阅读说明：本技术 气激式负氧离子发生器 (Air-excited negative oxygen ion generator ) 是由 *** 何相华 于 2019-09-17 设计创作，主要内容包括：本发明涉及一种气激式负氧离子发生器,包括一压力桶和密封连接于压力桶顶部开口端的压盖,压盖上设置防溅筒,防溅筒顶板上面设置进气接头,下面固接连接杆,连接杆上端固定连接于防溅筒顶板上并与进气接头连通、中段固接挡水板、下端连接并连通气激式负氧离子发生装置,压缩空气(或氧气)从进气接头通过连接杆进入气激式负氧离子生装置,产生高浓度、高活性的小分子负氧离子,经挡水板除去水珠后从出气接头输出,供人呼吸或空吹,压力桶与压盖之间采用紧固件活动连接,拆装简单方便,密封可靠,压盖或防溅筒上设置补水接头,可轻松补水,压力桶侧壁上设置液位计,可方便看到压力桶内的水位。(The invention relates to a gas-excited negative oxygen ion generator, which comprises a pressure barrel and a gland hermetically connected with the top opening end of the pressure barrel, wherein a splash-proof barrel is arranged on the gland, an air inlet joint is arranged on the top plate of the splash-proof barrel, a connecting rod is fixedly connected below the top plate of the splash-proof barrel, the upper end of the connecting rod is fixedly connected to the top plate of the splash-proof barrel and is communicated with the air inlet joint, a water baffle is fixedly connected to the middle section of the splash-proof barrel, the lower end of the connecting rod is connected with a gas-excited negative oxygen ion generating device and is communicated with the gas-excited negative oxygen ion generating device, compressed air (or oxygen) enters the gas-excited negative oxygen ion generating device through the connecting rod from the air inlet joint to generate high-concentration and high-activity micromolecule negative oxygen ions, the micromolecule negative oxygen ions are output from an air outlet joint after water drops are removed through the water, the water level in the pressure barrel can be conveniently seen.)

1. An air-excited negative oxygen ion generator is characterized in that: including a pressure vessel (1) and a sealing connection in pressure vessel (1) open-top end's gland (2), set up splashproof section of thick bamboo (3) on gland (2), splashproof section of thick bamboo (3) are for having lateral wall and roof and lower extreme open-ended tubular structure, gland (2) or splashproof section of thick bamboo (3) set up and give vent to anger and connect (303) and air-inlet joint (302), rigid coupling connecting rod (305) below roof or gland (2), connecting rod (305) are a hollow rod, its upper end intercommunication air-inlet joint (302), and the middle section is close to the position rigid coupling breakwater (304) of gland, and the fixed parallel ventilation of lower extreme swashs negative oxygen ion generating device adopts fastener (101) swing joint, the inner chamber splendid attire water (5) of pressure vessel (1) between pressure vessel (1) and gland (2).

2. An air-excited negative oxygen ion generator is characterized in that: including a pressure vessel (1) and a sealing connection in gland (2) of pressure vessel (1) open end, set up joint (303) and air-in connection (302) of giving vent to anger on gland (2), rigid coupling connecting rod (305) below gland (2), connecting rod (305) are a hollow pole, its upper end intercommunication air-in connection (302), and the middle section is close to position rigid coupling breakwater (304) of gland, and the fixed parallel connection of lower extreme is ventilated and is swashed formula negative oxygen ion generating device, adopts fastener (101) swing joint between pressure vessel (1) and gland (2), and the inner chamber splendid attire water (5) of pressure vessel (1).

3. The gas-excited oxygen anion generator of claim 1 or 2, wherein: the air-excited negative oxygen ion generating device comprises an outer air-excited negative oxygen ion generating device or a lower air-excited negative oxygen ion generating device.

