CN203685260U - Wet type dust removal and water purifying integral machine - Google Patents
Wet type dust removal and water purifying integral machine Download PDFInfo
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- CN203685260U CN203685260U CN201320747566.1U CN201320747566U CN203685260U CN 203685260 U CN203685260 U CN 203685260U CN 201320747566 U CN201320747566 U CN 201320747566U CN 203685260 U CN203685260 U CN 203685260U
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- liquid reagent
- dust removal
- dedusting
- level sensor
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Abstract
The utility model discloses a wet type dust removal and water purifying integral machine, which comprises a machine frame, a traveling mechanism, an electrical traveling driving mechanism and a dust removal and purifying cylinder, wherein the upper part of the dust removal and purifying cylinder is provided with a dust removal cavity, the middle lower part of the dust removal cavity is provided with a plurality of air inlets, each air inlet is provided with a high pressure centrifugal fan, the upper part of the inner side of the dust removal cavity is provided with a gravity atomizing dust removal device, the gravity atomizing dust removal device comprises a plurality of electrical spray nozzles in the circumferential direction, the top of the dust removal cavity is provided with an air exhaust opening, the machine frame is provided with a water supply tank, the middle of the dust removal cylinder is provided with a sewage collecting groove, the lower part of the dust removal cylinder is provided with a purifying cavity, the bottom of the sewage collecting groove is provided with a blowoff opening which is sealed by an electrical push plate, the machine frame is provided with a mounting bracket, and a water outlet of the purifying cylinder is provided with a filtering net. The integral machine has the advantages that the structure is simple, the design is reasonable, the convenience in use and operation is realized, the use effect is good, poisonous and harmful gases and dust can be simply and rapidly removed from an underground tunnel of a coal mine, and sewage can be collected and purified.
Description
Technical field
The utility model belongs to wet dust collection technology field, especially relates to a kind of wet dust removal and purifying water process all-in-one.
Background technology
Wet dust removal is to utilize cleaning solution (being generally water) fully to contact with dusty gas, grit is washed and make the method for gas purification.The efficiency of this dedusting method is high, and deduster is simple in structure, and cost is low, and floor space is little, and operating maintenance is convenient, is particularly suitable for processing high temperature, high humidity, inflammable, explosive dusty gas.In addition, can also remove portion gaseous contaminant in dedusting.Therefore be widely used in air pollution control and the gas purification of industrial all departments.Wherein water film dedusting is that a kind of utilization on dusty gas impact dust remover inwall or other special components used the moisture film causing someway, dust is caught, the cleaning equipment that gas is purified by moisture film.In coal mine down-hole tunnel work progress, the effect of the mine ventilation system that configures is mainly reflected in following three aspects: the first, supply with the enough fresh airs in down-hole, meet the needs of personnel to oxygen; The second, water down down-hole toxic and harmful and dust, guarantee safety in production; Three, regulate down-hole weather, create good working environment, thereby need in the tunnel of having excavated, mine ventilation system to be installed in time.Pernicious gas in coal mine down-hole tunnel mainly contains carbon monoxide (CO), hydrogen sulfide (H
2s), nitrogen dioxide (NO
2), sulfur dioxide (SO
2) and ammonia (NH
3).Currently used mine ventilation system mainly forms by blower fan with the airduct that blower fan joins, when practice of construction, because mine ventilation system is installed the manpower and materials that need cost larger, and installation process required time is longer, thereby between mine ventilation system installation period, the environmental quality in coal mine down-hole tunnel and air regime are difficult to effectively be guaranteed.In addition, adopt in wet-scrubbing equipment dust removal process, the sewage quantity producing is larger, thereby needs to be equipped with special sewage and transport vehicle the sewage after dedusting is transported to and outside tunnel, carries out subsequent treatment, also need to be equipped with special water system, to meet the water demand of continuous dedusting simultaneously.To sum up, nowadays need a kind of simple in structure, reasonable in design and processing and fabricating and use wet dust removal easy and simple to handle, that result of use is good and purifying water process all-in-one, it can remove toxic and harmful and the dust in coal mine down-hole tunnel easy, fast, and the sewage that can produce wet-scrubbing equipment collects and purified treatment, and the water purification after purified treatment is delivered to wet-scrubbing equipment reuse.
