CN110420591A - A kind of chemical industry mixing plant - Google Patents
A kind of chemical industry mixing plant Download PDFInfo
- Publication number
- CN110420591A CN110420591A CN201910748251.0A CN201910748251A CN110420591A CN 110420591 A CN110420591 A CN 110420591A CN 201910748251 A CN201910748251 A CN 201910748251A CN 110420591 A CN110420591 A CN 110420591A
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- China
- Prior art keywords
- axis
- gas outlet
- shaft
- moving tooth
- sprocket wheel
- Prior art date
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Classifications
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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
- B01F27/05—Stirrers
- B01F27/11—Stirrers characterised by the configuration of the stirrers
- B01F27/112—Stirrers characterised by the configuration of the stirrers with arms, paddles, vanes or blades
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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
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/70—Mixers specially adapted for working at sub- or super-atmospheric pressure, e.g. combined with de-foaming
- B01F33/71—Mixers specially adapted for working at sub- or super-atmospheric pressure, e.g. combined with de-foaming working at super-atmospheric pressure, e.g. in pressurised vessels
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/181—Preventing generation of dust or dirt; Sieves; Filters
- B01F35/189—Venting, degassing or ventilating of gases, fumes or toxic vapours during mixing
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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
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/717—Feed mechanisms characterised by the means for feeding the components to the mixer
- B01F35/7181—Feed mechanisms characterised by the means for feeding the components to the mixer using fans or turbines
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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
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/30—Driving arrangements; Transmissions; Couplings; Brakes
- B01F2035/35—Use of other general mechanical engineering elements in mixing devices
- B01F2035/351—Sealings
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Toxicology (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The present invention relates to a kind of chemical fields, it in particular is a kind of chemical industry mixing plant, including being fed assembly, stir assembly and gas collection assembly, in chemical plant producting proportion solution or collect reaction gas when, it is inaccurate that reactant dosage can usually be encountered, stir insufficient or reaction gas not easily collecting these problems, the present invention solves the above problem, discharging dosage is identical every time, motor often takes two turns, discharge chamber discharging is primary, discharging dosage can accurately be controlled, rotating rocker feed assembly no longer discharges, open feeding inlet II, reversion half-turn keeps mixing effect more preferable after reactant investment teeter chamber's hollow sphere is rotated forward half-turn, water flow is flowed into out of hollow ball, it is collided in hollow sphere, stirring can also be made more abundant, reaction generates gas, room pressure is stirred to increase, air outlet valve is opened, lighter gas from Upper gas outlet discharge is collected, heavier gas is discharged from lower gas outlet and collects.
Description
Technical field
The present invention relates to a kind of chemical fields, are in particular a kind of chemical industry mixing plants.
Background technique
The producting proportion solution or when collecting reaction gas in chemical plant, can usually encounter that reactant dosage is inaccurate, stirring
Easily collecting these problems, the present invention do not solve the above problem to insufficient or reaction gas.
Summary of the invention
The purpose of the present invention is achieved through the following technical solutions:
A kind of chemical industry mixing plant, including feed assembly, stirring assembly and gas collection assembly, it is described to give
Material assembly is connected with stirring assembly, and gas collection assembly is connected with feed assembly.
As advanced optimizing for the technical program, a kind of chemical industry mixing plant of the present invention, the feed combination
Body include motor, two-way worm shaft, turntable, connecting shaft I, connecting rod, connecting shaft II, slide bar, slide-bar slide-carriage for manual, upper shifting block, lower shifting block,
Moving tooth, moving tooth disk, gag lever post, spring I, limit hole, spinner handle, feeding inlet baffle, feeding inlet I, storage compartment, discharge chamber, discharge chamber
Bottom plate, discharge port I, retaining wall, block, discharging turntable, floor chute, discharge port II, discharging turntable shaft, rocking bar, rocking bar clamp and
Moving tooth bracket, motor are connected with two-way worm shaft, and the turnning circle of motor is controllable, there is two rotation direction phases on two-way worm shaft
Anti- helical tooth, two-way worm shaft are connected with turntable, and turntable is connected with connecting shaft I, and connecting shaft I is connect with link rotatable,
Connecting rod and connecting shaft II are rotatablely connected, and connecting shaft II is connected with slide bar, and slide bar is slidably connected with slide-bar slide-carriage for manual, slide bar and upper group
Block, lower shifting block are connected, and between upper shifting block and the bracket of lower shifting block, moving tooth disk is connected moving tooth disk with moving tooth, moving tooth with
Moving tooth bracket is connected, and moving tooth bracket is connected with discharge chamber, and gag lever post is slidably connected with spinner handle, and spring I is socketed in gag lever post
On, spring I is in tensional state, and I both ends of spring are connected with gag lever post, spinner handle, and limit hole is located in storage compartment, and limit hole is not
For through-hole, spinner handle is connected with feeding inlet baffle, and spinner handle and storage compartment are rotatablely connected, and feeding inlet I is located in storage compartment, storage compartment
Inner wall inclination, storage compartment are connected with discharge chamber, and discharge chamber is connected with retaining wall, and retaining wall is connected with discharge chamber bottom plate, block
It is connected respectively with retaining wall with discharge chamber bottom plate, block quantity is the 1/2 of moving tooth quantity, and I quantity of discharge port is moving tooth quantity
1/2, discharging turntable and discharging turntable shaft rotation connection, floor chute, discharge port II are respectively positioned in discharging turntable, rocking bar and discharging
Turntable is connected.
