CN109203177A - A method of porcelain is processed using porcelain manufacturing equipment - Google Patents

Abstract

The invention discloses a kind of methods that porcelain is processed using porcelain manufacturing equipment, wherein, the porcelain manufacturing equipment includes wall and the ceramics forming equipment that is set in the wall, the ceramics forming equipment includes the clay forming cavity being set in the wall, and the mechanism that rotation moulding is carried out for clay is equipped in the clay forming cavity；Present apparatus mechanism is simple, use simplicity, the moulding to clay can be realized by simple machine driving, and there can be the clay shaping frame of different sliding slots with tape swapping to carry out the purpose of the clay moulding required different sizes, greatly improve simplicity molding for clay ceramics manufacturing process early period, greatly improve the molding agility of clay, and automatically can also guarantee all to maintain certain shape before half-dried by mold is installed additional after molding clay transposition, greatly save the time.

Description

A method of porcelain is processed using porcelain manufacturing equipment

Technical field

The present invention relates to industrial technical field, specifically a kind of side that porcelain is processed using porcelain manufacturing equipment Method.

Background technique

Nowadays in ceramics manufacturing process, have greatly using manual manufacture, although handmade can reach To higher art height, but the time consumed is longer, and it is very slow to carry out moulding process to ceramics in ceramics manufacturing process Slowly, very big human input is needed, the moulding process that can not achieve ceramics automation needs to improve there are larger drawback.

Summary of the invention

Deficiency in view of the above technology, the invention proposes a kind of methods that porcelain is processed using porcelain manufacturing equipment.

The present invention is a kind of method that porcelain is processed using porcelain manufacturing equipment, wherein the porcelain manufacturing equipment includes Wall and the ceramics forming equipment being set in the wall, the ceramics forming equipment include being set in the wall Clay forming cavity is equipped with the mechanism that rotation moulding is carried out for clay in the clay forming cavity, can be by clay in the clay The purpose of the preliminary configuration for sketching the contours of ceramics is realized by rotation and the upwards method that draws high in forming cavity；Wherein, further include Match with the ceramics forming equipment and transmitting device, the transmitting device includes the transposition axis being set in the wall, when By after one-step forming at the beginning of clay, the transposer can be replaced clay by machine driving the ceramics forming equipment, and Preliminary molding clay, which is guaranteed clay before half-dried plus mold, can have enough supports to keep shape；In addition, It further include the transmission device being set in the wall, the transmission device includes the motor being set in the wall, described Transmission device can drive the movement of whole device by the power output of motor and simple machine driving, and by the pottery Porcelain molding machine matches and works with the transmitting device, to complete the molding to clay and add the purpose of mould；This method skill Art is characterized in that: the transmission device provides power for the ceramics forming equipment, so that the ceramics forming equipment rotates, and After the ceramics forming equipment is by one-step forming at the beginning of clay, the transmitting device is driven to move, enables the transmitting device It is enough to add mold for preliminary molding clay.

Preferably, include the clay forming cavity that is set in the wall in the ceramics forming equipment, the clay at Clay forming cavity is equipped in type chamber, the clay forming cavity rear wall is fixed with clay shaping base, clay forming cavity bottom Wall rotation is equipped with the clay accumulation plate drive shaft extended upwardly in the clay forming cavity, and fixation is set in the clay forming cavity Have the fixed block for being located at clay accumulation plate drive shaft upper end, be equipped in the clay forming cavity match with the fixed block and Clay accumulates plate, and the clay accumulation plate right side annular is equipped with convex block, is fixed with described in being located in the clay forming cavity Clay accumulates the clay accumulation plate in plate drive shaft and drives gear, and ring-shaped slide is formed equipped with clay on the clay shaping base Frame, the clay forming cavity rear wall are fixed with clay shaping frame sliding block, and the clay shaping frame rear end face is fixed with and institute The clay shaping frame sliding slot that clay shaping frame sliding block is slidably connected is stated, sliding, which is equipped with, on the clay shaping frame extends upwardly to institute State the clay forming blocks axis in clay forming cavity, clay shaping frame upper surface is fixed with the first jacking block, the clay at Type cavity wall is fixed with symmetrical clay molding sliding slot, be fixed in the clay forming cavity bilateral symmetry and with institute The clay forming blocks that clay molding sliding slot is slidably connected are stated, the clay forming cavity roof is fixed with symmetrical second top Slot, be fixed on the clay forming blocks axis can match with second inverted draw cut and the second jacking block, in the clay forming cavity Be fixed with positioned at clay shaping frame right side and can match with the convex block and convex block match and block, the clay forming cavity Roof rotation draws high axis equipped with what is connect with the clay forming blocks axial filament bar, is fixed in the clay forming cavity positioned at institute State the transposition driving bevel gear drawn high on axis, the clay forming cavity rear wall rotation is equipped with transposition main shaft, the clay at It is fixed in type chamber positioned at the transposition main shaft front end and is driven cone with the transposition that driving bevel gear engages that replaces Gear；It is characterized by: clay accumulation plate rotation, so that clay is able to carry out rotation, in the clay forming blocks axial direction When movement, certain shape will be sketched the contours of in the clay of rotation, so that the first one-step forming of clay.

