CN203805130U - Stirring machine for smashing, mixing and slicing clay - Google Patents
Stirring machine for smashing, mixing and slicing clay Download PDFInfo
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- CN203805130U CN203805130U CN201420121982.5U CN201420121982U CN203805130U CN 203805130 U CN203805130 U CN 203805130U CN 201420121982 U CN201420121982 U CN 201420121982U CN 203805130 U CN203805130 U CN 203805130U
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Abstract
The utility model relates to a stirring machine for smashing, mixing and slicing clay. The stirring machine comprises an electric motor, a rack, a vertical smashing and stirring mixing mechanism and a transverse auger cutting and smashing stirring mechanism. The vertical smashing and stirring mixing mechanism comprises a planet shaft gear on a planet shaft, a star shaft chain wheel, a low-speed shaft gear on a low-speed shaft, a medium-speed shaft large gear and a medium-speed shaft small gear on a medium-speed shaft, a high-speed shaft gear on a high-speed shaft, and a belt pulley of the high-speed shaft. Different amounts of stirring claws are arranged on each shaft, the high-speed shaft gear is engaged with the medium-speed shaft large gear, and the medium-speed shaft small gear is engaged with the low-speed shaft gear. The low-speed shaft is provided with a left low-speed chain wheel and a right low-speed chain wheel, and the right low-speed chain wheel is connected with the start shaft chain wheel through a chain. An auger shaft chain wheel of the transverse auger cutting and smashing stirring mechanism is connected to the left low-speed chain wheel of the low-speed shaft through a chain. A driving pulley on the output shaft of an electric motor is connected to the belt pulley of the high-speed shaft through a triangle belt, and is used for outputting power for the planet shaft and an auger shaft. The stirring machine is reasonable in structure, energy-saving and high-efficiency, the stirring and mixing are sufficient, and the cost is reduced.
Description
Technical field
The utility model relates to the building materials burned product making apparatus such as brick and tile, particularly relates to the broken hybrid slicing mixer of clay.
Background technology
As everyone knows, any product of firing all be unable to do without with mixer raw material is uniformly mixed, one of plant equipment that so mixer is brick and tile burned product production technology Raw to be equipped with, being applicable to that broken various brick-making raw materials are added to water stirs, mixes, make brick-making raw material fully humidifying, mixing, homogenizing, moisture content uniformity, to improve the processability of brick-making raw material.Along with the fast development of heavy clay industry, energy-saving soil has become people's common recognition, utilizes in a large number raw material production hollow brick, porous brick, the building-blocks such as gangue, flyash, mine tailing, slag to become the first-selection of brick and tile enterprise.It is more evenly finer and smoother that raw material stir, and guarantees its plasticity and binding ability, and the outward appearance of product, moulding just can be got well, so will pay attention to the important function of mixer in brick and tile are produced.But now the most pug mills that use of brick and tile sparetime university are also relatively backward, high cost with low efficiency, maximum deficiency is to play clay and other materials to stir, and can not broken ball clay, makes brick producing material plasticity and binding ability poor, moulding is bad.There is again machine itself design reasonable not: mutually distant between paddle; The speed of paddle rotation is slow; The angle of paddle on axle is reasonable not, forms on the whole a helix, and the short time is shifted material onto discharging opening; Obviously paddle lacks interaction force, just isolate and do manual work, and rotation slowly again, cannot make ball clay be able to broken agitating mode, raw material stir result cannot guarantee the quality of brick own, not only relates to the intensity of bad moulding, bad body, the series of problems such as dry, and especially hollow brick is after roasting, brick fragmentation many, waste of manpower, material resources, production cost significantly improve.
Utility model content
The technical problems to be solved in the utility model is, the abundant humidifying of a kind of energy, mixing, homogenizing, moisture content uniformity are provided, and guarantees that raw material plasticity and binding ability are strong, and formed product is good, the broken hybrid slicing mixer of clay reasonable in design.