As advanced optimizing for the technical program, a kind of chemical industry mixing plant of the present invention, the stirring combination
Body includes bottom plate, side plate, worm gear I, worm gear II, I axis of worm gear, II axis of worm gear, chain wheel I, chain I, chain wheel II, chain wheel II axis, chain
Wheel III, chain II, sprocket wheel IV, IV axis of sprocket wheel, half gear I, half gear II, gear, agitating shaft, bracket I, bracket II, teeter chamber,
Feeding inlet II, inserting plate hole, plate, stirring hollow sphere, hollow ball, paddle, the outlet of stirring liquid and rocking bar sliding slot, slide bar are sliding
Frame, motor are connected with bottom plate, and discharging turntable shaft is connected with side plate, and rocking bar is slidably connected with rocking bar sliding slot, two rocking bars
Clamp is located in rocking bar sliding slot, and bottom plate is connected with side plate, the oppositely oriented helical tooth of two on two-way worm shaft respectively with
Worm gear I, the engagement connection of worm gear II, worm gear I are connected with I axis of worm gear, and I axis of worm gear is connected with chain wheel I, chain wheel I, chain I, chain
The connection of II sprocket wheel chain is taken turns, chain wheel II and chain wheel II axis connection, worm gear II are connected with II axis of worm gear, II axis of worm gear and sprocket wheel III
It is connected, sprocket wheel III, chain II, the connection of IV sprocket wheel chain of sprocket wheel, sprocket wheel IV are connected with IV axis of sprocket wheel, IV axis of sprocket wheel and half tooth
Wheel II is connected, and chain wheel II axis is connected with half gear I, and half gear I, half gear, II toothed portion engage connection with gear,
Gear is connected with agitating shaft, and II axis of bracket I and wheel, IV axis of sprocket wheel, agitating shaft are rotatablely connected, and bracket II and agitating shaft rotation connect
It connects, bracket I, bracket II are connected with bottom plate, and agitating shaft and teeter chamber are rotatablely connected, and teeter chamber is connected with bottom plate, pan feeding
Mouth II is connected with teeter chamber, and inserting plate hole is located in teeter chamber, and plate is slidably connected with inserting plate hole, and plate connects with feeding inlet II
Touching, agitating shaft are connected with stirring hollow sphere, and agitating shaft is connected with paddle, is equipped with one in each stirring hollow sphere and stirs
Leaf is mixed, stirs and hollow ball is distributed on hollow sphere, teeter chamber is connected with the outlet of stirring liquid.
As advanced optimizing for the technical program, a kind of chemical industry mixing plant of the present invention, the gas collection
Assembly includes gas outlet, gas outlet clamp I, gas outlet clamp II, air outlet valve, air outlet valve clamp, venthole, spring II, storage
Gas tank, upper gas outlet and lower gas outlet, inflator are connected with teeter chamber, teeter chamber and gas outlet clamp I, II phase of gas outlet clamp
Connection, air outlet valve are slidably connected with gas outlet clamp I, and air outlet valve is connected with air outlet valve clamp, air outlet valve clamp and gas outlet
Be slidably connected, spring II is socketed on air outlet valve, and spring II is in compressive state, and venthole is located on air outlet valve, gas outlet with
Expansion box is connected, and expansion box is connected with upper gas outlet, lower gas outlet, and expansion box is connected with bottom plate.
