenomenon generation that heat is concentrated.Wherein, the height at cooling grid groove 12 tops is higher than the height of handle of a knife jack bottom, makes cooling grid groove 12 can be deep into the side of handle of a knife jack, better the cutter handle of a knife in the handle of a knife jack is cooled off.
In addition; The edge of described handle of a knife device for inserting and placing 1 lower surface also is provided with a plurality of screws 14; Screw 14 is distributed on the outmost turns of its lower surface according to the shape of handle of a knife device for inserting and placing 1, carries out diamond coatings processing on the cooling recirculation system 3 better handle of a knife device for inserting and placing 1 is fixed to.Described handle of a knife device for inserting and placing 1 also comprise be arranged on lower surface, around the sealing of cooling end.Described sealing is sealing groove 13, is arranged on circle screw 14 inboards of handle of a knife device for inserting and placing 1 outmost turns, and in the outside of cooling grid groove 12.Handle of a knife device for inserting and placing 1 for round pie; Sealing groove 13 just can be set to circular, through placing sealing-ring within it, and after being fastened on the cooling recirculation system 3; Just can guarantee that the quench liquid between cooling grid groove 12 and cooling recirculation system 3 can not reveal, in order to avoid contaminate environment.
Further, as shown in Figure 3, the cooling end of said handle of a knife device for inserting and placing 1 also comprises the cooling connectivity slot 121 that is arranged between per two adjacent cooling grid grooves 12, is communicated with adjacent cooling grid groove 12.Cooling connectivity slot 121 between the said adjacent cooling grid groove 12 is a plurality of; Can be separately positioned in the middle of two adjacent in every group of handle of a knife jack handle of a knife jacks 111; Its groove width is less than the wall thickness between adjacent two handle of a knife jacks, through hole occurs between the handle of a knife jack with the cooling connectivity slot 121 that prevents handle of a knife device for inserting and placing 1 lower surface and upper surface.Certainly, the cooling connectivity slot 121 can be different shape, as long as can be communicated with adjacent cooling grid groove can't and the handle of a knife jack between formation through hole.Through the cooling connectivity slot 121 of the adjacent cooling grid groove of conducting is set, can make quench liquid fully mobile, can reach better cooling performance.
Can also be as shown in Figure 4; Handle of a knife device for inserting and placing 1 lower surface corresponding to every group of handle of a knife jack in two adjacent handle of a knife jack midway also be provided with path cooling hole 122; The aperture of said path cooling hole 122 is less than the wall thickness between adjacent two handle of a knife jacks, and its degree of depth is less than the thickness of handle of a knife device for inserting and placing 1.Such design can increase the cooling area around the handle of a knife jack, to reach better cooling performance.
With common microbit is example, and the diameter specifications of its drillstock part is 3.175mm, and the thickness of the thin-walled in the handle of a knife jack 11 in groups of handle of a knife device for inserting and placing 1 upper surface between adjacent two handle of a knife jacks can be 2.5-3mm, as is 2.7mm; The hole heart distance of two adjacent groups handle of a knife jack can be 8-10mm, as is 9mm; Hole depth can be about 23mm, is about 5mm apart from the distance of handle of a knife device for inserting and placing 1 lower surface; The groove width of the cooling grid groove 12 of handle of a knife device for inserting and placing 1 lower surface can be 2-4mm, and groove depth can be few with the depth difference of handle of a knife jack, can be about 23mm, makes that the thickness of the thin-walled that forms between cooling grid groove 12 and the handle of a knife jack is 1.4-1.5mm.Such thickness is comparatively moderate, if blocked up, then heat-transfer effect is good inadequately, can not reach good cooling performance; If thin excessively, then holding capacity maybe be not enough, after precision cutting tool is inserted in the handle of a knife jack, thin-walled easy deformation on every side, can not be well fixing precision cutting tool, and carry out spacing to it.
