CN212006022U

CN212006022U - Oxygen generation and supply system for closed space

Info

Publication number: CN212006022U
Application number: CN202020061547.3U
Authority: CN
Inventors: 马德朝; 刘俊西
Original assignee: Luoyang Tonghui Electronic Technology Co ltd
Current assignee: Luoyang Tonghui Electronic Technology Co ltd
Priority date: 2020-01-13
Filing date: 2020-01-13
Publication date: 2020-11-24
Anticipated expiration: 2030-01-13

Abstract

The utility model discloses an airtight space system oxygen system, adopt embrane method oxygen boosting technique oxygen boosting principle, the penetration rate when utilizing each component to see through the membrane in the air is different promptly, under the pressure difference drive, oxygen is preferred to be passed through the membrane and is obtained the oxygen-enriched air in making the air, it is by external power source part, the filter screen, the oxygen-enriched membrane, the battery, the vibrator, the air pipeline, the fan, the aspirator pump, air pipeline I, ozone generator, air pipeline II, the equipartition ware, the intelligent control part, outdoor part and indoor part two parts are constituteed to the concentration detection appearance. The utility model realizes the enrichment of oxygen from air and the exclusion of partial nitrogen, thereby obtaining the required rich oxygen; the oxygen can be absorbed by plugging a power supply without adding additives or adding water, the electricity consumption is 20-80W per hour, the cost is only one money after 5 hours of absorption in one day, the service life is long, oxygen enrichment is not poisoned, and dependence is not generated. The oxygen generation concentration is adjustable from 30 percent to 40 percent.

Description

Oxygen generation and supply system for closed space

Technical Field

The utility model relates to an oxygen generating and supplying device, in particular to an oxygen generating and supplying system in an airtight space.

Background

Oxygen is one of the necessary conditions for tens of thousands of organisms to live on the earth, and along with the industrialization process, the fresh air rich in oxygen is less and less, people feel dizzy, sleepy and powerless in the hypoxic environment, and the normal life and work of people are seriously influenced; the existing oxygen-generating and oxygen-supplying products have the defects of high energy consumption, high cost, larger occupied space of equipment, and above all, the oxygen-generating speed is slow, so that the purpose of popularization is difficult to achieve.

Disclosure of Invention

The utility model aims to overcome the defects of the prior art and provide an airtight space oxygen-making and oxygen-supplying system which has simple structure, small volume, low energy consumption, fast oxygen-making, low noise and high concentration.

In order to realize the purpose of the invention, the utility model adopts the following technical scheme: an oxygen-generating and oxygen-supplying system for a closed space adopts the oxygen-enriching principle of a membrane oxygen-enriching technology, namely, oxygen in air preferentially passes through a membrane to obtain oxygen-enriched air under the driving of pressure difference by utilizing different permeation rates of components in the air when the components penetrate through the membrane, and the oxygen-enriched air consists of an outdoor part and an indoor part which are composed of an external power supply part, a filter screen, an oxygen-enriching membrane, a storage battery, a vibrator, an air pipeline, a fan, an air suction pump, an air-enriching pump, an air pipeline I, an ozone generator, an air pipeline II, a uniform distributor, an intelligent control part and a concentration detector, wherein the outdoor part comprises the external power supply part, the filter screen, the oxygen-enriching membrane, the storage battery; the external power supply part is a solar panel, a wind driven generator or a mains supply which is connected with a storage battery through a converter, and the priority order of the external power supply part is solar energy, wind energy, the storage battery and the mains supply; the filter screen is arranged at the front end of the air inlet of the oxygen-enriched membrane, and the vibrator is arranged at the bottom of the oxygen-enriched membrane, so that the dust of the oxygen-enriched membrane can be removed regularly, and the oxygen supply smoothness of the oxygen-enriched membrane can be ensured; the storage battery is connected with the vibrator in series and provides power for the vibrator; the tail end of the oxygen-enriched membrane is connected with an air pipeline, and the other end of the air pipeline is connected with an air inlet of an air suction pump; the fan is arranged below the vibrator and connected with the storage battery in parallel, and starts to work when the vibrator is started, so that dust vibrated by the vibrator is discharged out of the box body; the air outlet end of the air suction pump is connected with an air pipeline I; the other end of the air pipeline I penetrates through the wall body to be connected with the indoor part; the indoor part consists of an ozone generator, an air pipeline II, a uniform distributor, an intelligent control part and a concentration detector, and the parts are integrated in the box body; the air inlet end of the ozone generator is connected with the inner end of the wall of the air pipeline I, and the air outlet end of the ozone generator is connected with the uniform distributor through the air pipeline II to provide oxygen indoors; the concentration detector is installed at the air outlet of the uniform distributor, detects the oxygen concentration in the room and makes the adjustment from time to time.

