TWM603796U - Dual solution sprayer - Google Patents

Abstract

A dual-solution sprayer, the body has a first space and a second space separated from each other for pouring the first solution and the second solution respectively; a first liquid outlet unit connected to the first space is provided under the body, and A second liquid outlet unit connected to the second space; an isolation seat and a base are arranged under the body in sequence, and an aerosol generating module is arranged under the isolation seat; the first solution in the first space and the second solution in the second space The first liquid outlet unit and the second liquid outlet unit flow into the solution tank of the base respectively, so that the first solution and the second solution are mixed in the solution tank to form a mixed solution. The aerosol generating module is energized and then immersed in The vibration plate of the mixed solution drives the plate to vibrate at high speed to atomize the mixed solution into aerosol, and the aerosol is blown out from the nozzle above the main body through the duct via the blower fan.

Description

Double solution sprayer

This creation relates to a sprayer for disinfection, especially two different chemical solutions are contained in a container, and a liquid outlet unit with a non-reversal function automatically controls the two chemical solutions to flow into the solution tank and produce a chemical reaction to form a disinfection and sterilization function The mixed solution is atomized and sprayed through the aerosol generating module to disinfect the surrounding environment.

Alcohol, hypochlorous acid water, bleach, ... and other commonly used disinfection materials for home environmental hygiene, especially when the new crown virus epidemic is raging in 2020, people will pay more attention to the awareness of disinfection and sterilization in the surrounding environment.

Although chemical solutions such as alcohol, hypochlorous acid water, and bleach have disinfection and sterilization effects, they are only suitable for wiping, that is, they can only be sprayed on the surface of the object and then wiped with a rag or paper. Bacteria and viruses in the surrounding air are disinfected. Therefore, providing a sprayer that can conveniently create a mist of a chemical solution to produce fumes with disinfection and sterilization functions and then automatically spray it in the air to disinfect and sterilize bacteria and viruses in the surrounding air is a direction that is beneficial to the industry.

The purpose of this creation is to provide a sprayer that can automatically control the flow of two different chemical solutions contained in a container into the solution tank and produce a chemical reaction to form a mixed solution with disinfection and sterilization functions, and then pass it through the aerosol generation module Atomized and sprayed out to affect the surrounding ring Disinfect the environment.

The technical means of this creation is to provide a dual-solution sprayer, including: a body with a first space and a second space separated from each other, and a first inlet communicating with the first space is provided on the upper end of the body. A liquid port and a second liquid inlet communicating with the second space; a cover body arranged at the upper end of the body, the cover body is provided with a nozzle; an isolating seat arranged at the bottom of the body, the isolating seat is arranged There is a first liquid outlet unit connected to the first space and a second liquid outlet unit connected to the second space; an aerosol generating module is arranged under the isolation seat, and the aerosol generating module includes an oscillating plate A drive plate and a blower fan; a base with a solution tank inside, the base is arranged at the bottom of the body, so that the isolation seat and the aerosol generating module are contained in the base, and the oscillation drive plate, the first Both the liquid outlet unit and the second liquid outlet unit enter the solution tank; and a conduit connecting the solution tank and the cover; wherein, a first solution in the first space flows into the solution tank through the first liquid outlet unit The solution tank and a second solution in the second space flow into the solution tank through the second outlet unit, so that the first solution and the second solution are mixed to form a mixed solution, and the aerosol generating module is passed through The current is applied to make the oscillating plate driving plate immersed in the mixed solution vibrate at a high speed to atomize the mixed solution to form an aerosol, and the blower fan blows the aerosol from the nozzle through the duct.

In a preferred embodiment, the first liquid outlet unit and the second liquid outlet unit may respectively include: a liquid outlet hole formed on the bottom surface of the isolation seat; a floating ball space formed on the liquid outlet of the isolation seat Below the hole, and the bottom surface of the floating ball space has a bottom hole through which the floating ball space communicates with the solution tank; a convex column is formed on the bottom surface of the solution tank so that the convex column moves from bottom to top Passing through the bottom hole and protruding the upper surface around the bottom hole; and a floating ball placed in the floating ball space, the diameter of the floating ball is greater than the inner diameter of the outlet hole, and the density of the floating ball is less than water density of. Thereby, when the liquid level of the mixed solution in the solution tank is lower than a certain value so that the floating ball does not block the outlet hole, the first solution in the first space or the second solution in the second space can pass through the outlet Hole and The bottom hole flows into the solution tank. When the liquid level in the solution tank rises to a certain value to cause the floating ball to rise and block the outlet hole, stop the first solution or the second solution from continuing to flow into the solution tank, thereby automatically controlling the first solution and the second solution The flow rate of the solution into the solution tank.

