CN105214549A - A kind of mixing apparatus - Google Patents

A kind of mixing apparatus Download PDF

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Publication number
CN105214549A
CN105214549A CN201510702334.8A CN201510702334A CN105214549A CN 105214549 A CN105214549 A CN 105214549A CN 201510702334 A CN201510702334 A CN 201510702334A CN 105214549 A CN105214549 A CN 105214549A
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China
Prior art keywords
revolve
adapt
agitator tank
main
groove
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CN201510702334.8A
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CN105214549B (en
Inventor
李强
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Zhejiang Sanlin Metals Products Co Ltd
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Zhejiang Sanlin Metals Products Co Ltd
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Abstract

The present invention relates to mechanical equipment technical field, particularly relate to a kind of mixing apparatus; Mixing apparatus of the present invention, comprise cabinet, also comprise the feed pieces of the upper end being embedded at described cabinet, be arranged at the isolated part at the middle part of described cabinet, the second hydrid component revolving the top being located at described cabinet, the second motor, the first hydrid component and the first motor; Described second hydrid component comprises agitator tank, main shaft, driving member, rotating seat, agitator tank, compressing member, inner beam, the flabellum be arranged on described inner beam, revolves the discharge baffle of the downside being located at described agitator tank and be embedded at the charge door of upside of described agitator tank; Mixing apparatus of the present invention is easy to operate, easy to adjust, and mixing efficiency is high, and mixing quality is good.

Description

A kind of mixing apparatus
Technical field
The present invention relates to mechanical equipment technical field, particularly relate to a kind of mixing apparatus.
Background technology
In screw production process, usually adopt mixing apparatus to be mixed with anticorrosive paint by screw.But traditional mixing apparatus regulates inconvenient, inconvenient operation, mixing efficiency is low, and mixing quality is poor.Therefore, need to provide a kind of easy to operate, easy to adjust, mixing efficiency is high, the measured mixing apparatus of mictoplasm.
Summary of the invention
The object of this invention is to provide a kind of mixing apparatus, solve traditional mixing apparatus and regulate inconvenient, the problem of inconvenient operation.
The technical scheme that the present invention adopts for its technical problem of solution is:
A kind of mixing apparatus, comprise cabinet, also comprise the feed pieces of the upper end being embedded at described cabinet, be arranged at the middle part of described cabinet isolated part, revolve the top being located at described cabinet the second hydrid component, revolve the end being located at described second hydrid component the second motor, revolve the first hydrid component of the bottom being located at described cabinet and revolve the first motor of the end being located at described first hydrid component;
Described second hydrid component comprises agitator tank, radial direction along described agitator tank is arranged in the main shaft in described agitator tank, revolve the driving member of the one end being located at described main shaft, revolve the rotating seat of the other end being located at described main shaft, revolve the agitator tank be located on described main shaft, revolve and be located on described main shaft and be pressed in the compressing member of the end of described agitator tank, revolve the inner beam be located in described agitator tank, be arranged at the flabellum on described inner beam, the charge door of the discharge baffle of revolving the downside being located at described agitator tank and the upside being embedded at described agitator tank.
Wherein, described agitator tank is ellipsoid shape; Be equipped with charging hole in the top of described agitator tank, described charging hole and described charge door adapt; Be equipped with floss hole in the bottom of described agitator tank, described floss hole and described discharge baffle adapt; Described discharge baffle comprises mainboard body and revolves end first articulated elements being located at described mainboard body; Described mainboard body is bending tabular;
On the inwall of described agitator tank, be arranged with locating slot, described locating slot and described inner beam adapt;
Be arranged with compression regulating tank in the side of described compressing member, described compression regulating tank and described agitator tank adapt; Described rotating seat is hemispherical, and the radial direction along described rotating seat is arranged with the first rotating drum in the inner, and described first rotating drum and described main shaft adapt.
