CN211725312U

CN211725312U - Distributed atomization deodorization equipment

Info

Publication number: CN211725312U
Application number: CN201922113658.4U
Authority: CN
Inventors: 徐其峰; 李中峰
Original assignee: Individual
Current assignee: Xu Qifeng
Priority date: 2019-11-29
Filing date: 2019-11-29
Publication date: 2020-10-23
Anticipated expiration: 2029-11-29

Abstract

The utility model relates to a spraying or atomizing material, in particular to a distributed atomizing and deodorizing device utilizing ultrasonic vibration. The apparatus comprises: the output end of the liquid medicine mixing tank is connected with more than 4 spray heads through a liquid medicine output branch pipe; each spray head is internally provided with 2 ultrasonic vibration devices; the peculiar smell detection device is arranged outside the cabinet, the main control machine is arranged in the cabinet, the main control machine acquires field air quality data and the working state of the atomizing head, which are acquired by the peculiar smell detection device, through a PLC program and a wireless remote control system, the running time and the frequency of the atomizing head are adjusted through wireless remote control, and the field air quality and the working state of the atomizing head are displayed in real time through the display. The utility model provides a prior art spraying particle thick, distribute inhomogeneous, deodorization time long to and can not real time monitoring and automatic control deodorization effect scheduling problem, it is stable to have gained deodorization effect, beneficial effect such as equipment operation is simple.

Description

Distributed atomization deodorization equipment

Technical Field

The present invention relates to a deodorization device using a spray or atomized material, and more particularly, to a distributed type atomization deodorization device using ultrasonic vibration.

Background

At present, in known deodorization spraying equipment, diluted deodorization liquid is conveyed to a spraying head through a pipeline by a high-pressure air pump, a deodorization medium is sprayed into the air, and decomposition and coupling reaction are carried out on the deodorization medium and odor molecules such as sulfur dioxide, ammonia gas and the like in the air, so that the air deodorization effect is achieved. The known deodorization equipment is provided with a deodorization liquid storage box, a device for mixing deodorization liquid and water, a high-pressure air pump and an ultrasonic spray head, but because the ultrasonic vibration device is far away from the spray head, the transmission loss is large, the spray distance is reduced, diluent particles are gradually thickened, the deodorization site is high in humidity and mist quantity, equipment facilities in a deodorization area are affected, and particularly electrical elements are easily corroded to cause hidden troubles such as poor contact or short circuit. The other type of ultrasonic humidifier atomizing deodorant liquid equipment with multiple spray heads has the advantages that although the local mist amount is large, the mist amount is gradually reduced after being output to each spray head through a pipeline, so that the transmission distance is short, the distribution is uneven, the deodorization time is long, the whole space deodorization is required, the equipment must continuously work for a long time until the mist in the field soaks, the deodorization effect can be obtained, other equipment facilities in the deodorization field must be damaged after long-term use, the physical health of field workers or people to be kept is affected, and the personnel cannot stay in the field for a long time. In addition, the deodorization equipment sold in the market at present is not provided with a field air quality detection device, the deodorization effect cannot be known in real time, and the working time and the frequency of the spray head cannot be adjusted in time according to real-time detection data.

SUMMERY OF THE UTILITY MODEL

In order to solve prior art's equipment diluent particle than thick, transmission distance is short, distribute unevenly to and unable real-time understanding deodorization effect scheduling problem, the utility model aims at providing a distributing type atomizing deodorization equipment. Utilize the utility model discloses, can reach that the spraying is slight, transmission distance is far away, the distribution is even, the deodorant requirement of scene rapid, moreover, can also in time adjust the operating time and the frequency of atomising head according to real-time detection data, improve deodorization efficiency.

