JP3150946U - Portable filter - Google Patents

Abstract

An object of the present invention is to provide a portable filter capable of using an outdoor water source and exhibiting a health promoting action. A stereotaxic socket, a pressurizing device, and a filter are provided, and the filter is fixed to the container opening by a locking portion including a stepped portion that is locked to the water container opening of the stereotaxic socket. It can be set in the container, and water in the container is rapidly permeated into each filtration layer of the filter by the pressurizing operation of the pressurizing device composed of the cylinder 25 and the piston 23 to achieve the filtering effect. In the filter, various useful mineral granules and a filter layer having a sterilizing and sterilizing action are arranged together with a filter layer of water. [Selection] Figure 1

Description

 The present invention relates to a portable filter, which is fixedly installed in an opening of a container for containing water, and the filter is set in the container, and the water in the container is quickly filtered by a pressurizing device. The present invention relates to a portable filter that permeates into a layer, achieves a good filtering effect, and is beneficial to human health after drinking filtered water.

  General indoor drinking water can be used as it is, but for outdoor use, for example, mountain climbing, hiking, march, etc., often carry bottled water as a container or obtain it locally. Water must be boiled with gas or electric heat in order to make water available for drinking, saving energy and reducing carbon, such as consuming gas or power energy, and using large amounts of plastic bottles. It does not conform to the principles of environmental conservation.

  At home, you can attach a filter to the faucet to filter the water source, but the quality of the various filters is not constant, and it is uncertain whether the filtered water can be used safely. Yes, in the case of suburbs, summits or march, there are water sources such as mountain streams, mountain water, etc., but they can not be directly used with confidence.

  Furthermore, a pot equipped with a commercially available filter is used to filter water by contacting water with the filter layer. However, since water cannot sufficiently permeate each filter layer, the filtration effect is expected. The filtered water remains biased to acidity and has no beneficial effect on human health.

JP 2000-51870 A

 The object of the present invention is to lock the upper end edge of the container opening into which water is put by the locking portion of the stereotaxic socket, set the filter in the container, and quickly discharge the water in the container by the pressurizing operation of the pressurizing device. It is an object of the present invention to provide a portable filter that can penetrate into each filter layer of the filter to achieve a suitable filtering effect and provide drinking water that is beneficial to human health.

  Another object of the present invention is that it is convenient to carry, and water from sources such as tap water, mountain streams, mountain water, etc. is poured into the container in various places indoors and outdoors, filtered by the portable filter of the present invention, and then used for drinking. It is provided as a portable filter that can be applied in the case of home, workplace, mountain climbing, hiking or march field battle.

  Yet another object of the present invention is a portable type that uses gas or electric heat, does not need to be boiled, does not need to purchase water from a plastic bottle, achieves carbon reduction with energy saving, and achieves the purpose of environmental conservation. It is to provide a filter.

  The present invention is composed of a stereotaxic socket, a pressurizing device, and a filter. The stereotaxic socket is a hollow shell body, and has a connection wall that forms an opening below it, and the upper part of the connection wall is a water container. A step portion for locking the opening is configured, and the connection wall is screwed and connected to the upper side of the filter, and the upper part of the stereotaxic socket forms a connection wall having an opening, and the opening is closed. A pressure device is fixedly connected to the connection wall with a screw. The pressure device has a fixed lid, a piston rod, a piston, a valve, and a cylinder. The fixed lid is connected to the upper side of the stereotaxic socket by screw fixation or other connection method. The fixed lid is connected to the upper part of the cylinder by screwing with an inner ring-shaped wall projecting inwardly in the socket, and the fixed lid has a shaft hole penetrating vertically and is a piston. The rod body of the rod is penetrated and the piston rod The handle part is connected to the upper part of the pad body, the lower part of the rod body is connected to the piston through the fixed lid, the piston is provided with an annular groove on the outer periphery, and the packing is fitted. After connecting the piston, it is set in the cylinder, and the bottom wall surface of the cylinder is provided with a positioning groove for fitting and fixing the fitting portion above the valve and an exhaust hole having a space between them, The upper surface can close the exhaust hole of the bottom wall surface of the cylinder, adopts a flexible rubber or plastic material, and the filter includes a housing shell and a plurality of filtration layers mounted inside the housing shell. Provided with an opening above the housing shell, and connected to a connection socket below the stereotaxic socket by a screw fixing method, the bottom wall surface of the housing shell is provided with a plurality of through holes, and the plurality of filtration layers are , Each ceramic piece filtration , Bamboo charcoal added heavy metal remover filter piece 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, energy stone granule filtration layer, and antibacterial Provided is a portable filter which is a silver ion non-woven filter layer.

