CN214347478U - Gaseous state environment purification atomizer - Google Patents

Abstract

The utility model relates to a gas environment purification spraying device, which comprises a tank cover with smaller volume covered in a water tank, and limits the oscillation space of the liquid in the water tank in the tank cover to improve the effect of oscillating and atomizing the liquid; a shell covers the tank cover, and a water filling port of the shell can directly supplement liquid into the water tank and the oscillation space without opening the shell; the oscillating piece of the oscillating device is coated with an acid-base resistant coating, the water tank and the oscillating space can supplement acid-base cleaning liquid such as alkaline ionized water and the like to be atomized into gaseous cleaning spray which is output to an external environment space to be used as indoor furnishing, sterilizing, cleaning, deodorizing, virus eliminating or air purifying comprising a three-dimensional space or above the ground, the use is safe and does not influence the health of human bodies, the umbrella-shaped panel provided with the shell with transparent light radiation is provided with the protruding ribs like a paper umbrella framework in a concealed and transparent mode, the integral shape is like the aesthetic feeling and the mood of a paper umbrella, and the atomizing effect is very decorative and environment atmosphere.

Description

Gaseous state environment purification atomizer

Technical Field

The utility model relates to a spraying device for generating atomized gaseous cleaning, sterilizing, disinfecting and deodorizing by oscillating liquid.

Background

In the prior art, the conventional environment is cleaned, deodorized, sterilized, disinfected and the like, usually bleaching water, alcohol and the like are used, so that the problems of irritation, corrosion and residue to the environment, allergy or discomfort to a human body and the like are caused, and the safety problem that alcohol drops are remained on a table when an alcohol spraying device is used is also very careless.

The liquid alcohol or bleaching water is not suitable for being sprayed in the space, so the cleaning range is difficult to take into consideration of three-dimensional space or indoor furnishings above the ground, while some gaseous spraying devices with fragrance or insect killing use electric elements and the like, when the spraying devices filled with corrosive liquid are poured, the liquid is easy to permeate into the devices to damage or influence the performance of the electric elements, and the corrosive liquid overflowing the spraying devices is easy to cause environmental pollution and harm to human bodies, so the use is unsafe; and the spraying device water tank contains corrosive acid and alkali liquid which is easy to corrode the oscillation sheet of the oscillator, thereby causing the problems that the electrode layer is damaged and can not be used and the spraying can not generate the atmosphere effect of better environment.

The existing spraying device is used for supplementing liquid to the water tank, the liquid can be supplemented only by opening the outer cover of the water tank, and the problem of inconvenient use exists; some large spraying devices have a large capacity of a water tank containing liquid, the oscillating device at the bottom side of the water tank is often limited in oscillating power, and too much liquid is oscillated at the same time, so that the problem of poor atomizing effect exists.

SUMMERY OF THE UTILITY MODEL

In order to solve the above-mentioned prior art not enough, the utility model discloses a main aim at provides a gaseous state environment purifies atomizer, and the shell that need not to lift the basin such as the liquid of its packing can be followed the water filling port of this atomizer shell and directly supplied liquid to the basin in, has the convenience.

The utility model provides a gaseous environment purification spraying device, which is characterized in that a tank cover with smaller volume is combined with a large-capacity water tank to limit the space of liquid oscillated inside the tank cover so as to improve the atomization efficiency of the oscillated liquid; when the spraying device is poured, liquid in the device is not easy to flow into the interior of the device or the environment, so that damage to electrical elements in the spraying device is avoided, the environment is maintained to be clean and safe, and the like.

The utility model provides a can use gaseous state environment purification atomizer of the ionic water liquid of basicity, the alkaline ionic water spraying of production is nontoxic, amazing, not remaining, uses gaseous state spraying to environmental cleaning, degerming, deodorization, disinfection to purify the environment space, just do not harm health to environmental safety.

