CN205325958U - Automatic rolling machine of celadon mud embryo - Google Patents
Automatic rolling machine of celadon mud embryo Download PDFInfo
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- CN205325958U CN205325958U CN201521061652.2U CN201521061652U CN205325958U CN 205325958 U CN205325958 U CN 205325958U CN 201521061652 U CN201521061652 U CN 201521061652U CN 205325958 U CN205325958 U CN 205325958U
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- cam
- frame
- mud embryo
- eccentric shaft
- movable stand
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Abstract
The utility model relates to a ceramic machining equipment field, an automatic rolling machine of celadon mud embryo, including the frame to and feeding mechanism and the rolling mechanism of setting in the frame, rolling mechanism includes through the roll extrusion frame of eccentric shaft location in the frame to and set up the mified head on the tip before the roll extrusion frame, and be in the punching press drive arrangement in the eccentric shaft rear side frame, punching press drive arrangement includes the punching press motor to reach the main shaft by punching press motor drive, and fix at main epaxial first cam, second cam and third cam, be equipped with the sucking disc in the frame of mified head below, feeding mechanism is in between sucking disc and the mified head, through the linkage of first transmission arm, a cam drive sucking disc goes up and down between sucking disc and the first cam, the second cam links with the back tip of roll extrusion frame, the 2nd cam drive roll extrusion frame along eccentric shaft swing back and forth, through the linkage of secondary drive arm between third cam and the eccentric shaft. This equipment is adjusted conveniently, and the roll extrusion is efficient, and the roll extrusion is of high quality.
Description
Technical field
This utility model relates to Ceramic manufacturing apparatus field, particularly relates to a kind of celadon mud embryo automatic rolling machine。
Background technology
Existing ceramic molding mainly includes roll forming, compressing, injection forming and isostatic pressing etc., and wherein roll forming is usually used in the machine-shaping of pottery dish, has the advantage that molding is fast, working (machining) efficiency is high。At present, pottery roll forming many employings roller head machine, when equipment runs, milled head with hold the mud embryo mould of pug respectively around its axis rotating Vortex, mutually draw close；Pug is subject to the effect the rolling thrust mould groove extension molding along mud embryo mould。But, the structure of existing roller head machine is complicated, regulates inconvenience, rolls inefficiency, rolls second-rate。
Summary of the invention
In order to solve the problems referred to above, the purpose of this utility model is in that to provide a kind of celadon mud embryo automatic rolling machine, and this celadon mud embryo automatic rolling machine is easy to adjust, and rolling efficiency is high, and rolling quality is good。
In order to realize above-mentioned purpose, this utility model have employed following technical scheme:
A kind of celadon mud embryo automatic rolling machine, including frame, and is arranged on the feed mechanism in frame and rolling mechanism；Described rolling mechanism includes the rolling stand being positioned in frame by eccentric shaft, and is arranged on the milled head on rolling stand leading section and the punch driving device being on rear side of eccentric shaft in frame；Described punch driving device includes punching press motor, and by the motor-driven main shaft of punching press, and it is fixed on the first cam on main shaft, the second cam and the 3rd cam；Frame below described milled head is provided with sucker, and feed mechanism is between sucker and milled head；By the first transmission arm linkage between described sucker and the first cam, the first actuated by cams sucker lifting；The rearward end of the second cam and rolling stand links, and the second actuated by cams rolling stand is along eccentric shaft swing；By the second transmission arm linkage between 3rd cam and eccentric shaft。
As preferably, the middle part of described first transmission arm is hinged in the frame that the first cam is other, and the rearward end of the first transmission arm matches with the first cam, and the leading section of the first transmission arm is connected with the sucker axostylus axostyle of sucker lower end；When equipment runs, punching press motor drives the first cam rotation, first transmission arm changes with the wheel face of the first cam and rotates before and after hinged place in the middle part of it, when the big wheel face of the first cam props up the rear end of the first transmission arm, the leading section of the first transmission arm drives sucker axostylus axostyle and sucker thereon to rise。
As preferably, the rearward end of described rolling stand is provided with the roller matched with the second cam, roller and the second cam and offsets。
As preferably, the wheel body side surface of described 3rd cam is provided with cam path along its edge, and the rearward end of the second transmission arm is positioned in cam path, and the leading section of the second transmission arm is socketed in eccentric shaft end。After punching press completes, owing to punching press motor drives the 3rd cam rotation, the rearward end of the second transmission arm is at the cam path of the 3rd cam, so that the 3rd cam drives eccentric shaft turns by the second transmission arm, driving rolling stand to advance in eccentric shaft turns process a bit of, milled head departs from rapidly molded mud embryo bowl。