Utility model content
Technical problem to be solved in the utility model is for above-mentioned deficiency of the prior art, a kind of wet dust removal and purifying water process all-in-one are provided, its simple in structure, reasonable in design and use easy and simple to handle, result of use good, can remove easy, fast toxic and harmful and the dust in coal mine down-hole tunnel, and can collect and purified treatment sewage.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of wet dust removal and purifying water process all-in-one, it is characterized in that: the walking mechanism, the electric walking driving mechanism that described walking mechanism is driven and the level that comprise frame, are arranged on described frame bottom are arranged on dedusting and the purifying tube in described frame, between described walking mechanism and electric walking driving mechanism, are in transmission connection by transmission mechanism; Described dedusting and purifying tube top are dedusting chamber, the middle and lower part in described dedusting chamber has multiple air inlet ports, on multiple described air inlet ports, be all provided with dusty gas is sucked to the centrifugal high pressure fan in described dedusting cylinder, the air flow sensor that the carrying out of its intake detected in real time is all installed on multiple described air inlet ports, and multiple described centrifugal high pressure fans are along the circumferential direction laid and it is laid in same level; The inside upper part in described dedusting chamber is provided with gravity spray deduster, and described gravity spray deduster comprises multiple electronic nozzles of along the circumferential direction laying, and multiple described electronic nozzles are installed on the inside wall of described dedusting cylinder; Described dedusting top of chamber has exhaust opening; In described frame, feed tank is installed, multiple described electronic nozzles all join by branch's connecting pipe and feed pipe, and the delivery port of described feed pipe and described feed tank joins, and electric water pump and flow control valve are installed on described feed pipe; The middle part of described dedusting cylinder is that sewage collecting tank and its underpart are purified treatment chamber, and described sewage collecting trench bottom has the sewage draining exit that is carried out shutoff by electronic push pedal; In described frame, be provided with mounting bracket, on described mounting bracket, be equipped with inside be equipped with to presser for liquid reagent bottle one, the inside of the flocculant cleared up of the suspension in disposing of sewage be equipped with presser for liquid reagent bottle three and the inner presser for liquid reagent bottle four that the disinfectant to disposed of sewage disinfection is housed to the dispose of sewage acid acceptor that carries out neutralisation treatment be equipped with in presser for liquid reagent bottle two, the inside of the dispose of sewage antalkali that carries out neutralisation treatment; Described presser for liquid reagent bottle one is connected in described purified treatment chamber by liquid reagent carrier pipe one, on described liquid reagent carrier pipe one, solenoid electric valve one is installed, and in described presser for liquid reagent bottle one, liquid level sensor one is installed; Described presser for liquid reagent bottle two is connected in described purified treatment chamber by liquid reagent carrier pipe two, on described liquid reagent carrier pipe two, solenoid electric valve two is installed, and in described presser for liquid reagent bottle two, liquid level sensor two is installed; Described presser for liquid reagent bottle three is connected in described purified treatment chamber by liquid reagent carrier pipe three, on described liquid reagent carrier pipe three, solenoid electric valve three is installed, and in described presser for liquid reagent bottle three, liquid level sensor three is installed; Described presser for liquid reagent bottle four-way is crossed liquid reagent carrier pipe four and is connected in described purified treatment chamber, on described liquid reagent carrier pipe four, solenoid electric valve four is installed, and in described presser for liquid reagent bottle four, liquid level sensor four is installed; On the delivery port of described purified treatment cylinder, screen pack is housed; The delivery port of described purified treatment cylinder joins by the water inlet of tube connector and described feed tank, on described tube connector, water supply control valve is installed; In described clean frame, control box is installed, in described control box, electronic circuit board is housed, the key circuit that controller one, controller two is installed on described electronic circuit board and joins with controller two, described purified treatment is provided with level sensor one in chamber, described level sensor one, liquid level sensor one, liquid level sensor two, liquid level sensor three and liquid level sensor four all join with A/D converter one, and described A/D converter one joins with controller one; On the lateral wall of described control box, be provided with dedusting and start button, dedusting and stop key and parameter input key, described dedusting starts button, dedusting stops key and parameter input key all joins with key circuit; Described electronic push pedal, solenoid electric valve one, solenoid electric valve two, solenoid electric valve three and solenoid electric valve four are controlled by controller one; Multiple described air flow sensors all join with A/D converter two, described A/D converter two joins with controller two, and described water supply control valve, electric water pump, flow control valve, multiple described centrifugal high pressure fan and multiple described electronic nozzle are controlled by controller two; Described controller one joins with controller two.
