CN106563144A - An intelligent type deodorizing and cleaning machine for a refuse transfer station - Google Patents

Abstract

An intelligent type deodorizing and cleaning machine for a refuse transfer station is provided. The deodorizing and cleaning machine includes an ozone generator, an efficient flow mixer and an intelligent injector. Air is adopted as a raw material of the ozone generator, and oxygen in the air is separated, purified and converted through high-pressure ionization into high-purity ozone gas. The efficient flow mixer is used for pressurizing and fully mixing the ozone gas and tap water to obtain an aqueous solution of the high-purity ozone gas. The intelligent injector is used for monitoring an odor generating source in real time, injects the aqueous solution of the high-purity ozone gas, in a gas form and a liquid form, to the odor generating refuse pollution source and air polluted by the odor in a transient response manner, and intelligently regulates concentrations, spraying and injecting manners, reaction time, periods, and the like of the gas form aqueous solution of the high-purity ozone gas and the liquid form aqueous solution of the high-purity ozone gas according to odor conditions so as to achieve an optimum reaction state. The deodorizing and cleaning machine is characterized in that the pollution source is removed fundamentally, the root of a problem and symptoms are treated synchronously, implementation is convenient, a running cost is low, investment is low and production of desired effects is rapid.

Description

Intellectual refuse transfer station deodorization clearing machine

Technical field

The present invention relates to the deodorization, sterilization, sterilization, purification to town dweller's domestic waste transfer station, more particularly to intellectual Refuse transfer station deodorization clearing machine.

Background technology

The function of town dweller's domestic waste transfer station is the rubbish of the domestic waste collection point that will be distributed in residential communities, is concentrated on Together, be compressed to refuse transfer box, be transported to refuse landfill, because rubbish rot produce odor pollution air, formed stench Disturb residents, house refuse and its sewage can also directly pollute surrounding facility in collection, compression, loading, transport process.

At present, existing refuse transfer station substantially with open wide and partly open wide as primary structure, be not equipped with special deodorization, sterilization, Sterilization, purification facility, are only simply rinsed with tap water to the place polluted by rubbish and facility, and rubbish stench both comes From sewage and rinse institute that in the place and facility polluted by rubbish produced by rubbish itself, is come from again, rubbish itself is produced The sewage of formation, is also the important source of stench generation.

The refuse transfer station of concentration is compared in some residential communities, dissipates to prevent foul smell from overflowing, and refuse transfer station is made into confined chamber, Indoor suspension blower fan simultaneously connects inlet scoop, makes indoor formation negative pressure state, installs air curtain blowing on doorway and foul smell is enclosed in into room It is interior, indoor stench is sucked by inlet scoop with air gas mixture, and do not affect the turnover of Working vehicle and operator, foul smell Jing Pipeline is collected and is irradiated or be passed through ozone gas decomposition odorant in purification cabinet with ultraviolet beam, then passes through gas Exhaust duct is discharged outdoor；Separately have chemical agents such as simple ozone gas, ozone water solution or odor masking agents by a definite proportion Example is dissolved in water, and mixed liquor is pipelined to into shower nozzle using flow pump, sprays indoors to cover stench with atomised form Abnormal smells from the patient.

The defect of above prior art is：For the purpose of in passive manner, the pollution for producing foul gass is not inherently eliminated Source, equipment investment is big, needs special messenger's operation and continuous operation, safeguards complicated, builds high with operating cost；Some are used The mode of chemical agent, dosing is big, and the safety of odor masking agent itself and dosage are affected by the anthropic factor of operator It is larger, or even secondary pollution is brought, do not reach regulation effect.

The content of the invention

The technical problem to be solved in the present invention is：For town dweller's domestic waste transfer station eliminate stench have concurrently sterilization, sterilization, A kind of intellectual refuse transfer station deodorization clearing machine is developed in purification.

The present invention solves the technical problem and employs the following technical solutions to realize：

Intellectual refuse transfer station deodorization clearing machine is made up of ozonator, high-efficiency mixed flow device, intelligent ejector, and ozone occurs Device makees raw material with air, and the high two pieces of jade put together ionization of the oxygen separation in air, purification and Jing is converted into into high-purity ozone gas, efficiently mixed Stream device is used for ozone gas and tap water pressurization, is sufficiently mixed into highly purified ozone water solution, and intelligent ejector is used for disliking The source of smelly generation carries out real-time monitoring, transient response by highly purified ozone water solution with two kinds of forms of gaseous state and liquid spray to It is intelligent according to the situation of stench in the refuse pollution source for forming stench and the air polluted by stench, and with default program Regulate and control concentration, sprinkling and spray regime, reaction duration, cycle of two kinds of form ozone water solutions of gaseous state and liquid etc., Reach optimum response state.

