CN215195869U - Movable automatic odor treater for station - Google Patents

Abstract

The utility model discloses a movable station foul smell automated processing ware, including base, walking wheel and processing case, the internally mounted of processing case has the detection chamber, the internally mounted who detects the chamber has power detection unit, the processing case internally mounted who detects chamber one side has primary treatment section of thick bamboo and a multistage processing section of thick bamboo, odor treatment mechanism is all installed to the inside of a multistage processing section of thick bamboo and primary treatment section of thick bamboo, and installs the management and control mechanism between a multistage processing section of thick bamboo and the primary treatment section of thick bamboo, install the selective examination part between management and control mechanism and the power detection unit, the base top surface mounting of processing case one side has suction fan, an overhaul section of thick bamboo is installed on the top of built-in roof. The utility model discloses a be provided with a series of structures for this movable station foul smell automated processing ware carries out multilevel processing when can collecting the foul smell, and carries out the single-stage and detects, reaches emission standard until gaseous, is convenient for improve the gas emission quality.

Description

Movable automatic odor treater for station

Technical Field

The utility model relates to a gas treatment technical field specifically is a movable station foul smell automated processing ware.

Background

Along with the continuous deepening of environmental protection consciousness and the popularization of environmental protection policy, except that the control is required on the problems of sewage discharge and the like, the control is also required on the gas quality, and particularly after the gas discharge standard is formulated, the requirement on the gas discharge quality is higher and higher.

Except the gas emission in the factory production, in the actual people's life, especially under the specific environment, if under the air circumstance management and control circumstances of hospital, need carry out the foul smell to stations positions such as sewage treatment pond and handle, especially overhaul and open before the dirty pond of holding, often need collect and handle the foul smell with the help of specific equipment, so as to handle the poisonous and harmful substance in the foul smell, such as methane, chlorine residue material, escherichia coli etc. in the gas are handled, and the foul smell treatment facility of in-service use, general structure is comparatively simple, inside foul smell treatment component often is the form of filtration treatment, just discharge external environment after the filtration treatment once, equipment self can't carry out gas quality detection, only carry out the foul smell and handle often can't satisfy the gas emission standard once, therefore still there is the possibility of polluted air.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a movable field station foul smell automated processing ware to solve the problem that proposes among the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides a movable automatic treater of station foul smell, includes the base, installs the walking wheel in the base bottom and installs the processing case on the base top, the internally mounted of processing case has the detection chamber, the internally mounted in detection chamber has the power detection part, the processing case internally mounted of detection chamber one side has primary treatment section of thick bamboo, the processing case of primary treatment section of thick bamboo one side internally mounted has a multistage processing section of thick bamboo at least, the inside of multistage processing section of thick bamboo and primary treatment section of thick bamboo all installs foul smell processing mechanism, the delivery pipe is installed on the top of multistage processing section of thick bamboo and primary treatment section of thick bamboo, and installs the management and control mechanism between multistage processing section of thick bamboo and the primary treatment section of thick bamboo, install the selective examination part between management and the power detection part, the base top surface mounting of processing case one side has the suction fan, the gas injection pipe is installed to the output of suction fan, and inside the gas injection pipe extended to the primary treatment section of thick bamboo, the top of handling the case is detachable installs the top cover, the top of top cover is installed and is overhauld a section of thick bamboo, the aide cover top in the maintenance section of thick bamboo outside is installed the aide funnel, and the aide funnel bottom is connected with the top of delivery pipe.

Preferably, the power detection part comprises a main detection part and a standby power supply, the main detection part is installed in the detection cavity, and the standby power supply is installed in the detection cavity below the main detection part.

Preferably, odor treatment mechanism includes that explosion-proof sieve and filtration fill the rack, and explosion-proof sieve installs respectively inside a multistage processing section of thick bamboo and primary treatment section of thick bamboo, filters to fill the rack and install inside and the primary treatment section of thick bamboo of multistage processing section of thick bamboo above explosion-proof sieve, and filters inside and the primary treatment section of thick bamboo of multistage processing section of thick bamboo of filling the rack top and all install the edulcoration with primary treatment section of thick bamboo inside and fill the rack.

