CN208527544U - A kind of linear hot air circulation material dry cleaner of fission - Google Patents
A kind of linear hot air circulation material dry cleaner of fission Download PDFInfo
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- CN208527544U CN208527544U CN201820557866.6U CN201820557866U CN208527544U CN 208527544 U CN208527544 U CN 208527544U CN 201820557866 U CN201820557866 U CN 201820557866U CN 208527544 U CN208527544 U CN 208527544U
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- dry cleaner
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- filter cartridge
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Abstract
The utility model relates to a kind of linear hot air circulation material dry cleaners of fission, including air blower, heating device, dry cleaner ontology, cyclone dust collectors and filter cartridge dust remover, filter cartridge dust remover, cyclone dust collectors, air blower and dry cleaner ontology are sequentially distributed from left to right, form linear type body；The air outlet of air blower connects the bottom air inlet mouth of dry cleaner ontology by straight barrel type inlet scoop；Heating device is set in inlet scoop；The upper end air outlet of dry cleaner ontology connects the air inlet of cyclone dust collectors by straight barrel type air inducing pipeline；The air inlet of the air outlet connection filter cartridge dust remover of cyclone dust collectors, the air outlet of filter cartridge dust remover connect the air inlet of air blower by guiding air duct；Air blower, dry cleaner ontology, cyclone dust collectors and the filter cartridge dust remover forms hot wind closed loop cycle system；The present apparatus solves the problems, such as space utilization, optimizes and rationally utilizes production space.
Description
Technical field
The utility model belongs to material cleaning field of dust removal equipment, and in particular to a kind of linear hot air circulation material of fission
Dry cleaner.
Background technique
Abrasive material is sharp keen, hard material, to be ground the surface of softer material, such as silicon carbide and corundum etc., abrasive material
Production technology in can generate dust, not only compromise environment and the health of shop worker, but also affect abrasive grain
Purity.Existing particle, granular material cleaning washing methods have that washing, wind are washed, soda acid is washed and other clean technologies.Water
Wash at high cost, it is poor that wind washes effect, and handles that material variety is single, and the electrostatic adsorption force of storeroom, can not thoroughly make attached in addition
Removed in the dust of surface of material, cleaning effect is poor.Soda acid removes miscellaneous, cleaning using first to the acid bubble of material progress
It washes, then carries out alkaline foam washing, finally rinsed by clear water, complex steps are time-consuming.
Simultaneously as every factory differs in size, for lesser construction space, it is biggish that installation cannot be put
Production equipment.It is badly in need of a kind of cleaning equipment economic, small and exquisite, space hold is small.
Utility model content
A kind of linear hot air circulation material of fission is provided the purpose of the utility model is to overcome the deficiencies in the prior art
Dry cleaner solves the problems, such as space utilization, dry by high-pressure hot wind, using hot air circulation and gas current friction principle to material table
Face is dusted, and substantially increases screening efficiency, is optimized and is rationally utilized production space.
The technical solution of the utility model is as follows:
A kind of linear hot air circulation material dry cleaner of fission, including air blower, heating device, dry cleaner ontology, whirlwind
Deduster and filter cartridge dust remover, filter cartridge dust remover, cyclone dust collectors, air blower and dry cleaner ontology are sequentially distributed from left to right,
Form linear type body；The air outlet of air blower connects the bottom air inlet mouth of dry cleaner ontology, air blast by straight barrel type inlet scoop
The air outlet of machine is located at dry cleaner ontology towards right side, straight barrel type inlet scoop or so distribution, the bottom air inlet mouth of dry cleaner ontology
Left side；Heating device is set in inlet scoop；The upper end air outlet of dry cleaner ontology connects whirlwind by straight barrel type air inducing pipeline
The air inlet of deduster, the air outlet of dry cleaner ontology is towards left side, and towards right side, air blower is set the air inlet of cyclone dust collectors
In the lower section of straight barrel type air inducing pipeline；The air inlet of the air outlet connection filter cartridge dust remover of cyclone dust collectors, filter cartridge dust remover
Air outlet connects the air inlet of air blower by guiding air duct, and guiding air duct includes upper lateral air hose, vertical air hose and front and back
The broken pipe of placement, the air outlet of the air inlet connection filter cartridge dust remover of upper lateral air hose, the connection of broken pipe front end air outlet face
The air inlet of air blower；Air blower, dry cleaner ontology, cyclone dust collectors and the filter cartridge dust remover forms hot wind closed loop cycle
System.
