CN203994152U - Multifunctional ceramic roller head machine - Google Patents
Multifunctional ceramic roller head machine Download PDFInfo
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- CN203994152U CN203994152U CN201420414770.6U CN201420414770U CN203994152U CN 203994152 U CN203994152 U CN 203994152U CN 201420414770 U CN201420414770 U CN 201420414770U CN 203994152 U CN203994152 U CN 203994152U
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- 230000005540 biological transmission Effects 0.000 description 4
- 238000004519 manufacturing process Methods 0.000 description 4
- 239000007769 metal material Substances 0.000 description 4
- 238000000034 method Methods 0.000 description 4
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Abstract
Multifunctional ceramic roller head machine, belongs to ceramic rolling forming device field.Described support (1) top is provided with roller-head (3), described roller-head (3) moves up and down along column (2) under longitudinal moving mechanism (16) drives, and there is with the mould (9) being arranged on support (1) action that mutually embeds or depart from, it is characterized in that: described column (2) bottom is provided with laterally large stroke by mold mechanism (7), column (2) lower end is connected and fixed by the movable part of mold mechanism (7) with laterally large stroke, roller-head (3) column (2) and laterally large stroke realize horizontal cross in mould (9) top under by the drive of mold mechanism (7) and move.The utility model has been realized the front and back rectilinear movement above support of roller-head that column top connects, has changed roller-head with respect to the withdrawing mode of stepping down before and after mold base; Can synchronously realize the automatic die sinking of mould, finally reach the object of the base substrate of easily taking.
Description
Technical field
Multifunctional ceramic roller head machine, belongs to ceramic rolling forming device field.
Background technology
At present, Ceramic hydraulic machine both domestic and external is all that model and roller-head two articles rotate simultaneously, and roller-head is slightly slower than the rotating speed of model, relies on the rotation of roller-head and model two articles to roll, and the clod that contains a certain amount of moisture is made into base substrate.Roller head machine has been made significant contribution in the pottery method of moulding is produced, suitable especially circular dishware and the moulding of former method, but in application practice, finding, because the unreasonable of own structure can't meet many-sided forming requirements, still there is following defect in existing roller head machine:
One, the mould of existing roller head machine adopts integrated plaster mold to make, realize moulding by the roll extrusion between roller-head and mould, but after process finishing, remove roller-head by needs, mold integral is taken off or adopt other aids the molding blank in mould could be taken out, waste time and energy, the serious production efficiency that affects;
Two, the roller-head of existing roller head machine can not be realized multi-faceted moving freely, the rectilinear movement direction of roller-head is very limited, further limit the mode that mould or base substrate take out, although also the roller-head of some roller head machine can be realized the moving up and down of vertical direction, after all the effects limit such as the height of integral device and the space of factory building mobile scope.
Therefore, need to develop at present one and can realize the multi-faceted flexible movement of roller-head, can realize again mould automatic mold splitting, the roller head machine that base substrate takes out flexibly.
Summary of the invention
Technical problem to be solved in the utility model is: overcome the deficiencies in the prior art, provide a kind of and can realize the multi-faceted flexible movement of roller-head, can realize again the automatic mold splitting of mould and base substrate, the multifunctional ceramic roller head machine that base substrate takes out flexibly.
The utility model solves the technical scheme that its technical problem adopts: this multifunctional ceramic roller head machine, comprise support, column and longitudinal moving mechanism, described support top is provided with roller-head, described roller-head moves up and down along column under longitudinal moving mechanism drives, and there is with the mould being arranged on support the action that mutually embeds or depart from, it is characterized in that: described column bottom is provided with laterally large stroke by mold mechanism, column lower end is connected and fixed by the movable part of mold mechanism with laterally large stroke, roller-head column and laterally large stroke above mould, realize horizontal cross under by the drive of mold mechanism and move.
Laterally large stroke by being arranged on column bottom is by mold mechanism; realize the horizontal rectilinear movement above support of roller-head that column top connects; change roller-head with respect to the withdrawing mode of stepping down before and after mold base, changed the taking-up mode of mould, realized the object of the base substrate of easily taking.