A kind of chemical industry mixing plant of the present invention has the beneficial effect that shifting block and lower shifting block back and forth stir moving tooth, makes every
Secondary discharging dosage is identical, and motor often takes two turns, and discharge chamber discharging is primary, can accurately control discharging dosage, rotating rocker feed
Assembly no longer discharges, and opens feeding inlet II, and reversion half-turn makes to stir after reactant investment teeter chamber's hollow sphere is rotated forward half-turn
Effect is more preferable, and water flow is flowed into out of hollow ball, collides in hollow sphere, and stirring can also be made more abundant, and reaction generates gas,
It stirs room pressure to increase, air outlet valve is opened, and lighter gas is from the discharge of upper gas outlet is collected, heavier gas is from lower gas outlet
Discharge is collected.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is 1 structural schematic diagram one of feed assembly of the invention；
Fig. 3 is 1 structural schematic diagram two of feed assembly of the invention；
Fig. 4 is 1 structural schematic diagram three of feed assembly of the invention；
Fig. 5 is 1 structural schematic diagram four of feed assembly of the invention；
Fig. 6 is 1 structural schematic diagram five of feed assembly of the invention；
Fig. 7 is 1 structural schematic diagram six of feed assembly of the invention；
Fig. 8 is 1 structural schematic diagram seven of feed assembly of the invention；
Fig. 9 is 1 partial sectional view of feed assembly of the invention；
Figure 10 is 1 structural schematic diagram eight of feed assembly of the invention；
Figure 11 is 1 structural schematic diagram nine of feed assembly of the invention；
Figure 12 is 2 structural schematic diagram one of stirring assembly of the invention；
Figure 13 is 2 structural schematic diagram two of stirring assembly of the invention；
Figure 14 is 2 structural schematic diagram three of stirring assembly of the invention；
Figure 15 is 2 structural schematic diagram four of stirring assembly of the invention；
Figure 16 is 2 structural schematic diagram five of stirring assembly of the invention；
Figure 17 is 2 partial sectional view of stirring assembly of the invention；
Figure 18 is 3 structural schematic diagram of gas collection assembly of the invention；
Figure 19 is 3 partial sectional view of gas collection assembly of the invention.
In figure: feed assembly 1；Motor 1-1；Two-way worm shaft 1-2；Turntable 1-3；I 1-4 of connecting shaft；Connecting rod 1-5；Even
II 1-6 of spindle；Slide bar 1-7；Slide-bar slide-carriage for manual 1-8；Upper shifting block 1-9；Lower shifting block 1-10；Moving tooth 1-11；Moving tooth disk 1-12；Gag lever post
1-13；I 1-14 of spring；Limit hole 1-15；Spinner handle 1-16；Feeding inlet baffle 1-17；I 1-18 of feeding inlet；Storage compartment 1-19；Discharging
Room 1-20；Discharge chamber bottom plate 1-21；I 1-22 of discharge port；Retaining wall 1-23；Block 1-24；Discharge turntable 1-25；Floor chute 1-
26；II 1-27 of discharge port；Discharge turntable shaft 1-28；Rocking bar 1-29；Rocking bar clamp 1-30；Moving tooth bracket 1-31；Stir assembly
2；Bottom plate 2-1；Side plate 2-2；I 2-3 of worm gear；II 2-4 of worm gear；I axis 2-5 of worm gear；II axis 2-6 of worm gear；Chain wheel I 2-7；I 2- of chain
8；Chain wheel II 2-9；Chain wheel II axis 2-10；III 2-11 of sprocket wheel；II 2-12 of chain；IV 2-13 of sprocket wheel；IV axis 2-14 of sprocket wheel；Half gear
Ⅰ2-15；Half gear, II 2-16；Gear 2-17；Agitating shaft 2-18；I 2-19 of bracket；II 2-20 of bracket；Teeter chamber 2-21；Feeding inlet
Ⅱ2-22；Inserting plate hole 2-23；Plate 2-24；Stir hollow sphere 2-25；Hollow ball 2-26；Paddle 2-27；Stir liquid outlet
2-28；Rocking bar sliding slot 2-29；Gas collection assembly 3；Gas outlet 3-1；I 3-2 of gas outlet clamp；II 3-3 of gas outlet clamp；Out
Air valve 3-4；Air outlet valve clamp 3-5；Venthole 3-6；II 3-7 of spring；Expansion box 3-8；Upper gas outlet 3-9；Lower gas outlet 3-10.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different
Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole
It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described
It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin
Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing
Envelope.
