CN109647253A - A kind of chemical liquid agitating device of more rotational angles - Google Patents
A kind of chemical liquid agitating device of more rotational angles Download PDFInfo
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- CN109647253A CN109647253A CN201910127195.9A CN201910127195A CN109647253A CN 109647253 A CN109647253 A CN 109647253A CN 201910127195 A CN201910127195 A CN 201910127195A CN 109647253 A CN109647253 A CN 109647253A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/92—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with helices or screws
- B01F27/922—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with helices or screws with two or more helices, e.g. with intermeshing helices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F31/00—Mixers with shaking, oscillating, or vibrating mechanisms
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Accessories For Mixers (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The present invention provides a kind of chemical liquid agitating devices of more rotational angles; including mixing drum, transmission mechanism and fender bracket; the bottom welding of mixing drum is provided with fender bracket; transmission mechanism is equipped in fender bracket; the bottom insertion of mixing drum is welded with discharge nozzle; and discharge nozzle runs through the right side of fender bracket, the right side screw thread of discharge nozzle is socketed with threaded cap, and there are three bearings for the bottom insertion welding of mixing drum.Central axis in the present invention can rotate counterclockwise 180 degree after rotating clockwise 180 degree, it is not traditional to rotate clockwise 360 deg or rotate 360 deg counterclockwise, stir stirring rod back and forth, greatly improve its stirring efficiency, stirring pipe is following stirring rod back and forth in rotation process, liquid can impact the inclined-plane of the inclined-plane bar in stirring pipe, inclined-plane bar is by power up and down, stirring pipe is set to follow stirring rod back and forth in rotation process while swing up and down, the further stirring efficiency for improving stirring rod.
Description
Technical field
The present invention relates to chemical industry stirring technique fields, specifically, being related to a kind of chemical liquid agitating device.
Background technique
The mixed uniformly device of two or more substances of agitating device is widely used and the rows such as chemical industry, agricultural, building
Industry, wherein being divided into solid agitating device and liquid stirring device and solid-liquid agitating device, in liquid stirring device, one
As be all by two or more hydraulic carry out uniform stirrings, or by a kind of fixation or a variety of fixations (liquid can be dissolved in) with
The agitating device of liquid mixing, and liquid stirring device in the prior art, typically have motor that stirring rod is driven to carry out suitable
Hour hands or rotate counterclockwise are stirred, because rotational angle is single, so there is a problem of that stirring efficiency is low and stirring rod
It is merely able to rotate in same plane and be stirred, the problems such as further low stirring efficiency.Therefore, it is necessary to fill in liquid agitation
It is further studied on the basis of setting, a kind of chemical liquid agitating device of more rotational angles is provided.
Summary of the invention
A kind of chemical liquid agitating device of more rotational angles, is provided with stirring pipe, when stirring pipe is following stirring rod
During back rotation, liquid can impact the inclined-plane of the inclined-plane bar in stirring pipe, and inclined-plane bar is made to stir by power up and down
Pipe is following stirring rod back and forth in rotation process while swinging up and down, and the space for stirring stirring rod greatly increases, into one
When the stirring efficiency and liquid of the raising stirring rod of step flow through stirring pipe, since the space size in stirring pipe is different,
The function of stirring can be played simultaneously.It is mentioned above in the background art because rotational angle is single to solve, so there is stirring
The problem of low efficiency and stirring rod are merely able to rotate the problem of being stirred in same plane.