Preferably, described laterally large stroke is hydraulic pressure ejecting mechanism by mold mechanism, and transverse shifting stroke distances is more than or equal to mould maximum radius and roller-head maximum radius sum.
Concrete; described laterally large stroke comprises horizontal slide rail and horizontal hydraulic cylinder by mold mechanism; horizontal hydraulic cylinder main body is fixedly mounted on the top right side of support, and the piston rod end of horizontal hydraulic cylinder connects column bottom, and column basal sliding is arranged on horizontal slide rail.
Distance is more than or equal to mould maximum radius and roller-head maximum radius sum, can ensure after base substrate completion of processing, and the taking-up space of abdicating stroke and meet mould of roller-head, is convenient to the smooth taking-up of mould.
The movement of the piston rod by hydraulic cylinder drives moving forward and backward of column, is convenient to control, and can ensure again the stationarity that column moves; In addition, hydraulic cylinder also can adopt screw mechanism to replace.
Described mould is mould lobe assembled structure, realizes the demoulding by mould lobe cracking.
Further, described mould comprises the Chu of mold center center fixed head, be wrapped in the polylith mould lobe of fixed head outside, center and be set in the mold base of mould lobe outside, polylith Mo Banyu center fixed head encloses and is combined into complete forming cavity, and the appearance and size that mold base inner chamber and polylith mould lobe are spelled after composing type matches.
Mould adopts metal material to be made, mould is improved to the assembled structure that can split into polylith mould lobe by integral type plaster mold before, has first solved plaster mold in the past easily and base substrate sticks together, need to take out together, the trouble of separating again after drying and processing, has reduced labour intensity.
The appearance and size that mold base inner chamber and mould are spelled after composing type matches, drop on mold base under mould in time, mold base inwall possesses good fixing constraint effect to the polylith mould lobe of mould, ensure that polylith mould lobe spelling group is closely integrated, guarantee the globality of mould, for the machine-shaping of base substrate provides strong guarantee, simultaneously, in the time of mould separating mold base, can be pushed out smoothly again.
Mould lobe is preferably provided with three that divide equally.The preferred form that adopts three mould lobes, also can adopt two that divide equally, or two above forms, and shape and the manufacture craft of the base substrate that the concrete number of mould lobe can be processed according to actual needs decide.
Further, described mould lobe bottom is connected with center fixed head bottom by Mo Ban bindiny mechanism, drives separation or the combination of polylith mould lobe by Mo Ban bindiny mechanism.
Further, described Mo Ban bindiny mechanism is linkage, comprises hinge and connecting rod, and hinge is fixedly mounted on the fixed head of center, and hinge is fixedly connected with the bottom inside of polylith mould lobe by connecting rod outer end.
Further, described mould also comprises an ejecting mechanism with dynamic model lobe and mold base generation relative displacement.
Can rely on mold bottom setting on eject mechanism, realize mould and can synchronously realize the automatic die sinking of mould in the time upwards being ejected, finally reach the object of the base substrate of easily taking.
Further, described ejecting mechanism is one upwards to promote to eject mechanism on the hydraulic pressure of mould lobe break away from moulds base, on described hydraulic pressure, eject mechanism comprise knock-pin, fork, fixed block and on push away hydraulic cylinder, knock-pin top is fixedly connected with mold bottom center, bottom contact connects the fork outer end that can drive it to move up and down, fork middle part is arranged on support antetheca by fixed block, the fork other end through support antetheca be fixedly connected with can drive its swing above push away hydraulic cylinder.
After base substrate completion of processing, by on eject mechanism and can easily mould upwards be released, polylith mould lobe relies on the hinged of hinge under the effect of self gravitation, rotate, mould automatic die sinking, base substrate is emerging on the center fixed head at mould top automatically, makes the taking-up of base substrate more convenient, take out instrument without other exclusive moulds, saved the trouble of again mould being put into.
Preferably, described fixed block is provided with the chute of allowing that fork swings up and down, the corresponding swing fulcrum that is provided with fixing fork middle part in fixed block.Rely on swinging up and down of fork, stir the lower end of knock-pin, realize moving up and down of knock-pin, thereby driven mold is realized automatic die sinking and automatically replied original position, the trouble of having saved artificial die sinking, having put mould.
