CN108636574A - A kind of superfines technology of preparing equipment of superior function structural ceramics - Google Patents

Abstract

The invention discloses a kind of superfines technology of preparing equipment of superior function structural ceramics,Including main body,The first cavity is equipped in the main body,Lower rotation is connected with turntable in first cavity,Heavy groove is equipped in the turntable bottom end face,The fixed rack gear portion of ring on the heavy groove inner wall,The driving gear being connected with gear ring portion power is additionally provided in the heavy groove,The driving gear bottom end is connected with first motor power,The first motor outer surface is embedded in the first cavity inner bottom wall admittedly,It is installed at the top of the turntable and tilts guide platform,The second cavity for upwardly extending setting is equipped in the main body on the left of first cavity,It is connected equipped with the first port between second cavity and first cavity,It is rotatably assorted in first cavity and is connected with helical member.

Description

A kind of superfines technology of preparing equipment of superior function structural ceramics

Technical field

The present invention relates to technical field of ceramic equipment, the superfines of specially a kind of superior function structural ceramics prepares skill Art equipment.

Background technology

Due to the high development of science and technology, to the performance of ceramic material, quality and requires higher and higher, promote part Chinaware Progression becomes the novel material with specific function type, and ceramic powder is be unable to do without in the preparation process of electronic ceramics End, required raw material will be produced using dedicated equipment by, which needing, carries out rolling milling, and the quality of raw material grinds also can shadow It rings to quality made of later stage function ceramics, so the equipment for preparing function ceramics powder is extremely important, traditional ceramic powders Preparation equipment is complicated, and processing is expensive, and enterprise's maintenance cost is high, cannot meet the production needs of medium-sized and small enterprises, but one As milling device mill not fine enough powder will be unable to carry out further work, it is time-consuming and laborious, reduce efficiency, increase Unnecessary production cost is added.

Invention content

The purpose of the present invention is to provide a kind of superfines technology of preparing equipment of superior function structural ceramics, for gram Take drawbacks described above in the prior art.

A kind of superfines technology of preparing equipment of superior function structural ceramics according to the present invention, including main body, institute It states and is equipped with the first cavity in main body, lower rotation is connected with turntable, the turntable bottom in first cavity It is equipped with heavy groove in end face, the fixed rack gear portion of ring on the heavy groove inner wall is additionally provided with and the gear ring in the heavy groove The driving gear that portion's power is connected, the driving gear bottom end are connected with first motor power, first electricity Machine outer surface is embedded in the first cavity inner bottom wall admittedly, is installed at the top of the turntable and is tilted guide platform, first chamber The second cavity for upwardly extending setting is equipped in the main body on the left of body, between second cavity and first cavity It is connected and is equipped with the first port, is rotatably assorted in first cavity and is connected with helical member, it is described on the upside of first cavity It is equipped with the first feed cavity in main body, is connected between first feed cavity and first cavity equipped with grinding material path, institute It states and is connected between extending end and first feed cavity at the top of the second cavity equipped with logical slideway is tilted, first cavity is right It is equipped with the second feed cavity in the main body of side, is connected equipped with second between second feed cavity and first cavity Port, be attached thereto in the main body on the downside of second feed cavity it is logical be equipped with taper grinding chamber, on the right side of the main body Insertion groove extended to the left is equipped in end face, the embedded groove is located at the taper grinding chamber lower position, institute It states and is connected equipped with discharge gate between taper grinding chamber and the embedded groove, the main body on the upside of first feed cavity Interior to be equipped with the extended driving chamber in left and right, extending end is located at opposite position at the top of second cavity on the left of the driving chamber Set, extending end is located at second feed cavity top relative position on the right side of the driving chamber, in the grinding material path transition match Conjunction is connected with just abrasive article, in the taper grinding chamber transition be connected with taper abrasive article, be equipped with and use in the driving chamber With the driving executing agency being connected respectively with the helical member, the just abrasive article and the taper abrasive article power.

Further technical solution, the spherical portion and consolidate that the just abrasive article is stretched by top in first feed cavity It is scheduled on the cylindrical portion composition of the spherical portion bottom.