The technical scheme adopting is:
The broken hybrid slicing mixer of clay, comprises that motor, frame, auger cylinder, machine shell, vertical fragmentation are uniformly mixed mechanism, horizontal auger cutting and crushing rabbling mechanism and the reciprocating mud soil-compressing plate mechanism of scraping.Described vertical fragmentation is uniformly mixed mechanism and comprises star-axis, planet axis, slow-speed shaft, middling speed axle, high speed shaft.Star-axis and planet axis by bearings on star-axis link, planet axis gear is equipped with in planet axis one end, the star-axis sprocket wheel that star-axis is equipped with star-axis gear and is integrally connected with star-axis gear, star-axis gear and the engagement of planet axis gear, and with permanent row gear-box sealing, by star-axis positioning sleeve, be fixed on frame top.One section of the centre heavy wall iron pipe that is all set with two semicircle combinations of described planet axis, slow-speed shaft, middling speed axle, high speed shaft, two semicircle heavy wall iron pipes are provided with the stirring pawl of varying number, and heavy wall iron pipe is fixed on its axle by two ends fixed disk.Slow-speed shaft right-hand member is equipped with slow-speed shaft gear, and middling speed axle right-hand member is equipped with middling speed axle gear wheel and middling speed axle pinion, and high speed shaft right-hand member is equipped with high speed shaft gear, left end is equipped with high speed shaft belt pulley.Slow-speed shaft, middling speed axle, high speed shaft are supported on frame supporting plate separately from top to bottom successively by bearings at both ends, high speed shaft gear and the engagement of middling speed axle gear wheel, middling speed axle pinion and the engagement of slow-speed shaft gear.Slow-speed shaft is positioned at bearings at both ends inner side, left and right and is separately installed with left low speed sprocket wheel and right low speed sprocket wheel, and right low speed sprocket wheel is connected by chain with described star-axis sprocket wheel.Described horizontal auger cutting and crushing rabbling mechanism is located in the auger cylinder in frame, comprises screw-conveyer-shaft, auger, screw-conveyer-shaft sprocket wheel, variable-speed shaft.Screw-conveyer-shaft is supported on frame bottom by two end axles bolster, and screw-conveyer-shaft sprocket wheel is contained in screw-conveyer-shaft left end, and screw-conveyer-shaft sprocket wheel connects the left low speed sprocket wheel of slow-speed shaft by chain.Auger is contained on screw-conveyer-shaft by radial facing core pipe box, and fix with core pipe dog screw, mangler shaft outside the screw-conveyer-shaft of auger end is set with the axle of reamer outward, and by bearings on screw-conveyer-shaft, between the outer mangler shaft front end of axle and radial facing core pipe end, for moving, coordinate and seal with sealing ring.Right-hand member screw-conveyer-shaft is provided with variable-speed shaft outward, the first variable-speed shaft gear and the second variable-speed shaft gear are housed on variable-speed shaft, corresponding screw-conveyer-shaft is provided with the first screw-conveyer-shaft gear and the second screw-conveyer-shaft gear, the first variable-speed shaft gear and the engagement of the first screw-conveyer-shaft gear, the second variable-speed shaft gear and the engagement of the second screw-conveyer-shaft gear, the outer mangler shaft of the second screw-conveyer-shaft gear connecting axle, is with reamer rotation on the outer mangler shaft of moving axis fast.The described reciprocating right side that mud soil-compressing plate mechanism is located at auger cylinder charging aperture of scraping, comprises two broom type rocking arms, cleaning shoe, soil compressing plate, link.The boomstick end of two broom type rocking arms, bearing and bearing screw axle are installed separately, two rocking arms are separately fixed to left and right radially on mud guard, broom head end is connected with three grades of cleaning shoes, major-minor soil compressing plate, link, by the turning axle, pull bar and be fixed on the lever shaft on the column that connects cylinder of the installation on screw-conveyer-shaft sprocket wheel, drive its link reciprocating.The pug being attached on three grades of cleaning shoes of radial pattern is wiped off, and the glutinous mud also auger being squeezed in to right rotation on material mouth is pressed charging aperture simultaneously.On described motor output shaft, drive pulley connects high speed shaft belt pulley by V belt, is the screw-conveyer-shaft outputting power below planet axis.
Above-mentioned high speed shaft is hollow shaft, is provided with water-supply-pipe in hollow shaft.
The installation site of above-mentioned planet axis, slow-speed shaft, middling speed axle, high speed shaft, when draw a line from axle center, from top to bottom, planet axis lower-left 36 degree are slow-speed shafts, its axle centre-to-centre spacing 280mm, slow-speed shaft bottom right 34 degree are middling speed axles, its axle centre-to-centre spacing 270mm, middling speed axle lower-left 42 degree are high speed shafts, its axle centre-to-centre spacing 340mm.
