JP3186275U - Water reformer - Google Patents

Abstract

A water reformer is provided that obtains negative ion water using ore such as tourmaline and filtered water using activated carbon from tap water.
The water reformer 100 includes a first reformer 101 in which activated carbon is sealed in a first main body container 1 and a second reformer in which crushed tourmaline ore is sealed in a second main body container 2. The filter part which consists of the part 102, and the switching part 3 which supplies the water supplied from a water supply to the said 1st modification part 101 or the 2nd modification part 102 are provided. The switching unit 3 can be switched so that each of the first reforming unit 101 and the second reforming unit 102 can be used independently, and the first reforming unit 101 and the second reforming unit 102 are connected in series. It can be switched to use together. The tourmaline ore is enclosed in the second main body container 2 in a pulverized state. By passing water through the ground tourmaline ore, the efficiency of negative ionization is increased, and the first reforming part 101 and the second reforming part 102 are connected in series, so that the combined use with activated carbon becomes possible.
[Selection] Figure 2

Description

  The present invention relates to a water reformer that obtains negative ion water using ore such as tourmaline and filtered water using activated carbon from tap water.

  Conventionally, a water purifier as described in Patent Document 1 is known. This water purifier is provided with a non-woven fabric around the outer periphery of a filter medium in which powdered, granular or fibrous activated carbon is molded and solidified into a hollow cylinder, and tap water flows from the periphery of the filter medium to the center. This is a structure to be derived. The nonwoven fabric may contain tourmaline.

Japanese Patent Application No. 2007-169146

  This water purifier has a problem in that negative ion hydration by tourmaline is not sufficiently performed because it is a level in which tourmaline is contained in the nonwoven fabric. Moreover, since the nonwoven fabric containing tourmaline is provided on the outer periphery of the activated carbon, tap water always passes through the tourmaline and the activated carbon. For this reason, there exists a problem that the negative ion water by tourmaline and the filtered water by activated carbon cannot be used separately, respectively. This invention has been made to solve such problems.

  The water reformer according to the present invention includes a first reforming section in which an activated carbon filter is provided in the first main body container, a second reforming section in which tourmaline and other ores are enclosed in the second main body container, The first water passage connected to the first reforming section and the second water passage connected to the second reforming section, respectively, and the first water passage and the second water passage are switched to be supplied from the water supply. And a switching unit that supplies water to the first reforming unit or the second reforming unit.

  Further, the water reformer according to the present invention has a third water passage for guiding the water that has passed through the first reforming section to the second reforming section in the above-mentioned device, and the switching section is configured by a third water passage. It is possible to switch between opening and closing of.

  The water reformer according to the present invention is characterized in that, in the above-mentioned device, the ore such as tourmaline is packed in a filter provided with a nonwoven fabric in a water passage portion inside the housing.

It is a block diagram which shows the water reformer which concerns on embodiment of this invention. It is a block diagram which shows the water reformer shown in FIG. It is explanatory drawing which shows the internal structure of a 1st modification part. It is explanatory drawing which shows the structure of a 1st modification part and a 2nd modification part. It is explanatory drawing which shows operation | movement of this water reformer.

  FIG. 1 is a block diagram showing a water reformer according to an embodiment of the present invention. FIG. 2 is a configuration diagram illustrating the water reformer illustrated in FIG. 1. The water reformer 100 includes a first reformer 101 provided with an activated carbon filter in the first main body container 1 and a second reformer 102 in which tourmaline and other ores are enclosed in the second main body container 2. And a switching unit 3 that supplies the water supplied from the water supply to the first reforming unit 101 or the second reforming unit 102. The faucet J is connected to the casing of the switching unit 3.

  The switching unit 3 is connected to the first water passage 4 connected to the first reforming unit 101 and the second water passage 5 connected to the second reforming unit 102, respectively. The passage 5 can be switched.

  FIG. 3 is an explanatory diagram showing the internal structure of the first reforming section and the second reforming section. FIG. 4 is an explanatory view showing the structure of the first reforming part and the second reforming part (the structure of the first reforming part and the second reforming part is the same, so the components of the second reforming part are With reference signs in parentheses). The first reforming part 101 has a structure in which a cylindrical casing 10 is arranged inside a box-shaped first main body container 1. A conduit 16 is provided in the center of the housing 10. A nonwoven fabric 17 is attached to the side surface 10 a of the housing 10 and the peripheral side surface 16 a of the conduit 16. Inside the housing 10, finely pulverized activated carbon 11 is placed. A large number of fine holes are provided on the peripheral side surface of the conduit 16 as water passage portions. In addition, a large number of fine holes are provided on the side surface 10a of the housing 10 as water passage portions. It is assumed that the activated carbon 11 has an average particle size larger than the hole diameter of the side surface 10 a and the diameter of the hole provided in the conduit 16 in a pulverized state. The nonwoven fabric 17 prevents the activated carbon 11 from flowing out of the holes. For the nonwoven fabric, for example, aramid fiber, glass fiber, cellulose fiber, nylon fiber, polyester fiber, polyolefin fiber and the like are used.

