CN101284476A - Multi-layer concentric sphere processing equipment - Google Patents

Multi-layer concentric sphere processing equipment Download PDF

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Publication number
CN101284476A
CN101284476A CNA2007100212611A CN200710021261A CN101284476A CN 101284476 A CN101284476 A CN 101284476A CN A2007100212611 A CNA2007100212611 A CN A2007100212611A CN 200710021261 A CN200710021261 A CN 200710021261A CN 101284476 A CN101284476 A CN 101284476A
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base
cutter
milling cutter
furnished
processing equipment
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CNA2007100212611A
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Chinese (zh)
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袁志永
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Individual
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Abstract

The invention relates to a multi-layer concentric sphere processing device, which is characterized in that: a clamp component with an opening is respectively arranged on the left and the right sides of the spherical workpiece; a handle is arranged on one side face of the clamp component; a pair of rollers is respectively matched on the upper and the lower briquetting components matched on the upper and the lower outer circles of the clamp component; the two pairs of rollers are respectively arranged in the groove guide on the outer circle of the clamp component; the upper and the lower briquetting components are fixed on the clamping device through the upper and the lower faces; the clamping device comprises a soleplate, a vertical pole, a base, a shaft, a cantilever and a clamping bolt; a positioning device is arranged on the base; a screw rod and a hand wheel are arranged on a transmission box component on the right side of the base; a motor base is arranged in the vertical guide groove of the transmission box; a crew hole is arranged on the screw rod at the lower part of the motor base; a tool clamp is arranged on the motor shaft. The device has the advantages of simple structure, convenient operation, low manufacturing cost and high performance price ratio, and can successfully solve the manufacturing technical problems bothering people for years.

Description

Multi-layer concentric sphere processing equipment
Technical field:
The present invention relates to a kind of plant equipment, especially a kind of multi-layer concentric sphere processing equipment.
Background technology:
Multi-layer concentric sphere always is to form with the ivory through-carved work, and the cover ball of carving claims " homocentric sphere " again.This cover ball be by several layers that vary in size with one heart, hollow ball overlaps continuously, separate again between each layer, each layer spheroid can freely rotate, impression has been engraved on the surface of every layer of ball again, really be exquisitely carved, exquisite beyond compare, wonderful workmanship excelling nature, extremely miraculous, it is the Chinese distinctive quintessence of Chinese culture.Carry according to " lattice Gu will discuss ", just occurred 3 layers of cover ball as far back as the Song dynasty, the time claim " terrible worker's ball ".This stunt of hollow out openwork carving ivory cover ball was once once lost, and clear qianlong years is created again again, not broken hair exhibition, and the cover ball has reached ten multilayers.1915, in large-scale " fair of the Pacific Ocean ten thousand states Panama ", one 26 layers hollow out openwork carving ivory cover ball of China won the top grade gold medal.Now overlapped ball every jewellery that the visit visitor must see especially by 17 layers of the Qing Dynasty of collection in Palace Museum in Taibei.After liberation, Guangzhou ivory carving artist has new discovery on the tooth ball is made, and makes the cover ball reach tens of layers, and the cover ball of its making was once taken more than 400 ten thousand yuan sky-high price.This homocentric sphere is to adopt to make by hand from ancient times to the present substantially, does not meet and adopts machine-made report, because processing is quite complicated, technological requirement is high, and carving makes the painstaking effort that this ball will be spent sculptor the greater part of lifetime.Therefore, always be collector's meticulous collection, the close dotey who does not let others have a look at, rare to see on the market.
Summary of the invention
The object of the present invention is to provide a kind of a kind of multi-layer concentric sphere machining equipment that can significantly improve working (machining) efficiency.