The technical program is realized in its function：

Air is pressurized, purification and after purifying, and into molecular sieve filtration pure oxygen is gone out, and through high pressure ionization chamber height is produced Purity ozone gas, carry out gas and water pressurization and are sufficiently mixed with circulating together with tap water into high-efficiency mixed flow device, are formed pure Ozone water solution, enter back into intelligent ejector, the odorant sensor in intelligent ejector is detectd in real time to surrounding air Survey, in the presence of air foul smelling material is measured, start gasification shower nozzle, ozone water solution is sprayed to into contaminated air with gaseous state In, until odorant is eliminated by reaction completely, meanwhile, the intelligent control valve in intelligent ejector provides high pressure to spray gun is rinsed Ozone water solution beam, for the position injection liquid of the sewage produced by the installations and facilities that polluted to rubbish and by rubbish and rubbish State ozone water solution, synchronously completes air, the deodorization of sewage and solid refuse polluter, sterilization, sterilization, purification；In intelligence Control system in ejector, is preset with intelligent control program, maintains whole system both can transport with unattended condition intelligentization OK, artificial control operation can be carried out with manual operator scheme again.

Compared with the existing technology compared with the method have technical effect that：The root produced for odorant carries out intelligentized reality When tracking, monitoring, according to the state of monitored odorant, by ozone water solution with the two kinds of forms injections of gaseous state and liquid To the source point of odor pollution material produced by air, sewage and solid refuse, simple ozone gas and ozone water solution are solved Deficiency, operation scene need not isolate, and blow-by space reaches and is inherently eliminated polluter, mark, the mesh of this synchronization improvement 's.

Antozone ion is mixed to form the medium mixed with odorant molecule with hydroxyl ion in ozone water solution, more smelly than simple Carrier of oxygen has the ability of higher Quick Oxidation reduction reaction, and the double effectses to removing odorant and sterilizing have strongly Multiplication, product is water, carbon dioxide, and reaction does not produce harmful substance residual, without secondary pollution；Gaseous ozone Aqueous solution has bigger contact and hybrid reaction specific surface area, Large ratio surface active oxygen atom and hydrogen than simple ozone water solution Oxygen radical ion synergism, is sufficiently mixed, mixes with odorant molecule, response speed faster, deodorization, sterilization, sterilization, Purification is synchronous to be carried out, in hgher efficiency.

Description of the drawings

Fig. 1 is a kind of overall outer front view of embodiment of the present invention.

Fig. 2 is a kind of overall outer left front axonometric drawing of embodiment of the present invention.

Fig. 3 is a kind of component relationship front view of embodiment inside each several part correspondence position of the present invention.

Fig. 4 is a kind of component relationship left front axonometric drawing of embodiment inside each several part correspondence position of the present invention.

Fig. 5 is a kind of embodiment overall outer right back axonometric drawing of the present invention.

Fig. 6 is a kind of component relationship left view profile of embodiment inside each several part correspondence position of the present invention.

Fig. 7 is a kind of right pseudosection of component relationship of embodiment inside each several part correspondence position of the present invention.

Fig. 8 is that axonometric drawing is looked up in a kind of general internal left front bottom of embodiment of the present invention.

In figure：1 is ozonator, and 2 is high-efficiency mixed flow device, and 3 is intelligent ejector, and 4 is air side inlet, and 5 is empty Gas bottom surface entrance, 6 is air compressor, and 7 is the air inlet of air compressor, and 8 is blowpipe, and 9 is that condensation is dry Dry device, 10 is the condensed gas transfer tube of condensate dryer, and 11 is gas and water separator, and 12 is gases at high pressure compressed pipe, 13 It is drain pipe, 14 is selecting type molecular sieve, 15 is pure oxygen compressed pipe, 16 is gas pressure regulating valve, 17 is high pressure ionization chamber, 18 It is high-pressure ozone pipe, 19 is Anticountra flow accumulator, and 20 is non-return electromagnetic valve, and 21 is ozone gas mozzle, and 22 is air-liquid Mixing valve, 23 is tap water access port, and 24 is tap water delivery pipe, and 25 is that, into water normally closed solenoid valve, 26 is storage tank, 27 It is mixed flow water pipe, 28 is ozone water solution mozzle, and 29 is air-liquid mixing pump, and 30 is three-way magnetic valve, and 31 is that spray gun is defeated Water pipe, 32 is spray gun, and 33 is ozone water solution return duct, and 34 is liquid pressure regulator valve, and 35 is intelligent reversing valve, and 36 is backflow Circulation pipe, 37 is sprinkler pressure pipe, and 38 is shower nozzle, and 39 is main body, and 40 is control system, and 41 is main control panel, and 42 are Digital display screen, 43 is display window, and 44 is tape light button, and 45 is top panel, and 46 is lower panel, and 47 is residual cake valve, 48 is drain valve, and 49 is castor, and 50 is chassis backplane, and 51 is the radiator of air compressor, and 52 is condensate dryer radiating Device, 53 is external monitor, and 54 is voice answer back, and 55 is foul gass sensor, and 56 is infrared sensor, and 57 is several According to cable, 58 is main power inlet wire and its plug, and 59 is AC fuse, and 60 is earth leakage protective device, and 61 is ac contactor Device, 62 is Intelligent liquid level controller, and 63 is master control circuit plate, and 64 is high voltage package wiring board, and 65 is Switching Power Supply, and 66 is liquid Level sensor, 67 is built-in monitoring device, and 68 is cooling water tank, and 69 is cooling water mozzle, and 70 is cooling water return duct, 71 It is cooling water pump.

