CN206304923U - A kind of horizontal cyclone separator - Google Patents
A kind of horizontal cyclone separator Download PDFInfo
- Publication number
- CN206304923U CN206304923U CN201621369893.8U CN201621369893U CN206304923U CN 206304923 U CN206304923 U CN 206304923U CN 201621369893 U CN201621369893 U CN 201621369893U CN 206304923 U CN206304923 U CN 206304923U
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- spiral case
- discharge
- tubular
- port
- drainage conduit
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Abstract
The utility model is related to a kind of horizontal cyclone separator, including tubular spiral case, the axis of tubular spiral case extends along the longitudinal direction, the rear and front end closing of tubular spiral case, the front half section circumference bottom of tubular spiral case be connected with extend to the left be mixed into material mouth, it is mixed into the right-hand member bottom of material mouth and the tangent connection in circumference bottom of tubular spiral case, the center of tubular spiral case is provided with the spiral case central tube extended along tubular spiral case axis, the rear port of spiral case central tube is located at the axially middle part of tubular spiral case, the front port of spiral case central tube forward extends out to form air outlet from the center of spiral case front end-plate, the right side circumference bottom of tubular spiral case is provided with the spiral case discharge gate for axially extending, discharge device is connected with the outside of spiral case discharge gate.Discharge device includes stock guide and drainage conduit, and the charging aperture in drainage conduit is relative with spiral case discharge gate to be connect, and stock guide is along the right of spiral case discharge gate along insertion tubular spiral case.The device low cost of manufacture, takes up space small, and without excessive power drain.
Description
Technical field
The utility model is related to a kind of horizontal cyclone separator, belongs to separation equipment technical field.
Background technology
With domestic and international feed, the development of food industry, food, the outward appearance of feed, rate containing powder, nutrition, mouthfeel, work
People's operating environment etc. is increasingly taken seriously, and the powder in separating particulate material in drying is generally required, so that surface of material
Perception is with feel more preferably.On the other hand the raising with people to environmental protection requirement, to feed-processing equipment dust air draft
It is required that also more and more higher.
The separation of current material, classification mainly have grader, vertical cyclone separator etc..Grader needs power to drive
Dynamic, material is entered inside grader by import, and material is classified by by motor-driven grading wheel, adjustment grading wheel
Rotating speed, then isolate the different materials surmised.Grader needs extra consumption power to be driven, and device fabrication is difficult, cost
High, the working service high cost of equipment.
When vertical cyclone separator works, gas-solid mixture enters cylinder by the tangential admission mouthful on conical shell circumference
Inside, air-flow is drawn in cylinder top, and material is separated in device interior along the rotation of cone inwall, and the larger material of proportion sinks
Cone base is dropped or moved to, airlock is connect in cone lower port, for discharge.The equipment requirement cone angle is larger, outfit of equipment
Height is very high, and air channel arrangement takes up room larger；Unpowered discharge in equipment, easy buildup, putty, the material particles that can be isolated
Larger, proportion lighter particles are discharged by air outlet, waste material, pollution environment.
Existing separation equipment mainly uses classifying equipoment or vertical cyclone separation equipment, due to feed separation fineness requirement not
Together, cause piece-rate system to meet material grade interior in a big way to separate.On the other hand use cost due to equipment, system
Cause the operating costs caused in whole production technology higher such as sheet, capital construction input higher.Find more reasonable, efficient, safety
Separation equipment, for feed, food material separate and dedusting, be in industry in the urgent need to.
Utility model content
The purpose of this utility model is to overcome problems of the prior art, there is provided a kind of horizontal cyclone separator,
Simple and light, low cost of manufacture takes up space small, and without excessive power drain.