For achieving the above object, the technical solution adopted in the present invention is: multi-layer concentric sphere processing equipment, it is characterized in that: it is L-shaped that column is fixed on the base plate structure, the middle part is furnished with base on base plate, in the centre bore of base plate, base, is furnished with axle, the lower end of axle is fixed on the base plate by step axle, nut, is furnished with positioner on base; Spherical workpiece fits in the clamp assembly that left and right sides face is provided with opening, is provided with handle on a side of clamp assembly, is furnished with upper holder block assembly, lower lock block assembly on the upper and lower periphery of clamp assembly respectively; Cantilever by clamping plate, be bolted on the column, the upper holder block assembly is fixed on the cantilever, be furnished with fishbolt, fastening screw nut on cantilever, the lower end of fishbolt penetrates the top admittedly on the periphery of clamp assembly from the middle part of upper holder block assembly, and fixes with fastening screw nut; The lower lock block assembly is fixed on the step axle on a top; Respectively be furnished with a pair roller on upper holder block assembly, lower lock block assembly, two pair roller branches are not moved and are fitted in the groove guide rail set on the clamp assembly excircle; Be furnished with the transmission case assembly on the base right flank, be furnished with screw rod in the transmission case assembly, the right part of screw rod is fixed on by end cap on the right flank of transmission case assembly, is fixed with handwheel at the right-hand member of screw rod, and the left end of screw rod is moving to be fitted on the left surface of transmission case assembly; Motor fits on the motor cabinet, motor cabinet fits in the longitudinal rail groove of transmission case, be provided with screw in the motor cabinet bottom and fit on the screw rod, be furnished with cutter chuck on the motor shaft of motor, the horizontal center line of spherical workpiece is on same center line in cutter chuck and the clamp assembly.
Described a kind of multi-layer concentric sphere processing equipment is characterized in that: be provided with adjustment hole on column.
Described a kind of multi-layer concentric sphere processing equipment, it is characterized in that: the positioner on the base, be to adopt angle plate piece always that the horizontal plane at its right angle is fixed on above the base by shop bolt, also it is fitted over simultaneously piece together with nut on the step thread spindle of axle tight on base; The vertical plane of perpendicular type plate is fixed on the column.
Described a kind of multi-layer concentric sphere processing equipment is characterized in that: the positioner on the base, also can take to establish a disjunctor chimb on the base of base, and will be fixed on the base plate at its chimb with shop bolt.
Described a kind of multi-layer concentric sphere processing equipment is characterized in that: be provided with a scale pointer on the periphery of base bottom, be provided with the scale line on the base plate of base bottom periphery.
The dedicated tool of described a kind of multi-layer concentric sphere processing equipment is characterized in that: multi-layer concentric sphere processing is finished with following supporting dedicated tool, and the one, hole-tapering cutter, cross section is prismatic; The 2nd, milling cutter, profile is as lotus in full bloom; The 3rd, special-shaped milling cutter, the profile of cutter such as lotus flower bud shape, the pass that exists between these three kinds of cutters is: as the angle of establishing hole-tapering cutter is α, then the angle of milling cutter then≤α, abnormity milling cutter angle is β, α 〉=β 〉=1/2 α, and the radian of the radian of the milling cutter that every layer of homocentric sphere adopted and special-shaped milling cutter and institute's machined layer homocentric sphere is identical; Taper handle of a knife and the cutter chuck section of matching are cylindrical, and all the other sections are back taper.
The dedicated tool of described a kind of multi-layer concentric sphere processing equipment is characterized in that: the cross section of hole-tapering cutter is a rectangle, and rectangular two narrow limits are provided with the arc milling groove; The milling cutter profile is " C " font, and the both ends of the surface of " C " word are provided with the arc milling groove, fit over symmetrically the taper handle of a knife above; Abnormity milling cutter profile is more than half " C " font, and an end face of " C " word is provided with the arc milling groove, and the taper handle of a knife fits over below the end of not establishing the arc milling groove.
The dedicated tool of described a kind of multi-layer concentric sphere processing equipment is characterized in that: sticking amassing has quartz sand in the cutting slot of hole-tapering cutter, milling cutter, special-shaped milling cutter, becomes the supporting dedicated tool of quartz sand.
