CN202592191U - Three-dimensional full-vibration-type grinding-polishing machine - Google Patents
Three-dimensional full-vibration-type grinding-polishing machine Download PDFInfo
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- CN202592191U CN202592191U CN 201220170063 CN201220170063U CN202592191U CN 202592191 U CN202592191 U CN 202592191U CN 201220170063 CN201220170063 CN 201220170063 CN 201220170063 U CN201220170063 U CN 201220170063U CN 202592191 U CN202592191 U CN 202592191U
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Abstract
The utility model relates to grinding-polishing equipment, in particular to a three-dimensional full-vibration-type grinding-polishing machine comprising a base, an automatic discharge device arranged on the base, a trough and a three-dimensional vibration motor arranged on the trough. Two ends of a trough casing are provided with discharge shaft heads. A discharge side groove is arranged in the middle of one side of the trough casing. Jacking oil cylinders on the base are matched with the discharge shaft heads at two ends of the trough. A turning-over oil cylinder is matched with the discharge side groove on the side face of the trough. When the three-dimensional full-vibration-type grinding-polishing machine moves, the jacking oil cylinders at two ends of the base simultaneously move to push the trough up, then the turning-over oil cylinder moves to rotate the discharge shaft heads of the trough so that objects can be discharged. The vibration motor is arranged on the trough casing, two ends of the vibration motor are respectively provided with an eccentric block with an eccentric sleeve, and the eccentric blocks at two ends are respectively vibrate up and down, back and forth, and left and right. By means of composition, the trough can vibrate along directions of up and down, back and forth, and left and right, so three-dimensional vibration of the vibration motor is achieved.
Description
Technical field
The utility model relates to a kind of polishing grinding equipment, is specially the full oscillating mode polisher lapper of a kind of three-dimensional.
Background technology
The grinder of oscillating mode polishing at present all adopts the two-dimension vibration motor-driven, and ubiquity that vibration is single, grinding efficiency low and problem such as polishing effect is not good.Because existing vibropolish grinder all is to rely on simple two-dimension vibration to make abrasive material and workpiece produce relative motion, thereby reach grinding and polishing processing to surface of the work.Because the relative motion of abrasive material and workpiece is strong inadequately, make that grinding and polishing efficiency are not high, for further improving the productivity ratio of grinding and polishing, reduce production costs, be necessary to improve mode of vibration, strengthen the relative motion of workpiece and abrasive material.
Hopper is a vitals that matches with the vibro-grinding polishing machine in addition, and mostly existing hopper is a bulk container, will treat that grind materials puts hopper into; Grind then, after the part grinding finishes in the hopper, need the article in the hopper be taken out, existing mode is relatively more clumsy; Need artificial the taking-up; Can not realize that automation gets material, operating efficiency is low, and labor strength is high.
The utility model content
To the problem that exists in the prior art, the purpose of the utility model is to provide the technical scheme of the full oscillating mode polisher lapper of a kind of three-dimensional.
The full oscillating mode polisher lapper of described three-dimensional is characterized in that: comprise base, be arranged on automatic discharge unit, the hopper on the base and be arranged on the three-dimensional vibrating motor on the hopper;
Described automatic discharge unit comprises the jacking cylinder that is arranged on the base, be arranged on overturning oil cylinder on the base, be the hydraulic pump and the fuel tank of jacking cylinder and overturning oil cylinder fuel feeding; Described jacking cylinder is separately positioned on the two ends of base; Overturning oil cylinder is arranged on the middle part of base one side; Fuel tank is arranged in the cavity of base, and jacking cylinder is connected with fuel tank through hydraulic pump, hydraulic valve and fluid pressure line respectively with overturning oil cylinder;
Described hopper comprises the hopper housing, and the hopper housing bottom is an arc structure, and top is rectangle structure, is equipped with one deck liner in the hopper housing, and is arranged to a plurality of independent hoppers through dividing plate; Be provided with the discharging spindle nose that matches with jacking cylinder at hopper housing two ends, the middle part of hopper housing one side is provided with the discharge side groove, and described discharge side groove matches with overturning oil cylinder; A side relative with the discharge side groove on the hopper housing is provided with the three-dimensional vibrating motor;
Described base is provided with the spring of one group of symmetry, and the hopper housing bottom is provided with one group of supporting seat hole of matching with spring, and spring grafting is arranged in the supporting seat hole and touches with the supporting seat hole and cooperates.
