CN211216148U - Intelligent garbage purifier - Google Patents

Abstract

The utility model discloses an intelligent garbage purifier, which comprises a front end, a background and a purifying module; the front end comprises a sensor and a controller, and the sensor is used for detecting the current odor concentration in real time; the background comprises a host, and when the current odor concentration exceeds a threshold odor concentration, an execution instruction is sent to the controller; the purification module is used for receiving and executing the execution instruction; wherein, the purification module comprises an ozone water solution generator, an ultrasonic atomizer and a nano cloud and mist disperser which are connected in sequence. Through the combination of the ozone aqueous solution generator, the ultrasonic atomizer and the nano cloud and mist disperser, the defects that the prior art is limited in a small range, cannot be used universally and can not be networked, atomized liquid drops of the ozone aqueous solution are too large to form spraying and spraying on an operation field, a large amount of water influences equipment and operators on the operation field, the operators cannot synchronously operate on the field, the water consumption is large, the cost is high, the equipment is complex, and the atomization effect is poor are solved.

Description

Intelligent garbage purifier

Technical Field

The utility model relates to a rubbish intelligence purifies technical field, especially relates to a rubbish intelligence clearing machine.

Background

Since the domestic garbage is formed, the domestic garbage is rotten and smells, toxic and harmful malodorous substances and bacteria and viruses are carried and generated by the domestic garbage, the environment is polluted and the odor disturbs people in the processes of storing, collecting, stacking, loading, transporting and disposing the domestic garbage, and the harm to people, animals, plants, crops and the environment is an inevitable natural law.

Throughout the world, all the outbreaks of various epidemic plagues are proved to be spread by domestic waste pollution, most typically the outbreaks of plague, Ebola hemorrhagic fever, SARS, mad cow disease, African swine fever, avian influenza and the like, wherein the African swine fever outbreak is proved to be mainly caused by the inducement of illegal kitchen garbage feeding to garbage pigs and illegal cooking oil production of bad merchants, and is banned, stricken and emphatically regulated by various governments at home and abroad.

From the source of domestic waste generation, such as household kitchens and toilets, public toilets, industrial and commercial places and public places, in the whole process of collection and treatment, the daily life of residents is generally polluted by the waste, most of densely populated cities such as Shenzhen and the like, a series of social problems are often caused by the stink of the domestic waste disturbing residents, the extreme events of group aggregation and nature collection are often generated around the waste transfer stations of communities with more concentrated residents, the owner often makes trouble in newly developed residential districts and floors, the construction of domestic waste stacking points and waste compression transfer stations is hindered, the relevant departments are forced to adopt temporary or transitional measures, the domestic waste concentration points of the communities are dispersed, the collection and transportation distances are prolonged, the scattered points are increased, the stacking and compression transfer difficulties are increased, supporting facilities and manpower cannot be kept up, the cost is increased, and a vicious circle is formed in the past, although some temporary or transitional measures play a certain role in relieving the strong appeal of local people, the treatment problem cannot be fundamentally solved due to the complexity and specificity of the domestic garbage disposal process and the lagging and limiting of the traditional pollution treatment technology.

The foul smell generated by the rotting of the garbage pollutes the air, and the domestic garbage and the sewage thereof can directly pollute the surrounding environment facilities in the processes of storage, collection, stacking, loading, transportation and disposal.

At present, in the whole process from formation to disposal of household garbage, no special industries of deodorization, disinfection, sterilization and purification are formed, sites and facilities polluted by the garbage are basically simply washed by water, the odor of the garbage comes from the garbage and the sites and facilities polluted by the garbage, and the sewage generated by the garbage and the sewage formed by washing are also important sources for generating the odor.