Preferably, described ejecting mechanism is one upwards to promote the leading screw ejecting mechanism of mould lobe break away from moulds base, described leading screw ejecting mechanism comprises knock-pin, leading screw, cam and actuating unit, knock-pin top is fixedly connected with mold bottom center, bottom contact connects the cam that can drive it to move up and down, cam is fixedly mounted on the outer end of leading screw, leading screw middle part is arranged on support antetheca by bearing is rotating, and the leading screw other end is fixedly connected with the actuating unit that can drive its rotation through support antetheca.
Also can utilize the design feature of cam self, make cam edge rotate and contact with the bottom of knock-pin, utilize upwards ejection die of the outstanding edge of cam, realize mould automatic die sinking.
Have prior art to compare, the beneficial effect that the utility model has is:
1, increase roller-head moving direction, realizing the laterally large stroke of roller-head steps down: the laterally large stroke of the horizontal rectilinear movement of roller-head that can drive its top is set below column by mold mechanism, by horizontal large stroke by mold mechanism, realize the horizontal rectilinear movement above support of roller-head that column top connects, realize easily roller-head with respect to the withdrawing mode of stepping down before and after mold base, change the taking-up mode of mould, realized the object of the base substrate of easily taking; And can be in conjunction with longitudinal moving mechanism, roller-head can be realized the moving freely of the multiple directions such as longitudinal, horizontal, and has realized the multi-faceted flexible movement of roller-head.
2, change mould structure, improving base substrate takes out mode and reduces processing step: mould adopts metal material to be made, be improved to the assembled structure that can split into polylith mould lobe by integral type plaster mold before, first solved plaster mold in the past easily and base substrate stick together, need to take out together, the trouble of separating again after drying and processing, has reduced labour intensity; Moreover can rely on mold bottom setting on eject mechanism, realize mould and in the time upwards being ejected, can synchronously realize the automatic die sinking of mould, solve existing plaster mold overall structure and be difficult for the drawback of taking out, realize mould and in the time upwards being ejected, can synchronously realize the automatic die sinking of mould, finally reach the object of the base substrate of easily taking; Mould lobe preferably adopts the form of three mould lobes, also can adopt two that divide equally, or two above forms, shape and the manufacture craft of the base substrate that the concrete number of mould lobe can be processed according to actual needs decide, virtually expand the range of work of base substrate, applicable to the processing of the even special-shaped base substrate of various shape with take.
3, realize automatic die sinking, put mould, reduce labour intensity: after base substrate completion of processing, by on eject mechanism and can easily mould upwards be released, polylith mould lobe relies on the hinged of hinge under the effect of self gravitation, rotates mould automatic die sinking, base substrate is emerging on the center fixed head at mould top automatically, make the taking-up of base substrate more convenient, take out instrument without other exclusive moulds, saved the trouble of again mould being put into; Rely on the swinging up and down of fork, stir the lower end of knock-pin, realize moving up and down of knock-pin, thus driven mold realize automatic die sinking and automatically reply original position, the trouble of having saved artificial die sinking, having put mould, has reduced labour intensity, has saved labour.
4, on, eject mechanism and also can adopt the version of cam in conjunction with leading screw, can utilize the design feature of cam self, make cam edge rotate and contact with the bottom of knock-pin, utilize upwards ejection die of the outstanding edge of cam, realize mould automatic die sinking.
Brief description of the drawings
Fig. 1 is multifunctional ceramic roller head machine front view schematic diagram.
Fig. 2 is the view of mould while being pushed out.
Wherein: 1, support 2, column 3, roller-head 4, vertically move pedestal 5, roller-head governor motion 501, connecting plate 502, regulating tank 6, roller-head rotating shaft 7, laterally large stroke is by mold mechanism 701, horizontal slide rail 702, horizontal hydraulic cylinder 8, mold base 9, mould 901, mould lobe 902, center fixed head 10, Mo Ban bindiny mechanism 1001, hinge 1002, connecting rod 11, base substrate 12, transmission mechanism 1201, fixed disk 1202, rotating shaft 1203, connect support body 1204, drive 13, on eject mechanism 1301, knock-pin 1302, fork 1303, fixed block 1304, on push away hydraulic cylinder 14, support antetheca 15, installing plate 16, longitudinal moving mechanism 17, longitudinally hydraulic cylinder.