The invention provides the following technical scheme: a kind of chemical liquid agitating device of more rotational angles, including mixing drum, biography
Motivation structure and fender bracket, the bottom welding of the mixing drum are provided with fender bracket, and transmission mechanism is equipped in the fender bracket, described
The bottom insertion of mixing drum is welded with discharge nozzle, and discharge nozzle runs through the right side of fender bracket, the right side thread bush of the discharge nozzle
It is connected to threaded cap, there are three bearings for the bottom insertion welding of the mixing drum；
The transmission mechanism include motor, shaft, driving gear, driving semi-gear, active helical blade, driven gear, from
Moving axis, driven half gear, driven helical blade, pinion gear, central axis, stirring rod, stirring pipe, rectangular tube, slide bar, short spring,
Sliding block, long spring, inclined-plane bar and guard bar are rotatably connected to shaft at the top of the motor, and the bottom of the shaft is run through
It is welded on the centre of driving gear, the intermediate welding of the shaft is provided with driving semi-gear, the top nesting weldering of the shaft
It is connected to active helical blade, driven gear is engaged on the left of the driving gear, the centre of the driven gear is by driven shaft
Bottom through welding, the intermediate welding of the driven shaft is provided with driven half gear, the top nesting welding of the driven shaft
There is driven helical blade, pinion gear is engaged on the left of the driving semi-gear, and the left side of pinion gear is nibbled with driven half gear
It closes, welding is run through by central axis in the bottom of the pinion gear, and central axis, driven shaft and shaft extend through and be welded on three axis
In holding, the left and right sides at the top of the central axis is hinged with stirring rod, and setting is welded in one end of the stirring rod, and there are two stir
Pipe is mixed, and two stirring tube side-by-sides weld together, the stirring inside pipe wall, which is embedded in, is welded with inclined-plane bar, the central axis top
The left and right sides in portion, which is welded, is provided with two guard bars, and the surface of the inclined-plane bar, which is embedded in, is welded with rectangular tube, the side
The inner wall welding of shape pipe is provided with slide bar, and the two sides of the rectangular inside pipe wall, which are welded, is provided with short spring, and short spring is distinguished
It covers at the both ends of slide bar, one end of the short spring, which is welded, is provided with sliding block, and the centre of two sliding blocks is welded and is provided with
Long spring.
Further preferred embodiment: the stirring pipe two are equipped with two groups for one group altogether, and wherein one group of stirring inside pipe wall
Inclined-plane bar be located at stirring inside pipe wall bottom, and the inclined-plane bar of another group of stirring inside pipe wall be located at stirring inside pipe wall top
Portion.
Further preferred embodiment: two, the inclined-plane bar are equipped with two groups for one group altogether, and the bottom of two groups of inclined-plane bars and
Top is respectively equipped with symmetrical two inclined-planes, and the angle of the inclined-plane inclined-plane Gan Liangge and horizontal plane is 20 ° -35 °.
Further preferred embodiment: the shape size of the driven gear and driving gear is consistent, and center
Axle position is in the surface of driven gear and driving gear.
Further preferred embodiment: driven half gear and driving semi-gear are in " semicircle " shape, and driven half gear
It is consistent with driving semi-gear shape size.
Further preferred embodiment: driven half gear and the driving semi-gear position on driven shaft and shaft respectively
It is consistent.
Further preferred embodiment: the guard bar and stirring rod are arranged in the same vertical plane, and guard bar distinguishes position
In the top and bottom of stirring rod.
Further preferred embodiment: described guard bar one end is inclined-plane, and the extended line on guard bar inclined-plane and active spiral shell
Vane piece and driven helical blade are non-intersecting.
Further preferred embodiment: the slide bar four are one group, are equipped with four groups of slide bars, and slide bar in the rectangular tube
On set there are two sliding block, two short springs and a long spring, and two sliding block quality on a slide bar are different.
Further preferred embodiment: the right side of the motor is electrically connected live wire, and shaft, central axis and driven shaft
Diameter be consistent.
A kind of chemical liquid agitating device of more rotational angles, has the advantages that
(1) stirring pipe is following stirring rod back and forth in rotation process, and liquid can impact the inclined-plane of the inclined-plane bar in stirring pipe, inclined-plane
Bar is made stirring pipe follow stirring rod back and forth in rotation process while swing up and down, makes to stir by power up and down
The space for mixing bar stirring greatly increases, when the further stirring efficiency for improving stirring rod and liquid flow through stirring pipe,
Since the space size in stirring pipe is different, while the function of stirring can be played.
(2) inclined-plane bar follows stirring rod or more Different Plane and along during rotating counterclockwise, and liquid can enter rectangular tube
In, liquid understands the impact sliding block of front and back up and down, and two sliding block quality on a slide bar are not of uniform size, two sliding blocks and liquid
Resistance it is also just different, so that two sliding blocks is slidably reciprocated between long spring and short spring, to further play stirring
The function of liquid, and long spring and short spring are shrinking and can also stir liquid in springback process, it is further to increase stirring
Ability.
