JP2019196297A - Technical device for preparing superfine powder for pottery - Google Patents

Abstract

To provide a technical device for preparing superfine powder for pottery.SOLUTION: A technical device includes: a main machine; a first chassis installed in the main machine; a rotary table connected in a rotating and engaging manner to an inner bottom of the first chassis; a sinking groove arranged on an edge surface of the bottom of the rotary table; a ring gear provided around in a fixed manner to an inner wall of the sinking groove; a drive gear arranged by engaging and connecting by power with the ring gear inside of the sinking groove; a bottom part end of the drive gear engaged and connected with a first electric machine by power; an exterior surface of the first electric machine inserted in a fixed manner to an inside wall of the first chassis; an inclination guide table arranged in a fixed manner to an apex part of the rotary table; a second chassis arranged so as to extend on the main machine on the left side of the first chassis; a first through hole arranged in a communicating manner between the second chassis and the first chassis; and spiral component connected in a rotating and engaging manner inside of the first chassis.SELECTED DRAWING: Figure 1

Description

  TECHNICAL FIELD The present invention relates to the technical field of pottery equipment, and more specifically, to a technical equipment for preparing ultra-fine powder of pottery and its usage.

With the rapid development of science and technology, the demands on the performance and quality of ceramic materials are increasing, which promotes some ceramics to materials with new special effects. Ceramic powders are indispensable during the preparation process of electronic ceramics, and the quality of raw material powders also affects the quality of the production of late-effect ceramics. Must be polished. In other words, facilities for preparing high-performance ceramic powder are in great demand. Traditional ceramic powder preparation equipment has a complicated structure and high processing cost, so the maintenance cost of the enterprise is high and the production demand of small and medium enterprises cannot be satisfied. Moreover, the powder polished by a general polishing apparatus is not very fine and does not proceed to the next operation, wastes time and manpower, lowers work efficiency, and generates unnecessary production costs.

Chinese Patent Application Publication No. 104529464

  It is an object of the present invention to provide an ultra-fine powder preparation technology facility for pottery and a method for using the same to solve the problems submitted to the background art described above.

  The ultra-fine powder preparation technical equipment for earthenware of the present invention includes a main body, a first housing is installed in the main body, and a turntable rotates and connects to the inner bottom of the first housing. A sink groove is provided on the end surface of the bottom of the turntable, a ring gear is fixedly provided on the inner wall of the sink groove, and a driving gear is provided in the sink groove to engage and connect with the ring gear by power. The bottom end of the drive gear is engaged and connected to the first electric machine by power, the outer surface of the first electric machine is fixedly fitted to the inner wall of the first housing, and is inclined to the top of the turntable A guide base is fixedly installed, a second casing extending upward is installed on the main body on the left side of the first casing, and a first through hole is provided between the second casing and the first casing. The spiral component is rotated and engaged and connected in the first casing, and the main body on the upper side of the first casing is connected. A first supply housing is installed, and a polishing tube is installed in communication between the first supply housing and the first housing, and an extended end of the top of the second housing and the first supply housing An inclined street tube is installed in communication, a second supply housing is installed in the seed aircraft on the right side of the first housing, and a second supply housing is installed between the second supply housing and the first housing. Two passages are installed in communication, a conical polishing housing is installed in communication with the main body on the lower side of the second supply housing, and a fitting groove extending to the left is formed on the right end surface of the main device. Installed, the insertion groove is on the lower side of the conical polishing housing, and a discharge port is installed between the conical polishing housing and the insertion groove, and the upper side of the first supply housing A drive housing extending in the left-right direction is installed in the main body, and an extended end on the left side of the drive housing is opposed to the top of the second housing, and the right side of the drive housing An elongated end is opposed to the top of the second supply housing, an initial polishing component is transiently engaged and connected in the polishing tube, and a conical polishing component is transient in the conical polishing housing And a drive execution structure that engages and connects with the spiral component, the initial polishing component, and the conical polishing component, respectively, in the drive housing, and is installed at the bottom of the main body. Moving parts are respectively installed around the supporting parts, and the moving parts are fixedly engaged with and connected to the end face of the bottom of the main body and the end face of the bottom of the supporting leg. A moving roller is provided, and the moving roller provides convenience for movement and transportation.