Specific embodiment

It is described in further detail below in conjunction with the embodiment shown in accompanying drawing.

As shown in Figures 1 to 8 be a kind of intellectual refuse transfer station deodorization clearing machine in the embodiment of the present invention, Fig. 1 and Tu 2 overall compositions for representing the embodiment of the present invention are made up of ozonator 1, high-efficiency mixed flow device 2, intelligent ejector 3, its In：

Ozonator 1 by air side inlet 4, air bottom surface entrance 5, air compressor 6, blowpipe 8, Condensate dryer 9, condensed gas transfer tube 10, gas and water separator 11, gases at high pressure compressed pipe 12, drain pipe 13, choosing Select formula molecular sieve 14, pure oxygen compressed pipe 15, gas pressure regulating valve 16, high pressure ionization chamber 17, high-pressure ozone pipe 18, Anticountra flow Accumulator 19, non-return electromagnetic valve 20 are constituted, wherein, air compressor 6, condensate dryer 9, gas and water separator 11, choosing Select the function that formula molecular sieve 14, high pressure ionization chamber 17, Anticountra flow accumulator 19, non-return electromagnetic valve 20 are ozonators 1 Unit.

High-efficiency mixed flow device 2 is by ozone gas mozzle 21, air-liquid mixing valve 22, the conveying of tap water access port 23, tap water Pipe 24, normally closed solenoid valve 25, storage tank 26, mixed flow water pipe 27, ozone water solution mozzle 28, air-liquid mixing pump 29, Three-way magnetic valve 30, ozone water solution return duct 33, liquid pressure regulator valve 34 are constituted, wherein, it is air-liquid mixing valve 22, normally closed Electromagnetic valve 25, storage tank 26, air-liquid mixing pump 29, three-way magnetic valve 30 are the functional units of high-efficiency mixed flow device 2.

Intelligent ejector 3 is by spray gun water-supply-pipe 31, spray gun 32, intelligent reversing valve 35, reflux cycle pipe 36, sprinkler pressure pipe 37th, shower nozzle 38, main body 39 and control system 40 are constituted, wherein, main body 39 by cabinet, top panel 45, lower panel 46, Residual cake valve 47, drain valve 48, castor 49, the radiator 51 of chassis backplane 50, air compressor, condensate dryer radiator 52nd, upper bottom and lower bottom cover are constituted.

Control system 40 is by main control panel 41, digital display screen 42, display window 43, tape light button 44, external monitoring Device 53, voice answer back 54, foul gass sensor 55, infrared sensor 56, data cable 57, main power inlet wire and Its plug 58, AC fuse 59, earth leakage protective device 60, A.C. contactor 61, Intelligent liquid level controller 62, master control circuit Plate 63, high voltage package wiring board 64, Switching Power Supply 65, liquid level sensor 66, built-in monitoring device 67, manipulation wiring board, master control Chip, voice module, near, remote interface and program module composition.

Wherein, spray gun 32, intelligent reversing valve 35, shower nozzle 38 are the functional units of intelligent ejector 3.

As Fig. 3 to Fig. 8 represents the technological process of each ingredient operation of the embodiment of the present invention, wherein, ozonator 1 is transported Capable technological process is：

Air is entered inside machine by air side inlet 4 and air bottom surface entrance 5, and air compressor 6 is through air compressor Air inlet 7 draw air in it and be compressed, provide power for air, air is converted into into pressure high temperature hot gas, pass through Blowpipe 8 enters into the inside of condensate dryer 9, after condensate dryer radiator 52 is lowered the temperature, by condensing Gas delivery tube 10 is transported in gas and water separator 11, filters out moisture contained therein, become it is dry, with certain The oxygen-containing gas of pressure, is transported in selecting type molecular sieve 14, through selecting type molecular sieve through gases at high pressure compressed pipe 12 14 absorption and filtration, purify out pure oxygen, contained moisture and the other impurities gas in addition to oxygen in air, Emitted by drain pipe 13 and molecular sieve relief tube；Pure oxygen has certain pressure, through pure oxygen compressed pipe 15, Gas pressure regulating valve 16 is entered into and ionized by glow discharge in high pressure ionization chamber 17, forms the ozone gas of high level, is stored in In high-pressure ozone pipe 18, Anticountra flow accumulator 19 and non-return electromagnetic valve 20.