Specific embodiment 1:
Illustrate present embodiment, a kind of chemical industry mixing plant below with reference to Fig. 1-19, including is fed assembly 1, stirs
Assembly 2 and gas collection assembly 3 are mixed, the feed assembly 1 is connected with stirring assembly 2, gas collection assembly 3
It is connected with feed assembly 1.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-19, present embodiment is described further embodiment one, described
Feed assembly 1 include motor 1-1, two-way worm shaft 1-2, turntable 1-3, I 1-4 of connecting shaft, connecting rod 1-5, II 1- of connecting shaft
6, slide bar 1-7, slide-bar slide-carriage for manual 1-8, upper shifting block 1-9, lower shifting block 1-10, moving tooth 1-11, moving tooth disk 1-12, gag lever post 1-13, bullet
I 1-14 of spring, limit hole 1-15, spinner handle 1-16, feeding inlet baffle 1-17, I 1-18 of feeding inlet, storage compartment 1-19, discharge chamber 1-20,
Discharge chamber bottom plate 1-21, I 1-22 of discharge port, retaining wall 1-23, block 1-24, discharging turntable 1-25, floor chute 1-26, discharge port
II 1-27, discharging turntable shaft 1-28, rocking bar 1-29, rocking bar clamp 1-30 and moving tooth bracket 1-31, motor 1-1 and two-way worm shaft
1-2 is connected, and the turnning circle of motor 1-1 is controllable, there is two oppositely oriented helical tooths on two-way worm shaft 1-2, two-way
Worm shaft 1-2 is connected with turntable 1-3, and turntable 1-3 is connected with I 1-4 of connecting shaft, and I 1-4 of connecting shaft and connecting rod 1-5 rotation connect
It connects, connecting rod 1-5 and II 1-6 of connecting shaft are rotatablely connected, and II 1-6 of connecting shaft is connected with slide bar 1-7, slide bar 1-7 and slide-bar slide-carriage for manual
1-8 is slidably connected, and slide bar 1-7 is connected with upper shifting block 1-9, lower shifting block 1-10, and moving tooth disk 1-12 is located at upper shifting block 1-9 and sets aside
Between the bracket of block 1-10, moving tooth disk 1-12 is connected with moving tooth 1-11, and moving tooth 1-11 is connected with moving tooth bracket 1-31, moving tooth
Bracket 1-31 is connected with discharge chamber 1-20, and gag lever post 1-13 is slidably connected with spinner handle 1-16, and I 1-14 of spring is socketed in gag lever post
On 1-13, I 1-14 of spring is in tensional state, and I both ends 1-14 of spring are connected with gag lever post 1-13, spinner handle 1-16, limit hole
1-15 is located on storage compartment 1-19, and limit hole 1-15 is not through-hole, and spinner handle 1-16 is connected with feeding inlet baffle 1-17, spinner handle 1-
16 are rotatablely connected with storage compartment 1-19, and I 1-18 of feeding inlet is located on storage compartment 1-19, the inclination of storage compartment's 1-19 inner wall, storage compartment
1-19 is connected with discharge chamber 1-20, and discharge chamber 1-20 is connected with retaining wall 1-23, retaining wall 1-23 and discharge chamber bottom plate 1-21 phase
Connection, block 1-24 are connected with retaining wall 1-23 with discharge chamber bottom plate 1-21 respectively, and block 1-24 quantity is moving tooth 1-11 quantity
1/2, I 1-22 quantity of discharge port be moving tooth 1-11 quantity 1/2, discharging turntable 1-25 and discharging turntable shaft 1-28 rotation connect
It connects, floor chute 1-26, II 1-27 of discharge port are respectively positioned in discharging turntable 1-25, and rocking bar 1-29 is connected with discharging turntable 1-25
It connects.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-19, present embodiment is described further embodiment one, described
Stirring assembly 2 include bottom plate 2-1, side plate 2-2, I 2-3 of worm gear, II 2-4 of worm gear, I axis 2-5 of worm gear, II axis 2-6 of worm gear, chain
Take turns I 2-7, I 2-8 of chain, chain wheel II 2-9, chain wheel II axis 2-10, III 2-11 of sprocket wheel, II 2-12 of chain, IV 2-13 of sprocket wheel, sprocket wheel
IV axis 2-14, it half gear, I 2-15, half gear, II 2-16, gear 2-17, agitating shaft 2-18, I 2-19 of bracket, II 2-20 of bracket, stirs
Mix room 2-21, II 2-22 of feeding inlet, inserting plate hole 2-23, plate 2-24, stirring hollow sphere 2-25, hollow ball 2-26, paddle
2-27, stirring liquid outlet 2-28 and rocking bar sliding slot 2-29, slide-bar slide-carriage for manual 1-8, motor 1-1 are connected with bottom plate 2-1, and discharging turns
Dish axle 1-28 is connected with side plate 2-2, and rocking bar 1-29 is slidably connected with rocking bar sliding slot 2-29, and two rocking bar clamp 1-30, which are located at, to be shaken
In bar sliding slot 2-29, bottom plate 2-1 is connected with side plate 2-2, the oppositely oriented helical tooth difference of two on two-way worm shaft 1-2
Connection is engaged with I 2-3 of worm gear, II 2-4 of worm gear, I 2-3 of worm gear is connected with I axis 2-5 of worm gear, I axis 2-5 of worm gear and chain wheel I 2-7
It is connected, chain wheel I 2-7, I 2-8 of chain, the connection of chain wheel II 2-9 sprocket wheel chain, chain wheel II 2-9 are connect with chain wheel II axis 2-10, snail