Above-mentioned a kind of wet dust removal and purifying water process all-in-one, it is characterized in that: also comprise to the pH value of sewage in described purified treatment chamber is carried out the pH meter detecting in real time and the concentration of suspension in sewage in described purified treatment chamber carried out to the concentration of suspension detecting unit detecting in real time, described pH meter and concentration of suspension detecting unit all join with controller one.
Above-mentioned a kind of wet dust removal and purifying water process all-in-one, is characterized in that: on described electronic circuit board, be also provided with the timing circuit two that the dedusting time is added up, described timing circuit two joins with controller two.
Above-mentioned a kind of wet dust removal and purifying water process all-in-one, is characterized in that: level sensor two is installed in described sewage collecting tank, and described level sensor two joins with A/D converter two.
Above-mentioned a kind of wet dust removal and purifying water process all-in-one, is characterized in that: on described electronic circuit board, be also provided with the timing circuit one that the purifying water process time is added up, described timing circuit one joins with controller one.
The utility model compared with prior art has the following advantages:
1, simple in structure and circuit design is reasonable, input cost is low, install lay easy.
2, the simple and easy-to-connect of circuit.
3, use simple to operate and intelligent degree high, time saving and energy saving.
4, result of use is good and practical value is high, can remove easy, fast toxic and harmful and the dust in coal mine down-hole tunnel, and good dedusting effect, can automatically carry out purified treatment to sewage, the object using to meet water circulation simultaneously.
In sum, the utility model simple in structure, reasonable in design and use easy and simple to handle, result of use good, can remove easy, fast toxic and harmful and the dust in coal mine down-hole tunnel, and can collect and purified treatment sewage, and the water purification after purified treatment is delivered to wet-scrubbing equipment reuse.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is schematic block circuit diagram of the present utility model.
Description of reference numerals:
1-water supply control valve; 2-centrifugal high pressure fan; 3-electronic nozzle;
4-electric water pump; 5-flow control valve; 6-electronic push pedal;
7-1-liquid level sensor one; 7-2-liquid level sensor two; 7-3-liquid level sensor three;
7-4-liquid level sensor four; 8-1-solenoid electric valve one; 8-2-solenoid electric valve two;
8-3-solenoid electric valve three; 8-4-solenoid electric valve four; 9-1-controller one;
9-2-controller two; 10-key circuit; 10-1-A/D converter one;
10-2-A/D converter two; 11-level sensor one; 12-1-dedusting starts button;
12-2-dedusting stops key; 12-3-parameter input key; 13-air flow sensor;
13-1-timing circuit one; 13-2-timing circuit two; 14-level sensor two;
15-pH meter; 16-concentration of suspension detecting unit.