Detailed description of the invention
Fig. 1 ~ 2nd, the most preferred embodiment of this multifunctional ceramic roller head machine, is described further below in conjunction with 1 ~ 2 pair of this multifunctional ceramic roller head machine of accompanying drawing.
embodiment 1
With reference to accompanying drawing 1 ~ 2: multifunctional ceramic roller head machine, comprise support 1, column 2, roller-head 3, mold base 8 and longitudinal moving mechanism 16, support 1 top is provided with roller-head 3, roller-head 3 moves up and down along column 2 under longitudinal moving mechanism 16 drives, and there is with the mould 9 being arranged on support 1 action that mutually embeds or depart from, column 2 bottoms are provided with laterally large stroke by mold mechanism 7, column 2 lower ends are connected and fixed by the movable part of mold mechanism 7 with laterally large stroke, roller-head 3 column 2 and laterally large stroke above mould 9, realize horizontal cross under by the drive of mold mechanism 7 and move.
Laterally large stroke is hydraulic pressure ejecting mechanism by mold mechanism 7, and transverse shifting stroke distances is more than or equal to mould 9 maximum radius and roller-head 3 maximum radius sums, to guarantee that mould 9 can take out smoothly from mold base 8.Laterally large stroke comprises horizontal slide rail 701 and horizontal hydraulic cylinder 702 by mold mechanism 7; horizontal hydraulic cylinder 702 main bodys are fixedly mounted on the top right side of support 1; the piston rod end of horizontal hydraulic cylinder 702 connects column 2 bottoms, and column 2 basal slidings are arranged on horizontal slide rail 701.
Mould 9 adopts metal material to be made, mould 9 comprise mould 9 centers center fixed head 902, be wrapped in the polylith mould lobe 901 of center fixed head 902 outsides and be set in the mold base 8 of mould lobe 901 outsides, polylith mould Ban901Yu center fixed head 902 encloses and is combined into complete forming cavity, and the appearance and size that mold base 8 inner chambers and polylith mould lobe 901 are spelled after composing type matches.
The preferred form that adopts three mould lobes 901 of mould lobe 901, also can adopt two that divide equally, or two above forms, shape and the manufacture craft of the base substrate that the concrete number of mould lobe 901 can be processed according to actual needs decide, virtually expand the range of work of base substrate, applicable to the processing of the even special-shaped base substrate of various shape with take.
Mould lobe 901 bottoms connect by the 10Yu of Mo Ban bindiny mechanism center fixed head 902 bottoms, drive separation or the combination of polylith mould lobe 901 by Mo Ban bindiny mechanism 10.Mo Ban bindiny mechanism 10 is linkage, comprises hinge 1001 and connecting rod 1002, and hinge 1001 is fixedly mounted on center fixed head 902, and hinge 1001 is fixedly connected with the bottom inside of polylith mould lobe 901 by connecting rod 1002 outer ends.
Mould 9 also comprises an ejecting mechanism that relative displacement occurs with dynamic model lobe 901 and mold base 8.Ejecting mechanism is one upwards to promote to eject mechanism 13 on the hydraulic pressure of mould lobe 901 break away from moulds bases 8, on hydraulic pressure, eject mechanism 13 comprise knock-pin 1301, fork 1302, fixed block 1303 and on push away hydraulic cylinder 1304, knock-pin 1301 tops are fixedly connected with mould 9 places of bottom centre, bottom contact connects fork 1302 outer ends that can drive it to move up and down, fork 1302 middle parts are arranged on support antetheca 14 by fixed block 1303, fork 1302 other ends through support antetheca 14 be fixedly connected with can drive its swing above push away hydraulic cylinder 1304.Fixed block 1303 is provided with the chute of allowing that fork 1302 swings up and down, the interior corresponding swing fulcrum that is provided with fixing fork 1302 middle parts of fixed block 1303, and fork 1302, taking this swing fulcrum as rotating shaft, utilizes the principle of lever, swings.