Preferably, the transmitting device include in include setting with the clay forming cavity on the right side of transposition chamber, it is described to change Mold cavity is equipped in the chamber of position, transposition bottom of chamber wall is fixed with drive tab sliding slot, and sliding is equipped with axis on the drive tab sliding slot Supporting block, the drive tab right side are fixed with the drive tab return spring being fixedly connected with the drive tab sliding slot right wall, institute It states rotation in drive tab and is equipped with the transposition axis extended upwardly in the transposition chamber, be fixed in the transposition chamber described in being located at The bracing wire block to replace on axis, the clay forming cavity rear wall rotation are equipped with bracing wire axis, are fixed with position in the clay forming cavity In bracing wire axis front end and the bracing wire gear that is connect with the bracing wire block by bracing wire, the bracing wire axis and the main biography of transposition Moving axis by driving belt connect, it is described transposition chamber in be fixed with uniform branch it is described transposition axis outer surface transpositing plate, Be fixed on the transpositing plate can match with the convex block and convex block match and slot, be fixed in the transposition chamber be located at it is described The transposition driving gear that plate driving gear engages can be accumulated on transposition axis and with the clay, the transposition chamber rear wall extends wall Be fixed with transposition rack chamber on body, in the transposition rack chamber sliding be equipped with left end can match with the convex block and transposition tooth Item, sliding is equipped with mold block in the mold cavity, and the mold block lower end surface is fixed with extends with the transposition chamber rear wall The mold block support spring that wall body is fixedly connected, the transposition chamber roof are fixed with clay mold axial trough, the clay mold Sliding is equipped with the clay mould shaft extended downward into the transposition chamber in axial trough, and clay mould shaft right side is fixed with The clay mould shaft return spring being fixedly connected with the clay mold axial trough right wall, sliding, which is equipped with, in the transposition chamber is located at institute The clay mold stated in clay mold axial trough is just taken, and the clay mold has just been taken end face and has been fixed with and the clay mould shaft The clay mold rods return spring being fixedly connected is fixed in the transposition chamber and has just taken down the viscous of end positioned at the clay mold Clay model has adsorption plate, and the clay mold adsorption plate upper surface is fixed with mandril, and the clay mold adsorption plate lower end surface is inhaled With clay fixing mould, the transposition chamber roof be fixed with can match with the mandril and mandril match and block；Its feature exists In transposition axis rotation, drive the transpositing plate and the clay accumulate plate match and, so that clay accumulation plate replaces, and The transposition rack gear and the clay accumulation plate match and, transposition rack drives institute clay fixing mould moves downward, at The clay of type match and.