Fig. 5 and Fig. 6 then show the another kind of structure of handle of a knife device for inserting and placing 2; Wherein, Different with first kind of structure is; Handle of a knife inserting part in the present embodiment is a separate type, and described handle of a knife device for inserting and placing 2 comprises several embedded grooves 212 of being arranged on upper surface and corresponding movable handle of a knife card 21 two portions that flexibly connect with embedded groove 212 in the embedded groove 212 that are stuck in, and each group handle of a knife jack 211 is separately positioned on the movable handle of a knife card 21; The installation that is used to carry out handle of a knife is put, and the number of movable handle of a knife card 21 is identical with the group number of handle of a knife jack 211; Wherein, movable handle of a knife card 21 and the corresponding strip of embedded groove 212 for cooperatively interacting, the handle of a knife jack 211 on the movable block linearly equidistantly distributes, and parallel to each other between every two adjacent embedded grooves 212.The shape on edge and the shape of movable handle of a knife card 21 outers are complementary in the described embedded groove 212, and the height of the degree of depth of embedded groove 212 and movable handle of a knife card 21 is consistent, so that movable handle of a knife card 21 is clamped in the embedded groove 212; Also be provided with bottom that part is positioned at movable handle of a knife card 21, part at the two ends of the embedded groove 212 of strip and pick and place hole 213 to what expose outside; The degree of depth that picks and places hole 213 is deeper than the degree of depth of embedded groove 212; Like this, after putting into movable handle of a knife card 21 in the embedded groove 212, owing to the degree of depth that picks and places hole 213 is darker; And part is positioned at movable handle of a knife card 21 times, and therefore movable handle of a knife card 21 can be outstanding a part of in picking and placeing hole 213; Then can visit into to the part that exposes outside through picking and placeing in the hole 213, in picking and placeing hole 213, catch on the part that movable handle of a knife card 21 is given prominence to, movable handle of a knife card 21 is taken out through being similar to the instrument of hook.
The position that picks and places hole 213 can be arranged on the two ends of the embedded groove 212 of strip, with more convenient movable handle of a knife card 21 is taken out; Can certainly be arranged on other positions of embedded groove 212, only need be in the edge of movable handle of a knife card 21, and bottom, part that part is positioned at movable handle of a knife card 21 get final product to exposing outside.
The design of this separate type makes when damaging appears in some handle of a knife jack 211, can stick into capable replacing to the movable handle of a knife that is provided with handle of a knife jack 211 and can continue to use, and has saved maintenance cost; Certainly, this handle of a knife jack is given up and need not also be fine, but add the cutter that can process some numbers man-hour less carrying out diamond coatings at every turn, with respect to lower-cost movable handle of a knife card, its tooling cost is bigger.
For the baseplane that better guarantees all handle of a knife jacks 211 all is arranged on the horizontal plane; Described embedded groove 212 bottom surfaces are horizontal plane; Handle of a knife jack 211 on the movable handle of a knife card 21 is a through hole, and handle of a knife jack 211 is by the embedded groove 212 bottom surface position tool shanks of level.Because embedded groove 212 can process by milling cutter is disposable, its level levelling degree is better, and all level is consistent to make the baseplane of a plurality of handle of a knife jacks 211 easily, and such design more is prone to realize adding man-hour, and convenient control.Certainly, it also is fully passable on movable handle of a knife card 21, directly getting out one by one the handle of a knife jack of non through hole, and the requirement that just bottom surface, work in-process hole level is consistent realizes that difficulty is bigger.
In addition; The design of handle of a knife device for inserting and placing 2 cooling ends of this separate type is with aforesaid identical in the present embodiment; Include the cooling grid groove; Except 122 inconvenience of path cooling hole are provided with, also can comprise the cooling connectivity slot 121 that is arranged between per two adjacent cooling grid grooves, is communicated with adjacent cooling grid groove.
In carrying out the diamond coatings course of processing of precision cutting tool; The handle of a knife device for inserting and placing has a large amount of heat energy to be assembled; Have relatively high expectations for this material to the handle of a knife device for inserting and placing, the device for inserting and placing material that the present invention mentioned generally will adopt the good material of resistance toheat, like molybdenum; Tungsten, the stainless steel that copper or other resistance toheats are good etc.
