JP3150947U - Pressurized filtration pot - Google Patents

Abstract

A pressure filtration pot in which the effect of filtering water in a pot body is improved by a pressure device. SOLUTION: A positioning base 1 which is a hollow case body, a fixing lid 21, a piston rod 22, a piston 23, a valve piece 24, a pressure device 2 including a cylinder body 25, and a housing installation case body 30 and the housing installation The case body 30 includes various filter media, a filter 3 containing several filter layers made of mineral substances, and a pot body 4 that is an open container on the upper side. Forms a fitting portion 13 that can be fitted to the upper portion of the pot body 4 and a fitting portion 131 that expands and extends upward from the fitting portion 13. By injecting water into the pot body and operating the piston to pump air, it sends water into the filter and quickly permeates the filtration layer, effectively filtering and removing useful mineral components. Can be added. [Selection] Figure 1

Description

  The present invention relates to a pressure filtration pot, and in particular, by using a pressure device, water in the pot body quickly permeates through each filtration layer of the filter to achieve an optimal filtration effect, and by drinking the filtered water. The present invention relates to a pressurized filtration pot that is beneficial to health.

Currently marketed pots equipped with a filter can filter water by contacting the filter layer with water, but water cannot be sufficiently permeated into each filter layer. The effect is limited.
In addition, the filtered water tends to be acidic, and therefore cannot be expected to have a health effect.

Next, tap water of ordinary households cannot be drunk unless it is boiled, but it consumes gas or electric power because it is boiled by gas or electric heat.
In addition, a large amount of plastic bottles are consumed by purchasing bottled water.
Therefore, it conflicts with energy conservation and carbon dioxide reduction, and does not conform to the principle of environmental protection.
This invention is made | formed in view of the fault mentioned above of the conventional filtration pot.

JP 2000-51870 A

The first problem to be solved by the present invention is that the water in the pot body quickly permeates each filtration layer of the filter by the pressurizing operation of the pressurizing device, and can achieve the optimum filtration effect. Thus, it is to provide a pressurized filtration pot capable of providing drinking water having a beneficial health effect on the human body.
The second problem to be solved by the present invention is to provide a pressurized filtration pot suitable for use in homes, offices and the like.
The third problem to be solved by the present invention is that there is no need to boil hot water, so no gas or electric heat is used, and there is no need to purchase bottled water. And providing a pressure filtration pot capable of achieving environmental protection.

In order to solve the above problems, the present invention provides the following pressure filtration pot.
The pressurization type filtration pot was installed in a stereotaxic base that is a hollow case body, a pressurization device including a fixed lid, a piston rod, a piston, a valve piece, a cylinder body, and a housing installation case body and the housing installation case body. It consists of a filter body containing several filtration layers, and a pot body that is an open container in the upper part,
Above the stereotaxic base, a fitting part that can be fitted in correspondence with the pot body upper part and a fitting part that expands and extends upward from the fitting part are formed,
By the pressurizing operation of the pressurizing device, the water in the pot body can quickly permeate into each filtration layer of the filter, achieving an optimal filtration effect, and providing a beneficial health effect to the human body. It is suitable for use in homes, offices, etc., and it is necessary to boil the hot water. Therefore, no gas or electric heat is used, and it is not necessary to purchase bottled water. Thus, energy saving and carbon dioxide reduction effects can be achieved, and environmental protection can be achieved.

  According to the present invention, the water in the pot body is quickly permeable to each filtration layer of the filter by the pressurizing device, achieves an optimum filtration effect, and is beneficial to health by drinking the filtered water.

It is an external appearance three-dimensional view of a pressurization type filtration pot of the present invention. It is a three-dimensional exploded view of the pot body of the pressure filtration pot of the present invention. FIG. 3 is a three-dimensional exploded view (filtering layer is not shown) of some of the constituent members of the pan, pan, pressurizer, and filter housing case body of the present invention. It is a three-dimensional view of a part of constituent members of a stereotaxic base, a pressurizing device, and a housing case for a filter according to the present invention. It is a cross-sectional enlarged schematic diagram which shows this invention pressurization type filtration pot combination state. It is a three-dimensional view showing an exploded state of the pressurizing device of the pressurizing filtration pot of the present invention.