The oxygen system and oxygen supply system for the closed space is characterized in that: the core component of the intelligent control part is a C51 or STM32 singlechip, 12V direct current is adopted for power supply, and IO.0 and IO.1 wiring pins of the intelligent control part are respectively connected with indoor and outdoor sensor probes in parallel and then form a loop with wiring pins COM0 to respectively measure outdoor temperature and indoor temperature; the wiring pins IO.0 and COM1 are connected in series with the microphone to provide a voice input instruction; the wiring pin IO.0 is connected with the air pressure sensor respectively and then is connected with the wiring pin COM2 in parallel to monitor outdoor and indoor pressures; the wiring pins IO.0 and COM3 are connected with a concentration detector; the wiring pins IO.0 and COM4 are respectively connected with the solar panel, the wind driven generator and the storage battery in parallel, the wiring pins IO.0 and COM5 are connected with the 220V inverter to provide a 12V direct current power supply for the C51 or STM32 singlechip, the wiring pins Q0.0 and GND0 are connected with the buzzer, and the wiring pins Q0.1 and GND1 are connected with the vibrator; the wiring pin Q0.2 and the GND2 are connected with the fan; the wiring pin Q0.3 and the GND3 are connected with the air pump; the wiring pin Q0.4 and the GND4 are connected with the ozone generator; the connection pins A, B, 12VDC and 0V are respectively connected with the manual controller to provide man-machine exchange function.

The oxygen system and oxygen supply system for the closed space is characterized in that: and the wall penetrating part of the air pipeline I is sealed by fireproof mud.

The utility model discloses a principle of oxygen-enriched membrane technique is that the oxygen nitrogen molecule dissolves the speed difference in the oxygen-enriched membrane to the realization is rejected partial nitrogen gas to oxygen enrichment in the air, thereby obtains required oxygen boosting. The oxygen generator breaks through the traditional oxygen generation problem, oxygen can be absorbed by plugging a power supply without additives or water, the power consumption is 20-80W per hour, the cost is only one day for absorbing 5 hours, the service life is long, oxygen enrichment is not poisoned, and dependency is not generated. The oxygen generation concentration is adjustable from 30% to 40%. The oxygen-rich membrane is used for preparing oxygen purely physically. The low-noise high-efficiency compressor ensures the high-efficiency and durable operation of the equipment.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic view of the installation structure of the present invention.

Fig. 3 is a schematic circuit diagram of the present invention.

1. The device comprises a solar panel, 2, a filter screen, 3, an oxygen-enriched membrane, 4, a vibrator, 5, an air pipeline, 6, an air pipeline II, 7, a fan, 8, an air pump, 9, an air pipeline I, 10, an ozone generator, 11, a uniform distributor, 12, an intelligent control system, 13, an outdoor component, 14, a wall body installation part, 15, an indoor component, 16, a remote controller, 17 and a power adapter.

Detailed Description

The present invention will be further explained with reference to the following description of the drawings.

Fig. 1 to fig. 3 show the preferred embodiment of the present invention, which shows an oxygen generating and supplying system in a closed space, and adopts the oxygen enrichment principle of the membrane oxygen enrichment technique, i.e. the different permeation rates of the components in the air when permeating the membrane are utilized, and under the driving of pressure difference, the oxygen in the air preferentially passes through the membrane to obtain the oxygen enriched air, which comprises an outdoor component and an indoor component, wherein the outdoor component comprises an external power supply part, a filter screen, an oxygen enrichment membrane, a vibrator, an air pipeline I, an ozone generator, an air pipeline II, an equipartition device, an intelligent control part, and a concentration detector, and the outdoor component comprises an external power supply part, a filter screen, an oxygen enrichment membrane, a storage battery, a vibrator, an air pipeline, a fan, an air suction pump, and an air pipeline I, and the above components; the external power supply part is a solar panel, a wind driven generator or a mains supply which is connected with a storage battery through a converter, and the priority order of the external power supply part is solar energy, wind energy, the storage battery and the mains supply; the filter screen is arranged at the front end of the air inlet of the oxygen-enriched membrane, and the vibrator is arranged at the bottom of the oxygen-enriched membrane, so that the dust of the oxygen-enriched membrane can be removed regularly, and the oxygen supply smoothness of the oxygen-enriched membrane can be ensured; the storage battery is connected with the vibrator in series and provides power for the vibrator; the tail end of the oxygen-enriched membrane is connected with an air pipeline, and the other end of the air pipeline is connected with an air inlet of an air suction pump; the fan is arranged below the vibrator and connected with the storage battery in parallel, and starts to work when the vibrator is started, so that dust vibrated by the vibrator is discharged out of the box body; the air outlet end of the air suction pump is connected with an air pipeline I; the other end of the air pipeline I penetrates through the wall body to be connected with the indoor part; the indoor part consists of an ozone generator, an air pipeline II, a uniform distributor, an intelligent control part and a concentration detector, and the parts are integrated in the box body; the air inlet end of the ozone generator is connected with the inner end of the wall of the air pipeline I, and the air outlet end of the ozone generator is connected with the uniform distributor through the air pipeline II to provide oxygen indoors; the concentration detector is installed at the air outlet of the uniform distributor, detects the oxygen concentration in the room and makes the adjustment from time to time.