The heating device uses stainless steel heating rod.
The dry cleaner ontology includes rack, dry-cleaning case and particle analyzer, and dry-cleaning case is set on the rack, and described is dry
Tank-washer is divided into interconnected bottom air inlet storehouse, dry-cleaning storehouse and separation bin, bottom air inlet storehouse and inlet scoop air outlet from bottom to top
Connection is equipped with screen between supplying air bin and dry-cleaning storehouse, dry-cleaning storehouse is equipped with inlet port and outlet port, and inlet port and outlet port are opposite
Setting, and gating location is higher than discharge port position；Dry-clean in storehouse equipped with can up and down adjustment a pair of of partition, partition will dry-clean storehouse
Feed space, dry-cleaning room and discharge chamber are divided into a left side by right；Particle analyzer is set in separation bin, and separation bin is connected to cyclone dust removal
The air inlet of device.
The front end face of the described dry-cleaning room is equipped with maintenance and adjusts door, can a pair of of partition of up and down adjustment pass through and be set to charging
Slideway before and after room and discharge chamber on inner wall is adjusted.
Overflow air hose is connected on the inlet scoop.
The utility model has the beneficial effects that
Filter cartridge dust remover, cyclone dust collectors, air blower and dry cleaner ontology are sequentially distributed by the present apparatus from left to right, are formed
Linear type body；Linear type by surface structure for, beautiful, each device distribution connection is compact, save the conveying length of air hose,
To improve the air inducing dynamics of air blower.Since the present apparatus is using hot air circulation mode, short-range transmission is conducive to temperature
The holding of degree, hot air circulation utilization rate is high, reduces the use of heating device, improves service life.Installation space is further saved,
Improve production space utilization rate.
The present apparatus is capable of handling various particles, granular material, and crude particle dust is respectively washed and is received with particle dust
Collection, and by heating devices heat high pressure gas, heating is carried out to material indirectly and is washed away, the impurity and dust of surface of material are reduced
's
Further, the injection dynamics of high pressure gas is improved using screen, and by adjustable partition, controls partition
Upper and lower position, thus the speed of controlled wind speed and material transferring.
Detailed description of the invention
Fig. 1 is the main view of the utility model；
Fig. 2 is the top view of the utility model；
Fig. 3 is the dry cleaner body construction schematic diagram of the utility model.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, the utility model includes that air blower 1, heating device 2, dry cleaner ontology 3, whirlwind remove
Dirt device 4 and filter cartridge dust remover 5, filter cartridge dust remover 5, cyclone dust collectors 4, air blower 1 and dry cleaner ontology 3 successively divide from left to right
Cloth forms linear type body；The air outlet of air blower 1 connects the bottom air inlet of dry cleaner ontology 3 by straight barrel type inlet scoop 6
Mouthful, the air outlet of air blower 1 is towards right side, and straight barrel type inlet scoop 6 or so is distributed, and the bottom air inlet mouth of dry cleaner ontology 3 is located at
The left side of dry cleaner ontology 3；Heating device 2 is set in straight barrel type inlet scoop 6, and heating device 2 uses stainless steel heating rod.Dry-cleaning
The upper end air outlet of machine ontology 3 connects the air inlet of cyclone dust collectors 4 by straight barrel type air inducing pipeline 7, and dry cleaner ontology 3 goes out
Air port is towards left side, and for the air inlet of cyclone dust collectors 4 towards right side, air blower 1 is set to the lower section of straight barrel type air inducing pipeline 7；Rotation
The air inlet of the air outlet connection filter cartridge dust remover 5 of wind deduster 4, the air outlet of filter cartridge dust remover 5 are connected by guiding air duct 8
The air inlet of air blower 1, guiding air duct 8 include the broken pipe 83 that upper lateral air hose 81, vertical air hose 82 and front and back are placed, top
Lateral air hose 81 air inlet connection filter cartridge dust remover 5 air outlet, 83 front end air outlet face of broken pipe connect air blower 1 into
Air port；Air blower 1, dry cleaner ontology 3, cyclone dust collectors 4 and the filter cartridge dust remover 5 forms hot wind closed loop circulating system.
