CN2621091Y

CN2621091Y - Dynamic environmental protection cleaning apparatus

Info

Publication number: CN2621091Y
Application number: CN 03228358
Authority: CN
Inventors: 茅月敏
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-01-18
Filing date: 2003-01-18
Publication date: 2004-06-23
Anticipated expiration: 2013-01-18

Abstract

The utility model relates to an environmental power cleaner, comprising a hollow shell whose exterior surface is provided with a through hole. The biochemical ceramic grains are positioned in the shell, and the aperture of the through hole at the exterior surface of the shell is at least less than the outside dimension of any of the biochemical ceramic grains. The biochemical ceramic grains are made from an ore that can produce electric current. After the ore is ground up to fine particles, adhesive is used to combine the fine particles to stereo grains, and then the stereo grains are baked in a vacuum cupelling furnace to form the biochemical ceramic grains. The through hole outside of the exterior surface of the shell is a rectangle, or a an ellipse or an anomalistic shape; the shell is arranged with an end cap and an end port which are jogged and fixed, the end cap and the end port are jogged, and the fixation mode is a screwing or an out-and-in bond. The shell adopts light materials to ensure that the utility model floats on the water when being used. The utility model is suitable for cleaning clothes and fruit vegetable. The utility model can reduce pollution, save energy, decrease cost, achieve good functional effect, and in addition, the utility model is nonexpondable.

Description

Power environmental protection purger

Technical Field

The utility model relates to a power environmental protection purger is applicable to the washing and the decontamination of clothes and melon and fruit vegetables.

Technical Field

The washing principle of a common washing machine is that a motor drives a brush wheel on an impeller shaft to rotate in a washing cylinder in a reciprocating manner, and the flow of washing water is utilized to repeatedly wash washed clothes, so that the aim of washing the clothes is fulfilled; in order to clean clothes, people usually need to add washing powder, but after sewage discharged after washing with the commercially available washing powder is discharged into the underground or river, water sources are polluted, the natural and ecological environment is damaged, and the washed clothes are not thoroughly washed, so that a small amount of washing powder residues always exist in the washed clothes, and the pollutants of the chemical substances exist to indirectly damage human bodies; therefore, a small amount of phosphorus-free washing powder is available on the market, and although the washing powder belongs to a pollution-free washing product, the washing powder is not easy to dissolve in water, so that the washing effect cannot be fully exerted. The washing ball is used in a washing machine and matched with washing powder for enhancing the cleanliness, for example, a Chinese utility model patent 'beating washing ball' with the publication number of CN2423306Y, 3, 14 and 2001 is used in a roller washing machine, and falls down after the clothes rotate to a high point to generate the 'beating' and 'kneading' effects, but the washing ball is combined with the washing powder, and the pollution problem is not solved. The Chinese utility model patent with publication number CN21949219Y, 19.1995, 4.1995 discloses an electrostatic washing ball, which comprises a hollow ball with semicircular bulges distributed on the inner and outer surfaces and a rubber ball positioned in the hollow ball, the hollow ball is placed in a washing machine to rotate along with washing water, when the washing object is kneaded, the rubber ball rubs against the semicircular bulges on the inner surface of the hollow ball to generate static electricity, the metal column embedded on the wall of the hollow ball releases the static electricity outwards, and charged ions dissociated in the washing water adsorb dirt on the washed object. The electrolysis principle of water decomposes water molecules into hydrogen ions and hydroxyl ions (H + and OH-), i.e. alkalized water and acidified water are respectively formed at the anode and the cathode, wherein the alkalized water has the decontamination effect, and the acidified water has the sterilization effect of resisting various microorganisms. The activation process of common water through electric treatment, physical and chemical treatment can be explained as partial oxidation and reduction of water molecules, separation of water molecules, positioning of charges on the water molecules, existence of free radicals such as active hydrogen and active oxygen, and the like, and has obvious effects on cleaning and decontaminating clothes, fruits and vegetables. However, the electrolytic method cannot meet the needs of real life because the washing of laundry is performed instantly and cannot be used by general users.