As preferably, described rolling stand includes support body pedestal, and slide anteroposterior is arranged on the first movable stand on support body pedestal, and longitudinal sliding motion is arranged on the second movable stand on the first movable stand；Described support body pedestal is positioned in frame by eccentric shaft, and support body pedestal can overturn before and after eccentric shaft；Described second movable stand and the first movable stand are by dovetail groove shiding matching, and milled head is fixed on the second movable stand；By dovetail groove shiding matching between first movable stand and support body pedestal, the first movable stand being provided with adjusting screw rod, support body pedestal is provided with the threaded block being meshed with adjusting screw rod, and the first movable stand is slided by adjusting screw rod adjustment and positions。Before equipment runs, the position of milled head requires over rolling stand and debugs, and vertically moves real in-site mixing machine especially by the movable of the first movable stand and the second movable stand。
As preferably, described second movable stand being fixed with rolling motor, roll motor and rotated by belt drives milled head end。
As preferably, described feed mechanism includes the conveyer device being arranged in frame, and is arranged on the multiple mud embryo moulds on circulating conveyor；Described circulating conveyor includes toothed chain and the fluted disc of the transmission that is meshed with toothed chain, and for driving the feeding motor of fluted disc, feeding motor drives toothed chain circulation conveying by fluted disc。
As preferably, the inside of described mud embryo mould is provided with mould groove, and the bottom land center of mould groove is provided with storing mouth。During feeding, pug is extruded cutting knife by pug extruder and is cut the appropriate storing mouth to mud embryo mould；During rolling, milled head with hold the mud embryo mould of pug respectively around its axis rotating Vortex, mutually draw close；Pug is subject to the effect the rolling thrust mould groove extension molding along mud embryo mould。
As preferably, the frame in described milled head downstream being provided with drying baker, mud embryo mould circulates through drying baker；Mud embryo bowl after roll forming is sent into drying forming in drying baker by feed mechanism。
This utility model adopts technique scheme, and celadon mud embryo automatic rolling machine is easy to operate, control accuracy is high, movement velocity is fast, reliability is high for this。This machine is in mud embryo roll-forming process, and feed mechanism carries pug and transports the underface of milled head, and punching press motor drive shaft rotates, and the first cam on main shaft drives sucker to rise by the first transmission arm, and sucker just holds up pug；Being leaned forward by the second actuated by cams rolling stand, under milled head, general who has surrendered's pug is squeezed into mud embryo bowl shape, and the time of extruding pug is 3s。After having rolled, the 3rd cam drives eccentric shaft deflection by the second transmission arm, and rolling stand leans forward and makes milled head depart from rapidly molded mud embryo bowl；The little wheel face of the second cam coordinates with rolling stand, rolling stand hypsokinesis, and milled head rises；First cam drives sucker decline to reset by the first transmission arm, circulate subsequently into the next one, this cyclic process lasts 7s, it is suitable for the production in enormous quantities on factory lines, and relative program and parameter can be changed at any time neatly according to the change of workpiece and motion process requirements, adapt to different state of the art。
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model。
Fig. 2 is the structural representation of mud embryo mould。
Fig. 3 is the linkage schematic diagram of sucker and the first cam。
Fig. 4 is the linkage schematic diagram of the 3rd cam and eccentric shaft。
Detailed description of the invention
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in further detail。
A kind of celadon mud embryo automatic rolling machine as shown in Fig. 1 ~ Fig. 4, including frame 1, and is arranged on the feed mechanism in frame 1, rolling mechanism and drying baker 2。Described feed mechanism includes the conveyer device being arranged in frame 1, and is arranged on the multiple mud embryo moulds 31 on circulating conveyor；Described circulating conveyor includes toothed chain 32 and the fluted disc 33 of the transmission that is meshed with toothed chain 32, and for driving the feeding motor of fluted disc 33, feeding motor drives toothed chain 32 circulation conveying by fluted disc 33。The inside of described mud embryo mould 31 is provided with mould groove 311, and the bottom land center of mould groove 311 is provided with storing mouth 312。Described drying baker 2 is in above the mud embryo mould 31 in milled head downstream, and the mud embryo bowl after roll forming is sent into drying forming in drying baker 2 by feed mechanism。