Above-mentioned machine shell is by radially mud guard and axial mud guard form, two radially mud guard weld with the frame left and right sides respectively, along with planet axis, slow-speed shaft, middling speed axle, the distribution of high speed shaft in frame, machine enclosure axis arranges to mud guard conformal, machine shell left side connects charging aperture swash plate by the straight plate of charging aperture, connects slow-speed shaft curved baffle, the fixing cleaning shoe of low axle sword shape in connection, connect high speed shaft curved baffle, connect multiple damper and form.Machine shell right side is by independently around the arc mud guard inner side of fixed star, planet axis, a row who relatively welds between stirring pawl spacing in the rows fixedly cleaning shoe connects middling speed axle curved baffle, connect three grades of Radiation mud guards and form, described all axial mud guard welds with the radially mud guard of both sides respectively.
The utility model is uniformly mixed exquisiteness, guarantees raw material plasticity and binding ability, meets the quality requirement of making hollow brick raw material, only need to be equipped with a mixer of 40 kilowatts of power, greatly save electric power resource, efficient energy-saving, reduce cost, can be extensively at brick and tile etc., fire product
Industry is applied.
Accompanying drawing explanation
Fig. 1 is external form front view of the present utility model.
Fig. 2 is the left side view of Fig. 1.
Fig. 3 is transmission shaft system assembly drawing of the present utility model.
Fig. 4 is horizontal auger cutting and crushing mixer composition of the present utility model.
Fig. 5 is the reciprocating mud soil-compressing plate mechanism figure that scrapes of the present utility model.
The specific embodiment
The broken hybrid slicing mixer of clay, comprises that motor 21, frame 1, auger cylinder 20, machine shell, vertical fragmentation are uniformly mixed mechanism, horizontal auger cutting and crushing rabbling mechanism and the reciprocating mud soil-compressing plate mechanism of scraping.Described vertical fragmentation is uniformly mixed mechanism and comprises star-axis 11, planet axis 10, slow-speed shaft 8, middling speed axle 12, high speed shaft 14 (see figure 3)s.Star-axis 11 and planet axis 10 by bearings on star-axis link, planet axis gear 28 is equipped with in planet axis 10 one end, the star-axis sprocket wheel 26 that star-axis is equipped with star-axis gear 24 and is integrally connected with star-axis gear, star-axis gear 24 and 28 engagements of planet axis gear, and seal with permanent row gear-box 25, by star-axis positioning sleeve 23, be fixed on frame 1 top, planet axis 10, slow-speed shaft 8, middling speed axle 12, high speed shaft 14 is in frame 1 installation site (see figure 1), when draw a line from axle center, from top to bottom, planet axis lower-left 36 degree are slow-speed shafts, its axle centre-to-centre spacing 280mm, slow-speed shaft bottom right 34 degree are middling speed axles, its axle centre-to-centre spacing 270mm, middling speed axle lower-left 42 degree are high speed shafts, its axle centre-to-centre spacing 340mm.Described machine shell is by radially mud guard and axial mud guard form, two radially mud guard respectively with frame 1 left and right sides welding, along with planet axis, slow-speed shaft, middling speed axle, the distribution of high speed shaft in frame, machine enclosure axis arranges to mud guard conformal, machine shell left side connects charging aperture swash plates 6 by the straight plate 7 of charging aperture, connects slow-speed shaft curved baffle 5, the fixing cleaning shoe 4 of low axle sword shape in connection, connect high speed shaft curved baffle 3, connect multiple damper 2 and form.Machine shell right side is by independently around the arc mud guard inner side of fixed star, planet axis, a row who relatively welds between stirring pawl spacing in the rows fixedly cleaning shoe 9 connects middling speed axle curved baffles 13, connect three grades of Radiation mud guards 17 and form, all axial mud guards weld with the radially mud guard of both sides respectively.Shown in Fig. 3, one section of the centre heavy wall iron pipe 35 that is all set with two semicircle combinations of described planet axis 10, slow-speed shaft 8, middling speed axle 12, high speed shaft 14, two semicircle heavy wall iron pipes 35 are provided with the stirring pawl 36 of varying number, and heavy wall iron pipe 35 is fixed on its axle by two ends fixed disk 34.Slow-speed shaft 8 right-hand members are equipped with slow-speed shaft gear 30, and middling speed axle 12 right-hand members are equipped with middling speed axle gear wheel 32 and middling speed axle pinion 31, and high speed shaft 14 right-hand members are equipped with high speed shaft gear 33, left