CN208629116U

CN208629116U - A kind of apparatus for shaping preparing Brown Alundum sphere

Info

Publication number: CN208629116U
Application number: CN201821304966.4U
Authority: CN
Inventors: 马骋
Original assignee: Luoyang Runbao Grinding Material Co Ltd
Current assignee: Luoyang Runbao Grinding Material Co Ltd
Priority date: 2018-08-14
Filing date: 2018-08-14
Publication date: 2019-03-22
Anticipated expiration: 2028-08-14

Abstract

The utility model provides a kind of apparatus for shaping for preparing Brown Alundum sphere, the device is for handling the surface of Brown Alundum sphere, the device includes feed hopper, vibrating bin and driving mechanism, trim panel is provided in vibrating bin from top to down, drainage mechanism and disintegrating mechanism, trim panel is arc panel, frictional layer is provided on the intrados of trim panel, protrusion is evenly provided on frictional layer, grid hole is uniformly provided on trim panel, eccentric wheel I and eccentric wheel II are provided with below trim panel, eccentric shaft I is equipped in eccentric wheel I, eccentric shaft II is equipped in eccentric wheel II；Drainage mechanism includes drainage tube, the outer wall of the upper port of drainage tube is close to the inner wall of vibrating bin, the cross section for draining infratubal port is rectangle, disintegrating mechanism includes pulverization roller, and the underface of drainage tube is arranged in pulverization roller, by the way that the apparatus for shaping is arranged, the burr that Brown Alundum grinds ball surface can be polished, on the other hand, the burr ground off can be recycled, resource is greatly saved.

Description

A kind of apparatus for shaping preparing Brown Alundum sphere

Technical field

The utility model relates to Brown Alundum processing technique fields, and in particular to a kind of shaping dress for preparing Brown Alundum sphere It sets.

Background technique

Brown Alundum, popular name are also known as diamond dust, are to be passed through to melt in electric arc furnaces with three kinds of alumina, carbon materials, iron filings raw materials Change reduction prepared by sepia Alundum, color be sepia, be widely used in manufacture high grade refractory, ceramics, The industries such as grinding tool abrasive material, casting.Brown Alundum mill ball is to be made through pyrolytic semlting, using bauxite as raw material with the hair in epoch Exhibition, Brown Alundum mill ball have the corase grinding of the materials product such as common iron and stainless steel and preferably grind because of its higher grinding force Effect is ground, vibration polisher lapper is primarily adapted for use in, rolls polisher lapper, while can also be in centrifugation polisher lapper, vortex It is used in other polisher lappers such as formula polisher lapper.Brown Alundum mill ball will form a degree of viscous during the sintering process Even, the surface of such Brown Alundum mill ball will form some burrs, will affect the grinding effect of product in this way.

Utility model content

The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of shaping for preparing Brown Alundum sphere Device, the apparatus for shaping, on the one hand, the burr that Brown Alundum grinds ball surface can be polished, on the other hand, can will be ground off Burr is recycled, and resource is greatly saved.

The utility model to solve above-mentioned technical problem the technical solution adopted is that: it is a kind of to prepare the whole of Brown Alundum sphere Shape dress is set, and for the device for handling the surface of Brown Alundum sphere, which includes feed hopper, vibrating bin and driving machine Structure, the feed hopper are arranged in the top of the vibrating bin and are connected with the vibrating bin, in the vibrating bin from top to down It is provided with trim panel, drainage mechanism and disintegrating mechanism, the trim panel is mounted in the vibrating bin, and the trim panel is arc Plate is provided with frictional layer on the intrados of the trim panel, is evenly provided with protrusion on the frictional layer, on the trim panel It is uniformly provided with grid hole, the grid hole runs through the trim panel and the frictional layer, is provided with below the trim panel The top of eccentric wheel I and eccentric wheel II, the eccentric wheel I and the eccentric wheel II is connected with the trim panel, the bias It is equipped with eccentric shaft I in wheel I, is equipped with eccentric shaft II in the eccentric wheel II；