The specific embodiment
As shown in Figure 1, walking mechanism, the electric walking driving mechanism that described walking mechanism is driven and level that the utility model comprises frame, be arranged on described frame bottom are arranged on dedusting and the purifying tube in described frame, between described walking mechanism and electric walking driving mechanism, are in transmission connection by transmission mechanism.Described dedusting and purifying tube top are dedusting chamber, the middle and lower part in described dedusting chamber has multiple air inlet ports, on multiple described air inlet ports, be all provided with dusty gas is sucked to the centrifugal high pressure fan 2 in described dedusting cylinder, the air flow sensor 13 that the carrying out of its intake detected in real time is all installed on multiple described air inlet ports, and multiple described centrifugal high pressure fans 2 along the circumferential direction lay and it is laid in same level.The inside upper part in described dedusting chamber is provided with gravity spray deduster, and described gravity spray deduster comprises multiple electronic nozzles 3 of along the circumferential direction laying, and multiple described electronic nozzles 3 are installed on the inside wall of described dedusting cylinder.Described dedusting top of chamber has exhaust opening.In described frame, feed tank is installed, multiple described electronic nozzles 3 all join by branch's connecting pipe and feed pipe, and the delivery port of described feed pipe and described feed tank joins, and electric water pump 4 and flow control valve 5 are installed on described feed pipe.The middle part of described dedusting cylinder is that sewage collecting tank and its underpart are purified treatment chamber, and described sewage collecting trench bottom has the sewage draining exit that carries out shutoff by electronic push pedal 6.In described frame, be provided with mounting bracket, on described mounting bracket, be equipped with inside be equipped with to presser for liquid reagent bottle one, the inside of the flocculant cleared up of the suspension in disposing of sewage be equipped with presser for liquid reagent bottle three and the inner presser for liquid reagent bottle four that the disinfectant to disposed of sewage disinfection is housed to the dispose of sewage acid acceptor that carries out neutralisation treatment be equipped with in presser for liquid reagent bottle two, the inside of the dispose of sewage antalkali that carries out neutralisation treatment.Described presser for liquid reagent bottle one is connected in described purified treatment chamber by liquid reagent carrier pipe one, and solenoid electric valve one 8-1 is installed on described liquid reagent carrier pipe one, and liquid level sensor one 7-1 is installed in described presser for liquid reagent bottle one.Described presser for liquid reagent bottle two is connected in described purified treatment chamber by liquid reagent carrier pipe two, and solenoid electric valve two 8-2 are installed on described liquid reagent carrier pipe two, and liquid level sensor two 7-2 are installed in described presser for liquid reagent bottle two.Described presser for liquid reagent bottle three is connected in described purified treatment chamber by liquid reagent carrier pipe three, and solenoid electric valve three 8-3 are installed on described liquid reagent carrier pipe three, and liquid level sensor three 7-3 are installed in described presser for liquid reagent bottle three.Described presser for liquid reagent bottle four-way is crossed liquid reagent carrier pipe four and is connected in described purified treatment chamber, and solenoid electric valve four 8-4 are installed on described liquid reagent carrier pipe four, and liquid level sensor four 7-4 are installed in described presser for liquid reagent bottle four.On the delivery port of described purified treatment cylinder, screen pack is housed.The delivery port of described purified treatment cylinder joins by the water inlet of tube connector and described feed tank, and water supply control valve 1 is installed on described tube connector.In described clean frame, control box is installed, in described control box, electronic circuit board is housed, the key circuit 10 that controller one 9-1, controller two 9-2 is installed on described electronic circuit board and joins with controller two 9-2, described purified treatment is provided with level sensor 1 in chamber, described level sensor 1, liquid level sensor one 7-1, liquid level sensor two 7-2, liquid level sensor three 7-3 and liquid level sensor four 7-4 all join with A/D converter one 10-1, and described A/D converter one 10-1 and controller one 9-1 join.On the lateral wall of described control box, be provided with dedusting and start button 12-1, dedusting stop key 12-2 and parameter input key 12-3, described dedusting starts stop key 12-2 and parameter input key 12-3 of button 12-1, dedusting and all joins with key circuit 10.Described electronic push pedal 6, solenoid electric valve one 8-1, solenoid electric valve two 8-2, solenoid electric valve three 8-3 and solenoid electric valve four 8-4 control by controller one 9-1.Multiple described air flow sensors 13 all join with A/D converter two 10-2, described A/D converter two 10-2 and controller two 9-2 join, and described water supply control valve 1, electric water pump 4, flow control valve 5, multiple described centrifugal high pressure fan 2 and multiple described electronic nozzle 3 are controlled by controller two 9-2.Described controller one 9-1 and controller two 9-2 join.