In order to achieve the above object, the utility model discloses a solve the technical scheme that its technical problem adopted and provide a distributing type atomizing deodorization equipment, the device includes: the deodorant device comprises a deodorant liquid storage tank, a device for mixing deodorant liquid and water, a liquid medicine mixing tank, a high-pressure pump and an atomizing head, and further comprises a cabinet, wherein the output end of the liquid medicine mixing tank is connected with a liquid medicine output pipe, and the liquid medicine output pipe is connected with the atomizing head through a liquid medicine output branch pipe; more than 4 liquid medicine output branch pipes and spray heads are uniformly distributed on the liquid medicine output pipe, and 2 ultrasonic vibration devices are arranged in each spray head; the cabinet is also provided with a peculiar smell detection device, and a main control machine is also arranged in the cabinet and is electrically connected with the peculiar smell detection device and the atomizing spray head through wires; the main control machine obtains field air quality data collected by the peculiar smell detection device through a PLC program and wireless remote control, then adjusts the running time and frequency of the spray head through the PLC program and wireless remote control, displays the field air quality and the working conditions of all parts in real time through a display, and can also store and display air quality lists at different time intervals in one day.

The main control machine is internally provided with a PLC board card which is respectively connected with the following devices: a water pump for controlling the high-pressure pump; a proportional pump for controlling the ratio of the agent and the water of the device for mixing the deodorizing liquid and the water; the power supply relay is electrically connected with the spray head and the peculiar smell detection device; the display module is connected with the display and is used for displaying the working state of the whole machine and the data of the field air quality; the first high/low water level sensor is used for detecting the liquid medicine level of the liquid medicine mixing tank; the first WIFI receiving transmitter is wirelessly connected with a third WIFI receiving transmitter in the peculiar smell detection device, is used for receiving a field air quality data packet acquired by the peculiar smell detection device, is analyzed by software built in the PCL board card, and is displayed by a display; and receive transmitter wireless connection with the second WIFI in the atomising head, control the normal operating of atomising head, collect the information feedback of atomising head accessory trouble.

The spray head is provided with a first working program system board which is respectively connected with the following devices: an ultrasonic vibration device for atomizing the liquid medicine, wherein the atomized liquid medicine is sprayed out from the spray opening by a built-in fan; a second high/low liquid level sensor for detecting the liquid level of the liquid medicine output branch pipe; the electromagnetic valve is used for adjusting the liquid level of the liquid medicine in the spray head; and the second WIFI receiving transmitter is used for transmitting the spray head working state codes acquired by the first working program system board to the first WIFI receiving transmitter of the main control computer, the first WIFI receiving transmitter transmits the working state codes to the PLC board card, and the PLC board card is analyzed by software of the PLC board card and related devices are displayed and controlled through the display.

The peculiar smell detection device is provided with a second working procedure system board which is respectively connected with the following devices: the peculiar smell probe and the time module are used for detecting the air quality of a site at regular time; the third WIFI receiving transmitter is used for sending the field air quality data packet to the first WIFI receiving transmitter of the main control machine at regular time, analyzing and processing the data packet through software of a PLC board card in the main control machine, and displaying the data packet by the display; and the field air quality data packet is sent to the background terminal through APP software.

The utility model relates to a distributing type atomizing deodorization equipment, owing to adopt many atomising heads, two ultrasonic vibration device are installed to every atomising head, and spraying power is big, the particle is thin, the fog volume distributes evenly, simultaneously, because the utility model discloses take closed-loop control system's technical scheme, set up peculiar smell detection device at the deodorization scene, constantly gather the scene air quality condition, in time adjust the running state through WIFI remote control and PLC procedure automatic control relevant part to solved prior art diluent liquid particle thick, long, the inhomogeneous, harm other equipment of deodorization time, and can not in time adjust the operating time and the frequency scheduling problem of atomising head according to real-time detection data, the utility model discloses it is stable to have obtained the deodorization effect, and beneficial effect such as equipment operation is simple, operation safe and reliable can be applied to large-scale kitchen, public lavatory, Garbage dumps, and large pig farms, chicken farms, and the like, which require deodorization.

Drawings

FIG. 1 is a block diagram of a distributed atomizing and deodorizing apparatus according to the present invention;

the numbering in the figure is: 1. the main control machine comprises a main control machine, a spray head 2, a machine cabinet 3, a deodorant liquid storage tank 4, an electromagnetic valve 5, a high-pressure pump 6, a liquid medicine mixing tank 7, a liquid medicine output pipe 8, a liquid medicine output branch pipe 9, a device for mixing deodorant liquid and water 10, a water inlet pipe 11, a water inlet filtering system 12, a peculiar smell detecting device 13 and a display 14;

fig. 2 is a block diagram of the control system of the present invention;

fig. 3 is a usage effect diagram of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely below, and it should be understood that the described embodiments are only some embodiments of the present invention, but not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

The preferred embodiments of the present invention will be described below with reference to the accompanying drawings.

