CN209005318U - A kind of dry Multi Role Aircraft of rotary filtration washing - Google Patents
A kind of dry Multi Role Aircraft of rotary filtration washing Download PDFInfo
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- CN209005318U CN209005318U CN201821309424.6U CN201821309424U CN209005318U CN 209005318 U CN209005318 U CN 209005318U CN 201821309424 U CN201821309424 U CN 201821309424U CN 209005318 U CN209005318 U CN 209005318U
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- filtration washing
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Abstract
The utility model discloses a kind of dry Multi Role Aircraft of rotary filtration washing, including cylinder, the bottom of the cylinder is equipped with filter medium and filtrate (liquid valve, and the top of the cylinder is equipped with drier outlet valve, and the top of the cylinder lateral wall is equipped with inlet valve；The two sides of the cylinder are symmetrically arranged with horizontal first rotating shaft and the second horizontal shaft for driving the cylinder to turn round in perpendicular；The inside of the first rotating shaft is formed and its axial parallel horizontal feed channel, by the way that axially parallel feed pipe is connected to the inlet valve with the cylinder, the other end in the horizontal feed channel is sealed rotary joint and be connected to by the first machine injects the material input valve group of solid-liquid mixture to the cylinder for the one end in the horizontal feed channel.Its technical effect is that: it can realize totally-enclosed charging under the premise of not influencing normally to stir and discharge.
Description
Technical field
The utility model relates to a kind of dry Multi Role Aircrafts of rotary filtration washing in chemical equipment field.
Background technique
The dry Multi Role Aircraft of filtration washing is commonly used equipment in chemical production process, but current filtration washing drying is more
There is also following defects for function machine:
First, the material for much needing filtration washing dry be all it is poisonous and hazardous, in order to avoid being caused to operator
Injury, it is necessary to the dry Multi Role Aircraft inner sealing charging of filtration washing, while be stirred during filtration washing is dry
It mixes, guarantees the uniform of finished product.How closing charging, majority filtering do not influenced under the premise of not influencing stirring and normal discharging
Dry Multi Role Aircraft is washed not accomplish also.
Second, the washing drying of many materials must carry out under vacuum conditions, then guaranteeing normal totally-enclosed charging
Under the premise of, guarantee that the vacuum of the dry Multi Role Aircraft of filtration washing is more a problem.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and it is more to provide a kind of rotary filtration washing drying
Function machine can realize totally-enclosed charging under the premise of not influencing normally to stir and discharge.
Realizing a kind of technical solution of above-mentioned purpose is: a kind of dry Multi Role Aircraft of rotary filtration washing, including cylinder,
The bottom of the cylinder is equipped with filter medium and filtrate (liquid valve, and the top of the cylinder is equipped with drier outlet valve, the cylinder
The top of lateral wall is equipped with inlet valve；
The two sides of the cylinder are symmetrically arranged with horizontal first turn for driving the cylinder to turn round in perpendicular
Axis and the second horizontal shaft；
The inside formation of the first rotating shaft horizontal feed channel parallel with its axial direction, the one of the horizontal feed channel
By the way that axially parallel feed pipe is connected to the inlet valve with the cylinder, the other end in the horizontal feed channel passes through at end
First machine envelope rotary joint is connected to the material of cylinder injection solid-liquid mixture and inputs valve group.
Further, the bottom of the cylinder is closed by end socket, and the filtrate (liquid valve is located at the end socket bottom surface
Center.
Further, the center of the end socket bottom surface is additionally provided with vacuum pumping valve；
The radially inner side of the first rotating shaft is coaxially provided with charging inner tube, and the radially inner side of the charging inner tube forms described
Horizontal feed channel forms evacuation passageway between charging inner tube and the radial direction of the first rotating shaft；It is described vacuumize it is logical
Road is connected to the vacuum pumping valve by vacuum-pumping tube, seals rotary joint by first machine and is connected to vacuum evacuation device.
Further, the material input valve group includes the solidliquid mixture inlet valve being arranged in parallel, detergent inlet
Valve and inlet for pressurised gas valve, and by the solidliquid mixture inlet valve, the detergent inlet valve and the compressed gas
Inlet valve, the distributor pipe being connected to first machine envelope rotary joint.
Further, pass through flanged joint between the cylinder and the end socket.
Further, the periphery wall of the cylinder is equipped with heating jacket.
Further, the radially inner side of second shaft is equipped with and its axial parallel center heat pipe, the center
One end level of heat pipe runs through the cylinder, protrudes into the heating jacket from close to the first rotating shaft side, other end with
Second shaft connects the second machine simultaneously and seals rotary joint；The radially inner side of the center heat pipe is formed for described in heating agent inflow
The heating agent flow channel of heating jacket；It is formed between the center heat pipe and the radial direction of second shaft for described in heating agent outflow
The heating agent flow pass of heating jacket.