The dedicated tool of described a kind of multi-layer concentric sphere processing equipment is characterized in that: be furnished with respectively on the taper handle of a knife as sugarcoated haws string data milling cutter, string data abnormity milling cutter, the string blade is pagoda shape from top to bottom, and its tapering is consistent with the tapering of hole-tapering cutter.
The present invention's beneficial effect compared with prior art:
1, equipment is simple, and is easy to operate, and cost of manufacture is cheap, and the cost performance height can successfully solve a fascination common people manufacturing technology difficult problem for many years;
2, utilize this complete equipment that ball is separated after, can break through the cover ball make must hollow out technology, with hollow out, embossment, weldering picture, colored drawing, traditional handicraft such as inlay and can both refer to the cover ball and make, improve and overlap the ball reserve value;
3, utilize this complete equipment, the cover ball ball lamellar spacing of making is little, and the ball surface hole defect is few, and being fit to infinitely, exploitation cover ball level also has greater room with the surface making;
4, break through the restriction of ivory carving material, can select timber, bone, stone material, crystal, beautiful material etc. for use, suitable application area is extensive, is fit to very much family workshop, factory mass making concentric locking collar ball handicraft.
Description of drawings:
Fig. 1 be among Fig. 2 A-A to cutaway view; Fig. 2 is the left view of Fig. 1;
Fig. 3 is the hole-tapering cutter front view; Fig. 4 is another embodiment hole-tapering cutter front view;
Fig. 5 is the milling cutter front view; Fig. 6 is special-shaped milling cutter front view;
Fig. 7 is a string data milling cutter front view; Fig. 8 is a string data abnormity milling cutter front view;
Fig. 9 is the vertical view of Fig. 5; Figure 10 is stained with the structure chart of quartz sand for Fig. 9;
Figure 11 is the vertical view of Fig. 6; Figure 12 is stained with the structure chart of quartz sand for Figure 11;
Figure 13 is stained with the structure chart of quartz sand for Figure 15;
Figure 14 is stained with the structure chart of quartz sand for Figure 16;
Figure 15 is another embodiment abnormity milling cutter vertical view;
Figure 16 is another embodiment milling cutter vertical view;
Figure 17 is stained with the structure chart of quartz sand for Figure 20;
Figure 18 is stained with the structure chart of quartz sand for Figure 19;
Figure 19 is cutter hub one cross section view among Fig. 3;
Figure 20 is cutter hub one cross section view among Fig. 4;
Figure 21 is the multi-layer concentric sphere outside drawing; Figure 22 is the track schematic diagram of cutter processing;
Figure 23 is special-shaped milling cutter processing schematic diagram; Figure 24 is milling cutter processing schematic diagram.
The specific embodiment:
Describe the present invention in detail below in conjunction with accompanying drawing:
As shown in Figure 1 and Figure 2, limit, the left side structure that the footing of column 3 is fixed on above the base plate 1 is L-shaped, is provided with adjustment hole 7 on column 3.The middle part is furnished with base 17 on base plate 1, base 17 cross sections are D shape, but the D word will change 180 °, it above the base 17 the closed following opening that is, in the centre bore of base plate 1, base 17, is furnished with axle 18, the lower end of axle 18 is fixed on the base plate 1 by step axle, nut 19, on base 17, is furnished with positioner 25, this positioner 25, embodiment one: can adopt angle plate piece always that the horizontal plane at its right angle is fixed on above the base 17 by shop bolt 26, also it is fitted over simultaneously piece together with nut on the step thread spindle of axle 18 tight on base 17; The vertical plane of perpendicular type plate is fixed on the column 3.This positioner 25, embodiment two: also can take to establish a disjunctor chimb on the base of base 17, will be fixed on the base plate 1 at its chimb with shop bolt 26; On base 17 bottom peripheries, be provided with a scale pointer, on the base plate 1 of base 17 bottom peripheries, be provided with scale line 24.Clamp assembly 9 is the arc annulus sides that are provided with centre bore by two, is assigned in the connector left and right sides face composition that