(3) the chemical liquid agitating device of rotational angle more than this kind is provided with central axis, and central axis is rotating clockwise one
180 degree can be rotated counterclockwise after 180 degree, be not traditional to rotate clockwise 360 deg or counterclockwise rotation
Turn 360 deg, stir stirring rod back and forth, the device stirring efficiency is greatly improved, convenient for the use of people.
Detailed description of the invention
Fig. 1 is the whole structural schematic diagram of the present invention.
Fig. 2 is the whole diagrammatic cross-section of the present invention.
Fig. 3 is the partial bottom view of transmission mechanism of the present invention.
Fig. 4 is the overall structure diagram of stirring pipe of the present invention.
Fig. 5 is the overall structure diagram of inclined-plane bar of the present invention.
Fig. 6 is the use state diagram of transmission mechanism of the present invention.
Fig. 7 is the sectional view of rectangular tube of the present invention.
In Fig. 1-7: mixing drum 1, discharge nozzle 101, threaded cap 102, bearing 103, fender bracket 2, motor 3, shaft 301,
Driving gear 302, driving semi-gear 303, active helical blade 304, driven gear 305, driven shaft 306, driven half gear
307, driven helical blade 308, pinion gear 309, central axis 3010, stirring rod 3011, stirring pipe 3012, inclined-plane bar 3013, guarantor
Guard bar 3014, rectangular tube 3015, slide bar 3016, short spring 3017, sliding block 3018, long spring 3019.
Specific embodiment
It please refers in Fig. 1 to 7, in the embodiment of the present invention, a kind of chemical liquid agitating device of more rotational angles, including stir
Cylinder 1, transmission mechanism and fender bracket 2 are mixed, the bottom welding of mixing drum 1 is provided with fender bracket 2, is equipped with transmission mechanism in fender bracket 2,
The bottom insertion of mixing drum 1 is welded with discharge nozzle 101, and discharge nozzle 101 runs through the right side of fender bracket 2, the right side of discharge nozzle 101
Screw thread is socketed with threaded cap 102, and there are three bearings 103 for the bottom insertion welding of mixing drum 1；Transmission mechanism includes motor 3, turns
Axis 301, driving gear 302, driving semi-gear 303, active helical blade 304, driven gear 305, driven shaft 306, driven half
Gear 307, driven helical blade 308, pinion gear 309, central axis 3010, stirring rod 3011, stirring pipe 3012, rectangular tube
3015, slide bar 3016, short spring 3017, sliding block 3018, long spring 3019, inclined-plane bar 3013 and guard bar 3014, motor 3
Top is rotatably connected to shaft 301, and the right side of motor 3 is electrically connected live wire, and shaft 301, central axis 309 and driven shaft
306 diameter is consistent, and the centre for being welded on driving gear 302, the intermediate weldering of shaft 301 are run through in the bottom of shaft 301
It connects and is provided with driving semi-gear 303, the top nesting of shaft 301 is welded with active helical blade 304, a left side for driving gear 302
Side is engaged with driven gear 305, and the centre of driven gear 305 is by the bottom of driven shaft 306 in welding, driven shaft 306
Between welding be provided with driven half gear 307, the top nesting of driven shaft 306 is welded with driven helical blade 308, driving semi-gear
303 left side is engaged with pinion gear 309, and the left side of pinion gear 309 is engaged with driven half gear 307, the bottom of pinion gear 309
By central axis 3010 through welding, and central axis 3010, driven shaft 306 and shaft 301 extend through and are welded on three bearings 103
In, the left and right sides at 3010 top of central axis is hinged with stirring rod 3011, and one end of stirring rod 3011 is welded there are two settings
Stirring pipe 3012, and two stirring pipes 3012 weld together side by side, 3012 inner wall of stirring pipe, which is embedded in, is welded with inclined-plane bar
3013, the left and right sides at 3010 top of central axis, which is welded, is provided with two guard bars 3014, and the surface of inclined-plane bar 3013 is embedding
Enter to be welded with rectangular tube 3015, the inner wall welding of rectangular tube 3015 is provided with slide bar 3016, and the two sides of 3015 inner wall of rectangular tube are equal
Welding is provided with short spring 3017, and short spring 3017 is respectively fitted over the both ends of slide bar 3016, and one end of short spring 3017 is welded
It connects and is provided with sliding block 3018, and the centre of two sliding blocks 3018 welds and is provided with long spring 3019.