Chinese utility model patent application (publication No. CN106563144A, published Japanese 2017.04.19) discloses an intelligent garbage transfer station deodorization purifier, the treatment of odor pollution in this link of garbage transfer station is the most advanced technology at present, it specifically comprises ozone generator, high-efficiency flow mixer, intelligent sprayer, ozone generator uses air as raw materials, oxygen in the air is separated, purified and converted into high-purity ozone gas through high-pressure ionization, high-efficiency flow mixer is used for pressurizing ozone gas and tap water, fully mix into high-purity ozone aqueous solution, intelligent sprayer is used for carrying out real-time monitoring to the source that the odor produces, instantaneous response sprays high-purity ozone aqueous solution into the garbage pollution source that forms the odor and the air polluted by the odor in two forms of gas state and liquid state, and according to the situation of the odor intelligently regulate and control the concentration of the gaseous state and two forms of liquid ozone aqueous solution, Spraying and jetting modes, reaction duration time, reaction period and the like to achieve the optimal reaction state.

Still like chinese utility model patent application (publication No. CN105983326A, published japanese 2016.10.05) discloses a rubbish transfer station intelligent purification system, also to rubbish transfer station this link foul smell pollution treatment specifically by foul smell detecting unit, a control system, the ozone water atomizer, the targeting discharges the device and constitutes, carry out real-time detection tracking and send the signal to the control system by foul smell detecting unit to foul smell source point, control system carries out parameterization operation and sends the instruction to the ozone water atomizer according to the signal that detecting unit sent, the ozone water atomizer produces ozone water smoke and discharges to foul smell source point through the targeting discharges the device, gaseous corpuscle through ozone water solution high-energy level and foul smell material molecule rapid reaction get rid of the foul smell material and disinfect the disinfection, thereby reach intelligent purification's purpose.

Although the intelligent odor detection and targeted treatment in the prior art have achieved good technical effects. The following drawbacks still exist:

firstly, the prior art is only limited to the treatment of the odor pollution on the operation site in the link of the refuse transfer station, the treatment range is small, and a universal module is not established. And secondly, the intelligent household intelligent health-care system is not provided with the Internet of things, cannot be remotely operated and controlled, is not suitable for remote supervision, and cannot be interconnected and intercommunicated with the Internet of things of the intelligent household, the intelligent health-care community, the intelligent city management and the intelligent city. Thirdly, the ozone water solution atomization technology is not mature, atomized particles generated in a spraying mode have overlarge liquid drops to form spraying and spraying on an operation site, and a large amount of water influences the equipment operation and the normal operation of operators on the operation site, so that the operators cannot synchronously operate on the site in the purification operation process. Fourthly, the ozone water solution generating device is too complex, high in cost, noisy and poor in atomization effect.

SUMMERY OF THE UTILITY MODEL

An object of this application embodiment is to provide a rubbish intelligence clearing machine, through the combination of ozone aqueous solution generator, ultrasonic nebulizer and nanometer cloud and fog disperser, solve prior art ozone aqueous solution atomizing liquid drop too big formation and spray the operation scene, a large amount of moisture produces the influence to the equipment operation and the normal operation of operating personnel of operation scene, purify the operation in-process operating personnel can not be at the synchronous operation in scene, the water consumption is big, with high costs, the complicated defect of equipment and the not good defect of atomization effect.

In order to solve the technical problem, an embodiment of the present application provides an intelligent garbage purifier, which specifically adopts the following technical scheme:

an intelligent garbage purifier comprises a front end, a background and a purifying module;

the front end comprises a sensor and a controller, and the sensor is used for detecting the current odor concentration generated by the garbage in real time;

the background comprises a host which is respectively in communication connection with the sensor and the controller and is used for receiving the current odor concentration, comparing the current odor concentration with a preset threshold odor concentration, and sending an execution instruction to the controller when the current odor concentration exceeds the threshold odor concentration;

the purification module is in communication connection with the controller and is used for receiving and executing the execution instruction; wherein the content of the first and second substances,

the purification module comprises an ozone water solution generator, an ultrasonic atomizer and a nano cloud and mist disperser which are connected in sequence.

As an improvement of the intelligent garbage purifier provided by the utility model, the ozone water solution generator is a device for preparing ozone water solution by electrolyzing tap water with electrodes.

As the utility model provides an improvement of rubbish intelligence clearing machine, the front end still includes camera and memory, camera and memory communication connection, the camera is used for carrying out real-time video to rubbish purification operation scene and records, the data of recording of video preserve extremely the memory, the memory with host computer communication connection supplies the host computer visits.