As a further technical plan, the initial polishing component includes a spherical portion inserted into the first supply housing from the top and a cylindrical portion at the bottom of the spherical portion.

As a further technical plan, the drive execution structure includes a first rotating shaft installed extending left and right in the drive housing and a second electric machine connected by power to the right end of the first rotating shaft, The left extension end of the first rotating shaft rotates and engages with the left inner wall of the drive housing, and the outer surface of the second electric machine is fixedly fitted to the right inner wall of the drive housing, A first rotating shaft that is rotated and engaged with and connected to the second casing and the drive casing is inserted into the driving casing at the extended end of the top of the second rotating shaft. A vehicle is fixedly mounted by power, and an extended end of the bottom of the second rotating shaft is inserted into the second casing and fixedly engaged with and connected to a top end of the spiral component; A third rotating shaft extending vertically is engaged with and connected to a portion between the body and the drive housing, and the third rotating shaft A second stage wheel to be inserted into the drive housing at the extended end of the portion is fixed by power, the extended end of the bottom of the third rotating shaft is inserted into the first supply housing, and the initial polishing component The top end is fixedly connected to the end, the fourth rotating shaft is rotated and engaged with the portion between the second supply housing and the drive housing, and the third rotating shaft is connected to the extended end of the top of the top. A third step wheel to be inserted into the drive housing is fixedly installed, and an extended end of the bottom of the third rotating shaft is inserted into the conical polishing housing below the second supply housing; and the conical shape A fourth stage car that is fixedly engaged with and connected to the top end of the abrasive part, and that is engaged and connected to the first rotating shaft, the first stage car, the second stage car, and the third stage car, respectively. Installed fixed.

  The beneficial effects of the present invention are as follows: the present invention is simple in structure, convenient to operate, the first rotating shaft is rotated by the second electric machine, the fourth wheel is rotated by the first rotating shaft, and then the fourth The first car, the second car, and the third car are simultaneously rotated by the car, and at this time, the spiral parts at the bottom of the second and second rotary shafts are rotated by the first car, and at the same time The second stage wheel rotates the third rotating shaft and the initial polishing component at the bottom of the third rotating shaft, and at this time, the spiral member moves the raw material in the second housing to the inclined street pipe, and then the raw material is Sliding into the first supply housing through the inclined pipe, at this time, the initial polishing operation is started by the initial polishing component, and then the raw material falls into the first housing through the gap between the initial polishing component and the polishing tube, and at the same time the inclination After getting to the first street with the guide on the guide stand Then, the polishing operation is repeated several times on the second housing, and when the first polishing is finished, the drive gear is rotated by the first electric machine, and the ring gear, the rotary table and the tilt guide table are rotated by the drive gear. When the second passage opening is in communication with the first housing to the maximum extent, at the same time, the tilt guide stand and the first passage stand are brought into a completely sealed connection state, and then the second electric machine is continuously rotated, The spiral part moves the raw material in the second housing into the inclined street tube, then the raw material slides through the inclined street tube into the first supply housing and falls through the polishing tube into the first housing, and then on the inclined guide stand. The guide is slid into the second supply housing, and at this time, the third stage car drives the fourth stage car and the conical abrasive part at the bottom of the fourth stage car for the second time. Initial polishing operation more than once To control the movement, greatly increase the polishing efficiency, and the rotation adjustment operation of the tilt guide table by the rotary table, and then stop and start the secondary polishing, and at the same time secondary fine polishing by the conical polishing parts Operates, and thus improves polishing efficiency and quality.

FIG. 1 is a schematic diagram of the external structure of the ceramic fine powder preparation technology equipment of the present invention. FIG. 2 is a schematic diagram of the overall internal structure of the ceramic fine powder preparation technology facility of the present invention.

The present invention will be described in detail with reference to FIGS.