Mould 9 adopts metal material to be made, and for splitting into the assembled structure of polylith mould lobe, the top that ejects mechanism 13 in mould 9 bottoms connections ejects end, above ejects mechanism 13 bottoms and connects support 1 bottom through after transmission mechanism.
Between roller-head 3 and longitudinal moving mechanism 16, be provided with the roller-head governor motion 5 that capable of regulating roller-head 3 swings up and down angle, roller-head governor motion 5 comprises connecting plate 501 and regulating tank 502, roller-head 3 upper outside connect connecting plate 501 by axle, connecting plate 501 is provided with the regulating tank 502 that arc arranges, and roller-head 3 upper inner connect one end can be at the slide block of regulating tank 502 interior slips.Connecting plate 501 opposite sides connect longitudinal moving mechanism 16 by vertically moving pedestal 4; longitudinal moving mechanism 16 can be and the hydraulic pressure ejecting mechanism of laterally large stroke by the same composition of mold mechanism 7; comprise a longitudinal hydraulic cylinder 17, also can adopt the other forms of travel mechanisms such as leading screw, feed rod or belt gear.
Transmission mechanism comprises fixed disk 1201, rotating shaft 1202, connects support body 1203 and drive 1204, fixed disk 1201 is fixedly mounted on the place of bottom centre of mold base 8, fixed disk 1201 is fixedly connected with rotating shaft 1202 tops of longitudinal setting by the axis hole of center, rotating shaft 1202 outsides are fixedly connected with support 1 by the connection support body 1203 of movable set, rotating shaft 1202 bottoms are by drive 1204 connecting power devices, and power set can be motor.
The hollow shaft that rotating shaft 1202 is inner hollow, knock-pin 1301 is sleeved on rotating shaft 1202 inside.
The course of work and operation principle: this multifunctional ceramic roller head machine, in the time of work, can be realized respectively roller-head 3 in longitudinal, horizontal freely moving around, and also can realize the adjustment that swings up and down angle of roller-head 3 simultaneously, can also realize the automatic open-close of mould 9.
Need to process base substrate time, drive column 2 to realize the front and back rectilinear movement of roller-head 3 by laterally large stroke by mold mechanism 7, concrete, the piston rod of horizontal hydraulic cylinder 702 is released promotion column 2 and is slided at horizontal slide rail 701, realize moving forward and backward of roller-head 3, then in like manner also can utilize longitudinal moving mechanism 16 to drive roller-head 3 to realize and moving up and down along column 2 in the vertical, roller-head 3 moves down and embeds in mould 9, contact with the blank in mould 9, roller-head rotating shaft 6 is rotated by driven by motor roller-head 3, simultaneously, mould 9 is in mold base 8, drive synchronous rotary by transmission mechanism 12, roller-head 3 is with blank generation roll extrusion and form base substrate.
After base substrate completion of processing, roller-head 3 and mold base 8 stalls, roller-head 3 moves up under the drive of longitudinal moving mechanism 16, depart from the combination with mould 9, what in startup, eject mechanism 13 above pushes away hydraulic cylinder 1304, the piston rod that above pushes away hydraulic cylinder 1304 is released downwards, promote the fork 1302 that contact connects with it, fork 1302 relies on the swing fulcrum in fixed block 1303 that swing upwards occurs, stir the bottom of the knock-pin 1301 that contact connects with it, the knock-pin 1301 being sleeved in rotating shaft 1202 moves up, mould 9 is upwards released, polylith mould lobe 901 relies on the hinged of hinge 1001 under the effect of self gravitation, rotate, polylith mould lobe 901 falls separately automatically, mould 9 automatic die sinkings, base substrate is emerging on the center fixed head 902 at mould 9 tops, now, the base substrate of directly taking, after base substrate is taken, above push away the upwards homing of piston rod of hydraulic cylinder 1304, fork 1302 is thereupon to lower swing, knock-pin 1301 moves down under the effect of self gravitation replys original position, simultaneously, mould 9 entirety also rely on the gravity of self to move down, finally be returned in mold base 8, polylith mould lobe 901 encloses mould 9 bodies with center fixed head 902 again.