Wherein, described first hydrid component comprise main cylinder, the side plate be arranged in described main cylinder, revolve be located at inside connecting rod between two described side plates, the driving shaft be arranged in along the radial direction of described main cylinder in described main cylinder, revolve the one end being located at described driving shaft load-carrying ring, revolve the other end being located at described driving shaft guide holder, revolve and be located on described driving shaft and be plugged in the connected fixed members in the outside of described main cylinder and revolve the rotating bottom board of the downside being located at described main cylinder;
Described main cylinder is spherical; Described driving shaft is cylindric; Described load-carrying ring is circular; Described guide holder is round table-like; The number of described side plate is 2; Concave side wall in described side plate is provided with the groove that spins; Described inside connecting rod comprises main rod body and is arranged at the installation foot of end of described main rod body, and described installation foot is spherical, and described installation foot and the described groove that spins adapt;
Described connected fixed members comprises substrate and is arranged at the shank on the end face of described substrate; In described substrate, be equipped with rotation installing port, described rotation installing port and described driving shaft adapt; Described shank is cylindric, and described shank is mutually vertical with described substrate.
Wherein, described isolated part comprises isolating cylinder, be provided with the holder of one end of described isolating cylinder, revolve the first push rod be located on described holder, be arranged at the installing rack of one end away from described holder of described first push rod, revolve the ball sealer of the end being located at described installing rack, be arranged at the chassis of the other end of described isolating cylinder, be arranged at the positioning seat on the sidewall on described chassis, be pressed in the buffering spacer on described positioning seat, the advance seat be arranged in described isolating cylinder slided, be arranged in the second push rod in described advance seat, to be sheathed on described second push rod and the propelling spring be pressed on described advance seat and the seal receptacle revolving the one end away from described advance seat being located at described second push rod.
Wherein, the end face of described holder is curved surface, is arranged with the first mounting groove in described holder, and described first mounting groove and described first push rod adapt; Described first push rod is cylindric;
In described installing rack, be arranged with first to spin groove, the described first spin groove and described ball sealer adapts; Described ball sealer is spherical; Be arranged with seal groove in one end of described seal receptacle, the sidewall of described seal groove is sphere; Described seal groove and described ball sealer adapt; Axis along described seal receptacle is equipped with first in the inner and spins hole, and the described first spin hole and described second push rod adapts; Described second push rod is cylindric;
Described chassis is discoid, and the concave side wall in described chassis is provided with the second mounting groove, and described second mounting groove and described positioning seat adapt; Be arranged with the first pressing groove in the end of described positioning seat, the sidewall of described first pressing groove is curved surface; Described first pressing groove and described buffering spacer adapt; Described buffering spacer ellipsoid shape.
Wherein, described flabellum comprise main fan body, the auxiliary flabellum be arranged on the outer wall of described main fan body, revolve the end being located at described main fan body Connection Block, revolve the sub-flabellum be located on described Connection Block, revolve the interior rotary joint be located in described main fan body, be arranged in described interior rotary joint and be rotatably connected in cross bar on described Connection Block, revolve and be located at first on described cross bar and spin part and be arranged in the described first interior push rod spun in part.
Wherein, the longitudinal section of described main fan body is oval; In described main fan body, be provided with main rotating drum, described main rotating drum and described interior rotary joint adapt; Described interior rotary joint is spherical; Radial direction along described interior rotary joint is equipped with the first installing hole in the inner, and described first installing hole and described cross bar adapt;
In the outer wall of described main fan body, be arranged with the first buckling groove, described first buckling groove and described auxiliary flabellum adapt; The outer wall of described auxiliary flabellum is curved surface; Radial direction along described main fan body is equipped with main rotating hole in its end, and described main rotating hole and described Connection Block adapt; Axis along described Connection Block is equipped with rotary actuation hole in the inner, and described rotary actuation hole and described cross bar adapt; Described cross bar is cylindric;
The longitudinal section of described sub-flabellum is fan-shaped; In described sub-flabellum, be arranged with the 3rd mounting groove, described 3rd mounting groove and described Connection Block adapt.