Preferably, the transmission device includes the motor for being set to the clay forming cavity bottom wall, the clay forming cavity In be equipped with the motor shaft that connect with the motor power, be fixed on the motor shaft in the clay forming cavity and with The clay accumulation plate drives the driving gear of gear engagement, and spline connection is located at described draw high on axis in the clay forming cavity The second transmission gear, be fixed on second transmission gear can match with first jacking block and the first inverted draw cut, it is described The first transmission gear for being fixed in clay forming cavity on the motor shaft and being engaged with second transmission gear, institute It states sliding in transposition chamber and is equipped with the rack bar pedestal being located on the transposition axis, the transposition bottom of chamber wall rotation is equipped with transposition driving Axis, the transposition being fixed in the transposition drive shaft in the transposition chamber drive gear, and the transposition chamber rear wall slides Be fixedly connected equipped with left end with the rack bar pedestal and with it is described transposition sliding tooth wheel gear rack gear match and rack gear (sliding slot exists Be not marked in figure) it is described transposition chamber in be fixed with positioned at it is described transposition drive shaft top transposition driving bevel gear, it is described to change Position chamber rear wall rotation is equipped with transposition chamber axis, be fixed in the transposition chamber positioned at the transposition chamber axis front end and with the transposition Driving bevel gear engagement and the transposition chamber driving bevel gear hinged with the transposition rack gear, the transposition chamber roof rotation, which is equipped with, changes Position transmission shaft, is fixed with positioned at the transposition transmission shaft lower end and nibbles with the transposition chamber driving bevel gear in the transposition chamber The clay mold drive bevel gear of conjunction, it is described transposition chamber in be fixed with positioned at it is described transposition transmission shaft on thrust rod gear, institute State transposition chamber rear wall sliding be equipped with match with the thrust rod gear rack-and-pinion and Push Rod Rack (sliding slot in figure feed mark) institute State transposition chamber in be fixed with positioned at the Push Rod Rack left end and match with the clay mould shaft and clay mould shaft push rod；

It is characterized by: the motor drives the motor shaft rotation, output power in the clay molding machine, so that Mechanism kinematic in the clay forming cavity, and by one-step forming at the beginning of clay, and matching and be driven so that institute by rack-and-pinion Clay accumulation plate transposition is stated, installs clay fixing mould additional.

In conclusion present apparatus mechanism is simple, using simplicity, can be realized by simple machine driving to clay Moulding, and can have with tape swapping the clay shaping frame of different sliding slots come carry out to different sizes require clay moulding purpose, Simplicity molding for clay ceramics manufacturing process early period is greatly improved, it is molding quick to greatly improve clay Property, and automatically can also guarantee all to maintain certain shape before half-dried for mold is installed additional after molding clay transposition, Greatly save the time.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is a kind of overall structure diagram of method that porcelain is processed using porcelain manufacturing equipment of the invention；

Fig. 2 is structural schematic diagram at A-A in Fig. 1；

Fig. 3 is structural schematic diagram at B-B in Fig. 1.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting State, can it is equivalent by other or have similar purpose alternative features replaced.That is, unless specifically stated, each feature is An example in a series of equivalent or similar characteristics.

As shown in Figure 1-3, apparatus of the present invention are a kind of methods for processing porcelain using porcelain manufacturing equipment, wherein should Porcelain manufacturing equipment includes wall 10 and the ceramics forming equipment that is set in the wall 10, the ceramics forming equipment packet The clay forming cavity 79 being set in the wall 10 is included, is equipped in the clay forming cavity 79 and carries out rotation moulding for clay Clay to realize can be sketched the contours of ceramics by rotation and the upwards method that draws high in the clay forming cavity 79 by mechanism The purpose of preliminary configuration；Wherein, further include match with the ceramics forming equipment and transmitting device, the transmitting device include set The transposition axis 61 being placed in the wall 10, after the ceramics forming equipment is by one-step forming at the beginning of clay, the transposer Clay can be replaced by machine driving, and preliminary molding clay is added into mold to guarantee that clay can before half-dried There are enough supports to keep shape；In addition, further including the transmission device being set in the wall 10, the transmission device packet The motor being set in the wall 10 is included, the transmission device can pass through the power output and simple machine driving of motor To drive the movement of whole device, and the ceramics forming equipment is matched and worked with the transmitting device, to complete to viscous The molding of soil and the purpose for adding mould.