The full oscillating mode polisher lapper of described three-dimensional; It is characterized in that described vibrating motor two ends are respectively equipped with output shaft; Right side output shaft end is provided with an eccentric block with the perpendicular band eccentric bushing of output shaft, the terminal eccentric block that connects a horizontally disposed band eccentric bushing through a horizontal eccentric stiffener of left side output shaft.
The full oscillating mode polisher lapper of described three-dimensional; It is characterized in that described horizontal eccentric stiffener constitutes with the perpendicular vertical conical gear of left side output shaft, level and with horizontal circle bevel gear and a vertical power transmission shaft that matches with the horizontal circle bevel gear of vertical conical meshed transmission gear by one, is provided with the eccentric block of the band eccentric bushing of a level on power transmission shaft.
The full oscillating mode polisher lapper of described three-dimensional; It is characterized in that described be arranged on the left side output shaft eccentric bushing identical with the eccentric block structure with eccentric block with the eccentric bushing that is arranged on the right side output shaft; Eccentric bushing is arranged in the eccentric block; Eccentric bushing is provided with locating hole, and eccentric block is through dog screw and eccentric bushing secure fit.
The full oscillating mode polisher lapper of described three-dimensional; The number of teeth that it is characterized in that described horizontal circle bevel gear is identical with the number of teeth of vertical conical gear, and the vertical power transmission shaft that matches with the horizontal circle bevel gear is fixedly connected with the vibrating motor installing plate with thrust bearing through the journal bearing that is arranged on the eccentric block both sides.
The full oscillating mode polisher lapper of described three-dimensional is characterized in that the outside of described left side output shaft and right side output shaft is respectively arranged with the dust cover that matches with vibrating motor.
The full oscillating mode polisher lapper of described three-dimensional is characterized in that described dividing plate and hopper housing all adopt steel plate to process, and welds between dividing plate and the hopper housing to cooperate.
The full oscillating mode polisher lapper of described three-dimensional is characterized in that described liner adopts high-strength abrasion-proof resin, abrasive rubber or polyamine fat to process, and on liner, offers the slot of placing dividing plate, and dividing plate is pegged graft and is arranged in the slot.
The full oscillating mode polisher lapper of described three-dimensional is characterized in that described hydraulic pump is arranged on the base center between two jacking cylinders, and the base below is provided with rubber blanket.
The full oscillating mode polisher lapper of described three-dimensional is characterized in that described jacking cylinder movable end and overturning oil cylinder movable end are respectively arranged with the U type groove that matches with the discharging spindle nose and the discharge side groove of hopper.
The utlity model has following advantage:
1. the hopper housing bottom adopts arc structure; Top is rectangle structure; Liner is a unworn liner, and is middle through some dividing plates are set, and is divided into a plurality of separate spaces to hopper enclosure interior spatial; Raw material or part in order to placing various different components are used, can realize the purpose that a groove is used more; At hopper housing two ends the discharging spindle nose is set in addition, hopper housing one middle side part is provided with the discharge side groove, like this after the discharging spindle nose is fixing; Jack-up discharge side groove; The hopper housing will rotate around the discharging spindle nose at two ends, just can article in the hopper be drawn off, and is convenient, laborsaving, quick;
2. the mode with hydraulic pressure drives jacking cylinder and overturning oil cylinder action on the base, and jacking cylinder matches with the discharging spindle nose at hopper two ends, and overturning oil cylinder matches with the discharge side groove of hopper side; When control hydraulic pump and hydraulic valve interoperation; The jacking cylinder at base two ends is action simultaneously earlier, hopper is boosted overturning oil cylinder action then; Hopper is rotated around the discharging spindle nose, thereby article in the hopper are drawn off;
3. the eccentric block of a band of the output shaft of vibrating motor one end connection eccentric bushing forms up and down and the two-dimension vibration of front and back; Other end output shaft passes through Bevel Gear Drive; The conversion direction of rotation after again the eccentric block of tape splicing eccentric bushing produce before and after with about vibration; Integrate like this, hopper just about, front and back and about three directions all vibrate, realized the three-dimensional vibrating of vibrating motor; Adopt the 3 D stereo mode of vibration to be aided with abrasive material reverse flow kinetic energy again and greatly strengthen both relative motions, grinding and polishing efficient is greatly improved.