Fig. 1 is a block diagram of a distributed atomizing and deodorizing apparatus of the present invention, as shown in the embodiment of fig. 1, the apparatus includes: a cabinet 3, in which a deodorant liquid storage tank 4 is installed, wherein the deodorant liquid storage tank 4 is connected with a water inlet pipe 11 and a device 10 for mixing deodorant liquid and water through an electromagnetic valve 5, and the mixing of quantitative deodorant liquid and water is controlled; the inlet end of the water inlet pipe 11 is provided with a water inlet filtering system 12; a device 10 for mixing deodorant liquid and water is connected with the liquid medicine mixing tank 7 through a pipeline, and diluted liquid medicine is injected into the liquid medicine mixing tank 7; the liquid medicine mixing tank 7 is connected with the high-pressure pump 6, liquid medicine in the liquid medicine mixing tank is output in a pressurized mode, the output end of the liquid medicine mixing tank 7 is connected with a liquid medicine output pipe 8, and the liquid medicine output pipe 8 is connected with the spray head 2 through a liquid medicine output branch pipe 9; more than 4 liquid medicine output branch pipes 9 and the atomizing heads 2 are uniformly distributed on the liquid medicine output pipe 8, and an ultrasonic vibration device is arranged in each atomizing head 2; the cabinet 3 is also provided with a smell detection device 13 for detecting the air quality at the deodorization site to determine the deodorization effect. Still be provided with a main control computer 1 in the rack 3, main control computer 1 is connected through wired and peculiar smell detecting device 13 and atomising head 2 electricity, the opening or closing of control peculiar smell detecting device 13 and atomising head 2 to the on-the-spot air quality data that obtains peculiar smell detecting device 13 through PLC program and wireless remote control device, adjust the running time and the frequency of atomising head 2 through PLC program and wireless remote control again, and show the operating condition of on-the-spot air quality and each part in real time through display 14.

Fig. 2 is a block diagram of the control system of the present invention, as shown in fig. 2, the system is connected to the atomizing head 2 and the odor detecting device 13 by the main control machine 1 in a wired or wireless manner.

A PLC board 101 is provided in the main control machine 1, and the PLC board 101 is connected to the following devices:

1.1 a water pump 102 for controlling the high-pressure pump 6;

1.2 a proportioning pump 103 for controlling the ratio of the agent and water of the device 10 for mixing deodorant liquid and water;

1.3 a power supply relay 104 which is electrically connected with the spray head 2 and the peculiar smell detection device 13 and is used for controlling the power supply of the spray head 2 and the peculiar smell detection device 13;

1.4 a display module 105 connected with the display 14 and used for displaying the working state of the whole machine and the data of the field air quality;

1.5 a first high/low water level sensor 107 for detecting the liquid medicine level of the liquid medicine mixing tank 7, feeding back information to the PLC board 101 of the main control machine 1 when the water level is too low or too high, and controlling the high-pressure pump 6 to pressurize or depressurize by a program built in the PLC board 101;

1.6 the first WIFI receiving/transmitting device 106 is wirelessly connected to the third WIFI receiving/transmitting device 1304 in the odor detection device 13, and is configured to receive the field air quality data packet acquired by the odor detection device 13, and display the data packet on the display 14 after being analyzed by software built in the PCL board 101; the wireless connection with a second WIFI receiving and transmitting device 202 in the spray head 2 is achieved, the normal operation of the spray head 2 is controlled, and information feedback of faults of spray head accessories is collected;

the spray head 2 is provided with a first work program system board 201, and the first work program system board 201 is connected with the following devices:

2.1 an ultrasonic vibration device 205 for atomizing the chemical liquid and ejecting the atomized chemical liquid from the spray opening by a fan built therein;

2.2 a second high/low level sensor 204 for detecting the liquid level of the liquid medicine output branch pipe 9;

2.3 an electromagnetic valve 203 for adjusting the liquid level of the liquid medicine in the spray head;

2.4 a second WIFI receiving and transmitting device 202, configured to wirelessly transmit the work state code of the atomizing head obtained by the first work program system board 201 to the first WIFI receiving and transmitting device 106 of the main control machine 1, where the work state code is transmitted to the PLC board 101 by the first WIFI receiving and transmitting device 106, and the work state code is analyzed by software of the PLC board 101 and displayed by the display 14, and related devices are controlled to adjust the running power, the running time, and the frequency.