The best mode for carrying out the present invention will be described below in detail with reference to the drawings.
As shown in FIGS. 1 to 6, the pressurized filtration pot of the present invention includes a stereotaxic base 1 that is a hollow case body, a fixed lid 21, a piston rod 22, a piston 23, a valve piece 24, and a cylinder body 25. Pressurizing device 2, storage installation case body 30 and filter 3 including several filtration layers 31, 32, 33, 34, 35, 36, 37 installed inside the storage installation case body 30 and the upper part are open The pot body 4 is a container that exhibits a state.

A fitting portion 13 that can be fitted in the upper opening of the pot body 4 and a fitting portion 131 that extends and extends upward from the fitting portion 13 are formed above the stereotaxic base 1.
The lower end edge 1311 of the fitting part 131 is fitted to the upper end edge 41 of the pot body 4 (see FIGS. 2 and 5), and a connection wall 12 provided with an opening 11 (see FIG. 5) is provided below it. And is connected to the upper part of the filter 3 by the connection wall 12 to be screwed together.
The pressurizing device 2 is screwed and coupled by the connection wall 15 provided with the upper opening 14 of the stereotaxic base 1.

The fixed lid 21 is coupled to the connection wall 15 above the stereotaxic base 1 by screwing or other coupling method, and the fixed lid 21 includes an inner annular wall 211 protruding inward (see FIG. 5). The cylinder body 25 is screwed and coupled to the upper side.
The fixed lid 21 is provided with a shaft hole 212 penetrating vertically so that the rod body 221 of the piston rod 22 is inserted.

A handle portion 222 is connected above the rod body 221 of the piston rod 22, and a lower portion of the rod body 221 is connected to the piston 23 through the fixed lid 21.
The piston 23 is provided with an annular groove 231 on the outer periphery thereof, thereby fitting an airtight ring 232, and the piston rod 22 naturally enters the cylinder 251 inside the cylinder body 25 after the piston 23 is connected.

The bottom wall surface 252 (see FIG. 5) of the cylinder body 25 is provided with a fitting groove 2521 for fitting the fitting portion 241 above the valve piece 24 and an exhaust hole 2522 spaced from each other.
A fitting portion 241 above the valve piece 24 is fitted and fixed by the fitting groove 2521, and the upper surface 242 of the valve piece 24 closes the exhaust hole 2522 of the bottom wall surface 252 of the cylinder body 25.

An opening 301 is provided above the housing installation case body 30 and is coupled to the connection base 12 below the stereotaxic base 1 by a screwing method.
Several perforations 3021 are installed on the bottom wall surface 302 (see FIG. 5) of the housing installation case body 30.

 The several filtration layers 31, 32, 33, 34, 35, 36, 37 are respectively a ceramic piece filtration layer 31, a heavy metal agent-removed bamboo charcoal addition filter filtration layer 32, an ion exchange resin granule filtration layer 38, a copper zinc alloy ( KDF) granule filtration layer 33, calcium sulfite granule filtration layer 34, alkaline trace element ore granule filtration layer 35, tourmaline sintered granule filtration layer 36, and antibacterial silver ion nonwoven fabric filtration layer 37.

 A handle 43 is provided on one side of the pot body 4, and an upper end edge 41 of the pot body 4 is fitted to a lower end edge 1311 of the fitting portion 131 of the localization table 1, and the localization table 1 is connected to the pot body 4 Insert into.

A spout portion 42 is formed on the opposite side of the pot body 4 so that water in the pot body 4 can be poured.
In the present embodiment, the pot body 4 employs a transparent material.

 Further, as shown in FIG. 5, the connection wall 15 above the stereotaxic base 1 and the fixing lid 21 of the pressurizing device 2 are combined by a mutual screwing method of an external thread yama 151 and an internal thread yama 213 (see FIG. 5). The fixing lid 21 is further provided with an annular concave groove 214 and a sealing washer 215 fitted therein to improve the airtight effect.

 The connection wall 12 below the stereotaxic base 1 and the upper opening 301 of the housing case 30 of the filter 3 are connected in combination by an external screw yama 121 and an inner screw yama 3011.

