TWI742869B - Low frequency bubble cleaning equipment - Google Patents

Abstract

This creation is a low-frequency bubble cleaning equipment, which includes a low-frequency signal generator, a speaker electrically connected to the low-frequency signal generator, a container set on the speaker, and a bubble generating device that can inject bubbles into the water in the container. The speaker can The low-frequency signal generated by the low-frequency signal generator is converted into low-frequency sound waves and transmitted to the container to generate low-frequency oscillations in the container. The original low-frequency bubble cleaning equipment mainly uses low-frequency oscillations to allow bubbles to penetrate into the gaps or dead corners of the objects to be washed, thereby improving the The cleaning efficiency of the low-frequency bubble cleaning equipment can also reduce the consumption of water resources and cleaning agents, and make the application range of the low-frequency bubble cleaning equipment wider.

Description

Low frequency bubble cleaning equipment

This creation is a kind of low-frequency bubble cleaning equipment, especially low-frequency bubble cleaning equipment used to clean daily necessities such as clothing, glasses, accessories, fruits and vegetables.

Traditionally, when washing clothes, hand washing is mainly used. In the washing process, people will add detergent in the water and rub the clothes with their hands at the same time, which is not only inconvenient in the process of washing clothes, but also In addition, long-term exposure to cleaning agents can cause erosion of the hands, and skin symptoms such as dry, cracked, red, swollen, or itchy skin are prone to appear.

With the advancement of science and technology, washing machines have gradually become popular. People will use washing machines to automatically wash clothes. Although it can improve the convenience of washing clothes, washing machines must use a certain amount of water when washing clothes. In the case of less material, it still consumes a lot of water resources; in addition, it is still difficult to clean some dirt such as sauces, collar stains, etc. directly through the washing machine. It must be cleaned by the washing machine after preliminary manual cleaning. , Which in turn leads to secondary waste of time costs, cleaning agents and water resources.

In addition, current washing machines mainly have a rotatable drum installed inside a casing, and the vortex is generated by rotating the drum to achieve the cleaning effect. However, the vortex cleaning method can only be used for washing clothes and other fabrics. Products cannot clean small and easily damaged objects such as glasses, accessories or fruits and vegetables, so they have insufficient functionality in applications.

The main purpose of this creation is to provide a low-frequency bubble cleaning equipment, which hopes to improve the current washing machine can only be used for cleaning a single type of object, and consume a lot of detergent and water resources during the cleaning process, and the cleaning efficiency is not good. , Insufficient functionality and waste of water resources.

In order to achieve the aforementioned purpose, the low-frequency bubble cleaning equipment of this creation includes: a low-frequency signal generator, which can emit a low-frequency signal, the frequency of the low-frequency signal is greater than 0Hz and less than or equal to 1000Hz; a speaker, which is electrically connected In the low-frequency signal generator, the speaker can receive the low-frequency signal from the low-frequency signal generator and convert it into a low-frequency sound wave; Receiving low-frequency sound waves emitted by the speaker and generating low-frequency oscillations; and a bubble generating device, which includes a bubble generator and a vent pipe, the vent pipe is connected to the bubble generator and extends into the water in the container, so The bubble generator can inject gas into the water in the container through the vent pipe to generate bubbles.

This creative low-frequency bubble cleaning equipment can place the object to be washed in the container, and the user can selectively add an appropriate amount of detergent to the water in the container according to the type of object to be washed, and then activate the low-frequency The signal generator and the bubble generating device are used for cleaning the objects to be washed.

Among them, the low-frequency bubble cleaning equipment can have the following advantages:

1. High cleaning efficiency: During the cleaning process of this creative low-frequency bubble cleaning equipment, the low-frequency signal generator will generate low-frequency signals, and the loudspeakers will convert the low-frequency signals into low-frequency sound waves and transmit them to the container, so that all The water in the container generates low-frequency oscillations, and the bubbles injected into the water by the bubble generating device and the cleaning agent will form a large number of bubbles covered by the cleaning agent, and the bubbles will expand at a specific frequency under low-frequency oscillations. Shrink, and at the same time, with the buoyancy of the bubble itself, the bubble will collide with the surface of the object to be washed and penetrate deep into the gap or dead corner of the object to be washed in the process of floating upward. Take away the dirt in the voids or dead corners of the objects to be washed to achieve the decontamination effect, which can effectively improve the cleaning quality and cleaning efficiency.