The casing 10 encloses the activated carbon 11 inside by an upper surface plate 10c and a lower surface plate 10d. A cylindrical inlet 14 connected to the first water passage 4 is provided at the bottom 13 of the first main body container 1. A discharge port 15 is provided on the side surface 1 a of the first main body container 1.

  In the filter 12, the cylindrical housing 10 is inserted into the box-shaped first main body container 1, and the lower end of the conduit 16 is inserted into the inlet 14 of the bottom 13 to be connected. Between the inner surface of the first main body container 1 and the filter 12, a sufficient space for the filtered water to pass is ensured. A discharge channel is led out from the discharge port 15.

  As the activated carbon 11, a plant such as wood, bamboo, coconut husk, walnut husk, coal or petroleum can be used.

The second reforming unit 102 has a structure in which a cylindrical casing 20 is disposed inside a box-shaped second main body container 2. A conduit 26 is provided in the center of the housing 20. A nonwoven fabric 27 is attached to the side surface 20 a of the housing 20 and the peripheral side surface 26 a of the conduit 26. Inside the housing 20, a finely crushed tourmaline ore 21 is placed. A large number of fine holes are provided on the peripheral side surface of the conduit 26 as water passage portions. In addition, a large number of fine holes are provided on the side surface 20a of the housing 20 as water passage portions. It is assumed that the tourmaline ore 21 has an average particle size larger than the hole diameter of the side surface 22a and the diameter of the hole provided in the conduit 26 in a pulverized state. Further, the nonwoven fabric 27 prevents the fine particles of the tourmaline ore 21 from flowing out of the hole. For the nonwoven fabric, for example, aramid fiber, glass fiber, cellulose fiber, nylon fiber, polyester fiber, polyolefin fiber and the like are used.

The housing 20 encloses a tourmaline ore 21 inside by an upper surface and a lower surface. A cylindrical inlet 24 connected to the first water passage 4 is provided at the bottom 23 of the second main body container 2. A discharge port 25 is provided on the side surface 2 a of the second main body container 2.

  In the filter 22, the cylindrical housing 20 is inserted into the box-shaped second main body container 2, and the lower end of the conduit 26 is inserted into the introduction port 24 of the bottom 23 and connected. Between the inner surface of the 2nd main body container 2 and the filter 22, sufficient space for the filtered water to pass is ensured. A discharge water channel is led out from the discharge port 25.

In addition to the tourmaline ore 21 described above, tourmaline stones, tourmaline ceramics, precious stones, precious stone ceramics, hornfels, hornfels ceramics, Bincho charcoal, Bincho charcoal ceramics, barley stones, barley stone ceramics , Bamboo Charcoal, Bamboo Charcoal Ceramics, Ion Oishi, Ion Oishi Ceramics, Ellenite, Ellen Ceramics, Gem Ceramics, Germanium Ore, Germanium Ore Ceramics, Black Silica (Graphite Silica), Black Silica (Graphite Silica) Ceramics, titanium oxides, titanium oxide ceramics, scallop shells, scallop shell ceramic balls, negative ion ceramic balls, radium ores, radium ore ceramics, northern stones, northern stone ceramics, black radium ores , Black Radium Sera Mick ores, Panadium ores, Panadium ores ceramics, Obsidian, obsidian ceramics, coral fossil, coral fossil ceramics, black smoke silica, black smoke silica ceramic, holy stone, holy stone ceramic, natural life Stones, Tianju stone ceramics, selenium ores, selenium ore ceramics, gold ores, gold ore ceramics, cobblestones, boulder ceramics, precious jewelry, precious ceramics, wisdom precious stones, wisdom precious stones Ceramic, Natural Ore Zeolite, Natural Ore Zeolite Ceramics, Far Infrared Ceramics, Negative Ion Organic Germanium Balls, Negative Ion Ceramic Balls, Ono Ore, Ono Ore Ceramics, Super Far Red Ceramic Balls, Hydrogen Ceramic Ball , Ceramic chips, apatite ores, a Tight ore ceramic balls, PIP titanium balls, PIP titanium ball ceramics, pine ores, pine ore ceramics, natural ore black silica, natural ore black silica ceramics, lava marimo, lava marimo ceramics, thorium ore, thorium Achievement ceramics, polyethite, polyethite ceramics, Badgastein ore, Badgastein ore ceramics, natural ore garnet powder, natural ore Garnet powder, ceramics, hormesis ore, hormesis ore ceramics, rare earth ore , Rare earth ore ceramics, black silica (Kankuro stone), black silica (Kankuro stone) ceramics, lithia tourmaline, lithia ceramic tourmaline, taumarin ore, taumarin ceramic ore, voit tourmaline, voitse Ramic tourmaline, Lithia tourmaline, Lithia ceramic tourmaline, Iron tourmaline, Iron ceramic tourmaline, Amaterite, Amaterite ceramic, Amphibole, Amphibole ceramic, Meteorite Ores of meteorite ceramics can be used.