The invention has the advantages that:
Mixing apparatus of the present invention, comprise cabinet, also comprise the feed pieces of the upper end being embedded at described cabinet, be arranged at the middle part of described cabinet isolated part, revolve the top being located at described cabinet the second hydrid component, revolve the end being located at described second hydrid component the second motor, revolve the first hydrid component of the bottom being located at described cabinet and revolve the first motor of the end being located at described first hydrid component;
Described second hydrid component comprises agitator tank, radial direction along described agitator tank is arranged in the main shaft in described agitator tank, revolve the driving member of the one end being located at described main shaft, revolve the rotating seat of the other end being located at described main shaft, revolve the agitator tank be located on described main shaft, revolve and be located on described main shaft and be pressed in the compressing member of the end of described agitator tank, revolve the inner beam be located in described agitator tank, be arranged at the flabellum on described inner beam, the charge door of the discharge baffle of revolving the downside being located at described agitator tank and the upside being embedded at described agitator tank, mixing apparatus of the present invention is easy to operate, easy to adjust, and mixing efficiency is high, and mixing quality is good.
Accompanying drawing explanation
Fig. 1 is the front view of mixing apparatus of the present invention.
Fig. 2 is the front view of the second hydrid component of the present invention.
Fig. 3 is the front view of the first hydrid component of the present invention.
Fig. 4 is the front view of isolated part of the present invention.
Fig. 5 is the front view of flabellum of the present invention.
1-first motor; 2-isolated part; 21-holder; 22-first push rod; 23-installing rack; 24-ball sealer; 25-isolating cylinder; 26-seal receptacle; 27-second push rod; 28-advance seat; 29-propelling spring; 210-buffering spacer; 211-positioning seat; 212-chassis; 3-second motor; 4-second hydrid component; 41-agitator tank; 42-main shaft; 43-driving member; 44-inner beam; 45-flabellum; 451-assists flabellum; The main fan body of 452-; Push rod in 453-; 454-cross bar; 455-Connection Block; The sub-flabellum of 456-; 457-first spins part; Rotary joint in 458-; 46-discharge baffle; 47-rotating seat; 48-compressing member; 49-charge door; 5-feed pieces; 6-cabinet; 7-first hydrid component; 71-main cylinder; 72-side plate; 73-inside connecting rod; 74-load-carrying ring; 75-rotating bottom board; 76-guide holder; 77-driving shaft; 78-connected fixed members.
Detailed description of the invention
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, below in conjunction with diagram and specific embodiment, setting forth the present invention further.
Composition graphs 1 to Fig. 5 is described in detail to mixing apparatus of the present invention.
Mixing apparatus of the present invention, comprise cabinet 6, also comprise the feed pieces 5 of the upper end being embedded at described cabinet 6, be arranged at the middle part of described cabinet 6 isolated part 2, revolve the top being located at described cabinet 6 the second hydrid component 4, revolve the end being located at described second hydrid component 4 the second motor 3, revolve the first hydrid component 7 of the bottom being located at described cabinet 6 and revolve the first motor 1 of the end being located at described first hydrid component 7;
Described second hydrid component 4 comprises agitator tank 41, radial direction along described agitator tank 41 is arranged in the main shaft 42 in described agitator tank 41, revolve the driving member 43 of the one end being located at described main shaft 42, revolve the rotating seat 47 of the other end being located at described main shaft 42, revolve the agitator tank 41 be located on described main shaft 42, revolve and be located on described main shaft 42 and be pressed in the compressing member 48 of the end of described agitator tank 41, revolve the inner beam 44 be located in described agitator tank 41, be arranged at the flabellum 45 on described inner beam 44, the charge door 49 of the discharge baffle 46 of revolving the downside being located at described agitator tank 41 and the upside being embedded at described agitator tank 41.