It valuably, include the clay forming cavity 11 being set in the wall 10 in the ceramics forming equipment, it is described viscous Clay forming cavity 79 is equipped in earth forming chamber 11,11 rear wall of clay forming cavity is fixed with clay shaping base 36, described The rotation of 11 bottom wall of clay forming cavity is equipped with the clay accumulation plate drive shaft 37 extended upwardly in the clay forming cavity 79, described The fixed block 32 positioned at clay accumulation 37 upper end of plate drive shaft, the clay forming cavity are fixed in clay forming cavity 79 Be equipped in 79 match with the fixed block 32 and clay accumulation plate 54, clay accumulation 54 right side annular of plate is equipped with convex block 52, the clay accumulation plate driving gear in clay accumulation plate drive shaft 37 is fixed in the clay forming cavity 11 38, ring-shaped slide is equipped with clay shaping frame 29 on the clay shaping base 36, and 11 rear wall of clay forming cavity is fixed with Clay shaping frame sliding block 80,29 rear end face of clay shaping frame is fixed with to be slidably connected with the clay shaping frame sliding block 80 Clay shaping frame sliding slot 81, on the clay shaping frame 29 sliding be equipped with extend upwardly to it is viscous in the clay forming cavity 11 Earth forming block axis 33,29 upper surface of clay shaping frame are fixed with the first jacking block 27, and 79 inner wall of clay forming cavity is solid Surely be equipped with symmetrical clay and form sliding slot 30, be fixed in the clay forming cavity 79 bilateral symmetry and with the clay The clay forming blocks 31 that molding sliding slot 30 is slidably connected, 79 roof of clay forming cavity are fixed with symmetrical second top Slot 26, be fixed on the clay forming blocks axis 33 can match with second inverted draw cut 26 and the second jacking block 78, the clay Be fixed in forming cavity 79 positioned at 29 right side of clay shaping frame and can match with the convex block 52 and convex block match and block 51,11 roof of clay forming cavity rotation be equipped with connect with 33 screw rod of clay forming blocks axis draw high axis 13, it is described to glue It is fixed in earth forming chamber 11 and is located at the transposition driving bevel gear 14 drawn high on axis 13,11 rear wall of clay forming cavity Rotation is equipped with transposition main shaft 16, be fixed in the clay forming cavity 11 positioned at 16 front end of transposition main shaft and The transposition drive bevel gear 15 engaged with the transposition driving bevel gear 14.

Valuably, the transmitting device include in include setting with 11 right side of the clay forming cavity transposition chamber 72, institute It states in transposition chamber 72 and is equipped with mold cavity 71,72 bottom wall of transposition chamber is fixed with drive tab sliding slot 40, the drive tab sliding slot Sliding is equipped with drive tab 41 on 40, and 41 right side of drive tab is fixed with to be fixedly connected with 40 right wall of drive tab sliding slot Drive tab return spring 45, rotation is equipped with the transposition axis 61 extended upwardly in the transposition chamber 72 in the drive tab 41, The bracing wire block 60 being fixed on the transposition axis 61 in the transposition chamber 72,11 rear wall of the clay forming cavity rotation are set There is bracing wire axis 28, be fixed in the clay forming cavity 11 positioned at 28 front end of bracing wire axis and pass through with the bracing wire block 60 The bracing wire gear 24 that bracing wire 58 connects, the bracing wire axis 28 are connect with the transposition main shaft 16 by driving belt 23, institute It states and is fixed with the fixation on the transpositing plate 50 of transposition 61 outer surface of axis, the transpositing plate 50 of uniform branch in transposition chamber 72 Equipped with can match with the convex block 52 and convex block match and slot 55, be fixed on the transposition axis 61 in the transposition chamber 72 And the transposition that plate driving gear 38 engages can be accumulated with the clay and drive gear 39,72 rear wall of transposition chamber extends wall body On be fixed with transposition rack chamber 56, it is described transposition rack chamber 56 in sliding be equipped with left end can match with the convex block 52 and transposition Rack gear 48, sliding is equipped with mold block 69 in the mold cavity 71, and 69 lower end surface of mold block is fixed with and the transposition chamber 72 rear walls extend the mold block support spring 70 that wall body is fixedly connected, and 72 roof of transposition chamber is fixed with clay mould shaft Slot 17, sliding is equipped with the clay mould shaft 18 extended downward into the transposition chamber 72 in the clay mold axial trough 17, described 18 right side of clay mould shaft is fixed with the clay mould shaft return bullet being fixedly connected with 17 right wall of clay mold axial trough Spring 19, it is described transposition chamber 72 in sliding be equipped be located at the clay mold axial trough 17 in clay mold just take 64, the clay Mold has just taken 64 upper surfaces to be fixed with the clay mold rods return spring 63 being fixedly connected with the clay mould shaft 18, described The clay mold adsorption plate 57 that 64 lower ends have just been taken positioned at the clay mold is fixed in transposition chamber 72, the clay mold is inhaled 57 upper surface of attached plate is fixed with mandril 59, and 57 lower end surface of clay mold adsorption plate is adsorbed with clay fixing mould 53, institute State transposition 72 roof of chamber be fixed with can match with the mandril 59 and mandril match and block 62.