The utility model discloses a gaseous environment purification spraying device, which comprises a bottom shell, a fan, a water tank, an oscillation device, a shell and a control unit;

the bottom shell comprises a containing chamber defined inside, a first air inlet arranged at the bottom side of the containing chamber, and an opening formed at the upper edge of the containing chamber; the water tank comprises a notch, a tank bottom, a first hole, a tank cover and an air flow channel, wherein the notch is formed at the upper side of the water tank, the first hole is formed at the tank bottom, one side of the air flow channel stretches in the water tank to form a protruded pipe air vent, the other side of the air flow channel extends out of the tank bottom to form an air vent, and the fan is combined at the air vent;

the water tank is combined with the opening of the bottom shell, the airflow channel and the fan are communicated with the first air inlet hole through the containing chamber, and the first air inlet hole provides a path for the fan to suck external air;

the cover further includes an oscillating space, a first gap, a shield, a first vent hole, and a structure of the cover matching the shape of the protruding tube vent hole and the first hole in the water tank, the shape of the shielding concave part is arranged on the inner side of the periphery of the slot cover, the inner side of the shape of the shielding concave part forms a shielding space, the first exhaust hole is formed on the other side of the groove cover, the first gap is hollowed at the bottom side of the groove cover, the groove cover is combined on the upper side of the bottom wall of the inner side of the water tank and covers the first hole and the airflow channel, and the shield covers the outer side of the vent hole of the protruding pipe, the tank cover is internally provided with the oscillating space for containing liquid, so that the oscillating space is limited to be arranged at the inner side of the narrower tank cover, the oscillating space is limited to be arranged in the tank cover with small volume, wherein the amount of liquid which can be filled is less than that in the water tank, and the protruding pipe air vent and the first exhaust hole are communicated with the oscillation space;

the oscillating device is arranged in the first hole and comprises an oscillating sheet, and the outer layer of the oscillating sheet comprises a coating coated with acid and alkali resistance and used for vibrating and atomizing liquid in the oscillating space;

the oscillating sheet oscillates and atomizes the liquid with less oscillating space in the tank cover, so that a better atomizing effect can be maintained, meanwhile, water molecules of the atomizing gas can be concentrated on the inner side of the tank cover and effectively output from the first exhaust hole, and the embarrassment that an oscillating device does not have good oscillating effect on a large amount of liquid in a large-volume water tank is avoided; the problem that the oscillation atomization effect is influenced by the large-volume storage liquid of the water tank of the existing large-scale spraying device can be solved.

The shell comprises a cover body, a water filling port and an inner wall, wherein the water filling port is arranged on the upper side of the cover body, the inner wall protrudes downwards from the inner side surface of the cover body to form a surrounding shielding wall structure, the inner side of the inner wall corresponds to the lower side of the water filling port, the shell is detachably assembled at the opening of the bottom shell and shields the slot cover, a first exhaust hole of the slot cover corresponds to the inner side of the water filling port, and the free end of the inner wall is connected to the slot opening; the first exhaust hole and the oscillation space are communicated to form a spray outlet path;

the control unit is combined in the chamber at one side of the bottom of the tank, the control unit comprises a circuit device such as a PCBA board, an oscillating device circuit and the like for driving the oscillating device, and the control unit is electrically connected with the oscillating device, the fan or other electric lamps, electrons or appliances used in the spraying device and used for controlling the switch or various action functions of the oscillating device or the fan or other electric lamps, electrons or appliances.

Therefore, a user can pour liquid into the water tank from the water filling port, the liquid flows into the oscillation space from the first gap, a power supply is connected to the control unit to instruct the oscillation device to start the oscillation device to oscillate and generate atomized fog (fine water molecules) on the liquid (such as alkaline ionized water or various environment cleaning and purifying preparations, or various natural degerming and deodorizing agents applied to the liquid), and meanwhile, the fan continuously sends air flow from the first air inlet hole to the air vent, the air flow is blocked and blocked to flow back in the oscillation space through the protruded pipe air vent of the air flow channel, the air flow does not directly flow out of the first air outlet hole, and the atomized fog (fine water molecules) such as alkaline ionized water (pH value of hydroxide ionized water electrolyzed by pure water is about 10 to 12.5 in the embodiment) in the oscillation space can be effectively sent to the external environment space through the first air outlet hole, the indoor decoration comprising the three-dimensional space or above the ground is used for sterilizing, cleaning, deodorizing, killing viruses or purifying air, is safe to use and does not affect the health of human bodies. This at least ameliorates the problem of injury from existing alcohol or chemical cleaning solutions that attack the hands.