As the utility model provides a rubbish intelligence clearing machine's an improvement, the camera is infrared camera.

As the utility model provides a rubbish intelligence clearing machine's an improvement, the sensor is the odor sensor.

As the utility model provides an improvement of rubbish intelligence clearing machine, threshold value smell concentration is human smell sense threshold value.

As the utility model provides an improvement of rubbish intelligence clearing machine, the purification module still includes the high pressure sprayer, its connection ozone aqueous solution generator.

As the utility model provides a rubbish intelligence clearing machine's an improvement, the host computer still communication connection has external clarification plant, external clarification plant is new trend unit, negative pressure collection system, scrubbing tower, photodissociation machine and draught fan, new trend unit is used for to rubbish workplace input fresh air, negative pressure collection system, scrubbing tower, photodissociation machine and draught fan connect gradually in order to carry out the foul gas collection that rubbish produced to discharge to outdoor after the two-stage purification through the pipeline.

As the utility model provides an improvement of rubbish intelligence clearing machine, the scrubbing tower is the alkali lye scrubbing tower.

As the utility model provides a rubbish intelligence clearing machine's an improvement, the photolysis machine is the ultraviolet photolysis machine.

Compared with the prior art, the embodiment of the application mainly has the following beneficial effects:

the utility model provides a pair of rubbish intelligence clearing machine, through the combination of ozone aqueous solution generator, ultrasonic nebulizer and nanometer cloud and fog disperser, it is too big to form to spray to the operation scene to solve prior art ozone aqueous solution atomized liquid drop, a large amount of moisture produces the influence to the equipment operation and the normal operation of operating personnel of operation scene, purify operation in-process operating personnel can not be at on-the-spot synchronous operation, the water consumption is big, with high costs, the defect that equipment is complicated and the not good defect of atomization effect.

Therefore, the technical scheme of the utility model is not limited to the treatment of the odor pollution on the operation site in the process of garbage transfer, but the single machines of the standard module can be used in a small range of occasions from the source points of domestic garbage production, such as family kitchens and toilets, public toilets, industrial and commercial places and public places, to the whole process of collection and disposal, and the single machines in different places can be networked according to the local area; and the single machine of the standard module can be cooperatively linked with peripheral multi-stage purification equipment systems such as a negative pressure absorption purification system, a fresh air supply system, photolysis purification and the like, so that the synchronous radical treatment of the inside and the outside of a large-range operation site is realized.

Drawings

In order to more clearly illustrate the solution of the present application, the drawings needed for describing the embodiments of the present application will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present application, and that other drawings can be obtained by those skilled in the art without inventive effort.

Fig. 1 is an external structure view of an embodiment of the intelligent garbage purifier of the present invention;

fig. 2 is an internal structure diagram of an embodiment of the intelligent garbage purifier of the present invention;

FIG. 3 is a diagram showing the relationship between the positions of the garbage intelligent cleaning machine and the peripheral multi-stage cleaning device cooperating with the system to form a LAN according to another embodiment of the present invention;

fig. 4 is a schematic block diagram of an embodiment of the intelligent garbage purification monitoring and management system of the present invention;

fig. 5 is a schematic block diagram of an intelligent garbage purification monitoring and management system according to another embodiment of the present invention.

In the figure, 100 is a purifier, 101 is a sensor, 102 is a camera, 103 is a memory, 104 is a controller, 105 is a host, 106 is a wireless router, 107 is a host control end, 108 is an ozone aqueous solution generator, 109 is an ultrasonic atomizer, 110 is a nano cloud mist disperser, 111 is a high-pressure ejector, 112 is a high-pressure spray gun, 113 is a tap water inlet, 114 is a nano cloud mist disperser outlet, 200 is a fresh air machine, 300 is a negative pressure collection system, 400 is a washing tower, 500 is a photolysis machine, and 600 is an induced draft fan.

Detailed Description

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs; the terminology used in the description of the application herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the application; the terms "including" and "having," and any variations thereof, in the description and claims of this application and the description of the above figures are intended to cover non-exclusive inclusions. The terms "first," "second," and the like in the description and claims of this application or in the above-described drawings are used for distinguishing between different objects and not for describing a particular order.