Used the processing units of above-mentioned handle of a knife device for inserting and placing to comprise: handle of a knife device for inserting and placing, the cooling recirculation system 3 that is fixedly connected with the handle of a knife device for inserting and placing and be arranged on the handle of a knife device for inserting and placing and cooling recirculation system 3 between tightness system; As shown in Figure 7, described cooling recirculation system 3 is provided with screw 31, and is corresponding with the screw 14 of handle of a knife device for inserting and placing, and the one side that is provided with the handle of a knife jack of handle of a knife device for inserting and placing upwards is fixed on the cooling recirculation system 3.Through screw 31 and screw, can make handle of a knife device for inserting and placing and cooling recirculation system 3 carry out safety, be connected closely, easy to assembly, firm and quick.
Described cooling recirculation system 3 comprises quench liquid fluid inlet 32, quench liquid liquid outlet 33; And the PWR PLT that provide quench liquid between quench liquid fluid inlet 32 and quench liquid liquid outlet 33, to circulate; The cooling end of handle of a knife device for inserting and placing lower surface is communicated with quench liquid liquid outlet 33 with quench liquid fluid inlet 32 respectively, directly contact cooling liquid.What described PWR PLT can be arranged on formation between cooling end and the cooling recirculation system 3 in the tightness system scope is used to hold in the cavity of quench liquid; Quench liquid is drawn in the cooling end from quench liquid fluid inlet 32, and impels quench liquid from quench liquid liquid outlet 33, to discharge; Also can be arranged in the cooling recirculation system 3, be communicated with quench liquid liquid outlet 33, quench liquid is extracted out from the quench liquid liquid outlet, and the cooling end that impels quench liquid from the quench liquid fluid inlet, to enter into the handle of a knife device for inserting and placing again go with quench liquid fluid inlet 32; As long as can let quench liquid between the cooling end of cooling recirculation system and handle of a knife device for inserting and placing, circulate.
Described tightness system can be set to the sealing-ring in the sealing groove 13, and described processing units seals the quench liquid between cooling recirculation system 3 and the handle of a knife device for inserting and placing through sealing-ring, prevents that quench liquid from leaking.
Use above-mentioned processing units to carry out diamond coatings and add man-hour, only need the handle of a knife device for inserting and placing be put on the cooling recirculation system and through screw 31 and fix, compress the sealing-ring realization sealing in the sealing groove.After installing, can open the fluid inlet and the liquid outlet of quench liquid, carry out the diamond coatings processing of precision cutting tool simultaneously.
Because the use-pattern and the feel of handle of a knife device for inserting and placing of the present invention and processing units are roughly the same with the use of the anchor clamps of single cutter general in the prior art; The user need not to carry out special training; Get final product handy use, help improving the success ratio and the efficient of coating.Its good cooling results, working (machining) efficiency is high, and is easy to use, comfortable, handsome in appearance generous.
Above content is to combine concrete preferred implementation to the further explain that the present invention did, and can not assert that practical implementation of the present invention is confined to these explanations.For example, described pie not only comprises round pie, also comprises the pie of other shapes, like square pie etc.For the those of ordinary skill of technical field under the present invention, under the prerequisite that does not break away from the present invention's design, can also make some simple deduction or replace, all should be regarded as belonging to protection scope of the present invention.
Claims (11)
1. a handle of a knife device for inserting and placing that is used for the precision cutting tool diamond coatings is characterized in that, described handle of a knife device for inserting and placing comprises that at least two groups are used to insert the handle of a knife jack of handle of a knife and are arranged on the other cooling end of handle of a knife jack; Described handle of a knife device for inserting and placing is pie; The handle of a knife jack is the jack that is arranged on handle of a knife device for inserting and placing upper surface and caves in downwards; Cooling end is the cooling grid groove that is arranged on handle of a knife device for inserting and placing lower surface and caves in to the top; Described cooling grid groove arrange accordingly is other dodging the position of handle of a knife jack at the handle of a knife jack, and the height at cooling grid groove top is higher than the height of handle of a knife jack bottom.