The inner annular wall 211 (see FIG. 5) of the fixed lid 21 of the pressurizing device 2 and the upper portion of the cylinder body 25 are connected in combination by an internal threading system of an internal threaded yamater 2111 and an external threaded yamameter 250, and The fixed lid 21 is provided with an inner annular groove 2116 and fitted with a sealing washer 2117 to improve the airtight effect.
The valve piece 24 of the pressurizing device 2 is made of a flexible rubber or plastic material.

 As shown in FIG. 5, a movable lid 1312 having a conventional structure is further installed on one side of the fitting portion 131 that expands and extends upward to the fitting portion 13 of the stereotaxic base 1, and The upper end of the spout part 42 is just shielded.

By using the combination of the above structural members, in use, the fixed lid 21 of the pressure device 2 and the connection wall 15 of the stereotaxic base 1 are turned and loosened, and the entire pressure device 2 is removed from the stereotaxic base 1 (FIG. 6). reference).
In this way, water to be filtered is injected from the upper opening 14 of the stereotaxic base 1, the filter 3 filters the water, and the water flows further downward into the pot body 4.

 After the fixing lid 21 of the pressurizing device 2 and the connection wall 15 of the stereotaxic base 1 are screwed together and connected (see FIGS. 1 and 5), the user can handle the handle portion of the piston rod 22 of the pressurizing device 2. By holding 222, the piston rod 22 is reciprocated up and down to pressurize the air in the cylinder.

Further, a gap is formed between the bottom wall surface 252 of the cylinder body 25 and the upper wall surface 242 of the valve piece 24 by the air pressure through the exhaust hole 2522 of the bottom wall surface 252 of the cylinder body 25, and thus pressurization is performed. The formed air enters the filtration layer 3 downward through a gap formed between the valve piece 24 and the bottom wall surface 252 of the cylinder body 25.

Thus, the water in the pot body 4 is, by the air pressure, the ceramic piece filtration layer 31, the heavy metal agent-removed bamboo charcoal addition filter filtration layer 32, the ion exchange resin granule filtration layer 38, the copper zinc alloy (KDF) granule filtration layer 33. The calcium sulfite granule filtration layer 34, the alkaline trace element ore granule filtration layer 35, the tourmaline sintered granule filtration layer 36, and the antibacterial silver ion nonwoven fabric filtration layer 37 can be rapidly permeated to achieve an optimum filtration effect.

The ceramic piece of the ceramic piece filtration layer 31 is produced by adding a component containing silver ions to natural diatomaceous earth, and has a filtration pore size of 0.5 microns.
The filter produced by baking the natural raw material not only has excellent filtration performance, but can effectively remove micropathogenic bacteria, bacteria and actinomycetes, and the filtration effect reaches 99.99% or more. .

The heavy metal agent-removed bamboo charcoal-added filter filtration layer 32 is manufactured by firing a charcoal bar compressed at high pressure, and is effective for chloroform in water, harmful chemicals, volatile organic substances (Vocs), iron rust, heavy metals, agricultural chemicals, etc. Adsorbs and deodorizes water.

The ion-exchange resin granule filtration layer 38 achieves the purpose of water softening by reducing the hardness of water by adsorbing the calcareous substance in water into the resin and changing hard water into soft water.

The copper-zinc alloy granules in the copper-zinc alloy (KDF) granule filtration layer 33 are mixed with copper zinc 55 refined by advanced technology through a water treatment medium that satisfies environmental protection standards, and the removal performance of chlorine is six times that of activated carbon. It reaches twice as much.

 In addition, the copper-zinc alloy granule adjusts the Ph value and suppresses the growth of fungi and algae by reducing calcium / magnesium ions, and further, water-soluble heavy metals such as lead, iron, cadmium, and aluminum, and other Remove inorganic material.

The calcium sulfite granules of the calcium sulfite granule filtration layer 34 have passed Japanese food safety standards and quality standards, and the calcium sulfite purity reaches 98%.
The calcium sulfite granule is excellent in heat resistance and chlorine removal effect, and its adsorption capacity is as large as 200 times or more of activated carbon, so that it can exert the optimum chlorine removal effect.