Described agitator tank 41 is ellipsoid shape; Be equipped with charging hole in the top of described agitator tank 41, described charging hole and described charge door 49 adapt; Be equipped with floss hole in the bottom of described agitator tank 41, described floss hole and described discharge baffle 46 adapt; Described discharge baffle 46 comprises mainboard body and revolves end first articulated elements being located at described mainboard body; Described mainboard body is bending tabular;
On the inwall of described agitator tank 41, be arranged with locating slot, described locating slot and described inner beam 44 adapt;
Be arranged with compression regulating tank in the side of described compressing member 48, described compression regulating tank and described agitator tank 41 adapt; Described rotating seat 47 is hemispherical, and the radial direction along described rotating seat 47 is arranged with the first rotating drum in the inner, and described first rotating drum and described main shaft 42 adapt.
Described first hydrid component 7 comprises main cylinder 71, be arranged at the side plate 72 in described main cylinder 71, revolve the inside connecting rod 73 be located between two described side plates 72, radial direction along described main cylinder 71 is arranged in the driving shaft 77 in described main cylinder 71, revolve the load-carrying ring 74 of the one end being located at described driving shaft 77, revolve the guide holder 76 of the other end being located at described driving shaft 77, revolve and be located on described driving shaft 77 and be plugged in the connected fixed members 78 in the outside of described main cylinder 71 and revolve the rotating bottom board 75 of the downside being located at described main cylinder 71,
Described main cylinder 71 is spherical; Described driving shaft 77 is cylindric; Described load-carrying ring 74 is circular; Described guide holder 76 is round table-like; The number of described side plate 72 is 2; Concave side wall in described side plate 72 is provided with the groove that spins; Described inside connecting rod 73 comprises main rod body and is arranged at the installation foot of end of described main rod body, and described installation foot is spherical, and described installation foot and the described groove that spins adapt;
Described connected fixed members 78 comprises substrate and is arranged at the shank on the end face of described substrate; In described substrate, be equipped with rotation installing port, described rotation installing port and described driving shaft 77 adapt; Described shank is cylindric, and described shank is mutually vertical with described substrate.
Described isolated part 2 comprises isolating cylinder 25, be provided with the holder 21 of one end of described isolating cylinder 25, revolve the first push rod 22 be located on described holder 21, be arranged at the installing rack 23 of one end away from described holder 21 of described first push rod 22, revolve the ball sealer 24 of the end being located at described installing rack 23, be arranged at the chassis 212 of the other end of described isolating cylinder 25, be arranged at the positioning seat 211 on the sidewall on described chassis 212, be pressed in the buffering spacer 210 on described positioning seat 211, the advance seat 28 be arranged in described isolating cylinder 25 slided, be arranged in the second push rod 27 in described advance seat 28, to be sheathed on described second push rod 27 and the propelling spring 29 be pressed on described advance seat 28 and the seal receptacle 26 revolving the one end away from described advance seat 28 being located at described second push rod 27.
The end face of described holder 21 is curved surface, in described holder 21, be arranged with the first mounting groove, and described first mounting groove and described first push rod 22 adapt; Described first push rod 22 is cylindric;
In described installing rack 23, be arranged with first to spin groove, the described first spin groove and described ball sealer 24 adapts; Described ball sealer 24 is spherical; Be arranged with seal groove in one end of described seal receptacle 26, the sidewall of described seal groove is sphere; Described seal groove and described ball sealer 24 adapt; Axis along described seal receptacle 26 is equipped with first in the inner and spins hole, and the described first spin hole and described second push rod 27 adapts; Described second push rod 27 is cylindric;
Described chassis 212 is discoid, and the concave side wall in described chassis 212 is provided with the second mounting groove, and described second mounting groove and described positioning seat 211 adapt; Be arranged with the first pressing groove in the end of described positioning seat 211, the sidewall of described first pressing groove is curved surface; Described first pressing groove and described buffering spacer 210 adapt; Described buffering spacer 210 ellipsoid shape.