Reference herein to "an embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one embodiment of the application. The appearances of the phrase in various places in the specification are not necessarily all referring to the same embodiment, nor are separate or alternative embodiments mutually exclusive of other embodiments. It is explicitly and implicitly understood by one skilled in the art that the embodiments described herein can be combined with other embodiments.

As described in the background, the intelligent malodor detection and targeted treatment in the prior art has achieved a great technical effect. The following drawbacks still exist:

firstly, the atomized liquid drops of the ozone water solution are too large to form spraying and spraying on the operation site, and a large amount of moisture influences the equipment operation and the normal operation of operators on the operation site, so that the operators cannot synchronously operate on the site in the purification operation process. Secondly, the ozone water solution generating device is too complex, high in cost, noisy and poor in atomization effect. And thirdly, the Internet of things is not available, remote operation, control and supervision cannot be realized, supervision is not facilitated, and the establishment of smart city management and smart cities is not facilitated.

In order to make the technical solutions better understood by those skilled in the art, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the accompanying drawings.

In order to solve the above problem, an embodiment of the present invention provides an intelligent garbage purifier 100.

As shown in fig. 1 and 2, an intelligent garbage purifier 100 includes a front end, a background, and a purifying module;

the front end comprises a sensor 101 and a controller 104, wherein the sensor 101 is used for detecting the current odor concentration generated by the garbage in real time;

the background comprises a host 105 which is respectively connected with the sensor 101 and the controller 104 in a communication way and is used for receiving the current odor concentration, comparing the current odor concentration with a preset threshold odor concentration, and sending an execution instruction to the controller 104 when the current odor concentration exceeds the threshold odor concentration;

a purge module, communicatively coupled to the controller 104, for receiving and executing the execution instructions; wherein, the purification module comprises an ozone water solution generator 108, an ultrasonic atomizer 109 and a nano cloud and mist disperser 110 which are connected in sequence.

Further, the front end further comprises a camera 102 and a memory 103, and the camera 102 and the memory 103 are connected in communication. The camera 102 is preferably, but not limited to, an infrared camera 102, and is used for real-time monitoring and real-time video recording of a job site, data of the video recording is stored in the memory 103, and the memory 103 is in communication connection with the host 105 and is accessed by the host 105.

The utility model discloses the process of rubbish intelligent purification machine 100 operation is: the sensor 101 (such as the odor sensor 101, but not limited thereto) detects the odorous substances in the garbage site in real time, obtains the current gas concentration when the odorous substances are detected, and instantly sends the current gas concentration to the host 105 in the background, the host 105 performs judgment processing, specifically, when the current odor concentration of any one of the odorous substances in the odorous substances exceeds a preset threshold odor concentration (human olfaction threshold), an instruction for starting the operation of the purification module is sent, otherwise, the operation of the purification module, i.e., standby operation, is kept closed, specifically, the host 105 sends an execution instruction to the controller 104 at the front end, and the controller 104 starts and closes the ozone aqueous solution generator 108, the ultrasonic atomizer 109 and the nano-cloud mist disperser 110 in the purification module according to the execution instruction.

The ozone water solution generator 108 is used for preparing an ozone water solution by using an electrode tap water decomposition method, the ultrasonic atomizer 109 is used for atomizing the ozone water solution to form nano cloud mist, and then the nano cloud mist is dispersed to a garbage site space through the outlet 114 of the nano cloud mist disperser 110, and is dissolved with malodorous substance molecules in garbage and generates an oxidation reduction reaction, so that the aims of deodorization, disinfection and sterilization are fulfilled.

Specifically, the ozone water solution generator 108 receives tap water entering through a tap water inlet 113, decomposes the tap water by using an electrode, and directly generates a pure ozone water solution with controllable concentration under certain water pressure, flow, electric field intensity and current density and the participation of a catalyst. Preferably, the water pressure is controlled to be 0.05MPa to 0.5MPa, the water flow is controlled to be 2 to 6 liters/minute, the voltage is set to be 3 to 24V, the current density is set to be 0.1 to 1.5A, the best effect can be produced by taking titanium as an anode, a platinum catalyst and a ferrite-based iron-nickel-chromium ternary alloy as a cathode, and therefore the defects that in the prior art, oxygen is firstly produced, then the oxygen is ionized under high pressure to generate ozone, and then water and the ozone are mixed to generate an aqueous solution are overcome, and the generation device is too complex, high in cost, noisy and low in mixing efficiency.