1-2, the ceramic ultrafine powder preparation technical equipment of the embodiment of the present invention includes a main body 6, in which a first casing 61 is installed, and the first casing 61 is installed. The turntable 611 is rotated and engaged with and connected to the inner bottom of the body 61, a sink groove 612 is installed on the end surface of the bottom of the turntable 611, and a ring gear 613 is fixedly provided around the inner wall of the sink groove 612. A driving gear 615 that is engaged with and connected to the ring gear 613 by power is installed in the sinking groove 612, and a bottom end of the driving gear 615 is engaged and connected to the first electric machine 614 by power. The outer surface of 614 is fixedly fitted to the inner wall of the first casing 61, and an inclined guide base 616 is fixedly installed on the top of the turntable 611, and the main body 6 on the left side of the first casing 61 is fixed. A second casing 62 extending upward is installed, and a first through hole 617 is installed between the second casing 62 and the first casing 61, and is screwed into the first casing 61. A component 621 is rotated and engaged and connected, and a first supply housing 63 is installed in the main body 6 above the first housing 61, and the first supply housing 63 and the first housing A polishing tube 64 is installed in communication between 61, and an inclined street tube 633 is installed in communication between the extended end of the top of the second housing 62 and the first supply housing 63, and the first housing A second supply housing 65 is installed in the seed body 6 on the right side of 61, and a second passage 619 is installed between the second supply housing 65 and the first housing 61, A conical polishing housing 66 is installed in communication with the main body 6 on the lower side of the second supply housing 65, and a fitting groove 67 extending to the left is installed on the right end surface of the main body 6, and the fitting is performed. A groove 67 is provided on the lower side of the conical polishing housing 66, and a discharge port 671 is provided between the conical polishing housing 66 and the fitting groove 67, and an upper side of the first supply housing 63 is provided. Extends left and right inside the main fuselage 6 A drive housing 68 is installed, the left extension end of the drive housing 68 is opposed to the top of the second housing 62, and the right extension end of the drive housing 68 is the second supply housing 65. The initial polishing part 641 is transiently engaged and connected in the polishing tube 64, and the conical polishing part 661 is transiently engaged and connected in the conical polishing housing 66. In each of the drive casings 68, drive execution structures that engage and connect with the spiral component 621, the initial polishing component 641, and the conical polishing component 661 are installed, respectively. Moving parts 7 are respectively installed around them, and the moving parts 7 rotate to the support leg 71 whose top end is fixedly engaged with and connected to the end face of the bottom of the main body 6 and the end face of the bottom of the support leg 71. It includes a moving roller 72 that is engaged and connected, and the moving roller 72 provides convenience for movement and transportation.

As a useful example, the initial polishing component 641 is composed of a spherical part inserted into the first supply housing 63 from the top and a cylindrical part at the bottom of the spherical part, thereby increasing the speed at which the raw material falls. At the same time, the initial polishing efficiency is greatly increased.

As a useful example, the drive execution structure is connected to the first rotary shaft 681 extending in the left-right direction in the drive housing 68 and the right end of the first rotary shaft 681 by power. Including a second electric machine 683, the left extension end of the first rotating shaft 681 rotates and engages with the left inner wall of the drive casing 68, and the outer surface of the second electric machine 683 is the drive casing. The second rotary shaft 622 that is fixedly fitted to the inner wall on the right side of the 68 and extends vertically to the second casing 62 and the drive casing 68 is rotated and engaged and connected to the second rotary shaft 622. A first stage wheel 623 to be inserted into the drive housing 68 is fixedly installed by power at the extended end of the top, and the extended end of the bottom of the second rotating shaft 622 is inserted into the second housing 62 and the spiral. A third rotating shaft 631 extending in a vertical direction is formed in a portion between the first supply housing 63 and the drive housing 68 in fixed engagement with and connected to the top end of the component 621. A second stage wheel 632 inserted into the drive housing 68 is fixedly connected to the extended end of the top portion of the third rotating shaft 631 by power, and is fixed to the bottom of the third rotating shaft 631. An extended end is inserted into the first supply housing 63 and is fixedly connected to the top end of the initial polishing component 641, and a fourth rotation is performed between the second supply housing 65 and the drive housing 68. A shaft 651 rotates and engages and is connected, and a third step wheel 652 to be inserted into the drive housing 68 is fixedly installed at the extended end of the top of the third rotation shaft 651, and the bottom of the third rotation shaft 651 An extended end of the first supply shaft 65 is inserted into the conical polishing housing 66 below the second supply housing 65 and fixedly engaged with and connected to the top end of the conical polishing component 661, the first rotating shaft The fourth stage 682, which is engaged with and connected to the first stage car 623, the second stage car 632, and the third stage car 652 by power, is fixedly installed on the 681, respectively. The drive operation is controlled to greatly improve the processing efficiency and quality of pottery powder.