The driving mechanism includes driving assembly I and driving assembly II, the driving component I include motor I, small pulley I, The lateral wall of the vibrating bin is arranged in first drive V-belt and big belt wheel I, the motor I, and the small pulley I is set in described On the output shaft of motor I, the small pulley I drives big belt wheel I to rotate synchronously by first drive V-belt, the big belt wheel I Interior to be equipped with drive shaft I along central axial direction, the drive shaft I penetrates the vibrating bin far from one end of the big belt wheel I Interior to be connected with bevel gear I, the bevel gear I is set in the drive shaft I, the bottom end of the eccentric shaft I be arranged with it is described The bevel gear II that bevel gear I matches；

The driving component II includes motor II, small pulley II, the second drive V-belt and big belt wheel II, and the motor II is set The lateral wall in the vibrating bin is set, the small pulley II is set on the output shaft of the motor II, and the small pulley II is logical Crossing second drive V-belt drives big belt wheel II to rotate synchronously, and is equipped with driving along central axial direction in the big belt wheel II Axis II, the drive shaft II penetrates in the vibrating bin far from one end of the big belt wheel II to be connected with bevel gear III, the cone Gear III is set in the drive shaft II, and the bottom end of the eccentric shaft II is provided with the cone tooth matched with the bevel gear III Wheel IV；

The drainage mechanism includes drainage tube, and the outer wall of the upper port of the drainage tube is close to the inner wall of the vibrating bin, The cross section of the drainage infratubal port is rectangle, and the disintegrating mechanism includes one group of pulverization roller, this group of pulverization roller is arranged in institute State the underface of drainage tube.

Further, observation panel is offered at the top of the vibrating bin.

Further, material taking mouth is offered at the top of the vibrating bin.

Further, the bottom of the vibrating bin is provided with collection port.

Further, the eccentric wheel I and the eccentric wheel II are symmetricly set on the two sides of the trim panel.

The beneficial effects of the utility model are mainly manifested in the following aspects:

By the way that trim panel is arranged, it is provided with frictional layer on the intrados of the trim panel, is uniformly set on the frictional layer It is equipped with protrusion, the Brown Alundum sphere for needing to carry out Shape correction drops into the inner arc of trim panel after entering vibrating bin from feed hopper On face, by the way that driving mechanism is arranged, driving mechanism includes driving assembly I and driving assembly II, and motor I drives small pulley I to carry out Rotation, small pulley I are operated by the first drive V-belt synchronous drive big belt wheel I, and big belt wheel I drives the cone tooth in drive shaft I Wheel I is operated, bevel gear I by ratcheting to drive the eccentric wheel I on eccentric shaft I to be operated with bevel gear II because The center of gravity of eccentric wheel I is not on eccentric shaft I, and in rotation, eccentric wheel I moves in a circle, and centrifugal force is generated, due to centrifugal force Direction constantly change with the rotation of eccentric wheel I, similarly, driving assembly II moves in a circle with movable eccentric wheel II, generate from Mental and physical efforts, since the direction of centrifugal force constantly changes with the rotation of eccentric wheel II, eccentric wheel I and eccentric wheel II drive trim panel into The swing of the capable amplitude in direction all around, so that Brown Alundum sphere be made to carry out comprehensive edging shaping fortune on trim panel It is dynamic, frictional layer is provided on trim panel intrados, is evenly provided with protrusion on the frictional layer, increase Brown Alundum sphere with Frictional force between trim panel has ground off the burr of Brown Alundum spherome surface, improves the smoothness of Brown Alundum spherome surface, improves Treatment effeciency；

By the way that drainage tube is arranged, Brown Alundum sphere and trim panel can generate some fragments and powder during friction, These fragments and powder are fallen into drainage tube by grid hole, these fragments and powder are introduced by drainage tube to be arranged in drainage tube The pulverization roller of underface is crushed, and Brown Alundum powder is obtained after crushing to be collected again from the collection port of vibrating bin bottom Secondary utilization improves the utilization rate of material in this way.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the vibrating bin of the utility model and the overlooking structure diagram of feed hopper；