It takes turns II 2-4 to be connected with II axis 2-6 of worm gear, II axis 2-6 of worm gear is connected with III 2-11 of sprocket wheel, III 2-11 of sprocket wheel, II 2- of chain
12, IV 2-13 sprocket wheel chain of sprocket wheel connects, and IV 2-13 of sprocket wheel is connected with IV axis 2-14 of sprocket wheel, IV axis 2-14 of sprocket wheel and half gear
II 2-16 is connected, and chain wheel II axis 2-10 is connected with half gear, I 2-15, half gear, I 2-15, half gear, II 2-16 toothed portion
Connection is engaged with gear 2-17, gear 2-17 is connected with agitating shaft 2-18, I 2-19 of bracket and wheel II axis 2-10, sprocket wheel IV
Axis 2-14, agitating shaft 2-18 rotation connection, II 2-20 of bracket and agitating shaft 2-18 are rotatablely connected, I 2-19 of bracket, II 2-20 of bracket
It is connected with bottom plate 2-1, agitating shaft 2-18 and teeter chamber 2-21 are rotatablely connected, and teeter chamber 2-21 is connected with bottom plate 2-1, enters
II 2-22 of material mouth is connected with teeter chamber 2-21, and inserting plate hole 2-23 is located in teeter chamber, and plate 2-24 and inserting plate hole 2-23 are slided
Connection, plate 2-24 contacts with II 2-22 of feeding inlet, and agitating shaft 2-18 is connected with hollow sphere 2-25 is stirred, agitating shaft 2-18 and
Paddle 2-27 is connected, and a paddle 2-27 is equipped in each stirring hollow sphere 2-25, stirs and divides on hollow sphere 2-25
It is furnished with hollow ball 2-26, teeter chamber 2-21 is connected with stirring liquid outlet 2-28.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-19, present embodiment is described further embodiment one, described
Gas collection assembly 3 include gas outlet 3-1, I 3-2 of gas outlet clamp, II 3-3 of gas outlet clamp, air outlet valve 3-4, outlet
Valve clamp 3-5, venthole 3-6, II 3-7 of spring, expansion box 3-8, upper gas outlet 3-9 and lower gas outlet 3-10, inflator 3-1 with stir
Room 2-21 is mixed to be connected, teeter chamber 2-21 is connected with I 3-2 of gas outlet clamp, II 3-3 of gas outlet clamp, air outlet valve 3-4 with go out
I 3-2 of inflator clamp is slidably connected, and air outlet valve 3-4 is connected with air outlet valve clamp 3-5, air outlet valve clamp 3-5 and gas outlet 3-1
It is slidably connected, II 3-7 of spring is socketed on air outlet valve 3-4, and II 3-7 of spring is in compressive state, and venthole 3-6 is located at air outlet valve
On 3-4, gas outlet 3-1 is connected with expansion box 3-8, and expansion box 3-8 is connected with upper gas outlet 3-9, lower gas outlet 3-10, storage
Gas tank 3-8 is connected with bottom plate 2-1.
A kind of chemical industry mixing plant of the invention, its working principle is that: motor 1-1 drives two-way worm shaft 1-2 to turn
Dynamic, two-way worm shaft 1-2 drives turntable 1-3 rotation, and turntable 1-3 drives I 1-4 of connecting shaft rotation, and I 1-4 of connecting shaft drives connecting rod
The one end 1-5 is moved around I 1-4 motion profile of connecting shaft, and the one end connecting rod 1-5 is rotated around I 1-4 of connecting shaft, and the connecting rod 1-5 other end is around even
II 1-6 of spindle rotation, the connecting rod 1-5 other end pull II 1-6 of connecting shaft to move reciprocatingly, and connecting shaft II 1-6 band moving slide-bar 1-7 exists
It reciprocatingly slides in slide-bar slide-carriage for manual 1-8, shifting block 1-9, lower shifting block 1-10 reciprocatingly slide in slide-bar slide-carriage for manual 1-8 drive, as upper shifting block 1-
9, in the past, the inclined-plane upper shifting block 1-9 contacts lower shifting block 1-10 with moving tooth 1-11, and lower shifting block 1-10 is not contacted with moving tooth 1-11, upper to dial
Block 1-9 stirs moving tooth 1-11 rotation, and when upper shifting block 1-9, lower shifting block 1-10 are returned, the lower inclined-plane shifting block 1-10 connects with moving tooth 1-11
Touching, upper shifting block 1-10 do not contact with moving tooth 1-11, and lower shifting block 1-9 stirs moving tooth 1-11 rotation, in a stroke upper shifting block 1-9 with
It is same moving tooth 1-11 that lower shifting block 1-10, which is stirred, and moving tooth 1-11 drives remaining moving tooth 1-11 to rotate by moving tooth disk 1-12, on
Shifting block 1-9 and lower shifting block 1-10 continues to stir other moving teeth 1-11, and moving tooth 1-11 drives discharge chamber 1- by moving tooth bracket 1-31
20 rotations, discharge chamber 1-20 drive discharge chamber bottom plate 1-21 rotation by retaining wall 1-23, and discharge chamber bottom plate 1-21 is in floor chute
It is rotated in 1-26, closes motor 1-1, gag lever post 1-13, rotary spacing bar 1-13, gag lever post 1-13 are extracted from limit hole 1-15
Spinner handle 1-16 rotation is driven, spinner handle 1-16 drives feeding inlet baffle 1-17 to remove from I 1-18 of feeding inlet, gag lever post 1-13 is inserted
Enter in another limit hole 1-15, under I 1-14 pulling force of spring, gag lever post 1-13 will not be popped up from limit hole 1-15, from pan feeding
Solid reactant is added in I 1-18 of mouth, reactant enters in storage compartment 1-19, and reactant is acted in storage compartment's 1-19 tilt internal wall