To solve above technical problem, a kind of horizontal cyclone separator of the present utility model, including it is fixed on base
Tubular spiral case, the axis of the tubular spiral case extends along the longitudinal direction, and the rear and front end of the tubular spiral case is by spiral case front end-plate
With the closing of spiral case end plate, the front half section circumference bottom of the tubular spiral case is connected with the material mouth that is mixed into for extending to the left, described
The right-hand member bottom of material mouth and the tangent connection in circumference bottom of the tubular spiral case are mixed into, the center of the tubular spiral case is provided with edge
The spiral case central tube that tubular spiral case axis extends, the rear port of the spiral case central tube is located in the axial direction of the tubular spiral case
Portion, the front port of the spiral case central tube forward extends out to form air outlet from the center of the spiral case front end-plate, the tubular snail
The right side circumference bottom of shell is provided with the spiral case discharge gate for axially extending, and discharge dress is connected with the outside of the spiral case discharge gate
Put.
Relative to prior art, the utility model achieves following beneficial effect：Air outlet is connected with air-introduced machine, material
Material mouth into the inner chamber of tubular spiral case is mixed into by left side, under the swabbing action of air-flow, is spinned along tubular spiral case and moved,
Due to material ratio dust weight, under the influence of centrifugal force, material advances close to the inwall of tubular spiral case, from tubular spiral case right circles
The spiral case discharge gate of all bottoms is discharged into discharge device, and dust enters spiral case center with air-flow from the rear port of spiral case central tube
The rear port of cylinder, then from air outlet discharge above, so realizes material and is separated with dust.With traditional grader phase
Than the utility model need not consume external impetus without running gear, and operation and maintenance cost are low；With traditional cyclone phase
Than highly low, equipment occupation space is smaller.
Used as improvement of the present utility model, the discharge device includes stock guide and drainage conduit, and the drainage conduit is pipe
And the outside of the spiral case discharge gate is leaned against along the axially extending of tubular spiral case, the drainage conduit is towards the spiral case discharge gate
Side is provided with the drainage conduit charging aperture of strip, and the drainage conduit charging aperture is relative with the spiral case discharge gate to be connect；The guide
, along the right of the spiral case discharge gate along from outside insertion tubular spiral case, the upper end of the stock guide is to the mixed feeding for plate
Mouth direction inclines；The rear port of the drainage conduit is connected with discharge elbow, and the front port of the drainage conduit is connected with exhaust column, institute
The front end for stating exhaust column is connected with exhausting elbow, and the spiral case is inserted in the upper end of the exhausting elbow from the side wall of the air outlet
In central tube.By exhaust column and exhausting elbow be connected with air outlet for the front end of drainage conduit by the utility model, borrows air-introduced machine
Swabbing action, huge negative pressure is produced at spiral case discharge gate；Stock guide is tilted in face of air-flow, in the effect of airflow centrifugal power
Under, material advances close to the inwall of tubular spiral case, marches to and be blocked at stock guide, falls into spiral case discharge gate, and immediately from row
Expects pipe charging aperture enters drainage conduit, then enters the discharge of discharge airlock, the utility model from the discharge elbow of drainage conduit rear end
It is engaged with the suction of spiral case discharge gate by the backgauge of stock guide, realizes that material is separated with dust.
Used as further improvement of the utility model, the drainage conduit includes discharge outer barrel and is nested in the outer tube inner chamber of discharge
Discharge inner cylinder, the discharge inner cylinder and the discharge outer barrel coaxial line, the drainage conduit charging aperture is located at the discharge outer barrel
On, the front port closing of the chuck between the discharge outer barrel and discharge inner cylinder, the front port of the discharge inner cylinder is taken out with described
The rear port of airduct is connected and insertion, and the rear port of the discharge outer barrel is relative with the discharge elbow to be connect, in the discharge
The rear port of cylinder and the rear port flush of the discharge outer barrel.Material with air-flow from drainage conduit charging aperture enter discharge outer barrel with
In chuck between discharge inner cylinder, then moved backward in chuck with air-flow, it is curved that material falls into discharge at chuck rear port
Head, dust is turned back into the rear port of discharge inner cylinder with air-flow, and flow forward, and air outlet is entered from exhaust column.By discharge
Outer barrel and the chuck and baffling of discharge inner cylinder, can avoid material from entering the discharge inner cylinder positioned at center, it is ensured that material and dust
Separate is thorough.