Fig. 3 is the overlooking structure diagram of the trim panel of the utility model；

Marked in the figure: 1, feed hopper, 2, vibrating bin, 201, observation panel, 202, material taking mouth, 3, trim panel, 301, frictional layer, 302, grid hole, 303, protrusion, 4, drainage tube, 5, pulverization roller, 6, collection port, 7, motor I, 701, the biography of small pulley I, 702, first Dynamic V band, 703, big belt wheel I, 704, drive shaft I, 705, bevel gear I, 706, bevel gear II, 707, eccentric shaft I, 708, eccentric wheel I, 8, motor II, 801, small pulley II, 802, the second drive V-belt, 803, big belt wheel II, 804, drive shaft II, 805, bevel gear III, 806, bevel gear IV, 807, eccentric shaft II, 808, eccentric wheel II.

Specific embodiment

The utility model embodiment is described in detail in conjunction with attached drawing, the present embodiment is with technical solutions of the utility model Premise, the detailed implementation method and specific operation process are given, but the protection scope of the utility model be not limited to it is following Embodiment.

As shown in the picture, a kind of apparatus for shaping preparing Brown Alundum sphere, the device are used for the table to Brown Alundum sphere Face is handled, which includes feed hopper 1, vibrating bin 2 and driving mechanism, and the vibrating bin 2 is arranged in the feed hopper 1 Top and it is connected with the vibrating bin 2, the top of the vibrating bin 2 offers observation panel 201, the top of the vibrating bin 2 Material taking mouth 202 is offered, the bottom of the vibrating bin 2 is provided with collection port 6, is provided with from top to down in the vibrating bin 2 whole Shape plate 3, drainage mechanism and disintegrating mechanism, the trim panel 3 are mounted in the vibrating bin 2, and the trim panel 3 is arc panel, It is provided with frictional layer 301 on the intrados of the trim panel 3, Brown Alundum wear-resistant material is filled in the frictional layer 301, it is described It is evenly provided with protrusion 303 on frictional layer 301, is uniformly provided with grid hole 302, the grid hole 302 on the trim panel 3 Through the trim panel 3 and the frictional layer 301, the lower section of the trim panel 3 is provided with eccentric wheel I 708 and eccentric wheel II 808, the top of the eccentric wheel I 708 and the eccentric wheel II 808 is connected with the trim panel 3, in the eccentric wheel I 708 It is equipped with eccentric shaft I 707, is equipped with eccentric shaft II 807 in the eccentric wheel II 808；

The driving mechanism includes driving assembly I and driving assembly II, and the driving component I includes motor I 7, small pulley I 701, the first drive V-belt 702 and big belt wheel I 703, the motor I 7 is arranged perpendicular to the lateral wall of the vibrating bin 2, described small Belt wheel I 701 is set on the output shaft of the motor I 7, and the small pulley I 701 is driven greatly by first drive V-belt 702 Belt wheel I 703 rotates synchronously, and is equipped with drive shaft I 704, the drive shaft I along central axial direction in the big belt wheel I 703 704 one end far from the big belt wheel I 703 penetrate in the vibrating bin 2 to be connected with bevel gear I 705, I 705 sets of the bevel gear It is located in the drive shaft I 704, the bottom end of the eccentric shaft I 707 is arranged with the bevel gear matched with the bevel gear I 705 II 706, the eccentric wheel I 708 and the eccentric wheel II 808 are symmetricly set on the two sides of the trim panel 3；