Preferably, management and control mechanism includes gas-supply pipe and selective examination pipe, and the side surface at the delivery pipe is installed to the gas-supply pipe, and the gas-supply pipe extends to the inside bottom of neighbouring multistage processing section of thick bamboo, and the selective examination pipe is installed on the surface of gas-supply pipe, and the management and control valve is all installed on the delivery pipe surface and the gas-supply pipe surface of selective examination pipe and gas-supply pipe junction, gas-supply pipe and delivery pipe junction both sides.

Preferably, the selective examination part includes detection pipe support and coupling, and the top at main detection part is installed to the detection pipe support, and the one end and the detection pipe support side surface connection of selective examination pipe, coupling are installed on the top of detecting the pipe support.

Preferably, the surface of the gas pipe, adjacent to the discharge pipe, on one side of the control valve is provided with a pressure gauge, and the surface of the treatment box is provided with a control element.

Preferably, the top of an overhaul section of thick bamboo is installed the access cover, and the inside detachable supplementary detection part of installing of an overhaul section of thick bamboo, the bottom and the coupling top of supplementary detection part are connected.

Preferably, the surface of one side of the treatment box above the gas injection pipe is provided with a hanging rack, and the surface of the other side of the treatment box is provided with a pull rod rack.

Preferably, the input end of the suction fan is provided with a collection hose, and the input end of the collection hose is provided with a gas collecting hood.

Compared with the prior art, the beneficial effects of the utility model are that:

1. this movable field station foul smell automated processing ware, through the suction fan, and use with the gas collecting cover combination, portable to the field station that needs to carry out treatments such as deodorization carries out work, if hospital sewage treatment pond, septic tank etc., can handle the waste gas in the specific environment, avoid harmful phenomena such as polluted environment to take place, be convenient for pertinence and practicality use, through primary treatment section of thick bamboo, can carry out primary filter treatment to the gas that collects, and combine a multistage treatment section of thick bamboo, a plurality ofly can be established to a multistage treatment section of thick bamboo, can not reach under the condition of emission standard at the gas that primary treatment section of thick bamboo was handled, can carry out processing many times even once more, further handle the composition in the gas, avoid gaseous pollution external environment.

2. The movable automatic odor processor for the station can detect the gas to be discharged after primary treatment or secondary treatment and the like through the main detection part, such as methane component detection and the like, and is convenient for secondary treatment operation on the gas under the condition that the detection does not reach the discharge standard, can be used as a pipeline for sampling and detecting the gas through the detection pipe frame as the main detection part, a plurality of sampling and detecting pipes can be installed on the pipeline, so that the sampling and detecting operation on the air in a primary treatment cylinder and even in a multi-stage treatment cylinder can be conveniently carried out, the effect of using the same main detection part when the gas is processed in a multi-stage manner is achieved, through the auxiliary detection part, some special gas detection parts which can be actually selected under specific conditions, such as a residual chlorine detector and the like, by means of a pipe joint, socket pipe fittings which are actually in the form of a rubber sleeve can be ensured under the condition that the auxiliary detection part is installed, the effect of switching on of detection pipe support and supplementary detection part is realized.

3. This automatic treater of movable station foul smell, extend to the inside bottom of a multistage processing section of thick bamboo through gas injection pipe and gas-supply pipe, can carry on the gas of handling many times to unprocessed gas, especially when carrying to the inside bottom of a multistage processing section of thick bamboo, some chemical combination liquid can be deposited to the inside bottom of a multistage processing section of thick bamboo of being convenient for, can contact with gas composition, the easily soluble material among the absorbed gas, and through explosion-proof sieve, can be to the inside detergent of a multistage processing section of thick bamboo and the inside chemical combination liquid form of primary processing section of thick bamboo when producing materials such as bubble with gas reaction, can shelter from or remove the foam by explosion-proof sieve and handle, reduce liquid and filter and pack parts contact such as rack, cause the filter effect poor, gas filtration fills the immersion fluid scheduling problem.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

fig. 2 is a schematic top view of the present invention;

FIG. 3 is a schematic view of the internal structure of the present invention;

fig. 4 is a schematic diagram of a single group detection pipeline according to the present invention.