Further, the center heat pipe is connected in the heating jacket and institute close to one end of the first rotating shaft
The heating agent distribution pipe of cylinder being arranged in an axially parallel mode is stated, the both ends of the heating agent distribution pipe are open.
Further, the lower section of the cylinder is equipped with rack, and the rack is equipped with to the first rotating shaft and described the
The bearing supporting device that two shafts are supported.
Further, the rack is equipped with bracket, and the bracket is equipped with motor reducer, the motor reducer
Be equipped with driving wheel, be socketed driven wheel in the first rotating shaft and second shaft, the driving wheel or the driven wheel it
Between pass through chain or synchronous band connection.
The technical solution of Multi Role Aircraft, including cylinder are dried using a kind of rotary filtration washing of the utility model,
The bottom of the cylinder is equipped with filter medium and filtrate (liquid valve, and the top of the cylinder is equipped with drier outlet valve, the cylinder
The top of lateral wall is equipped with inlet valve；The two sides of the cylinder are symmetrically arranged with for driving the cylinder to turn round in perpendicular
Horizontal first rotating shaft and the second horizontal shaft；The inside of the first rotating shaft is formed and its axial parallel horizontal feed
Channel, the one end in the horizontal feed channel are described by the way that axially parallel feed pipe is connected to the inlet valve with the cylinder
The other end in horizontal feed channel is connected to the object that solid-liquid mixture is injected to the cylinder by the first machine envelope rotary joint
Material input valve group.Its technical effect is that: it can realize totally-enclosed charging under the premise of not influencing normally to stir and discharge.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the dry Multi Role Aircraft of rotary filtration washing of the utility model.
Specific embodiment
Referring to Fig. 1, the inventor of the utility model is in order to preferably managing the technical solution of the utility model
Solution, below by specifically embodiment, and will be described in detail with reference to the accompanying drawings:
Referring to Fig. 1, a kind of dry Multi Role Aircraft of rotary filtration washing of the utility model includes: for mixed to solid-liquid
Close the cylinder 1 that material is filtered washing and drying.Cylinder 1 is cone type cylinder.The top of cylinder 1 is equipped with drier outlet valve
11, form drier outlet.The bottom of cylinder 1 is closed by end socket 12, passes through flanged joint between end socket 12 and cylinder 1.End socket
12 top surface is equipped with filter medium bearing 121, is used to support filter medium 17.The center of 12 bottom of end socket is equipped with and is set side by side
Filtrate (liquid valve 13 and vacuum pumping valve 14, filtrate (liquid valve 13 form filtrate (liquid.The top of the lateral wall of cylinder 1 is equipped with import
Valve 15 is the feed inlet of cylinder 1.
The periphery wall of cylinder 1 is surrounded with heating jacket 16.Heating jacket 16 corresponds to cone type heating jacket.
The two sides of cylinder 1 are symmetrically arranged with horizontally disposed first rotating shaft 2 and the second shaft 3.First rotating shaft 2 and the second shaft
3 are located on same horizontal linear, and a diameter parallel of the horizontal linear and cylinder 1.First rotating shaft 2 and the second shaft 3
It is hollow shaft.First rotating shaft 2 and the second shaft 3 are for driving cylinder 1 to turn round in perpendicular.
The first end of first rotating shaft 2 and the periphery wall of heating jacket 16 are welded and fixed.The radially inner side of first rotating shaft 2
It is coaxially disposed horizontal charging inner tube 21.The radially inner side for feeding inner tube 21 forms horizontal feed channel.Feed inner tube 21 with into
By being connected to the axial parallel feed pipe 22 of cylinder 1 between mouth valve 15.22 one end of feed pipe is connected to charging in first rotating shaft 2
The first end of inner tube 21, i.e., the first end in the described horizontal feed channel, other end are pierced by first rotating shaft 2 and are connected to inlet valve
15.Feed pipe 22 is welded and fixed with first rotating shaft 2.Evacuation passageway is formed between charging inner tube 21 and the radial direction of first rotating shaft 2.
The first end of the evacuation passageway is connected to vacuum pumping valve 14 by vacuum-pumping tube 23.
The second end of first rotating shaft 2 and the second end of charging inner tube 21 connect the first machine simultaneously and seal rotary joint 24.
Wherein the first machine envelope rotary joint 24 divides for inner joint and external tapping, the first end of the inner joint of the first machine envelope rotary joint 24
It is connected to the horizontal feed channel, the second end is connected to material and inputs valve group 4.Material input valve group 4 is consolidated including what is be set side by side
Liquid mixture inlet valve 41, detergent inlet valve 42 and inlet for pressurised gas valve 43, and make solidliquid mixture inlet valve 41, wash
Wash the distributor pipe 44 that agent inlet valve 42 and inlet for pressurised gas valve 43 are connected to the first machine envelope rotary joint 24.