Described flabellum 45 comprises main fan body 452, be arranged at the auxiliary flabellum 451 on the outer wall of described main fan body 452, revolve the Connection Block 455 of the end being located at described main fan body 452, revolve the sub-flabellum 456 be located on described Connection Block 455, revolve the interior rotary joint 458 be located in described main fan body 452, to be arranged in described interior rotary joint 458 and the cross bar 454 be rotatably connected on described Connection Block 455, revolve and be located at first on described cross bar 454 and spin part 457 and be arranged in the described first interior push rod 453 spun in part 457.
The longitudinal section of described main fan body 452 is oval; In described main fan body 452, be provided with main rotating drum, described main rotating drum and described interior rotary joint 458 adapt; Described interior rotary joint 458 is spherical; Radial direction along described interior rotary joint 458 is equipped with the first installing hole in the inner, and described first installing hole and described cross bar 454 adapt;
In the outer wall of described main fan body 452, be arranged with the first buckling groove, described first buckling groove and described auxiliary flabellum 451 adapt; The outer wall of described auxiliary flabellum 451 is curved surface; Radial direction along described main fan body 452 is equipped with main rotating hole in its end, and described main rotating hole and described Connection Block 455 adapt; Axis along described Connection Block 455 is equipped with rotary actuation hole in the inner, and described rotary actuation hole and described cross bar 454 adapt; Described cross bar 454 is cylindric;
The longitudinal section of described sub-flabellum 456 is fan-shaped; In described sub-flabellum 456, be arranged with the 3rd mounting groove, described 3rd mounting groove and described Connection Block 455 adapt.
More than show and describe general principle of the present invention, principal character and advantage of the present invention.The technical staff of the industry should understand; the present invention is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present invention; the present invention also has various changes and modifications without departing from the spirit and scope of the present invention, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.

Claims (7)

1. a mixing apparatus, comprise cabinet (6), it is characterized in that: the feed pieces (5) also comprising the upper end being embedded at described cabinet (6), be arranged at the isolated part (2) at the middle part of described cabinet (6), revolve second hydrid component (4) on the top being located at described cabinet (6), revolve second motor (3) of the end being located at described second hydrid component (4), revolve first hydrid component (7) of the bottom being located at described cabinet (6) and revolve first motor (1) of the end being located at described first hydrid component (7),
Described second hydrid component (4) comprises agitator tank (41), radial direction along described agitator tank (41) is arranged in the main shaft (42) in described agitator tank (41), revolve the driving member (43) of the one end being located at described main shaft (42), revolve the rotating seat (47) of the other end being located at described main shaft (42), revolve the agitator tank (41) be located on described main shaft (42), revolve that to be located at described main shaft (42) upper and be pressed in the compressing member (48) of the end of described agitator tank (41), revolve the inner beam (44) be located in described agitator tank (41), be arranged at the flabellum (45) on described inner beam (44), the charge door (49) of the discharge baffle (46) of revolving the downside being located at described agitator tank (41) and the upside being embedded at described agitator tank (41).
2. a kind of mixing apparatus according to claim 1, is characterized in that: described agitator tank (41) is ellipsoid shape; Be equipped with charging hole in the top of described agitator tank (41), described charging hole and described charge door (49) adapt; Be equipped with floss hole in the bottom of described agitator tank (41), described floss hole and described discharge baffle (46) adapt; Described discharge baffle (46) comprises mainboard body and revolves end first articulated elements being located at described mainboard body; Described mainboard body is bending tabular;
On the inwall of described agitator tank (41), be arranged with locating slot, described locating slot and described inner beam (44) adapt;
Be arranged with compression regulating tank in the side of described compressing member (48), described compression regulating tank and described agitator tank (41) adapt; Described rotating seat (47) is for hemispherical, and the radial direction along described rotating seat (47) is arranged with the first rotating drum in the inner, and described first rotating drum and described main shaft (42) adapt.