Wherein, in ozonator 1, air side inlet 4 and air bottom surface entrance 5 arrange primary coarse filtration filter screen or mistake Reseau hinders, for impurity larger in entrapped air, while and can play prevents insecticide from entering in machine, although not marking in figure Illustrate and, but do not affect the core of the technical program.

Air compressor 6 both can be piston compressor, or screw compressor or electromagnetic pulse formula compressor and Axial-flow type pressure fan, represented by this example is piston compressor.

Condensate dryer 9 both can be the form, or the compressor with cold-producing medium that blower fan is combined with cooling tube, this example Represented is the form that blower fan is combined with cooling tube.

Gas and water separator 11 both can be the form of the form, or two-stage of independent one-level or plural serial stage, this Represented by example is the form of two-stage series connection.

Selecting type molecular sieve 14 both can be the independent alternate single-group type of two posts, or multicolumn, multigroup alternative expression, this Represented by example is the independent alternate single-group type of two posts.

Gas pressure regulating valve 16 both can be the independent pressure regulating valve shown with scale, can be again the effusion meter of adjustable flow, Can also be the pressure regulation flow valve of numerical monitor, represented by this example is the effusion meter of adjustable flow.

High pressure ionization chamber 17 both can be air-cooled potsherd or water-cooled, or pipe type water cold type, represented by this example It is pipe type water cold type.

Anticountra flow accumulator 19 and non-return electromagnetic valve 20 both can only arrange one of them, it is also possible to while arranging, this example institute What is represented is to arrange simultaneously.

Condensate dryer 9, gas and water separator 11, selecting type molecular sieve 14, gas pressure regulating valve 16 and selecting type molecular sieve 14 Both can each be independently arranged, be coupled together by pipeline, an entirety can be combined into again, become oxygen production unit, this example Represented is each to be independently arranged, the setting coupled together by pipeline.

Each ingredient of ozonator 1, both can be set to each independent unit, again can be complete by above all of component Portion combines, and becomes independent ozonator, and represented by this example is the setting of each independent unit of each component.

What is need to stressed is：Using air as raw material, it is enforcement of the present invention to produce pure ozone gas after purification, purification The core of the technological process of ozonator 1 in example, because of being independently arranged or by the unit group being each independently arranged for each component units It is combined, is identical with the technological core of the present embodiment so as to cause the difference of concrete shape, is that ozone is sent out in the present invention The equivalent of raw device 1.

Fig. 6, Fig. 7 and Fig. 8 indicate the technological process of high-efficiency mixed flow device 2, and its running is：

Ozone gas by produced by ozonator 1 are entered in air-liquid mixing valve 22 through ozone gas mozzle 21, Synchronous, the left and right sides outside machine is provided with tap water access port 23, and tap water is entered into by tap water access port 23 In tap water delivery pipe 24, enter in storage tank 26 through normally closed solenoid valve 25, gas-liquid mixed is imported to by mixed flow water pipe 27 In valve 22, ozone gas and tap water are carried out with mixed flow through Gas-liquid mixing valve 22, form the primary ozone that ozone mixes with water Aqueous solution, then enter in air-liquid mixing pump 29 through ozone water solution mozzle 28 and carry out further pressurization and fully mixed After conjunction, through three-way magnetic valve 30, fed back in storage tank 26 by ozone water solution return duct 33 and liquid pressure regulator valve 34, It is circulated, completes a mixed flow cycle, so as to, the ozone water solution of high concentration is formed, storage tank 26 is both as tap water Storage container, is again the mixed flow container that ozone gas and tap water are carried out further mixing.

In high-efficiency mixed flow device 2, the backflow of air-liquid mixing valve 22, storage tank 26, air-liquid mixing pump 29 and ozone water solution Pipe 33 and liquid pressure regulator valve 34 are the settings being each independently of the others, and are connected by pipeline；Air-liquid mixing valve 22 with Air-liquid mixing pump 29 be all it is independent be arranged on outside storage tank 26, storage tank 26 is arranged to unpressurized open.

Other two schemes, one kind is that air-liquid mixing valve 22, storage tank 26, air-liquid mixing pump 29 and ozone water solution are returned Flow tube 33 and liquid pressure regulator valve 34 are the settings being each independently of the others, and are connected by pipeline；Air-liquid mixing valve 22 With air-liquid mixing pump 29 be all it is independent be arranged on outside storage tank 26, storage tank 26 is arranged to into enclosed pressure resistant vessel, Produce the ozone water solution of the in hgher efficiency and higher concentration of gas and water mixing.