The first end that first machine seals the external tapping of rotary joint 24 is connected to the evacuation passageway, and the envelope rotation of the first machine connects
The second end of first 25 external tapping is connected to vacuum evacuation device.
The effect of above-mentioned design is:
First, the revolution in perpendicular of cylinder 1 is driven by first rotating shaft 2 and the second shaft 3, is played stirring and is made
With.
Second, the full envelope of solid-liquid mixture is realized by hollow first rotating shaft 2, feed pipe 22 and charging inner tube 21
Charging is closed, damage of the poisonous and harmful material to human body is avoided, it is contaminated to avoid material in fill process, and is not influenced normal
Stirring and discharging.
Third, when being filtered washing drying to solid-liquid mixture, it is ensured that internal vacuum degree, and make
Fill process and vacuum, which are not interfere with each other, becomes possibility, improves the dry efficiency of filtration washing, ensure that material
Quality.
The lateral wall of the first end and heating jacket 16 of second shaft 3 is welded and fixed, and the center of the second shaft 3 is equipped with
The first end level of center heat pipe 31, center heat pipe 31 runs through cylinder 1, protrudes into and adds again from the side close to first rotating shaft 2
Thermal jacket 16, connection are located at the heating agent distribution pipe 32 parallel with the axial direction of cylinder 1 in heating jacket 16.Heating agent distribution pipe 32
Both ends are open.The radially inner side of center heat pipe 31 forms the heating agent flow channel that heating agent flows into heating jacket 16, the second shaft
It is formed between 3 and 31 radial direction of center heat pipe and is connected to heating jacket 16, for the heating agent flow pass of heating agent outflow heating jacket 16.
The second end of second shaft 3 and the second end of center heat pipe 31 are all connected with the second machine envelope rotary joint 33, flow into heating agent
The second end in channel is connected to the inner joint of the second machine envelope rotary joint 33, the second end connection of the heating agent flow pass the
The external tapping of two machines envelope rotary joint 33.The inner joint that second machine seals rotary joint 33 forms Heating medium, the second machine Feng Xuanzhuan
The external tapping of connector 33 forms heating agent outlet.
The purpose of above-mentioned design is to pass through center during being filtered washing and drying to solid-liquid mixture
Heat pipe 31 and heating jacket 16 are heated and are dried to the material in cylinder 1 simultaneously.Heat drying it is more efficient, heating agent exists
Flow in and out and be independent of each other in heating jacket 16, at the same in heating jacket 16 heating agent Temperature Distribution it is more uniform, heating effect
Rate is higher.It is not only suitable for conduction oil to be heated, it can also be used to which vapor is heated.More importantly passing through heating jacket
When 16 heating, the process for feeding and vacuumizing is not had an impact.
The lower section of cylinder 1 is equipped with rack 5, and the two sides of rack 5 are symmetrically arranged with, corresponding support first rotating shaft 2 and the second shaft
3 bearing supporting device 51.Bracket 52 is additionally provided in rack 5, bracket 52 is equipped with motor reducer 53, motor reducer 53
Upper socket drive sprocket 54 is socketed driven sprocket 55 in first rotating shaft 2.Drive sprocket 54 and driven sprocket 55 are connected by chain
It connects.The effect of motor reducer 53, drive sprocket 54 and driven sprocket 55 is that cylinder 1 is driven to turn round in perpendicular.When
Right drive sprocket 54 is located at also possible in the second shaft 3.
After solid-liquid mixture is from material input valve group 4, charging inner tube 21 and feed pipe 22 into cylinder 1, pass through filtering
Medium 17, which is realized, to be separated by solid-liquid separation.Cylinder 1 is discharged by filtrate (liquid valve 13 in filtrate.During the filtration process, pass through first rotating shaft 2
Oscillation is realized in revolution with the second shaft 3 driving cylinder 1, plays the effect of stirring.Material inputs inlet for pressurised gas in valve group 4
Valve 43 is used to accelerate flowing of the solid-liquid mixture in charging inner tube 21 and feed pipe 22.Detergent inlet valve 42 acts on
In detergent is injected cylinder 1, the siccative being deposited in filter medium 17 is washed.Filtrate in solid-liquid mixture, with
And cylinder 1 is discharged by filtrate (liquid valve 13 in detergent.After the completion of filtering and washing, pass through heating jacket 16 and center heat pipe
Heating agent in 31 heats the material in filter medium 17.After the completion of heat drying, first rotating shaft 2 and the second shaft 3 are driven
Dynamic cylinder 1 rotates 180 degree, and by oscillation, siccative is made to fall off from filter medium 17, and cylinder is discharged by drier outlet valve 11
Body 1.