Disclosure of Invention

The technical problem to be solved in the utility model is to provide a power environmental protection purger that reducible pollution, energy-saving, with low costs and practical function are good, can relapse repetitious usage to the not enough ofprior art, place biochemical ceramic granule in it, it is put into the container of putting into waiting to wash the thing under the effect of rivers, through the produced activated water of instant electrolysis, reaches the purpose that the decontamination washed clothing.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: the utility model provides a power environmental protection purger, includes that the surface system has the cavity casing of through-hole, and the measure of taking is: biochemical ceramic particles are placed in the shell, and the aperture of a through hole formed in the outer surface of the shell is at least smaller than the outer diameter of any biochemical ceramic particle. The power environmental-friendly cleaner is characterized in that biochemical ceramic particles arranged in the shell are contacted with water, and then the water is electrolyzed to form activated water to clean the object to be washed.

In order to optimize the above scheme, the measures taken further include:

the biochemical ceramic particles comprise 20% of ore capable of generating current, 10% of illite and 70% of carbon, are ground into fine particles, are combined by using an adhesive to prepare three-dimensional particles with the diameter of 3-5 mm, and are baked by a vacuum oven to prepare the biochemical ceramic particles; the shape of the utility model is flat or round or elliptical or irregular.

The through hole on the outer surface of the shell is rectangular, circular, elliptical or irregular; one part of the shell is provided with an end cover which is correspondingly embedded and fixed with a port arranged on the other part of the shell, and the embedding and fixing mode of the end cover and the port is threaded screwing or convex-concave clamping.

The ore material capable of generating current is tourmaline.

The shell is made of light materials, the specific gravity of the shell is smaller than that of water, and the shell provided with the biochemical ceramic particles is used for floating in the water.

The shell is made of light materials such as polyvinyl chloride or polyethylene materials or hollow rubber materials.

Compared with the prior art, the utility model has the advantages of: one cleaning method is scientific, can reduce pollution and has good practical effect; the cleaner is designed to be porous and penetrable, so that water can be more easily penetrated through holes to be contacted with the ceramic balls in the balls, the cleaner with the built-in biochemical ceramic particles is used for instantly electrolyzing activated water generated by physical and chemical actions under the action of water flow, if clothes, fruits and vegetables which are not very dirty are not required to use a detergent, the purpose of decontamination and cleaning can be realized, if the clothes which are relatively dirty are arranged in more than two cleaners, the purpose of decontamination and cleaning can be realized, if the clothes which are very dirty are used together with the detergent, more than 90% of the detergent can be reduced, the purpose of decontamination and cleaning can be realized, the cleaning operation time is greatly reduced, and energy is saved; the cost of the shell is low, the shell is made of common materials and can be formed by injection molding or casting; the biochemical ceramic particles are formed by processing selected ores capable of generating micro current into fine particles and then bonding the fine particles by using an adhesive, and the manufacturing cost is low; and the cleaner with the built-in biochemical ceramic particles can immediately realize the activation of water, basically has no loss and can be used repeatedly. Is suitable for cleaning clothes, melons, fruits and vegetables in families, hotels, restaurants and the like.

Drawings

Fig. 1 is a schematic view of a product structure according to a first embodiment of the present invention;

fig. 2 is a schematic view of a product structure according to a second embodiment of the present invention;

fig. 3 is a schematic view of a product structure according to a third embodiment of the present invention;

FIG. 4 is a schematic view of the cleaning process of the present invention;

FIG. 5 is a schematic view of the shape of the biochemical ceramic particles of the present invention;

FIG. 6 is a schematic diagram of the electrolysis of biochemical ceramic particles.

Detailed Description

The present invention will be described in further detail with reference to examples.

Fig. 1 to 6 show an environment-friendly power washer according to the present invention; the shell can be rectangular, circular, elliptical or irregular; the shell is made of light materials, the specific gravity of the shell is smaller than that of water, the shell is used for enabling the shell with the biochemical ceramic particles to float in the water, and the shell is preferably made of polyvinyl chloride or polyethylene materials or hollow rubber materials. Therefore, when biochemical ceramic particles arranged in the shell are contacted with water, the biochemical ceramic particles are contacted, rubbed and collided mutually under the action of water flow and buoyancy, and the electrolytic capacity of the biochemical ceramic particles is improved.