3. a kind of mixing apparatus according to claim 2, it is characterized in that: described first hydrid component (7) comprises main cylinder (71), be arranged at the side plate (72) in described main cylinder (71), revolve the inside connecting rod (73) be located between two described side plates (72), radial direction along described main cylinder (71) is arranged in the driving shaft (77) in described main cylinder (71), revolve the load-carrying ring (74) of the one end being located at described driving shaft (77), revolve the guide holder (76) of the other end being located at described driving shaft (77), revolve and be located on described driving shaft (77) and be plugged in the connected fixed members (78) in the outside of described main cylinder (71) and revolve the rotating bottom board (75) of the downside being located at described main cylinder (71),
Described main cylinder (71) is for spherical; Described driving shaft (77) is for cylindric; Described load-carrying ring (74) is for circular; Described guide holder (76) is for round table-like; The number of described side plate (72) is 2; Concave side wall in described side plate (72) is provided with the groove that spins; Described inside connecting rod (73) comprises main rod body and is arranged at the installation foot of end of described main rod body, and described installation foot is spherical, and described installation foot and the described groove that spins adapt;
Described connected fixed members (78) comprises substrate and is arranged at the shank on the end face of described substrate; In described substrate, be equipped with rotation installing port, described rotation installing port and described driving shaft (77) adapt; Described shank is cylindric, and described shank is mutually vertical with described substrate.
4. a kind of mixing apparatus according to claim 3, it is characterized in that: described isolated part (2) comprises isolating cylinder (25), be provided with the holder (21) of one end of described isolating cylinder (25), revolve the first push rod (22) be located on described holder (21), be arranged at the installing rack (23) of one end away from described holder (21) of described first push rod (22), revolve the ball sealer (24) of the end being located at described installing rack (23), be arranged at the chassis (212) of the other end of described isolating cylinder (25), be arranged at the positioning seat (211) on the sidewall of described chassis (212), be pressed in the buffering spacer (210) on described positioning seat (211), the advance seat (28) be arranged in described isolating cylinder (25) slided, be arranged in the second push rod (27) in described advance seat (28), be sheathed on described second push rod (27) to go up and the propelling spring (29) be pressed on described advance seat (28) and the seal receptacle (26) revolving the one end away from described advance seat (28) being located at described second push rod (27).
5. a kind of mixing apparatus according to claim 4, it is characterized in that: the end face of described holder (21) is curved surface, in described holder (21), be arranged with the first mounting groove, described first mounting groove and described first push rod (22) adapt; Described first push rod (22) is for cylindric;
In described installing rack (23), be arranged with first to spin groove, the described first spin groove and described ball sealer (24) adapts; Described ball sealer (24) is for spherical; Be arranged with seal groove in one end of described seal receptacle (26), the sidewall of described seal groove is sphere; Described seal groove and described ball sealer (24) adapt; Axis along described seal receptacle (26) is equipped with first in the inner and spins hole, and the described first spin hole and described second push rod (27) adapts; Described second push rod (27) is for cylindric;
Described chassis (212) is for discoid, and the concave side wall in described chassis (212) is provided with the second mounting groove, and described second mounting groove and described positioning seat (211) adapt; Be arranged with the first pressing groove in the end of described positioning seat (211), the sidewall of described first pressing groove is curved surface; Described first pressing groove and described buffering spacer (210) adapt; Described buffering spacer (210) ellipsoid shape.
6. a kind of mixing apparatus according to claim 5, it is characterized in that: described flabellum (45) comprises main fan body (452), be arranged at the auxiliary flabellum (451) on the outer wall of described main fan body (452), revolve the Connection Block (455) of the end being located at described main fan body (452), revolve the sub-flabellum (456) be located on described Connection Block (455), revolve the interior rotary joint (458) be located in described main fan body (452), to be arranged in described interior rotary joint (458) and the cross bar (454) be rotatably connected on described Connection Block (455), revolve and be located at first on described cross bar (454) and spin part (457) and be arranged in the described first interior push rod (453) spun in part (457).