Described rolling mechanism includes rolling stand, and is arranged on the milled head 5 in rolling stand, and drives the rolling motor 6 of milled head 5 rotation, and for driving the punch driving device of milled head 5 punching press。Described rolling stand includes support body pedestal 41, and is slidably arranged in the first movable stand 42 on support body pedestal 41, and is slidably arranged in the second movable stand 43 on the first movable stand 42。Described support body pedestal 41 is positioned in frame 1 by eccentric shaft 44, and support body pedestal 41 can overturn before and after eccentric shaft 44。By dovetail groove shiding matching between first movable stand 42 and support body pedestal 41, the first movable stand 42 can support body pedestal 41 slide anteroposterior relatively；And first be provided with adjusting screw rod 45 on movable stand 42, support body pedestal 41 is provided with the threaded block 46 being meshed with adjusting screw rod 45, and the first movable stand 42 is adjusted by adjusting screw rod 45 and slides and position。Described second movable stand 43 and the first movable stand 42 are by dovetail groove shiding matching, and the second movable stand 43 can relative first movable stand 42 longitudinal sliding motion。Described milled head 5 and rolling motor 6 are fixed on the second movable stand 43, roll motor 6 and are rotated by belt drives milled head 5 end。The position of milled head 5 can be debugged by said structure before equipment runs, and vertically moves real in-site mixing machine especially by the movable of the first movable stand 42 and the second movable stand 43。
Described punch driving device includes punching press motor 71, and the main shaft 72 in frame 1 it is positioned at by bearing, and it is fixed on the first cam the 73, second cam 74 and the 3rd cam 75 on main shaft 72, punching press motor 71 drives and connects main shaft 72, and main shaft 72 and milled head 5 are respectively at the both sides, front and back of eccentric shaft 44。The frame 1 of described milled head 5 lower end is provided with sucker 8, is provided with stamping station between sucker 8 and milled head 5, and feeding motor drives mud embryo mould 31 to stamping station。Described sucker 8 and the first cam 73 link；Being hinged with the first transmission arm 76 in the frame 1 that specifically described first cam 73 is other, the rearward end of the first transmission arm 76 coordinates with the first cam 73, and the leading section of the first transmission arm 76 is connected with the sucker axostylus axostyle 81 of sucker 8 lower end。When equipment runs, punching press motor 71 drives the first cam 73 to rotate, and the first transmission arm 76 changes with the wheel face of the first cam 73 and rotates before and after hinged place in the middle part of it；When the big wheel face of the first cam 73 props up the rear end of the first transmission arm 76, the leading section of the first transmission arm 76 drives sucker axostylus axostyle 81 and sucker thereon 8 to rise；When the little wheel face of the first cam 73 props up the rear end of the first transmission arm 76 or when the first cam 73 and the first transmission arm 76 do not offset, the leading section of the first transmission arm 76 drives sucker axostylus axostyle 81 and sucker thereon 8 to decline。
Described support body pedestal 41 is provided with the roller matched with the second cam 74, and the second cam 74 bogie susceptor body 41 is along eccentric shaft 44 swing, thus realizing the raising and lowering of milled head 5。Linked by the second transmission arm 77 between described 3rd cam 75 and eccentric shaft 44, the wheel body side surface of the 3rd cam 75 is provided with cam path 751 along its edge, the rearward end of the second transmission arm 77 is positioned in cam path, and the leading section of the second transmission arm 77 is socketed on eccentric shaft 44 end。After punching press completes, owing to punching press motor 71 drives the 3rd cam 75 to rotate, the rearward end of the second transmission arm 77 is at the cam path of the 3rd cam 75, so that the 3rd cam 75 drives eccentric shaft 44 to rotate by the second transmission arm 77, driving rolling stand to advance in eccentric shaft 44 rotation process a bit of, milled head 5 departs from rapidly molded mud embryo bowl。
In sum, this celadon mud embryo automatic rolling machine is easy to operate, control accuracy is high, movement velocity is fast, reliability is high。This machine is in mud embryo roll-forming process, and feed mechanism carries pug and transports the underface of milled head 5, and punching press motor 71 drive shaft 72 rotates, and the first cam 73 on main shaft 72 drives sucker 8 to rise by the first transmission arm 76, and sucker 8 just holds up pug；Driving rolling stand to lean forward by the second cam 74,5 times general who has surrendered's pugs of milled head are squeezed into mud embryo bowl shape, and the time of extruding pug is 3s。After having rolled, the 3rd cam 75 drives eccentric shaft 44 to deflect by the second transmission arm 77, and rolling stand leans forward and makes milled head 5 depart from rapidly molded mud embryo bowl；The little wheel face of the second cam 74 coordinates with rolling stand, rolling stand hypsokinesis, and milled head 5 rises；First cam 73 drives sucker 8 decline to reset by the first transmission arm 76, circulate subsequently into the next one, this cyclic process lasts 7s, it is suitable for the production in enormous quantities on factory lines, and relative program and parameter can be changed at any time neatly according to the change of workpiece and motion process requirements, adapt to different state of the art。