In a preferred embodiment, the first liquid outlet unit and the second liquid outlet unit may each include a screw cap, the bottom hole is formed on the bottom surface of the screw cap, and the screw cap is spirally assembled on the liquid outlet of the isolation seat. Below the hole, the floating ball can be easily assembled in the floating ball space below the isolation seat.

In a preferred embodiment, the first solution is a chlorine dioxide solution with anions, and the second solution is a nanosilver solution with cations.

In a preferred embodiment, the conduit system extends through the first space or the second space to communicate the solution tank and the cover.

In a preferred embodiment, a mesh is provided between the cover and the nozzle.

This creation can reduce the content of chlorine dioxide solution and nanosilver solution stored in the container by using the sprayer, and conveniently mix the two chemical solutions of chlorine dioxide solution and nanosilver solution to create mist After the smoke with disinfection and sterilization function is generated, it is automatically sprayed in the air to disinfect and sterilize the bacteria and viruses in the surrounding air as a direction that is beneficial to the industry.

10: body

101: upper end hole

102A: The first space

102B: second space

103: partition

12: Base

120: Solution tank

14: Lid

141: Hole

142: Vent

16: nozzle

161: Smoke outlet

162: Mesh

18: Aerosol generation module

20: Power supply unit

21: Vibration film drive board

22: switch

24: isolation seat

26A: The first liquid inlet

26B: The second liquid inlet

28: blower fan

30A: The first liquid outlet unit

30B: The second liquid outlet unit

301, 3010: Outlet hole

302, 3020: float space

303, 3030: bottom hole

304, 3040: convex column

305, 3050: Float

306: Spin Cap

307: first magnet

308: second magnet

309: Metal Components

310: Buffer element

32A: The first container

32B: second container

34: Catheter

Figure 1 is a front view showing the appearance of the creative sprayer; Figure 2 is a side view showing the appearance of the creative sprayer; Figure 3 is a three-dimensional exploded view showing the combination of the main components of the creative sprayer; Figure 4 is a plane exploded view showing the creative sprayer Schematic diagram, showing that two solutions can be poured at the same time; Figure 5 is a schematic plan view of the sprayer atomizing and blowing out the solution of this creation; Figure 6 is a partial enlarged view of area VI of Figure 5, showing the second liquid outlet unit Float when the liquid level drops The ball does not block the bottom hole and allows the solution to flow into the solution tank; Figure 7 shows the state of the second liquid outlet unit that the floating ball blocks the bottom hole when the liquid level rises, preventing the solution from flowing into the solution tank; Figure 8 To show that this creation contains a solution with positive and negative ions in a container and sprays out the mixed solution; Figure 9 shows the second embodiment of the second liquid outlet unit of this creation, which shows that the floating ball is not removed when the liquid level drops. The bottom hole is blocked so that the solution can flow into the solution tank; and Figure 10 shows the state of the second liquid outlet unit shown in Figure 9 that when the liquid level rises, the bottom hole is blocked by the floating ball, so that the solution cannot flow into the solution tank. .

The following is a more detailed description of the implementation of this creation with the drawings and component symbols, so that those who are familiar with the art can implement it after studying this manual.

As shown in Figures 1 and 2, the dual solution sprayer provided by this creation has a main body 10, a base 12 provided at the lower end of the main body 10, a cover 14 provided at the upper end of the main body 10, and a cover provided in the appearance. The nozzle 16 at the upper end of the 14 can be provided with a mesh 162 between the cover 14 and the nozzle 16; the sprayer can be connected to a power source and actuated after the current is applied to atomize the mixed solution contained inside and blow it out from the nozzle 16. The fumes with disinfection and sterilization functions are suitable for sterilizing and disinfecting the surrounding air.