The above odor detection device 13 is provided with a second work program system board 1301, and the second work program system board 1301 is respectively connected with the following components:

3.1 peculiar smell probe 1302, 3.2 time module 1303, are used for detecting the air quality of the scene regularly, the above-mentioned peculiar smell probe 1302 can detect ammonia, hydrogen sulfide content in the air, form the air quality data packet of scene by the second working procedure system board 1301;

3.3 third WIFI receives transmitter 1304, regularly sends the on-the-spot air quality data package to the first WIFI of main control computer 1 and receives transmitter 106, and through the software analysis processing of the PLC integrated circuit board 1 in the main control computer, show through display 14 to in time adjust the operating time and the frequency of atomising head 2 according to real-time detection data. And through the built-in APP software, the on-site air quality data packet is sent to the APP port, so that the user can know the on-site deodorization effect in time. The odor detection device 13 can be installed on the wall or ceiling of a deodorization site, collects the air quality condition of the site in real time, analyzes the air quality condition through the PLC board 101, and displays the air quality condition on the display 14 in a data form. Through the built-in program of the PLC board card 101, the display 14 can display the list of the air quality change of the deodorization site at different time periods every day stored by the built-in program, so that a user of the device can know the on-site deodorization effect in time.

When the PLC board card 1 receives information of spray head faults or on-site air quality reduction, an alarm red light arranged on a panel of the main control machine 1 is turned on, and a maintenance engineer is informed of on-site processing through an APP port. The display 14 is a touch panel, and the page 1 is a long display in which various numerical values are displayed. Page 2 has a functional area, which is designated as A, B, C, D …, and the internal program driver can be activated by clicking the screen button. The display 14 can be mounted on the panel of the main control computer or on the wall. The PLC integrated circuit board 101 of the main control computer 1 is internally provided with APP software, and is connected with the APP port through a first WIFI receiving transmitter 106, so that an after-sale engineer can know the running condition of the equipment at any time.

The embodiment of the utility model provides an in, because two ultrasonic vibration device 205 are installed to every atomising head 2 for the even spraying of more than four atomising heads, the liquid medicine atomizing is slight, and the workplace does not feel the sensation of any water smoke. Meanwhile, a wire mesh is installed at the spray opening of each spray head 2 to prevent flying insects from flying into the spray opening. Fig. 3 is a usage effect diagram of the present invention, as shown in fig. 3, the spray head 2 is designed into a flying saucer shape, and two spray nozzles spray strong and fine deodorizing liquid medicine, so as to obtain a "fuming" effect.

The utility model discloses a further embodiment, but 18 liquid medicine output branch pipes 8 and atomising head 2 of equipartition on the liquid medicine output tube to distribute at the deodorization scene and set up a plurality of peculiar smell detection device 13. According to the experiment, if increase power supply capacity, increase the quantity of high-pressure pump package and peculiar smell detection device's quantity, can distribute on the liquid medicine output tube of extension and set up a plurality of atomising heads of 200, thereby the utility model discloses can be applied to needs deodorant places such as large-scale pig raising, chicken farm, bring the gospel for the guarantee is raised staff's health.