As further improvement of the utility model, marker impeller axle, the row are provided with along the axis of the discharge inner cylinder
Expect that the two ends of impeller axle are separately installed with fixed marker impeller, the fixed marker impeller is separately fixed at the discharge inner cylinder
On port inner wall.The center of fixed marker impeller plays a part of to support marker impeller axle, while fixed marker impeller is to air-flow
There are guide functions, air-flow is produced rotation, be easy to the material being mingled with air-flow to be settled by means of centrifugal force.
Used as further improvement of the utility model, the marker impeller axle is screw shaft, and marker impeller is fixed described in two
Between be provided with floating marker impeller, the nominal diameter of the floating marker impeller is adapted with the internal diameter of the discharge inner cylinder, institute
The centre bore for stating floating marker impeller is embraced on the marker impeller axle and gap cooperation between the two, on the marker impeller axle
It is provided with the left-hand thread for making floating marker impeller move backward.Under wind-force effect, floating marker impeller rotates at a high speed, can prevent
Material particles can be hit down in discharge inner cylinder with air-flow through discharge inner cylinder, lighter particle by floating marker impeller, it is to avoid with
Air-flow enters air outlet, and floating marker impeller when rotated, under the left-hand thread effect of marker impeller axle, constantly floats and is moved back by
It is dynamic, the material fallen in discharge inner cylinder bottom is brought into discharge elbow.
Used as further improvement of the utility model, the upper end of the exhausting elbow is provided with sphenocephaly, and the exhausting is curved
The upper port of head is slant cutting edge, and the rear side of the slant cutting edge is higher than front side.Sphenocephaly make exhausting elbow upper end front side to
Contract, on the one hand reduces size of the exhausting elbow upper end in fore-and-aft direction, it is to avoid connected air outlet is to extension
The distance for going out is long, on the other hand reduces the sectional dimension of exhausting elbow upper port, wind speed is changed herein, favorably
In the sedimentation of particulate matter；The rear side of slant cutting edge can avoid the air-flow in spiral case central tube forward from choking curved into exhausting higher than front side
In head, while the high velocity air in spiral case central tube forward forms powerful jet swabbing action at slant cutting edge, it is easy to take out
The air-flow of windbend head outflow imports primary air.
Used as further improvement of the utility model, the inner chamber of the air outlet is provided with the flow distribution plate of cruciform shape,
The flow distribution plate is provided with turbine-like crimping near the position of the spiral case central tube inwall.The flow distribution plate of cruciform shape is played leads
The effect of rectification is flowed, air-flow is uniformly distributed in air outlet whole cross section, turbine-like crimping can make air-flow produce rotation, make
The axial flow velocity of air-flow slows down, and rotary speed is faster conducive to producing bigger centrifugal force that material is dished out, and makes material
Separate more thorough.
As further improvement of the utility model, the stock guide and the spiral case discharge gate from the tubular spiral case
Rear port extend forwardly into it is described be mixed into material mouth just to feeding-passage in, and occupy the feeding-passage less than half
Width.Be mixed into material mouth just to feeding-passage be located at tubular spiral case front half section, herein material not yet by spiral case justify
Spinning up for week, is easily formed at spiral case discharge gate and blocks, and stock guide of the present utility model is only occupied with spiral case discharge gate
The width of less than half of feeding-passage, can avoid forming blocking on feeding-passage, it is ensured that feeding-passage and spiral case discharge
Mouth is unimpeded；In the second half section of tubular spiral case, due to material spinning up by spiral case circumference, can be with the guiding of stock guide
Easily enter spiral case discharge gate.
Used as further improvement of the utility model, the center of the spiral case end plate is provided with heater mounting flange, institute
State and having heaters is installed on heater mounting flange.The second half section that heater is located at tubular spiral case forward extends out, with spiral case center
Cylinder coaxial line, heater can be burner or steam heater, material can be heated while separating, and make this
Separation equipment has the function of synchronous drying, can omit drying workshop section, shortens process time, improves production efficiency.
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description, accompanying drawing only provides ginseng
Examine and used with explanation, be not used to limit the utility model.