Wherein the acid and alkali resistant coating is a fluorine-containing polymer or an electronic metal coating agent.

The shell also comprises an umbrella-shaped panel, the umbrella-shaped panel is provided with a spray hole, the umbrella-shaped panel is combined in the cover body on the inner side of the water injection port, a second gap is kept between the inner sides of the water injection port and the cover body and the umbrella-shaped panel, and the spray hole is communicated with the first exhaust hole and the oscillation space.

Wherein the umbrella-shaped panel comprises a plurality of radial ribs, and the ribs radiate from the outer side of the periphery of the spray hole to the edge of the umbrella-shaped panel.

The umbrella-shaped panel is made of light-transmitting or transparent material, the radial protruding rib structure is formed at the lower side of the umbrella-shaped panel, the radial protruding ribs are radiated to the edge of the umbrella-shaped panel from the outer side of the periphery of the spray hole, and the upper side of the light-transmitting or transparent material of the umbrella-shaped panel can see the radial protruding ribs.

The groove cover also comprises a water baffle, the water baffle is combined at the lower side of the first exhaust hole, and a third gap is kept between the water baffle and the lower side of the first exhaust hole.

The water baffle also comprises a plurality of clamping parts which are distributed at intervals on the upper side of the water baffle; the periphery of the lower side of the first exhaust hole forms a plurality of clamping grooves, and the water baffle is combined in the clamping grooves through the clamping parts.

The control unit is connected with an external power supply used for the light source device to generate light, and the control unit provides the light generated by the light source device to radiate the light on the umbrella-shaped panel through the water tank, the water baffle and the groove cover to form a light decoration effect.

Wherein, the shielding covers the outer side of the protruded pipe air vent of the air flow channel, and the protruded pipe air vent forms a height relative to the inner side wall of the water tank at intervals.

Wherein, the vent opening direction of the protruded pipe vent is perpendicular to the inner side wall of the water tank and faces the inner side wall of the water tank, and the caliber of the vent is larger than that of the protruded pipe vent.

Drawings

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

FIG. 1: the utility model is an appearance diagram;

FIG. 2: the utility model is an exploded view;

FIG. 3: the utility model is an exploded view from another view angle;

FIG. 4: the water tank of the utility model is assembled on the sectional view of the bottom shell;

FIG. 5: the utility model discloses a sectional view of the slot cover;

FIG. 6: the cross section of the shell of the utility model;

FIG. 7: FIG. 1 is a cross-sectional view;

FIG. 8: fig. 1 is another perspective cross-sectional view.

Description of the reference numerals

A bottom case 10;

a housing 11;

a first intake hole 12;

an opening 13;

side holes 15;

a fan 20;

a water tank 30;

the notch 31;

a tank bottom 33;

a first hole 34;

a slot cover 35;

a water guard plate 350;

the oscillation space 351;

a card portion 352;

a first gap 353;

the third gap 354;

a mask 355;

a card slot 356;

a first exhaust hole 357;

a suspension tank 36;

an air flow passage 37;

a nipple vent 371;

a vent 373;

an oscillation device 40;

a waterproof ring 41;

a fixed frame 42;

an oscillating piece 43;

a switching device 50;

a housing 60;

a cover body 61;

a window 611;

a water injection port 62;

an inner wall 63;

a second gap 66;

an umbrella-shaped panel 67;

spray holes 671;

the ribs 673;

a control unit 70;

a lighting device 71.

Detailed Description

The technical solution in the embodiment of the present invention is clearly and completely described below with reference to the drawings in the embodiment of the present invention. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, but the present invention may be implemented in other ways different from the specific details set forth herein, and one skilled in the art may similarly generalize the present invention without departing from the spirit of the present invention, and therefore the present invention is not limited to the specific embodiments disclosed below.

Referring to fig. 1 to 7, in an embodiment of the present invention, the gaseous environment purifying and spraying apparatus includes a bottom case 10, a fan 20, a water tank 30, an oscillation device 40, a housing 60, and a control unit 70.