Valuably, the transmission device includes the motor 35 for being set to 11 bottom wall of clay forming cavity, the clay at It is equipped with the motor shaft 12 being connected by power with the motor 35 in type chamber 11, is fixed in the clay forming cavity 11 described in being located at The driving gear 34 that plate driving gear 38 engages, spline in the clay forming cavity 11 are accumulated on motor shaft 12 and with the clay Connection is located at second transmission gear 22 drawn high on axis 13, and being fixed on second transmission gear 22 can be with described the One jacking block 27 matches the first inverted draw cut 25 of sum, be fixed in the clay forming cavity 11 on the motor shaft 12 and with it is described First transmission gear 21 of the second transmission gear 22 engagement, sliding is equipped on the transposition axis 61 in the transposition chamber 72 Rack bar pedestal 42,72 bottom wall of the transposition chamber rotation are equipped with transposition drive shaft 47, are fixed with and are located in the transposition chamber 72 Transposition in the transposition drive shaft 47 drives gear 68, and 72 rear wall of the transposition chamber sliding is equipped with left end and the rack bar bottom Seat 42 be fixedly connected and match with transposition driving 68 rack-and-pinion of gear and rack gear 46(sliding slot be not marked in figure) it is described The transposition driving bevel gear 49 positioned at transposition 47 top of drive shaft, 72 rear wall of transposition chamber are fixed in transposition chamber 72 Rotation is equipped with transposition chamber axis 75, is fixed in the transposition chamber 72 positioned at 75 front end of transposition chamber axis and is driven with the transposition The engagement of dynamic bevel gear 49 and the transposition chamber driving bevel gear 74 hinged with the transposition rack gear 48,72 roof of the transposition chamber rotation Equipped with transposition transmission shaft 20, be fixed in the transposition chamber 72 positioned at 20 lower end of transposition transmission shaft and with the transposition chamber The clay mold drive bevel gear 73 that driving bevel gear 74 engages is fixed in the transposition chamber 72 positioned at transposition transmission Thrust rod gear 67 on axis 20, it is described transposition 72 rear wall of chamber sliding be equipped with match with 67 rack-and-pinion of thrust rod gear and push rod Rack gear 66(sliding slot feeds mark in figure) be fixed in the transposition chamber 72 positioned at 66 left end of Push Rod Rack and with it is described Clay mould shaft 18 matches the clay mould shaft push rod 65 of sum.