Further technical solution, the driving executing agency include first that left and right is extended in the driving chamber Shaft and the second motor with the first rotating shaft right end be connected by power, extending end and institute on the left of the first rotating shaft It states driving chamber inner left wall to be rotatably assorted connection, second outer surface of motor is embedded in admittedly on the right side of the driving chamber in inner wall, institute It states to be rotatably assorted in the part between the second cavity and the driving chamber and is connected with the second up and down extended shaft, described the Extending end power is installed with the first cone pulley stretched into the driving chamber at the top of two shafts, and second shaft bottom extends end End is stretched into second cavity and is connect with the helical member top end secure fit, first feed cavity and the drive It is rotatably assorted in part between dynamic chamber and is connected with third shaft extended up and down, extending end at the top of the third shaft Power is fixed to have the second cone pulley stretched into the driving chamber, third shaft bottom extending end to stretch into described first It is fixedly connected in feed cavity and with the just abrasive article top end, the part between second feed cavity and the driving chamber It is inside rotatably assorted and is connected with the 4th shaft, extending end is installed with the third stretched into the driving chamber at the top of the 4th shaft Cone pulley, the 4th shaft bottom extending end stretch into the taper grinding chamber on the downside of second feed cavity and with it is described Taper abrasive article top end secure fit connects, and is installed in the first rotating shaft and is bored respectively with first cone pulley, second The 4th cone pulley that wheel and third cone pulley power are connected.

Description of the drawings

Fig. 1 is that a kind of superfines technology of preparing device external overall structure of superior function structural ceramics is shown in the present invention It is intended to；

Fig. 2 is a kind of superfines technology of preparing equipment inside overall structure signal of superior function structural ceramics in the present invention Figure.

Specific implementation mode

With reference to Fig. 1-2, the present invention is described in detail.

Referring to Fig.1-2, the superfines technology of preparing of a kind of superior function structural ceramics according to an embodiment of the invention Equipment, including main body 6, the main body 6 is interior to be equipped with the first cavity 61, and lower rotation is connected in first cavity 61 There is turntable 611, heavy groove 612 is equipped in 611 bottom end face of the turntable, ring is installed on 612 inner wall of heavy groove Gear ring portion 613 is additionally provided with the driving gear 615 being connected with 613 power of gear ring portion in the heavy groove 612, described 615 bottom end of gear and 614 power of first motor is driven to be connected, 614 outer surface of the first motor is embedded in described the admittedly In one cavity, 61 inner bottom wall, 611 top of the turntable, which is installed with, tilts guide platform 616, the institute in first cavity, 61 left side State the second cavity 62 for being equipped in main body 6 and upwardly extending setting, phase between second cavity 62 and first cavity 61 Connection is equipped with the first port 617, is rotatably assorted in first cavity 61 and is connected with helical member 621, on first cavity 61 It is equipped with the first feed cavity 63 in the main body 6 of side, is connected between first feed cavity 63 and first cavity 61 Equipped with grinding material path 64, it is connected between second cavity, 62 top extending end and first feed cavity 63 equipped with inclination Logical slideway 633, the main body 6 on first cavity, 61 right side is interior to be equipped with the second feed cavity 65, second feed cavity 65 It is connected between first cavity 61 equipped with the second port 619, in the main body 6 of second feed cavity, 65 downside It is attached thereto to lead to and is equipped with taper grinding chamber 66, insertion groove extended to the left is equipped in 6 right end face of the main body 67, the embedded groove 67 is located at 66 lower position of taper grinding chamber, the taper grinding chamber 66 and the embedded groove It is connected between 67 equipped with discharge gate 671, the interior left and right that is equipped with of the main body 6 of first feed cavity, 63 upside is extended Driving chamber 68,68 left side extending end of the driving chamber is located at second cavity, 62 top relative position, the driving chamber 68 right side extending ends are located at second feed cavity, 65 top relative position, in the grinding material path 64 transition be connected with First abrasive article 641, in the taper grinding chamber 66 transition be connected with taper abrasive article 661, be equipped in the driving chamber 68 To the drive being connected respectively with the helical member 621, the just abrasive article 641 and 661 power of taper abrasive article Dynamic executing agency.

Valuably or illustratively, the just abrasive article 641 is stretched into the spherical portion in first feed cavity 63 by top And it is fixed on the cylindrical portion composition of the spherical portion bottom, to improve blanking speed, meanwhile, substantially increase just grinding Efficiency.