Those of ordinary skill in the art it should be appreciated that more than embodiment be intended merely to illustrate that this is practical new
Type, and be not used as the restriction to the utility model, as long as in the spirit of the utility model, to the above
Variation, the modification of embodiment will all be fallen in the Claims scope of the utility model.
Claims (10)
1. a kind of dry Multi Role Aircraft of rotary filtration washing, including cylinder, the bottom of the cylinder are equipped with filter medium and filter
Liquid outlet valve, the top of the cylinder are equipped with drier outlet valve, and the top of the cylinder lateral wall is equipped with inlet valve；Its feature exists
In:
The two sides of the cylinder be symmetrically arranged with for drive horizontal first rotating shaft that the cylinder turns round in perpendicular and
The second horizontal shaft；
The inside of the first rotating shaft is formed to be led to its axial parallel horizontal feed channel, the one end in the horizontal feed channel
Cross that axially parallel feed pipe is connected to the inlet valve with the cylinder, the other end in the horizontal feed channel passes through first
Machine envelope rotary joint is connected to the material of cylinder injection solid-liquid mixture and inputs valve group.
2. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 1, it is characterised in that: the cylinder
Bottom is closed by end socket, and the filtrate (liquid valve is located at the center of the end socket bottom surface.
3. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 2, it is characterised in that: the end socket bottom
The center in face is additionally provided with vacuum pumping valve；
The radially inner side of the first rotating shaft is coaxially provided with charging inner tube, and the radially inner side of the charging inner tube forms the level
Feeding-passage forms evacuation passageway between charging inner tube and the radial direction of the first rotating shaft；
The evacuation passageway is connected to the vacuum pumping valve by vacuum-pumping tube, seals rotary joint connection by first machine and takes out
Vacuum plant.
4. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 2, it is characterised in that: the material is defeated
Entering valve group includes the solidliquid mixture inlet valve, detergent inlet valve and inlet for pressurised gas valve being arranged in parallel, and will be described
Solidliquid mixture inlet valve, the detergent inlet valve and the inlet for pressurised gas valve seal rotary joint with first machine
The distributor pipe of connection.
5. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 2, it is characterised in that: the cylinder with
Pass through flanged joint between the end socket.
6. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 1, it is characterised in that: the cylinder
Periphery wall is equipped with heating jacket.
7. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 6, it is characterised in that: described second turn
The radially inner side of axis, which is equipped with, runs through the cylinder with its axial parallel center heat pipe, one end level of the center heat pipe, from
The heating jacket is protruded into close to the first rotating shaft side, other end connect the second machine Feng Xuan with second shaft simultaneously
Adapter；The radially inner side of the center heat pipe forms the heating agent flow channel that the heating jacket is flowed into for heating agent；In described
The heating agent flow pass that the heating jacket is flowed out for heating agent is formed between heart heat pipe and the radial direction of second shaft.
8. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 7, it is characterised in that: the central hot
It manages and is connected in the heating jacket and the heating agent of the cylinder being arranged in an axially parallel mode point close to one end of the first rotating shaft
Piping, the both ends of the heating agent distribution pipe are open.
9. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 1, it is characterised in that: the cylinder
Lower section is equipped with rack, and the rack is equipped with the bearing branch supported to the first rotating shaft and second shaft and installs
It sets.
10. the dry Multi Role Aircraft of a kind of rotary filtration washing according to claim 9, it is characterised in that: the rack
It is equipped with bracket, the bracket is equipped with motor reducer, and the motor reducer is equipped with drive sprocket, the first rotating shaft
Or driven sprocket is socketed in second shaft, it is connected between the drive sprocket and the driven sprocket by chain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821309424.6U CN209005318U (en) | 2018-08-14 | 2018-08-14 | A kind of dry Multi Role Aircraft of rotary filtration washing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821309424.6U CN209005318U (en) | 2018-08-14 | 2018-08-14 | A kind of dry Multi Role Aircraft of rotary filtration washing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209005318U true CN209005318U (en) | 2019-06-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821309424.6U Active CN209005318U (en) | 2018-08-14 | 2018-08-14 | A kind of dry Multi Role Aircraft of rotary filtration washing |
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| Country | Link |
|---|---|
| CN (1) | CN209005318U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113324378A (en) * | 2021-03-26 | 2021-08-31 | 上海迪化科技股份有限公司 | Novel filtering, washing and drying integrated device and process |
-
2018
- 2018-08-14 CN CN201821309424.6U patent/CN209005318U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113324378A (en) * | 2021-03-26 | 2021-08-31 | 上海迪化科技股份有限公司 | Novel filtering, washing and drying integrated device and process |
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