Fig. 1 is the front view of the utility model horizontal cyclone separator.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the right view of Fig. 1.
Fig. 4 is the top view of Fig. 1.
Fig. 5 is the rearview of Fig. 1.
Fig. 6 is the sectional view in Fig. 1 along A-A.
Fig. 7 is the sectional view in Fig. 2 along B-B.
Fig. 8 is the stereogram one of Fig. 1.
Fig. 9 is the stereogram two of Fig. 1.
Figure 10 is the stereogram three of Fig. 1.
In figure：1. base；2. tubular spiral case；2a. spiral case front end-plates；2b. spiral case end plates；2c. heater mounting flanges；
3. material mouth is mixed into；4. spiral case central tube；4a. air outlets；5. stock guide；6. discharge outer barrel；7. discharge inner cylinder；8. marker impeller
Axle；9. marker impeller is fixed；10. floating marker impeller；11. discharge elbows；12. exhaust columns；13. exhausting elbows；13a. wedge shapes
Head；14. flow distribution plates；14a. turbine-like crimpings；15. maintenance doors；16. heaters.
Specific embodiment
As shown in Figures 1 to 10, horizontal cyclone separator of the present utility model includes the tubular spiral case being fixed on base 1
2, the axis of tubular spiral case 2 extends along the longitudinal direction, and the rear and front end of tubular spiral case 2 is by spiral case front end-plate 2a and spiral case end plate
2b close, the front half section circumference bottom of tubular spiral case 2 be connected with extend to the left be mixed into material mouth 3, be mixed into the right-hand member of material mouth 3
Bottom and the tangent connection in circumference bottom of tubular spiral case 2, the center of tubular spiral case 2 are provided with the spiral case extended along tubular spiral case axis
Central tube 4, the rear port of spiral case central tube 4 is located at the axially middle part of tubular spiral case 2, and the front port of spiral case central tube 4 is from spiral case
The center of front end-plate 2a forward extends out to form air outlet 4a, and the right side circumference bottom of tubular spiral case 2 is provided with the snail for axially extending
Shell discharge gate, discharge device is connected with the outside of spiral case discharge gate.
Air outlet 4a is connected with air-introduced machine, and material is mixed into material mouth 3 into the inner chamber of tubular spiral case 2 by left side,
Under the swabbing action of air-flow, spinned along tubular spiral case 2 and moved, due to material ratio dust weight, under the influence of centrifugal force, material
Inwall close to tubular spiral case 2 advances, and is discharged into discharge device from the spiral case discharge gate of tubular spiral case right side circumference bottom, powder
Dirt enters the rear port of spiral case central tube 4 with air-flow from the rear port of spiral case central tube 4, then from air outlet 4a rows above
Go out, so realize material and separated with dust.
Discharge device includes stock guide 5 and drainage conduit, and drainage conduit is pipe and leans against the outside of spiral case discharge gate along tubular
Spiral case 2 it is axially extending, drainage conduit is provided with the drainage conduit charging aperture of strip towards the side of spiral case discharge gate, drainage conduit charging
Mouth is relative with spiral case discharge gate to be connect；Stock guide 5 is inserted in tubular spiral case 2 along the right of spiral case discharge gate along from outside, stock guide 5
Upper end to be mixed into the direction of material mouth 3 incline；The rear port of drainage conduit is connected with discharge elbow 11, and the lower end of discharge elbow 11 connects
Discharge airlock is connected to, the front port of drainage conduit is connected with exhaust column 12, and the front end of exhaust column 12 is connected with exhausting elbow 13, takes out
Inserted from the side wall of air outlet 4a in spiral case central tube 4 upper end of windbend first 13.The front end of drainage conduit is by exhaust column 12 and takes out
Windbend first 13 is connected with air outlet 4a, borrows the swabbing action of air-introduced machine, and huge negative pressure is produced at spiral case discharge gate；Guide
Plate 5 is tilted in face of air-flow, and in the presence of airflow centrifugal power, material advances close to the inwall of tubular spiral case 2, marches to stock guide
It is blocked at 5, falls into spiral case discharge gate, and from drainage conduit charging aperture enter drainage conduit immediately, then from the row of drainage conduit rear end
Material elbow 11 enters the discharge of discharge airlock, and the utility model is matched by the backgauge of stock guide 5 with the suction of spiral case discharge gate
Close, realize that material is separated with dust.