The ultrasonic atomizer 109 applies high-energy pulses to the ozone aqueous solution prepared by the ozone aqueous solution emitter at the oscillation frequency of 2-5 MHz to form nano-scale particle cloud clusters, and the nano-scale particle cloud clusters have an ultra-large dissolution specific surface and strong oxidizing property, and are high in reaction speed, high in efficiency and low in energy consumption.

The nano-scale particle cloud cluster has the characteristics of super large dissolution specific surface and strong oxidizing property, and has the more important advantages of controllable concentration, capability of achieving the dosage required by deodorization, disinfection and sterilization, no overproof phenomenon and no residue, no need of sealing an operation field, no harm to a human body, no influence of a large amount of water on equipment operation and operators on the operation field, and no influence on synchronous operation of the operators on the field in the purification operation process.

The utility model discloses a combination of ozone aqueous solution generator 108, ultrasonic nebulizer 109 and nanometer cloud and mist disperser 110, the three synergism, it is too big to form to spray to the operation scene not only to solve prior art ozone aqueous solution atomized liquid drop, a large amount of moisture produce the problem of influence to the equipment operation and the normal operation of operating personnel of operation scene, also solved simultaneously and purified operation in-process operating personnel can not be at the synchronous operation in scene, the water consumption is big, with high costs, defect and the not good defect of atomization effect of equipment complicacy. Simultaneously, the utility model discloses monatomic oxygen ion mixes with hydroxyl ion and forms the medium that dissolves with foul smell material molecule in the ozone aqueous solution of well ozone aqueous solution generator preparation, has stronger quick redox reaction's ability than pure ozone gas, has strong multiplication to the dual effect of getting rid of the foul smell material and disinfecting, and the reaction product is water, carbon dioxide, and the reaction does not produce harmful substance and remains, does not have secondary pollution; the utility model discloses an aqueous ozone is nanometer cloud fog gaseous state that the final presentation of ultrasonic nebulizer, nanometer cloud fog disperser, compares that pure aqueous ozone liquid droplet state has bigger contact and mixed reaction specific surface area, big specific surface active oxygen atom and hydroxyl ion synergism, with stench material molecule intensive mixing, dissolve mutually, reaction rate is faster, deodorization, disinfection, sterilization, purification go on in step, efficiency is higher.

Use the intelligent rubbish transfer station deodorization clearing machine that china utility model patent application CN106563144A discloses as comparative example 1, with pass through the combination of ozone aqueous solution generator 108, ultrasonic nebulizer 109 and nanometer cloud dispersion ware 110 constitutes the utility model discloses rubbish intelligent clearing machine tests the comparison as example 1: the water consumption of the embodiment 1 is reduced by 98 percent compared with that of the comparative example 1, the water consumption of the comparative example 1 is 720 liters/hour, the water consumption of the embodiment 1 is 12 liters/hour, the cost of the embodiment 1 is reduced by 0.3-0.5 ten thousand yuan/liter compared with that of the comparative example 1, the fog drop particles are lifted to the nanometer level from the micrometer level, and the specific surface is at least enlarged by 1000 times.

Further, the purification module further comprises a high pressure injector 111 connected to the ozone aqueous solution generator 108. When the garbage site operation needs to flush, deodorize, disinfect and sterilize the facilities polluted by the garbage, the high-pressure injector 111 pressurizes the high-concentration ozone water solution in the ozone water solution generator 108 and conveys the high-pressure spray gun 112, a normally closed linked switch is arranged on the high-pressure spray gun 112, so that the high-pressure spray gun 112 is always in a normally closed state, when the target needs to be flushed with strong force, the high-concentration ozone water solution with certain pressure is sprayed to the target in a water beam shape by pressing the normally closed switch, and the chemical reactions of strong flushing of the target and synchronous deodorization, disinfection and sterilization are completed according to the needs of an operator. When the purification module is in a standby state, if the high-pressure spray gun 112 is turned on, the linked switch thereof wakes up the operation of the ozone aqueous solution generator 108 synchronously.