The bottom case 10 includes a chamber 11 defined therein, a first air inlet hole 12 disposed at a bottom side of the chamber 11, and an opening 13 formed at an upper edge of the chamber 11.

The water tank 30 includes a notch 31, a tank bottom 33, a first hole 34, a cover 35, and an air flow channel 37, wherein the notch 31 is formed on the upper side of the water tank 30, the first hole 34 is opened on the tank bottom 33, one side of the air flow channel 37 protrudes into the water tank 30 to form a protruding tube air vent 371, the other side of the air flow channel 37 extends out of the tank bottom 33 to form an air vent 373, and the fan 20 is combined with the air vent 373.

The water tank 30 is combined with the opening 13 of the bottom case 10, the air flow channel 37 and the fan 20 are communicated with the first air inlet 12 through the chamber 11, and the first air inlet 12 provides a path for the fan 20 to suck external air.

The cover 35 further includes an oscillating space 351, a first gap 353, a shield 355, a first exhaust hole 357, the shape of the cover 35 matches the structure of the tube vent 371 and the first hole 34 in the water tank 30, the shield 355 forms a concave shape at an inner side of the periphery of the cover 35, the inner side of the concave shape of the shield 355 forms a shielded space, the first exhaust hole 357 is formed at the other side of the cover 35, the first gap 353 is pierced at the bottom side of the cover 35, the cover 35 is combined at the upper side of the bottom wall 33 at the inner side of the water tank 30 and covers the first hole 34 and the air flow channel 37, the shield 355 covers the outer side of the tube vent 371, the inner side of the cover 35 defines the oscillating space 351 containing liquid, thereby limiting the oscillating space 351 at the inner side of the cover 35 with smaller volume and limiting the oscillating space in the cover 35 with smaller volume, wherein the amount of liquid that can be filled in the water tank 30 is less than the amount of liquid, the tube protruding vent 371 and the first exhaust hole 357 are connected to the oscillation space 351.

The oscillating device 40 is disposed in the first hole 34, the oscillating device 40 includes an oscillating plate 43, and an outer layer of the oscillating plate 43 includes an acid-and-alkali-resistant coating for vibrating and atomizing the liquid in the oscillating space 351.

The oscillating plate 43 oscillates and atomizes the liquid in the oscillating space 351 of the tank cover 35, so as to maintain a better atomizing effect, and meanwhile, water molecules of the atomized gas can be concentrated on the inner side of the tank cover 35 and effectively output from the first exhaust hole 357, so that the dilemma that the oscillating device 40 has a poor oscillating effect on a large amount of liquid in the large-volume water tank is avoided; the problem that the oscillation atomization effect is influenced by the large-volume storage liquid of the water tank of the existing large-scale spraying device can be solved.

The casing 60 includes a cover 61, the cover 61 further includes a water filling port 62, an inner wall 63, the water filling port 62 is opened on the upper side of the cover 61, the inner wall 63 downwardly protrudes from the inner side of the cover 61 to form a surrounding wall covering structure, the inner side of the inner wall 63 corresponds to the lower side of the water filling port 62, the casing 60 is detachably assembled at the opening 13 of the bottom case 10, and the casing 60 covers the slot cover 35, the first exhaust hole 357 of the slot cover 35 corresponds to the inner side of the water filling port 62, and the free end of the inner wall 63 is connected to the slot 31; the first exhaust hole 357 and the oscillation space 351 are communicated to form a spray outlet path.

The control unit 70 is integrated in the chamber 11 on one side of the tank bottom 33, the control unit 70 includes a circuit device such as a PCBA board, an oscillating device circuit for driving the oscillating device 40, and the like, and the control unit 70 is electrically connected to the oscillating device 40, the fan 20 or other electric lamps, electronics or appliances used in the spraying device, and is used for controlling the switch or various action functions of the oscillating device 40 or the fan 20 or other electric lamps, electronics or appliances.