The whole operation of taking, resetting is without other exclusive mould 9 taking-up instruments, and saved the trouble of again mould 9 being put into; Rely on swinging up and down of fork 1302, stir the lower end of knock-pin 1301, realize moving up and down of knock-pin 1301, thereby driven mold 9 is realized automatic die sinking and is automatically replied original position, the trouble of having saved artificial die sinking, having put mould, has reduced labour intensity, has saved labour.
embodiment 2
Ejecting mechanism is one upwards to promote the leading screw ejecting mechanism of mould lobe 901 break away from moulds bases 8, leading screw ejecting mechanism comprises knock-pin, leading screw, cam and actuating unit, knock-pin top is fixedly connected with mould 9 places of bottom centre, bottom contact connects the cam that can drive it to move up and down, cam is fixedly mounted on the outer end of leading screw, leading screw middle part is arranged on support antetheca 14 by bearing is rotating, and the leading screw other end is fixedly connected with the actuating unit that can drive its rotation through support antetheca 14.
In the time of work, rely on the rotation band moving cam of leading screw to rotate, utilize the design feature of cam self, make cam edge rotate and contact with the bottom of knock-pin 1301, utilize upwards ejection die 9 of the outstanding edge of cam, realize mould 9 automatic die sinkings and reset.Other settings and operation principle are identical with embodiment 1.
The above, it is only preferred embodiment of the present utility model, be not the restriction of the utility model being made to other form, any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the equivalent embodiment of equivalent variations.But every technical solutions of the utility model content that do not depart from, any simple modification, equivalent variations and the remodeling above embodiment done according to technical spirit of the present utility model, still belong to the protection domain of technical solutions of the utility model.
Claims (10)
1. multifunctional ceramic roller head machine, comprise support (1), column (2) and longitudinal moving mechanism (16), described support (1) top is provided with roller-head (3), described roller-head (3) moves up and down along column (2) under longitudinal moving mechanism (16) drives, and there is with the mould (9) being arranged on support (1) action that mutually embeds or depart from, it is characterized in that: described column (2) bottom is provided with laterally large stroke by mold mechanism (7), column (2) lower end is connected and fixed by the movable part of mold mechanism (7) with laterally large stroke, roller-head (3) column (2) and laterally large stroke realize horizontal cross in mould (9) top under by the drive of mold mechanism (7) and move.
2. multifunctional ceramic roller head machine according to claim 1; it is characterized in that: described laterally large stroke is hydraulic pressure ejecting mechanism by mold mechanism (7), and transverse shifting stroke distances is more than or equal to mould (9) maximum radius and roller-head (3) maximum radius sum.
3. multifunctional ceramic roller head machine according to claim 2; it is characterized in that: described laterally large stroke comprises horizontal slide rail (701) and horizontal hydraulic cylinder (702) by mold mechanism (7); horizontal hydraulic cylinder (702) main body is fixedly mounted on the top right side of support (1); the piston rod end of horizontal hydraulic cylinder (702) connects column (2) bottom, and column (2) basal sliding is arranged on horizontal slide rail (701).
4. multifunctional ceramic roller head machine according to claim 1, is characterized in that: described mould (9) is mould lobe assembled structure, realizes the demoulding by mould lobe cracking.
5. according to the multifunctional ceramic roller head machine described in claim 1 or 4, it is characterized in that: described mould (9) comprise mould (9) center center fixed head (902), be wrapped in the outside polylith mould lobe (901) of center fixed head (902) and be set in the mold base (8) of mould lobe (901) outside, polylith mould lobe (901) encloses and is combined into complete forming cavity with center fixed head (902), and the appearance and size that mold base (8) inner chamber and polylith mould lobe (901) are spelled after composing type matches.
6. multifunctional ceramic roller head machine according to claim 5, it is characterized in that: described mould lobe (901) bottom is connected with center fixed head (902) bottom by Mo Ban bindiny mechanism (10), drives separation or the combination of polylith mould lobe (901) by Mo Ban bindiny mechanism (10).