The through hole on the outer surface of the shell can be rectangular, circular or elliptical; as shown in fig. 1 to 3, the utility model discloses a wash ball shell of three kinds of different appearances, the design of outward appearance becomes the wash ball appearance of pleasing to the eye generous, does not influence the technical scheme of the utility model, the through-hole shape of above-mentioned casing surface all makes the rectangle. The end cover is arranged on one part of the shell and is correspondingly embedded and fixed with the port arranged on the other part of the shell, and the embedding and fixing mode of the end cover and the port can be threaded screwing or convex-concave clamping. And opening the movable end cover for adding the ceramic particles, and covering the movable end cover after the ceramic particles are added.

Biochemical ceramic particles are placed in the shell, and the aperture of a through hole formed in the outer surface of the shell is at least smaller than the outer diameter of any biochemical ceramic particle; the biochemical ceramic particles which are put into the shell of the cleaner are ensured not to be separated from the cleaner when the cleaner works.

The biochemical ceramic particles consist of 20 percent of ore capable of generating current, the raw material of the ore is preferably tourmaline, 10 percent of illite and 70 percent of carbon, the ore is ground into fine particles, the fine particles are combined by an adhesive to be made into particles with a three-dimensional shape with the diameter of 3 to 5 millimeters, and the particles are baked by a vacuum oven to prepare the biochemical ceramic particles; the shape of the utility model is flat or round or elliptical or irregular. Fig. 5 is a schematic diagram of the shape of the biochemical ceramic particles of the present invention.

The utility model discloses a cleaning method: the power environmental-friendly cleaner is porous so as to enable biochemical ceramic balls in the balls to be in contact with water in a container containing clothes to be washed; when a specially-made ceramic ball in the cleaner is contacted with water in a container with clothes to be washed, the water is electrolyzed immediately to reduce water molecules and decompose hydrogen ions and hydroxyl ions; the hydrogen ions can counteract with the static electricity in the chemical fibers, the woolen clothes, the fruits and the vegetables to be changed into hydrogen atoms, and the two hydrogen atoms are combined into hydrogen gas to enter the air, so that the purpose of eliminating the damage of the static electricity in the clothes to the body is achieved; at the moment, the water is changed into alkalescent water, so that the pH value of the original water is increased, and the pH value can be maintained between 7.3 and 7.5; dirty material on the clothes is positive ion, and a large amount of positive ions surround on the clothing, and weak alkaline aquatic has a large amount of hydroxyl ions, and both neutralization effect impel dirty material to break away from the clothing surface, accomplish the function of wasing the clothing, if figure 4 is the utility model discloses a cleaning process schematic diagram. For cleaning clothes, the fabric has the following effects that water molecules can easily permeate into clothes fibers after becoming small, and dirty substances are taken away; the hydrogen released by the ceramic ball can also drive away the dirty substances on the clothes, thereby achieving a cleaner washing effect. If the clothes and fruits and vegetables which are not very dirty need no detergent, the purposes of decontamination and cleaning can be achieved, if the clothes which are relatively dirty, the purposes of decontamination and cleaning can be achieved by placing more than two cleaners, if the clothes which are very dirty are used together with the detergent, more than 90% of the detergent can be reduced, the purposes of decontamination and cleaning can be achieved, the cleaning operation time is greatly reduced, and energy is saved.

The utility model discloses a ceramic ball's characteristic and effect:

FIG. 6 is a schematic diagram of the electrolysis of biochemical ceramic particles. The ceramic ball is not a washing agent which can cause environmental pollution, because the surface of the ball is vigorous and has the same function as washing powder, the ceramic ball can not cause environmental pollution; after the special ore is processed into fine particles, positive and negative voltages are generated at two ends of the ore, so that weak current is generated, the weak current can generate an electric energy phenomenon to generate negative ions, and the phenomenon can also be generated in cells of animals and plants including human beings. The ceramic ball generates micro current when operating in water, has an electrolysis effect on the water, and has a cleaning function realized by activating the water through the electrolysis effect on the water; the electrolysis principle of tap water decomposes water molecules into hydrogen ions and hydroxyl ions, as shown in equation 1, namely, alkalized water and acidified water are respectively formed at an anode and a cathode, as shown in equation 2, equation 3, wherein the alkalized water has a decontamination effect, the acidified water has a sterilization effect against various microorganisms, when the acidified water with the hydrogen ions can counteract with static electricity in chemical fibers and woolen clothes to become hydrogen atoms, the two hydrogen atoms are combined into hydrogen gas to enter air, and thus, the damage to a body caused by the static electricity in clothes is eliminated, as shown in equation 4; the activation process of common water by electrolysis, physical and chemical treatment can be explained as partial oxidation and reduction of water molecules, separation of water molecules, and the existence of electric charge positioning on water molecules, such as the existence of active hydrogen and active oxyhydrogen, etc. according to the principle, the water activation improves the function of washing clothes, makes water molecules small, maintains the pH value within 7.3 to 7.5, and makes water become weak alkaline water.