Description of drawings
Fig. 1 is the structural representation of the utility model;
Fig. 2 is the right TV structure sketch map of Fig. 1;
Fig. 3 is the structural representation of the utility model hopper;
Fig. 4 is the vertical view structural representation of the utility model base;
Fig. 5 is the structural representation of the utility model vibrating motor;
Fig. 6 is the structural representation of the horizontal eccentric stiffener of the utility model;
Fig. 7 is the structural representation that the utility model eccentric bushing is connected with eccentric block;
Among the figure: 1-hopper housing; 2-discharging spindle nose; The 3-jacking cylinder; The 4-base; The 5-overturning oil cylinder; The 6-spring; 7-supporting seat hole; The 8-vibrating motor; 9-discharge side groove; 10-U type groove; The 11-dividing plate; The 12-liner; The 13-hydraulic pump; The 14-dust cover; 15-vertical conical gear; 16-left side output shaft; 17-right side output shaft; 18-horizontal circle bevel gear; The 19-eccentric block; The 20-power transmission shaft; The 21-eccentric bushing; The 22-journal bearing; The 23-thrust bearing; The 24-dog screw.
The specific embodiment
Below in conjunction with Figure of description the utility model is further specified:
Three-dimensional full oscillating mode polisher lapper comprises base 4, is arranged on automatic discharge unit, the hopper on the base 4 and is arranged on the three-dimensional vibrating motor on the hopper.
Hopper comprises hopper housing 1, and hopper housing 1 bottom is an arc structure, and top is rectangle structure, is equipped with one deck liner 12 in the hopper housing 1, and is arranged to a plurality of independent hoppers through dividing plate 11, can realize that a groove uses more; Hopper housing 1 two ends are provided with discharging spindle nose 2, and the middle part of hopper housing 1 one sides is provided with discharge side groove 9, after discharging spindle nose 2 is fixed, and jack-up discharge side groove 9, hopper housing 1 will rotate around the discharging spindle nose 2 at two ends, just can article in the hopper be drawn off; Base 4 is provided with the spring 6 of one group of symmetry; Hopper housing 1 bottom is provided with one group of supporting seat hole 7 of matching with spring 6; Spring 6 is pegged graft to be arranged on to touch in the supporting seat hole 7 and with supporting seat hole 7 and is cooperated; When hopper vibrated under driven by motor, the effect of spring 6 can make and be Elastic Contact between hopper and the base 4, makes things convenient for the grinding and polishing of material in the hopper.
1. dividing plate 11 all adopts steel plate to process with hopper housing 1, welds between dividing plate 11 and the hopper housing 1 to cooperate, and like this hopper housing 1 is divided into a plurality of independent hoppers, can place different parts in each hopper, so that classify;
2. liner 12 adopts and processes with high-strength abrasion-proof resin, abrasive rubber, the good nonmetallic materials of polyamine fat uniform wearability, and thickness can be offered the slot of placing dividing plate 11 on liner 12 below 10mm, and dividing plate 11 is pegged graft and is arranged in the slot.