Another kind of scheme is by air-liquid mixing valve 22, storage tank 26, air-liquid mixing pump 29 and ozone water solution return duct 33 And liquid pressure regulator valve 34 is combined into one, become independent high-efficiency mixed flow device, storage tank 26 both can be arranged to unpressurized It is open, enclosed pressure resistant vessel can be arranged to again.

What is need to stressed is：Gas and the core that the high efficient mixed of water is the technological process of high-efficiency mixed flow device 2 in the embodiment of the present invention The heart, either each component units be independently arranged scheme, or the plan of establishment combined, or because of each component units Be independently arranged or combine the unit being each independently arranged, cause the difference of the concrete shape of high-efficiency mixed flow device 2, with this The technological core of embodiment is identical, is the equivalent of high-efficiency mixed flow device 2 in the present invention.

As Fig. 1 to Fig. 3 represents the technological process of intelligent ejector 3 in the embodiment of the present invention, its running is：

On the one hand, ozone water solution enters into spray gun 32 by spray gun water-supply-pipe 31, and automatic normally closed switch is provided with spray gun 32, Make spray gun 32 have been at normally off, when needing to carry out strong flushing to target, by the alignment target of spray gun 32, press spray Normally closed switch on rifle 32, the high-concentrated ozone aqueous solution with certain pressure sprays to target with water pencil from spray gun 32, by behaviour Needed for author, the strong flushing to target and synchronous deodorization, sterilization, the chemical reaction of sterilization are completed.

On the other hand, intelligent reversing valve 35 is arranged to the structure of one-in-and-two-out, inlet side and ozone water solution return duct 33 and liquid Body pressure regulator valve 34 is communicated, and two go out in end, and one of them is connected with reflux cycle pipe 36, another and the phase of sprinkler pressure pipe 37 Even, in the inside of intelligent reversing valve 35, be provided with pressure balance sensor, can according to inlet side and two different pressures for going out end, The switching liquid flow path direction of intelligence, when needing to carry out target deodorization, sterilization, sterilization, the one end being connected with sprinkler pressure pipe 37 Open, the high-concentrated ozone aqueous solution with certain pressure enters into shower nozzle 38, increases through shower nozzle 38 through sprinkler pressure pipe 37 Pressure, with gaseous state ejection, the one end being connected with reflux cycle pipe 36 is now in closed mode；Need to remove target when improper When smelly, sterilization, sterilization, the one end being connected with reflux cycle pipe 36 is opened, and high-concentrated ozone aqueous solution is through reflux cycle pipe 36 enter the air-liquid mixed flow circulation that next cycle is participated in storage tank 26, now, the one end being connected with sprinkler pressure pipe 37 It is closed.

It is spray gun 32 and shower nozzle pressure to another kind of regulation and control scheme of the spray regime of spray gun 32 and shower nozzle 38 in intelligent ejector 3 Solenoid 37 is connected, and accordingly, shower nozzle 38 is connected with spray gun water-supply-pipe 31, can equally realize intelligent commutation, will be highly concentrated Degree ozone water solution with the purpose of gaseous state and the sprinkling of liquid two ways and injection, either any scheme, all accomplish spray gun 32, Open and close are each independently of the others between shower nozzle 38, reflux cycle pipe 36 this three.

The function of spray gun 32 is to produce high pressure and high speed ozone water solution jet beam, forms the kinetic energy to target strong flushing, its mouth Portion's normal pressure is that more than 250 handkerchiefs, jet beam initial velocity is that more than 30 meter per seconds, flow is less than 8 liters/min, automatic normally closed switch The torque of unlatching is less than 1 N of rice.

The function of shower nozzle 38 is to produce negative high voltage, for the high-concentrated ozone aqueous solution that gasifies, the high concentration under multiple jets effect Ozone water solution further obtains kinetic energy, and severe impact occurs with air and odorant, becomes particle diameter in 1um～10um high energy Level particle, specific surface area press the expansion of geometry level, effective diffusion of the formation to object space, fully mix with odorant molecule and Reaction, its oral area negative pressure is that more than 500 handkerchiefs, flow is less than 0.6 liter/min.

The quantity of shower nozzle 38, position, determine according to the concrete condition of waste transportation website, in 250 cubes of space, cloth 4～5 groups are put, highly at 2 meters or so, the refuse transfer station of a standard is comprising two 250 cubes of space, arrangement 8～10 Group.