The alkaline trace element mineral granule filtration layer 35 is produced by refining important elements in deep sea ore, volcanic rock ore, and rare ore from various places by refining them using high-tech technology and combining them using biochemical technology. Is.
For example, the trace element ore granule is obtained by refining a mineral element powder from ore, molding and solidifying it, and sintering it again at a high temperature to form a granule.

Therefore, water can be converted into alkaline ionized water or high oxygen content water, and various minerals and various trace elements can be contained.
Minerals and trace elements are important to human health, and even without minerals and trace elements it can be said that there is no vitality.

Various sicknesses can be avoided by the balance and combination of various minerals and trace elements in the body cells of the organism.
When a human body is deficient in certain minerals or trace elements, developmental disorders, insufficient immune function, reduced resistance to illness, deterioration of mental status, decreased physical function, metabolic abnormalities, abnormalities of glandular bodies in various parts of the body, etc. occur.

The tourmaline sintered granules of the tourmaline sintered granule filtration layer 36 can instantaneously cut water molecule clusters.
In the case of water molecules in general tap water, 13 to 16 large molecule cluster waters are cut, rearranged, arranged, and 5 to 6 small molecule cluster waters with high density and high permeability are arranged. It is possible to increase the activity of water at the same time as the composition.

Small molecule clustered water can effectively enter and exit somatic cells of humans and animals and plants, effectively draining the source of contamination in the cells, purifying and activating cells, leading to further health Can do.
The tourmaline sintered granules are produced by sintering tourmaline powder and porcelain clay and emit far-infrared rays.

The silver ions in the antibacterial silver ion woven fabric filtration layer 37 have a strong bactericidal effect.
The active silver ions adsorb the hydrogen sulfide group of the bacterial enzyme and quickly bind together, and the activity of the enzyme containing the hydrogen sulfide group is lost to kill the bacteria.

In particular, it has a good inhibitory effect against Escherichia coli, Staphylococcus aureus, Salmonella and Pseudomonas aeruginosa.
In addition, it has the characteristics that it is not resistant to drugs, is non-toxic, non-irritating, has no fear of allergies, is not affected by acid / alkali values, and has long-lasting effects.

That is, the pressurization type filtration pot of the present invention is configured so that the water in the pot body 4 can be quickly squeezed by the pressurizing operation of the pressurizing device 2, and the filtration layers 31, 32, 38, 33, 34, 35, It is possible to provide drinking water that penetrates through 36 and 37, achieves an optimum filtration effect, and has a beneficial health effect on the human body.
Furthermore, since it can be drunk simply by injecting water such as tap water or spring water and performing pressure filtration, it is suitable for use in homes, offices, and the like.
In addition, since it is not necessary to boil hot water, it is not necessary to use gas or electric heat, and further, it is not necessary to purchase bottled water, so that it can save energy and reduce carbon dioxide and achieve environmental protection. .

  The pressurization type filtration pot of the present invention allows the water in the pot body to quickly permeate through each filtration layer of the filter by the pressurizing operation of the pressurizing device, and achieve the optimum filtration effect. It is suitable for use in homes, offices, etc. because it can provide drinking water with beneficial health effects, and can be drunk simply by adding tap water, spring water, etc., and performing pressure filtration. Since it is not necessary to boil hot water, it is not necessary to use gas or electric heat, and further it is not necessary to purchase bottled water. Therefore, it is possible to achieve energy saving and carbon dioxide reduction effects and achieve environmental protection.

1 panorama
11 opening
12, 15 connection wall
121, 151, 250 External thread yama
13 Mating part
131 Mating part
1311 Bottom edge
1312 Movable lid
14, 301 opening
2 Pressurizer
21 Fixed lid
211 Inner ring wall
2111, 213, 3011 Internal thread yama
212 Through shaft hole
214, 2116 Annular groove
215, 2117 Sealed washer
22 Piston rod
221 Rod
222 handle
23 Piston
231 annular groove
232 airtight ring
24 Valve piece
241 fitting part
242 Upper wall
25 Cylinder body
251 Cylinder tank
252 and 302 Bottom wall
2521 Mating groove
2522 Exhaust hole
3 Filter
30 Containment installation case body
3021 drilling
31 Ceramic piece filtration layer
32 Heavy metal agent removal bamboo charcoal added filter filtration layer
33 Copper zinc alloy (KDF) granule filtration layer
34 Calcium sulfite granule filtration layer
35 Alkaline trace element ore granule filtration layer
36 Tourmaline sintered granule filtration layer
37 Antibacterial silver ion nonwoven filter layer
38 Ion exchange resin granule filtration layer
4 Pot body
41 Upper edge
42 Spout
43 Handle