Further, as shown in fig. 3, host computer 105 still communication connection has external clarification plant, external clarification plant is new fan group 200, negative pressure collection system 300, scrubbing tower 400, photodissociation machine 500 and draught fan 600, new fan group 200 is used for to rubbish workplace input fresh air, negative pressure collection system 300, scrubbing tower 400, photodissociation machine 500 and draught fan 600 are connected gradually through the pipeline and are discharged to outdoor after carrying out the two-stage purification with the generated foul gas collection of rubbish.

The purification module is cooperatively linked with the fresh air handling unit 200, the negative pressure collection system 300, the washing tower 400, the photolysis machine 500 and the induced draft fan 600, and the multi-stage purification treatment is performed on the environment inside and outside the operation field.

Specifically, the host 105 controls the devices of the ozone aqueous solution generator 108, the ultrasonic atomizer 109, the nano cloud disperser 110, the high-pressure injector 111, and the high-pressure spray gun 112 in the purification module by the controller 104, and also controls a local area network formed by the fresh air handling unit 200, the negative pressure collection system 300, the washing tower 400, the photolysis machine 500, and the induced draft fan 600 of the peripheral devices, when the system performs a multi-stage purification treatment operation, the ozone aqueous solution generator 108, the ultrasonic atomizer 109, and the nano cloud disperser 110 are simultaneously turned on, and a reaction with a malodor substance is used as a first-stage purification; the fresh air handling unit 200 is a fresh air system composed of a plurality of air curtains and used for inputting fresh air into the interior of a working place to be used as secondary purification mainly for diluting malodorous substances; negative pressure collection system 300, scrubbing tower 400, photodissociation machine 500 and draught fan 600 build negative pressure state to the indoor space, when taking away foul gas, let outdoor fresh air get into indoorly, and the foul gas who is taken away passes through the pipeline and firstly gets into in the scrubbing tower 400 and sprays the purification, and it is alkaline NaOH solution and the foul gas chemical reaction that takes place to spray the scavenging solution, purifies as the third level. After the third-stage purification, the malodorous mixed gas enters the UV photolysis machine 500 to be decomposed by ultraviolet irradiation, so that the fourth-stage purification is completed, and then the malodorous mixed gas is discharged to the outside through a pipeline by the induced draft fan 600.

It should be noted that, in the multi-stage purification treatment process, the peripheral device and the purification module can be simultaneously started or not simultaneously started, the peripheral device and the purification module are all simultaneously started to operate in the default setting, at this moment, the complete four-stage purification is realized, and a user can flexibly set one or more of the purification module and the peripheral device to be simultaneously started and operated in different time periods or not simultaneously started according to the actual conditions of the operation time period, the garbage accumulation amount, the odor generation rule and the like of the operation field and the requirements of field operators. For example, at a site of a garbage transfer station, garbage with cleaning operation is gradually accumulated from 5 to 8 am every day, but the amount does not reach the highest, the field operators are not the most, the odor generation amount is not the highest, the complete four-stage purification is not needed in the time period, only the first-stage purification and the second-stage purification for inputting fresh air into the interior of the operation place are needed, the peak time period is from 10 am to 14 pm, the four-stage purification can be fully started, after 20 o ' clock in the evening, only the first-stage purification is started intermittently, only when the odor is detected by the sensor 101 from 11 o ' clock in the night to 5 o ' clock in the morning of 2, only the first-stage purification is started to operate, when the odor is not detected by the sensor 101, the first stage purification is turned off, and the whole system is in a standby state, so that the user can set the odor manually or not and the default setting is pressed.

The utility model discloses in, ozone aqueous solution generator 108 provides ozone aqueous solution according to the instruction operation of controller 104, and ultrasonic nebulizer 109 is according to the instruction that controller 104 sent, and with the atomizing of ozone aqueous solution generate nanometer cloud and disperse to the scene through nanometer cloud diffuser 110, high pressure sprayer 111 is used for carrying out the washing operation, and peripheral multistage clarification plant purifies, realizes best treatment with the purification technology of difference is multiple.

