CN209596838U - Combined type dust-precipitating system with energy-saving effect - Google Patents
Combined type dust-precipitating system with energy-saving effect Download PDFInfo
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- CN209596838U CN209596838U CN201920130917.1U CN201920130917U CN209596838U CN 209596838 U CN209596838 U CN 209596838U CN 201920130917 U CN201920130917 U CN 201920130917U CN 209596838 U CN209596838 U CN 209596838U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
- Y02A50/2351—Atmospheric particulate matter [PM], e.g. carbon smoke microparticles, smog, aerosol particles, dust
Abstract
The combined type dust-precipitating system with energy-saving effect that the utility model discloses a kind of, the light and textile industries such as cotton, hair, fiber crops, chemical fibre, papermaking can be widely used in comprising: a main high-efficiency dust collecting machine, the dust extruder being provided in below main high-efficiency dust collecting machine, a high-efficiency dust collecting windmill and an at least attached high-efficiency dust collecting machine and at least one tool water curtain style filter chamber.The dust in the dust-contained airflow of input is assembled downwards by means of the internal main high-efficiency dust collecting machine of cyclone type for generating positive pressure and attached high-efficiency dust collecting machine, attached high-efficiency dust collecting machine the dust of aggregation is sent into main high-efficiency dust collecting machine through sequential controlled switches valve from high-efficiency dust collecting windmill do it is secondary to lower dust collecting, and through the collection of dust extruder screw extrusion and outlet, air-flow containing micronic dust is by leading, outlet after being filtered in micronic dust air-flow guide wire importing water curtain style filter chamber at the top of attached high-efficiency dust collecting machine, to reach effective filtered airflow dust and have energy saving consumption, the effect of promoting dust collection efficiency and air-flow Purification Benefits of Purifying.
Description
Technical field
The utility model relates to a kind of dust-collecting equipments, can be widely used in cotton more particularly, to one kind, hair, fiber crops, chemical fibre, make
The combined type dust-precipitating system with energy-saving effect of Zhi Deng light and textile industries.
Background technique
The commonly known dust-collecting equipment for being used in the light and textile industries such as cotton, hair, fiber crops, chemical fibre, papermaking is largely using cellular
Dust removal machine or composite round cage type dust removal machine, in which: honeycomb type dust-removing machine device systems contain first order dust filtering unit, disk mistake
Filter, fiber separation presser, dusting fan, disk filtration net, sealing suction nozzle, second level dust filtering fan group, cellular filter
Dirt device, dust blower, dust arrester, dust separation compactor, suction box, the small suction nozzle of rotation, dust cage filter bag, rear square chest and main air blower etc.
Device.Its working principle is: being made of first order dust filtering unit and second level dust filtering fan group, first order dust filtering unit is main
It filters, separate, collecting fiber and trifle in the world in air processed；Second level dust filtering fan group main filtration, collects first at separation
Particle dust in the grade filtered air of dust filtering unit.
Composite round cage type dust removal machine device systems are to improve honeycomb type dust-removing machine device systems, and second level dust filtering fan is adopted
Fix large carrying food-basket filter pocket, two-sided arrangement filtrate, multiple suction arms and suction nozzle with multilayer, remaining with above-mentioned honeycomb type dust-removing machine equipment system
It unites identical.Its working principle is: by first order disk filter and second level composite round cage type dedusting mechanism at electromechanics one
The dust removal unit of body；Fiber and trifle in the world in air processed are collected in first order disk filter main filtration, separation；The
Second level composite round cage type dust removal machine main filtration, separation, collect the filtered air of first order dust filtering unit in microfibre
And dust.
But for above-mentioned known technology, its structure is complicated, unit component is numerous, at high cost, and more seriously,
The dust of the grade known technologies, dust removal process are carried out in the environment of negative pressure, so air-flow traveling windage is big, required outfit
Main air blower horsepower demand it is bigger, the power supply of consumption is also higher.
Therefore really it is necessary to be innovated to improve, to meet the industry applications that equipment technological innovation progress should show
And economic benefit.
Utility model content
The combined type dust-precipitating system with energy-saving effect of the technical program is mainly created purpose and is: providing a kind of can have
Effect filtered airflow dust has the dust-precipitating system saved power consumption, promote dust collection efficiency and air-flow Purification Benefits of Purifying.
