CN209161582U - Self-priming aerating oxidation slot - Google Patents
Self-priming aerating oxidation slot Download PDFInfo
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- CN209161582U CN209161582U CN201821383146.9U CN201821383146U CN209161582U CN 209161582 U CN209161582 U CN 209161582U CN 201821383146 U CN201821383146 U CN 201821383146U CN 209161582 U CN209161582 U CN 209161582U
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- cylinder
- priming
- self
- agitating shaft
- slot
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Abstract
Self-priming aerating oxidation slot.It is related to a kind of aerating oxidation slot.Provide that a kind of structure is simple, easy to maintain, work efficiency is high, long service life and has gas suction capacity, bubble is scattered, can increase substantially gas holdup it is gentle-contact area of liquid phase, therefore be remarkably improved the self-priming aerating oxidation slot of reaction efficiency.Including shell, rotary drive mechanism and agitating shaft, the agitating shaft is connected in shell, and the rotary drive mechanism is connected on shell, and the rotary drive mechanism includes and the sequentially connected shaft coupling of agitating shaft, speed reducer and driving motor.The utility model has that structure is simple, easy to maintain, work efficiency is high, long service life and has gas suction capacity on the whole, bubble is scattered, can increase substantially gas holdup it is gentle-contact area of liquid phase, therefore the advantages of be remarkably improved reaction efficiency.
Description
Technical field
The utility model relates to a kind of aerating oxidation slots.
Background technique
The primary structure of aerating oxidation slot in the prior art includes the shell being uprightly arranged, and the top of shell is equipped with electricity
Machine, motor connect small pulley, and small pulley drives big belt wheel, and big belt wheel and stirring axis connection, impeller are mounted on the bottom of agitating shaft,
It is equipped with casing outside agitating shaft, is equipped with adjustable plate above impeller.Disadvantage is that: long-time service condition is in equipment
Under, belt wheel is easy to wear, and the replacement cycle is short.When the easy fouling of tank liquid, layer of scale will form between casing and agitating shaft, influence
Aeration effect, and casing disassembly is relatively difficult, cleaning difficulty is big；In addition, often passing through agitating device and aeration dress in the prior art
The collective effect of the two is set to realize the equilibrium of oxidation trough internal liquid oxygen content, whole energy consumption is big, and agitating device can only
Be stirred in the horizontal direction by blade, the stirring action of vertical direction is smaller, therefore mixing effect is poor, reaction efficiency compared with
It is low.
Utility model content
The utility model is in view of the above problems, provide that a kind of structure is simple, easy to maintain, work efficiency is high, using the longevity
Life is long and has gas suction capacity, and bubble is scattered, can increase substantially gas holdup it is gentle-contact area of liquid phase, because
This is remarkably improved the self-priming aerating oxidation slot of reaction efficiency.
The technical solution of the utility model is: including shell, rotary drive mechanism and agitating shaft, the stirring axis connection
In shell, the rotary drive mechanism is connected on shell, and the rotary drive mechanism is described for driving agitating shaft to rotate
Self-priming aerating oxidation slot further includes steam-water mixing cover and aeration plate, and the steam-water mixing cover is fixedly connected in shell and empty
The agitating shaft is covered, several flowing holes are offered on the side wall of the steam-water mixing cover, the aeration plate is connected to agitating shaft
Bottom and the lower section for being located at steam-water mixing cover, are equipped with several blades on the aeration plate.
The aeration plate is slidably connected on agitating shaft, and rotation stop nut is equipped with above and below the aeration plate
The rotation stop nut is set on agitating shaft and by screw thread and stirring axis connection.
The steam-water mixing cover includes cylinder one and cylinder two, and the section of the cylinder one and cylinder two is semicircle,
The cylinder one and cylinder two removably connect.
Connecting plate, one He of cylinder are fixedly connected on the side surface of the both sides of the edge of the cylinder one and cylinder two
It is bolted between corresponding two connecting plate on cylinder two.
Strip buckle, the strip are fixedly connected on the side surface of the both sides of the edge of the cylinder one and cylinder two
The section of shape buckle is L shape, and corresponding two strips buckle is described self-priming backwards to setting on the cylinder one and cylinder two
Aerating oxidation slot further includes strip setter plate, and the side of the strip setter plate offers T-slot, corresponding two strip
Shape buckle adaptation is placed in T-slot.
It is fixedly connected to T shape fin on the both sides of the edge of the cylinder one, it is solid on the both sides of the edge of the cylinder two
Surely it is connected with strip accommodating plate, the strip accommodates plate towards T-slot is offered on the side of cylinder one, and the T shape is convex
Rib adaptation is placed in T-slot.
The rotary drive mechanism includes and the sequentially connected shaft coupling of agitating shaft, speed reducer and driving motor.