The present invention has the following enhancement effects:
1. The filter 3 is set in the container 4 by being locked to the opening upper edge 41 of the container 4 into which water is put by the locking portion 13 of the stereotaxic socket 1, and the water in the container 4 is pressed by the pressurizing operation of the pressurizing device 2. Is rapidly permeated into the filter layers 31, 32, 38, 33, 34, 35, 36, 37 of the filter 3 to achieve a good filtration effect and to provide drinking water beneficial to human health. Can be provided.
2. It is convenient to carry and can be applied to homes, workplaces, mountain climbing, hiking or marching field battles.
3. It can reduce the carbon that worsens the environment and achieve the objectives of environmental conservation.

It is a three-dimensional exploded view (a plurality of filtration layers are not shown) of the constituent members of the stereotaxic socket, the pressurizing device, and the housing shell of the filter of the embodiment of the present invention. It is a three-dimensional view of the constituent members of the stereotaxic socket, the pressurizing device, and the housing shell of the filter of the embodiment of the present invention. It is a use state cross-sectional enlarged explanatory drawing which latches the container of the Example of this invention.

  As shown in FIGS. 1 to 3, the portable filter of the present invention includes a stereotaxic socket 1, a pressurizing device 2, and a filter 3.

  The stereotaxic socket 1 is a hollow shell, and has an opening 11 (see FIG. 3) below and a connection wall 12 having the opening 11, and an upper portion of the connection wall 12 is associated with the opening of the water container. The connecting wall 12 is screwed to the upper part of the filter 3 and the upper opening 14 of the stereotaxic socket 1 is connected to the pressurizing device 2 by the connecting wall 15. Connect with screws.

The pressurizing device 2 includes a fixed lid 21, a piston rod 22, a piston 23, a valve 24, and a cylinder 25. The fixed lid 21 is connected to the connection wall 15 above the stereotaxic socket 1 by screw fixing or other connection methods. The fixed lid 21 has an inner ring-shaped wall 211 (see FIG. 3) projecting inwardly in the socket, and is fixedly connected to the upper side of the cylinder 25 by a screw. The fixed lid 21 has a shaft hole 212 penetrating vertically. The rod body 221 of the piston rod 22 is penetrated, and a handle 222 is provided above the rod body 221 of the piston rod 22, and the lower part of the rod body 221 penetrates the fixed lid 21 and is connected to the piston 23. Is done.
The piston 23 has an annular groove 231 and is provided with a packing 232. The piston rod 22 is inserted into the cylinder 251 inside 251 after the piston 23 is connected. A bottom wall surface 252 (see FIG. 3) of the cylinder 25 has a positioning groove 2521 for fitting and fixing the fitting portion 241 above the valve 24 and an exhaust hole 2522 spaced from each other. The exhaust hole 2522 of the bottom wall surface 252 of the cylinder 25 is closed by the upper surface 242 of the valve 24.

  The filter 3 includes a housing shell 30 and a plurality of filtration layers 31, 32, 33, 34, 35, 36, and 37 (see FIG. 3) mounted inside the housing shell 30. An opening 301 is provided above and connected to the connection socket 12 below the stereotaxic socket 1 by a screw fixing method, and a plurality of through holes 3021 are provided in the bottom wall surface 302 (see FIG. 3) of the housing shell 30. The plurality of filtration layers 31, 32, 33, 34, 35, 36, and 37 are respectively a ceramic piece filtration layer 31, a bamboo charcoal-added heavy metal removing agent filtration piece filtration layer 32, an ion exchange resin granule filtration layer 38, and a copper zinc alloy. (KDF) granule filtration layer 33, calcium sulfite granule filtration layer 34, alkaline trace element ore granule filtration layer 35, tourmaline, ceramic sintered granule filtration layer 36, and antibacterial silver ion nonwoven fabric filtration layer 37.

Further, the connection wall 15 above the stereotaxic socket 1 and the fixing lid 21 of the pressure device 2 are formed by joining an outer thread 151 and an inner thread 213 (see FIG. 3) to each other by a screw fixing method. In addition, an annular concave groove 214 is provided to fit the seal pad 215 to provide an airtight effect.

In addition, the connection wall 12 below the fixed socket 1 and the upper opening 301 of the housing shell 30 of the filter 3 are joined to each other by an external screw thread 121 and an internal thread thread 3011 by a screw fixing method.

  Further, an inner thread 2111 and an outer thread 250 are joined to each other by a screw fixing method above the inner ring-shaped wall 211 (see FIG. 3) of the fixing lid 21 and the cylinder 25 of the pressurizing device 2, and the fixing lid is further fixed. 21 is provided with an inner ring-shaped groove 2116, and a seal pad 2117 is fitted therein to maintain an airtight effect.

  The valve 24 of the pressurizing device 2 employs a flexible rubber or plastic material.