As shown in Figures 3 and 4, the preferred embodiment of the dual-solution sprayer of the present invention includes a body 10 with a first space 102A and a second space 102B separated by a partition 103. Moreover, the first space 102A and the second space 102B cannot communicate with each other; an upper end hole 101 is formed above the main body 10, and the upper end hole 101 is combined with a cover 14. The bottom surface of the cover 14 is provided with a first liquid inlet 26A and a second liquid inlet 26B, and a hole 141 and a vent 142 are provided on the upper side of the cover 14. The hole 141 combines a nozzle 16 so that the nozzle 16 is Smoke port 161 facing upwards, ventilation holes 142 provides air convection in and out of the body 10; after the cover 14 is combined with the upper hole 101 of the body 10, the first liquid inlet 26A and the second liquid inlet 26B are both located at the upper end of the body 10, and the first liquid inlet 26A It communicates with the first space 102A, and the second liquid inlet 26B communicates with the second liquid inlet 26B.

The bottom of the main body 10 is combined with an isolation seat 24, and a leakage stop element (not shown in the figure) is arranged between the periphery of the isolation seat 24 and the periphery of the bottom end of the main body 10 to form a seal between the isolation seat 24 and the bottom end of the main body 10; The isolation seat 24 is provided with a first liquid outlet unit 30A and a second liquid outlet unit 30B. When the isolation seat 24 is installed at the bottom end of the body 10, the first liquid outlet unit 30A is connected to the first space 102A, and the second liquid outlet unit 30B Connect to the second space 102B.

An aerosol generating module 18 is arranged under the isolation seat 24. The aerosol generating module 18 includes a power supply unit 20, an oscillator drive board 21, a blower fan 28 and a switch 22. The aerosol generating module 18 has a circuit board and is connected to A power cord (not shown in the figure). After the power supply unit 20 is connected to the power supply through the power cord, the operation of the switch 22 can control whether the oscillator drive board 21 and the blower fan 28 operate.

The lower end of the main body 10 is also provided with a base 12, and the inside of the base 12 is provided with a solution tank 120. When the base 12 is set at the bottom of the main body 10, the isolating base 24 and the aerosol generating module 18 are both contained in the base 12 and the drive plate is vibrated. 18. Both the first liquid outlet unit 30A and the second liquid outlet unit 30B enter the solution tank 120.

The first liquid outlet unit 30A and the second liquid outlet unit 30B have the same structure and can have two embodiments. Therefore, the structure of the first embodiment of the second liquid outlet unit 30B is described below in conjunction with FIG. 6, which is also applicable to the first embodiment. The structure of the first embodiment of a liquid outlet unit 30A. The second liquid outlet unit 30B includes: a liquid outlet hole 301 formed on the bottom surface of the isolating seat 24; a floating ball space 302 formed below the liquid outlet hole 301 of the isolating seat 24, and a bottom surface of the floating ball space 302 The bottom hole 303, the floating ball space 302 communicates with the solution tank 120 through the bottom hole 303; the convex column 304 is formed on the bottom surface of the solution tank 120, so that the convex column 304 passes through the bottom hole 303 from bottom to top and protrudes around the bottom hole 303 And a float 305 placed in the float space 302, the diameter of the float 305 is larger than the inner diameter of the outlet hole 301, The floating ball 305 cannot pass through the liquid outlet hole 301, and the floating ball 305 is made of a material with a density lower than that of water, so that the floating ball 305 can float on water. In addition, a conduit 34 is connected between the solution tank 120 and the cover 14. Specifically, the conduit 34 extends through the first space 102A or the second space 102B to connect the solution tank 120 and the cover 14. Preferably, the bottom hole 303 can be formed on the bottom surface of a spin cap 306, and the spin cap 306 is spirally assembled under the liquid outlet hole 301 of the isolating seat 24, so that the floating ball 305 can be easily assembled under the isolating seat 24. In the float space 302.