In the present embodiment, the utility model also comprises the concentration of suspension detecting unit 16 that the pH value of sewage in described purified treatment chamber is carried out the pH meter 15 of detection in real time and the concentration of suspension in sewage in described purified treatment chamber carried out to real-time detection, and described pH meter 15 and concentration of suspension detecting unit 16 all join with controller one 9-1.
In the present embodiment, be also provided with timing circuit two 13-2 that the dedusting time is added up on described electronic circuit board, described timing circuit two 13-2 and controller two 9-2 join.
Meanwhile, level sensor 2 14 is installed in described sewage collecting tank, described level sensor 2 14 joins with A/D converter two 10-2.
In the present embodiment, be also provided with timing circuit one 13-1 that the purifying water process time is added up on described electronic circuit board, described timing circuit one 13-1 and controller one 9-1 join.
The above; it is only preferred embodiment of the present utility model; not the utility model is imposed any restrictions; every any simple modification of above embodiment being done according to the utility model technical spirit, change and equivalent structure change, and all still belong in the protection domain of technical solutions of the utility model.
Claims (5)
1. a wet dust removal and purifying water process all-in-one, it is characterized in that: the walking mechanism, the electric walking driving mechanism that described walking mechanism is driven and the level that comprise frame, are arranged on described frame bottom are arranged on dedusting and the purifying tube in described frame, between described walking mechanism and electric walking driving mechanism, are in transmission connection by transmission mechanism, described dedusting and purifying tube top are dedusting chamber, the middle and lower part in described dedusting chamber has multiple air inlet ports, on multiple described air inlet ports, be all provided with dusty gas is sucked to the centrifugal high pressure fan (2) in described dedusting cylinder, the air flow sensor (13) that the carrying out of its intake detected in real time is all installed on multiple described air inlet ports, and multiple described centrifugal high pressure fans (2) are along the circumferential direction laid and it is laid in same level, the inside upper part in described dedusting chamber is provided with gravity spray deduster, and described gravity spray deduster comprises multiple electronic nozzles (3) of along the circumferential direction laying, and multiple described electronic nozzles (3) are installed on the inside wall of described dedusting cylinder, described dedusting top of chamber has exhaust opening, in described frame, feed tank is installed, multiple described electronic nozzles (3) all join by branch's connecting pipe and feed pipe, the delivery port of described feed pipe and described feed tank joins, and electric water pump (4) and flow control valve (5) are installed on described feed pipe, the middle part of described dedusting cylinder is that sewage collecting tank and its underpart are purified treatment chamber, and described sewage collecting trench bottom has the sewage draining exit that carries out shutoff by electronic push pedal (6), in described frame, be provided with mounting bracket, on described mounting bracket, be equipped with inside be equipped with to presser for liquid reagent bottle one, the inside of the flocculant cleared up of the suspension in disposing of sewage be equipped with presser for liquid reagent bottle three and the inner presser for liquid reagent bottle four that the disinfectant to disposed of sewage disinfection is housed to the dispose of sewage acid acceptor that carries out neutralisation treatment be equipped with in presser for liquid reagent bottle two, the inside of the dispose of sewage antalkali that carries out neutralisation treatment, described presser for liquid reagent bottle one is connected in described purified treatment chamber by liquid reagent carrier pipe one, and solenoid electric valve one (8-1) is installed on described liquid reagent carrier pipe one, and liquid level sensor one (7-1) is installed in described presser for liquid reagent bottle one, described presser for liquid reagent bottle two is connected in described purified treatment chamber by liquid reagent carrier pipe two, and solenoid electric valve two (8-2) is installed on described liquid reagent carrier pipe two, and liquid level sensor two (7-2) is installed in described presser for liquid reagent bottle two, described presser for liquid reagent bottle three is connected in described purified treatment chamber by liquid reagent carrier pipe three, and solenoid electric valve three (8-3) is installed on described liquid reagent carrier pipe three, and liquid level sensor three (7-3) is installed in described presser for liquid reagent bottle three, described presser for liquid reagent bottle four-way is crossed liquid reagent carrier pipe four and is connected in described