Drainage conduit includes discharge outer barrel 6 and is nested in the discharge inner cylinder 7 of the outer tube inner chamber of discharge, outside discharge inner cylinder 7 and discharge
6 coaxial lines of cylinder, drainage conduit charging aperture is located on discharge outer barrel 6, the front port of the chuck between discharge outer barrel 6 and discharge inner cylinder 7
Closing, the front port of discharge inner cylinder 7 is connected and insertion, the rear port and discharge of discharge outer barrel 6 with the rear port of exhaust column 12
Elbow 11 is relative to be connect, the rear port of discharge inner cylinder 7 and the rear port flush of discharge outer barrel 6.Material enters with air-flow from drainage conduit
In the chuck that material mouth enters between discharge outer barrel 6 and discharge inner cylinder 7, then moved backward in chuck with air-flow, material is in folder
Discharge elbow 11 is fallen at set rear port, dust turns back into the rear port of discharge inner cylinder 7 with air-flow, and flow forward, from taking out
Airduct 12 enters air outlet 4a.By discharge outer barrel 6 and the chuck and baffling of discharge inner cylinder 7, material can be avoided to enter and to be located at
The discharge inner cylinder 7 at center, it is ensured that material is thorough with dust separation.
Marker impeller axle 8 is provided with along the axis of discharge inner cylinder 7, the two ends of marker impeller axle 8 are separately installed with fixed discharge
Impeller 9, fixed marker impeller 9 is separately fixed on the port inner wall of discharge inner cylinder 7.Play branch in the center of fixed marker impeller 9
The effect of support marker impeller axle 8, while fixed marker impeller 9 has guide functions to air-flow, makes air-flow produce rotation, is easy to air-flow
In the material that is mingled with settled by means of centrifugal force.
Marker impeller axle 8 is screw shaft, and floating marker impeller 10, floating discharge leaf are provided between two fixation marker impellers 9
The nominal diameter of wheel 10 is adapted with the internal diameter of discharge inner cylinder 7, and the centre bore of floating marker impeller 10 is embraced on marker impeller axle 8
And gap coordinates between the two, marker impeller axle 8 is provided with the left-hand thread for making floating marker impeller 10 move backward.Make in wind-force
Under, floating marker impeller 10 rotates at a high speed, can prevent material particles with air-flow through discharge inner cylinder 7, lighter particle meeting
Hit down in discharge inner cylinder 7 by floating marker impeller 10, it is to avoid enter air outlet 4a with air-flow, floating marker impeller 10 is in rotation
When, under the left-hand thread effect of marker impeller axle 8, constantly float and be moved rearwards by, the material fallen in the bottom of discharge inner cylinder 7 is brought into
In discharge elbow 11.
The upper end of exhausting elbow 13 is provided with sphenocephaly 13a, and the upper port of exhausting elbow 13 is slant cutting edge, slant cutting edge
Rear side be higher than front side.Sphenocephaly 13a shrinks the upper end front inward of exhausting elbow 13, on the one hand reduces exhausting elbow 13
Size of the upper end in fore-and-aft direction, it is to avoid the distance that connected air outlet 4a is forward extended out is long, on the other hand reduces
The sectional dimension of the upper port of exhausting elbow 13, makes wind speed be changed herein, is conducive to the sedimentation of particulate matter；Slant cutting edge
Rear side the air-flow in spiral case central tube 4 forward can be avoided to choke in exhausting elbow 13 higher than front side, while spiral case central tube 4
In high velocity air forward powerful jet swabbing action is formed at slant cutting edge, the air-flow for being easy to exhausting elbow 13 to flow out converges
Enter primary air.