Claims

1. A kind of distributed atomization deodorizing apparatus, including deodorant liquid storage tank, mixed deodorant liquid and apparatus of water, liquid medicine mixing tank, high-pressure pump, spray head, characterized by that, the apparatus also includes a cabinet, the output end of the liquid medicine mixing tank installed in it is connected with liquid medicine output pipe, the said liquid medicine output pipe is connected with said spray head through the liquid medicine exports the lateral pipe; more than 4 liquid medicine output branch pipes and spray heads are uniformly distributed on the liquid medicine output pipe, and 2 ultrasonic vibration devices are installed in each spray head; a peculiar smell detection device is arranged outside the cabinet, a main control machine is arranged in the cabinet, and the main control machine is electrically connected with the peculiar smell detection device and the spray head through wires; the main control machine acquires field air quality data acquired by the peculiar smell detection device through wireless remote control of the PLC board card, adjusts the running time and frequency of the atomizing spray head through wireless remote control of the PLC board card, and displays the field air quality and the working conditions of all parts in real time through the display.

2. The distributed atomizing deodorizing apparatus according to claim 1, wherein: the main control machine is connected with the atomizing spray head and the peculiar smell detection device in a wireless mode;

the PLC board card is respectively connected with the following devices:

(1.1) a water pump for controlling the high-pressure pump;

(1.2) a proportioning pump for controlling the ratio of the agent and the water of the device for mixing deodorant liquid and water;

(1.3) a power supply relay electrically connected with the atomizing spray head and the peculiar smell detection device;

(1.4) a display module which is connected with the display and is used for displaying the working state of the whole machine and the data of the field air quality;

(1.5) a first high/low water level sensor for detecting a liquid medicine level of the liquid medicine mixing tank;

(1.6) the first WIFI receiving and transmitting device is in wireless connection with the second WIFI receiving and transmitting device in the atomizing head, controls the atomizing head to normally operate, and collects information feedback of the fault of the atomizing head accessories; the controller is wirelessly connected with a third WIFI receiving and transmitting device in the peculiar smell detection device, is used for receiving a field air quality data packet acquired by the peculiar smell detection device, is analyzed by software built in the PLC board card, and is displayed by the display;

the atomizing head is provided with a first working procedure system board, and the first working procedure system board is respectively connected with the following devices:

(2.1) an ultrasonic vibration device for atomizing the chemical liquid and spraying the atomized chemical liquid from the spray opening by a built-in fan;

(2.2) a second high/low liquid level sensor for detecting the liquid level of the liquid medicine output branch pipe;

(2.3) an electromagnetic valve for adjusting the liquid level of the liquid medicine in the spray head;

(2.4) a second WIFI receiving and transmitting device, which is used for sending the spray head working state codes acquired by the first working program system board to the first WIFI receiving and transmitting device of the main control computer, sending the working state codes to the PLC board card by the first WIFI receiving and transmitting device, analyzing by software of the PLC board card, displaying by a display, and controlling related devices;

the peculiar smell detection device is provided with a second working procedure system board, and the second working procedure system board is respectively connected with the following devices:

the system comprises (3.1) a peculiar smell probe and (3.2) a time module, wherein the time module is used for detecting the field air quality at regular time, and a field air quality data packet is formed by the second working program system board;

(3.3) the third WIFI receiving transmitter is used for sending a field air quality data packet to the first WIFI receiving transmitter of the main control computer at regular time, analyzing and processing the data packet through software of a PLC board card in the main control computer, and displaying the data packet by the display; and the field air quality data packet is sent to the background terminal through APP software.

3. The distributed atomizing deodorizing apparatus according to claim 2, wherein: be provided with APP software in the PLC integrated circuit board of main control computer, through first WIFI receives the transmitter and is connected with the APP port.

4. The distributed atomizing deodorizing apparatus according to claim 1, wherein: 18 liquid medicine output branch pipes and spray heads are uniformly distributed on the liquid medicine output pipe, and a plurality of peculiar smell detection devices are distributed and arranged.

5. The distributed atomizing deodorizing apparatus according to claim 2, wherein: the odor probe in the odor detection device can detect the content of ammonia gas and hydrogen sulfide in the air; and displaying a list of air quality changes of the deodorization site at different time intervals every day by the display through a program built in the PLC board card.

6. A distributed atomizing deodorizing apparatus according to claim 1 or 2, characterized in that: and a wire mesh is arranged at the spray opening of the spray head.

7. A distributed atomizing deodorizing apparatus according to claim 1 or 2, characterized in that: the peculiar smell detection device is arranged on the wall or the ceiling of the deodorization site; the display is installed on a panel of the main control computer or on a wall.