Claims (5)

A pressurizing filtration pot that is a hollow case body, a positioning base, a fixed lid, a piston rod, a piston, a valve piece, a cylinder body, a pressurization device, a storage installation case body, and a storage installation case body A filter containing several filtration layers, a pot body that is an open container on the top,
Above the stereotaxic base, a fitting portion that can be fitted to the upper portion of the pot body and a fitting portion that expands and extends upward from the fitting portion are provided. The upper end of the pot body is fitted with a connection wall having an opening below the pot body, and the connection wall is screwed into and coupled to the upper side of the filter. Comprises a connecting wall whereby the pressure device is screwed together
The fixing lid of the pressurizing device is coupled to the connection wall above the stereotaxic table by screwing or other coupling method, and the fixing lid has an inner annular wall and is coupled to the upper side of the cylinder body by screwing. The fixed lid has a shaft hole penetrating vertically and passes through the rod body of the piston rod. The handle is connected to the upper portion of the rod body of the piston rod and the lower portion of the rod body is fixed. The piston passes through the lid and is connected to the piston. The piston has an annular groove on the outer periphery and is fitted with an airtight ring. The piston rod is connected to the piston and inserted into the cylinder inside the cylinder body. The bottom wall surface of the cylinder body is provided with an exhaust hole spaced apart from the fitting groove, and the fitting portion above the valve piece is fitted and fixed by the fitting groove, and the upper surface of the valve piece is fixed. Closes the exhaust hole in the bottom wall surface of the cylinder body,
An opening is provided above the housing and installation case body of the filter, and is coupled to a connection base below the stereotaxic base by a screwing method, and several perforations are formed in the bottom wall surface of the housing and installation case body. Each of the several filtration layers is ceramic piece filtration layer, heavy metal agent removed bamboo charcoal addition filter filtration layer, ion exchange resin granule filtration layer, copper zinc alloy (KDF) granule filtration layer, calcium sulfite granule filtration layer, alkaline Trace element ore granule filtration layer, tourmaline sintered granule filtration layer and antibacterial silver ion nonwoven fabric filtration layer,
The upper end opening of the pot body is fitted to the lower edge of the fitting portion of the pan, the pan is inserted into the pot body, and a spout is formed on one side of the pot body. A pressure filtration pot characterized by that.   The connection wall above the pan and the fixing device's fixing lid are connected in combination by an external threading and internal threading screwing method, and the fixing lid is further provided with an annular groove to fit a sealing washer. The pressurized filtration pot according to claim 1, wherein the pressure-tight filtration pot is provided to improve an airtight effect.   The connection wall below the stereotaxic table and the upper opening of the housing housing case for the filter are connected in combination by a mutual screwing system of an external screw yama and an internal screw yama, and an annular groove is connected to the connection wall of the stereotaxic table The pressurization type filtration pot according to claim 1, wherein a sealing washer is provided to improve an airtight effect.   The inner annular wall of the fixing lid of the pressurizing device and the upper part of the cylinder body are connected in combination by an internal threaded Yamayama and an external threaded Yamayama, and the stationary lid is sealed with an inner annular groove. The pressure filtration pot according to claim 1, wherein a washer is fitted to improve an airtight effect. The bamboo charcoal addition heavy metal agent removal filter of the heavy metal agent removal bamboo charcoal addition filter filtration layer installed in the housing installation case body of the filter is manufactured by compressing and baking charcoal bars with high pressure,
The trace element ore granule of the alkaline trace element mineral granule filtration layer installed in the containing installation case body is refined from mineral ore powder, shaped and sintered again at a high temperature to form granules,
The tourmaline sintered granule filtration layer to be installed in the housing installation case body, the tourmaline sintered granule is a tourmaline sintered granule that generates far-infrared rays, and is manufactured by sintering tourmaline powder and porcelain clay, The pressure filtration pot according to claim 1.

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