The hopper housing 1 of the utility model can adopt the moulding of the thick ordinary carbon steel plate stamping of 4-10mm, and hopper overall dimensions size is mainly considered in the selection of thickness, and volume is at 1.5m
3Following is just passable with the thick general steel plate of 4mm, at 1.5-2.5m
3With the thick general steel plate of 6mm, 2.5-3.5m
3With the thick general steel plate of 8mm, 3.5m
3Above with the thick general steel plate of 10mm.
Discharging spindle nose 2 can be processed for the 30-50mm round steel with medium carbon steel material, diameter, and length is controlled at 25-45mm, can select according to hopper appearance and size, can adopt welding manner to connect with hopper housing 1.
Supporting seat hole 7 uses diameter to process as the round steel of 60mm, and diameter of bore is 30mm, with between the housing with the welding connect.
Hopper can have plurality of specifications and version; Specification (length) has: 1000mm * 500mm * 1000mm, 1200mm * 500mm * 1000mm, 1500mm * 800mm * 1200mm, 2000mm * 800mm * 1500mm etc. also can customize by customer requirements; Can be single hopper on internal structure, also can separate, become a plurality of hoppers, with the part that adapts to the time processing plurality of specifications or place multiple different material with dividing plate 11.In order to improve the wearability of hopper, be lined with one deck high-strength abrasion-proof resin inside, and the 12 replaceable uses of this layer liner, help prolonging the life-span of equipment, reduce production costs; There is the equally distributed supporting base of two rows hole the semi arch bottom surface of hopper, and the spring 6 on the base 4 is inserted in the hole, cooperates for touching formula, makes things convenient for grinding and polishing.
On hopper housing 1, also be provided with three-dimensional vibrating motor 8 with discharge side groove 9 relative sides; Vibrating motor 8 two ends are respectively equipped with output shaft; Output shaft 17 ends in right side are provided with an eccentric block 19 with the perpendicular band eccentric bushing 21 of output shaft; The left side output shaft 16 terminal eccentric blocks 19 that connect a horizontally disposed band eccentric bushing 21 through a horizontal eccentric stiffener; The eccentric bushing 21 that is arranged on left side output shaft 16 is identical with eccentric block 19 structures with the eccentric bushing that is arranged on right side output shaft 17 21 with eccentric block 19; And the outside of left side output shaft 16 and right side output shaft 17 is respectively arranged with the dust cover 14 that matches with vibrating motor 8, and with the protection transmission mechanism, dust cover 14 is screwed on the motor mounting plane.Above-mentioned eccentric bushing 21 is arranged in the eccentric block 19 and links to each other with right side output shaft 17 or power transmission shaft 20, and eccentric bushing 21 is provided with locating hole, and eccentric block 19 is through dog screw 24 and eccentric bushing 21 secure fit.
Horizontal eccentric stiffener on the vibrating motor 8 constitutes with the perpendicular vertical conical gear of left side output shaft 16 15, level and with horizontal circle bevel gear 18 and a vertical power transmission shaft 20 that matches with horizontal circle bevel gear 18 of vertical conical gear 15 engaged transmission by one; The number of teeth of horizontal circle bevel gear 18 is identical with the number of teeth of vertical conical gear 15, and the eccentric block 19 of the band eccentric bushing 21 of a level is set on power transmission shaft 20; The vertical power transmission shaft 20 that matches with horizontal circle bevel gear 18 is fixedly connected with vibrating motor 8 installing plates with thrust bearing 23 through the journal bearing 22 that is arranged on eccentric block 19 both sides.