The combined type dust-precipitating system with energy-saving effect includes a main high-efficiency dust collecting machine, is provided under main high-efficiency dust collecting machine
Dust extruder, a high-efficiency dust collecting windmill and at least attached high-efficiency dust collecting machine of side and at least one tool water curtain style filtering
Room；By means of the internal main high-efficiency dust collecting machine of cyclone type for generating positive pressure and an at least attached high-efficiency dust collecting machine by the dust-contained airflow of input
Middle about 95% ~ 97% dust is assembled downwards, and an at least attached high-efficiency dust collecting machine is by the dust assembled downwards through sequential control
Switch valve is sent into main high-efficiency dust collecting machine from high-efficiency dust collecting windmill to be done secondary to lower dust collecting, and dust is implemented spiral shell through dust extruder
Rotation squeezes collection and outlet, and separately the air-flow containing 5% ~ 3% micronic dust is by the internal main high-efficiency dust collecting machine for being positive pressure and an at least inside
Progress Water curtain filter in water curtain style filter chamber is imported for the micronic dust air-flow guide wire at the top of the attached high-efficiency dust collecting machine of positive pressure to form
Clean air-flow outlet.
Another kind as the technical program is implemented, and is the upper section of hollow and main high-efficiency dust collecting machine inside main high-efficiency dust collecting machine
For cylindrical shape, lower section is up big and down small cone cylinder shape, is equipped with eccentric dust in the barrel of main high-efficiency dust collecting machine upper section cylindrical shape
Air flow inlet, the top center of upper section cylindrical shape are equipped with the micronic dust for protruding into the cylindric internal segment length of main high-efficiency dust collecting machine upper section
Air-flow guide wire, the dust of main high-efficiency dust collecting motor spindle drop out mouth be in communication with dust dust storage chamber, dust dust storage chamber then with dust
Extruder communicates.
Another kind as the technical program is implemented, and dust extruder includes a guide wire, and guide wire front end is an angle,
A cover board that can be raised by pushing tow with setting weight is equipped with outside angle, the top of the cover board is assembled in guide wire with hinged arm
At the articulated part of front end upper limb, an augering screw is set, the power that augering screw rear end receives rotation motor connects inside guide wire
Dynamic, power gearing can give transmitting rotary power by sprocket wheel and chain.
Another kind as the technical program is implemented, and is hollow and attached high-efficiency dust collecting machine inside attached high-efficiency dust collecting machine
Upper section is cylindrical shape, and lower section is up big and down small cone cylinder shape, is equipped with bias in the barrel of attached high-efficiency dust collecting machine upper section cylindrical shape
Dust air flow inlet, the top center of upper section cylindrical shape is equipped with that protrude into attached high-efficiency dust collecting machine upper section cylindric internal one section long
The micronic dust air-flow guide wire of degree, it is in communication with dust dust storage chamber that the dust of attached high-efficiency dust collecting motor spindle, which drops out mouth,.
Another kind as the technical program is implemented, and is Storage water tank below water curtain style filter chamber, heavy water is equipped in Storage water tank
Motor, water curtain style filter chamber upper chambers are equipped with air intake and gas outlet, and a flowing water curtain is arranged between air intake and gas outlet
Guide plate.
The combined type dust-precipitating system with energy-saving effect of the technical program can achieve effectively mistake compared to known technology
Filter airflow dust and the beneficial effect for having saving power consumption, promoting dust collection efficiency and air-flow Purification Benefits of Purifying.
Detailed description of the invention
Fig. 1 is the embodiments of the present invention.
Fig. 2 is the embodiment of main the high-efficiency dust collecting machine and dust extruder in the utility model.
Fig. 3 is the top view of the main high-efficiency dust collecting machine in the utility model.
Fig. 4 is the embodiment of the attached high-efficiency dust collecting machine in the utility model.
Fig. 5 is the top view of the attached high-efficiency dust collecting machine in the utility model.
Symbol description in attached drawing:
1 main high-efficiency dust collecting machine；11 dust air flow inlets；12 micronic dust air-flow guide wires；13 dust drop out mouth；14 powder
Dirt dust storage chamber；2 dust extruders；21 guide wires；211 angles；212 articulated parts；22 cover boards；221 hinged arms；23 promote
Screw rod；24 motors；241 sprocket wheels；242 chains；3 high-efficiency dust collecting windmills；4 attached high-efficiency dust collecting machines；41 dust gas flow into
Mouthful；42 micronic dust air-flow guide wires；43 dust drop out mouth；44 dust dust storage chambers；5 water curtain style filter chambers；50 Storage water tanks；51
Air intake；52 gas outlets；53 flowing water curtain guide plates；54 submerged motors；6 sequential controlled switches valves.
Specific embodiment
Please referring to the utility model shown in Fig. 1 in schema has the embodiment of combined type dust-precipitating system of energy-saving effect, should
Combined type dust-precipitating system with energy-saving effect includes: a main high-efficiency dust collecting machine 1, the powder for being provided in main 1 lower section of high-efficiency dust collecting machine
Dirt extruder 2, a high-efficiency dust collecting windmill 3 and at least an attached high-efficiency dust collecting machine 4 is (attached with three citings in the present embodiment
Figure explanation) and at least one tool water curtain style filter chamber 5.