In the initial state, the first passage 617 is brought into a state of maximum communication with the first housing 61, and at the same time, the second passage 619 is completely sealed.

When processing ceramic powder, the second electric machine 683 rotates the first rotating shaft 681, the first rotating shaft 681 rotates the fourth step wheel 682, and then the fourth step wheel 682 rotates the first step wheel. 623, second stage 632 and third stage 652 are simultaneously rotated, and at this time, the first stage wheel 623 rotates the second rotating shaft 622 and the spiral component 621 at the bottom of the second rotating shaft 622, and at the same time The second stage wheel 632 rotates the third rotating shaft 631 and the initial polishing component 641 at the bottom of the third rotating shaft 631, and at this time, the spiral component 621 causes the raw material in the second casing 62 to be inclined through the pipe 633. Then, the raw material slides into the first supply housing 63 through the pipe 633 through the inclined street, and at this time, the initial polishing operation is started by the initial polishing component 641, and then the raw material is interposed between the initial polishing component 641 and the polishing tube 64. It falls into the first housing 61 through the gap, and at the same time, it is After arriving at the passage 617, it enters the second housing 62 again and repeats the polishing operation over and over again. When the initial polishing is completed, the first electric machine 614 rotates the drive gear 615 to drive the drive gear. When the ring gear 613, the turntable 611, and the tilt guide base 616 are rotated by 615 and the second passage 619 communicates with the first housing 61 to the maximum extent, the tilt guide base 616 and the first street base 617 are completely connected at the same time. The second electric machine 683 is continuously rotated, and the raw material in the second housing 62 is moved to the inclined passage pipe 633 by the spiral component 621, and then the raw material is supplied to the first through the inclined passage pipe 633. Slip into one supply housing 63 and fall into the first housing 61 through the polishing tube 64, then slide into the second supply housing 65 with the guide of the inclined guide stand 616, at this time, the fourth stage by the third stage wheel 652 Conical abrasive parts 661 at the bottom of car 651 and fourth stage car 651 Make advances a fine polishing operation of the times.

An engineer in this field can clarify the case where it does not depart from the general spirit and idea of the present invention. Various modifications can be made to the above-described embodiments, and these modifications are all within the protection scope of the present invention. The protection scheme of the present invention should be based on the rights claim of the present invention.

Claims (1)

