CN2518515Y - Ozone sterilizer - Google Patents

Abstract

The decontamination, sterilization and sterilizer proposed by the utility model is an electronic device used in places such as families, hotels, restaurants, entertainment and offices. It uses the ozone generator to generate ozone, and uses the air pump to transport the ozone gas to the relevant medium under the control of the central intelligent controller, so as to achieve the purpose of decontamination, sterilization and disinfection. It can be widely used for washing and decontamination, automatic hourly freshening of indoor air or regular sterilization, degradation of agricultural products and pesticides, disinfection of articles and drinking water, medical care, etc. It is equipped with an air pump, an ozone generating circuit, an ozone and air mixing device, a central intelligent controller, a power supply, a receiving control display circuit (panel), etc. in a housing, which can be manually controlled. When it has a remote control receiving function, It can also be controlled by remote control. This decontamination, sterilizer, and sterilizer is intelligently controlled by a micro-single-chip microcomputer. It is small in size, light in weight, and multi-functional.

Description

ozone sterilizer

Technical field

The utility model proposes a multifunctional electronic device for decontamination, sterilization and disinfection by using a high-voltage discharge method to generate ozone for use in places such as families, hotels, restaurants, entertainment and offices.

Background technique

At present, the ozone machines that appear on the market are all one machine and one purpose. For example, the main structure of the ozone air freshener is composed of an ozone generator, a fan, and a controller. It uses a fan to blow ozone into the air to achieve the purpose of fresh air. The working time is automatically controlled by the controller, and generally adopts automatic cycle work, which can automatically freshen the air. The disadvantage is that the function is single. Due to the low amount of ozone produced, only part of the air can be freshened, and the disinfection effect cannot be achieved, and generally there is no remote control function. Neither ozone sterilizers nor detoxification machines have the function of automatic air circulation and freshening. The electronic disinfection cabinets used for tableware disinfection are relatively large in size and have the disadvantage of single function.

Contents of the invention

In order to solve the shortcomings of the existing ozone disinfection machine with single function and one function for one machine, the utility model provides a device that can be used for washing and decontamination, automatically refreshes the air every hour within 24 hours or sterilizes the air at regular intervals, degrades agricultural products and pesticides, and can be used for articles, drinking Multifunctional ozone sterilizer for water disinfection, medical care, etc. The utility model solves the technical problems of remote control, manual parallel control, intelligent control and the like required for realizing the multifunctional use.

The technical solution adopted by the utility model to solve the technical problem is: use the ozone generator to generate ozone, and use the air pump to transport the ozone gas to the decontaminated, sterilized, and sterilized medium under the control of the central intelligent controller, so as to achieve The purpose of decontamination, sterilization and disinfection. That is, the machine is composed of an ozone generating circuit, an ozone and air mixing device, an air pump, a central intelligent controller, a power supply circuit, a receiving control display circuit, etc. When the receiving control display circuit has a remote control receiving function, it is also equipped with a remote control transmitter. An ozone generating device is contained in the ozone and air mixing device, and the ozone generating device and an ozone generating circuit form an ozone generator. The central intelligent controller controls the operation of the ozone generator and the air pump. The air pump sends air into the ozone and air mixing device. After the ozone generator works, ozone is generated in the mixing device. medium. The central intelligent controller is realized by the programming control of the single-chip microcomputer, which can complete the remote control receiving timing control, manual manual timing control, automatic air freshening intelligent control every hour within 24 hours, etc., and has the sound alarm function when the state changes; the receiving control display circuit can complete the machine The working status display can receive manual input signals from manual buttons. At the same time, it can also receive remote control input signals when equipped with remote control functions, and send them to the central intelligent controller for intelligent control, achieving the purpose of timing sterilization, disinfection, and automatic fresh air.

The beneficial effect of the utility model is that one machine is multi-purpose, small in size, light in weight and wide in use, and the model configuration can be selected according to specific application purposes, that is, it is not only suitable for family rooms, but also for fixing the walls of rooms such as hotels, hotels, restaurants, and offices. The hanging type is used for remote control such as air freshening and disinfection treatment, and it is suitable for families, restaurants, etc. to disinfect articles, tableware, drinking water, and make agricultural products into pollution-free products for manual control.

Description of drawings

Below in conjunction with accompanying drawing, the utility model is further described.

Fig. 1 is a schematic diagram of the appearance of the utility model.

Fig. 2 is a schematic diagram of the internal circuit and mechanical structure of the utility model.

Fig. 3 is a schematic diagram of the ozone and air mixing device in Fig. 2 .