The utility model discloses cleaner 100 adopts the electrode method directly to generate ozone aqueous solution and generates nanometer cloud to its ultrasonic atomization, both can be used in the small scale occasion (such as in the small scale occasions such as domestic waste collection point, garbage room and public lavatory) with the unit of standard module, and the unit in different places can be according to local network deployment; and the single machine of the standard module can be cooperatively linked with peripheral multi-stage purification equipment systems such as a fresh air handling unit, the negative pressure collection system 300, the washing tower 400, the photolysis machine 500, the induced draft fan 600 and the like, so that the synchronous radical treatment of the inside and the outside of a large-scale operation site (such as a large-scale occasion like a household garbage compression transfer station) is realized.

The multi-stage purification embodiment enters a batch production stage, and is installed on the site of a garbage transfer station, the multi-stage purification treatment is carried out by a third-party monitoring mechanism, the operation is carried out for 10 minutes, the removal rate of the malodorous substances is more than 95%, the quality of the atmospheric environment inside and outside the installation site reaches the requirement of GB14554-93 malodorous pollutant emission standard, 24-hour unattended continuous work is realized, the maximum peak power of a single machine is 1.5 kilowatt hours, the continuous operation power is 0.75 kilowatt hours, the power consumption is 0.25 kilowatt hour, the water consumption is 3 liters, the two indexes of the power consumption and the water consumption are 1/2-1/3 of a common high-pressure washer, and the technical scheme of the utility model has the advantages of convenient implementation, low operation cost, less investment and quick effect.

In order to solve the above problem, another embodiment of the present invention provides an intelligent garbage purification monitoring and management system, as shown in fig. 4 and 5, the system includes the intelligent garbage purifier and the cloud server, the background further includes a wireless communication module, which is connected to the host, and is used for uploading the data information of the host to the cloud server.

The wireless communication module is preferably, but not limited to, a wireless router 106, and is used for local area networking of a job site, wireless network coverage is achieved, and meanwhile, the wireless router is connected with the internet.

The cloud server comprises a cloud communication module, a data management module and an information management module, wherein,

the cloud communication module is used for realizing wireless data transmission between the cloud server and the corresponding background host;

the data management module is used for acquiring a data set of multidimensional garbage station purification behaviors in a cloud platform data mining mode according to data information uploaded by the various widely distributed hosts, namely recording and counting historical data for inquiry, and generating a report; the data set of the garbage station purification behavior comprises an execution instruction and a standby instruction of the host machine purification treatment based on the host machine equipment sequence uploaded by the host machine, and corresponding operation site basic information such as time sequence, purification effect and the like.

The information management module is used for receiving and storing the data from the data management module and transmitting the data to the user side, and is also used for managing the user information of the user side and processing the request information sent by the user side.

The host sends the heartbeat packet to the cloud server and keeps continuous contact with the heartbeat packet all the time, so that data management and information management services are achieved.

Furthermore, the intelligent garbage purification monitoring and management system further comprises a user side which is in communication connection with the cloud server and the host respectively. The user side is at least one of an intelligent mobile terminal, a PC terminal and a host control terminal 107, is connected with a wireless router through a 4G network, WIFI or a network cable, and sends data requests to the host and a cloud server, and also can send instructions (execution instructions or standby instructions and the like) to the host to realize remote control. And if the host sends the video, the picture and the alarm data to the user side of the management platform through the local area network or the internet.

Specifically, a user can log in a control system interface through a mobile terminal, a PC terminal and a host control terminal by using accounts with different permissions respectively through the identities of an operator, a maintainer and a manager, check the running state of the field execution equipment and perform operation with corresponding permissions.

The wireless communication module is used for realizing connection between the host and the cloud server, namely, the wireless router synchronously uploads data information (such as IP addresses, execution instructions, video streams and the like) of the host to the cloud server, the cloud server synchronously distributes the data information to the host and the user side, remote control and supervision of a garbage operation site based on the Internet of things are realized, and a website database is established for smart city management to facilitate supervision.