The driving component II includes motor II 8, small pulley II 801, the second drive V-belt 802 and big belt wheel II 803, institute The lateral wall that motor II 8 is stated perpendicular to the vibrating bin 2 is arranged, and the small pulley II 801 is set in the output of the motor II 8 On axis, the small pulley II 801 drives big belt wheel II 803 to rotate synchronously by second drive V-belt 802, the big belt wheel Be equipped with drive shaft II 804 along central axial direction in II 803, the drive shaft II 804 far from the big belt wheel II 803 one End penetrates in the vibrating bin 2 to be connected with bevel gear III 805, and the bevel gear III 805 is set in the drive shaft II 804, The bottom end of the eccentric shaft II 807 is provided with the bevel gear IV 806 matched with the bevel gear III 805；

The drainage mechanism includes drainage tube 4, and the outer wall of the upper port of the drainage tube 4 is close to the interior of the vibrating bin 2 Wall, the cross section of 4 lower port of drainage tube are rectangle, and the disintegrating mechanism includes one group of pulverization roller 5, this group of pulverization roller 5 is set It sets in the underface of the drainage tube 4, one group of pulverization roller 5 is made of two pulverization rollers, and the discharge end of the drainage tube 4 is located at two The surface of a pulverization roller contact surface；

Frictional layer 301 is provided with by the way that trim panel 3 is arranged, on the intrados of the trim panel 3, on the frictional layer 301 It is evenly provided with protrusion 303, the Brown Alundum sphere for needing to carry out Shape correction is fallen into after entering vibrating bin 2 from feed hopper 1 Onto the intrados of trim panel 3, by the way that driving mechanism is arranged, driving mechanism includes driving assembly I and driving assembly II, motor I 7 Driving small pulley I 701 is rotated, and small pulley I 701 is transported by 702 synchronous drive big belt wheel I 703 of the first drive V-belt Turn, big belt wheel I 703 drive drive shaft I 704 on bevel gear I 705 operated, bevel gear I 705 by with bevel gear II 706 It is ratcheting to driving the eccentric wheel I 708 on eccentric shaft I 707 to be operated because the center of gravity of eccentric wheel I 708 is not in eccentric shaft On I 707, in rotation, eccentric wheel I 708 moves in a circle, and centrifugal force is generated, since the direction of centrifugal force is with eccentric wheel I 708 Rotation and constantly change, similarly, driving assembly II moves in a circle with movable eccentric wheel II 808, generate centrifugal force, due to centrifugation The direction of power constantly changes with the rotation of eccentric wheel II 808, and eccentric wheel I 708 and eccentric wheel II 808 drive trim panel 3 to carry out The swing of the amplitude in direction all around, so that Brown Alundum sphere is made to carry out comprehensive edging shaping campaign on trim panel 3, It is provided with frictional layer 301 on 3 intrados of trim panel, protrusion 303 is evenly provided on the frictional layer 301, increases brown rigid Frictional force between beautiful sphere and trim panel 3 has ground off the burr of Brown Alundum spherome surface, improves the light of Brown Alundum spherome surface Slippery improves treatment effeciency；

By the way that drainage tube 4 is arranged, Brown Alundum sphere and trim panel 3 can generate some fragments and powder during friction End, these fragments and powder are fallen into drainage tube 4 by grid hole 302, these fragments and powder are introduced into setting by drainage tube 4 Pulverization roller 5 immediately below drainage tube 4 is crushed, and Brown Alundum powder is obtained after crushing can be from the collection port 6 of 2 bottom of vibrating bin In be collected and utilize again, improve the utilization rate of material in this way.

Technical solution cited by the utility model and embodiment and non-limiting, with skill cited by the utility model Art scheme and embodiment be equivalent or effect same approach is all in the range of the utility model is protected.Also need to illustrate Be, herein, such as I, II, III relational terms be used merely to by an entity or operation with another entity or operating space It separates, without necessarily requiring or implying between these entities or operation, there are any actual relationship or orders. Moreover, the terms "include", "comprise" or any other variant thereof is intended to cover non-exclusive inclusion, so that including one The process, method, article or equipment of list of elements not only includes those elements, but also other including being not explicitly listed Element, or further include for elements inherent to such a process, method, article, or device.In the feelings not limited more Under condition, the element that is limited by sentence "including a ...", it is not excluded that include the process, method of the element, article or There is also other identical elements in person's equipment.