7. a kind of mixing apparatus according to claim 6, is characterized in that: the longitudinal section of described main fan body (452) is for oval; In described main fan body (452), be provided with main rotating drum, described main rotating drum and described interior rotary joint (458) adapt; Described interior rotary joint (458) is for spherical; Radial direction along described interior rotary joint (458) is equipped with the first installing hole in the inner, and described first installing hole and described cross bar (454) adapt;
In the outer wall of described main fan body (452), be arranged with the first buckling groove, described first buckling groove and described auxiliary flabellum (451) adapt; The outer wall of described auxiliary flabellum (451) is curved surface; Radial direction along described main fan body (452) is equipped with main rotating hole in its end, and described main rotating hole and described Connection Block (455) adapt; Axis along described Connection Block (455) is equipped with rotary actuation hole in the inner, and described rotary actuation hole and described cross bar (454) adapt; Described cross bar (454) is for cylindric;
The longitudinal section of described sub-flabellum (456) is fan-shaped; In described sub-flabellum (456), be arranged with the 3rd mounting groove, described 3rd mounting groove and described Connection Block (455) adapt.
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CN106179086A (en) * 2016-08-09 2016-12-07 姚雅珍 A kind of stirring apparatus
CN107115809A (en) * 2017-06-22 2017-09-01 四川玖泰肥业科技有限公司 It is easy to the stirring apparatus of mixed fertilizer
CN107349858A (en) * 2017-08-16 2017-11-17 嘉善圣士得毛皮服饰有限公司 A kind of artificial lint automation mixer
CN107694389A (en) * 2017-09-22 2018-02-16 浙江粤海饲料有限公司 A kind of feed mixing machine
CN108748666A (en) * 2018-06-06 2018-11-06 淮北卓颂建筑工程有限公司 A kind of concrete central mix plant
CN108839236A (en) * 2018-06-06 2018-11-20 淮北卓颂建筑工程有限公司 A kind of multistage mix concrete agitating device
CN111441818A (en) * 2020-03-27 2020-07-24 安徽理工大学 Underground filling equipment for coal-based solid waste material

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JPH01187035A (en) * 1988-01-21 1989-07-26 Toshio Kumagai Soil mixer for seedling used in rice transplanter
CN203425752U (en) * 2013-07-30 2014-02-12 莱芜钢铁集团有限公司 Mixer device with heating and cooling functions
CN203899697U (en) * 2014-06-15 2014-10-29 阜阳市恒宇滤材有限公司 Material storage cabin for crushing and mixing materials
CN104324792A (en) * 2014-08-31 2015-02-04 青岛田瑞生态科技有限公司 Application method of drum type material pulverizer
CN205127855U (en) * 2015-10-23 2016-04-06 浙江三林五金制品有限公司 Mixing equipment

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CN106179086A (en) * 2016-08-09 2016-12-07 姚雅珍 A kind of stirring apparatus
CN107115809A (en) * 2017-06-22 2017-09-01 四川玖泰肥业科技有限公司 It is easy to the stirring apparatus of mixed fertilizer
CN107349858A (en) * 2017-08-16 2017-11-17 嘉善圣士得毛皮服饰有限公司 A kind of artificial lint automation mixer
CN107694389A (en) * 2017-09-22 2018-02-16 浙江粤海饲料有限公司 A kind of feed mixing machine
CN108748666A (en) * 2018-06-06 2018-11-06 淮北卓颂建筑工程有限公司 A kind of concrete central mix plant
CN108839236A (en) * 2018-06-06 2018-11-20 淮北卓颂建筑工程有限公司 A kind of multistage mix concrete agitating device
CN111441818A (en) * 2020-03-27 2020-07-24 安徽理工大学 Underground filling equipment for coal-based solid waste material

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