Wherein, stirring pipe 3,012 two are equipped with two groups for one group altogether, and the wherein inclined-plane bar of one group of 3012 inner wall of stirring pipe
3013 are located at the bottom of 3012 inner wall of stirring pipe, and the inclined-plane bar 3013 of another group of 3012 inner wall of stirring pipe is located at stirring pipe
The top of 3012 inner walls, when stirring pipe 3012 follows stirring rod 3011 to rotate, the stirring pipe 3012 in 3010 left side of central axis,
Liquid can impact the front or the back side of inclined-plane bar 3013, inclined-plane bar 3013 is made to generate downward power after entering stirring pipe 3012,
Stirring pipe 3012 and stirring rod 3011 are offset downward, while the stirring pipe 3012 on 3010 right side of central axis, in the stirring pipe 3012
The front of inclined-plane bar 3013 or the back side impacted, so that inclined-plane bar 3013 is generated upward power, stirring pipe 3012 and stirring rod
3011 offset up, and move up and down stirring rod 3011 while rotation, increase the inswept space of stirring rod 3011, to increase
The stirring efficiency of stirring rod 3011.
Wherein, 3,013 two, inclined-plane bar are equipped with two groups, and the bottom and top difference of two groups of inclined-plane bars 3013 for one group altogether
Equipped with symmetrical two inclined-planes, and the angle of 3,013 two inclined-planes of inclined-plane bar and horizontal plane is 28 °, and inclined-plane bar 3013 makes to stir
Small both ends are big among space in pipe 3012, when liquid passes through stirring pipe 3012, can play the function and inclined-plane bar of stirring
3013 can make the power of the generation of stirring pipe 3012 upward or downward.
Wherein, the shape size of driven gear 305 and driving gear 302 is consistent, and central axis 3010 is located at
The surface of driven gear 305 and driving gear 302, driven half gear 307 and driving semi-gear 303 are in " semicircle " shape, from
Dynamic half gear 307 and driving semi-gear 303 drive pinion gear 309 to rotate 180 degree respectively, keep central axis 3010 counterclockwise
With rotate clockwise, and driven half gear 307 and 303 shape size of driving semi-gear are consistent, driven half gear, 307 He
Position of the driving semi-gear 303 respectively on driven shaft 306 and shaft 301 is consistent, and makes driven half gear 307 and actively half
Gear 303 can drive driven half gear 307 and driving semi-gear 303 that pinion gear 309 is driven to rotate one respectively in different time
180 degree, make 3010 multi-angle rotation of central axis, to improve the stirring efficiency of stirring rod 3011.
Wherein, guard bar 3014 and stirring rod 3011 are arranged in the same vertical plane, and guard bar 3014 is located at and stirs
Mix the top and bottom of bar 3011,3014 one end of guard bar is inclined-plane, and the extended line on 3014 inclined-plane of guard bar and active spiral shell
Vane piece 304 and driven helical blade 308 are non-intersecting, and guard bar 3014 can withstand on stirring rod 3011, avoid stirring rod
3011 are in contact with active helical blade 304 and driven helical blade 308, play protection stirring rod 3011, active helical blade
304 and driven helical blade 308 effect.
Wherein, slide bar 3,016 4 are one group, are equipped with four groups of slide bars 3016 in rectangular tube 3015, and on slide bar 3016
Sliding block 3018, two short springs 3017 and one long spring 3019 there are two covering, and two sliding blocks on a slide bar 3016
3018 mass are different, follow liquid in 3014 rotation process of inclined-plane bar that can enter in rectangular tube 3015, before and after liquid meeting up and down
Sliding block 3018 is impacted, two 3018 mass of sliding block on a slide bar 3016 are not of uniform size, two sliding blocks 3018 and liquid
Resistance is also just different, so that two sliding blocks 3018 is slidably reciprocated between long spring 3019 and short spring 3017, thus further
The function of playing stirring liquid, and long spring 3019 and short spring 3017 shrink and springback process in can also stir liquid
Body further increases stirring capacity.