In the figure: 1. a suction fan; 2. a gas-collecting hood; 3. a collection hose; 4. a hanger; 5. a machine top cover; 6. an exhaust funnel; 7. a maintenance cylinder; 8. a lever frame; 9. a treatment tank; 10. a base; 11. a control member; 12. an access cover; 13. a gas injection pipe; 14. an explosion-proof sieve plate; 15. filtering and filling the net rack; 16. a primary treatment drum; 17. a discharge pipe; 18. a pressure gauge; 19. a pipe joint; 20. an auxiliary detection part; 21. a gas delivery pipe; 22. a detection chamber; 23. removing impurities and filling the net rack; 24. a multi-stage treatment cylinder; 25. a main detection section; 26. a standby power supply; 27. a control valve; 28. a sampling inspection pipe; 29. and (4) detecting the pipe frame.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "upper", "lower", "inner", "outer", "front end", "rear end", "both ends", "one end", "the other end" and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the device or element to which the reference is made must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "disposed," "connected," and the like are to be construed broadly, and for example, "connected" may be either fixedly connected or detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art.

As shown in fig. 1 to 4, the movable field station odor automatic processor of the embodiment includes a base 10, a traveling wheel installed at the bottom end of the base 10 and a processing box 9 installed at the top end of the base 10, the base 10 supports the whole processing box 9, the whole base 10 is supported by the traveling wheel, the traveling wheel drives the whole processor to move, and is convenient to move to the field station position where the actual odor processing operation is needed, such as a hospital sewage treatment tank, a septic tank, etc., a detection chamber 22 is installed inside the processing box 9, the detection chamber 22 is actually a cavity body in an isolated form, and has a certain moisture-proof function, a power detection part is installed inside the detection chamber 22, and provides power, detection parts, etc. for the whole processor, a primary processing barrel 16 is installed inside the processing box 9 at one side of the detection chamber 22, and the primary processing barrel 16 can primarily filter the collected gas, at least one multi-stage treatment cylinder 24 is arranged in the treatment box 9 at one side of the primary treatment cylinder 16, when the primary filtration can not meet the emission requirement, the multi-stage treatment cylinder 24 can carry out secondary filtration, and aiming at the filtration effect, a plurality of multi-stage treatment cylinders 24 are connected in series to form the multi-stage treatment effect until the emission reaches the standard after the gas filtration, odor treatment mechanisms are arranged in the multi-stage treatment cylinders 24 and the primary treatment cylinder 16 to treat the odor, in addition, the multi-stage treatment cylinders 24 and the primary treatment cylinder 16 have larger structures, gas detergents can be contained in the inner bottom area to wash away or dissolve toxic and harmful substances in the gas, discharge pipes 17 are arranged at the top ends of the multi-stage treatment cylinders 24 and the primary treatment cylinder 16, the discharge pipes 17 can discharge the gas after the primary filtration treatment, and a management and control mechanism is arranged between the multi-stage treatment cylinders 24 and the primary treatment cylinder 16, the device can realize the discharge of a discharge pipe 17, the gas conveying of a multi-stage treatment cylinder 24 and a primary treatment cylinder 16 and the gas conveying between the multi-stage treatment cylinders 24, a sampling part is arranged between a management and control mechanism and a power supply detection part, the sampling part can sample and detect the gas discharged from the discharge pipe 17, a suction fan 1 is arranged on the surface of the top end of a base 10 on one side of a treatment box 9, the suction fan 1 can be selected from a common direct current air compressor and can generate a negative pressure effect to suck odor, an air injection pipe 13 is arranged at the output end of the suction fan 1, the air injection pipe 13 extends into the primary treatment cylinder 16, the sucked and pressurized gas is conveyed through the air injection pipe 13, the tail end of the actual air injection pipe 13 is soaked in a detergent to ensure the full contact of the gas and the liquid, a machine top cover 5 is detachably arranged at the top end of the treatment box 9, the machine top cover 5 is actually of a cover body structure, and the interior of the treatment box 9 can be disassembled to be overhauled, an overhaul section of thick bamboo 7 is installed on the top of top cap 5, overhauls a section of thick bamboo 7 and can open alone and overhaul the power supply detection part of below, overhauls 5 tops of top cap outside of section of thick bamboo 7 and installs aiutage 6, and 6 bottoms of aiutage are connected with delivery pipe 17's top, and after the mark was beaten in gas treatment, delivery pipe 17 was gaseous through aiutage 6 discharges.