The embodiment of main high-efficiency dust collecting machine and dust extruder shown in please refer to figs. 2 and 3, wherein master of spiral wind formula
Be inside high-efficiency dust collecting machine 1 it is hollow, upper section be cylindrical shape, lower section be up big and down small cone cylinder shape, on main high-efficiency dust collecting machine 1
The barrel of cylindrical section shape is equipped with eccentric dust air flow inlet 11, and the top center of upper section cylindrical shape, which is equipped with, protrudes into main high-efficiency dust collecting
The micronic dust air-flow guide wire 12 of the cylindric internal segment length of 1 upper section of machine, the dust of main 1 bottom of high-efficiency dust collecting machine, which drops out mouth 13, is
In communication with dust dust storage chamber 14, dust dust storage chamber 14 is then communicated with dust extruder 2.
Dust extruder 2 is communicated with dust dust storage chamber 14 as shown in Figure 2, and dust extruder 2 includes a guide wire 21, guiding
21 front end of pipe is an angle 211, be equipped with outside angle 211 one with setting weight can be by the cover board 22 that pushing tow is raised, the lid
The top of plate 22 is assembled at the articulated part 212 of 21 front end upper limb of guide wire with hinged arm 221, and one is arranged inside guide wire 21 and promotes
Screw rod 23, the power that 23 rear end of augering screw receives rotation motor 24 interlock, and power gearing can be by sprocket wheel 241 and chain 242
Give transmitting rotary power.
Attached high-efficiency dust collecting machine 4 as shown in Figures 4 and 5, be inside the attached high-efficiency dust collecting machine 4 of spiral wind formula it is hollow,
Its upper section is cylindrical shape, and lower section is up big and down small cone cylinder shape, is equipped in the barrel of attached 4 upper section of high-efficiency dust collecting machine cylindrical shape inclined
The dust air flow inlet 41 of the heart, the top center of upper section cylindrical shape, which is equipped with, protrudes into the cylindric inside of attached 4 upper section of high-efficiency dust collecting machine
The micronic dust air-flow guide wire 42 of one segment length, it is in communication with dust dust that the dust of attached 4 bottom of high-efficiency dust collecting machine, which drops out mouth 43,
Room 44.
Water curtain style filter chamber 5 is as shown in Figure 1, be Storage water tank 50 below the water curtain style filter chamber 5, it is heavy to be equipped in Storage water tank 50
Water motor 54,5 upper chambers of water curtain style filter chamber are equipped with air intake 51 and gas outlet 52, set between air intake 51 and gas outlet 52
A flowing water curtain guide plate 53 is set, 54 circulating water supply of submerged motor in cooperation Storage water tank 50 to the upper of flowing water curtain guide plate 53
Edge makes water flow slip under flowing water curtain guide plate 53 and the lower edge for flowing water curtain guide plate 53 is made to form water curtain, makes to enter water
5 air intake 51 of the filter chamber Mu Shi contains micro dust air-flow before 5 gas outlet 52 of water curtain style filter chamber is discharged, it is necessary to pass through water curtain
Filtering water curtain style filter chamber 5 could be discharged.
There is the combined type dust-precipitating system of energy-saving effect, operation workflow referring again to the utility model shown in Fig. 1 are as follows:
Dust-contained airflow is inputted into the internal main high-efficiency dust collecting machine 1 of cyclone type and an at least attached high-efficiency dust collecting for generating positive pressure
In machine 4, and the dust-contained airflow for entering main high-efficiency dust collecting machine 1 and at least one attached high-efficiency dust collecting machine 4 is made to generate downward spiral
Eddy flow, when arriving at main high-efficiency dust collecting machine 1 and at least attached 4 bottom of high-efficiency dust collecting machine, the dust in dust-contained airflow can be fallen
It becomes owner of in the dust dust storage chamber 14,44 of high-efficiency dust collecting machine 1 and at least one attached high-efficiency dust collecting machine 4 and gathers, and downward spiral
Automatic rotation upwards rises after eddy flow arrives at bottom, and the eddy flow which rises contains only micro dust, the micronic dust gas through center of top
Conductance skirt 12,42 is directed to the processing and discharge that water curtain purification is done by water curtain style filter chamber 5.
