35results about How to "Improve glazing efficiency" patented technology

The invention belongs to the technical field of glaze spraying equipment, in particular to ceramic bottle internal glaze spraying equipment for process ceramic production. The ceramic bottle internalglaze spraying equipment comprises a protection support plate, wherein supporting legs are arranged at the bottom of the protection support plate, and an L-shaped supporting plate is arranged on one side of the protection support plate; a first motor is arranged at the top of the L-shaped supporting plate, and the output end of the first motor penetrates through the protection support plate. A ceramic bottle internal glaze spraying mechanism is arranged, on the one hand, storage and placement of glaze for glazing the surface of a ceramic bottle can be achieved through a material storage box, paint can be conveniently provided for glazing and spraying on the internal surface of the ceramic bottle, and meanwhile, the material storage box is used for storing the glaze so that the working amount of repeated adding of the glaze by an operator can be relieved; and on the other hand, a guide supporting cylinder can be conveniently inserted into the interior of the ceramic bottle through the mode that a transmission screw is adopted to move up and down for adjustment, and uniform glaze spraying treatment is carried out on the inner wall of the ceramic bottle by using a spherical glaze spraying joint.

The invention relates to a glazing device for artware, in particular to a glazing device for artware ceramic. The glazing device for the artware ceramic is easy to operate, high in glazing efficiencyand capable of reducing the labor intensity of workers. The glazing device for the artware ceramic comprises a bottom plate, a material loading and unloading moving mechanism and a glazing mechanism,wherein a mounting column is mounted on the bottom plate, the material loading and unloading moving mechanism is mounted on the mounting column, and the glazing mechanism is mounted at the top of thebottom plate. Ceramic can be fixed to the material loading and unloading moving mechanism through a clamping mechanism, the ceramic can be glazed through mutual cooperation of the material loading andunloading moving mechanism and the glazing mechanism, redundant glaze substances on the ceramic can be recycled through an excess material recycling structure, waste of the glaze substances is prevented, therefore, the glazing device only needs to manually place and take down the ceramic, is simple to operate and high in glazing efficiency, and reduces the labor intensity of workers.

The invention provides a rotatable automatic enameller. The rotatable automatic enameller comprises an underframe, a rotatable frame, a motor used for driving the rotatable frame to rotate, and an enamel spraying device, wherein a support used for supporting the rotatable frame is arranged on the underframe; the rotatable frame is movably connected with support; the rotatable support comprises a rotatable shaft, a plurality of ratchet and I-shaped frames; the ratchetes are arranged surrounding the rotatable shaft uniformly; one end of each ratchet is fixed onto the rotatable shaft; the other end of each ratchet is connected with each I-shaped frame; the enamel spraying device is fixed onto the underframe, and comprises an enamel box, a pump, and a plurality of spraying pipes; the inlet of the pump is communicated with the enamel box; the output of the pump is communicated with the spraying pipes. The rotatable automatic enameller can realize automatic enameling of workblanks, and can effectively increase enameling of the workblanks by separating uploading and blanking for the I-shaped frames through the rotatable I-shaped frames.

The invention provides a ceramic glazing process. The ceramic glazing process comprises the following steps that a blank is transported and grabbed; the blank is glazed; the blank is drained off; andthe blank is discharged and output. A guiding wheel outwards moves to support the blank, the blank is grabbed through cooperation of a rubber plate, then the blank is immersed in a glaze pool under the effects of a guiding rod and a limiting ring, in the glaze pool, a gear is matched with a rack a and a rack b successively to drive the blank to rotate forwards and reversely in the glaze pool, andthe technical problem that in the prior art, the ceramic blank is glazed in a smearing mode, the glaze thickness is difficult to keep consistent, and consequently the ceramic firing effect is affectedis solved.

The invention provides a bowl support type automatic glaze coating device which comprises a support, a slide block and a sucker, wherein a bowl blank is put in a groove formed in a bowl support, a transverse moving motor is used for driving a transverse moving mechanism to move a longitudinal moving mechanism to be above the bowl support, a longitudinal moving motor is used for enabling the slide block to move downward, the transverse moving mechanism and the longitudinal moving mechanism cooperate to act to allow the bowl blank to enter a glaze pool to be glazed, then the longitudinal moving mechanism allows the bowl support and bowl blank to leave the glaze water surface after glazing is finished, and the longitudinal moving mechanism and the transverse moving mechanism cooperate again to send the bowl support and the bowl blank to a transmission rack, so that the whole glazing process is finished. The bowl support type automatic glaze coating device is used for automatic glazing in production of domestic ceramics, and can be used for solving the problems that the existing glazing devices used in factories have complicated driving mechanisms, low glazing efficiency and dead angle in glazing.