The dry cleaner ontology 3 includes rack 31, dry-cleaning case 32 and particle analyzer 33, and dry-cleaning case 32 is located at rack 31
On, the dry-cleaning case 32 is divided into interconnected bottom air inlet storehouse a, dry-cleaning storehouse b and separation bin c, bottom air inlet from bottom to top
Storehouse a is connected to inlet scoop air outlet, and screen 34 is equipped between supplying air bin a and dry-cleaning storehouse b, and dry-cleaning storehouse b is equipped with 37 He of feed inlet
Discharge port 38, feed inlet 37 and discharge port 38 are oppositely arranged, and gating location is higher than discharge port position；It is equipped in dry-cleaning storehouse b
Can up and down adjustment a pair of of partition 35, partition 35 will dry-clean storehouse b and by the right side a to left side be divided into feed space b1, dry-clean room b2 and discharge chamber
b3；Particle analyzer 33 is set in separation bin c, and separation bin c is connected to the air inlet of cyclone dust collectors 4.
The front end face of the described dry-cleaning room b2 is equipped with maintenance and adjusts door 36, can up and down adjustment a pair of of partition 35 by setting
Slideway before and after feed space b1 and discharge chamber b3 on inner wall is adjusted.
It is connected with overflow air hose 9 on the inlet scoop, about 9 overflow air hose passes through and adjusts overflow wind in vertically arranged
The vacuum magnitude in whole device is adjusted in the overflow air quantity of pipe 9.
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
In order to save installation space, production space utilization rate is improved, the utility model mainly includes air blower 1, heating
Device 2, dry cleaner ontology 3, cyclone dust collectors 4 and filter cartridge dust remover 5, filter cartridge dust remover 5, cyclone dust collectors 4,1 and of air blower
Dry cleaner ontology 3 is sequentially distributed from left to right, forms linear type body.Linear type by surface structure for, beautiful, each equipment
Distribution connection is compact, the conveying length of air hose is saved, to improve the air inducing dynamics of air blower 1.Due to the present apparatus using
Hot air circulation mode, short-range transmission are conducive to the holding of temperature, and hot air circulation utilization rate is high, reduces making for heating device 2
With improving service life.
When present apparatus normal use, particle, granular material in feed bin enter dry-cleaning storehouse b by the feed inlet for dry-cleaning storehouse b, by
In be equipped in dry-cleaning storehouse b can up and down adjustment a pair of of partition 35, partition 35 will dry-clean storehouse b and to a left side be divided into feed space by the right side
B1, dry-cleaning room b2 and discharge chamber b3；Particle, granular material initially enter feed space b1, pass through the upper and lower position of partition 35, control
The speed of wind speed and material transferring is mainly cleaned in dry-cleaning room b2 when particle, granular material enter dry-cleaning room b2,
Finally it is discharged by the corresponding discharge port of discharge chamber b3.
Wherein, can up and down adjustment a pair of of partition 35 pass through be set to feed space b1 and discharge chamber b3 before and after slideway on inner wall
It is adjusted.When adjusting, the maintenance that the front end face by dry-cleaning room b2 is equipped with adjusts door 36, and utilizes and be arranged on slideway
Positioning pin is locked.Belong to existing mature technology, is not repeating herein.
Clean high-pressure hot wind gas prepared by air blower 1 is passed through dry-cleaning storehouse b by screen 34 by supplying air bin a from the bottom to top,
Multiple stomatas are evenly distributed on screen 34, high-pressure hot wind passes through 34 spilehole of screen, repressurization, with the dynamics of more high speed
Spray to dry-cleaning storehouse b.
High-pressure hot wind gets material express developed, the fine dusts separation of surface of material, and material can be divided into three parts at this time: the
A part is coarse fodder, and coarse fodder is risen and fallen repeatedly by the percussion of gravity and high pressure gas, is gradually moved by the feed inlet for dry-cleaning storehouse b
To discharge port, finally it is discharged outside to from discharge port；Second part is fines, and fines brings separation bin c by high pressure gas, and by
Particle analyzer 33 returns to dry-cleaning storehouse b after separating, be discharged together from the discharge port of dry-cleaning storehouse b eventually together with coarse fodder, coarse fodder and thin
Material is because by air-flow repeated stock, therefore its surface is washed very clean；Part III is dust, they enter with high pressure gas
Separation bin c passes through the connection rotation of straight barrel type air inducing pipeline 7 from the exhaust outlet of particle analyzer 33 after separating by particle analyzer 33
The air inlet of wind deduster 4.