In lower slide-in pan feeding room 1-20 in I 1-22 of discharge port, rotary spacing bar 1-13 repeats gag lever post 1-13 to feeding inlet baffle 1-17
Transmission process, feeding inlet baffle 1-17 blocks I 1-18 of feeding inlet again, and gag lever post 1-13 is limited hole 1-15 limit will not bullet
Out, rotating rocker 1-29 is caught in rocking bar 1-29 in another rocking bar clamp 1-30 from rocking bar clamp 1-30, and rocking bar 1-29 drives
Discharge turntable 1-25 rotation, and I 1-22 of discharge port is overlapped with II 1-27 of discharge port, and the reactant in I 1-22 of discharge port is through discharge port
II 1-27 discharge, opens motor 1-1, discharge chamber 1-20 rotation, when motor 1-1 turns around, upper shifting block 1-9, lower shifting block 1-10 row
Round-trip, moving tooth 1-11 one angle of rotation is walked, the identical angle of discharge chamber 1-20 rotation is enclosed, out when motor 1-1 rotates one
I 1-22 of material mouth is overlapped with II 1-27 of discharge port, and reactant is discharged through II 1-27 of discharge port in I 1-22 of discharge port, when motor rotates
Second circle, retaining wall 1-23 are overlapped with II 1-27 of discharge port, and reactant can not be discharged, and are accurately controlled by control motor turnning circle
The discharge rate of reactant processed, reactant discharge fall in II 2-22 of feeding inlet, are stopped by plate 2-24, cannot fall into teeter chamber 2-
In 21, two oppositely oriented helical tooths of two-way worm shaft 1-2 drive I 2-3 of worm gear, oppositely oriented turn of II 2-4 of worm gear respectively
Dynamic, I 2-3 of worm gear drives I axis 2-5 of worm gear rotation, and I axis 2-5 of worm gear drives chain wheel I 2-7 rotation, and chain wheel I 2-7 passes through I 2-8 of chain
Chain wheel II 2-9 rotation is driven, chain wheel II 2-9 drives chain wheel II axis 2-10 rotation, and chain wheel II axis 2-10 drives half gear, I 2-15 to turn
Dynamic, II 2-4 of worm gear drives II axis 2-6 of worm gear rotation, and II axis 2-6 band III 2-11 of movable sprocket of worm gear is rotated, and III 2-11 of sprocket wheel passes through
Chain II 2-12 band IV 2-13 of movable sprocket is rotated, and sprocket wheel IV 2-13 band IV axis 2-14 of movable sprocket is rotated, and IV axis 2-14 of sprocket wheel drives
Half gear, II 2-16 rotation, half gear, I 2-15, half gear, II 2-16 are opposite to be rotated backward, when half gear, I 2-15 toothed portion with
When gear 2-17 is engaged, half gear, II 2-16 is not engaged with gear 2-17, and agitating shaft 2-18 is rotated counterclockwise, as half gear, II 2-
When 16 toothed portions are engaged with gear 2-17, half gear, I 2-15 is not engaged with gear 2-17, and agitating shaft 2-18 is rotated clockwise,
Suitable rotate counterclockwise drives stirring hollow sphere 2-25, paddle 2-27 along rotating counterclockwise, to pull out repeatedly to agitating shaft 2-18 repeatedly
Plate 2-24, plate 2-24 are slided in inserting plate hole 2-23, when plate 2-24 and II 2-22 of feeding inlet is no longer contacted, feeding inlet
Reactant in II 2-22 is fallen into teeter chamber, after II 2-22 of feeding inlet addition liquid reactants, pushes plate 2-24, plate
2-24 is contacted with II 2-22 of feeding inlet again, and sealing in teeter chamber 2-21, stirring hollow sphere 2-25, paddle 2-27 start to stir
Mix, paddle 2-27 stir repeatedly drive reaction solution repeatedly deflecting flow, reaction solution from different hollow ball 2-26 into
Enter to stir and collide in hollow sphere 2-25, keep reaction more abundant, if reaction does not generate gas, air outlet valve 3-4 and gas outlet
Gas outlet 3-1 is formed a sealed environment by I 3-2 of clamp, pulls out plate 2-24, and teeter chamber 2-21 is no longer sealed, and opens stirring
Liquid exports 2-28, and the solution discharge after reaction, if reaction generates gas, pressure rise in teeter chamber 2-21, air outlet valve 3-4 exists
Pressure acts on lower drive air outlet valve clamp 3-5 and slides in gas outlet 3-1, when the venthole 3-6 on air outlet valve 3-4 slides to outlet
When on I 3-2 of cylinder clamp, the gas for reacting generation flows into gas outlet 3-1 through venthole 3-6, and gas is flowed into through gas outlet 3-1 and stored up
Gas tank 3-8 opens upper gas outlet 3-9 when generated reactive gas is lighter than air and collects gas, when generated reactive gas compares air
Lower gas outlet 3-10 is opened when weight and collects gas, and when no longer generating gas in teeter chamber 2-21, II 3-3 of gas outlet clamp is in spring
It is contacted again with II 3-3 of gas outlet clamp under the action of II 3-7, II 3-3 of gas outlet clamp drives air outlet valve 3-4 to reset, outlet
Venthole 3-6 on valve 3-4 comes back to below I 3-2 of gas outlet clamp, teeter chamber 2-21 sealing.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of chemical industry mixing plant, including feed assembly (1), stirring assembly (2) and gas collection assembly
(3), it is characterised in that: the feed assembly (1) is connected with stirring assembly (2), gas collection assembly (3) and feed
Assembly (1) is connected.