Therefore, the user can pour the liquid into the water tank from the water filling port 62, the liquid flows into the oscillation space 351 from the first gap 353, connect a power supply to the control unit 70 to instruct the oscillation device 40 to oscillate and generate atomized mist (fine water molecules) for the liquid (such as alkaline ionized water or various environmental cleaning and purifying agents, or various natural bacteria removing and deodorizing agents added to the liquid) in the oscillation space 351, and at the same time, the fan 20 continuously sends the air flow from the first air inlet 12 to the air vent 373, and through the protruded pipe air vent 371 of the air flow channel 37, the air flow is blocked by the blocking 355 to prevent the air flow from channeling in the oscillation space 351 and not directly flowing out of the first air outlet 357, so as to effectively send the atomized mist (fine) of the alkaline ionized water (such as water molecules electrolyzed by pure water in the embodiment having a pH value of about 10 to 12.5) sprayed through the first air outlet 357 to the external environmental space, the indoor decoration comprising the three-dimensional space or above the ground is used for sterilizing, cleaning, deodorizing, killing viruses or purifying air, is safe to use and does not affect the health of human bodies.

In an embodiment of the present invention, the oscillating device 40 includes a waterproof ring 41, a fixing frame 42, and an oscillating plate 43.

The vibrating plate 43 is made of ceramic magnetic sheet or metal sheet, such as iron sheet or copper sheet, the outer layer of the vibrating plate 43 is coated with the acid-resistant and alkali-resistant coating layer to prevent the vibrating plate 43 from being damaged by corrosion of alkaline ionized water or various environmental cleaning and purifying preparations, or cleaning, sterilizing, deodorizing and disinfectant liquid, in an embodiment, the acid-resistant and alkali-resistant coating layer has a film thickness of 0.5 to 1.5 micrometers; in the examples the film is about 1 micron thick and the acid and alkali resistant coatings are for example fluoropolymers, electronic metal coating agents commonly used in the electronics industry, etc. The first hole 34 of vibration space 351 bottom sets up oscillation device 40, and this first hole 34 is located waterproof circle 41 cover again to vibration piece 43 in locating waterproof circle 41, is located this waterproof circle 41 downside through mount 42 and combines to this first hole 34 downside fixed with oscillation device 40, through acid and alkali-resistant coating protection vibration piece 43, the utility model discloses an atomizer device can use alkaline ionized water or other liquid contact continuous oscillation that have the acid-base nature atomizing, can not corrode vibration piece 43.

Wherein, the first waterproof ring 41 can be made of a silicone ring, a rubber ring or a plastic ring.

Referring to fig. 2, 3, 6 to 8, in an embodiment of the present invention, the housing 60 further includes an umbrella-shaped panel 67, the umbrella-shaped panel 67 defines a spraying hole 671, the umbrella-shaped panel 67 is assembled in the cover 61 inside the water injection port 62, a second gap 66 is maintained between the inner sides of the water injection port 62 and the cover 61 and the umbrella-shaped panel 67, the housing 60 is detachably assembled at the opening 13 of the bottom case 10, and the housing 60 covers the tank cover 35, so that a user can fill a supplementary liquid, such as alkaline ionized water or various environmental cleaning and purifying agents, conveniently pour the liquid on the upper surface of the umbrella-shaped panel 67 from the water injection port 62, the liquid flows into the second gap 66 along the umbrella-shaped panel 67 as rain water, and the inner wall 63 guides the liquid to drip into the water tank 30, the liquid flows into the oscillation space 351 in the tank cover 35 through the first gap 353 due to the balance of water level difference, the spraying holes 671 are communicated with the first exhaust holes 357 and the oscillation space 351 to form a spraying outlet path, and alkaline ionized water (pH value of hydroxide ionized water electrolyzed by pure water is about 10-12.5 in the embodiment) atomized by the oscillation space 351 is sprayed (fine water molecules) through the first exhaust holes 357 and then output to the external environment space through the spraying holes 671, so as to clean, sterilize, disinfect and deodorize the environment and purify the environment space.

Referring to fig. 2 to 5, in an embodiment of the present invention, the umbrella-shaped panel 67 is designed from the skeleton structure and the visual appearance of the cultural paper umbrella of the guest, the umbrella-shaped panel 67 includes a plurality of radial ribs 673, the ribs 673 are radiated to the edge of the umbrella-shaped panel 67 at the outer side of the periphery of the spraying hole 671 of the umbrella-shaped panel 67, the ribs 673 have supporting and decorating functions like the skeleton of the paper umbrella, so as to promote the umbrella-shaped panel 67 to have higher rigidity, and the material and weight benefits can be reduced in the production of the umbrella-shaped panel 67, the umbrella-shaped panel 67 can be thinner and lighter, and is not easily damaged and has decoration in the process of assembling or using toppling and impacting.