  The switching unit 3 has a switching valve 31 inside the housing 30. The switching valve 31 is connected to the first water passage 4 connected to the first reforming unit 101, the second water passage 5 connected to the second reforming unit 102, and the discharge port 15 of the first reforming unit 101. Connected to the discharge passage 18, the discharge passage 28 connected to the discharge port 25 of the second reforming unit 102, the raw water passage 40 from the water pipe, the filtered water discharge passage 50, and the raw water discharge passage 51. Do. The discharge passage 28 is connected to the filtered water discharge passage 50. The switching valve 31 may have any structure as long as it has such a switching structure. For example, the switching unit 3 can be configured to switch the switching valve 31 by rotating a lever 32 that is connected to a movable part of a solenoid valve and provided outside the housing 30.

  FIG. 5 is an explanatory view showing the operation of this water reformer. When the raw water is discharged, as shown in FIG. 5A, the switching valve 31 of the switching unit 3 is rotated to connect the raw water passage 40 and the raw water discharge passage 51 (path A). Thereby, tap water is discharged as it is through the raw water discharge passage 51.

When discharging activated carbon filtered water, as shown in FIG.5 (b), the switching valve 31 of the switching part 3 is rotated, and the raw | natural water path 40 and the 1st water path 4 are connected (path | route B). Further, the discharge passage 18 of the first reforming unit 101 and the filtered water discharge passage 50 are connected (path C). Thereby, the tap water is introduced into the first reforming part 101 and filtered by the activated carbon 11, and the water filtered by the activated carbon 11 is discharged through the filtered water discharge passage 50.

  When discharging tourmaline filtered water, as shown in FIG. 5C, the switching valve 31 of the switching unit 3 is rotated to connect the raw water passage 40 and the second water passage 5 (path D). Further, the discharge passage 28 of the second reforming unit 102 is connected to the filtered water discharge passage 50. Thus, the tap water is introduced into the second reforming unit 102 and filtered by the tourmaline raw stone 21, and the water that is negatively ionized by the tourmaline raw stone 21 is discharged through the filtered water discharge passage 50.

  When discharging the mixed filtered water of the activated carbon 11 and the raw tourmaline 21, as shown in FIG. 5 (d), the switching valve 31 of the switching unit 3 is rotated to connect the raw water passage 40 and the first water passage 4. (Route E). Further, the discharge passage 18 of the first reforming unit 101 and the second water passage 5 are connected (path F). Further, the discharge passage 28 of the second reforming unit 102 is connected to the filtered water discharge passage 50. As a result, the tap water is introduced into the first reforming section 101 and filtered by the activated carbon 11, and the water filtered by the activated carbon 11 is further filtered by the tourmaline rough stone 21 to be converted into a minus-in. Discharged through.

  As described above, according to the water reformer 100, negative ionized water can be obtained by filtration with the tourmaline raw stone 21 in the second reforming unit 102. Moreover, the water filtered with the activated carbon 11 can also be obtained, and the water purified with the activated carbon 11 can be reformed into negative ion water. In other words, negative ion water, activated carbon filtered water, and raw water can be easily selected, and activated carbon filtered water can be easily converted into negative ion water.

100 water reformer 101 first reforming section 102 second reforming section 1 first main body container 2 second main body container 3 switching section 4 first water passage 5 second water passage 18 discharge passage 28 discharge passage 40 raw water passage 50 Filtrated water discharge passage 51 Raw water discharge passage

Claims (3)

A first reformer having an activated carbon filter inside the first body container;
A second reforming section in which tourmaline or other ore is sealed inside the second main body container;
Connected to the first water passage connected to the first reforming section and the second water passage connected to the second reforming section, respectively, and switched from the first water passage and the second water passage to be supplied from the water supply. A switching unit for supplying water to the first reforming unit or the second reforming unit;
A water reformer characterized by comprising: The third water passage that guides the water that has passed through the first reforming section to the second reforming section, and the switching section is capable of switching the opening and closing of the third water passage. The water reformer described. The water reformer according to claim 1 or 2, wherein the ore such as tourmaline is packed in a filter provided with a nonwoven fabric in a water passage portion inside the housing.

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