The inner chamber of air outlet 4a is provided with the flow distribution plate 14 of cruciform shape, and flow distribution plate 14 is near the inwall of spiral case central tube 4
Position be provided with turbine-like crimping 14a.The flow distribution plate 14 of cruciform shape plays a part of water conservancy diversion rectification, makes air-flow in air outlet
It is uniformly distributed in 4a whole cross sections, turbine-like crimping 14a can make air-flow produce rotation, subtract the axial flow velocity of air-flow
Slowly, and rotary speed is faster conducive to producing bigger centrifugal force that material is dished out, make feed separation more thorough.
Stock guide 5 extended forwardly into from the rear port of tubular spiral case 2 with spiral case discharge gate and be mixed into material mouth 3 just to enter
In material passage, and occupy the width of less than half of feeding-passage.Be mixed into material mouth 3 just to feeding-passage be located at tubular snail
The front half section of shell 2, material not yet spinning up by spiral case circumference, easily forms at spiral case discharge gate and blocks herein, this
The stock guide 5 of utility model only occupies the width of less than half of feeding-passage with spiral case discharge gate, can avoid logical in charging
Formed on road and blocked, it is ensured that feeding-passage and spiral case discharge gate are unimpeded；In the second half section of tubular spiral case 2, because material is by snail
Spinning up for shell circumference, can easily enter spiral case discharge gate under the guiding of stock guide 5.
The center of spiral case end plate 2b is provided with heater mounting flange 2c, and having heaters is installed on heater mounting flange 2c
16.Heater mounting flange 2c lower sections are provided with maintenance door 15, to be overhauled to separator inside.Heater 16 is located at cylinder
The second half section of shape spiral case 2 forward extends out, and with the coaxial line of spiral case central tube 4, heater 16 can be that burner or steam are heated
Device, can heat while separating to material, the separation equipment is had the function of synchronous drying, can omit drying work
Section, shortens process time, improves production efficiency.When heater not being installed, blind plate can be installed in heater mounting flange 2c
Hole is closed.
These are only the preferable possible embodiments of the utility model, non-therefore limitation patent protection of the present utility model
Scope.In addition to the implementation, the utility model can also have other embodiment, all use equivalents or equivalent transformation shape
Into technical scheme, all fall within the protection domain of the utility model requirement.Technical characteristic of the utility model without description can
Realized with by or using prior art, will not be repeated here.
Claims (9)
1. a kind of horizontal cyclone separator, including the tubular spiral case on base is fixed on, the axis of the tubular spiral case is before and after
Direction extends, and the rear and front end of the tubular spiral case is closed by spiral case front end-plate and spiral case end plate, it is characterised in that：The cylinder
The front half section circumference bottom of shape spiral case is connected with the material mouth that is mixed into for extending to the left, the right-hand member bottom for being mixed into material mouth and institute
The tangent connection in circumference bottom of tubular spiral case is stated, the center of the tubular spiral case is provided with the spiral case extended along tubular spiral case axis
Heart cylinder, the rear port of the spiral case central tube is located at the axially middle part, the front port of the spiral case central tube of the tubular spiral case
Forward extend out to form air outlet from the center of the spiral case front end-plate, the right side circumference bottom of the tubular spiral case is provided with vertically
The spiral case discharge gate of extension, discharge device is connected with the outside of the spiral case discharge gate.
2. horizontal cyclone separator according to claim 1, it is characterised in that：The discharge device includes stock guide and row
Expects pipe, the drainage conduit is pipe and leans against the outside of the spiral case discharge gate along the axially extending of tubular spiral case, the discharge
Pipe is provided with the drainage conduit charging aperture of strip, the drainage conduit charging aperture and the spiral case towards the side of the spiral case discharge gate
Discharge gate is relative to be connect；The stock guide is inserted in tubular spiral case along the right of the spiral case discharge gate along from outside, the guide
The upper end of plate inclines to the material mouth direction that is mixed into；The rear port of the drainage conduit is connected with discharge elbow, the drainage conduit
Front port be connected with exhaust column, the front end of the exhaust column is connected with exhausting elbow, and the upper end of the exhausting elbow is from described
The side wall of air outlet is inserted in the spiral case central tube.