In intelligent ejector 3, main body 39 and control system 40 constitute the topmost ingredient of machine, wherein, main body Cabinet, top panel 45 in 39, lower panel 46, residual cake valve 47, drain valve 48, castor 49, chassis backplane 50, air The radiator 51 of compressor, condensate dryer radiator 52, upper bottom and lower bottom cover group are organically combined, and form the present invention concrete The agent structure of embodiment；Main control panel 41, digital display screen 42, display window 43, tape light are pressed in control system 40 Key 44, external monitor 53, voice answer back 54, foul gass sensor 55, infrared sensor 56, data cable 57, Main power inlet wire and its plug 58, AC fuse 59, earth leakage protective device 60, A.C. contactor 61, Intelligent liquid level controller 62nd, master control circuit plate 63, high voltage package wiring board 64, Switching Power Supply 65, liquid level sensor 66, built-in monitoring device 67, manipulation The organic assembling of wiring board, main control chip, voice module, near, remote interface and program module, forms the present invention and is embodied as The basic control system of example.

Meanwhile, in intelligent ejector 3, main body 39 and each ingredient of control system 40 and ozonator 1 and high-efficiency mixed flow The organic assembling of valve 2, constitutes the technological core of the present invention, indicated situation in all views, only reality of the invention The one kind in example is applied, on the basis of this thinking, the simple of the simple change and quantity to local shape is added up, it is impossible to which it is right to constitute The breakthrough of technical solution of the present invention and its protection domain.

What is need to stressed is：Combination of the intelligent ejector 3 with ozonator 1 and the three of high-efficiency mixed flow device 2 in structure be In line with route it is most short, the pressure loss is minimum, the mentality of designing that material-saving, flow process are most simplified is optimized combination, therefore, it is right Whole machine or the wherein simple plus-minus of the simple change of local component units shape and quantity, equally in protection scope of the present invention Within.

For example：In Fig. 6, Fig. 7 and Fig. 8, cooling water tank 68 and storage tank 26 are combined into one formula, liquid level sensor 66 Situation to liquid level in storage tank 26, to the instantaneous sending signal of control system 40, from control system 40 to water inlet normally closed solenoid valve 25 instructions for sending open and close, tap water first as the cooling water to high pressure ionization chamber 17, by tap water access port 23, Entered in cooling water tank 68 by tap water delivery pipe 24, tap water is pumped into into cooling water mozzle 69 by cooling water pump 71 In, into high pressure ionization chamber 17, then returned in cooling water tank 68 by cooling water return duct 70, complete a circulating cooling week Phase.

The key being mutually combined between cooling water tank 68 and storage tank 26 and the three of liquid level sensor 66, is at storage tank 26 In periphery, cooling water tank 68 is inside storage tank 26, and the liquid level of cooling water tank 68 is less than the oral area of storage tank 26, high In the certain position of the liquid level of storage tank 26, formation allows cooling water tank 68 to carry out intelligentized benefit to storage tank 26 with overflow type Water, ensures that two kinds of liquid streams of different nature are separate again, is not to produce and mutually mixes, and this scheme ratio is arranged to two independent water The scheme of case, cost-effective more than one times.

In addition, cooling water tank 68 and storage tank 26 and the shape after the respective geometry of liquid level sensor 66, combination change Change can not affect the basic fundamental route of the technical program, it is illustrated that cooling water tank 68 and the profile of storage tank 26 be regular rectangular shape, Bottom is that inclination is angled, during facilitating subsequent user cleaning, safeguard, is discharged from residual cake valve 47, drain valve 48 useless Slag and waste liquid, castor 49 is that for convenience different user is easily carried in different occasions, therefore, even if water tank is arranged to Other possible shapes, can not exceed the scope of the technical program.

Control system 40 is preset with primary control program module in addition to hardware, in main control chip, is equipped with corresponding voice module and near, remote Journey FPDP, main control chip is arranged on master control borad 63；Main control panel 41, tape light button 44, external monitor 53rd, Intelligent liquid level controller 62, liquid level sensor 66, built-in monitoring device 67 are used for receive information, digital display screen 42, aobvious Show that window 43, voice answer back 54 are synchronous and make condition prompting, external monitor 53, built-in monitoring device 67 are passed respectively by foul gass Sensor 55, infrared sensor 56 are constituted；Main power inlet wire and its plug 58, AC fuse 59, earth leakage protective device 60, friendship Stream catalyst 61 to system provides electric power input and overvoltage protection, and Switching Power Supply 65 to master control borad 63 provides weak control source, high Briquetting wiring board 64 to high pressure ionization chamber 17 provides high voltage electric field.

Functional unit in ozonator 1 and high-efficiency mixed flow device 2, is all the performance element in primary control program, receive operation and Instruction out of service simultaneously feeds back corresponding signal.

It is intelligent mode that primary control program module has preset default mode, under intelligent mode, per standby certain time length, and startup optimization One delay number, within this period, shower nozzle 38 sprays gaseous ozone aqueous solution, completes a cycle.