In the following, applicant with reference to attached drawing 1-3 and will be described above and specifically to introduce a kind of using porcelain of application Manufacturing equipment is come the method for processing porcelain: under original state, the clay accumulation plate driving gear 38 and the transposition sliding tooth Wheel 39 is disengaged from, and the clay forming blocks axis 33 is located at bottom, and the transposition rack gear 48 is located at the rightmost side, the clay mould Tool axis push rod 65 offsets with the clay mould shaft 18, and the transposition axis 61 is located at the rightmost side, and the transpositing plate 50 is glued with described Mound product plate 54 be detached from and；When start-up operation, starting the motor 35, the motor 35 drives the motor shaft 12 to rotate, The motor shaft 12 drives the driving gear 34 to rotate, and the driving gear 34 drives the clay accumulation plate driving gear 38 Rotation, the clay accumulation plate driving gear 38 drive the clay accumulation plate drive shaft 37 to rotate, and the clay accumulation plate drives Moving axis 37 drives clay accumulation plate 54 to rotate, and the motor shaft 12 drives first transmission gear 21 to rotate, and described the One transmission gear 21 drives second transmission gear 22 to rotate, and second transmission gear 22, which drives, described draws high 13 turns of axis Dynamic, the axis 13 that draws high pulls up the clay forming blocks axis 33, the second jacking block 78 on the clay forming blocks axis 33 Be pulled upwardly to match with the second inverted draw cut 26 in the clay shaping frame 29 and when, the clay forming blocks axis 33 drives the clay Shaping frame 29 moves upwards, and the clay shaping frame 29 drives first jacking block 27 to move upwards, first jacking block 27 with First inverted draw cut 25 match and, first jacking block 27 will the top upwards of second transmission gear 22 so that described second is driven Gear 22 is disengaged from first transmission gear 21, so that clay is rotated and will with the excessively described clay forming blocks 31 by completion The molding purpose of clay；Second transmission gear 22 drives the axis 13 that draws high to rotate, and the axis 13 that draws high drives described change Position driving bevel gear 14 rotates, and the transposition driving bevel gear 14 drives the transposition drive bevel gear 15 to rotate, the transposition Drive bevel gear 15 drives the transposition main shaft 16 to rotate, and the transposition main shaft 16 passes through 23 band of driving belt It moves the bracing wire axis 28 to rotate, the bracing wire axis 28 drives the bracing wire gear 24 to rotate, and the bracing wire gear 24 passes through described Bracing wire 58 is by the transposition axis 61 to Zola, and when the clay shaping frame 29 moves to the top, the transposition drives gear 39 engage with clay accumulation plate driving gear 38, and the clay accumulation plate driving gear 38 drives the transposition driving gear 39 rotations, the transposition driving gear 39 drive the mandril 59 to rotate, and the transpositing plate 50 is matched with clay accumulation plate 54 Extend on wall body with and by clay accumulation plate 54 rotation to 72 rear wall of transposition chamber, the transposition axis 61 is by the tooth For item 46 to Zola, the rack gear 46 drives the transposition driving gear 68 to rotate, and the transposition driving gear 68 drives described change Position drive shaft 47 rotates, and the transposition drive shaft 47 drives the transposition driving bevel gear 49 to rotate, the transposition driving cone tooth Wheel 49 drives transposition chamber driving bevel gear 74 to rotate, and the transposition chamber driving bevel gear 74 pushes away the transposition rack gear 48 to the left, When transposition 61 return of axis, the transposition rack gear 48 matches with clay accumulation plate 54 and and the clay is accumulated plate 54 It draws to the right, the transposition chamber driving bevel gear 74 drives the clay mold drive bevel gear 73 to rotate, and the clay mold passes Dynamic bevel gear 73 drives the transposition transmission shaft 20 to rotate, and the transposition transmission shaft 20 drives the thrust rod gear 67 to rotate, institute Thrust rod gear 67 to be stated to push away the Push Rod Rack 66 to the right, the clay mold has just been taken 64 to push away to the left by the Push Rod Rack 66, The clay mold has just taken 64 to push away the clay mould shaft 18 to the left, and the mandril 59 for being is matched with the mandril and block 62 is matched Match with, the mandril and block 62 pushes down on the mandril 59, the clay fixing mould 53 for being and the clay accumulate plate Molding clay on 54 match and, to complete the purpose that clay is added to mould and fixation.

In conclusion present apparatus mechanism is simple, using simplicity, can be realized by simple machine driving to clay Moulding, and can have with tape swapping the clay shaping frame of different sliding slots come carry out to different sizes require clay moulding purpose, Simplicity molding for clay ceramics manufacturing process early period is greatly improved, it is molding quick to greatly improve clay Property, and automatically can also guarantee all to maintain certain shape before half-dried for mold is installed additional after molding clay transposition, Greatly save the time.