  According to the configuration of the constituent member, the locking portion 13 of the stereotaxic socket 1 is locked to the upper edge 41 (see FIG. 3) of the container 4 for containing water, and the filter 3 is set inside the container 4. Filter the water in 4. The user grasps the handle portion 222 of the piston rod 22 of the pressurizing device 2 and reciprocates the piston rod 22 to pressurize the air inside the cylinder, so that the exhaust hole 2522 on the bottom wall surface 252 of the cylinder 25 is opened. A gap is formed between the bottom wall surface 252 of the cylinder 25 and the upper surface 242 of the valve 24 by air pressure, and the pressurized air passes through a gap formed between the valve 24 and the bottom wall surface 252 of the cylinder 25. Then, the water in the container 4 is caused to enter the filtration layer 3 downward by the air pressure, and the ceramic piece filtration layer 31, bamboo charcoal-added heavy metal removing agent filtration piece filtration layer 32, ion exchange resin granule filtration layer 38, copper zinc alloy (KDF) ) Granule filtration layer 33, calcium sulfite granule filtration layer 34, alkaline trace element ore granule filtration layer 35, energy stone granule filtration layer 36, and antibacterial silver ion nonwoven Quickly it is transmitted through the filter layer 37, to achieve a suitable filtering effect. And when water is filtered into the ceramic piece filtration layer 31, the ceramic piece adopts the production of natural diatomaceous earth-containing silver ion component, the filtration hole is 0.5μm, and the natural raw material is unbaked to produce The filter core not only has an excellent filtration effect, but also efficiently removes microbes, bacteria, and cysts, and the filtration effect further reaches 99.99% or more. When water is filtered into the bamboo charcoal-added heavy metal remover filter piece filtration layer 32, the bamboo charcoal-added heavy metal remover filter piece formed by baking a high-compressed carbon rod is treated with chloroform, harmful chemical substances, volatile organic substances ( Vocs), iron rust, odor, heavy metals, agricultural chemicals and the like are efficiently adsorbed. When water is filtered into the ion-exchange resin granule filtration layer 38, the calcareous substance in the water is adsorbed in the resin, the hard water is changed to soft water, the water hardness is reduced, and the purpose of water quality softening is achieved. When water is filtered into the copper-zinc alloy (KDF) granule filtration layer 33, the copper-zinc alloy granule formed by mixing and refining copper zinc 55 by advanced technology is a water treatment medium suitable for environmental protection requirements. It effectively removes chlorine, the effect is 6 times that of activated carbon, adjusts the Ph value, reduces magnesium and calcium ions, efficiently controls fungi and algae, water-soluble heavy metals, For example, lead, iron, cadmium, aluminum and other inorganic substances are removed. When water is filtered through the magnesium sulfite granule filtration layer 34, the magnesium sulfite granule has obtained Japanese food pass certification and quality pass certification, has a magnesium sulfite purity of 98%, and has high temperature resistance and chlorine removal effect. The adsorption amount is good, the adsorption amount is large, and the adsorption amount is 200 times or more compared with the activated carbon, and a good chlorine removing effect is achieved. When water is filtered into the alkaline trace element mineral granule filtration layer 35, ore taken from the deep sea, volcanic rock ore, and other rare ores from other countries are used as raw materials to smelt important elements, Technology-based composite composites, for example, the trace element ore granules are formed and solidified from mineral ore as a mineral element powder and then sintered into granules at high temperature. Water is an alkaline ion rich in oxygen Changing to water, various minerals and trace elements, minerals and trace elements have absolute importance to human health, and without minerals and trace elements there is no vitality If the combination of various minerals and trace elements in living cells is balanced, various causes of diseases can be avoided, and if the human body is deficient in these minerals and trace elements, growth delay, immune function Legs, lowering of resistance to disease, deterioration in mental status, physical functioning weakness, abnormalities of metabolism, causing normal inoperative like such as glandular body parts of the body. When water is filtered to tourmaline, ceramic sintered granule filtration layer 36, tourmaline, ceramic sintered granule can instantaneously cut water molecule cluster, so that 13-16 large molecules of general tap water molecules The cluster water is cut and rearranged into 5-6 dense, dense, osmotic small water molecule clusters, and at the same time, the activity of the water is improved. Penetration into animal and plant cells, efficiently draining the sources of contamination in the cells, cleansing and activating cells, making the body healthier, the tourmaline and ceramic sintered granules are not only generating cells The above-mentioned tourmaline and ceramic sintered granule have a function of generating far-infrared rays, and are obtained by sintering tourmaline powder and ceramic. When water is filtered through the antibacterial silver ion woven filter layer 37, the silver ions have a remarkable antibacterial effect, and the active silver ions adsorb sulfhydryl groups on the protein in the bacterial body and quickly bind to sulfhydryl groups. The enzyme containing the enzyme loses its activity, kills the bacteria, has a good control effect on E. coli, Staphylococcus aureus, Salmonella and bacteria, and does not generate anti-drug properties, is not toxic, It has the advantages that it does not stimulate allergies, is not affected by the acid-alkali value, and has long-lasting effects.