In some embodiments, the ribs 673 are radially projected from the outer side of the periphery of the spray hole 671 to the edge of the umbrella-shaped panel 67 at the inner side of the umbrella-shaped panel 67, the umbrella-shaped panel 67 is made of various transparent or translucent or transparent plastic materials, such as acryl, glass, etc., and the transparent or translucent or transparent umbrella-shaped panel 67 can be used to transmit the ribs 673 in a hidden manner, so that the whole umbrella has an aesthetic feeling like a paper umbrella, and has a decorative effect.

In some embodiments, the umbrella panel 67 is a light transmissive or transparent material, the radial ribs 673 are configured to be formed on the underside of the umbrella panel 67, the radial ribs 673 radiate from the outside of the perimeter of the spray holes 671 to the edge of the umbrella panel 67, and the upper side of the light transmissive or transparent material of the umbrella panel 67 is transparent to the radial ribs 673.

Referring to fig. 5, 7 and 8, in an embodiment of the present invention, the cover 35 further includes a water baffle 350, the water baffle 350 is combined under the first exhaust hole 357, a third gap 354 is maintained between the water baffle 350 and the underside of the first exhaust hole 357, a supplementary liquid, such as alkaline ionized water, generates mist in the oscillation space 351, flows through the first exhaust hole 357 from the third gap 354, and is then output to the external space from the spray hole 671 of the housing 60, the liquid oscillated in the oscillation space 351 may not be completely atomized, and the generated larger water drops are sprayed upwards, and the water drops are blocked by the water baffle 350, so as to prevent the water drops from flowing into the first exhaust hole 357 and the spray hole 671 to block the spray.

Referring to fig. 5, in an embodiment of the present invention, the water guard 350 further includes a plurality of locking portions 352, and the locking portions 352 are spaced apart from each other and distributed on an upper side of the water guard 350; the periphery of the lower side of the first exhaust hole 357 forms a plurality of slots 356, and the water guard 350 is combined with the slots 356 through the locking portion 352, for example, the combination method is tight fit or the inner side of the locking portion 352 is hollow structure, and the water guard has elasticity to tightly lock the slots 356 in an interference fit.

In some embodiments, the control device 70 further comprises a light source device 71, the light source device 71 comprises, for example, an LED lamp, a light bulb, a circuit device, etc., the light source device 71 is electrically connected to the control unit 70, the umbrella-shaped panel 67, the trough cover 35, the shield 355, the trough 30 or the water baffle 350 can be made of any one of transparent or translucent plastic, acrylic, ceramic or glass, etc., the control unit 70 is connected to an external power source to provide the light source device 71 to generate light, the light is radiated from the umbrella-shaped panel 67 through the transparent or translucent trough 30 and trough cover 35, the transparent or translucent umbrella-shaped panel 67 is refracted by the light-penetrating ribs 673 to generate the skeleton-like aesthetic sense of the paper umbrella, and the light-penetrating ribs are blended into the light-decorating effect, the spraying effect of the spraying device is combined, the spraying device can have a better use atmosphere in the gaseous environment, especially, the water trough 30 can be additionally added with a fragrant liquid, so as to make the sterilization, disinfection and deodorization smell better.

In some embodiments, the control unit 70 may comprise various printed circuit boards PCBA, such as electronic circuitry, or various computer devices, such as a computer or microprocessor, for example, which may be used for the operation or control functions of the gaseous environment purification spray apparatus of the present invention.

Referring to fig. 2-4 and 8, in some embodiments, the diameter of the air vent 373 is larger than that of the tube vent 371, so that the air flow of the fan 20 flows from the air vent 373 to the tube vent 371, and the generated high-speed pressure air flows can flow into the oscillation space 351, and can be quickly and effectively delivered to the spray holes 671 by using high-speed air flow to be dissipated to the outside of the device.