At the front end, a sensor detects the odor substances on the garbage site in real time, detects the odor substances and acquires the current odor concentration, instantly sends the current odor concentration information to a host of a background, the host judges and processes the current odor concentration, when the current odor concentration exceeds a preset threshold odor concentration (such as a human olfaction threshold value), an execution instruction for starting the operation purification module is sent, namely the host sends the execution instruction to a controller at the front end, and the controller starts an ozone aqueous solution generator, an ultrasonic atomizer and a nano cloud mist disperser in the purification module according to the execution instruction.

At the back end, the wireless router synchronously uploads the data information judged and processed by the host to the cloud server, and the cloud server synchronously sends the data information to the user end.

In an operation site, nano-scale ozone water solution particle cloud and malodorous substance undergo a chemical reaction until malodorous substance molecules disappear, a sensor detects the malodorous substance in real time on the site and obtains the current odor concentration, the current odor concentration information is sent to a host in a background in real time, the host judges and processes the current odor concentration information, when the current odor concentration is lower than a preset threshold odor concentration (such as a human olfactory threshold value), a standby instruction is sent to a front-end controller, the controller closes an ozone water solution generator, an ultrasonic atomizer and a nano cloud dispersion device in a purification module according to the standby instruction, and the purification module is in a standby state at the moment.

It is to be understood that the above-described embodiments are merely illustrative of some, but not restrictive, of the broad invention, and that the appended drawings illustrate preferred embodiments of the invention and do not limit the scope of the invention. This application is capable of embodiments in many different forms and is provided for the purpose of enabling a thorough understanding of the disclosure of the application. Although the present application has been described in detail with reference to the foregoing embodiments, it will be apparent to one skilled in the art that the present application may be practiced without modification or with equivalents of some of the features described in the foregoing embodiments. All equivalent structures made by using the contents of the specification and the drawings of the present application are directly or indirectly applied to other related technical fields and are within the protection scope of the present application.

Claims (9)

1. An intelligent garbage purifier is characterized by comprising a front end, a background and a purifying module;

the front end comprises a sensor and a controller, and the sensor is used for detecting the current odor concentration generated by the garbage in real time;

the background comprises a host which is respectively in communication connection with the sensor and the controller and is used for receiving the current odor concentration, comparing the current odor concentration with a preset threshold odor concentration, and sending an execution instruction to the controller when the current odor concentration exceeds the threshold odor concentration;

the purification module is in communication connection with the controller and is used for receiving and executing the execution instruction; wherein, purification module is including the ozone aqueous solution generator, ultrasonic nebulizer and the nanometer cloud dispersion ware that connect gradually.

2. The intelligent garbage purifier according to claim 1, wherein the front end further comprises a camera and a memory, the camera is in communication connection with the memory, the camera is used for real-time video recording on a garbage purification operation site, data recorded by the video is stored in the memory, and the memory is in communication connection with the host for the host to access.

3. The intelligent waste disposer of claim 2, wherein the camera is an infrared camera.

4. The intelligent waste disposer of claim 1, wherein the sensor is an odor sensor.

5. The intelligent waste disposer of claim 1, wherein the threshold odor concentration is a human olfactory threshold.

6. The intelligent waste disposer of claim 1, wherein the decontamination module further comprises a high pressure sprayer connected to the ozone water solution generator.

7. The intelligent garbage purifier according to claim 1, wherein the host is further connected with an external purifying device, the external purifying device is a fresh air unit, a negative pressure collecting system, a washing tower, a photolysis machine and an induced draft fan, the fresh air unit is used for inputting fresh air to the garbage operation place, and the negative pressure collecting system, the washing tower, the photolysis machine and the induced draft fan are sequentially connected through a pipeline so as to collect the generated malodorous gas of garbage and perform two-stage purification and then discharge the malodorous gas to the outside.

8. The intelligent waste purification machine of claim 7, wherein the washing tower is a lye washing tower.

9. The intelligent garbage purifier according to claim 7, wherein the photolysis machine is an ultraviolet photolysis machine.

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