3. horizontal cyclone separator according to claim 2, it is characterised in that：The drainage conduit includes discharge outer barrel and embedding
It is enclosed within the discharge inner cylinder of the outer tube inner chamber of discharge, the discharge inner cylinder and the discharge outer barrel coaxial line, the drainage conduit charging aperture
On the discharge outer barrel, the front port closing of the chuck between the discharge outer barrel and discharge inner cylinder, the discharge inner cylinder
Front port be connected with the rear port of the exhaust column and insertion, the rear port of the discharge outer barrel and the discharge elbow phase
Docking, the rear port flush of the rear port of the discharge inner cylinder and the discharge outer barrel.
4. horizontal cyclone separator according to claim 3, it is characterised in that：Row is provided with along the axis of the discharge inner cylinder
Material impeller axle, the two ends of the marker impeller axle are separately installed with fixed marker impeller, and the fixed marker impeller is fixed respectively
On the port inner wall of the discharge inner cylinder.
5. horizontal cyclone separator according to claim 4, it is characterised in that：The marker impeller axle is screw shaft, two
Floating marker impeller, the nominal diameter of the floating marker impeller and the discharge inner cylinder are provided between the fixed marker impeller
Internal diameter be adapted, the centre bore of the floating marker impeller is embraced on the marker impeller axle and gap coordinates between the two,
The marker impeller axle is provided with the left-hand thread for making floating marker impeller move backward.
6. horizontal cyclone separator according to claim 2, it is characterised in that：The upper end of the exhausting elbow is provided with wedge shape
Head, and the upper port of the exhausting elbow is slant cutting edge, the rear side of the slant cutting edge is higher than front side.
7. horizontal cyclone separator according to claim 2, it is characterised in that：The stock guide and the spiral case discharge gate
From the rear port of the tubular spiral case extend forwardly into it is described be mixed into material mouth just to feeding-passage in, and occupy it is described enter
Expect the width of less than half of passage.
8. horizontal cyclone separator according to claim 1, it is characterised in that：The inner chamber of the air outlet is provided with cross
The flow distribution plate of X-shape, the flow distribution plate is provided with turbine-like crimping near the position of the spiral case central tube inwall.
9. horizontal cyclone separator according to any one of claim 1 to 8, it is characterised in that：The spiral case end plate
Center be provided with heater mounting flange.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621369893.8U CN206304923U (en) | 2016-12-14 | 2016-12-14 | A kind of horizontal cyclone separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621369893.8U CN206304923U (en) | 2016-12-14 | 2016-12-14 | A kind of horizontal cyclone separator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206304923U true CN206304923U (en) | 2017-07-07 |
Family
ID=59251633
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621369893.8U Expired - Fee Related CN206304923U (en) | 2016-12-14 | 2016-12-14 | A kind of horizontal cyclone separator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206304923U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106622699A (en) * | 2016-12-14 | 2017-05-10 | 扬州科润德机械有限公司 | Horizontal cyclone separation device |
| CN111334352A (en) * | 2020-02-18 | 2020-06-26 | 深圳市贝优通新能源技术开发有限公司 | Heat dissipation type gas-solid separation equipment for natural gas supply system |
-
2016
- 2016-12-14 CN CN201621369893.8U patent/CN206304923U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106622699A (en) * | 2016-12-14 | 2017-05-10 | 扬州科润德机械有限公司 | Horizontal cyclone separation device |
| CN106622699B (en) * | 2016-12-14 | 2018-11-13 | 扬州科润德机械有限公司 | A kind of horizontal cyclone separator |
| CN111334352A (en) * | 2020-02-18 | 2020-06-26 | 深圳市贝优通新能源技术开发有限公司 | Heat dissipation type gas-solid separation equipment for natural gas supply system |
| CN111334352B (en) * | 2020-02-18 | 2021-05-04 | 李贵邦 | Heat dissipation type gas-solid separation equipment for natural gas supply system |
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