The invention belongs to the technical field of coatings and discloses high-gloss and friction-resistant varnish and a preparation method thereof. The varnish is prepared from raw materials as follows: tung oil, linseed oil, cera alba, rosin modified phenolic resin, mineral oil, gel, a drying agent and an antioxidant. The varnish has the characteristics of good friction resistance, high gloss and proneness to drying, and the preparation process of the varnish has the advantages of being convenient to operate, low in cost and suitable for large-scale industrial production.

The invention belongs to the technical field of glaze spraying equipment, in particular to a glaze spraying equipment inside a porcelain bottle for craft ceramics production, comprising a protective support plate, the bottom of the protective support plate is provided with supporting legs, and one side of the protective support plate is provided with The L-shaped support plate, the top of the L-shaped support plate is provided with a first motor, and the output end of the first motor passes through the protective bracket plate. By setting the glaze spray mechanism inside the porcelain bottle, on the one hand, the storage and placement of the glaze on the surface of the porcelain bottle can be realized through the storage box, so that the glaze spraying on the inner surface of the porcelain bottle can be conveniently provided. The storage can reduce the workload of the operator to add glaze repeatedly. Another instant noodle can be easily inserted into the inside of the ceramic bottle by using the transmission screw to move up and down. The glaze spray joint is used to uniformly spray the glaze on the inner wall of the pottery bottle.

The invention provides a ceramic glazing process, which includes the following steps: transportation and grabbing of blanks, glazing of blanks, draining of blanks, and discharge of blanks. The board grabs the blank, and then the blank is immersed in the glaze pool under the action of the guide rod and the limit ring. In the glaze pool, the gear cooperates with the rack a and the rack b to drive the blank in the forward and reverse directions in the glaze pool. In the prior art, ceramic blanks are glazed by smearing, but the thickness of the glaze is difficult to keep consistent, which affects the technical problem of ceramic firing effect.

The invention belongs to the technical field of coatings and discloses high-gloss and friction-resistant varnish and a preparation method thereof. The varnish is prepared from raw materials as follows: tung oil, linseed oil, cera alba, rosin modified phenolic resin, mineral oil, gel, a drying agent and an antioxidant. The varnish has the characteristics of good friction resistance, high gloss and proneness to drying, and the preparation process of the varnish has the advantages of being convenient to operate, low in cost and suitable for large-scale industrial production.

An annular glazing line, comprising an annular conveying line, a cup edge grinding device, a roller type glaze device, a turning device and a glaze stirring device, the cup edge grinding device, the roller edge glaze device, the turning device and the glaze The material stirring devices are distributed along the annular conveying line. According to the above content, the present invention proposes an annular glazing line, which can effectively connect the functions realized by each station, thereby effectively improving the glazing efficiency of the ceramic cup.

The invention provides an electric porcelain insulator, which is obtained by glazing and firing raw materials; the raw materials include 45-50 parts by weight of calcined alumina and / or α-alumina, 15-20 parts by weight of feldspar, 5-7 parts by weight of Hubei mud and 25-30 parts by weight of ball clay. The invention provides an electric porcelain insulator and a preparation method thereof. Through the composition and proportion of a specific formula, the strength of the isostatic pressed dry body can be high enough to adapt to the glaze spraying process, thereby replacing the glaze spraying operation, not only the production process There is no dust, no pollution to the environment, and the thickness of the glaze layer is uniform, which solves the problem that the electrical performance of the product is affected by the glaze surface problem. At the same time, it can realize semi-automation, requires low operation skills, and does not need drying operation, which improves the quality of the blank. The efficiency of glazing shortens the production cycle and greatly reduces labor costs and energy costs.

The invention provides a rotatable automatic enameller. The rotatable automatic enameller comprises an underframe, a rotatable frame, a motor used for driving the rotatable frame to rotate, and an enamel spraying device, wherein a support used for supporting the rotatable frame is arranged on the underframe; the rotatable frame is movably connected with support; the rotatable support comprises a rotatable shaft, a plurality of ratchet and I-shaped frames; the ratchetes are arranged surrounding the rotatable shaft uniformly; one end of each ratchet is fixed onto the rotatable shaft; the other end of each ratchet is connected with each I-shaped frame; the enamel spraying device is fixed onto the underframe, and comprises an enamel box, a pump, and a plurality of spraying pipes; the inlet of the pump is communicated with the enamel box; the output of the pump is communicated with the spraying pipes. The rotatable automatic enameller can realize automatic enameling of workblanks, and can effectively increase enameling of the workblanks by separating uploading and blanking for the I-shaped frames through the rotatable I-shaped frames.