Specifically, the power supply detection part includes main detection part 25 and stand-by power supply 26, main detection part 25 is installed in the inside that detects chamber 22, this main detection part 25 needs to satisfy actual gaseous pollutant emission standard, for example GB14554-1993 emission standard, the equipment of selecting for use can possess multiple poisonous harmful substance detection function according to the actual demand, stand-by power supply 26 is installed inside main detection part 25 below detection chamber 22, stand-by power supply 26 can select to use lithium cell group, has the energy storage effect, can remove to lacking under the condition of external power supply at this treater, provide the electric energy source for suction fan 1 etc..

Further, the odor treatment mechanism comprises an explosion-proof sieve plate 14 and a filtering and filling net frame 15, the explosion-proof sieve plate 14 is respectively arranged inside a multistage treatment cylinder 24 and inside a primary treatment cylinder 16, actually, the explosion-proof sieve plate 14 is an upper layer and a lower layer, the surfaces of the upper layer and the lower layer are provided with a plurality of sieve holes and edges, when a detergent in a liquid form is combined inside the multistage treatment cylinder 24 and the primary treatment cylinder 16 to react with gas to generate substances such as bubbles, the substances can be shielded or defoamed by the explosion-proof sieve plate 14, the contact between the liquid and the filtering and filling net frame 15 and other parts is reduced, the filtering and filling net frame 15 is arranged inside the multistage treatment cylinder 24 and the primary treatment cylinder 16 above the explosion-proof sieve plate 14, the insides can be filled with some gas filtering materials such as active carbon, the substances such as odor in the gas can be adsorbed to achieve the purification effect, and the impurity removal and filling net frame 23 is arranged inside the multistage treatment cylinder 24 and the primary treatment cylinder 16 above the filtering and filling net frame 15, the impurity removing and filling net frame 23 can be selected from a plurality of porous materials to remove particulate matters or other toxic and harmful components possibly generated in the gas, the structures of the multi-stage treatment cylinder 24 and the primary treatment cylinder 16, even the structures between the multi-stage treatment cylinder 24 and the multi-stage treatment cylinder 24 are basically similar, multi-stage treatment can be carried out, if necessary, the treatment effect of the materials inside the impurity removing and filling net frame 23 and the materials inside the filtering and filling net frame 15 inside the primary treatment cylinder 16 are better than that of the multi-stage treatment cylinder 24, and when the gas components needing to be treated are complicated, different filtering and filling materials can be selected to act inside the primary treatment cylinder 16 and the multi-stage treatment cylinder 24 for use.