the back is provided with the annulus of groove guide rail.Spherical workpiece 10 promptly fits in the clamp assembly 9 that this left and right sides face is provided with opening, is provided with handle 2 on a side of clamp assembly 9, is furnished with upper holder block assembly 8, lower lock block assembly 20 on the upper and lower periphery of clamp assembly 9 respectively; Cantilever 5 by clamping plate 4, be bolted on the column 3, the set centre bore in the bottom of upper holder block assembly 8 is fixed on the double-screw bolt below cantilever 5 one ends by nut, double-screw bolt is provided with center screw, in the center screw of double-screw bolt, is furnished with fishbolt 6, on fishbolt 6, is furnished with fastening screw nut 23, the lower end of fishbolt 6 penetrates and pushes up admittedly on the periphery of clamp assembly 9 from the middle part of upper holder block assembly 8, fixes on it and with fastening screw nut 23; Lower lock block assembly 20 is fixed on the step axle on axle 18 tops by its bottom centre hole; Do not move in 21 minutes and fit in the groove guide rail set on clamp assembly 9 excircles respectively being furnished with a pair roller 21, two pair rollers on upper holder block assembly 8, the lower lock block assembly 20; On base 17 right side vertical planes, is furnished with transmission case assembly 16, in transmission case assembly 16, is furnished with screw rod 15, the right part of screw rod 15 is fixed on the right flank of transmission case assembly 16 by end cap 13, right-hand member at screw rod 15 is fixed with handwheel 14, and the left end of screw rod 15 is moving to be fitted on the left surface of transmission case assembly 16; Motor 11 fits on the motor cabinet 12, motor cabinet 12 fits in the longitudinal rail groove of transmission case 16, being provided with screw in motor cabinet 12 bottoms fits on the screw rod 15, be furnished with cutter chuck 22 on the motor shaft of motor 11, the horizontal center line of spherical workpiece 10 is on same center line in cutter chuck 22 and the clamp assembly 9.
Fig. 3-shown in Figure 20 is the dedicated tool of multi-layer concentric sphere processing equipment, and multi-layer concentric sphere processing is mainly finished with following supporting dedicated tool, the one, and hole-tapering cutter 32, cross section is prismatic; The 2nd, milling cutter 33, profile is as lotus in full bloom; The 3rd, special-shaped milling cutter 34, the profile of cutter such as lotus flower bud shape, the pass that exists between these three kinds of cutters is: as the angle of establishing hole-tapering cutter 32 is α, then the angle of milling cutter 33 then≤α, abnormity milling cutter 34 angles are β, α 〉=β 〉=1/2 α, and the radian of the radian of the milling cutter 33 that every layer of homocentric sphere adopted and special-shaped milling cutter 34 and institute's machined layer homocentric sphere is identical; Hole-tapering cutter 32 adopts cylindrical knife shank 31, and milling cutter 33, special-shaped milling cutter 34 adopt taper handle of a knife 37, and taper handle of a knife 37 is cylindrical with cutter chuck 22 sections of matching, and all the other sections are back taper.
The manufacture difficulty of above-mentioned cutter is bigger, and in order to simplify the difficulty of processing of cutter, the multi-layer concentric sphere dedicated tool can adopt another profile, all the other structures are identical, as Fig. 3, shown in Figure 19, the cross section of hole-tapering cutter 32 is a rectangle, and rectangular two narrow limits are provided with the arc milling groove; As Fig. 5, shown in Figure 9, milling cutter 33 profiles are " C " font, and the both ends of the surface of " C " word are provided with the arc milling groove, fit over symmetrically taper handle of a knife 37 above; As Fig. 6, shown in Figure 11, special-shaped milling cutter 34 profiles are more than half " C " font, and an end face of " C " word is provided with the arc milling groove, and taper handle of a knife 37 fits over below the end of not establishing the arc milling groove.
When being worked into hard material, taking stickingly in the curling groove of hole-tapering cutter 32, milling cutter 33, special-shaped milling cutter 34 at said structure long-pendingly has quartz sand 35 (as Figure 10, Figure 12, Figure 13, Figure 14, Figure 17, shown in Figure 180), and the dedicated tool supporting with quartz sand carries out grinding.