purified treatment chamber, and solenoid electric valve four (8-4) is installed on described liquid reagent carrier pipe four, and liquid level sensor four (7-4) is installed in described presser for liquid reagent bottle four, on the delivery port of described purified treatment cylinder, screen pack is housed, the delivery port of described purified treatment cylinder joins by the water inlet of tube connector and described feed tank, and water supply control valve (1) is installed on described tube connector, in described clean frame, control box is installed, in described control box, electronic circuit board is housed, controller one (9-1) is installed on described electronic circuit board, controller two (9-2) and the key circuit (10) joining with controller two (9-2), level sensor one (11) is installed in described purified treatment chamber, described level sensor one (11), liquid level sensor one (7-1), liquid level sensor two (7-2), liquid level sensor three (7-3) and liquid level sensor four (7-4) all join with A/D converter one (10-1), described A/D converter one (10-1) joins with controller one (9-1), on the lateral wall of described control box, be provided with dedusting and start button (12-1), dedusting and stop key (12-2) and parameter input key (12-3), described dedusting startup button (12-1), dedusting stops key (12-2) and parameter input key (12-3) all joins with key circuit (10), described electronic push pedal (6), solenoid electric valve one (8-1), solenoid electric valve two (8-2), solenoid electric valve three (8-3) and solenoid electric valve four (8-4) are controlled by controller one (9-1), multiple described air flow sensors (13) all join with A/D converter two (10-2), described A/D converter two (10-2) joins with controller two (9-2), and described water supply control valve (1), electric water pump (4), flow control valve (5), multiple described centrifugal high pressure fan (2) and multiple described electronic nozzles (3) are controlled by controller two (9-2), described controller one (9-1) joins with controller two (9-2).
2. according to a kind of wet dust removal claimed in claim 1 and purifying water process all-in-one, it is characterized in that: also comprise to the pH value of sewage in described purified treatment chamber is carried out the pH meter (15) detecting in real time and the concentration of suspension in sewage in described purified treatment chamber carried out to the concentration of suspension detecting unit (16) detecting in real time, described pH meter (15) and concentration of suspension detecting unit (16) all join with controller one (9-1).
3. according to a kind of wet dust removal described in claim 1 or 2 and purifying water process all-in-one, it is characterized in that: on described electronic circuit board, be also provided with the timing circuit two (13-2) that the dedusting time is added up, described timing circuit two (13-2) joins with controller two (9-2).
4. according to a kind of wet dust removal described in claim 1 or 2 and purifying water process all-in-one, it is characterized in that: level sensor two (14) is installed in described sewage collecting tank, and described level sensor two (14) joins with A/D converter two (10-2).
5. according to a kind of wet dust removal described in claim 1 or 2 and purifying water process all-in-one, it is characterized in that: on described electronic circuit board, be also provided with the timing circuit one (13-1) that the purifying water process time is added up, described timing circuit one (13-1) joins with controller one (9-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320747566.1U CN203685260U (en) | 2013-11-21 | 2013-11-21 | Wet type dust removal and water purifying integral machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320747566.1U CN203685260U (en) | 2013-11-21 | 2013-11-21 | Wet type dust removal and water purifying integral machine |
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| Publication Number | Publication Date |
|---|---|
| CN203685260U true CN203685260U (en) | 2014-07-02 |
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ID=51007178
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320747566.1U Expired - Fee Related CN203685260U (en) | 2013-11-21 | 2013-11-21 | Wet type dust removal and water purifying integral machine |
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| CN (1) | CN203685260U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111706385A (en) * | 2020-06-24 | 2020-09-25 | 中国矿业大学 | Regional variable dust removal system and method for coal mine working face |
-
2013
- 2013-11-21 CN CN201320747566.1U patent/CN203685260U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111706385A (en) * | 2020-06-24 | 2020-09-25 | 中国矿业大学 | Regional variable dust removal system and method for coal mine working face |
| CN111706385B (en) * | 2020-06-24 | 2021-06-15 | 中国矿业大学 | Regional variable dust removal system and method for coal mine working face |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140702 Termination date: 20141121 |
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| EXPY | Termination of patent right or utility model |