Further, the control mechanism comprises an air pipe 21 and a sampling pipe 28, the air pipe 21 is installed on the side surface of the discharge pipe 17, the air pipe 21 is actually used as a side pipeline of the discharge pipe 17, the air pipe 21 extends to the bottom end inside the adjacent multi-stage treatment barrel 24, when the gas detection of the previous stage does not meet the discharge standard, the air pipe can be discharged into the multi-stage treatment barrel 24 of the next stage for treatment, the sampling pipe 28 is installed on the surface of the air pipe 21 for sampling the gas conveyed by the air pipe 21, and the control valves 27 are installed on the connection part of the sampling pipe 28 and the air pipe 21, the surfaces of the discharge pipe 17 and the air pipe 21 on both sides of the connection part of the air pipe 21 and the discharge pipe 17, the control valves 27 have different control effects, different pipes can be selected from different types of control valves 27, the control valve 27 at the connection part of the sampling pipe 28 and the air pipe 21 is actually used as a channel for conducting the sampling pipe 28, two management and control valves 27 on the surface of the discharge pipe 17 on the two sides of the joint of the gas pipe 21 and the discharge pipe 17 are used as a channel for conducting the discharge pipe 17, the lower management and control valve 27 is conducted to facilitate gas delivery to the gas pipe 21, and the two management and control valves 27 are conducted to realize the effect that the gas pipe 21 discharges gas into the exhaust funnel 6, the management and control valve 27 on the surface of the gas pipe 21 is in a closed state when gas detection is carried out, the gas flow direction is ensured to be detected by the sampling pipe 28, and the management and control valve 27 on the surface of the gas pipe 21 can be opened when secondary filtration is needed.

Furthermore, the sampling detection part comprises a detection pipe frame 29 and a pipe joint 19, the detection pipe frame 29 is installed at the top end of the main detection part 25, the detection pipe frame 29 is actually the only pipeline of the internal channel of the main detection part 25 for gas input, one end of the sampling detection pipe 28 is connected with the side surface of the detection pipe frame 29, how many multistage treatment cylinders 24 need how many sampling detection pipes 28, the pumped gas can enter the main detection part 25 through the detection pipe frame 29 for use, the pipe joint 19 is installed at the top end of the detection pipe frame 29, and the pipe joint 19 is a socket rubber sleeve with an upward opening.

Further, a pressure gauge 18 is arranged on the surface of the air conveying pipe 21, close to the discharge pipe 17, on one side of the control valve 27, the pressure gauge 18 can actually detect the pressure condition generated by the output air of the air conveying pipe 21, the actual automatic operation is facilitated, the control part 11 is arranged on the surface of the processing box 9, the control part 11 can be selected from a common controller or a direct digital display control screen and the like, and a control circuit is arranged inside the control part, so that the whole processor can be electrically controlled.

Further, an access cover 12 is installed on the top end of the access cylinder 7, the access cover 12 can be opened, the inside of the processing box 9 is overhauled by means of an internal channel of the access cylinder 7, an auxiliary detection part 20 is detachably installed in the access cylinder 7, the auxiliary detection part 20 can be used according to actual conditions, particularly under the condition that the main detection part 25 lacks corresponding detection functions, some special gas detection parts which can be selected under specific conditions actually can be used, such as a residual chlorine detector and the like, the bottom end of the auxiliary detection part 20 is connected with the top end of the pipe joint 19, bearing effect is realized, and under the condition that the main detection part 25 of the gas circulation box to be detected is convenient to carry to the auxiliary detection part 20 for detection.

Further, the treatment box 9 one side surface mounting who injects the gas pipe 13 top has stores pylon 4, has an upper and lower draw-in groove structure on the stores pylon 4, and the opposite side surface mounting who handles box 9 has draw bar 8, and draw bar 8 is actually connected with outside moving part, like car head etc. can realize the linkage effect, and the pulling force is applyed to the external equipment of being convenient for, drives this treater and transports the operation.

Furthermore, the input end of the suction fan 1 is provided with a collection hose 3 which is a folding pipe fitting, telescopic and large in length, the input end of the collection hose 3 is provided with a gas collecting hood 2, and the gas collecting hood 2 can face the part needing odor suction, such as the position of the mouth of a hospital sewage treatment tank, so that the gas can be directly collected and sucked.

Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described in the foregoing embodiments, or equivalents may be substituted for elements thereof. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (9)

1. The utility model provides a movable field station foul smell automated processor, includes base (10), installs the walking wheel in base (10) bottom and installs processing case (9) on base (10) top, its characterized in that: the internally mounted of handling case (9) has detection chamber (22), the internally mounted that detects chamber (22) has power detection part, the processing case (9) internally mounted that detects chamber (22) one side has primary treatment section of thick bamboo (16), the processing case (9) inside of primary treatment section of thick bamboo (16) one side is installed a multistage processing section of thick bamboo (24) at least, odor treatment mechanism is all installed to the inside of multistage processing section of thick bamboo (24) and primary treatment section of thick bamboo (16), discharge pipe (17) are installed on the top of multistage processing section of thick bamboo (24) and primary treatment section of thick bamboo (16), and install the management and control mechanism between multistage processing section of thick bamboo (24) and primary treatment section of thick bamboo (16), install the spot check part between management and control mechanism and the power detection part, base (10) top surface mounting of handling case (9) one side has suction fan (1), gas injection pipe (13) are installed to the output of suction fan (1), and inside gas injection pipe (13) extended to primary treatment section of thick bamboo (16), the detachable top of handling case (9) installs top cap (5), overhaul section of thick bamboo (7) are installed on the top of top cap (5), exhaust stack (6) are installed on top cap (5) top in the overhaul section of thick bamboo (7) outside, and exhaust stack (6) bottom is connected with the top of delivery pipe (17).

2. The mobile station odor automation processor of claim 1, characterized in that: the power supply detection part comprises a main detection part (25) and a standby power supply (26), the main detection part (25) is installed in the detection cavity (22), and the standby power supply (26) is installed in the detection cavity (22) below the main detection part (25).

3. The mobile station odor automation processor of claim 1, characterized in that: odor treatment mechanism includes that explosion-proof sieve (14) and filtration fill rack (15), and explosion-proof sieve (14) are installed respectively inside a multistage processing section of thick bamboo (24) and primary treatment section of thick bamboo (16), and inside a multistage processing section of thick bamboo (24) inside and primary treatment section of thick bamboo (16) of installing above explosion-proof sieve (14) are filled in filtration rack (15), and inside edulcoration filling rack (23) all installed with primary treatment section of thick bamboo (16) inside multistage processing section of thick bamboo (24) of filling rack (15) top is filtered.

4. The mobile station odor automation processor of claim 2, characterized in that: management and control mechanism includes air pipe (21) and selective examination pipe (28), and the side surface at emission pipe (17) is installed in air pipe (21), and air pipe (21) extend to the inside bottom of neighbouring multistage processing section of thick bamboo (24), and selective examination pipe (28) are installed on the surface of air pipe (21), and selective examination pipe (28) and air pipe (21) junction, emission pipe (17) surface and air pipe (21) surface of air pipe (21) and emission pipe (17) junction both sides all install management and control valve (27).

5. The mobile station odor automation processor of claim 4, characterized in that: the selective examination part comprises a detection pipe frame (29) and a pipe joint (19), the detection pipe frame (29) is installed at the top end of the main detection part (25), one end of the selective examination pipe (28) is connected with the side surface of the detection pipe frame (29), and the pipe joint (19) is installed at the top end of the detection pipe frame (29).

6. The mobile station odor automation processor of claim 4, characterized in that: the surface mounting of pipe (21) that management and control valve (27) one side is close to discharge pipe (17) has manometer (18), and handles the surface mounting of case (9) and have control (11).

7. The mobile station odor automation processor of claim 1, characterized in that: an access cover (12) is installed on the top end of the access cylinder (7), an auxiliary detection component (20) is detachably installed inside the access cylinder (7), and the bottom end of the auxiliary detection component (20) is connected with the top end of the pipe joint (19).

8. The mobile station odor automation processor of claim 1, characterized in that: the surface mounting of one side of processing case (9) above gas injection pipe (13) has stores pylon (4), and handles opposite side surface mounting of case (9) and have draw bar frame (8).

9. The mobile station odor automation processor of claim 1, characterized in that: the input end of the suction fan (1) is provided with a collection hose (3), and the input end of the collection hose (3) is provided with a gas-collecting hood (2).

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