During reality is used, because the homocentric sphere of processing the different numbers of plies will have the cutter of different size, cutter changing is frequent during operation, and is still pretty troublesome, therefore, take on taper handle of a knife 37, to be furnished with respectively as sugarcoated haws string data milling cutter, string data abnormity milling cutter, the string blade is pagoda shape from top to bottom to be arranged, its tapering consistent with the tapering of hole-tapering cutter 32 (seeing Fig. 7, Fig. 8), in use, once-through operation can be told spheroid some levels, and operating efficiency will be further enhanced.
The course of work:
1, prefabricated standard ball workpiece 10 is packed in the clamp assembly 9 and fixing on the supporting clamping device; Hole-tapering cutter 32 is installed on the cutter chuck 22 on the motor 11;
2, starter motor 11 drives cutters and rotates, and shuts down to the taper hole of the centre of sphere getting one on the workpiece 10, and cutter is withdrawed from;
3, be replaced with milling cutter 33, rotate handwheel 14, cutter is advanced in taper hole till being obstructed along the cone center line (see the 1st step of Figure 24), in theory, this moment, the tapering of cutter was just in time consistent with the tapering of taper hole.After remembeing scale position this moment, cutter is retreated a bit, it is smooth and easy that cutter can be turned round again;
4, starter motor drives cutter and rotates (seeing the 2nd step of Figure 24), and cutter is advanced to position when being obstructed just now;
5, unclamp shop bolt 26 then base 17 can be rotated, drive base 17 and rotate around axle 18 and make cutter carry out Milling Process, run into cone-shaped wall and be obstructed the back when the handle of a knife 31 of cutter and be about to shop bolt 26 fixing (seeing that Figure 24 the 3rd goes on foot);
6, unclamp fishbolt 6, control crank 2 rotary clamp assemblies 9 slowly rotated a circle workpiece 10 and afterwards shut down (seeing the 4th step of Figure 16) this moment;
7, cutter is returned to the taper hole position of center line, withdraw from cutter;
8, change cutter, special-shaped milling cutter 34 is installed on the cutter chuck 22 on the motor 11;
9, hand wheel 14 makes cutter inwardly advance along awl hole edge direction, (sees the 1st step of Figure 23) till the track that milling cutter 33 was left just now;
10, again with special-shaped milling cutter 34 tangentially the track adjustment go back to central axis position (see Figure 23 the 2nd step), starter motor (seeing the 3rd step of Figure 23);
11, unclamp shop bolt 26 base 17 can be rotated, advance special-shaped milling cutter 34 tangentially track carry out milling, when reach maximum institute can the position time, with shop bolt 26 lockings (seeing that Figure 23 the 4th goes on foot);
12, the rolling clamp assembly 9, make ball shut down (seeing the 5th step of Figure 23) once more around the back that axially rotates a circle, and withdraw from cutter;
After above operation, this one deck spheroid has been milled out the sphere of this layer taper hole diameter more than three times, hole-tapering cutter track 38 as shown in figure 22, milling cutter track 39, special-shaped cutter track 40.Adjust the spheroid position of workpiece 10, repeat above step again, up to fixed ball layer all separate.
Operation principle:
This complete equipment mainly is to utilize to have lonely degree cutter to design in the principle with the cofree tangential rotation of lonely degree sphere, cut logical ball layer with less hole, as shown in figure 21, at 6 basic holes (A, B, C, D in as Figure 21), 8 auxiliary tunnels (the ivory cover ball in the Palace Museum in Taibei is exactly 14 holes) that spheroid is evenly left, on level and longitudinal cross-section, 4 basic holes are arranged all.In theory, behind milling cutter 33 expansion holes, it is logical that two holes are cut, the maximum angle that the hole and the centre of sphere constitute should be 45 degree, but so still has the blind area, i.e. the inaccessible position of cutter, this zone is just three center point area that adjacent basic hole constituted, and this also is the auxiliary tunnel position.With adjacent three hole A, B, C is example, on with one deck ball, lonely in the heart length all equates in these three holes, therefore re-use special-shaped milling cutter 34 expansion holes and be easy to get through the F point, because as not considering handle of a knife, in theory, 34 maximum lonely degree that can expand of special-shaped milling cutter are not even use this moment the auxiliary tunnel expansion can realize that the ball layer separates yet.Through practice test, the design concept of this complete equipment is fully feasible.