2. Wide application range: Because the low-frequency bubble cleaning equipment of this creation mainly uses low-frequency vibration and bubbles to achieve the cleaning effect, during the cleaning process, the water inside the container will not produce strong vortex, and the objects to be washed There will be no overturning in the container. Therefore, the low-frequency bubble cleaning device of this invention can be used to clean clothes, as well as small and easily damaged items such as glasses, accessories, fruits and vegetables.

3. Simple structure: The creative low-frequency bubble cleaning equipment is mainly through the low-frequency signal generator, the speaker, the container and the bubble generating device, that is, the low-frequency bubble cleaning device can match the bubbles through the low-frequency vibration A cleaning effect is produced, thereby simplifying the structure, and the low-frequency signal generator, speaker, container, and bubble generating device can all be used in existing second-hand resources, thereby achieving the purpose of reducing costs.

10: Low frequency signal generator

11: Operation panel

20: speaker

30: container

40: Bubble generating device

41: bubble generator

42: Snorkel

421: Connection Management Department

422: Bubble Tube Department

423: Vent

43: bubbles

50: shell

51: assembly port

60: water

70: cleaning agent

80a, 80b: objects to be washed

Figure 1: A preferred embodiment of this creative low-frequency bubble cleaning equipment

Figure 2: A preferred embodiment of this creative low-frequency bubble cleaning equipment

Figure 3: A preferred embodiment of this creative low-frequency bubble cleaning equipment

Figure 4: A preferred embodiment of this creative low-frequency bubble cleaning equipment

Figure 5: This is a schematic diagram (1) of laundry cleaning of a preferred embodiment of the creative low-frequency bubble cleaning equipment.

Figure 6: This is a schematic diagram of laundry cleaning (2) of a preferred embodiment of the creative low-frequency bubble cleaning equipment.

Figure 7: This is a schematic diagram of cleaning fruits and vegetables in a preferred embodiment of the creative low-frequency bubble cleaning equipment.

Please refer to FIG. 1 to FIG. 4, which is a preferred embodiment of a low-frequency bubble cleaning device created by the invention, which includes a low-frequency signal generator 10, a speaker 20, a container 30 and a bubble generating device 40.

As shown in FIGS. 1 to 4, the low-frequency signal generator 10 can emit a low-frequency signal, the frequency of the low-frequency signal is greater than 0 Hz and less than or equal to 1000 Hz; in addition, the low-frequency signal generator 10 has an operation panel 11, The operation panel 11 can control the strength of the low-frequency signal.

As shown in FIGS. 1 to 3, the speaker 20 is electrically connected to the low-frequency signal generator 10. The speaker 20 can receive the low-frequency signal from the low-frequency signal generator 10 and convert it into a low-frequency sound wave.

As shown in Figures 3 and 4, the container 30 can contain water 60 inside. The container 30 is placed above the speaker 20 and can receive low-frequency sound waves emitted by the speaker 20 and generate low-frequency oscillations.

As shown in Figures 1 to 4, the bubble generating device 40 includes a bubble generator 41 and a vent pipe 42, which is connected to the bubble generator 41 and extends into the water 60 in the container 30, so The air bubble generator 41 can inject gas into the water 60 in the container 30 through the air pipe 42 to generate air bubbles 43; wherein the air pipe 42 of the air bubble generating device 40 includes a connecting pipe portion 421 and a bubble pipe portion 422, the connecting tube portion 421 is connected to the bubble generator 41, the bubble tube portion 422 is connected to the connecting tube portion 421, and a plurality of vent holes 423 are formed at intervals on the bubble tube portion 422.

Wherein, different forms of bubble tube portions can be used according to user needs, the bubble tube portion 422 may be ring-shaped; or, the bubble tube portion 422 can include a plurality of bubble tube strips arranged side by side to form an array (Figure Not shown), and the plurality of bubble tube strips are connected in parallel with each other.