7. multifunctional ceramic roller head machine according to claim 6, it is characterized in that: described Mo Ban bindiny mechanism (10) is linkage, comprise hinge (1001) and connecting rod (1002), it is upper that hinge (1001) is fixedly mounted on center fixed head (902), and hinge (1001) is fixedly connected with the bottom inside of polylith mould lobe (901) by connecting rod (1002) outer end.
8. multifunctional ceramic roller head machine according to claim 4, is characterized in that: described mould (9) also comprises that the ejecting mechanism of relative displacement occurs for a band dynamic model lobe (901) and mold base (8).
9. multifunctional ceramic roller head machine according to claim 8, it is characterized in that: described ejecting mechanism is one upwards to promote to eject mechanism (13) on the hydraulic pressure of mould lobe (901) break away from moulds base (8), on described hydraulic pressure, eject mechanism (13) and comprise knock-pin (1301), fork (1302), fixed block (1303) and on push away hydraulic cylinder (1304), knock-pin (1301) top is fixedly connected with place of mould (9) bottom centre, bottom contact connects can drive its fork moving up and down (1302) outer end, fork (1302) middle part is arranged on support antetheca (14) by fixed block (1303), fork (1302) other end through support antetheca (14) be fixedly connected with can drive its swing above push away hydraulic cylinder (1304).
10. multifunctional ceramic roller head machine according to claim 9, it is characterized in that: described fixed block (1303) is provided with the chute of allowing that fork (1302) swings up and down the corresponding swing fulcrum that is provided with fixing fork (1302) middle part in fixed block (1303).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420414770.6U CN203994152U (en) | 2014-07-26 | 2014-07-26 | Multifunctional ceramic roller head machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420414770.6U CN203994152U (en) | 2014-07-26 | 2014-07-26 | Multifunctional ceramic roller head machine |
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| CN203994152U true CN203994152U (en) | 2014-12-10 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108214828A (en) * | 2018-01-12 | 2018-06-29 | 钦州学院 | A kind of Nixing pottery former |
| CN109514697A (en) * | 2018-11-26 | 2019-03-26 | 怀化市嘉星陶艺文化科技有限公司 | A kind of adjustable roll-in jolly of single armed and its application method |
| CN110666935A (en) * | 2019-09-19 | 2020-01-10 | 泉州速创时代工业设计有限公司 | Ceramic rolling and clockwise-demoulding forming production line |
| CN111975945A (en) * | 2020-08-28 | 2020-11-24 | 吴德生 | Vertical special-shaped ceramic roll forming machine |
| CN112428101A (en) * | 2020-11-23 | 2021-03-02 | 上饶市迪伟商贸有限公司 | Ceramic roller press based on rotational speed regulation diameter of polishing |
| CN115401771A (en) * | 2022-09-16 | 2022-11-29 | 佛山市豪杰晟科技有限公司 | Roller press for processing ceramic blank and forming die thereof |
-
2014
- 2014-07-26 CN CN201420414770.6U patent/CN203994152U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108214828A (en) * | 2018-01-12 | 2018-06-29 | 钦州学院 | A kind of Nixing pottery former |
| CN109514697A (en) * | 2018-11-26 | 2019-03-26 | 怀化市嘉星陶艺文化科技有限公司 | A kind of adjustable roll-in jolly of single armed and its application method |
| CN110666935A (en) * | 2019-09-19 | 2020-01-10 | 泉州速创时代工业设计有限公司 | Ceramic rolling and clockwise-demoulding forming production line |
| CN111975945A (en) * | 2020-08-28 | 2020-11-24 | 吴德生 | Vertical special-shaped ceramic roll forming machine |
| CN112428101A (en) * | 2020-11-23 | 2021-03-02 | 上饶市迪伟商贸有限公司 | Ceramic roller press based on rotational speed regulation diameter of polishing |
| CN115401771A (en) * | 2022-09-16 | 2022-11-29 | 佛山市豪杰晟科技有限公司 | Roller press for processing ceramic blank and forming die thereof |
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