Claims (9)

1, a kind of multi-layer concentric sphere processing equipment, it is characterized in that: column (3) is fixed on base plate (1), and upward structure is L-shaped, the middle part is furnished with base (17) on base plate (1), in the centre bore of base plate (1), base (17), is furnished with axle (18), the lower end of axle (18) is fixed on the base plate (1) by step axle, nut, is furnished with positioner (25) on base (17); Spherical workpiece (10) fits in the clamp assembly (9) that left and right sides face is provided with opening, is provided with handle (2) on a side of clamp assembly (9), is furnished with upper holder block assembly (8), lower lock block assembly (20) on the upper and lower periphery of clamp assembly (9) respectively; Cantilever (5) by clamping plate (4), be bolted on the column (3), upper holder block assembly (8) is fixed on the cantilever (5), on cantilever (5), be furnished with fishbolt (6), fastening screw nut (23), the lower end of fishbolt (6) penetrates the top admittedly on the periphery of clamp assembly (9) from the middle part of upper holder block assembly (8), and fixing with fastening screw nut (23); Lower lock block assembly (20) is fixed on the step axle on axle (18) top; Respectively be furnished with a pair roller (21) on upper holder block assembly (8), lower lock block assembly (20), two pair rollers (21) branch is not moved and is fitted in the groove guide rail set on clamp assembly (9) excircle; On base (17) right flank, is furnished with transmission case assembly (16), in transmission case assembly (16), is furnished with screw rod (15), the right part of screw rod (15) is fixed on the right flank of transmission case assembly (16) by end cap (13), right-hand member at screw rod (15) is fixed with handwheel (14), and the left end of screw rod (15) is moving to be fitted on the left surface of transmission case assembly (16); Motor (11) fits on the motor cabinet (12), motor cabinet (12) fits in the longitudinal rail groove of transmission case (16), being provided with screw in motor cabinet (12) bottom fits on the screw rod (15), be furnished with cutter chuck (22) on the motor shaft of motor (11), the horizontal center line of spherical workpiece (10) is on same center line in cutter chuck (22) and the clamp assembly (9).
2, a kind of multi-layer concentric sphere processing equipment according to claim 1 is characterized in that: be provided with adjustment hole (7) on column (3).
3, a kind of multi-layer concentric sphere processing equipment according to claim 1, it is characterized in that: the positioner (25) on the base (17), be to adopt angle plate piece always that the horizontal plane at its right angle is fixed on above the base (17) by shop bolt (26), also it fitted over simultaneously on the step thread spindle of axle (18) and piece together tightly on base (17) with nut; The vertical plane of perpendicular type plate is fixed on the column (3).
4, a kind of multi-layer concentric sphere processing equipment according to claim 1, it is characterized in that: the positioner (25) on the base (17), also can take to establish a disjunctor chimb, will be fixed on the base plate (1) at its chimb with shop bolt (26) on the base of base (17).
5, a kind of multi-layer concentric sphere processing equipment according to claim 1 is characterized in that: be provided with a scale pointer on the periphery of base (17) bottom, be provided with scale line (24) on the base plate (1) of base (17) bottom periphery.
6, the dedicated tool of a kind of multi-layer concentric sphere processing equipment according to claim 1 is characterized in that: multi-layer concentric sphere processing is finished with following supporting dedicated tool, and the one, hole-tapering cutter (32), cross section is prismatic; The 2nd, milling cutter (33), profile is as lotus in full bloom; The 3rd, special-shaped milling cutter (34), the profile of cutter such as lotus flower bud shape, the pass that exists between these three kinds of cutters is: as the angle of establishing hole-tapering cutter (32) is α, then the angle of milling cutter (33) then≤α, abnormity milling cutter (34) angle is β, α 〉=β 〉=1/2 α, and the radian of the radian of the milling cutter that every layer of homocentric sphere adopted (33) and special-shaped milling cutter (34) and institute's machined layer homocentric sphere is identical; Taper handle of a knife (37) is cylindrical with cutter chuck (22) section of matching, and all the other sections are back taper.
7, the dedicated tool of a kind of multi-layer concentric sphere processing equipment according to claim 6 is characterized in that: the cross section of hole-tapering cutter (32) is a rectangle, and rectangular two narrow limits are provided with the arc milling groove; Milling cutter (33) profile is " C " font, and the both ends of the surface of " C " word are provided with the arc milling groove, fit over symmetrically taper handle of a knife (37) above; Abnormity milling cutter (34) profile is more than half " C " font, and an end face of " C " word is provided with the arc milling groove, and taper handle of a knife (37) fits over below the end of not establishing the arc milling groove.
8, the dedicated tool of a kind of multi-layer concentric sphere processing equipment according to claim 6, it is characterized in that: sticking amassing has quartz sand (35) in the cutting slot of hole-tapering cutter (32), milling cutter (33), special-shaped milling cutter (34), becomes the supporting dedicated tool of quartz sand.
9, the dedicated tool of a kind of multi-layer concentric sphere processing equipment according to claim 6, it is characterized in that: on taper handle of a knife (37), be furnished with respectively as sugarcoated haws string data milling cutter, string data abnormity milling cutter, the string blade is pagoda shape from top to bottom, and its tapering is consistent with the tapering of hole-tapering cutter (32).
CNA2007100212611A 2007-04-15 2007-04-15 Multi-layer concentric sphere processing equipment Pending CN101284476A (en)

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Application Number Priority Date Filing Date Title
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Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102848844A (en) * 2011-06-30 2013-01-02 史祖法 Concentric sphere and its manufacturing method
CN102937430A (en) * 2012-11-26 2013-02-20 合肥波林新材料有限公司 General three-coordinate tool for measuring side plate product
CN103317925A (en) * 2013-04-12 2013-09-25 徐维茂 Numerical control modeling flower-carving machine for vertical type art pottery
CN104960365A (en) * 2015-08-03 2015-10-07 温岭市创嘉信息科技有限公司 Ball head carving machine
CN110341361A (en) * 2018-04-03 2019-10-18 安徽姜尚工艺品股份有限公司 A kind of cucurbit engraving engraving machine worktable
CN113976966A (en) * 2021-11-25 2022-01-28 江苏科技大学 Marine propeller machining robot based on plunge milling and machining method
CN113976966B (en) * 2021-11-25 2024-03-15 江苏科技大学 Marine propeller machining robot based on plunge milling and machining method

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102848844A (en) * 2011-06-30 2013-01-02 史祖法 Concentric sphere and its manufacturing method
CN102848844B (en) * 2011-06-30 2015-11-25 史祖法 Homocentric sphere and manufacture method thereof
CN102937430A (en) * 2012-11-26 2013-02-20 合肥波林新材料有限公司 General three-coordinate tool for measuring side plate product
CN102937430B (en) * 2012-11-26 2015-08-05 合肥波林新材料有限公司 Three-dimensional coordinates measurement side plate series products universal fixture
CN103317925A (en) * 2013-04-12 2013-09-25 徐维茂 Numerical control modeling flower-carving machine for vertical type art pottery
CN104960365A (en) * 2015-08-03 2015-10-07 温岭市创嘉信息科技有限公司 Ball head carving machine
CN110341361A (en) * 2018-04-03 2019-10-18 安徽姜尚工艺品股份有限公司 A kind of cucurbit engraving engraving machine worktable
CN113976966A (en) * 2021-11-25 2022-01-28 江苏科技大学 Marine propeller machining robot based on plunge milling and machining method
CN113976966B (en) * 2021-11-25 2024-03-15 江苏科技大学 Marine propeller machining robot based on plunge milling and machining method

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