When the utility model specific works, it is added what is needed to be oxidized containing solid particle material to shell, passes through deceleration
Machine drives agitating shaft and aeration plate rotation, and the rotation of the blade on aeration plate will make neighbouring solid material and liquid in level side
To moving in a circle, the centrifugal force that fluid generates will make the bottom of steam-water mixing cover generate negative pressure, thus by steam-water mixing cover
Internal liquid is pumped to the bottom of steam-water mixing cover, mixes in this way, liquid will flow into carbonated drink from the flowing hole on steam-water mixing cover
It closes in cover, then flow to surrounding via aeration plate from the bottom of steam-water mixing cover, to realize the Matter Transfer on vertical direction.
In this cyclic process, the air on steam-water mixing cover top is also endlessly sucked inside steam-water mixing cover, thus with stream
Enter the liquid inside steam-water mixing cover to combine and be finally scattered in liquid phase again via aeration plate, contain to increase substantially gas
Rate is gentle-contact area of liquid phase.On the whole have structure is simple, easy to maintain, work efficiency is high, long service life and have
Standby gas suction capacity, bubble is scattered, can increase substantially gas holdup it is gentle-contact area of liquid phase, therefore can significantly mention
The advantages of high reaction efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model,
Fig. 2 be in Fig. 1 A-A to cross-sectional view,
Fig. 3 is the cross-sectional view of B-B direction in Fig. 1,
Fig. 4 be in Fig. 2 C-C to cross-sectional view,
Fig. 5 is the preferred embodiment one of the utility model,
Fig. 6 is the preferred embodiment two of the utility model；
1 is shell in figure, and 2 be speed reducer, and 20 be driving motor, and 3 be shaft coupling, and 4 be agitating shaft,
5 be steam-water mixing cover, and 50 be flowing hole, and 51 be cylinder one, and 52 be cylinder two, and 53 be connecting plate, and 54 be strip
Buckle, 55 be strip setter plate, and 56 be T shape fin, and 57 be strip accommodating plate.
6 be aeration plate, and 60 be blade.
Specific embodiment
As shown in figures 1 to 6, including shell 1, rotary drive mechanism and agitating shaft 4, the agitating shaft 4 connect the utility model
It connects in shell 1, the rotary drive mechanism is connected on shell 1, and the rotary drive mechanism is for driving 4 turns of agitating shaft
Dynamic, the self-priming aerating oxidation slot further includes steam-water mixing cover 5 and aeration plate 6, and the steam-water mixing cover 5 is fixedly connected on shell
In body 1 and agitating shaft 4 described in empty set, several flowing holes 50, the aeration plate 6 are offered on the side wall of the steam-water mixing cover 5
It is connected to the bottom of agitating shaft 4 and is located at the lower section of steam-water mixing cover 5, be equipped with several blades 60 on the aeration plate 6.Tool
When body running, will need to be oxidized and be added containing solid particle material to shell, by rotary drive mechanism drive agitating shaft and
Aeration plate rotates, and the rotation of the blade on aeration plate will make neighbouring solid material and liquid move in a circle in the horizontal direction,
The centrifugal force that fluid generates will make the bottom of steam-water mixing cover generate negative pressure, so that the liquid inside steam-water mixing cover be aspirated
To the bottom of steam-water mixing cover, in this way, liquid will flow into steam-water mixing cover from the flowing hole on steam-water mixing cover, then from carbonated drink
The bottom of mixing cover flows to surrounding via aeration plate, to realize the Matter Transfer on vertical direction；In this cyclic process,
The air on steam-water mixing cover top is also endlessly sucked inside steam-water mixing cover, thus with flowing into inside steam-water mixing cover
Liquid combine and be finally scattered in liquid phase again via aeration plate, thus increase substantially gas holdup it is gentle-liquid phase connects
Contacting surface product.Have that structure is simple, easy to maintain, work efficiency is high, long service life and has gas suction capacity on the whole,
Bubble is scattered, can increase substantially gas holdup it is gentle-contact area of liquid phase, therefore be remarkably improved the excellent of reaction efficiency
Point.
The aeration plate 6 is slidably connected on agitating shaft 4, is equipped with rotation stop above and below the aeration plate 6
Nut 61, the rotation stop spiral shell 61 are set on agitating shaft 4 and are connect by screw thread with agitating shaft 4.Such as Fig. 1 and Fig. 2 institute can be passed through
Show, key be equipped on agitating shaft, realizes sliding of the aeration plate on agitating shaft equipped with the keyway being adapted to key on aeration plate,
To realize the adjustment to aeration plate initial position, and locking is carried out by two rotation stop nuts of rotation after completing adjustment, so as to
Material rotates the size of generated centrifugal force around when changing depth of the aeration plate in material, i.e. changeable specific works,
To change the size of aeration quantity.
The steam-water mixing cover 5 includes cylinder 1 and cylinder 2 52, and the section of the cylinder 1 and cylinder 2 52 is equal
For semicircle, the cylinder 1 and cylinder 2 52 are removably connected.In this way, when material agitating shaft and steam-water mixing cover it
Between fouling, influence using effect when, quick release is cleared up, easy to maintain.
Connecting plate 53, the cylinder are fixedly connected on the side surface of the both sides of the edge of the cylinder 1 and cylinder 2 52
It is bolted between corresponding two connecting plate 53 on body 1 and cylinder 2 52.In this way, when material is in agitating shaft and vapour
Between water mixing cover when fouling, influence using effect, it can be cleared up by the fast quick-detach that loosers a bolt, it is easy to maintain.