2. handle of a knife device for inserting and placing as claimed in claim 1 is characterized in that, the baseplane that described at least two groups insert the handle of a knife jack of handle of a knife all is arranged on the horizontal plane.
3. handle of a knife device for inserting and placing as claimed in claim 1 is characterized in that, described every group of handle of a knife jack comprises one or more handle of a knife jack; Wherein, in one group, more than two handle of a knife jacks; The handle of a knife jack linearly equidistantly distributes, and every two groups of adjacent handle of a knife jacks are parallel to each other; Described cooling grid groove also is provided with a plurality of, and parallel respectively is arranged between two groups of adjacent handle of a knife jacks.
4. handle of a knife device for inserting and placing as claimed in claim 3 is characterized in that, described cooling end also comprises the cooling connectivity slot that is arranged on cooling grid groove between per two the adjacent cooling grid grooves of lower surface, that connection is adjacent.
5. handle of a knife device for inserting and placing as claimed in claim 4; It is characterized in that; Cooling connectivity slot between the said adjacent cooling grid groove is a plurality of, is separately positioned in the middle of two adjacent in every group of handle of a knife jack handle of a knife jacks, and its groove width is less than the wall thickness between adjacent two handle of a knife jacks.
6. like claim 1 or 3 or 4 described handle of a knife device for inserting and placing; It is characterized in that; Described handle of a knife device for inserting and placing comprises the embedded groove that is arranged on upper surface and is stuck in the movable handle of a knife card that flexibly connects with embedded groove in the embedded groove that described handle of a knife jack is separately positioned on the movable handle of a knife card.
7. handle of a knife device for inserting and placing as claimed in claim 6 is characterized in that, being provided with that described movable handle of a knife card and embedded groove are corresponding is a plurality of, and its number is identical with the group number of handle of a knife jack, and one group of handle of a knife jack is arranged on the movable handle of a knife card; Wherein, movable handle of a knife card and corresponding embedded groove are the strip that cooperatively interacts, and the handle of a knife jack on the movable block linearly equidistantly distributes, and parallel to each other between every two adjacent embedded grooves.
8. handle of a knife device for inserting and placing as claimed in claim 7 is characterized in that, the groove bottom of described a plurality of embedded grooves is horizontal coplane, and the handle of a knife jack on the described movable handle of a knife card is a through hole.
9. handle of a knife device for inserting and placing as claimed in claim 6 is characterized in that, the shape on edge and the shape of movable handle of a knife card outer are complementary in the described embedded groove, and the height of the degree of depth of embedded groove and movable handle of a knife card is consistent; And embedded groove also be provided with in the edge of movable handle of a knife card the part be positioned at movable handle of a knife card the bottom, the part to the hole that picks and places that exposes outside, the said degree of depth that picks and places the hole is deeper than the degree of depth of embedded groove.
10. handle of a knife device for inserting and placing as claimed in claim 1 is characterized in that, described handle of a knife device for inserting and placing adopts molybdenum, tungsten, and copper or the good stainless steel of other resistance toheats are processed.