The basic principles, main features and advantages of the present invention have been shown and described above.The technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and what is described in the above embodiment and the description is only the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims (4)

1. a kind of method for processing porcelain using porcelain manufacturing equipment, wherein the porcelain manufacturing equipment includes wall and sets The ceramics forming equipment being placed in the wall, the ceramics forming equipment include the clay molding being set in the wall Chamber is equipped with the mechanism that rotation moulding is carried out for clay in the clay forming cavity, can be by clay in the clay forming cavity The purpose of the preliminary configuration for sketching the contours of ceramics is realized by rotation and the upwards method that draws high；Wherein, further include and the pottery Porcelain molding machine matches the transmitting device of sum, and the transmitting device includes the transposition axis being set in the wall, when the ceramics Molding machine will be after viscous just one-step forming, and the transposer can be replaced clay by machine driving, and by first one-step forming Clay can there are to guarantee clay before half-dried enough supports to keep shape plus mold；In addition, further including setting Transmission device in the wall, the transmission device include the motor being set in the wall, the transmission device energy Enough power outputs and simple machine driving by motor drive the movement of whole device, and by the ceramics forming equipment Match and work with the transmitting device, to complete the molding to clay and add the purpose of mould；The technical characteristic of this method exists In: the transmission device provides power for the ceramics forming equipment, so that the ceramics forming equipment rotates, and in the pottery Porcelain molding machine after one-step forming at the beginning of clay, will drive the transmitting device to move, and the transmitting device is enabled to be preliminary Molding clay adds mold.

2. a kind of method for processing porcelain using porcelain manufacturing equipment according to claim 1, wherein it is described ceramics at Include the clay forming cavity being set in the wall in type device, clay forming cavity is equipped in the clay forming cavity, it is described Clay forming cavity rear wall is fixed with clay shaping base, and the clay forming cavity bottom wall rotation, which is equipped with, extends upwardly to described glue Clay in earth forming chamber accumulates plate drive shaft, is fixed in the clay forming cavity and accumulates plate drive shaft positioned at the clay The fixed block of upper end, be equipped in the clay forming cavity match with the fixed block and clay accumulation plate, the clay accumulates plate Right side annular is equipped with convex block, the clay heap being fixed in clay accumulation plate drive shaft in the clay forming cavity Product plate drives gear, and ring-shaped slide is equipped with clay shaping frame on the clay shaping base, and the clay forming cavity rear wall is fixed Equipped with clay shaping frame sliding block, the clay shaping frame rear end face, which is fixed with, to be slidably connected with the clay shaping frame sliding block Clay shaping frame sliding slot, sliding is equipped with the clay forming blocks extended upwardly in the clay forming cavity on the clay shaping frame Axis, clay shaping frame upper surface are fixed with the first jacking block, and the clay molding cavity wall is fixed with symmetrical Clay forms sliding slot, and bilateral symmetry is fixed in the clay forming cavity and is slidably connected with clay molding sliding slot viscous Earth forming block, the clay forming cavity roof are fixed with symmetrical second inverted draw cut, fix on the clay forming blocks axis Equipped with can match with second inverted draw cut and the second jacking block, be fixed with positioned at the clay shaping frame in the clay forming cavity Right side and can match with the convex block and convex block match and block, the clay forming cavity roof rotation is equipped with and the clay forms The connection of block axial filament bar draws high axis, is fixed in the clay forming cavity and is located at the transposition driving cone tooth drawn high on axis Wheel, the clay forming cavity rear wall rotation are equipped with transposition main shaft, are fixed in the clay forming cavity and are located at described change Position main shaft front end and the transposition drive bevel gear engaged with the transposition driving bevel gear；It is characterized by: the clay Plate rotation is accumulated, so that clay is able to carry out rotation, when the clay forming blocks axis moves upwards, will be sketched the contours in the clay of rotation Certain shape out, so that the first one-step forming of clay.