On the left side output shaft 16 of the utility model vibrating motor 8 vertical conical gear 15 is housed, uses key connecting between gear and the output shaft, the end is fixed with pressing plate; The number of teeth of the horizontal circle bevel gear 18 that is engaged with is the same with vertical conical gear 15; Also connect with power transmission shaft 20 through key and pressing plate, power transmission shaft 20 is bearing on the motor mounting plate through journal bearing 22 and thrust bearing 23, and the lower end is an axial thrust bearing 23; The centre is a journal bearing 22, to guarantee secure fixation.Journal bearing 22 is axially all carrying out axial location with axle sleeve with eccentric block 19 and eccentric block 19 and thrust bearing 23 etc., and power transmission shaft 20 is for having the optical axis of two keyways.17 eccentric blocks 19 that a band eccentric bushing 21 the same with the left side directly is installed of the right side output shaft of vibrating motor 8; Two eccentric blocks 19 are consistent with eccentric bushing 21 structures; The quality control of eccentric block 19 is about 2kg, and deviation is no more than 100g, with the error of control exciting force.
Each parameters of choice of the conical gear drive of the utility model should interrelate with the working ability of equipment, and is mainly relevant with the power of motor of configuration, and just the use modulus of configuration power of motor below 10kW is 3mm, and the number of teeth is 18 steel conical gear; 10 to 15kW use modulus is that 4 numbers of teeth are 16 cast steel conical gear; 15 to 20kW the modulus that then should adopt is that 6 numbers of teeth are 14 steel alloy conical gear.It is the most reasonable that 20 of power transmission shafts adopt 45 quenched and tempered steel to combine.Eccentric bushing 21 is also very important with the structure of eccentric block 19, and eccentric bushing 21 can adopt the high strength carbon steel, and 19 of eccentric blocks can adopt cast steel.Because eccentric throw has directly determined the amplitude of vibration, so eccentric bushing 21 divides plurality of specifications such as 3mm, 4mm and 6mm by the difference of eccentric throw, can regulate the Oscillation Amplitude of vibra shoot through the eccentric bushing 21 of changing different eccentric throws.
For different processing requests, available technological parameter is following: amplitude is 6mm during motor speed 750rpm, is applicable to polishing processing; Amplitude is 4mm during motor speed 1500rpm, is applicable to attrition process; Amplitude is 3mm during motor speed 3000rpm, is applicable to polishing processing.
Automatic discharge unit matches with hopper; Comprise the jacking cylinder 3 that is arranged on the base 4 and be arranged on the overturning oil cylinder 5 on the base 4, jacking cylinder 3 is arranged on the two ends in the middle of the base 4, and overturning oil cylinder 5 is arranged on the middle part of base 4 one sides; Jacking cylinder 3 is connected with fuel tank through hydraulic pump 13, hydraulic valve and fluid pressure line respectively with overturning oil cylinder 5; Fuel tank is arranged in the cavity of base 4, conserve space, and 13 of hydraulic pumps are arranged on the base 4 center between two jacking cylinders 3; The distance of hydraulic oil to two jacking cylinder 3 is equated, to guarantee the synchronism of jacking cylinder 3 better.
In order to make automatic discharge unit and hopper better fit, jacking cylinder 3 movable ends and overturning oil cylinder 5 movable ends are respectively arranged with the discharging spindle nose 2 and the U type groove 10 that discharge side groove 9 matches with hopper, guarantee the reliability that connects; For vibration isolation needs, can establish one deck rubber blanket between base 4 and the ground and alleviate the influence of vibration mounting foundation.
Two jacking cylinders 3 of the utility model are installed in the two ends in the middle of the base 4 through 3 bolt, and overturning oil cylinder 5 be rotatable structure, are installed in the middle of base 4 outsides through 3 bolts, and base 4 employing frame structures are cast iron materials.For vibration isolation needs, can establish one deck rubber blanket between base 4 and the ground and alleviate the influence of vibration mounting foundation.Hydraulic control systems such as hydraulic pump 13 and hydraulic valve are installed in base 4 centres, the distance of hydraulic oil to two jacking cylinder 3 are equated, to guarantee the synchronism of jacking cylinder 3 better.
Two jacking cylinders 3 of the utility model by same double three-way diverter valve 1 realize synchronously, jacking and pressure holding function; Positive process is returned in 5 upsets of controlling hopper by another double three-way diverter valve 2 of overturning oil cylinder.