Into the dust of cyclone dust collectors 4, first of dust-removing process is carried out first, it is then that the dust that do not isolate is gentle
Body enters the air inlet of filter cartridge dust remover 5 by the air outlet of cyclone dust collectors 4, second dust-removing process is carried out, into filter cylinder
After the dust of deduster 5 and gas filtration, clean hot wind gas is entered in air blower 1 by guiding air duct 8, air blower 1
It is discharged after clean air is introduced and pressurizeed, is heated into heating device 2, subsequently into supplying air bin a, carry out subsequent circulation
Work.
Impact, the friction of the high pressure gas after the material in the b of storehouse is heated are dry-cleaned, the material of hygroscopic humidity is heated
Afterwards, the adhesive capacity of impurity or dust substantially reduces on surface, and material just can be divided into impurity and dust above-mentioned thick
Material, fines and dust three parts, and it is discharged collection respectively.
Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art
Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into
Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all
It is included within the scope of protection of this utility model.
Claims (5)
1. a kind of linear hot air circulation material dry cleaner of fission, it is characterised in that: including air blower, heating device, dry cleaner
Ontology, cyclone dust collectors and filter cartridge dust remover, filter cartridge dust remover, cyclone dust collectors, air blower and dry cleaner ontology are from left to right
It is sequentially distributed, forms linear type body；The air outlet of air blower by straight barrel type inlet scoop connect dry cleaner ontology bottom into
Air port, the air outlet of air blower is towards right side, and straight barrel type inlet scoop or so distribution, the bottom air inlet mouth of dry cleaner ontology is located at dry
The left side of washing machine ontology；Heating device is set in inlet scoop；The upper end air outlet of dry cleaner ontology passes through straight barrel type air inducing pipeline
Connect the air inlet of cyclone dust collectors, the air outlet of dry cleaner ontology towards left side, the air inlets of cyclone dust collectors towards right side,
Air blower is set to the lower section of straight barrel type air inducing pipeline；The air inlet of the air outlet connection filter cartridge dust remover of cyclone dust collectors, filter cylinder
The air outlet of deduster connects the air inlet of air blower by guiding air duct, and guiding air duct includes upper lateral air hose, vertically-supplying air
The broken pipe that pipe and front and back are placed, the air outlet of the air inlet connection filter cartridge dust remover of upper lateral air hose, broken pipe front end air outlet
The air inlet of face connection air blower；Air blower, dry cleaner ontology, cyclone dust collectors and the filter cartridge dust remover forms hot wind
Closed loop circulating system.
2. the linear hot air circulation material dry cleaner of fission according to claim 1, it is characterised in that: the heating dress
It sets using stainless steel heating rod.
3. the linear hot air circulation material dry cleaner of fission according to claim 1, it is characterised in that: the dry cleaner
Ontology includes rack, dry-cleaning case and particle analyzer, and dry-cleaning case is set on the rack, and the dry-cleaning case is divided into mutually from bottom to top
The bottom air inlet storehouse of connection, dry-cleaning storehouse and separation bin, bottom air inlet storehouse be connected tos with inlet scoop air outlet, supplying air bin with dry-clean storehouse it
Between be equipped with screen, dry-cleaning storehouse be equipped with inlet port and outlet port, inlet port and outlet port are oppositely arranged, and gating location is higher than
Discharge port position；Dry-clean storehouse in be equipped with can up and down adjustment a pair of of partition, partition will dry-clean storehouse by the right side to a left side be divided into feed space,
Dry-clean room and discharge chamber；Particle analyzer is set in separation bin, and separation bin is connected to the air inlet of cyclone dust collectors.
4. the linear hot air circulation material dry cleaner of fission according to claim 3, it is characterised in that: the dry-cleaning room
Front end face be equipped with maintenance and adjust door, can up and down adjustment a pair of of partition pass through be set to feed space and discharge chamber before and after on inner wall
Slideway be adjusted.
5. the linear hot air circulation material dry cleaner of fission according to claim 1, it is characterised in that: the inlet scoop
On be connected with overflow air hose.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820557866.6U CN208527544U (en) | 2018-04-18 | 2018-04-18 | A kind of linear hot air circulation material dry cleaner of fission |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820557866.6U CN208527544U (en) | 2018-04-18 | 2018-04-18 | A kind of linear hot air circulation material dry cleaner of fission |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208527544U true CN208527544U (en) | 2019-02-22 |
Family
ID=65396682
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820557866.6U Expired - Fee Related CN208527544U (en) | 2018-04-18 | 2018-04-18 | A kind of linear hot air circulation material dry cleaner of fission |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208527544U (en) |
-
2018
- 2018-04-18 CN CN201820557866.6U patent/CN208527544U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190222 |