2. a kind of chemical industry mixing plant according to claim 1, it is characterised in that: feed assembly (1) packet
It includes motor (1-1), two-way worm shaft (1-2), turntable (1-3), connecting shaft I (1-4), connecting rod (1-5), connecting shaft II (1-6), slide
Bar (1-7), slide-bar slide-carriage for manual (1-8), upper shifting block (1-9), lower shifting block (1-10), moving tooth (1-11), moving tooth disk (1-12), gag lever post
(1-13), spring I (1-14), limit hole (1-15), spinner handle (1-16), feeding inlet baffle (1-17), feeding inlet I (1-18), storage
Expect room (1-19), discharge chamber (1-20), discharge chamber bottom plate (1-21), discharge port I (1-22), retaining wall (1-23), block (1-24),
It discharges turntable (1-25), floor chute (1-26), discharge port II (1-27), discharging turntable shaft (1-28), rocking bar (1-29), rocking bar
Clamp (1-30) and moving tooth bracket (1-31), motor (1-1) are connected with two-way worm shaft (1-2), the turning collar of motor (1-1)
Number is controllable, has two oppositely oriented helical tooths on two-way worm shaft (1-2), two-way worm shaft (1-2) is connected with turntable (1-3)
Connect, turntable (1-3) is connected with connecting shaft I (1-4), and connecting shaft I (1-4) and connecting rod (1-5) are rotatablely connected, connecting rod (1-5) with
Connecting shaft II (1-6) rotation connection, connecting shaft II (1-6) are connected with slide bar (1-7), slide bar (1-7) and slide-bar slide-carriage for manual (1-8)
It is slidably connected, slide bar (1-7) is connected with upper shifting block (1-9), lower shifting block (1-10), and moving tooth disk (1-12) is located at upper shifting block (1-
9) between the bracket of lower shifting block (1-10), moving tooth disk (1-12) is connected with moving tooth (1-11), moving tooth (1-11) and moving tooth branch
Frame (1-31) is connected, and moving tooth bracket (1-31) is connected with discharge chamber (1-20), and gag lever post (1-13) and spinner handle (1-16) are sliding
Dynamic connection, spring I (1-14) are socketed on gag lever post (1-13), and spring I (1-14) is in tensional state, spring I (1-14) two
End is connected with gag lever post (1-13), spinner handle (1-16), and limit hole (1-15) is located on storage compartment (1-19), limit hole (1-15)
It is not through-hole, spinner handle (1-16) is connected with feeding inlet baffle (1-17), and spinner handle (1-16) and storage compartment (1-19) are rotatablely connected,
Feeding inlet I (1-18) is located on storage compartment (1-19), the inclination of storage compartment's (1-19) inner wall, storage compartment (1-19) and discharge chamber (1-
20) it is connected, discharge chamber (1-20) is connected with retaining wall (1-23), and retaining wall (1-23) is connected with discharge chamber bottom plate (1-21),
Block (1-24) is connected with retaining wall (1-23) with discharge chamber bottom plate (1-21) respectively, and block (1-24) quantity is moving tooth (1-11)
The 1/2 of quantity, (1-22) quantity of discharge port I are the 1/2 of moving tooth (1-11) quantity, discharging turntable (1-25) and discharging turntable shaft
(1-28) rotation connection, floor chute (1-26), discharge port II (1-27) are respectively positioned in discharging turntable (1-25), rocking bar (1-29)
It is connected with discharging turntable (1-25).