The utility model can be realized the three-dimensional vibrating grinding of hopper and the automatic discharging function after the grinding through the cooperation of automatic discharge unit and hopper.
The three-dimensional vibrating of hopper grinds principle: because left and right eccentric block 19 structures are in full accord; So the amplitude that vibrating motor 8 produces is consistent, different is that left side eccentric block 19 rotates in horizontal plane, the direction of vibration of generation be about with the two-dimension vibration of front and back; The right eccentric block 19 rotates in vertical plane; The two-dimension vibration direction that produces be up and down and front and back, when vibrating motor 8 work, hopper is about doing, front and back and about three-dimensional solid vibrate.
Automatically during discharging, the jacking course of work is following: primer fluid press pump 13, and reversal valve 1 left station work through getting in the jacking cylinder 3 behind check valve and the reversal valve, makes its completion jacking work after hydraulic oil comes out from hydraulic pump 13; 13 work of stop solution press pump were carried out pressurize by check valve after jacking put in place, made jacking cylinder 3 be parked in highest order; Start reversal valve 2 then and make its left station work, overturning oil cylinder 5 makes the hopper upset, and reversal valve is changed to the right working position release after the completion discharging, and hopper is just returned, and lets reversal valve 1 change to right working position work again, makes under the hopper and rolls back original position, accomplishes automatic discharge process.The speed of being return by unidirectional overflow valve control oil cylinder during release reduces the impact of discharge process.When needs carried out discharging, the primer fluid pressing system let reversal valve 1 work earlier, and jacking cylinder 3 makes it break away from support system 25 centimeters of hopper jackings, lets reversal valve 2 work again.Because the discharging spindle nose 2 on the hopper is circular configurations, overturning oil cylinder 5 is easy to hopper is turned over, and makes the material in the hopper pour out the completion discharging, does like this and can reduce labor strength greatly, increases work efficiency.
Claims (10)
1. three-dimensional full oscillating mode polisher lapper is characterized in that: comprise base, be arranged on automatic discharge unit, the hopper on the base and be arranged on the three-dimensional vibrating motor on the hopper;
Described automatic discharge unit comprises the jacking cylinder that is arranged on the base, be arranged on overturning oil cylinder on the base, be the hydraulic pump and the fuel tank of jacking cylinder and overturning oil cylinder fuel feeding; Described jacking cylinder is separately positioned on the two ends of base; Overturning oil cylinder is arranged on the middle part of base one side; Fuel tank is arranged in the cavity of base, and jacking cylinder is connected with fuel tank through hydraulic pump, hydraulic valve and fluid pressure line respectively with overturning oil cylinder;
Described hopper comprises the hopper housing, and the hopper housing bottom is an arc structure, and top is rectangle structure, is equipped with one deck liner in the hopper housing, and is arranged to a plurality of independent hoppers through dividing plate; Be provided with the discharging spindle nose that matches with jacking cylinder at hopper housing two ends, the middle part of hopper housing one side is provided with the discharge side groove, and described discharge side groove matches with overturning oil cylinder; A side relative with the discharge side groove on the hopper housing is provided with the three-dimensional vibrating motor;
Described base is provided with the spring of one group of symmetry, and the hopper housing bottom is provided with one group of supporting seat hole of matching with spring, and spring grafting is arranged in the supporting seat hole and touches with the supporting seat hole and cooperates.
2. the full oscillating mode polisher lapper of three-dimensional according to claim 1; It is characterized in that described vibrating motor two ends are respectively equipped with output shaft; Right side output shaft end is provided with an eccentric block with the perpendicular band eccentric bushing of output shaft, the terminal eccentric block that connects a horizontally disposed band eccentric bushing through a horizontal eccentric stiffener of left side output shaft.
3. the full oscillating mode polisher lapper of three-dimensional according to claim 2; It is characterized in that described horizontal eccentric stiffener constitutes with the perpendicular vertical conical gear of left side output shaft, level and with horizontal circle bevel gear and a vertical power transmission shaft that matches with the horizontal circle bevel gear of vertical conical meshed transmission gear by one, is provided with the eccentric block of the band eccentric bushing of a level on power transmission shaft.