The invention provides a fully-automatic ceramic green body processing technology and relates to the field of ceramic product processing. The fully-automatic ceramic green body processing technology comprises the following steps that a clay strip is formed, wherein clay is extruded and conveyed through a compression pump, and the clay is extruded into a strip-shaped structure; and the clay strip is wound to form a green body, wherein 1, the produced clay strip is continuously extruded out of a nozzle of a conveying pipe through the conveying pipe and falls onto a rotating disc; and 2, at the moment, the rotating disc rotates at the uniform speed and moves horizontally back and forth, the nozzle of the conveying pipe ascends continuously, and furthermore, the nozzle of the conveying pipe and the rotating disc are in the positional relation with different time, so that the clay strip produced in step 1 is wound to form the green body on the rotating disc to form a semi-finished ceramic green body. According to the fully-automatic ceramic green body processing technology, the ceramic green body is processed in a manner that the clay strip is wound to form the green body, and the shapeand size of the ceramic green body can be controlled precisely; even if the size of the ceramic green body is excessively large, the ceramic green body cannot deform; the effect that manual processing is shifted to intelligentized automatic process is achieved; and product quality is improved, and processing efficacy is improved.

The invention relates to the field of ceramic processing, in particular to glaze spraying equipment for sanitary appliances. The glaze spraying equipment comprises a conveying abutting mechanism, a processing mechanism and a guide mechanism, wherein the processing mechanism comprises a flexible processing pipe and a plurality of spring rods, one end of the processing pipe is fixedly connected to one end of a moving block, the other end of the processing pipe is fixedly connected to the other end of the moving block, the lower ends of the spring rods are fixedly connected to the side surface ofthe processing pipe, the spring rods and the processing pipe are located on the same vertical plane, a flexible dividing strip is vertically and fixedly arranged in the processing pipe, one side of the dividing strip and the inner wall of the processing pipe define a glaze spraying cavity, the other side of the dividing strip and the inner wall of the processing pipe define a dust collection andwatering cleaning cavity, a first through hole communicating with the glaze spraying cavity is formed in the processing pipe, and a second through hole communicating with the cleaning cavity is formedin the processing pipe. According to the scheme of the glaze spraying equipment, the consistency of floating material removing operation, water spraying operation on the surfaces of blanks and glazing operation can be improved, and the processing efficiency of the ceramic sanitary appliances can be improved.

The invention discloses a rubber covered roller mounting machine head for a glazing machine. The rubber covered roller mounting machine head for the glazing machine comprises a driving sleeve, and the head of the driving sleeve is provided with a detachable mounting boss in a hexagonal prism shape and a connecting bolt. A detachable driven sleeve is arranged on the connecting bolt, and a mounting through hole is formed in each lateral wall of the mounting boss. The detachable mounting boss in the hexagonal prism shape is adopted in the rubber covered roller mounting machine head for the glazing machine, a user can mount six rubber covered rollers at the same time, and meanwhile can select the mounting bosses of different sizes according to the sizes of the rubber covered rollers, so that usability of the glazing machine is greatly improved, and glazing efficiency is improved. The rubber covered roller mounting machine head for the glazing machine is simple in structure and high in practicality.

The invention provides a post insulator glazing polishing device and its working principle, including a polishing device. The polishing device includes an upper top plate, a movable baffle, a fine polishing shaft, a lower bottom plate, a main body of a storage device, a middle polishing shaft, and a rough polishing shaft , sliding column, limit piece, screw rod and hole slot, the movable baffle is slidably connected to both sides of the lower end surface of the upper top plate, and the fine polishing shaft, middle polishing shaft and rough polishing shaft are rotatably connected to the upper top plate The lower end surface, the lower bottom plate is slidably connected to the lower end surface of the movable baffle, the main body of the storage device is slidably connected to the inside of the lower bottom plate through a sliding column, the stopper is fixedly connected to the inner side of the movable baffle, and the screw rod Rotationally connected in the limiter, the hole slot is set inside the movable baffle, and the front end of the polishing device is fixed in the middle with a touch display. The invention improves the production efficiency and quality of the post insulator, and at the same time Reduce the production cost of insulators.

The invention provides a conveying belt type box-shaped glaze dipping device which comprises a pull rod and a bowl blank, wherein a low-speed motor drives a conveying belt I and a low-speed motor II to simultaneously move, a bowl blank containing mechanism articulated with the conveying belt I and the conveying belt II limits the position of the bowl blank within a certain region, the bowl blank is glazed when the bowl blank containing mechanism is dipped in a glaze pool positioned at the bottom of an integral support frame, then the conveying belt I and the conveying belt II can take the bowl blank containing mechanism out of the glaze pool, a position sensor detects the bowl blank containing mechanism when the bowl blank containing mechanism moves to the station A, an electromagnet attracts a slide block, the slide block drives the pull rod to open a bowl cover, and a worker takes out the bowl blank, so that the integral glazing process is completed. The conveying belt type box-shaped glaze dipping device disclosed by the invention can be used for an automatic glazing procedure of a domestic ceramic production process and overcomes such defects of certain glazing devices used in a plant at present as complicated driving mechanism, low glazing efficiency and glazing dead angle.