  The ultra-fine powder preparation technology equipment for earthenware includes a main body, a first housing is installed in the main body, a turntable is rotated and engaged with and connected to an inner bottom portion of the first housing, A sink groove is installed on the end surface of the bottom of the turntable, a ring gear is fixedly provided on the inner wall of the sink groove, and a drive gear that engages and connects with the ring gear by power is installed in the sink groove, The bottom end of the drive gear is engaged and connected to the first electric machine by power, the outer surface of the first electric machine is fixedly fitted to the inner fixed wall of the first housing, and an inclined guide base is placed on the top of the rotary base. A second casing that is fixedly installed and extends upward is installed on the main body on the left side of the first casing, and a first opening is provided between the second casing and the first casing. And the helical part rotates and engages and is connected in the first casing, and the first main body in the main casing on the upper side of the first casing. A housing is installed, a polishing tube is placed in communication between the first supply housing and the first housing, and an inclination is provided between the extended end of the top of the second housing and the first supply housing. A passage pipe is provided in communication, a second supply casing is installed in the seed aircraft on the right side of the first casing, and a second passage opening is provided between the second supply casing and the first casing. Is installed in a continuous manner, a conical polishing housing is communicated and installed in the main body below the second supply housing, and a fitting groove extending to the left is installed on the right end surface of the main body, The insertion groove is on the lower side of the conical polishing housing, and a discharge port is provided between the conical polishing housing and the insertion groove, and the main body on the upper side of the first supply housing A drive housing extending in the left-right direction is installed, and an extension end on the left side of the drive housing is opposed to a top portion of the second housing, and an extension end on the right side of the drive housing Is opposed to the top of the second supply housing, an initial polishing component is transiently engaged and connected in the polishing tube, and a conical polishing component is transiently engaged in the conical polishing housing. A drive execution structure that engages and connects with the spiral component, the initial polishing component, and the conical polishing component by power is installed in the drive housing, around the bottom of the main body. Each of the moving parts is installed, and the moving part has a top end fixedly engaged with and connected to the end surface of the bottom of the main body, and a movement that rotates and engages and connects to the end surface of the bottom of the support leg. Including a roller, the moving roller provides convenience in movement and transportation, and the initial polishing part is composed of a spherical part inserted into the first supply housing from the top and a cylindrical part at the bottom of the spherical part, and the drive execution Structure extends left and right inside the drive housing And a second electric machine connected by power to the right end of the first rotation shaft and the left extension end of the first rotation shaft rotates with the left inner wall of the drive housing A second rotating shaft that is fixedly fitted to the inner wall on the right side of the drive housing and extends vertically to the second housing and the portion of the drive housing. A first stage wheel inserted into the drive housing is fixedly fixed by power at the extended end of the top of the second rotating shaft, and the extended end of the bottom of the second rotating shaft is A third rotating shaft is inserted into the second housing and fixedly engaged with and connected to the top end of the spiral component, and a third rotating shaft extending vertically extends between the first supply housing and the drive housing. A second stage wheel that is engaged and connected and is inserted into the drive housing at the extended end of the top of the third rotating shaft is fixedly installed by power. The extended end of the bottom of the third rotating shaft is inserted into the first supply housing and is fixedly connected to the top end of the initial polishing component, and the portion between the second supply housing and the drive housing The fourth rotating shaft is rotated and engaged and connected, and a third step wheel to be inserted into the drive housing is fixedly installed at the extended end of the top of the third rotating shaft, and the bottom of the third rotating shaft is An elongated end is inserted into the conical abrasive housing below the second supply housing and is fixedly engaged and connected to the top end of the conical abrasive component, and each of the first rotating shafts is connected to the first rotating shaft. A fourth stage car that engages and connects with the first stage car, second stage car, and third stage car is fixedly installed, and in the initial state, the first passage is connected to the first housing to the maximum extent. At the same time, when the second mouth is completely sealed and the ceramic powder is processed, Rotate the rotating shaft, rotate the fourth stage car by the first rotating axis, and then rotate the first stage car, the second stage car and the third stage car respectively by the fourth stage car, The first stage wheel rotates the second rotating shaft and the spiral part at the bottom of the second rotating shaft, and simultaneously the second stage wheel rotates the third rotating shaft and the initial polishing part at the bottom of the third rotating shaft. Sometimes the spiral part moves the raw material in the second housing to the inclined street tube, and then the raw material slides through the inclined street tube into the first supply housing, at which time the initial polishing operation begins with the initial abrasive component, Then, the raw material falls into the first housing through the gap between the initial polishing component and the polishing tube, and at the same time, reaches the first passageway with the guide of the inclined guide base, enters the second housing again, and what is on it The polishing operation was repeated several times, and the initial polishing was completed. Sometimes, the drive gear is rotated by the first electric machine, the ring gear, the rotary table, and the tilt guide table are rotated by the drive gear, and when the second passage is in maximum communication with the first housing, The platform is completely sealed and connected, and then the second electric machine is continuously rotated, and the raw material in the second housing is moved to the inclined street pipe by the spiral component, and then the raw material passes through the inclined street pipe. Slip into the first supply housing and then fall into the first housing through the polishing tube, then slide into the second supply housing with the guide of the inclined guide stand, at this time, the fourth car and the fourth car with the third car The conical abrasive part at the bottom of the car is advanced for the second fine grinding operation.

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