DESCRIPTION OF SYMBOLS 1 Stereotaxic socket 11 Opening 12,15 Connection wall 121,151,250 Outer thread 13 Locking part 14,301 Opening 2 Pressurizing device 21 Fixing lid 211 Inner ring wall 2111,213,3011 Inner thread 212 Through-shaft hole 214 , 2116 Annular groove 215, 2117 Seal pad 22 Piston rod 221 Rod body 222 Handle 23 Piston 231 Annular groove 232 Packing 24 Valve 241 Fitting part 242 Upper wall surface 25 Cylinder 251 Cylinder tank 252, 302 Bottom wall surface 2521 Positioning tank 2522 Exhaust Hole 3 Filter 30 Housing shell 3021 Through hole 31 Ceramic piece filtration layer 32 Bamboo charcoal-added heavy metal removing agent filter piece 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, Ceramic Sintered Granule Filtration Layer 37 Antibacterial silver ion nonwoven fabric filtration layer 38 Ion exchange resin granule filtration layer

Claims (5)

It consists of a stereotaxic socket, a pressure device, and a filter.
The stereotaxic socket is a hollow shell, and has an opening below and a connection wall adjacent to the opening, and an upper portion of the connection wall includes a step portion for locking the opening of the water container. The connection wall is screwed to the upper part of the filter, and the upper opening of the stereotaxic socket has a connection wall and is screwed to the pressurizing device,
The pressurizing device has a fixed lid, a piston rod, a piston, a valve, and a cylinder, and the fixed lid is connected to a connection wall above the stereotaxic socket by screw fixing or other connection method, and the fixed lid is in the socket. The inner ring-shaped wall projecting in the direction is screwed and connected to the upper part of the cylinder, and the fixed lid has a shaft hole penetrating vertically and penetrates the rod body of the piston rod. The handle is connected to the upper part of the body, the lower part of the rod body is connected to the piston through the fixed lid, the piston forms an annular groove on the outer periphery, and the packing is fitted. A piston is connected and inserted into the cylinder, and an annular positioning groove for fitting and fixing a fitting portion above the valve is provided on the bottom wall surface of the cylinder and an exhaust hole having a space between them. The upper surface of the valve To shield the exhaust hole of the bottom wall surface of the cylinder, the valve is made to adopt a flexible rubber or plastic material,
The filter includes a housing shell and a plurality of filtration layers mounted inside the housing shell. The housing shell has an opening above the housing shell and is connected to a connection socket below the stereotactic socket by a screw fixing method. The bottom wall of the housing shell is provided with a plurality of through-holes, and the plurality of filtration layers are respectively a ceramic piece filtration layer, a bamboo charcoal-added heavy metal remover filtration piece filtration layer, an ion exchange resin granule filtration layer, copper zinc Portable filter which is an alloy (KDF) granule filtration layer, calcium sulfite granule filtration layer, alkaline trace element ore granule filtration layer, tourmaline, ceramic sintered granule filtration layer, and antibacterial silver ion nonwoven fabric filtration layer. The connection wall above the stereotaxic socket and the fixing lid of the pressurizing device are formed by assembling the outer screw thread and the inner screw thread with each other by a screw coupling method, and the fixing cover is further provided with an annular groove to provide a seal pad. The portable filter according to claim 1, wherein the airtight effect is maintained by fitting. The connection wall below the stereotaxic socket and the upper opening of the housing shell of the filter have an external screw thread and an internal screw thread assembled together by a screw coupling method, and the connection wall of the stereotaxic socket has an annular groove. The portable filter according to claim 1, wherein the portable filter is provided to maintain an airtight effect by fitting a seal pad. Above the inner ring-shaped wall of the fixing lid of the pressurizing device and the cylinder, an inner screw thread and an outer screw thread are assembled with each other by a screw coupling method, and the connecting wall of the stereotactic socket has an annular groove. The portable filter according to claim 1, wherein a sealing pad is fitted to increase an airtight effect. The bamboo charcoal-added heavy metal agent-removed filter piece filtration layer provided in the housing shell of the filter is formed by baking a high-compressed charcoal rod, and the bamboo charcoal-added heavy metal agent-removing filter piece is an alkaline trace amount provided in the housing shell. The elemental mineral granule filtration layer is obtained by molding and fixing the trace element ore granule as a mineral element powder and then sintering it at high temperature to form a granule. The tourmaline provided in the housing shell, the ceramic sintered granule filtration layer The portable filter according to claim 1, wherein the tourmaline and the ceramic sintered granule are tourmaline and a ceramic sintered granule that generate far-infrared rays.

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