Wherein, as shown in FIGS. 1 to 3, the low-frequency bubble cleaning equipment includes a housing 50, the top of the housing 50 is formed with an assembly opening 51, the low-frequency signal generator 10 and the bubble generating device 40 The generator 41 is arranged in the housing 50, the speaker 20 is arranged at the assembly opening 51 of the housing 50, and the operation panel 11 of the low-frequency signal generator 10 is located on one side of the housing 50; The operation panel 11 can control the strength and frequency of the low-frequency signal; and the strength of the low-frequency signal is greater than 0V and less than or equal to 36V.

As shown in Figures 5 to 7, the creative low-frequency bubble cleaning equipment can be used to place the objects to be washed 80a, 80b in the container 30, and then activate the low-frequency signal generator 10 and the bubble generating device 40 In order to perform the cleaning action of the objects 80a, 80b to be washed, the user can switch to containers 30 of different sizes according to the size of the objects 80a, 80b to be washed, and pour an appropriate amount of water into the container 30.

As shown in Figures 5 to 7, when washing the objects 80a, 80b, the low-frequency signal generator 10 generates a low-frequency signal, and converts the low-frequency signal into a low-frequency sound wave through the speaker 20, and transmits it to The container 30, and the water 60 in the container 30 will produce low-frequency oscillation; and the bubble generating device 40 can be pumped by the bubble generator 41, and the gas is fed into the place through the vent pipe 42 In the water 60 of the container 30, when the gas passes through the connecting pipe portion 421 of the vent pipe 42 and enters the bubble pipe portion 422, the gas will pass into the container 30 through the plurality of exhaust holes 423 A large number of bubbles 43 are formed in the water 60.

When a large number of bubbles 43 enter the water 60 subjected to low-frequency oscillations, the bubbles 43 will expand and contract at a specific frequency under the low-frequency oscillations. At the same time, with the buoyancy of the bubbles 43 themselves, the bubbles 43 will float upward. During the process, it collides with the surface of the object to be washed 80a, 80b and penetrates into the gap or dead angle of the object to be washed 80a, 80b, so that the bubbles 43 can quickly take away the dirt in the gap or dead angle of the object to be washed 80a, 80b to achieve The decontamination effect can effectively improve the cleaning quality and efficiency.

Among them, as shown in Figures 5 to 7, since the low-frequency bubble cleaning equipment of the present creation mainly achieves the cleaning effect by using low-frequency oscillation with bubbles 43, during the cleaning process, the water 60 inside the container 30 will not be generated. Strong vortex, and the objects 80a, 80b to be washed will not turn over in the container 30. Therefore, the low-frequency bubble cleaning equipment of this invention can be used to clean soft objects 80a such as clothes and other soft objects. Such as glasses, accessories, fruits and vegetables, etc., small and easily damaged objects to be washed 80b.

As shown in Figures 5 and 6, when the low-frequency bubble cleaning device is used to clean the objects to be washed 80a, such as clothes, the user can choose to add a small amount of detergent 70 to the water 60, and the low-frequency bubble cleaning device The bubble 43 generated by the bubble generating device 40 will expand and contract at a specific frequency under low-frequency oscillation, and make the detergent 70 molecules coat the periphery of the bubble 43, and the bubble 43 will deepen during the process of expansion and contraction. In the fiber gaps of the clothing, the dirt attached between the fiber gaps is taken away. At the same time, the buoyancy of the air bubbles 43 takes the dirt away from the clothing and floats to the water surface, thereby effectively cleaning the dirt in the clothing fibers.

In addition, as shown in FIG. 7, when the low-frequency bubble cleaning equipment is used to clean the objects to be washed 80b, such as fruits and vegetables, the bubbles 43 generated by the bubble generating device 40 of the low-frequency bubble cleaning equipment will be specifically The frequency expands and contracts, and collides with the surface of the fruits and vegetables, so that the pesticide molecules remaining on the surfaces of the fruits and vegetables detach from the surfaces of the fruits and vegetables under the collision of the bubbles 43, and adhere to the bubbles 43, and the bubbles 43 will be due to buoyancy, together with Pesticide molecules float to the surface of the water, thereby effectively removing the pesticide molecules on the surface of the fruits and vegetables, thereby achieving the effect of cleaning the fruits and vegetables.