Valuably or illustratively, the driving executing agency include that left and right is extended in the driving chamber 68 the One shaft 681 and the second motor 683 with 681 right end be connected by power of the first rotating shaft, the first rotating shaft 681 are left Side extending end is rotatably assorted with 68 inner left wall of the driving chamber and connect, and 683 outer surface of the second motor is solid embedded in described In 68 right side inner wall of driving chamber, it is rotatably assorted and is connected with up and down in the part between second cavity 62 and the driving chamber 68 The second extended shaft 622, second shaft, 622 top extending end power, which is installed with, to be stretched into the driving chamber 68 The first cone pulley 623, second shaft, 622 bottom extending end stretch into second cavity 62 and with the helical member 621 top end secure fits connect, the company of being rotatably assorted in the part between first feed cavity 63 and the driving chamber 68 It is connected to third shaft 631 extended up and down, 631 top extending end power of the third shaft is fixed to stretch into institute State the second cone pulley 632 in driving chamber 68,631 bottom extending end of the third shaft stretch into first feed cavity 63 and It is fixedly connected with just 641 top end of abrasive article, in the part between second feed cavity 65 and the driving chamber 68 It is rotatably assorted and is connected with the 4th shaft 651,651 top extending end of the third shaft, which is installed with, to be stretched into the driving chamber 68 Third cone pulley 652, the taper that 651 bottom extending end of the third shaft stretches into the downside of second feed cavity 65 grinds It is connect in mill chamber 66 and with 661 top end secure fit of the taper abrasive article, difference is installed in the first rotating shaft 681 The 4th cone pulley 682 being connected with first cone pulley 623, the second cone pulley 632 and 652 power of third cone pulley, to real Driving work is now automatically controlled, the processing efficiency and quality of ceramic powders are substantially increased.

When initial equilibrium state, the first port 617 is made to be in the state that is utmostly connected with the first cavity 61, meanwhile, make second Port 619 is completed to be in air-tight state.

When needing ceramic powders to process, first rotating shaft 681 is controlled by the second motor 683 and is rotated, by first rotating shaft 681 4th cone pulley 682 of band rotates, and then by the 4th cone pulley 682 first cone pulley 623 of band, the second cone pulley 632 and third respectively Cone pulley 652 rotates simultaneously, at this point, the helical member of 622 bottom of the second shaft 622 and the second shaft by 623 band of the first cone pulley 621 rotations, meanwhile, by 641 turns of the first abrasive article of 631 bottom of third shaft 631 and third shaft of 632 band of the second cone pulley It is dynamic, at this point, making the leading in slideway 633 to inclination through 621 band of helical member of the raw material in the second cavity 62, then lead to slideway through tilting 633 slide into the first feed cavities 63, at this point, carry out grinding work for the first time through first abrasive article 641, then through first abrasive article 641 and Gap between grinding material path 64 is fallen into the first cavity 61, meanwhile, after tilting 616 slide guide of guide platform to the first port 617 Again and then in the second cavity 62, and then repeatedly reciprocal grinding work, until just after the completion of grinding, at this point, control first motor The driving gear 615 of 614 bands rotates, and drives gear ring portion 613 and turntable 611 by driving gear 615 and tilts guide platform 616 Rotation, until the second port 619 is utmostly connected with the first cavity 61, meanwhile, make inclination guide platform 616 and the first port 617 in connection status is completely closed, and then, is continued to control the rotation of the second motor 683, is made the powder in the second cavity 62 through spiral shell Rotating part 621 is moved to inclination and leads in slideway 633 after driving, then slid into the first feed cavity 63 through tilting logical slideway 633, then Ground material path 64 is fallen into the first cavity 61, is then slid into the second feed cavity 65 after tilting 616 slide guide of guide platform, this When, drive the taper abrasive article 661 of the 4th shaft 651 and 651 bottom of the 4th shaft to carry out by third cone pulley 652 secondary fine Grind work.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, first rotating shaft is controlled by the second motor and is turned It is dynamic, it is rotated by the 4th cone pulley of first rotating shaft band, and then by the 4th cone pulley the first cone pulley of band, the second cone pulley and third respectively Cone pulley rotates simultaneously, at this point, rotated by the second shaft of the first cone pulley band and the helical member of the second shaft bottom, meanwhile, by The third shaft of second cone pulley band and the first abrasive article rotation of third shaft bottom, at this point, the raw material in the second cavity is made to pass through Leading in slideway to inclination for helical member band, then slides into through tilting logical slideway in the first feed cavity, at this point, through the progress of first abrasive article First grinding work, then falls into through the gap between first abrasive article and grinding material path in the first cavity, meanwhile, through tilting guide After platform slide guide to the first port again and then in the second cavity, and then repeatedly reciprocal grinding work, until just after the completion of grinding, this When, the sliding tooth wheel rotation of control first motor band by driving gear band moving teeth circle portion and turntable and tilts guide platform turn It is dynamic, until the second port is utmostly connected with the first cavity, meanwhile, so that inclination guide platform is in completely close with the first port Connection status is closed, then, continues to control the rotation of the second motor, so that the powder in the second cavity is moved to after helical member drives and incline Tiltedly in logical slideway, then lead in slideway the first feed cavity of slide-in through tilting, then ground material path is fallen into the first cavity, then It is slid into the second feed cavity after tilting guide platform slide guide, at this point, driving the 4th shaft and the 4th rotating shaft bottom by third cone pulley The taper abrasive article in portion carries out secondary fine gtinding work, to realize that automatically controlling the primary above early grind grinder makees, significantly Grinding efficiency is improved, drives the rotation for tilting guide platform to adjust work by turntable, to realize the closing of secondary grinding With open work, meanwhile, secondary fine gtinding work is carried out by taper abrasive article, further improves grinding efficiency and matter Amount.