11. processing units that has used handle of a knife device for inserting and placing as claimed in claim 1; It is characterized in that; Comprise: handle of a knife device for inserting and placing and the cooling recirculation system that is fixedly connected with the handle of a knife device for inserting and placing; Described cooling recirculation system comprises quench liquid fluid inlet, quench liquid liquid outlet, and the PWR PLT that provide quench liquid between quench liquid fluid inlet and quench liquid liquid outlet, to circulate, and the cooling end of described handle of a knife device for inserting and placing is communicated with the quench liquid liquid outlet with the quench liquid fluid inlet respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910107201 CN101550545B (en) | 2009-04-30 | 2009-04-30 | Device for inserting and placing shank for precision cutter diamond coating, and processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910107201 CN101550545B (en) | 2009-04-30 | 2009-04-30 | Device for inserting and placing shank for precision cutter diamond coating, and processing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101550545A CN101550545A (en) | 2009-10-07 |
| CN101550545B true CN101550545B (en) | 2012-07-25 |
Family
ID=41155028
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910107201 Active CN101550545B (en) | 2009-04-30 | 2009-04-30 | Device for inserting and placing shank for precision cutter diamond coating, and processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101550545B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108296997B (en) * | 2018-03-14 | 2023-08-01 | 桂林创源金刚石有限公司 | Grinding cooling system |
| CN113318934A (en) * | 2021-05-25 | 2021-08-31 | 龙港市圣嘉刀具有限公司 | A device and processing equipment are inserted to handle of a knife for accurate cutter coating |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5256206A (en) * | 1990-08-07 | 1993-10-26 | General Electric Company | CVD diamond for coating twist drills |
| CN1360642A (en) * | 1999-07-14 | 2002-07-24 | 天窗工具(设菲尔德)有限公司 | Method and means for drill production |
| CN1898412A (en) * | 2003-12-22 | 2007-01-17 | 山高刀具公司 | Carrier body and method for coating cutting tools |
| CN201439540U (en) * | 2009-04-30 | 2010-04-21 | 深圳市金洲精工科技股份有限公司 | Knife shank inserting device for diamond coating layer of precision knife and processing device |
-
2009
- 2009-04-30 CN CN 200910107201 patent/CN101550545B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5256206A (en) * | 1990-08-07 | 1993-10-26 | General Electric Company | CVD diamond for coating twist drills |
| CN1360642A (en) * | 1999-07-14 | 2002-07-24 | 天窗工具(设菲尔德)有限公司 | Method and means for drill production |
| CN1898412A (en) * | 2003-12-22 | 2007-01-17 | 山高刀具公司 | Carrier body and method for coating cutting tools |
| CN201439540U (en) * | 2009-04-30 | 2010-04-21 | 深圳市金洲精工科技股份有限公司 | Knife shank inserting device for diamond coating layer of precision knife and processing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101550545A (en) | 2009-10-07 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN2868516Y (en) | Countersink-working and shaping cutter | |
| CN107931759B (en) | A kind of internal combustion catholyte milling device | |
| CN101524768B (en) | New minor-edge multipoint aerial drill | |
| CN204321258U (en) | A kind of many interior cold holes interchangeable blade groove indexable drill cutter hub | |
| WO2006129312A3 (en) | Automated cell therapy system | |
| CN101550545B (en) | Device for inserting and placing shank for precision cutter diamond coating, and processing equipment | |
| CN103717336A (en) | Milling tool with recessed cutting edge | |
| EP2586550A3 (en) | Indexable insert and drill using the same | |
| CN104384824B (en) | A kind of GH4169 alloy profiled holes and the processing method of hole Edge Blend | |
| CN201439540U (en) | Knife shank inserting device for diamond coating layer of precision knife and processing device | |
| CN206185226U (en) | Ni -based blade of ultra -thin diamond | |
| CN206392364U (en) | Angle-inserting type rolling clamp and the double spin coating device including the fixture | |
| CN208245897U (en) | A kind of profile milling cutter for processing groove | |
| CN203882983U (en) | Basket for silicon chip chemical cleaning | |
| CN214920839U (en) | Tapered ball milling cutter for machining leaf disc | |
| CN201186360Y (en) | Cutting tool structure of protective covering film press key surface plate | |
| CN205270985U (en) | Milling cutter | |
| CN210937185U (en) | A forming relieved tooth tool bit for forming relieved tooth machine | |
| CN101664244B (en) | Fishbone type inserted wire or cloth wire framework process round fan and manufacturing method thereof | |
| CN205900515U (en) | Silicon slice bearing flower basket | |
| CN113118710A (en) | Batch processing method and processing cutter for arc-shaped side keys | |
| CN102248402A (en) | Box forming machine | |
| CN209533862U (en) | A kind of graphite heater taper aperture knife tool | |
| CN204657558U (en) | The carbide alloy Steel Plate Guide Drill of end land chip curling groove | |
| CN202207811U (en) | One-time forming machining cutter for multistage holes |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |