CN203600046U - Full-automatic inner diameter grinder of machine tool flexible chuck - Google Patents
Full-automatic inner diameter grinder of machine tool flexible chuck Download PDFInfo
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- CN203600046U CN203600046U CN201320613984.1U CN201320613984U CN203600046U CN 203600046 U CN203600046 U CN 203600046U CN 201320613984 U CN201320613984 U CN 201320613984U CN 203600046 U CN203600046 U CN 203600046U
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Abstract
The utility model discloses a full-automatic inner diameter grinder of a machine tool flexible chuck. A spindle box body and a drive box body are fixed on a machine frame. A cylinder connection frame is fixed on the upper portion of the spindle box body, a cylinder which is used for vertical pushing is fixed on the upper portion of the cylinder connection frame, a cleaning block is fixed at the bottom of a push rod of the cylinder, a rotation cylinder is fixed on one side of the cylinder connection frame, and a feeding rotation block is hinged to the one side of the cylinder connection frame. The push rod of the rotation cylinder is hinged to a connection protruding block arranged on the side wall of the feeding rotation block, and a feeding hole is formed in the middle portion of the feeding rotation block. A fixing block and a drive servo motor are fixed on the machine frame, close to the feeding rotation block, of the spindle box body. A slip frame is arranged on the fixing block, a pneumatic claw servo motor is fixed on the upper surface of the slip frame, a pneumatic claw arm is fixed on an output shaft of the pneumatic claw servo motor, a pneumatic claw is fixed on the pneumatic claw arm, and a clamping claw of the pneumatic claw faces the feeding hole of the feeding rotation block. The full-automatic inner diameter grinder can automatically feed and discharge materials, automatically clamp and loosen the flexible chuck, and automatically clean and dry the flexible chuck.
Description
Technical field:
The utility model relates to grinding machine equipment technical field, relates in particular a kind of lathe collet Full-automatic inside diameter grinding machine.
Background technology:
The grinding machine of existing numerical control machine for processing is all manual operations, and its material loading, processing, cleaning are all manually to operate, and it has increased workload, operates also safe not.
Existing processing mode as shown in Figure 1, it has the collet 1a using on existing Digit Control Machine Tool the outer wall 2a of taper and clamps the endoporus 3a with cylindrical knife shank cutter, its endoporus 3a requirement on machining accuracy is very high, need to pass through grinding machine fine finishining, its processing mode be generally first by artificial by collet 1a sleeve in the bellmouth 5a on the top end face of the main shaft 4a of grinding machine, then the internal thread hole 71a of gland nut 7a is screwed onto on the top external screw thread of main shaft 4a, the bottom face of the internal thread hole 71a of gland nut 7a is pressed against on the top end face of collet 1a, simultaneously, on the top end face of gland nut 7a, form central through hole 72a, the bistrique 6a of grinding machine stretches in the endoporus 3a of collet 1a and processes through central through hole 72a, after machining, also need to dismantle manually, simultaneously, after bellmouth 5a is also needed to water, cooling fluid is cleaned, because bellmouth 5a is not through hole, when fluid pressure is much like this, can from bellmouth 5a, rebound to outside, be flushed to operator or on the ground with it, affect the health of environment, and it all needs to operate manually, not only increase workload, simultaneously, also reduced efficiency, and when operation in, is also safe not.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of lathe collet Full-automatic inside diameter grinding machine is provided, it can automatic loading/unloading, can automatically collet be clamped and be loosened, its loading and unloading are very convenient, simultaneously, it can automatically clean and dry, its inside forms a water fluid course, be that water or cooling fluid can be flow in the water liquid retracting device on the bottom of main shaft by conical through-hole, when saving water liquid, its can backwash to operator or ground, guarantee the clean and tidy of environment.
The scheme that the utility model solve the technical problem is:
A kind of lathe collet Full-automatic inside diameter grinding machine, comprise frame, in described frame, be fixed with transverse-moving mechanism and main shaft travelling mechanism, on the sliding plate of transverse-moving mechanism, be fixed with servomotor, the top of the output shaft of servomotor is fixed with bistrique, and bistrique is just to the conical through-hole forming in the top end cover of main shaft;
Main shaft travelling mechanism structure is, main spindle box body and drive case are fixed in frame, in drive case, be provided with drive motors, drive motors drives the main shaft being provided with in main spindle box body to rotate by belt, the top of main spindle box body is fixed with cylinder link, the top of cylinder link is fixed with the cylinder of vertical promotion, the catch bar bottom of cylinder is fixed with purge block, purge block is directly over main shaft, one side of cylinder link is fixed with rotary cylinder and is hinged with material loading spill spin block, the catch bar of rotary cylinder is hinged on the sidewall of material loading spill spin block, the middle part of material loading spill spin block forms material loading hole, in the frame of one side of the close material loading spill spin block of main spindle box body, be fixed with fixed block and drive servomotor, slippage frame is on fixed block, the bottom of slippage frame is fixed with sliding shoe, in the sliding tray that the slide rail sleeve being fixed with on fixed block forms in sliding shoe bottom surface, drive the output shaft of servomotor to be fixed with screw mandrel by shaft coupling, the contiguous block that slippage frame bottom surface is fixed with is screwed onto in screw mandrel, on slippage frame, in plane, be fixed with gas pawl servomotor, on the output shaft of gas pawl servomotor, be fixed with gas pawl arm, on gas pawl arm, be fixed with gas pawl, the claw of gas pawl is facing to the material loading hole of material loading spill spin block.
In described frame, be fixed with casing, on the sidewall of casing, be fixed with arc feed pipe, the entrance point of arc feed pipe communicates with the manhole forming on the sidewall of casing, the outlet of arc feed pipe is mutually close with the middle part outer wall of material loading spill spin block, material loading spill spin block is cylindrical block, it is made up of main spill spin block and the grafting piece that is fixed on spill spin block, forms conical platform shape material loading hole on grafting piece.
On described slippage frame, in plane, be fixed with reduction box, the output shaft of gas pawl servomotor is connected with the input gear of reduction box, and the output shaft of reduction box is fixedly connected with gas pawl arm by shaft coupling.
In described frame, be fixed with blanking channel, on the two side of blanking channel, be hinged with live-roller, conveying belt tension is on two live-rollers, and the output shaft of one of them live-roller and driving motor fixes, and blanking channel and conveyer belt are below the top of main shaft.
Described main axle structure is, comprise housing and main central shaft, housing two ends are fixed with end cap, main central shaft is located in housing, the end cap at two ends is all stretched out at the two ends of main central shaft, the bottom of main central shaft is fixed with belt pulley, described main central shaft middle part forms axial center hole and promotes hole, promoting one end, hole communicates with the top end face of main central shaft, the other end is connected with axial center hole, the axial center hole other end communicates with the bottom face of main central shaft, promote to be inserted with pushing block in hole, in axial center hole, be inserted with catch bar, the top of catch bar is screwed onto on the bottom of pushing block, the rear portion of catch bar is stretched out the bottom face of main central shaft and is screwed onto in the hollow ram that is fixed on the hollow angling cylinder on main central shaft bottom face, the bottom of hollow ram is bolted with adapter, the other end of adapter is hinged on water liquid retracting device, on pushing block, form central through-hole, central through-hole communicates with the center opening of catch bar, and center opening communicates with the water liquid transitional cavity of water liquid retracting device,
Clamping housing is bolted to connection on the top end face of main central shaft, fixture end cap is bolted to connection on clamping housing, between clamping housing and fixture end cap, form cavity, the anterior sleeve of pushing block is in clamping housing and fixture end cap, at least two connecting rods are in cavity, one end of connecting rod is hinged on pushing block, the other end is hinged on the linking arm of sleeve in clamping housing sidewall, the other end of linking arm is hinged with the piece that is clamped and connected, the be clamped and connected middle part of piece is hinged on the back-up block being fixed with on the lateral wall of fixture end cap, the be clamped and connected top of piece has been bolted to connection grip block, on the top end face of fixture end cap, be fixed with top end cover, the conical through-hole forming in top end cover faces toward central through-hole and communicates with central through-hole, collet sleeve is in conical through-hole, its bottom is pressed against on the top end face of pushing block, grip block is pressed against on the top end face of collet.
Described purge block is a rectangular block, and its sidewall forms He Shuiye inlet opening, air inlet hole, and the tap hole forming on a sidewall of He Shuiye inlet opening, air inlet hole and purge block is connected, and tap hole is facing to directly over main shaft.
The catch bar of described rotary cylinder is horizontal by 30 ° to 60 ° angles, and the catch bar of rotary cylinder is hinged on the connection projection forming on the sidewall of material loading spill spin block.
Outstanding effect of the present utility model is:
Compared with prior art, it can automatic loading/unloading, can automatically collet be clamped and be loosened, its loading and unloading be very convenient, simultaneously, it can automatically clean and dry, its inside forms a water fluid course, and water or cooling fluid can be flow in the water liquid retracting device on the bottom of main shaft by conical through-hole, when saving water liquid, its can backwash to operator or ground, guarantee the clean and tidy of environment.
Accompanying drawing explanation:
Fig. 1 is perspective view of the present utility model;
Fig. 2 is the angle sectional perspective structural representation that changes of the present utility model;
Fig. 3 is the perspective view with case of the present utility model
Fig. 4 is the structural representation of wiper mechanism of the present utility model;
Fig. 5 is the structural representation that changes angle of Fig. 4;
Fig. 6 is the partial sectional view of wiper mechanism;
Fig. 7 is partial structurtes schematic diagram of the present utility model;
Fig. 8 is the structural representation of main shaft;
Fig. 9 is the easy structure front view of purge block;
Figure 10 is the easy structure side view of purge block;
Figure 11 is the structural representation between blanking channel, conveyer belt and live-roller.
The specific embodiment:
Embodiment, see as shown in Fig. 1 to 11, a kind of lathe collet Full-automatic inside diameter grinding machine, comprise frame 100, in described frame 100, be fixed with transverse-moving mechanism 20 and main shaft travelling mechanism 30, on the sliding plate 21 of transverse-moving mechanism 20, be fixed with servomotor 22, the top of the output shaft of servomotor 22 is fixed with bistrique 23, and bistrique 23 is just to the conical through-hole 911 forming in the top end cover 91 of main shaft 10;
Main shaft travelling mechanism 30 structures are, main spindle box body 301 and drive case 302 are fixed in frame 100, in drive case 302, be provided with drive motors, drive motors drives the main shaft 10 being provided with in main spindle box body 301 to rotate by belt, the top of main spindle box body 301 is fixed with cylinder link 303, the top of cylinder link 303 is fixed with the cylinder 40 of vertical promotion, the catch bar bottom of cylinder 40 is fixed with purge block 401, purge block 401 is directly over main shaft 10, one side of cylinder link 303 is fixed with rotary cylinder 304 and is hinged with material loading spill spin block 305, the catch bar of rotary cylinder 304 is hinged on the connection projection 3051 forming on the sidewall of material loading spill spin block 305, the middle part of material loading spill spin block 305 forms material loading hole 3052, in the frame 10 of one side of the close material loading spill spin block 305 of main spindle box body 301, be fixed with fixed block 101 and drive servomotor 102, slippage frame 103 is on fixed block 101, the bottom of slippage frame 103 is fixed with sliding shoe 1031, in the sliding tray that slide rail 1011 sleeves that are fixed with on fixed block 101 form in sliding shoe 1031 bottom surfaces, drive the output shaft of servomotor 102 to be fixed with screw mandrel 104 by shaft coupling, the contiguous block 1032 that slippage frame 103 bottom surfaces are fixed with is screwed onto in screw mandrel 104, on slippage frame 103, in plane, be fixed with gas pawl servomotor 105, on the output shaft of gas pawl servomotor 105, be fixed with gas pawl arm 106, on gas pawl arm 106, be fixed with gas pawl 107, the claw 1071 of gas pawl 107 is facing to the material loading hole 3052 of material loading spill spin block 305.
In described frame 100, be fixed with casing 200, on the sidewall of casing 200, be fixed with arc feed pipe 300, the manhole 2001 forming on the sidewall of the entrance point of arc feed pipe 300 and casing 200 communicates, the outlet of arc feed pipe 300 is mutually close with the middle part outer wall of material loading spill spin block 305, material loading spill spin block 305 for cylindrical block, it is made up of main spill spin block 3054 and the grafting piece 3053 that is fixed on spill spin block 3052, forms conical platform shape material loading hole 3052 on grafting piece 3053.
On described slippage frame 103, in plane, be fixed with reduction box 108, the output shaft of gas pawl servomotor 105 is connected with the input gear of reduction box 108, and the output shaft of reduction box 108 is fixedly connected with gas pawl arm 106 by shaft coupling.
In described frame 100, be fixed with blanking channel 400, on the two side of blanking channel 400, be hinged with live-roller 500, conveyer belt 700 is stretched on two live-rollers 500, one of them live-roller 500 fixes with the output shaft of driving motor, blanking channel 400 and conveyer belt 700 are below the top of main shaft 10, and the finished product discharging opening 2002 forming on the sidewall of the outlet of blanking channel 400 and casing 200 connects mutually.
Described main shaft 10 structures are, comprise housing 1 and main central shaft 3, housing 1 two ends are fixed with end cap 2, main central shaft 3 is located in housing 1, the end cap 2 at two ends is all stretched out at the two ends of main central shaft 3, the bottom of main central shaft 3 is fixed with belt pulley 40, described main central shaft 3 middle parts form axial center hole 31 and promote hole 32, promoting 32 one end, hole communicates with the top end face of main central shaft 3, the other end is connected with axial center hole 31, axial center hole 31 other ends communicate with the bottom face of main central shaft 3, promote to be inserted with pushing block 4 in hole 32, in axial center hole 31, be inserted with catch bar 5, the top of catch bar 5 is screwed onto on the bottom of pushing block 4, the rear portion of catch bar 5 is stretched out the bottom face of main central shaft 3 and is screwed onto in the hollow ram 61 that is fixed on the hollow angling cylinder 6 on main central shaft 3 bottom faces, the bottom of hollow ram 61 is bolted with adapter 7, the other end of adapter 7 is hinged on water liquid retracting device 8, on pushing block 4, form central through-hole 41, central through-hole 41 communicates with the center opening 51 of catch bar 5, and center opening 51 communicates with the water liquid transitional cavity 81 of water liquid retracting device 8,
Clamping housing 93 is bolted to connection on the top end face of main central shaft 3, fixture end cap 94 is bolted to connection on clamping housing 93, between clamping housing 93 and fixture end cap 94, form cavity 95, the anterior sleeve of pushing block 4 is in clamping housing 93 and fixture end cap 94, at least two connecting rods 96 are in cavity 95, one end of connecting rod 96 is hinged on pushing block 4, the other end is hinged on the linking arm 97 of sleeve on clamping housing 93 sidewalls, the other end of linking arm 97 is hinged with the piece 98 that is clamped and connected, the be clamped and connected middle part of piece 98 is hinged on the back-up block 941 being fixed with on the lateral wall of fixture end cap 94, the be clamped and connected top of piece 98 has been bolted to connection grip block 92, on the top end face of fixture end cap 94, be fixed with top end cover 91, the conical through-hole 911 forming in top end cover 91 faces toward central through-hole 41 and communicates with central through-hole 41, collet 1000 sleeves are in conical through-hole 911, its bottom is pressed against on the top end face of pushing block 4, grip block 92 is pressed against on the top end face of collet 1000.
Described purge block 401 is a rectangular block, on its sidewall, form air inlet hole 402 and water liquid inlet opening 403, air inlet hole 402 and water liquid inlet opening 403 are all connected with the tap hole 404 forming on a sidewall of purge block 401, and tap hole 404 is facing to directly over main shaft 10.
The catch bar of described rotary cylinder 304 is horizontal by 30 ° to 60 ° angles.
Operation principle: collet 1000 is entered by the entrance point of arc feed pipe 300, then slide into the port of export of arc feed pipe 300, then the catch bar of rotary cylinder 304 promotes material loading spill spin block 305, make to peg graft piece 3053 upward, then collet 1000 just drops on grafting piece 3053 and forms in conical platform shape material loading hole 3052, then the catch bar of rotary cylinder 304 is pulled back, make material loading spill spin block 305 turn clockwise 90 °, make the just claw 1071 to gas pawl 107 of collet 1000, and second collet 1000 is between the port of export of arc feed pipe 300 and the outer wall of main spill spin block 3054, in rotation, driving servomotor 102 to rotate drives screw mandrel 104 to rotate, the slippage frame 103 that makes to be screwed onto on screw mandrel 104 moves backward along the slide rail 1011 on fixed block 101, make gas pawl 107 near collet 1000, then the claw 1071 of gas pawl 107 clamps the head of collet 1000, drive servomotor 102 again to rotate, slippage frame 103 is moved forward, then be with the pawl arm 106 of taking offence to turn clockwise 90 ° by gas pawl servomotor 105, make collet 1000 just to the conical through-hole 911 forming in the top end cover 91 of main shaft 10, then by driving servomotor 102 to drive, slippage frame 103 is retreated, collet 1000 sleeves are entered in conical through-hole 911, the claw of gas pawl 107 unclamps, slippage frame 103 moves forward, then crossing the gas pawl servomotor 105 band pawl arm 106 of taking offence is rotated counterclockwise 90 ° claw 1071 is restored to the original state again facing to material loading spill spin block 305.Gas pawl 107 is existing usual means, and they can be with various gas pawls on the market, as the gas pawl of smc etc.
After after machining, collet 1000 falls from main shaft 10, the catch bar of its cylinder 40 moves down, make bottom be fixed with the tap hole 404 of purge block 401 facing to the conical through-hole 911 of main shaft 10, the air inlet hole 402 forming on purge block 401 sidewalls connects (not shown) mutually with the escape pipe of air pump, water liquid inlet opening 403 connects (in figure, not indicating) mutually with the outlet pipe of water pump, then water pump is sent clear water into water liquid inlet opening 403 before this, the water liquid of water liquid inlet opening 403 enters tap hole 404 and finally spurts in conical through-hole 911 and clean, after several seconds, stop, then air pump enters gas tap hole 404 and spurts in conical through-hole 911 and blown afloat from air inlet hole 402, the water liquid wherein cleaning and air all recycle with entering communicating pipe in cooling fluid collecting box the device case 82 of the equally last water liquid retracting device 8 from main shaft 10 of cooling fluid.
Claims (7)
1. a lathe collet Full-automatic inside diameter grinding machine, comprise frame (100), it is characterized in that: in described frame (100), be fixed with transverse-moving mechanism (20) and main shaft travelling mechanism (30), on the sliding plate (21) of transverse-moving mechanism (20), be fixed with servomotor (22), the top of the output shaft of servomotor (22) is fixed with bistrique (23), the conical through-hole (911) that bistrique (23) is just forming in the top end cover to main shaft (10) (91);
Main shaft travelling mechanism (30) structure is, main spindle box body (301) and drive case (302) are fixed in frame (100), drive case is provided with drive motors in (302), drive motors drives the main shaft (10) being provided with in main spindle box body (301) to rotate by belt, the top of main spindle box body (301) is fixed with cylinder link (303), the top of cylinder link (303) is fixed with the cylinder (40) of vertical promotion, the catch bar bottom of cylinder (40) is fixed with purge block (401), purge block (401) is directly over main shaft (10), one side of cylinder link (303) is fixed with rotary cylinder (304) and is hinged with material loading spill spin block (305), the catch bar of rotary cylinder (304) is hinged on the sidewall of material loading spill spin block (305), the middle part of material loading spill spin block (305) forms material loading hole (3052), in the frame (10) of one side of the close material loading spill spin block (305) of main spindle box body (301), be fixed with fixed block (101) and drive servomotor (102), slippage frame (103) is on fixed block (101), the bottom of slippage frame (103) is fixed with sliding shoe (1031), in the sliding tray that slide rail (1011) sleeve being fixed with on fixed block (101) forms in sliding shoe (1031) bottom surface, drive the output shaft of servomotor (102) to be fixed with screw mandrel (104) by shaft coupling, the contiguous block (1032) that slippage frame (103) bottom surface is fixed with is screwed onto in screw mandrel (104), in the upper plane of slippage frame (103), be fixed with gas pawl servomotor (105), on the output shaft of gas pawl servomotor (105), be fixed with gas pawl arm (106), on gas pawl arm (106), be fixed with gas pawl (107), the claw (1071) of gas pawl (107) is facing to the material loading hole (3052) of material loading spill spin block (305).
2. a kind of lathe collet Full-automatic inside diameter grinding machine according to claim 1, it is characterized in that: in described frame (100), be fixed with casing (200), on the sidewall of casing (200), be fixed with arc feed pipe (300), the entrance point of arc feed pipe (300) communicates with the manhole (2001) forming on the sidewall of casing (200), the outlet of arc feed pipe (300) is mutually close with the middle part outer wall of material loading spill spin block (305), material loading spill spin block (305) is cylindrical block, it is made up of main spill spin block (3054) and the grafting piece (3053) that is fixed on spill spin block (3054), on grafting piece (3053), form conical platform shape material loading hole (3052).
3. a kind of lathe collet Full-automatic inside diameter grinding machine according to claim 1, it is characterized in that: in the upper plane of described slippage frame (103), be fixed with reduction box (108), the output shaft of gas pawl servomotor (105) is connected with the input gear of reduction box (108), and the output shaft of reduction box (108) is fixedly connected with gas pawl arm (106) by shaft coupling.
4. a kind of lathe collet Full-automatic inside diameter grinding machine according to claim 1, it is characterized in that: in described frame (100), be fixed with blanking channel (400), on the two side of blanking channel (400), be hinged with live-roller (500), conveyer belt (700) is stretched on two live-rollers (500), one of them live-roller (500) fixes with the output shaft of driving motor (800), and blanking channel (400) and conveyer belt (700) are in the below at the top of main shaft (10).
5. a kind of lathe collet Full-automatic inside diameter grinding machine according to claim 1, it is characterized in that: described main shaft (10) structure is, comprise housing (1) and main central shaft (3), housing (1) two ends are fixed with end cap (2), main central shaft (3) is located in housing (1), the end cap (2) at two ends is all stretched out at the two ends of main central shaft (3), the bottom of main central shaft (3) is fixed with belt pulley (40), described main central shaft (3) middle part forms axial center hole (31) and promotes hole (32), promoting one end, hole (32) communicates with the top end face of main central shaft (3), the other end is connected with axial center hole (31), axial center hole (31) other end communicates with the bottom face of main central shaft (3), promote to be inserted with pushing block (4) in hole (32), in axial center hole (31), be inserted with catch bar (5), the top of catch bar (5) is screwed onto on the bottom of pushing block (4), the rear portion of catch bar (5) is stretched out the bottom face of main central shaft (3) and is screwed onto in the hollow ram (61) that is fixed on the hollow angling cylinder (6) on main central shaft (3) bottom face, the bottom of hollow ram (61) is bolted with adapter (7), the other end of adapter (7) is hinged on water liquid retracting device (8), on pushing block (4), form central through-hole (41), central through-hole (41) communicates with the center opening (51) of catch bar (5), and center opening (51) communicates with the water liquid transitional cavity (81) of water liquid retracting device (8),
Clamping housing (93) is bolted to connection on the top end face of main central shaft (3), fixture end cap (94) is bolted to connection on clamping housing (93), between clamping housing (93) and fixture end cap (94), form cavity (95), the anterior sleeve of pushing block (4) is in clamping housing (93) and fixture end cap (94), at least two connecting rods (96) are in cavity (95), one end of connecting rod (96) is hinged on pushing block (4), the other end is hinged on the linking arm (97) of sleeve on clamping housing (93) sidewall, the other end of linking arm (97) is hinged with the piece that is clamped and connected (98), the be clamped and connected middle part of piece (98) is hinged on the back-up block (941) being fixed with on the lateral wall of fixture end cap (94), the be clamped and connected top of piece (98) has been bolted to connection grip block (92), on the top end face of fixture end cap (94), be fixed with top end cover (91), the conical through-hole (911) forming in top end cover (91) faces toward central through-hole (41) and communicates with central through-hole (41), collet (10) sleeve is in conical through-hole (911), its bottom is pressed against on the top end face of pushing block (4), grip block (92) is pressed against on the top end face of collet (1000).
6. a kind of lathe collet Full-automatic inside diameter grinding machine according to claim 1, it is characterized in that: described purge block (401) is a rectangular block, on its sidewall, form air inlet hole (402) and water liquid inlet opening (403), the tap hole (404) forming on one sidewall of air inlet hole (402) and water liquid inlet opening (403) and purge block (401) is connected, and tap hole (404) is facing to directly over main shaft (10).
7. a kind of lathe collet Full-automatic inside diameter grinding machine according to claim 1, it is characterized in that: the catch bar of described rotary cylinder (304) is horizontal by 30 ° to 60 ° angles, and the catch bar of rotary cylinder (304) is hinged on the connection projection (3051) forming on the sidewall of material loading spill spin block (305).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320613984.1U CN203600046U (en) | 2013-09-29 | 2013-09-29 | Full-automatic inner diameter grinder of machine tool flexible chuck |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320613984.1U CN203600046U (en) | 2013-09-29 | 2013-09-29 | Full-automatic inner diameter grinder of machine tool flexible chuck |
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| Publication Number | Publication Date |
|---|---|
| CN203600046U true CN203600046U (en) | 2014-05-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320613984.1U Expired - Fee Related CN203600046U (en) | 2013-09-29 | 2013-09-29 | Full-automatic inner diameter grinder of machine tool flexible chuck |
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| CN (1) | CN203600046U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103522173A (en) * | 2013-09-29 | 2014-01-22 | 新昌县大成自动化设备有限公司 | Full-automatic inner diameter grinding machine of machine tool elastic chuck |
| CN108908107A (en) * | 2018-07-05 | 2018-11-30 | 广州酬建电器有限公司 | A kind of surface cleaning system |
| CN111438633A (en) * | 2020-04-08 | 2020-07-24 | 合肥科普电器有限公司 | Cupboard product metal surface machining device |
-
2013
- 2013-09-29 CN CN201320613984.1U patent/CN203600046U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103522173A (en) * | 2013-09-29 | 2014-01-22 | 新昌县大成自动化设备有限公司 | Full-automatic inner diameter grinding machine of machine tool elastic chuck |
| CN108908107A (en) * | 2018-07-05 | 2018-11-30 | 广州酬建电器有限公司 | A kind of surface cleaning system |
| CN111438633A (en) * | 2020-04-08 | 2020-07-24 | 合肥科普电器有限公司 | Cupboard product metal surface machining device |
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