Fig. 4 is a control diagram of the central intelligent controller circuit in Fig. 2 .

Fig. 5 is a schematic diagram of the structural principle of the reception control display circuit (panel) in the first embodiment of the present invention.

Fig. 6 is a schematic diagram of the appearance of the remote control transmitter in the first embodiment of the present invention.

Fig. 7 is a schematic diagram of the internal structure of the remote control transmitter in the first embodiment of the present invention.

Fig. 8 is a schematic diagram of the structural principle of the reception control display circuit (panel) in the second embodiment of the present invention.

In the figure 1. Host housing, 2. Power plug, 3. Power switch, 4. Receive control display circuit (panel), 5. Output conversion connector, 6. Output conduit, 7. Foamer, 8. Remote control transmitter , 9. Air pump, 10. Ozone generating circuit, 11. Central intelligent controller (11a) and power supply circuit (11b), 12. Ozone and air mixing device, 13. Power supply battery, 14. Transmitting circuit, 15. Transmitting function key, 16. launch head.

In Fig. 3, 12a. Inner chamber body, 12b. Ozone generating device, 12c. Air input terminal, 12d. Ozone output terminal, 12e. Ozone generating device connecting wire.

11a1 in Figure 4, single-chip microcomputer (PIC12C508A or AT89C2051 or other types of single-chip microcomputer), 11a2, double-pole control relay (HJR1-2C or JRC-19F or other similar products).

In Fig. 5, 4a. start refreshing stop button, 4b. timing button, 4c. power indicator light, 4d. remote control receiver, 4e. timing t ₁ time and refreshing t _1a time indicator light, 4f. timing t ₂ time and refreshing t _2a Time indicator light.

In Fig. 6, 15a. Start button, 15b. Refresh button, 15c. Stop button, 15d. Timing _t1 time and refreshing _t1a time button, 15e. Timing _t2 time and refreshing _t2a time button, 15f. Timing _t3 Time and Refresh t _3a Time button.

In Fig. 8, 4a. Start refreshing stop button, 4b. Timing button, 4c. Power indicator light, 4d. Timing _t1 time and refreshing _t1a time indicator light, 4e. Timing _t2 time and refreshing _t2a time indicator light, 4f . Timing t ₃ time and fresh t _3a time indicators.

Detailed ways

In Figure 1, the housing (1) has an inner cavity, which can be in different shapes such as square or round, on which a receiving control display circuit (panel) (4), a power plug (2), and a power switch (3) are installed. , the output adapter (5).

As shown in Figure 2, inside the housing (1) cavity, an air pump (9), an ozone generating circuit (10), a central intelligent controller and a power supply circuit (11), an ozone and air mixing device (12) are installed. ).

Power supply plug (2) links to each other with power supply circuit (11b) by lead (18c) through power switch (3), and power supply circuit (11b) except central intelligent controller (11a) power supply, in central intelligent controller ( 11a) under the control action (control double-pole relay work) by wire (18a) and (18b) to air pump (9) and ozone generation circuit (10) power supply respectively; Ozone generation circuit (10) passes wire (12e) and ozone Link to each other with the ozone generating device (12b) in the air mixing device (12); Air pump (9) links to each other with the air input port (12c) in the ozone and the air mixing device (12) through the conduit (17), the ozone and the air mixing device ( In 12), the ozone output terminal (12d) is connected to the output conversion joint (5) by the conduit (17), and the output conversion joint (5) is output to the outside of the housing (1) wall; the receiving control display circuit (panel) (4) It is connected with the central intelligent controller (11a) via a flat cable (18d), and sends fresh, start, stop signals and timing or fresh time signals to the central intelligent controller (11a), while the central intelligent controller (11a) displays to the receiving control Circuit (panel) (4) sends time display signal.

The first embodiment of the utility model, namely Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 6, except above-mentioned narration, receiving control display circuit (panel) (4) not only has artificial manual control function, and has a remote control receiving function, equipped with a remote control receiver (4d) and a remote control transmitter (8), the power supply battery (17) in the remote control transmitter (8) supplies power to the transmitting circuit (14), and the transmitting circuit (14) Under the action of the transmitting function key (15), the transmitting head (16) transmits a corresponding command signal outward, and the remote control receiver (4d) receives the command signal and sends it to the central intelligent controller (11a) for processing and performing corresponding operations. There are two timing indicator lights on the receiving control display circuit (panel) (4), for matching the three timing times on the remote controller, the timing indicator lights on the receiving control display circuit (panel) (4) are combined When the two lights are on at the same time, it represents the timing time t ₃ and the refreshing time t _3a .