end is equipped with high speed shaft belt pulley 19.Slow-speed shaft, middling speed axle, high speed shaft are supported on frame supporting plate separately from top to bottom successively by bearings at both ends, high speed shaft gear 33 and 32 engagements of middling speed axle gear wheel, middling speed axle pinion 31 and 30 engagements of slow-speed shaft gear.Slow-speed shaft 12 is positioned at bearings at both ends inner side, left and right and is separately installed with left low speed sprocket wheel 37 and right low speed sprocket wheel 29, and right low speed sprocket wheel 29 is connected by chain 27 with described star-axis sprocket wheel 24.Described high speed shaft 14 is hollow shaft, is provided with water-supply-pipe 56 in hollow shaft.Described horizontal auger cutting and crushing rabbling mechanism is located in the auger cylinder 20 of frame 1, comprises that screw-conveyer-shaft 16, auger 40, screw-conveyer-shaft sprocket wheel 38(are shown in Fig. 4).Screw-conveyer-shaft 16 is supported on frame 1 bottom by two ends auger support 39, and screw-conveyer-shaft sprocket wheel 38 is contained in screw-conveyer-shaft 16 left ends, and screw-conveyer-shaft sprocket wheel 38 connects the left low speed sprocket wheel 37 of slow-speed shaft 8 by chain.Auger 40 is sleeved on screw-conveyer-shaft 16 by radial facing core pipe 41, and fix with core pipe dog screw, mangler shaft 42 outside the screw-conveyer-shaft of auger end is set with the axle of reamer 43 outward, and by bearings on screw-conveyer-shaft 16, between outer mangler shaft 42 front ends of axle and radial facing core pipe 41 ends, for moving, coordinate and seal with sealing ring.Right-hand member screw-conveyer-shaft is provided with variable-speed shaft 44 outward, the first variable-speed shaft gear 46 and the second variable-speed shaft gear 45 are housed on variable-speed shaft 44, corresponding screw-conveyer-shaft 16 is provided with the first screw-conveyer-shaft gear 47 and the second screw-conveyer-shaft gear 48, the first variable-speed shaft gear 46 and the first screw-conveyer-shaft gear 47 engagements, the second variable-speed shaft gear 45 and the second screw-conveyer-shaft gear 48 engagements, the outer mangler shaft 42 of the second screw-conveyer-shaft gear 48 connecting axles, is with reamer rotation on the outer mangler shaft of moving axis fast.The described reciprocating right side that mud soil-compressing plate mechanism 18 is located at auger cylinder charging aperture of scraping, comprises that two broom type Rocker arm 4s 9, cleaning shoe 50, soil compressing plate 51, link 52(are shown in Fig. 5).The boomstick end of two broom type Rocker arm 4s 9, bearing and bearing screw axle are installed separately, two rocking arms are separately fixed to left and right radially on mud guard, broom head end is connected with three grades of cleaning shoes 50, major-minor soil compressing plate 51, link 52, by the turning axle 55, pull bar 54 and be fixed on the lever shaft 53 on the column that connects cylinder of the installation on screw-conveyer-shaft sprocket wheel 38, drive its link 52 reciprocating.The pug being attached on three grades of cleaning shoes of radial pattern is wiped off, and the glutinous mud also auger being squeezed in to right rotation on material mouth is pressed charging aperture simultaneously.On described motor 21 output shafts, drive pulley 22 connects high speed shaft belt pulleys 19 by V belt 15, is the screw-conveyer-shaft outputting power below planet axis.Described vertical fragmentation is uniformly mixed mechanism with centrifugal drying water section, by this principle of object free-falling, makes ball clay through passing through between planet axis and slow-speed shaft and middling speed axle and high speed shaft diaxon stirring pawl two-stage gap.Both realized to compound farthest tear, broken, stir, also saved the power consumption to raw material conduction simultaneously.A water-supply-pipe is installed in high speed shaft axle center, to carrying out the centrifugal water dumping of optimal 360 degree in feed stream cross section.Horizontal auger cutting and crushing rabbling mechanism, the cross conduction of its auger, makes raw material obtain optimal mixing, immersion, compacted, then by the gear driven variable-speed shaft on screw-conveyer-shaft right side, variable-speed shaft drives than screw-conveyer-shaft rotating speed screw-conveyer-shaft outer shaft, i.e. hexangle type cutter ladder and reamer faster.Utilize reamer to conducted compacted compound by auger, finally cut.Make raw material obtain broken (thickness is no more than three millimeters) thoroughly.By the stirring rod being arranged on axle outer shaft, realize the raw material after being cut by reamer is stirred to row's discharging opening again, supply with extruder, form the broken hybrid slicing mixer of clay.