The user can inject an appropriate amount of water into the container 30 according to the number or volume of the objects 80a, 80b to be washed, and selectively fill the water 60 in the container 30 according to the types of the objects 80a, 80b to be washed. The addition of a small amount of cleaning agent 70 in it can not only reduce the waste of water resources, but also reduce the amount of cleaning agent 70 used, thereby reducing unnecessary waste of resources and reducing environmental pollution.

Furthermore, the creative low-frequency bubble cleaning equipment is mainly through the low-frequency signal generator 10, the speaker 20, the container 30 and the bubble generating device 40, which enables the low-frequency bubble cleaning equipment to pass low-frequency oscillations. Combining the bubbles 43 to produce a cleaning effect can effectively simplify the structure, and the low-frequency signal generator 10, the speaker 20, the container 30, and the bubble generating device 40 can all be used for existing second-hand resources, thereby achieving the purpose of reducing costs.

In summary, this creative low-frequency bubble cleaning equipment mainly involves injecting bubbles 43 into the water 60 in the container 30, and working with the low-frequency signal generator 10 and the speaker 20 to transmit low-frequency sound waves to the container 30 In order to generate low-frequency oscillations, the bubbles 43 penetrate into the gaps or dead corners of the objects 80a, 80b to be washed under the low-frequency oscillations, thereby improving the cleaning efficiency of the low-frequency bubble cleaning equipment and reducing the consumption of water resources and detergent 70. , And make the application range of the low-frequency bubble cleaning equipment more extensive.

10: Low frequency signal generator

11: Operation panel

20: speaker

30: container

421: Connection Management Department

422: Bubble Tube Department

423: Vent

50: shell

51: assembly port

Claims (7)

A low-frequency bubble cleaning equipment, comprising: a low-frequency signal generator, which can emit a low-frequency signal, the frequency of the low-frequency signal is greater than 0 Hz and less than or equal to 1000 Hz, the low-frequency signal generator has an operation panel, and the operation panel It can control the strength and frequency of the low-frequency signal; a speaker, which is electrically connected to the low-frequency signal generator, and the speaker can receive the low-frequency signal from the low-frequency signal generator and convert it into a low-frequency sound wave; a container, The container can contain water inside, the container is placed above the speaker, and can receive the low-frequency sound waves emitted by the speaker, and generate low-frequency oscillation; and a bubble generating device including a bubble generator and a vent pipe, so The vent pipe is connected to the bubble generator and extends into the water in the container, and the bubble generator can inject gas into the water in the container through the vent pipe to generate bubbles. The low-frequency bubble cleaning device according to claim 1, wherein the low-frequency bubble cleaning device includes a housing, an assembly opening is formed on the top of the housing, and the low-frequency signal generator and the bubble generator of the bubble generating device are The speaker is arranged in the housing, the speaker is arranged at the assembly opening of the housing, and the operation panel is located on one side of the housing. According to claim 1 or 2, the low-frequency bubble cleaning equipment, wherein the strength of the low-frequency signal needs to be greater than 0V and less than or equal to 36V. The low-frequency bubble cleaning equipment according to claim 1 or 2, wherein the vent pipe of the bubble generating device includes a connecting pipe portion and a bubble tube portion, the connecting pipe portion is connected to the bubble generator, and the bubble tube The part is connected with the connecting pipe part, and a plurality of vent holes arranged at intervals are formed on the bubble pipe part. The low-frequency bubble cleaning equipment according to claim 3, wherein the vent pipe of the bubble generating device includes a connecting pipe portion and a bubble pipe portion, and the connecting pipe portion is connected to the bubble generator, The bubble tube portion is connected to the connecting tube portion, and a plurality of spaced vent holes are formed on the bubble tube portion. The low-frequency bubble cleaning device according to claim 5, wherein the bubble tube portion is a ring-shaped member. The low-frequency bubble cleaning device according to claim 5, wherein the bubble tube portion includes a plurality of bubble tube strips arranged side by side to form an array, and the plurality of bubble tube strips are connected in parallel with each other.

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