When using a kind of chemical liquid agitating device of more rotational angles of the present invention, firstly, by two or more liquid
It pours into mixing drum 1, secondly by the power supply of electric wire ground connection motor 3, the meeting of motor 3 drive shaft 301 is rotated clockwise, and is turned
Axis 301 drives driving gear 302, driving semi-gear 303 and active helical blade 304 to rotate clockwise, active helical blade 304
The liquid in mixing drum 1 is stirred, driving gear 302 is engaged with driven gear 305 is able to drive counterclockwise turn of driven gear 305
It is dynamic, driven shaft 306 and driven helical blade 308 are rotated counterclockwise, driven helical blade 308 stirs the liquid in mixing drum 1,
Meanwhile after driving semi-gear 303 drives pinion gear 309 to rotate counterclockwise 180 degree, driving semi-gear 303 and pinion gear
309 separation, and after driven half gear 307 rotates counterclockwise 180 degree, driven half gear 307 can be engaged with pinion gear 309
Driven half gear 307 drives pinion gear 309 to rotate clockwise 180 degree, and driven half gear 307 can be with pinion gear 309 at this time
Separation, driving semi-gear 303, which engages after rotating 180 degree with pinion gear 309, drives driven shaft 306 to rotate counterclockwise 100
80 degree, driving semi-gear 303 and driven half gear 307 drive pinion gear 309 to rotate counterclockwise 180 degree and suitable respectively
Hour hands rotate 180 degree, and central axis 3011 is made to carry out back rotation, so that stirring rod 3011 be made to come back rotation stirring liquid, stirring
When bar 3011 follows central axis 3011 to rotate, liquid can be poured in stirring pipe 3012, the inclined-plane bar 3013 in stirring pipe 3012
Power up and down can be generated after the impact of inclined-plane hand liquid respectively, swings up and down 3012 strength youngster stirring rod 3011 of stirring pipe
Liquid is stirred, after the completion of waiting liquid agitation, under rotation threaded cap 102 dismantles it from discharge nozzle 101, liquid is from discharge nozzle
It is flowed out in 101.
Claims (10)
1. a kind of chemical liquid agitating device of more rotational angles, including mixing drum (1), transmission mechanism and fender bracket (2), special
Sign is: the bottom welding of the mixing drum (1) is provided with fender bracket (2), and transmission mechanism, institute are equipped in the fender bracket (2)
The bottom insertion for stating mixing drum (1) is welded with discharge nozzle (101), and discharge nozzle (101) runs through the right side of fender bracket (2), described
The right side screw thread of discharge nozzle (101) is socketed with threaded cap (102), and there are three bearings for the bottom insertion welding of the mixing drum (1)
(103)；
The transmission mechanism includes motor (3), shaft (301), driving gear (302), driving semi-gear (303), active spiral shell
Vane piece (304), driven gear (305), driven shaft (306), driven half gear (307), driven helical blade (308), small tooth
Take turns (309), central axis (3010), stirring rod (3011), stirring pipe (3012), rectangular tube (3015), slide bar (3016), short spring
(3017), sliding block (3018), long spring (3019), inclined-plane bar (3013) and guard bar (3014), the top of the motor (3)
It is rotatably connected to shaft (301), the centre for being welded on driving gear (302), the shaft are run through in the bottom of the shaft (301)
(301) intermediate welding is provided with driving semi-gear (303), and the top nesting of the shaft (301) is welded with active helical-blade
Piece (304) is engaged with driven gear (305) on the left of the driving gear (302), the intermediate quilt of the driven gear (305)
Through welding, the intermediate welding of the driven shaft (306) is provided with driven half gear (307), described for the bottom of driven shaft (306)
The top nesting of driven shaft (306) is welded with driven helical blade (308), is engaged on the left of the driving semi-gear (303)
Pinion gear (309), and the left side of pinion gear (309) is engaged with driven half gear (307), the bottom quilt of the pinion gear (309)
Central axis (3010) is through welding, and central axis (3010), driven shaft (306) and shaft (301) extend through and be welded on three
In bearing (103), the left and right sides at the top of the central axis (3010) is hinged with stirring rod (3011), the stirring rod (3011)
One end weld setting there are two stirring pipe (3012), and two stirring pipes (3012) weld together side by side, the stirring
Pipe (3012) inner wall, which is embedded in, to be welded with inclined-plane bar (3013), and setting is welded in the left and right sides at the top of the central axis (3010)
There are two guard bars (3014), the surface of the inclined-plane bar (3013), which is embedded in, is welded with rectangular tube (3015), the rectangular tube
(3015) inner wall welding is provided with slide bar (3016), and the two sides of rectangular tube (3015) inner wall, which are welded, is provided with short spring
(3017), and short spring (3017) is respectively fitted over the both ends of slide bar (3016), and one end of the short spring (3017), which is welded, to be set
It is equipped with sliding block (3018), and the centre of two sliding blocks (3018) is welded and is provided with long spring (3019), and sliding block (3018) quilt
Slide bar (3016) activity runs through.
2. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the stirring pipe
(3012) two are equipped with two groups for one group altogether, and wherein the inclined-plane bar (3013) of one group of stirring pipe (3012) inner wall is located at stirring pipe
(3012) bottom of inner wall, and the inclined-plane bar (3013) of another group of stirring pipe (3012) inner wall is located at stirring pipe (3012) inner wall
Top.
3. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the inclined-plane bar
(3013) two are equipped with two groups for one group altogether, and the bottom and top of two groups of inclined-plane bars (3013) are respectively equipped with symmetrical two tiltedly
Face, and the angle of (3013) two inclined-planes of inclined-plane bar and horizontal plane is 20 ° -35 °.
4. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the driven gear
(305) be consistent with the shape size of driving gear (302), and central axis (3010) be located at driven gear (305) and
The surface of driving gear (302).
5. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: driven half tooth
Taking turns (307) and driving semi-gear (303) is in " semicircle " shape, and driven half gear (307) and driving semi-gear (303) shape are big
It is small to be consistent.
6. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: driven half tooth
The position of (307) and driving semi-gear (303) respectively on driven shaft (306) and shaft (301) is taken turns to be consistent.
7. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the guard bar
(3014) in the same vertical plane with stirring rod (3011) setting, and guard bar (3014) is located at the top of stirring rod (3011)
Portion and bottom.
8. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the guard bar
(3014) one end is inclined-plane, and the extended line on guard bar (3014) inclined-plane and active helical blade (304) and driven helical-blade
Piece (308) is non-intersecting.
9. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the slide bar
(3016) four are one group, are equipped with four groups of slide bars (3016) in the rectangular tube (3015), and be cased on slide bar (3016)
Two sliding blocks (3018), two short spring (3017) and one long spring (3019), and two on a slide bar (3016)
Sliding block (3018) quality is different.
10. the chemical liquid agitating device of more rotational angles according to claim 1, it is characterised in that: the motor
(3) right side is electrically connected live wire, and the diameter of shaft (301), central axis (309) and driven shaft (306) is consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910127195.9A CN109647253B (en) | 2019-02-20 | 2019-02-20 | Chemical liquid stirring device with multiple rotation angles |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910127195.9A CN109647253B (en) | 2019-02-20 | 2019-02-20 | Chemical liquid stirring device with multiple rotation angles |
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| CN109647253A true CN109647253A (en) | 2019-04-19 |
| CN109647253B CN109647253B (en) | 2021-07-02 |
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| CN201910127195.9A Expired - Fee Related CN109647253B (en) | 2019-02-20 | 2019-02-20 | Chemical liquid stirring device with multiple rotation angles |
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| CN111839674A (en) * | 2020-08-26 | 2020-10-30 | 陈雪梅 | Hysteroscope tissue resection device |
| CN112221408A (en) * | 2020-10-12 | 2021-01-15 | 沈阳工程学院 | Premixing device is used in production of living beings granule |
| CN112706289A (en) * | 2020-12-24 | 2021-04-27 | 蒋鸿全 | Efficient energy-saving concrete processing device |
| CN115787422A (en) * | 2022-11-19 | 2023-03-14 | 黄怡 | Crack pouring device for highway maintenance |
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| CN112221408A (en) * | 2020-10-12 | 2021-01-15 | 沈阳工程学院 | Premixing device is used in production of living beings granule |
| CN112706289A (en) * | 2020-12-24 | 2021-04-27 | 蒋鸿全 | Efficient energy-saving concrete processing device |
| CN112706289B (en) * | 2020-12-24 | 2022-06-14 | 杭州卓新建材有限公司 | Efficient energy-saving concrete processing device |
| CN115787422A (en) * | 2022-11-19 | 2023-03-14 | 黄怡 | Crack pouring device for highway maintenance |
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