3. a kind of method for processing porcelain using porcelain manufacturing equipment according to claim 1, wherein the transmission dress Setting includes setting and the transposition chamber on the right side of the clay forming cavity including in, is equipped with mold cavity, the transposition in the transposition chamber Bottom of chamber wall is fixed with drive tab sliding slot, and sliding is equipped with drive tab on the drive tab sliding slot, and the drive tab right side is fixed Equipped with the drive tab return spring being fixedly connected with the drive tab sliding slot right wall, rotation is equipped with and upwardly extends in the drive tab To it is described transposition chamber in transposition axis, it is described transposition chamber in be fixed with positioned at it is described transposition axis on bracing wire block, the clay The rotation of forming cavity rear wall is equipped with bracing wire axis, be fixed in the clay forming cavity positioned at bracing wire axis front end and with the drawing The bracing wire gear that line block is connected by bracing wire, the bracing wire axis is connect with the transposition main shaft by driving belt, described Uniform branch is fixed in transposition chamber in the transpositing plate of the transposition axis outer surface, being fixed on the transpositing plate can be with institute It states convex block and matches the convex block of sum and match and slot, be fixed on the transposition axis and can be accumulated with the clay in the transposition chamber Plate drives the transposition of gear engagement to drive gear, and the transposition chamber rear wall, which extends, is fixed with transposition rack chamber on wall body, institute State sliding in transposition rack chamber be equipped with left end can match with the convex block and transposition rack gear, sliding is equipped with mold in the mold cavity Block, the mold block lower end surface, which is fixed with, extends the mold block support bullet that wall body is fixedly connected with the transposition chamber rear wall Spring, the transposition chamber roof are fixed with clay mold axial trough, and sliding, which is equipped with, in the clay mold axial trough extends downward into institute The clay mould shaft in transposition chamber is stated, clay mould shaft right side is fixed with to be fixed with the clay mold axial trough right wall The clay mould shaft return spring of connection, it is described transposition chamber in sliding be equipped be located at the clay mold axial trough in clay mold It just takes, the clay mold has just taken end face and has been fixed with the clay mold rods return bullet being fixedly connected with the clay mould shaft Spring is fixed with the clay mold adsorption plate that end has just been taken down positioned at the clay mold, the clay mold in the transposition chamber Adsorption plate upper surface is fixed with mandril, and the clay mold adsorption plate lower end surface is adsorbed with clay fixing mould, the transposition Chamber roof be fixed with can match with the mandril and mandril match and block；It is characterized by: the transposition axis rotates, described in drive Transpositing plate and the clay accumulation plate match and, so that clay accumulation plate transposition, and the transposition rack gear and the clay accumulation Plate match and, transposition rack drives institute clay fixing mould moves downward, with molding clay with and.

4. a kind of method for processing porcelain using porcelain manufacturing equipment according to claim 1, wherein the transmission dress It sets the motor including being set to the clay forming cavity bottom wall, is equipped in the clay forming cavity and to be connect with the motor power Motor shaft is fixed on the motor shaft in the clay forming cavity and engages with clay accumulation plate driving gear Driving gear, spline connection is located at second transmission gear drawn high on axis in the clay forming cavity, and described second passes Be fixed on moving gear can match with first jacking block and the first inverted draw cut, be fixed with positioned at institute in the clay forming cavity The first transmission gear stated on motor shaft and engaged with second transmission gear, in the transposition chamber sliding be equipped be located at it is described The rack bar pedestal to replace on axis, the transposition bottom of chamber wall rotation are equipped with transposition drive shaft, are fixed with position in the transposition chamber Gear is driven in the transposition in the transposition drive shaft, the transposition chamber rear wall sliding is equipped with left end and the rack bar pedestal is solid Fixed connection and with the transposition sliding tooth wheel gear rack gear match and rack gear (sliding slot is being not marked in figure) the transposition chamber in consolidate Fixed to be equipped with the transposition driving bevel gear for being located at the transposition drive shaft top, the transposition chamber rear wall rotation is equipped with transposition chamber axis, It is fixed in the transposition chamber positioned at the transposition chamber axis front end and engages with the transposition driving bevel gear and changed with described The hinged transposition chamber driving bevel gear of position rack gear, the transposition chamber roof, which rotates, is equipped with transposition transmission shaft, solid in the transposition chamber It is fixed to be equipped with the clay mold drive bevel gear for being located at the transposition transmission shaft lower end and engaging with the transposition chamber driving bevel gear, The thrust rod gear being fixed on the transposition transmission shaft in the transposition chamber, the transposition chamber rear wall sliding are equipped with and institute It states thrust rod gear rack-and-pinion and matches and be fixed in described transposition chamber of Push Rod Rack (sliding slot in figure feed mark) of sum positioned at institute State Push Rod Rack left end and match with the clay mould shaft and clay mould shaft push rod；It is characterized by: the motor drives The motor shaft rotation, outputs power in the clay molding machine, so that the mechanism kinematic in the clay forming cavity, And by one-step forming at the beginning of clay, and matching and be driven so that the clay accumulates plate transposition by rack-and-pinion, it is solid to install clay additional Fixed mold.