Strip buckle 54, institute are fixedly connected on the side surface of the both sides of the edge of the cylinder 1 and cylinder 2 52
The section for stating strip buckle 54 is L shape, and corresponding two strips buckle 54 is backwards on the cylinder 1 and cylinder 2 52
Setting, the self-priming aerating oxidation slot further includes strip setter plate 55, and the side of the strip setter plate 55 offers T
Shape slot, what corresponding two strips buckle 54 was adapted to is placed in T-slot.In this way, when material is in agitating shaft and steam-water mixing
It, can be by sliding strip setter plate, so that corresponding two strips buckle is detached between cover when fouling, influence using effect
T-slot can be completed fast quick-detach, be cleared up, easy to maintain, further, since without connectors such as bolts, therefore it is not easy oxygen
Change, be not easy to react with material, further promotes the stability of this case.
T shape fin 56, the both sides of the edge of the cylinder 2 52 are fixedly connected on the both sides of the edge of the cylinder 1
On be fixedly connected to strip accommodating plate 57, the strip accommodates plate 57 towards offering T shape on the side of cylinder 1
Slot, what the T shape fin 56 was adapted to is placed in T-slot.In this way, when material between agitating shaft and steam-water mixing cover fouling,
When influencing using effect, T shape fin can may make to be detached from T-slot by sliding barrel one or cylinder two, to complete quick
Disassembly, is cleared up, easy to maintain, further, since without the connectors such as bolt, therefore it is not oxidizable, be not easy and material occurs
Reaction further promotes the stability of this case.
The rotary drive mechanism includes and the sequentially connected shaft coupling 3 of agitating shaft 4, speed reducer 2 and driving motor 20.This
Case is used as power end using speed reducer, can avoid wearing bring because of belt in the prior art and is aerated and is short of power and belt
Long-play drawback easy to damage.
Claims (7)
1. self-priming aerating oxidation slot, including shell, rotary drive mechanism and agitating shaft, the agitating shaft are connected in shell,
The rotary drive mechanism is connected on shell, and the rotary drive mechanism is for driving agitating shaft to rotate, which is characterized in that institute
Stating self-priming aerating oxidation slot further includes steam-water mixing cover and aeration plate, the steam-water mixing cover be fixedly connected in shell and
Agitating shaft described in empty set offers several flowing holes on the side wall of the steam-water mixing cover, and the aeration plate is connected to agitating shaft
Bottom and be located at the lower section of steam-water mixing cover, be equipped with several blades on the aeration plate.
2. self-priming aerating oxidation slot according to claim 1, which is characterized in that the aeration plate is slidably connected to
On agitating shaft, it is equipped with rotation stop nut described in rotation stop nut above and below the aeration plate and is set on agitating shaft and leads to
Cross screw thread and stirring axis connection.
3. self-priming aerating oxidation slot according to claim 1, which is characterized in that the steam-water mixing cover includes cylinder one
With cylinder two, the section of the cylinder one and cylinder two is semicircle, and the cylinder one and cylinder two removably connect.
4. self-priming aerating oxidation slot according to claim 3, which is characterized in that the two sides of the cylinder one and cylinder two
It is fixedly connected to connecting plate on the side surface at edge, passes through between corresponding two connecting plate on the cylinder one and cylinder two
It is bolted.
5. self-priming aerating oxidation slot according to claim 3, which is characterized in that the two sides of the cylinder one and cylinder two
Strip buckle is fixedly connected on the side surface at edge, the section of the strip buckle is L shape, the cylinder one and cylinder
For corresponding two strips buckle backwards to being arranged, the self-priming aerating oxidation slot further includes strip setter plate, institute on body two
The side for stating strip setter plate offers T-slot, and corresponding two strips buckle adaptation is placed in T-slot.
6. self-priming aerating oxidation slot according to claim 3, which is characterized in that on the both sides of the edge of the cylinder one
It is fixedly connected with T shape fin, strip accommodating plate is fixedly connected on the both sides of the edge of the cylinder two, the strip is described
It sets plate and is placed in T-slot towards T-slot, the T shape fin adaptation is offered on the side of cylinder one.
7. according to self-priming aerating oxidation slot described in claim 1, which is characterized in that the rotary drive mechanism includes and stirring
The sequentially connected shaft coupling of axis, speed reducer and driving motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821383146.9U CN209161582U (en) | 2018-08-27 | 2018-08-27 | Self-priming aerating oxidation slot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821383146.9U CN209161582U (en) | 2018-08-27 | 2018-08-27 | Self-priming aerating oxidation slot |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209161582U true CN209161582U (en) | 2019-07-26 |
Family
ID=67330076
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821383146.9U Active CN209161582U (en) | 2018-08-27 | 2018-08-27 | Self-priming aerating oxidation slot |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209161582U (en) |
-
2018
- 2018-08-27 CN CN201821383146.9U patent/CN209161582U/en active Active
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