Claims

1. a kind of apparatus for shaping for preparing Brown Alundum sphere, which is used to handle the surface of Brown Alundum sphere, Be characterized in that: the device includes feed hopper (1), vibrating bin (2) and driving mechanism, and the feed hopper (1) is arranged in the vibration The top of case (2) and it is connected with the vibrating bin (2), is provided with trim panel (3) from top to down in the vibrating bin (2), draws Mechanism and disintegrating mechanism are flowed, the trim panel (3) is mounted in the vibrating bin (2), and the trim panel (3) is arc panel, institute It states and is provided on the intrados of trim panel (3) frictional layer (301), be evenly provided with protrusion on the frictional layer (301) (303), be uniformly provided with grid hole (302) on the trim panel (3), the grid hole (302) through the trim panel (3) and The frictional layer (301) is provided with eccentric wheel I (708) and eccentric wheel II (808), the bias below the trim panel (3) I (708) of wheel and the top of the eccentric wheel II (808) are connected with the trim panel (3), wear in the eccentric wheel I (708) There is eccentric shaft I (707), is equipped with eccentric shaft II (807) in the eccentric wheel II (808)；

The driving mechanism includes driving assembly I and driving assembly II, and the driving component I includes motor I (7), small pulley I (701), the lateral wall in the vibrating bin (2) is arranged in the first drive V-belt (702) and big belt wheel I (703), the motor I (7), The small pulley I (701) is set on the output shaft of the motor I (7), and the small pulley I (701) is driven by described first V band (702) drives big belt wheel I (703) to rotate synchronously, and is equipped with drive shaft along central axial direction in the big belt wheel I (703) I (704), the drive shaft I (704) penetrates in the vibrating bin (2) far from one end of the big belt wheel I (703) and bevel gear I (705) it is connected, the bevel gear I (705) is set on the drive shaft I (704), and the bottom end of the eccentric shaft I (707) is arranged There is the bevel gear II (706) matched with the bevel gear I (705)；

The driving component II includes motor II (8), small pulley II (801), the second drive V-belt (802) and big belt wheel II (803), the lateral wall in the vibrating bin (2) is arranged in the motor II (8), and the small pulley II (801) is set in the electricity On the output shaft of machine II (8), the small pulley II (801) drives big belt wheel II (803) by second drive V-belt (802) It rotates synchronously, is equipped with drive shaft II (804), the drive shaft II along central axial direction in the big belt wheel II (803) (804) one end far from the big belt wheel II (803) penetrates in the vibrating bin (2) and is connected with bevel gear III (805), the cone Gear III (805) is set on the drive shaft II (804), and the bottom end of the eccentric shaft II (807) is provided with and the cone tooth The bevel gear IV (806) that III (805) of wheel match；

The drainage mechanism includes drainage tube (4), and the outer wall of the upper port of the drainage tube (4) is close to the vibrating bin (2) Inner wall, the cross section of drainage tube (4) lower port are rectangle, and the disintegrating mechanism includes one group of pulverization roller (5), which crushes Roller (5) is arranged in the underface of the drainage tube (4).

2. a kind of apparatus for shaping for preparing Brown Alundum sphere according to claim 1, it is characterised in that: the vibrating bin (2) observation panel (201) are offered at the top of.

3. a kind of apparatus for shaping for preparing Brown Alundum sphere according to claim 1, it is characterised in that: the vibrating bin (2) material taking mouth (202) are offered at the top of.

4. a kind of apparatus for shaping for preparing Brown Alundum sphere according to claim 1, it is characterised in that: the vibrating bin (2) bottom is provided with collection port (6).

5. a kind of apparatus for shaping for preparing Brown Alundum sphere according to claim 1, it is characterised in that: the eccentric wheel I (708) and the eccentric wheel II (808) are symmetricly set on the two sides of the trim panel (3).