Referring to fig. 2, 4 and 8, in an embodiment of the present invention, the cover 35 is combined on the upper side of the bottom wall 33 of the inner side of the basin 30 and covers the first hole 34 and the air flow to 37, the shield 355 covers the outer side of the protruded pipe vent 371 connected to the air flow channel 37, the protruded pipe vent 371 forms a height (distance) relative to the inner side wall of the cover 35, thereby the protruded pipe vent 371 with a special-shaped tubular protrusion design in the basin 30 and the height (distance) relative to the inner side wall of the cover 35 form, when the gaseous environment purifying and spraying device is tilted, the liquid in the vibrating space 351 of the cover 35 of the basin 30 can avoid the protruded pipe vent 371 under the influence of gravity, and is concentrated at the accumulated water position of the inner wall on the tilted side of the basin 30 and the cover 35, therefore, the tilted liquid is not easy to directly flow into the protruded pipe vent, and not easy to enter the gaseous environment purifying and spraying device, which helps to avoid damage to the electronic components of the control unit 70, electrical connections, and the electrical components of the fan 20.

Referring to fig. 2 to 4 and 8, in a preferred embodiment of the present invention, the direction of the vent opening of the protruded pipe vent 371 is perpendicular to the inner side wall of the cover 35, and is directed toward the inner side wall of the cover 35 (the protruded pipe vent 371 is a horizontal opening), so that when the gaseous environment purifying and spraying apparatus is toppled over, the liquid in the cover 35 close to the vent opening of the protruded pipe vent 371 flows downward by gravity, and the direction of the vent opening of the protruded pipe vent 371 is opposite to the direction of the vent opening, so that the liquid is not easy to flow upward into the protruded pipe vent 371 due to the influence of gravity, and the liquid in the water tank 30 and the cover 35 is not easy to enter the gaseous environment purifying and spraying apparatus.

Referring to fig. 1, 4 and 8, in an embodiment of the present invention, the spraying device includes a switch device 50, the switch device 50 includes a power switch button, and the switch device 50 is electrically connected to the control unit 70; a side hole 15 is opened at one side of the bottom case 10, and the switch device 50 is combined to the side hole 15.

Referring to fig. 1 to 3 and 7, in some embodiments, a transparent suspension groove 36 is formed at one side of the water tank 30, a floating ball is contained in the suspension groove 36, a window 611 is formed at a side of the cover 61, and the suspension groove 36 is combined with the window 611 for observing the water level.

In one embodiment of the gaseous environment purifying and spraying apparatus of the present invention, the user can clean, sterilize, disinfect, or/and deodorize the liquid, for example, select alkaline ionized water with a pH value above 10.0, for example, pH values above 10.5, 11, 11.5, 12, and 12.5, such as pH value of hydroxide ionized water for pure water electrolysis of 10 to 12.5, wherein the alkaline ionized water has a stirring-out function, and can neutralize static electricity and float off the dirt; alkalization, which can decompose oil stain or protein; and has better permeability than common water, and good cleaning and sterilizing effects.

In one embodiment, the pH value of the hydroxyl ion water electrolyzed by pure water with pH value of 12.5 is 12.5, the pH value of the hydroxyl ion water is 12.5, the user activates the switch device 50 to the control unit 70 to instruct the fan 20 to operate, and the oscillation device 40 generates vibration, the alkaline ion water in the oscillation space 351 generates mist, at the same time, the gas outside the first air inlet hole 12 of the bottom shell 10 is sucked and flows into the oscillation space 351 through the shielding 355 by the air flow channel 37, so that the alkaline ion water mist in the oscillation space 351 can be dispersed in the environment space through the third gap 354 and the first air outlet hole 357, and is used as indoor furnishing sterilizing, cleaning, deodorizing, virus killing or purifying air including three-dimensional space or above ground, and the use safety does not affect the human health.