Technical parameter table

Model TH-YB30/40 rated power (W) 20-80W

Oxygen amount (L/min) 30-300L power supply (V) 220VAC/DC12V

Oxygen concentration (%) 30-40% by dry weight (Kg) 1.5-5.5

Oxygen pressure (Pa) 10 to 100 physical dimension (mm)

The noise (dBA) of the whole machine is less than or equal to 45, and the applicable area (square meter) is less than or equal to 10-100

When the closed area is large, a plurality of the devices can be simultaneously used.

Introduction of indoor oxygen supply and production product (external hanging type) function

Functional details of sequence number function names

1. Power supplies, indoor supply adapter power (AC 220V-DC 12V), photovoltaic, wind, batteries.

Multiple power supplies are used simultaneously, and all the levels have priority for use.

2. The switch is operated, and the on-off is operated by functions of timing, automation, manual operation, remote control, voice control, concentration, micro-positive pressure and the like.

3. And the oxygen concentration and the micro-positive pressure startup and shutdown can be monitored in real time.

4. Oxygen generation principle, oxygen enrichment principle of membrane oxygen enrichment technology: the membrane oxygen enrichment is to make oxygen in air pass through the membrane preferentially under the driving of pressure difference by utilizing the difference of permeation rate of each component in air when permeating the membrane, so as to obtain oxygen-enriched air with higher oxygen content. The membrane is used for multiple times of permeation separation, and oxygen-enriched air with the oxygen content of more than 30-40% can be obtained. The oxygen-enriched air is fed into the relatively closed space, so that the oxygen concentration of the relatively closed space is improved.

5. Air supply outlet, indoor uniform air supply outlet.

6. And displaying, namely displaying various parameters, and displaying the oxygen content and the micro-positive pressure of the indoor air in real time by using the liquid crystal display.

7. The negative ions can sterilize and purify indoor air.

8. Ozone, the ozone function can be used for decomposing and disinfecting harmful substances.

9. Oxygen is supplied to the closed space, and the green forest and nature oxygen bar is moved indoors.

10. The pressure boost, indoor pressure-fired that presents reduces dust and haze and gets into indoorly.

11. The space oxygen and the space size are matched with different models or a plurality of models for simultaneous use.

12. The use environment is-20-50 ℃.

13. The storage environment is-30-60 ℃.

14. Use places, homes, hospitals, nursing homes, gymnasiums, yogas, internet bars, song cities, beauty salons, health maintenance clubs, cafes, hotels, restaurants, and the like.

15. The movable closed space is used for relative closed spaces of automobiles, trains, travelling wheels, high-speed rails, operation rooms and the like.

16. The advantage, any relatively confined place can all use, has solved traditional oxygen suppliment mode, and the heaviness such as compressed gas bottle has stored the use restriction of transportation tolerance etc..

17. The installation position should be placed in a dry, dustless and ventilated place. The air inlet and the air outlet are kept open.

18. And automatic dust removal is carried out, and the oxygen-enriched membrane is cleaned by adopting a mechanical vibration scheme. The air filter recommends that the air filter cartridge be cleaned or replaced using 20000 hours.

Due to the generation of new oxygen therapy technology and the continuous improvement of oxygen therapy method, not only the oxygen therapy effect is improved, but also great convenience is brought to the use of patients, so that the application of long-term oxygen therapy is wider; the different types of oxygen generators are matched according to different space sizes.

The micro-positive pressure is presented indoors, and dust and haze are reduced to enter indoors. When the indoor oxygen concentration exceeds 23 percent of the international oxygen standard, the oxygen supply system can be automatically stopped. And monitoring and setting the oxygen concentration on-off in real time. High-frequency high-voltage discharge generates ozone and negative ions to achieve the aims of sterilization and disinfection. The anion has sterilization and disinfection factors, can decompose various high-molecular toxic organic gases such as TVOC and the like, has the effects of air sterilization and purification, and can especially kill the disease source of the upper respiratory tract. The negative ions can adsorb charged suspended particles in the air and excessive positive ions in the air, forcibly suppress and kill bacteria and mould in the indoor air, remove smoke smell, indoor dirty air, pet peculiar smell and harmful gas volatilized by decoration materials. The negative ions can clean and refresh indoor air without secondary pollution, and meet the requirement of environmental protection. The indoor air is kept pure and fresh, and rich oxygen and negative oxygen ions seem to enter the green forest ecological environment, so that people feel relaxed and happy, and the good air is favorable for breathing, and the cell health and talent health. Solves the problems of dizziness and chest distress caused by anoxia, makes the blood oxygen concentration (oxygen saturation), physical function, vitality and immunity of people reach the optimal state, helps the health and improves the life quality.