4. An air-excited negative oxygen ion generator is characterized in that: including a pressure vessel (1) and a gland (2) of sealing connection in pressure vessel (1) open-top end, gland (2) set up the joint (303) of giving vent to anger, pressure vessel (1) lateral wall or bottom set up air inlet joint (302), be provided with the swash formula negative oxygen ion generating device who connects the intercommunication with the air inlet in pressure vessel (1), be provided with two breakwaters (4) on the pressure vessel inner wall, the breakwater is including two that are located respectively from top to bottom, two breakwaters 304 extend to the opposite direction lateral wall from the different positions of pressure vessel 1 lateral wall respectively to, the projection in vertical direction of two breakwaters has all covered the gas pocket of giving vent to anger joint 303. The pressure barrel (1) is movably connected with the gland (2) by a fastener (101), and the inner cavity of the pressure barrel (1) is filled with water (5).

5. The gas-excited negative oxygen ion generator of claim 4, wherein: the air-excited negative oxygen ion generating device comprises an outer air-excited negative oxygen ion generating device, a lower air-excited negative oxygen ion generating device and an inner air-excited negative oxygen ion generating device.

6. The gas-excited oxygen anion generator of claim 3 or 5, wherein: the external jet excitation type negative oxygen ion generating device (4) is composed of an air excitation body (401), an air excitation cover (402), an air storage chamber (403), an air excitation hole (404) and an air excitation chamber (405); the lower jet excited negative oxygen ion generating device (4A) is composed of a gas excited body (401), a gas storage chamber (403), a gas excited hole (404), a gas excited chamber (405), a gas excited baffle (406) and a connecting column (407); the internal jet excitation type negative oxygen ion generating device (4B) is composed of an air excitation hole (404), an arc-shaped air storage chamber (412) and an arc-shaped baffle (413).

7. The gas-excited oxygen anion generator of any of claims 1 to 5, wherein: the negative oxygen ion generator is also provided with a water replenishing joint for replenishing water into the pressure barrel.

8. The gas-excited negative oxygen ion generator of claim 7, wherein: the air inlet joint (302) and the water replenishing joint (301) are directly fixed on the gland (2).

9. The gas-excited negative oxygen ion generator of claim 6, wherein: the gas-excited negative oxygen ion generator device (4) is arranged at the bottom of the pressure barrel (1), and the gas-excited negative oxygen ion generator device (4) is communicated with a high-pressure air source through a connecting joint (409), an air inlet pipe (410), a one-way valve (411) and an air inlet joint which are arranged at the bottom of the pressure barrel (1).

10. The gas-excited negative oxygen ion generator of claim 6, wherein: interior jet-propelled formula negative oxygen ion generating device specifically includes the bottom outer wall of pressure vessel (1) sets up arc gas receiver (412), sets up cowl (413) on pressure vessel (1) inner chamber bottom plate, and the gas of intercommunication arc gas receiver (412) is seted up to the lateral wall of pressure vessel (1) and is swashed hole (404), external intake pipe (410), check valve (411) and the air inlet joint of arc gas receiver (412).

Technical Field

The invention relates to medical health care equipment, in particular to an air-excited negative oxygen ion generator.

Background

The negative oxygen ion is called as "air vitamin", has effects of promoting metabolism, enhancing immunity, resisting oxidation, resisting aging, scavenging free radicals, tranquilizing, etc., and can be inhaled into patients with high concentration ecological level negative oxygen ion (1 ten thousand per cm)³Above) after air, can accelerate wound healingIt can promote rehabilitation, purify indoor air, kill virus and bacteria, and promote health.

Negative oxygen ions are classified into two types: the first type is negative oxygen ions generated around natural environments such as seashore, forest, grassland and waterfall, the service life of the negative oxygen ions is long, generally within 1-20 minutes, and the negative oxygen ions generated by physical impact such as artificial water type and gas-shock type also belong to the category; the second type is negative oxygen ions generated by corona discharge, rays, ultraviolet rays, microwaves and the like, has a short life, generally a few seconds, and contains substances harmful to the health, such as ozone and oxynitride, and has obvious electrostatic discharge. The first type of negative oxygen ions are beneficial to body health, and the second type of negative oxygen ions have little or even harmful effect on body health, and are mainly used in industries such as sterilization and disinfection.