The foregoing description is only of the preferred embodiments of the present invention, and it should be understood that the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Claims (10)

1. A gaseous environment purification spraying device is characterized by comprising a bottom shell, a fan, a water tank, an oscillation device, a shell and a control unit;

the bottom shell comprises a containing chamber defined inside, a first air inlet arranged at the bottom side of the containing chamber, and an opening formed at the upper edge of the containing chamber;

the water tank comprises a notch, a tank bottom, a first hole, a tank cover and an air flow channel, wherein the notch is formed at the upper side of the water tank, the first hole is formed at the tank bottom, one side of the air flow channel stretches in the water tank to form a protruded pipe air vent, the other side of the air flow channel extends out of the tank bottom to form an air vent, and the fan is combined at the air vent;

the water tank is combined with the opening of the bottom shell, and the airflow channel and the fan are communicated with the first air inlet hole through the containing chamber;

the groove cover also comprises an oscillation space, a first gap, a shield and a first exhaust hole, wherein the shield forms a concave part shape at the inner side of the periphery of the groove cover, the inner side of the shield concave part shape forms a shielded space, the first exhaust hole is formed at the other side of the groove cover, the first gap is hollowed at the bottom side of the groove cover, the groove cover is combined on the bottom wall of the inner side of the water tank and simultaneously covers the first hole and the airflow channel, the shield covers the outer side of the protruded pipe vent, the oscillation space for containing liquid is defined in the groove cover, and the protruded pipe vent and the first exhaust hole are communicated with the oscillation space;

the oscillating device is arranged in the first hole and comprises a first oscillating sheet, and the outer layer of the first oscillating sheet comprises a coating coated with an acid-alkali resistant coating;

the shell comprises a cover body, a water filling port and an inner wall, wherein the water filling port is arranged on the upper side of the cover body, the inner wall protrudes downwards from the inner side surface of the cover body to form a surrounding shielding wall structure, the inner side of the inner wall corresponds to the lower side of the water filling port, the shell is detachably assembled at the opening of the bottom shell and shields the slot cover, a first exhaust hole of the slot cover corresponds to the inner side of the water filling port, and the free end of the inner wall is connected to the slot opening; the first exhaust hole is communicated with the oscillation space;

the control unit is combined in the containing chamber at one side of the bottom of the tank, and the control unit is electrically connected with the oscillating device and the fan.

2. The apparatus of claim 1, wherein the acid and alkali resistant coating is a fluoropolymer or an electronic metal coating agent.

3. The apparatus of claim 1, wherein the housing further comprises an umbrella-shaped panel, the umbrella-shaped panel defines a spray hole, the umbrella-shaped panel is assembled in the cover inside the water inlet, a second gap is maintained between the water inlet and the cover and the umbrella-shaped panel, and the spray hole is communicated with the first exhaust hole and the oscillation space.

4. A gaseous environment cleaning spray apparatus according to claim 3, wherein said umbrella-shaped panel includes a plurality of radial ribs radiating from outside the periphery of said spray aperture to the edge of said umbrella-shaped panel.

5. The apparatus of claim 4, wherein the umbrella-shaped panel is transparent or translucent, and the radial ribs are formed on the underside of the umbrella-shaped panel, and radiate from the outside of the spray hole periphery to the edge of the umbrella-shaped panel.

6. A gaseous environment cleaning spray assembly according to claim 3, wherein said cover further comprises a dam attached to the underside of said first exhaust opening, said dam and the underside of said first exhaust opening maintaining a third gap therebetween.

7. The apparatus of claim 6, wherein the baffle further comprises a plurality of locking portions spaced apart from each other on an upper side of the baffle; the periphery of the lower side of the first exhaust hole forms a plurality of clamping grooves, and the water baffle is combined in the clamping grooves through the clamping parts.

8. The gaseous environment purification spraying device of claim 6, wherein the control unit further comprises a light source device, the umbrella-shaped panel, the cover, the shield, the water tank or the water baffle are made of transparent or semitransparent materials, and the control unit is connected with an external power source for the light source device to generate light.

9. The gaseous environment cleaning spray apparatus of claim 1, wherein the shield covers an outer side of the protruding tube vent of the air flow channel, the protruding tube vent being spaced apart from an inner side wall of the tank by a height.

10. The apparatus of claim 9, wherein the vent opening of the protruding tube vent is perpendicular to the inner wall of the tank, and the diameter of the vent opening is larger than the diameter of the protruding tube vent.

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