And be collected at the dust in the dust dust storage chamber 44 of each attached high-efficiency dust collecting machine 4, through sequential controlled switches valve 6 by
High-efficiency dust collecting windmill 3, which is sent into main high-efficiency dust collecting machine 1, does powder that is secondary to lower dust collecting, and being collected in main high-efficiency dust collecting machine 1 together
In dirt dust storage chamber 14, implement screw extrusion collection through dust extruder 2, when the dust that screw extrusion is collected is agglomerated into certain degree of hardness
When, i.e., it pushes cover board 22 open from inside to outside and is discharged.
By means of the utility model have energy-saving effect combined type dust-precipitating system can actually reach effective filtered airflow dust and
Have and saves power consumption, promotes dust collection efficiency and the benefit of air-flow purification.
Claims (5)
1. a kind of combined type dust-precipitating system with energy-saving effect, it is characterised in that: include: a main high-efficiency dust collecting machine, be provided in
Dust extruder, a high-efficiency dust collecting windmill below main high-efficiency dust collecting machine and at least an attached high-efficiency dust collecting machine and at least one
Has water curtain style filter chamber；By means of the internal main high-efficiency dust collecting machine of cyclone type for generating positive pressure and at least an attached high-efficiency dust collecting machine will be defeated
The dust in dust-contained airflow entered is assembled downwards, and at least an attached high-efficiency dust collecting machine is by the dust assembled downwards through sequential control
Switch valve is sent into main high-efficiency dust collecting machine from high-efficiency dust collecting windmill to be done secondary to lower dust collecting, then is implemented dust through dust extruder
Screw extrusion is collected and outlet, and the air-flow containing micronic dust is by micro- at the top of the attached high-efficiency dust collecting machine of main high-efficiency dust collecting machine and at least one
Dust and gas conductance skirt, which imports in water curtain style filter chamber, carries out Water curtain filter into clean air-flow outlet.
2. the combined type dust-precipitating system according to claim 1 with energy-saving effect, it is characterised in that: wherein the master is efficient
The upper section for inside precipitron being hollow and main high-efficiency dust collecting machine is cylindrical shape, and lower section is up big and down small cone cylinder shape, main efficient
The barrel of precipitron upper section cylindrical shape is equipped with eccentric dust air flow inlet, and the top center of upper section cylindrical shape, which is equipped with, protrudes into main height
The micronic dust air-flow guide wire of the cylindric internal segment length of precipitron upper section is imitated, the dust of main high-efficiency dust collecting motor spindle, which drops out mouth, is
In communication with dust dust storage chamber, dust dust storage chamber is then communicated with dust extruder.
3. the combined type dust-precipitating system according to claim 1 with energy-saving effect, it is characterised in that: wherein the dust squeezes
Press includes a guide wire, and guide wire front end is an angle, and can be raised by pushing tow with setting weight is equipped with outside angle
Cover board, the top of the cover board is assembled at the articulated part of guide wire front end upper limb with hinged arm, and setting one promotes inside guide wire
Screw rod, the power that augering screw rear end receives rotation motor interlock, and power gearing is to be transmitted rotation by sprocket wheel and chain
Power.
4. the combined type dust-precipitating system according to claim 1 with energy-saving effect, it is characterised in that: the wherein attached height
The upper section for inside effect precipitron being hollow and attached high-efficiency dust collecting machine is cylindrical shape, and lower section is up big and down small cone cylinder shape, attached
The barrel for belonging to high-efficiency dust collecting machine upper section cylindrical shape is equipped with eccentric dust air flow inlet, and the top center of upper section cylindrical shape, which is equipped with, stretches
Enter the micronic dust air-flow guide wire of the cylindric internal segment length of attached high-efficiency dust collecting machine upper section, the powder of attached high-efficiency dust collecting motor spindle
It is in communication with dust dust storage chamber that dirt, which drops out mouth,.
5. the combined type dust-precipitating system according to claim 1 with energy-saving effect, it is characterised in that: the wherein water curtain style
It is Storage water tank below filter chamber, submerged motor is equipped in Storage water tank, water curtain style filter chamber upper chambers is equipped with air intake and outlet
Mouthful, a flowing water curtain guide plate is set between air intake and gas outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920130917.1U CN209596838U (en) | 2019-01-25 | 2019-01-25 | Combined type dust-precipitating system with energy-saving effect |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920130917.1U CN209596838U (en) | 2019-01-25 | 2019-01-25 | Combined type dust-precipitating system with energy-saving effect |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209596838U true CN209596838U (en) | 2019-11-08 |
Family
ID=68400630
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920130917.1U Active CN209596838U (en) | 2019-01-25 | 2019-01-25 | Combined type dust-precipitating system with energy-saving effect |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209596838U (en) |
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2019
- 2019-01-25 CN CN201920130917.1U patent/CN209596838U/en active Active
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