In the standby phase in certain cycle, foul smelling material is deposited in external monitor 53 or built-in monitoring device 67 detect air When, instantaneously send information to control system, the instruction of holding state termination is sent by control system, ozonator 1 with it is high Effect flow mixing device 2 obtains operating instruction, and synchronous averaging operation, shower nozzle 38 sprays gaseous ozone aqueous solution and odorant Reaction is learned, until the disappearance of odorant molecule, external monitor 53 or the instantaneous feedback corresponding signal of built-in monitoring device 67, control System to ozonator 1 and high-efficiency mixed flow device 2 send instruction out of service, and each functional unit is out of service, returns to and treats Machine state, whole system enters default default mode state, now, restarts a new standby phase, if at this In whole durations of standby phase, occur without odorant, that is, external monitor 53 or built-in monitoring device 67 are detected now Field never has odorant to be present, and now, whole system is completed by default default mode automatic one delay number of operation In the cycle of one default default mode, into the standby phase of next cycle, move in circles, until external monitor 53 or When built-in monitoring device 67 detects live foul smelling material, the standby phase in the default default mode cycle just can terminate.

In the operation phase in certain cycle, when external monitor 53 or built-in monitoring device 67 detect foul smelling material, instantaneously Control system is sent information to, control system sends cumulative operating instruction, ozonator 1 and each function list of high-efficiency mixed flow device 2 Unit continues to run with, and shower nozzle 38 sprays gaseous ozone aqueous solution and chemical reaction occurs with odorant, until odorant molecule disappears Mistake, external monitor 53 or the instantaneous feedback corresponding signal of built-in monitoring device 67, control system to ozonator 1 is mixed with efficient Stream device 2 sends instruction out of service, and each functional unit is out of service, returns to holding state, and whole system enters default silent Recognize mode state, now, restart a new standby phase, if in whole durations of this standby phase, do not had Odorant occurs, that is, external monitor 53 or built-in monitoring device 67 scene of detecting never has odorant and exists, this When, whole system runs a delay number by default default mode automatic, completes the cycle of a default default mode, enters Enter the standby phase of next cycle, move in circles, have evil until external monitor 53 or built-in monitoring device 67 detect scene During sordes matter, the standby phase in the default default mode cycle just can terminate.

Main control panel 41, the compositional model transition interface of tape light button 44, for realizing human-computer exchange, make system in intelligence Can between pattern and manual mode the cycle length of any switching laws and setting different mode and under intelligent mode standby time and Operation delay adjustment.Digital display screen 42, the synchronous display system state parameter of display window 43, voice answer back 54 is synchronous to be carried Show system status.

As described above, standby and startup optimization is the sprinkling of shower nozzle 38 and sprinkling stopping, spray gun 32 is constantly in normally off, When needing to be rinsed operation to target, the normally closed switch on spray gun 32 is pressed, spray gun 32 just can start, and eject high pressure High-concentrated ozone aqueous solution beam, now, the state of shower nozzle 38 has two kinds of selections, and one is shower nozzle 38 by default intelligent mode shape State is standby and startup optimization, and two is that shower nozzle 38 enters manual mode state, runs simultaneously with spray gun 32 or runs in spray gun 32 Stage is in holding state；Both patterns are in patten transformation interface any switching laws and setting.

In addition, in external monitor 53 and built-in monitoring device 67, infrared sensor 56 is respectively arranged with, within 3 meters Scope, detecting has in the presence of human body, and under intelligent mode, the holding state time delay that can add up is left to human body, startup optimization shape State can instantaneously be automatically shifted to holding state, after human body leaves, under automatically restoring to intelligent mode；Spray gun 32 runs shape State is set to first preferentially, and shower nozzle 38 is changed to holding state and is set to second preferentially, red when spray gun 32 is in the operation phase Outer sensor 56 detects the scope within 3 meters has human body to occur, shower nozzle 38 press intelligent mode it is standby or operation state will not Change, will not be automatically shifted to holding state, the holding state of shower nozzle 38 also will not add up time delay, until the end of run of spray gun 32 Afterwards, whole control system just can be automatically restored under intelligent mode.

Above-described is a kind of form in embodiments of the invention, is that the technical thought in order to represent the present invention is used, no Can constitute restriction to technical solution of the present invention, any simple change to the big constituting portion of the technical program three point local shape or The simple increase and decrease of quantity, is within the scope of the present invention.

Small lot batch manufacture has been carried out with the present embodiment, and the model machine to small lot batch manufacture is carried out in refuse transfer station entity erecting bed Field test, separate unit machine runs 10 minutes, odorant clearance more than 90%, erecting bed inside and outside atmospheric environment Quality reaches GB《GB14554-93 emission standard for odor pollutants》Require, whole machine unmanned continuously works, peak-peak 1.1 kilowatts of power/when, normal 0.8 kilowatt of power of operation/when, per 24 hours 0.65 kilowatt of power consumption, 232 liters of water consumption, Two indexs of power consumption and water consumption are the 1/2～1/3 of ordinary high pressure washer, and whole machine one-time investment volume is confined chamber mode 1/5～1/10, demonstrate technical solution of the present invention have it is convenient implement, operating cost it is low, small investment, the characteristics of instant effect.