Claims (9)
1. a celadon mud embryo automatic rolling machine, including frame, and is arranged on the feed mechanism in frame and rolling mechanism；It is characterized in that: described rolling mechanism includes the rolling stand being positioned in frame by eccentric shaft, and is arranged on the milled head on rolling stand leading section and the punch driving device being on rear side of eccentric shaft in frame；Described punch driving device includes punching press motor, and by the motor-driven main shaft of punching press, and it is fixed on the first cam on main shaft, the second cam and the 3rd cam；Frame below described milled head is provided with sucker, and feed mechanism is between sucker and milled head；By the first transmission arm linkage between described sucker and the first cam, the first actuated by cams sucker lifting；The rearward end of the second cam and rolling stand links, and the second actuated by cams rolling stand is along eccentric shaft swing；By the second transmission arm linkage between 3rd cam and eccentric shaft。
2. a kind of celadon mud embryo automatic rolling machine according to claim 1, it is characterized in that: the middle part of described first transmission arm is hinged in the frame that the first cam is other, the rearward end of the first transmission arm matches with the first cam, and the leading section of the first transmission arm is connected with the sucker axostylus axostyle of sucker lower end。
3. a kind of celadon mud embryo automatic rolling machine according to claim 2, it is characterised in that: the rearward end of described rolling stand is provided with the roller matched with the second cam, roller and the second cam and offsets。
4. a kind of celadon mud embryo automatic rolling machine according to claim 3, it is characterized in that: the wheel body side surface of described 3rd cam is provided with cam path along its edge, the rearward end of the second transmission arm is positioned in cam path, and the leading section of the second transmission arm is socketed in eccentric shaft end。
5. a kind of celadon mud embryo automatic rolling machine according to claim 1, it is characterized in that: described rolling stand includes support body pedestal, and slide anteroposterior is arranged on the first movable stand on support body pedestal, and longitudinal sliding motion is arranged on the second movable stand on the first movable stand；Described support body pedestal is positioned in frame by eccentric shaft, and support body pedestal can overturn before and after eccentric shaft；Described second movable stand and the first movable stand are by dovetail groove shiding matching, and milled head is fixed on the second movable stand；By dovetail groove shiding matching between first movable stand and support body pedestal, the first movable stand being provided with adjusting screw rod, support body pedestal is provided with the threaded block being meshed with adjusting screw rod, and the first movable stand is slided by adjusting screw rod adjustment and positions。
6. a kind of celadon mud embryo automatic rolling machine according to claim 5, it is characterised in that: described second movable stand is fixed with rolling motor, rolls motor and rotated by belt drives milled head end。
7. a kind of celadon mud embryo automatic rolling machine according to claim 1, it is characterised in that: described feed mechanism includes the conveyer device being arranged in frame, and is arranged on the multiple mud embryo moulds on circulating conveyor；Described circulating conveyor includes toothed chain and the fluted disc of the transmission that is meshed with toothed chain, and for driving the feeding motor of fluted disc, feeding motor drives toothed chain circulation conveying by fluted disc。
8. a kind of celadon mud embryo automatic rolling machine according to claim 7, it is characterised in that: the inside of described mud embryo mould is provided with mould groove, and the bottom land center of mould groove is provided with storing mouth。
9. a kind of celadon mud embryo automatic rolling machine according to claim 8, it is characterised in that: being provided with drying baker in the frame in described milled head downstream, mud embryo mould circulates through drying baker。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521061652.2U CN205325958U (en) | 2015-12-17 | 2015-12-17 | Automatic rolling machine of celadon mud embryo |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521061652.2U CN205325958U (en) | 2015-12-17 | 2015-12-17 | Automatic rolling machine of celadon mud embryo |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205325958U true CN205325958U (en) | 2016-06-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521061652.2U Expired - Fee Related CN205325958U (en) | 2015-12-17 | 2015-12-17 | Automatic rolling machine of celadon mud embryo |
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| Country | Link |
|---|---|
| CN (1) | CN205325958U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105437365A (en) * | 2015-12-17 | 2016-03-30 | 丽水学院 | Automatic rolling machine for celadon mud blank |
-
2015
- 2015-12-17 CN CN201521061652.2U patent/CN205325958U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105437365A (en) * | 2015-12-17 | 2016-03-30 | 丽水学院 | Automatic rolling machine for celadon mud blank |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160622 Termination date: 20171217 |