In the second embodiment of the utility model, the whole machine is not equipped with a remote control function, that is, it is not equipped with a remote control receiver and a remote control transmitter, and the receiving control display circuit (panel) (4) is shown in Figure 7, and is used by manual control. Three independent timing times and three refreshing times.

The ozone sterilizer described in the utility model is used for indoor air treatment during specific application, and the remote control type should be selected for use when permanently hanging on the wall, and now the output conduit (6) and the foamer (7) can be used; in addition In addition, the user can choose remote control type or non-remote control type according to the needs and price ratio. During manual operation, connect the mains power supply and turn on the power switch; when the air is in a fresh state, first press the fresh start and stop button, the machine starts, and then press the timer button to set the hourly fresh time, the corresponding timer light is on, and the machine will Automatically freshen the air once; when it is in the state of sterilization and disinfection, first press the timing button to set the sterilization time, the corresponding timing indicator light is on, then press the fresh start and stop button, the machine starts to work, and the machine automatically stops working when the timing is reached, the machine During the working period, press the start fresh stop button to stop the work at any time. Every time the state is changed, the machine will sound an alarm once. When remote control operation, connect the mains power supply, turn on the power switch; point the remote control at the machine, when it is in the state of fresh air, first press the fresh button on the remote control, the machine starts, and then press the corresponding timing button on the remote control to set the Hours of freshening time, the corresponding timing light on the machine is on, and the machine automatically refreshes the air once every hour; when it is in the state of sterilization and disinfection, first press the corresponding timing button on the remote control to set the sterilization time, and the corresponding timing indicator light on the machine is on, Then press the start button on the remote control, the machine will start to work, and the machine will automatically stop working when the time is set. During the working period of the machine, press the stop button on the remote control to stop working at any time. Every time the state is changed, the machine will sound an alarm once. When in use, place the foamer at a higher place indoors, or place the machine at a higher place (the foamer is not used at this time), to freshen or disinfect the air; place the foamer at the bottom of the laundry Putting a certain amount of ozone into the water can improve the cleanliness of the clothes and can be disinfected; put the foamer in the container for washing tableware, and input a certain amount of ozone to kill E. coli and hepatitis A and B viruses on it. Such as bacteria and germs; put the foamer in drinking water, pass a certain amount of ozone to sterilize and purify the water, and become oxygen water, people often drink this water is good for health; put the foamer in the water for cleaning agricultural products , A certain amount of ozone can be introduced to degrade the pesticide residues on it, reduce the toxin content, and sterilize, making it a pollution-free agricultural product and reducing human diseases.

In summary, the utility model has wide application and advanced design. It has novelty, creativity and practicality.

Claims (4)

1, the ozonateur that the utility model proposes has housing (1), attaching plug (2), on and off switch (3), output adapter (5) receives control display circuit (panel) (4), central intelligent controller and power supply circuit (11), air pump (9), ozone generation circuit (10), ozone and air mixing device (12), output duct (6), foam maker (7), remote control transmitter (8).Air pump (9) in its middle shell, ozone and air mixing device (12), output adapter (5), be linked in sequence by conduit, housing is exported adapter (5) outward, output duct (6), and foam maker (7) is connected, it is characterized in that: central intelligent controller (11a) is connected with reception control display circuit (panel) (4) by signal conductor, receives coherent signal; And work on request by current supply line control air pump (9) and ozone generation circuit (10).

2, according to right 1 described ozonateur, it is characterized in that containing in the central intelligent controller (11a) one chip microcomputer (PIC12C508A or AT89C2051 or other type single-chip microcomputer etc.) and double-pole control relay (HJR1-2C or JRC-19F or like product etc.), realize by the one chip microcomputer programming Control, realize three kinds of sterilization timing (t ₁, t ₂, t ₃) control, the automatic pure and fresh time (t of air per hour in 24 hours _1a, t _2a, t _3a) control and duty demonstration control.

3, according to right 1 described ozonateur, it is characterized in that reception control display circuit (panel) (4) has three kinds of timings or pure and fresh state shows, timing button (4b), start pure and fresh stopping key (4a), when being furnished with distant control function, receiver of remote-control sytem (4d) can be installed on it.

4, according to right 1 described ozonateur, it is characterized in that containing ozone-generating device (12e) in ozone and the air mixing device (12), ozone-generating device (12e) links to each other with ozone generation circuit by lead.

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