Claims (10)

1. a kind of intellectual refuse transfer station deodorization clearing machine, is made up of, ozone ozonator, high-efficiency mixed flow device, intelligent ejector Generator makees raw material with air, and the oxygen separation in air, purification and Jing high pressure ionizations are converted into into high-purity ozone gas, High-efficiency mixed flow device is used for ozone gas and tap water pressurization, is sufficiently mixed into highly purified ozone water solution, intelligent ejector Source for producing to stench carries out real-time monitoring, and transient response is by highly purified ozone water solution with two kinds of gaseous state and liquid Form is sprayed in the air polluted to the refuse pollution source for forming stench and by stench, and according to the intelligent tune of situation of stench Concentration, sprinkling and spray regime, reaction duration, cycle of two kinds of form ozone water solutions of gaseous state and liquid etc. are controlled, Reach optimum response state.

2. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Ozonator is by air pressure Contracting machine, condensate dryer, gas and water separator, selecting type molecular sieve, high pressure ionization chamber, Anticountra flow accumulator, non-return electricity Magnet valve is constituted, each ingredient, both can be set to each independent unit, and integral type can be grouped together into again.

3. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：High-efficiency mixed flow device is by air-liquid Mixing valve, normally closed solenoid valve, storage tank, air-liquid mixing pump, three-way magnetic valve composition, each component units both can independently set Put, also may be combined together as integral type.

4. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Intelligent ejector by spray gun, Intelligent reversing valve, shower nozzle, main body and control system composition, it both may be used between ozonator and high-efficiency mixed flow device three It is arranged to each independent unit, an entirety can be grouped together into again.

5. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Air in ozonator Entrance can both arrange filter screen or filter barrier, for the impurity in entrapped air, prevent insecticide from entering inside machine, also may be used With without arranging；Air compressor both can be piston compressor, or screw compressor or electromagnetic pulse formula pressure Contracting machine and axial-flow type pressure fan；Condensate dryer both can be the form that blower fan is combined with cooling tube, or with system The compressor of cryogen；Gas and water separator both can be the form, or two-stage or plural serial stage of independent one-level Form；Selecting type molecular sieve both can be the independent alternate single-group type of two posts, or multicolumn, multigroup alternative expression；Gas Body pressure regulator valve both can be the independent pressure regulating valve shown with scale, can be again the effusion meter of adjustable flow, can be with It is the pressure regulation flow valve of numerical monitor；High pressure ionization chamber both can be air-cooled potsherd or water-cooled, or pipe-type water-cooling Formula；Anticountra flow accumulator and non-return electromagnetic valve both can only arrange one of them, it is also possible to while arranging.

6. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Condensation in ozonator Exsiccator, gas and water separator, selecting type molecular sieve, gas pressure regulating valve both can each be independently arranged, and be connected by pipeline, An entirety can be combined into again.

7. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Gas in high-efficiency mixed flow device, Liquor mixing valve, storage tank, air-liquid mixing pump and ozone water solution return duct and liquid pressure regulator valve be both combined into one, Can each be independently arranged again；Storage tank can both be arranged to unpressurized open, enclosed pressure-bearing can be arranged to again and be held Device；Cooling water tank and storage tank can both be arranged to two single water tanks, again can be by cooling water tank inside storage tank.

8. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Intelligence in intelligent ejector Reversal valve both can be connected with spray gun, can be connected with shower nozzle again；Spray gun is provided with normally closed switch is always at spray gun Normally off；Liquid flow path direction is regulated and controled by intelligent reversing valve between spray gun, shower nozzle, reflux cycle pipe three.

9. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Control in intelligent ejector Systemic presupposition has primary control program module, is equipped with corresponding voice module and near, teledata port；It is control panel, button, outer Monitor, Intelligent liquid level controller, liquid level sensor, built-in monitoring device are put for receive information, digital display screen, display Window, voice answer back synchronously make condition prompting.

10. intellectual refuse transfer station deodorization clearing machine according to claim 1, it is characterised in that：Preset in intelligent ejector Program module to have preset default mode be intelligent mode, under intelligent mode, startup optimization and it is standby be shower nozzle sprinkling with Sprinkling stops, and spray gun is constantly in normally off, and when needing to be rinsed operation to target, that presses on spray gun normally closed opens Close, spray gun just can start, shower nozzle enters manual mode state, spray gun running status be set to it is first preferential, shower nozzle change to Holding state is set to second preferentially, and both of which can be with any switching laws and setting.