[ EQUATION 1]

[ equation 2]

[ EQUATION 3]

Equation 4

The above phenomenon can be generated without any external energy, and the function can be generated at 2 times when flowing or rubbing, and in this phenomenon, anion is generated by combining with oxygen of air, and far infrared ray with wavelength of 4 to 14 μm is also generated, and the resonance generated by the far infrared ray in water can further activate water molecule.

The ceramic ball has a cleaning function in water, and the first weak alkaline water contains a plurality of negative ions and water molecules, so that in the cleaning process, the dirt with positive ions attached to clothes, such as stain, dust, oil stain and toxic substances, is removed.

The ceramic balls have the function of eliminating static electricity, so that the damage to a human body due to the static electricity is avoided, and the health of people is damaged due to the fact that the static electricity is generated after some chemical fiber fabrics or clothes made of animal fur penetrate through the ceramic balls; the ceramic ball has natural antibacterial function, and in cloudy days or rainy days, after clothes washed by the cleaner are dried, peculiar smell is not generated, and the antibacterial function can reach more than 96%.

The ceramic ball also contains negative ions, which can combine hydrogen in the water and remove dirty and toxic substances in the water.

The utility model discloses a ceramic ball has also added the bleaching mineral substance that extracts from natural ore in the manufacturing process, can produce repeatedly usable through this kind of phenomenon of electrolysis after contacting with water in whole cleaning process always.

The utility model discloses a washing effect is obvious, makes the textile washed become soft, can eliminate by the produced static of artificial fiber cloth, can not harm the health, and foam still less washes still less, can save more than 30% water and electric power, and especially the environmental protection that plays is obvious.

While the preferred embodiments of the present invention have been illustrated, various changes and modifications may be made by those skilled in the art without departing from the scope of the present invention.

Claims

1. The utility model provides a power environmental protection purger, includes that the surface system has the cavity casing of through-hole, characterized by: biochemical ceramic particles are placed in the shell, and the aperture of a through hole formed in the outer surface of the shell is at least smaller than the outer diameter of any biochemical ceramic particle.

2. The power environmental cleaner of claim 1, wherein: the biochemical ceramic particles comprise 20 percent of ore capable of generating current, 10 percent of illite and 70 percent of carbon, are ground into fine particles, are combined by using an adhesive to prepare three-dimensional particles with the diameter of 3-5 mm, and are baked by a vacuum oven to prepare the biochemical ceramic particles; the shape of the utility model is flat or round or elliptical or irregular.

3. The power environmental cleaner of claim 1, wherein: the through hole on the outer surface of the shell is rectangular or circular or oval or irregular; one part of the shell is provided with an end cover which is correspondingly embedded and fixed with a port arranged on the other part of the shell, and the embedding and fixing mode of the end cover and the port is threaded screwing or convex-concave clamping.

4. The power environmental cleaner of claim 2, wherein: the through hole on the outer surface of the shell is rectangular or circular or oval or irregular; one part of the shell is provided with an end cover which is correspondingly embedded and fixed with a port arranged on the other part of the shell, and the embedding and fixing mode of the end cover and the port is threaded screwing or convex-concave clamping.

5. The power environmental cleaner of claim 2, wherein: the ore material capable of generating current is tourmaline.

6. The power environmental washer according to any one of claims 1 to 4, wherein: the shell is made of light materials, the specific gravity of the shell is smaller than that of water, and the shell provided with the biochemical ceramic particles is used for submerging in the water.

7. The power environmental cleaner of claim 6, wherein: the shell is made of light materials such as polyvinyl chloride or polyethylene materials or hollow rubber materials.