Claims (4)
1. the broken hybrid slicing mixer of clay, comprise motor (21), frame (1), auger cylinder (20), machine shell, vertical fragmentation is uniformly mixed mechanism, horizontal auger cutting and crushing rabbling mechanism and the reciprocating mud soil-compressing plate mechanism of scraping, it is characterized in that described vertical fragmentation is uniformly mixed mechanism and comprises star-axis (11), planet axis (10), slow-speed shaft (8), middling speed axle (12), high speed shaft (14), star-axis (11) and planet axis (10) by bearings on star-axis link, planet axis gear (28) is equipped with in planet axis (10) one end, the star-axis sprocket wheel (26) that star-axis is equipped with star-axis gear (24) and is integrally connected with star-axis gear, star-axis gear (24) and planet axis gear (28) engagement, and seal with permanent row gear-box (25), by star-axis positioning sleeve (23), be fixed on frame (1) top, described planet axis (10), slow-speed shaft (8), middling speed axle (12), one section of the centre heavy wall iron pipe (35) that is all set with two semicircle combinations of high speed shaft (14), two semicircle heavy wall iron pipes (35) are provided with the stirring pawl (36) of varying number, heavy wall iron pipe (35) is fixed on its axle by two ends fixed disk (34), slow-speed shaft (8) right-hand member is equipped with slow-speed shaft gear (30), middling speed axle (12) right-hand member is equipped with middling speed axle gear wheel (32) and middling speed axle pinion (31), high speed shaft (14) right-hand member is equipped with high speed shaft gear (33), left end is equipped with high speed shaft belt pulley (19), slow-speed shaft, middling speed axle, high speed shaft is supported on frame supporting plate separately from top to bottom successively by bearings at both ends, high speed shaft gear (33) and middling speed axle gear wheel (32) engagement, middling speed axle pinion (31) and slow-speed shaft gear (30) engagement, slow-speed shaft (12) is positioned at bearings at both ends inner side, left and right and is separately installed with left low speed sprocket wheel (37) and right low speed sprocket wheel (29), right low speed sprocket wheel (29) is connected by chain (27) with described star-axis sprocket wheel (24), described horizontal auger cutting and crushing rabbling mechanism is located in the auger cylinder (20) of frame (1), comprise screw-conveyer-shaft (16), auger (40), screw-conveyer-shaft sprocket wheel (38), screw-conveyer-shaft (16) is supported on frame (1) bottom by two ends auger supports (39), screw-conveyer-shaft sprocket wheel (38) is contained in screw-conveyer-shaft (16) left end, screw-conveyer-shaft sprocket wheel (38) connects the left low speed sprocket wheel (37) of slow-speed shaft (8) by chain, auger (40) is sleeved on screw-conveyer-shaft (16) by radial facing core pipe (41), and fix with core pipe dog screw, mangler shaft (42) outside the screw-conveyer-shaft of auger end is set with the axle of reamer (43) outward, and by bearings on screw-conveyer-shaft (16), between outer mangler shaft (42) front end of axle and radial facing core pipe (41) end, for moving, coordinate and seal with sealing ring, right-hand member screw-conveyer-shaft is provided with variable-speed shaft (44) outward, the first variable-speed shaft gear (46) and the second variable-speed shaft gear (45) are housed on variable-speed shaft (44), corresponding screw-conveyer-shaft (16) is provided with the first screw-conveyer-shaft gear (47) and the second screw-conveyer-shaft gear (48), the first variable-speed shaft gear (46) and the first screw-conveyer-shaft gear (47) engagement, the second variable-speed shaft gear (45) and the second screw-conveyer-shaft gear (48) engagement, the outer mangler shaft (42) of the second screw-conveyer-shaft gear (48) connecting axle, reamer rotation on the outer mangler shaft of band moving axis, the described reciprocating right side that mud soil-compressing plate mechanism (18) is located at auger cylinder charging aperture of scraping, comprise two broom type rocking arms (49), cleaning shoe (50), soil compressing plate (51), link (52), the boomstick end of two broom type rocking arms (49), bearing and bearing screw axle are installed separately, two rocking arms are separately fixed to left and right radially on mud guard, broom head end is connected with three grades of cleaning shoes (50), major-minor soil compressing plate (51), link (52), by the installation on screw-conveyer-shaft sprocket wheel (38), turn axle (55), pull bar (54) and be fixed on the lever shaft (53) on the column that connects cylinder, drive its link (52) reciprocating, the pug being attached on three grades of cleaning shoes of radial pattern is wiped off, also glutinous mud auger being squeezed in to right rotation on material mouth is pressed charging aperture simultaneously, on described motor (21) output shaft, drive pulley (22) connects high speed shaft belt pulley (19) by V belt (15), is the screw-conveyer-shaft outputting power below planet axis.
2. the broken hybrid slicing mixer of clay according to claim 1, is characterized in that described high speed shaft (14), for hollow shaft, is provided with water-supply-pipe (56) in hollow shaft.
3. the broken hybrid slicing mixer of clay according to claim 1, it is characterized in that described planet axis (10), slow-speed shaft (8), middling speed axle (12), high speed shaft (14) are in frame (1) installation site, when draw a line from axle center, from top to bottom, planet axis lower-left 36 degree are slow-speed shafts, its axle centre-to-centre spacing 280mm, slow-speed shaft bottom right 34 degree are middling speed axles, its axle centre-to-centre spacing 270mm, middling speed axle lower-left 42 degree are high speed shafts, its axle centre-to-centre spacing 340mm.
4. the broken hybrid slicing mixer of clay according to claim 1, it is characterized in that described machine shell is by radially mud guard and axial mud guard form, two radially mud guard weld with frame (1) left and right sides respectively, along with planet axis, slow-speed shaft, middling speed axle, the distribution of high speed shaft in frame, machine enclosure axis arranges to mud guard conformal, machine shell left side connects charging aperture swash plate (6) by the straight plate of charging aperture (7), connect slow-speed shaft curved baffle (5), the fixing cleaning shoe (4) of low axle sword shape in connection, connect high speed shaft curved baffle (3), connecting multiple damper (2) forms, machine shell right side is by independently around fixed star, the arc mud guard inner side of planet axis, a row who relatively welds between stirring pawl spacing in the rows fixedly cleaning shoe (9) connects middling speed axle curved baffle (13), connecting three grades of Radiation mud guards (17) forms, all axial mud guards weld with the radially mud guard of both sides respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420121982.5U CN203805130U (en) | 2014-03-19 | 2014-03-19 | Stirring machine for smashing, mixing and slicing clay |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420121982.5U CN203805130U (en) | 2014-03-19 | 2014-03-19 | Stirring machine for smashing, mixing and slicing clay |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203805130U true CN203805130U (en) | 2014-09-03 |
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ID=51443933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420121982.5U Expired - Fee Related CN203805130U (en) | 2014-03-19 | 2014-03-19 | Stirring machine for smashing, mixing and slicing clay |
Country Status (1)
| Country | Link |
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| CN (1) | CN203805130U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671270A (en) * | 2017-01-06 | 2017-05-17 | 遂昌处州窑青瓷有限公司 | Ceramic clay kneading and pinching manipulator |
-
2014
- 2014-03-19 CN CN201420121982.5U patent/CN203805130U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671270A (en) * | 2017-01-06 | 2017-05-17 | 遂昌处州窑青瓷有限公司 | Ceramic clay kneading and pinching manipulator |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140903 Termination date: 20170319 |
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| CF01 | Termination of patent right due to non-payment of annual fee |