As shown in Figures 4, 5 and 8, when the sprayer of the present creation is used, the first solution in the first container 32A is first poured into the first space 102A of the body 10 through the first liquid inlet 26A, and The second solution in the second container 32B is poured into the second space 102B of the body 10 through the second liquid inlet 26B; the first solution and the second solution are chemical solutions that are different from each other and have different chemical properties. In a preferred embodiment of the invention, the first solution is a chlorine dioxide solution with anions, and the second solution is a nanosilver solution with cations. The chemical formula of the chlorine dioxide solution (first solution) is: _{ClO 2 + 2H 2 O = 2Cl} 2 + 3O 2 + 4HClO the nano silver solution (second solution) of the ^{_{formula: 4Ag + + BH 4 - +}} OH - → 4Ag + BH 2 (OH) 2 + 2H 2 O

A first solution in the first space 102A flows into the solution tank 120 through the first liquid outlet unit 30A, and the second solution in the second space 102B flows into the solution tank 120 through the second liquid outlet unit 30B, so that the first solution and the first solution The two solutions are mixed to form a mixed solution with positive and negative ion disinfection and sterilization effects. When the liquid level of the mixed solution in the solution tank 120 is lower than a certain value so that the floating ball 305 does not block the liquid outlet 301 (as shown in Figure 6), The first solution in the first space 102A or the second solution in the second space 102B can flow into the solution tank 120 through the outlet hole 301 and the bottom hole 303, until the liquid level in the solution tank 120 rises to a certain value, causing the float 305 When it rises to block the outlet hole 301 (as shown in Figure 7), stop the first solution or the second solution from continuing to flow into the solution tank 120, thereby automatically controlling the first solution and the second solution The flow rate into the solution tank 120.

As shown in Figure 5, when the user operates the switch 22 so that the aerosol generating module 18 is energized, the oscillating plate drive plate 21 immersed in the mixed solution vibrates at a high speed to atomize the mixed solution into a sterilizing and sterilizing solution. The positive and negative ion aerosols, at this time, the blower fan 28 blows the aerosols through the duct 34 and the mesh 162 from the smoke outlet 161 of the nozzle 16 to the surrounding air for disinfection and sterilization.

The second embodiment of the first liquid outlet unit 30A and the second liquid outlet unit 30B having the same structure is also described by taking the second liquid outlet unit 30B as an example. As shown in FIG. 9, the second embodiment of the second liquid outlet unit 30B includes: a liquid outlet hole 3010 formed on the bottom surface of the isolation seat 24; a floating ball space 3020 formed under the liquid outlet hole 3010 of the isolation seat 24 And the bottom surface of the floating ball space 3020 has a bottom hole 3030, the floating ball space 3020 communicates with the solution tank 120 through the bottom hole 3030; the convex column 3040 is formed on the bottom surface of the solution tank 120, so that the convex column 3040 goes from bottom to top Passing through the bottom hole 3030 and protruding from the upper surface around the bottom hole 3030; and a floating ball 3050 placed in the floating ball space 3020, the upper end of the floating ball 3050 is formed in a spherical shape and the diameter is larger than the inner diameter of the outlet hole 3010, The floating ball 3050 cannot pass through the liquid outlet 3010, and the floating ball 3050 is made of a material with a density lower than that of water, so that the floating ball 3050 can float on the water; in addition, a first magnet 307 is embedded in the upper end of the floating ball 2050 A second magnet 308 is embedded in the float ball 2050 so that the second magnet 308 faces downward; the bottom surface of the float ball 3050 is provided with a buffer element 310; the bottom of the float ball space 3020 is provided with a magnetically conductive metal element 309.

When the liquid level of the mixed solution in the solution tank 120 is lower than a certain value so that the float 3050 does not block the outlet hole 3010 (as shown in FIG. 9), the first solution in the first space 102A or the second space 102B The second solution can flow into the solution tank 120 through the outlet hole 3010 and the bottom hole 3030. When the liquid level in the solution tank 120 rises to a certain value, the float 3050 rises and blocks the outlet hole 3010 (as shown in Figure 10). ) Stop the first solution or the second solution from continuing to flow into the solution tank 120, thereby automatically controlling the first solution The flow rate of the liquid and the second solution into the solution tank 120. Wherein, when the float ball 2050 rises close to the outlet hole 3010, the first magnet 307 and the metal around the outlet hole 3010 attract each other so that the upper end of the float ball 2050 is quickly adsorbed to the outlet hole 3010 to block the outlet hole 3010 When the floating ball 2050 drops to a certain level, the second magnet 308 and the metal element 309 attract each other to make the floating ball 2050 descend rapidly until the buffer element 310 contacts the protruding post 3040, but the protruding post 3040 and the buffer element 310 There is still a space around the space (as shown in FIG. 10), so that the first solution or the second solution continues to flow into the solution tank 120, thereby automatically controlling the flow of the first solution and the second solution into the solution tank 120.