The traditional Chinese medicine composition can be mainly used for treating respiratory tract diseases such as asthma, chronic tracheitis and emphysema at home without receiving oxygen treatment for long-term hospitalization. 30-40% of the oxygen-containing air can be directly used; the intermittent ozone generator can disinfect and remove peculiar smell and display the oxygen concentration in real time.

Claims

1. Airtight space system oxygen system, adopt embrane method oxygen boosting technique oxygen boosting principle, the permeation rate when utilizing each component to permeate through the membrane in the air is different promptly, under the pressure difference drive, make oxygen in the air preferentially pass through the membrane and obtain the oxygen-enriched air, it is by external power source part, the filter screen, the oxygen-enriched membrane, the battery, the vibrator, the gas pipeline, the fan, the aspirator pump, gas pipeline I, ozone generator, gas pipeline II, the equipartition ware, the intelligent control part, concentration detector constitutes outdoor part and indoor part two parts, its characterized in that: the outdoor part comprises an external power supply part, a filter screen, an oxygen-enriched membrane, a storage battery, a vibrator, an air pipeline, a fan, an air suction pump and an air pipeline I, and the parts are integrated in the box body; the external power supply part is a solar panel, a wind driven generator or a mains supply which is connected with a storage battery through a converter, and the priority order of the external power supply part is solar energy, wind energy, the storage battery and the mains supply; the filter screen is arranged at the front end of the air inlet of the oxygen-enriched membrane, and the vibrator is arranged at the bottom of the oxygen-enriched membrane, so that the dust of the oxygen-enriched membrane can be removed regularly, and the oxygen supply smoothness of the oxygen-enriched membrane can be ensured; the storage battery is connected with the vibrator in series and provides power for the vibrator; the tail end of the oxygen-enriched membrane is connected with an air pipeline, and the other end of the air pipeline is connected with an air inlet of an air suction pump; the fan is arranged below the vibrator and connected with the storage battery in parallel, and starts to work when the vibrator is started, so that dust vibrated by the vibrator is discharged out of the box body; the air outlet end of the air suction pump is connected with an air pipeline I; the other end of the air pipeline I penetrates through the wall body to be connected with the indoor part; the indoor part consists of an ozone generator, an air pipeline II, a uniform distributor, an intelligent control part and a concentration detector, and the parts are integrated in the box body; the air inlet end of the ozone generator is connected with the inner end of the wall of the air pipeline I, and the air outlet end of the ozone generator is connected with the uniform distributor through the air pipeline II to provide oxygen indoors; the concentration detector is installed at the air outlet of the uniform distributor, detects the oxygen concentration in the room and makes the adjustment from time to time.

2. The oxygen generation and supply system for the enclosed space according to claim 1, characterized in that: the core component of the intelligent control part is a C51 or STM32 singlechip, 12V direct current is adopted for power supply, and IO.0 and IO.1 wiring pins of the intelligent control part are respectively connected with indoor and outdoor sensor probes in parallel and then form a loop with wiring pins COM0 to respectively measure outdoor temperature and indoor temperature; the wiring pins IO.0 and COM1 are connected in series with the microphone to provide a voice input instruction; the wiring pin IO.0 is connected with the air pressure sensor respectively and then is connected with the wiring pin COM2 in parallel to monitor outdoor and indoor pressures; the wiring pins IO.0 and COM3 are connected with a concentration detector; the wiring pins IO.0 and COM4 are respectively connected with the solar panel, the wind driven generator and the storage battery in parallel, the wiring pins IO.0 and COM5 are connected with the 220V inverter to provide a 12V direct current power supply for the C51 or STM32 singlechip, the wiring pins Q0.0 and GND0 are connected with the buzzer, and the wiring pins Q0.1 and GND1 are connected with the vibrator; the wiring pin Q0.2 and the GND2 are connected with the fan; the wiring pin Q0.3 and the GND3 are connected with the air pump; the wiring pin Q0.4 and the GND4 are connected with the ozone generator; the connection pins A, B, 12VDC and 0V are respectively connected with the manual controller to provide man-machine exchange function.