3. a kind of chemical industry mixing plant according to claim 1, it is characterised in that: stirring assembly (2) packet
Include bottom plate (2-1), side plate (2-2), worm gear I (2-3), worm gear II (2-4), I axis of worm gear (2-5), II axis of worm gear (2-6), chain wheel I
(2-7), chain I (2-8), chain wheel II (2-9), chain wheel II axis (2-10), sprocket wheel III (2-11), chain II (2-12), sprocket wheel IV
(2-13), IV axis of sprocket wheel (2-14), half gear I (2-15), half gear II (2-16), gear (2-17), agitating shaft (2-18), branch
Frame I (2-19), teeter chamber (2-21), feeding inlet II (2-22), inserting plate hole (2-23), plate (2-24), stirs bracket II (2-20)
Hollow sphere (2-25), hollow ball (2-26), paddle (2-27), stirring liquid outlet (2-28) and rocking bar sliding slot (2-29) are mixed,
Slide-bar slide-carriage for manual (1-8), motor (1-1) are connected with bottom plate (2-1), and discharging turntable shaft (1-28) is connected with side plate (2-2),
Rocking bar (1-29) is slidably connected with rocking bar sliding slot (2-29), and two rocking bar clamps (1-30) are located in rocking bar sliding slot (2-29), bottom
Plate (2-1) is connected with side plate (2-2), two oppositely oriented helical tooths on two-way worm shaft (1-2) respectively with worm gear I
The engagement connection of (2-3), worm gear II (2-4), worm gear I (2-3) are connected with I axis of worm gear (2-5), I axis of worm gear (2-5) and chain wheel I
(2-7) is connected, chain wheel I (2-7), chain I (2-8), the connection of chain wheel II (2-9) sprocket wheel chain, chain wheel II (2-9) and chain wheel II
Axis (2-10) connection, worm gear II (2-4) are connected with II axis of worm gear (2-6), and II axis of worm gear (2-6) is connected with sprocket wheel III (2-11)
It connects, sprocket wheel III (2-11), chain II (2-12), the connection of (2-13) sprocket wheel chain of sprocket wheel IV, sprocket wheel IV (2-13) and IV axis of sprocket wheel
(2-14) is connected, and IV axis of sprocket wheel (2-14) is connected with half gear II (2-16), chain wheel II axis (2-10) and half gear, I (2-
15) it is connected, half gear I (2-15), half gear II (2-16) toothed portion engage connection, gear (2- with gear (2-17)
17) it is connected with agitating shaft (2-18), bracket I (2-19) and wheel II axis (2-10), IV axis of sprocket wheel (2-14), agitating shaft (2-18)
Rotation connection, bracket II (2-20) and agitating shaft (2-18) are rotatablely connected, and bracket I (2-19), bracket II (2-20) are and bottom plate
(2-1) is connected, and agitating shaft (2-18) and teeter chamber (2-21) are rotatablely connected, and teeter chamber (2-21) is connected with bottom plate (2-1),
Feeding inlet II (2-22) is connected with teeter chamber (2-21), and inserting plate hole (2-23) is located in teeter chamber, plate (2-24) and plate
(2-23) is slidably connected in hole, and plate (2-24) is contacted with feeding inlet II (2-22), agitating shaft (2-18) and stirring hollow sphere (2-
25) it is connected, agitating shaft (2-18) is connected with paddle (2-27), is equipped with one in each stirring hollow sphere (2-25) and stirs
It mixes leaf (2-27), is distributed with hollow ball (2-26) in stirring hollow sphere (2-25), teeter chamber (2-21) and stirring liquid export (2-
28) it is connected.
4. a kind of chemical industry mixing plant according to claim 1, it is characterised in that: the gas collection assembly
It (3) include gas outlet (3-1), gas outlet clamp I (3-2), gas outlet clamp II (3-3), air outlet valve (3-4), air outlet valve clamp
(3-5), venthole (3-6), spring II (3-7), expansion box (3-8), upper gas outlet (3-9) and lower gas outlet (3-10), inflator
(3-1) is connected with teeter chamber (2-21), teeter chamber (2-21) and gas outlet clamp I (3-2), gas outlet clamp II (3-3) phase
Connection, air outlet valve (3-4) are slidably connected with gas outlet clamp I (3-2), and air outlet valve (3-4) is connected with air outlet valve clamp (3-5)
It connects, air outlet valve clamp (3-5) is slidably connected with gas outlet (3-1), and spring II (3-7) is socketed on air outlet valve (3-4), spring II
(3-7) is in compressive state, and venthole (3-6) is located on air outlet valve (3-4), and gas outlet (3-1) is connected with expansion box (3-8)
It connects, expansion box (3-8) is connected with upper gas outlet (3-9), lower gas outlet (3-10), and expansion box (3-8) is connected with bottom plate (2-1)
It connects.
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|---|---|---|---|
| CN201910748251.0A CN110420591A (en) | 2019-08-14 | 2019-08-14 | A kind of chemical industry mixing plant |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910748251.0A CN110420591A (en) | 2019-08-14 | 2019-08-14 | A kind of chemical industry mixing plant |
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Family
ID=68414657
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|---|---|---|---|
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112058199A (en) * | 2020-08-25 | 2020-12-11 | 福建天甫电子材料有限公司 | Preparation system and process of electronic-grade ammonia fluoride |
| CN114291984A (en) * | 2022-03-10 | 2022-04-08 | 安徽锋硕环境工程有限公司 | Be used for sewage carbon source foul smell to retrieve storage system |
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