In addition, the floats of the first liquid outlet unit 30A and the second liquid outlet unit 30B are not limited to the spherical float 205 shown in the first embodiment or the cylindrical float 2050 shown in the second embodiment, as long as they are It can float on the solution, and can block the liquid outlet after floating

The above are only used to explain the preferred embodiments of this creation, and are not intended to impose any formal restrictions on this creation. Therefore, any modification or change related to this creation made under the same creative spirit , Should still be included in the scope of this creative intention protection.

10: body

12: Base

120: Solution tank

14: Lid

161: Smoke outlet

162: Mesh

26B: The second liquid inlet

34: Catheter

Claims (7)

A dual-solution sprayer, comprising: a body with a first space and a second space separated from each other inside, and a first liquid inlet communicating with the first space and a second space are provided on the upper end of the body. A second liquid inlet connected to the space; a cover provided at the upper end of the body, the cover provided with a nozzle; an isolating seat provided at the bottom of the body, the isolating seat provided with a connecting port connected to the first space A first liquid outlet unit and a second liquid outlet unit connected to the second space; an aerosol generating module, arranged under the isolation seat, the aerosol generating module including an oscillator drive plate and a blower fan; A base is provided with a solution tank inside, the base is arranged at the bottom of the body, the isolation seat and the aerosol generating module are contained in the base, and the oscillation driving plate, the first liquid outlet unit and the second The liquid outlet units all enter the solution tank; and a conduit connecting the solution tank and the cover; wherein, a first solution in the first space flows into the solution tank and the second solution tank through the first liquid outlet unit A second solution in the space flows into the solution tank through the second liquid outlet unit, so that the first solution and the second solution are mixed to form a mixed solution, and the aerosol generating module is energized to be immersed in the mixed solution The oscillating plate drives the plate to vibrate at high speed to atomize the mixed solution to form an aerosol, and the blowing fan blows the aerosol from the nozzle through the duct. The dual solution sprayer according to claim 1, wherein the first liquid outlet unit and the second liquid outlet unit respectively include: a liquid outlet hole formed on the bottom surface of the isolation seat; a floating ball space formed in the Below the liquid outlet hole of the isolation seat, and the float space The bottom surface has a bottom hole through which the floating ball space communicates with the solution tank; a convex column is formed on the bottom surface of the solution tank so that the convex column penetrates the bottom hole from bottom to top and protrudes from the bottom hole The surrounding upper surface; and a floating ball placed in the floating ball space, the diameter of the floating ball is greater than the inner diameter of the outlet hole, and the density of the floating ball is less than the density of water. The dual solution sprayer according to claim 2, wherein the first liquid outlet unit and the second liquid outlet unit further comprise a screw cap, the bottom hole is formed on the bottom surface of the screw cap, and the screw cap is a spiral combination Below the liquid outlet hole of the isolation seat. The dual solution sprayer according to claim 1, wherein the first liquid outlet unit and the second liquid outlet unit respectively include: a liquid outlet hole formed on the bottom surface of the isolation seat, and the liquid outlet hole surrounding the The isolation seat and the magnet can attract each other; a floating ball space is formed under the liquid outlet hole of the isolation seat, and the bottom surface of the floating ball space has a bottom hole, and the floating ball space passes through the bottom hole and the solution tank Connected, the bottom surface of the floating ball space is provided with a metal element that can attract each other with the magnet; a convex column is formed on the bottom surface of the solution tank so that the convex column passes through the bottom hole from bottom to top and protrudes from the bottom hole The upper surface of the surrounding; and a floating ball placed in the floating ball space. The floating ball is provided with a first magnet and a second magnet. The first magnet faces the upper end of the float ball and the second magnet faces the At the lower end of the floating ball, the diameter of the floating ball is greater than the inner diameter of the outlet hole, and the density of the floating ball is less than the density of water. The dual solution sprayer according to claim 1, wherein the first solution is a chlorine dioxide solution with anions, and the second solution is a nanosilver solution with cations. The dual solution sprayer according to claim 1, wherein the conduit extends through the The first space or the second space communicates with the solution tank and the cover. The dual solution sprayer according to claim 1, wherein a mesh is provided between the cover and the nozzle.

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