Those skilled in the art can define, can in the case of not departing from overall spirit and the design of the present invention To make the various modifications for above example.It each falls within protection scope of the present invention.The protection scheme of the present invention It is subject to claims appended hereto.

Claims (3)

1. a kind of superfines technology of preparing equipment of superior function structural ceramics, including main body, it is characterised in that：The master The first cavity is equipped in body, lower rotation is connected with turntable, the turntable bottom end face in first cavity Interior to be equipped with heavy groove, the fixed rack gear portion of ring on the heavy groove inner wall is additionally provided in the heavy groove dynamic with the gear ring portion The driving gear of force-fitting connection, the driving gear bottom end are connected with first motor power, outside the first motor Surface is embedded in the first cavity inner bottom wall admittedly, is installed at the top of the turntable and is tilted guide platform, and first cavity is left It is equipped with the second cavity for upwardly extending setting in the main body of side, is connected between second cavity and first cavity It is logical to be equipped with the first port, it is rotatably assorted in first cavity and is connected with helical member, the host on the upside of first cavity It is equipped with the first feed cavity in vivo, is connected between first feed cavity and first cavity equipped with grinding material path, described the It is connected to be equipped with to tilt between extending end and first feed cavity at the top of two cavitys and leads to slideway, on the right side of first cavity It is equipped with the second feed cavity in the main body, is connected between second feed cavity and first cavity logical equipped with second Mouthful, it is attached thereto in the main body on the downside of second feed cavity logical equipped with taper grinding chamber, the main body right-hand end Insertion groove extended to the left is equipped in face, the embedded groove is located at the taper grinding chamber lower position, described It is connected equipped with discharge gate between taper grinding chamber and the embedded groove, in the main body on the upside of first feed cavity Equipped with the extended driving chamber in left and right, extending end is located at relative position at the top of second cavity on the left of the driving chamber, Extending end is located at relative position at the top of second feed cavity on the right side of the driving chamber, in the grinding material path transition coordinate company Be connected to just abrasive article, in the taper grinding chamber transition be connected with taper abrasive article, be equipped in the driving chamber to point The driving executing agency not being connected with the helical member, the just abrasive article and the taper abrasive article power.

2. a kind of superfines technology of preparing equipment of superior function structural ceramics according to claim 1, feature exist In：The spherical portion that abrasive article is stretched by top in first feed cavity described just and the circle for being fixed on the spherical portion bottom Cylindrical portion forms.

3. a kind of superfines technology of preparing equipment of superior function structural ceramics according to claim 1, feature exist In：The driving executing agency include left and right be extended on first rotating shaft in the driving chamber and with the first rotating shaft Second motor of right end be connected by power, the first rotating shaft left side extending end are matched with driving chamber inner left wall rotation Connection is closed, second outer surface of motor is embedded in admittedly on the right side of the driving chamber in inner wall, second cavity and the driving chamber Between part in be rotatably assorted and be connected with the second up and down extended shaft, extending end power at the top of second shaft Be installed with the first cone pulley stretched into the driving chamber, second shaft bottom extending end stretch into second cavity and It is connect with the helical member top end secure fit, rotates and match in the part between first feed cavity and the driving chamber Close and be connected with up and down extended third shaft, extending end power is fixed at the top of the third shaft stretch into described in The second cone pulley in driving chamber, third shaft bottom extending end are stretched into first feed cavity and are just ground with described Part top end is fixedly connected, and is rotatably assorted in the part between second feed cavity and the driving chamber and is connected with the 4th turn Axis, the 4th shaft top extending end are installed with the third cone pulley stretched into the driving chamber, the 4th shaft bottom Extending end stretches into the taper grinding chamber on the downside of second feed cavity and solid with the taper abrasive article top end It is fixed to be connected, it is installed in the first rotating shaft and matches respectively with first cone pulley, the second cone pulley and third cone pulley power Close the 4th cone pulley of connection.