The negative oxygen ion generators which are put into use in batches in the market at present are corona discharge type negative oxygen ion generators, which are worthy of deep thinking and vigilance of users, scientific circles and governments, and in addition, the water attack type negative oxygen ion generators are large and heavy in body, are only used in stations, squares, parks, hotels, villas and other places, are beneficial to health but cannot be popularized to families for use.

The applicant has applied for a patent of 'air-excited high-concentration negative oxygen ion generator', application No. 201820148687.1, which can generate high-concentration ecological negative oxygen ions, but has the following problems: the negative oxygen ion air output from the air outlet contains more water drops; the output gas flow is less, and the gas flow is only suitable for personal respiration and is not suitable for increasing the concentration of negative oxygen ions in a large space; a high-pressure large-flow gas source cannot be adopted, so that the further improvement of the concentration of negative oxygen ions is limited; fourthly, water is supplemented and the disassembly is inconvenient.

Disclosure of Invention

The technical problem to be solved by the invention is as follows: overcomes the defects of the prior art, and provides the air-excited negative oxygen ion generator which has convenient water replenishing and dismounting, large gas flow, less water drops and high negative oxygen ion concentration.

The invention adopts the technical scheme that the air-excited negative oxygen ion generator is characterized in that: including a pressure vessel and a sealing connection in the gland of pressure vessel open end, set up the splashproof section of thick bamboo on the gland, the splashproof section of thick bamboo is for having lateral wall and roof and lower extreme open-ended tubular structure, the gland or the splashproof section of thick bamboo sets up the joint of giving vent to anger and air-in connection, the rigid coupling connecting rod below roof or the gland, the connecting rod is an empty core rod, and its upper end intercommunication air-in connection, the middle section is close to the position rigid coupling breakwater of gland, and the fixed parallel connection of lower extreme is ventilated and is swashed formula negative oxygen ion generating device, adopts fastener swing joint between pressure vessel and the gland, and the inner.

The invention also provides an air-excited negative oxygen ion generator, which is characterized in that: including a pressure vessel and a sealing connection in the gland of pressure vessel top open end, set up on the gland and give vent to anger and connect and the air inlet connection, rigid coupling connecting rod below the gland, the connecting rod is a hollow pole, and its upper end intercommunication air inlet connection, the middle section is close to the position rigid coupling breakwater of gland, and the fixed parallel connection of lower extreme is ventilated and is swashed formula negative oxygen ion generating device, adopts fastener swing joint between pressure vessel and the gland, and the inner chamber of pressure vessel contains water.

Further, it is characterized in that: the air-excited negative oxygen ion generating device comprises an outer air-excited negative oxygen ion generating device or a lower air-excited negative oxygen ion generating device.

The invention also provides an air-excited negative oxygen ion generator, which is characterized in that: including a pressure vessel and a sealing connection in the gland of pressure vessel open-top end, the gland sets up the joint of giving vent to anger, pressure vessel lateral wall or bottom set up the air inlet joint, be provided with the gas shock formula negative oxygen ion generating device who communicates with the air inlet joint in the pressure vessel, be provided with two breakwaters on the pressure vessel inner wall, the breakwater is including two that are located from top to bottom respectively, two breakwaters 304 extend to the opposite direction lateral wall from the different positions of 1 lateral wall of pressure vessel respectively to, the projection in vertical direction of two breakwaters has all covered the gas pocket of the joint of giving vent to anger. The pressure barrel is movably connected with the gland through a fastener, and the inner cavity of the pressure barrel contains water.

Further, it is characterized in that: the air-excited negative oxygen ion generating device comprises an outer air-excited negative oxygen ion generating device, a lower air-excited negative oxygen ion generating device and an inner air-excited negative oxygen ion generating device.

Further, it is characterized in that: the external jet excitation type negative oxygen ion generating device consists of an air excitation body, an air excitation cover, an air storage chamber, an air excitation hole and an air excitation chamber; the lower jet excitation type negative oxygen ion generating device consists of a gas excitation body, a gas storage chamber, a gas excitation hole, a gas excitation chamber, a gas excitation baffle and a connecting column; the inner jet excited negative oxygen ion generating device is composed of an air exciting hole, an arc-shaped air storage chamber and an arc-shaped baffle.