4. according to claim 2 or the full oscillating mode polisher lapper of 3 described three-dimensionals; It is characterized in that described be arranged on the left side output shaft eccentric bushing identical with the eccentric block structure with eccentric block with the eccentric bushing that is arranged on the right side output shaft; Eccentric bushing is arranged in the eccentric block; Eccentric bushing is provided with locating hole, and eccentric block is through dog screw and eccentric bushing secure fit.
5. the full oscillating mode polisher lapper of three-dimensional according to claim 3; The number of teeth that it is characterized in that described horizontal circle bevel gear is identical with the number of teeth of vertical conical gear, and the vertical power transmission shaft that matches with the horizontal circle bevel gear is fixedly connected with the vibrating motor installing plate with thrust bearing through the journal bearing that is arranged on the eccentric block both sides.
6. the full oscillating mode polisher lapper of three-dimensional according to claim 2 is characterized in that the outside of described left side output shaft and right side output shaft is respectively arranged with the dust cover that matches with vibrating motor.
7. the full oscillating mode polisher lapper of three-dimensional according to claim 1 is characterized in that described dividing plate and hopper housing all adopt steel plate to process, and welds between dividing plate and the hopper housing to cooperate.
8. the full oscillating mode polisher lapper of three-dimensional according to claim 1 is characterized in that described liner adopts high-strength abrasion-proof resin, abrasive rubber or polyamine fat to process, and on liner, offers the slot of placing dividing plate, and dividing plate is pegged graft and is arranged in the slot.
9. the full oscillating mode polisher lapper of three-dimensional according to claim 1 is characterized in that described hydraulic pump is arranged on the base center between two jacking cylinders, and the base below is provided with rubber blanket.
10. the full oscillating mode polisher lapper of three-dimensional according to claim 1 is characterized in that described jacking cylinder movable end and overturning oil cylinder movable end are respectively arranged with the U type groove that matches with the discharging spindle nose and the discharge side groove of hopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220170063 CN202592191U (en) | 2012-04-20 | 2012-04-20 | Three-dimensional full-vibration-type grinding-polishing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220170063 CN202592191U (en) | 2012-04-20 | 2012-04-20 | Three-dimensional full-vibration-type grinding-polishing machine |
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| Publication Number | Publication Date |
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| CN202592191U true CN202592191U (en) | 2012-12-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220170063 Withdrawn - After Issue CN202592191U (en) | 2012-04-20 | 2012-04-20 | Three-dimensional full-vibration-type grinding-polishing machine |
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| Country | Link |
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| CN (1) | CN202592191U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102601689A (en) * | 2012-04-20 | 2012-07-25 | 湖州职业技术学院 | Three-dimensional full-vibration type grinding and polishing machine |
| CN108283060A (en) * | 2018-01-22 | 2018-07-17 | 浙江理工大学 | A kind of shaking machine of multidimensional |
| CN108621019A (en) * | 2017-03-26 | 2018-10-09 | 许昌义 | Excitation type three-dimensional force oscillating mill |
-
2012
- 2012-04-20 CN CN 201220170063 patent/CN202592191U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102601689A (en) * | 2012-04-20 | 2012-07-25 | 湖州职业技术学院 | Three-dimensional full-vibration type grinding and polishing machine |
| CN102601689B (en) * | 2012-04-20 | 2013-11-06 | 湖州职业技术学院 | Three-dimensional full-vibration type grinding and polishing machine |
| CN108621019A (en) * | 2017-03-26 | 2018-10-09 | 许昌义 | Excitation type three-dimensional force oscillating mill |
| CN108283060A (en) * | 2018-01-22 | 2018-07-17 | 浙江理工大学 | A kind of shaking machine of multidimensional |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121212 Effective date of abandoning: 20131106 |
|
| RGAV | Abandon patent right to avoid regrant |