Further, it is characterized in that: the air-excited negative oxygen ion generator is also provided with a water replenishing joint for replenishing water into the pressure barrel.

Further, it is characterized in that: the air inlet joint and the water replenishing joint are directly fixed on the gland.

Further, it is characterized in that: the gas-excited negative oxygen ion generator device is arranged at the bottom of the pressure barrel and is communicated with a high-pressure gas source through a connecting joint, an air inlet pipe, a one-way valve and an air inlet joint which are arranged at the bottom of the pressure barrel.

Further, it is characterized in that: interior jet-propelled formula negative oxygen ion generating device specifically includes the bottom outer wall of pressure vessel sets up the arc gas receiver, sets up cowl on the pressure vessel inner chamber bottom plate, and the gas of intercommunication arc gas receiver is seted up to the lateral wall of pressure vessel and is swashed the hole, external intake pipe, check valve and the air connector of arc gas receiver.

Further, the bottom outer wall of pressure vessel sets up the arc gas receiver, sets up cowl on the pressure vessel inner chamber bottom plate, and the gas of intercommunication arc gas receiver is seted up to the lateral wall of pressure vessel and is swashed the hole, and external intake pipe, check valve and the air connector of arc gas receiver connect high pressurized air source again, air connector.

Further, to large-scale pressure barrel, barrel head and gland will produce the deformation if adopting the flat board, should adopt the arc to connect, the pressure barrel head is adopted to pressure barrel head bottom, and the gland also adopts arc top head, and the pressure barrel adopts flange bolted connection with the faying face of gland, and the faying face sets up the bucket sealing washer, and pressure barrel inner chamber lateral wall sets up vice breakwater, and vice breakwater cooperation is fixed in the breakwater on the connecting rod, and the manger plate effect is better.

The invention has the following effects:

compared with the existing corona discharge type air negative oxygen ion generator, the ecological-grade micromolecular negative oxygen ions which are high in concentration, high in activity and long in service life and do not contain ozone and nitrogen oxides are generated, the quality of the ecological-grade micromolecular negative oxygen ions is much better than that of the negative oxygen ions generated by the corona discharge type air negative oxygen ion generator, and the ecological-grade micromolecular negative oxygen ions have obvious medical care effects.

Secondly, because of adopting the water baffle and/or the splash-proof cylinder, the output negative oxygen ion air has few water drops, and the use of people is more comfortable.

And the top cover is provided with a water replenishing joint, so that water is simple and convenient to replenish.

Fourthly, the belt loop fastener is adopted, so that the device can be assembled and disassembled conveniently without any tool.

The water level meter can see the amount of water in the pressure barrel to replenish water at any time.

Drawings

FIG. 1 is a schematic structural diagram of a first embodiment of the present invention;

FIG. 2 is a schematic structural diagram of a second embodiment of the present invention;

FIG. 3 is a schematic structural diagram of a third embodiment of the present invention;

FIG. 4 is a schematic structural diagram of a fourth embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a fifth embodiment of the present invention;

FIG. 6 is a schematic structural diagram of a sixth embodiment of the present invention;

fig. 7 is a schematic structural diagram of a seventh embodiment of the present invention.

In the figure, 1-pressure barrel, 101-fastener, 102-liquid level meter, 103-barrel flange, 104-bottom head, 105-auxiliary water baffle, 106-barrel sealing ring, 2-gland, 201-sealing ring, 202-cover groove, 203-connecting bolt, 204-top head, 205-cover flange, 3-splash guard, 301-water supplementing joint, 302-air inlet joint, 303-air outlet joint, 304-water baffle, 305-connecting rod, 4-external jet excitation type negative oxygen ion generating device, 401-air excitation body, 402-air excitation cover, 403-air storage chamber, 404-air excitation hole, 405-air excitation chamber, 406-air excitation baffle, 407-connecting column, 408-supporting leg, 409-connecting joint, 410-air inlet pipe, 411-one-way valve, 412-arc gas storage chamber, 413-arc baffle and 5-water.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.