TWM554909U - Magnetized live water device - Google Patents

Description

Magnetized water heater (1)

The present invention provides a magnetized water heater (1), which mainly limits the number of magnets included in the magnetized group to a predetermined portion of the receiving base that is accommodated in a guiding space therebetween, and is matched with a blocking member, and The base housing that is placed in a bottom to maintain a through hole and the cover member that holds a hole are precisely limited, so that the magnetic conductive block can be introduced into a base body and spaced apart by the partition to facilitate the The magnetization unit is connected with the water outlet of the external water source, so that the introduced water is accelerated and cut by the circulating magnetic lines of the magnetic conductive block to achieve the preset magnetized water molecule application.

This is a magnetized water that is widely used in industries such as industry, agriculture, and medicine. This magnetized water was originally used in the field to treat a small amount of boiler water in the field to reduce scale formation. Gradually, magnetized water has been widely used. The cooling system of various high-temperature furnaces plays an important role in improving the cooling efficiency and prolonging the service life of the boiler. For example, the use of magnetized water in chemical plants can assist the chemical reaction speed and increase the output. The construction-related industries use magnetized water to mix concrete to assist in the lifting of concrete. Intensity, the textile industry uses magnetized water as an auxiliary pulverization, and the printing and dyeing industry uses magnetized water as the color to achieve the expected economic benefits.

The application of this magnetized water in agriculture can assist seed soaking and breeding efficiency, drive seed germination speed faster, increase germination rate, and benefit seedlings with plant height, stem diameter, root length, etc.; and use of magnetized water to irrigate farmland Help the soil to be soft, accelerate the decomposition of organic fertilizer, and stimulate agriculture Crop growth, together with water saving, fertilizer consumption, and crop yield; that is, the magnetized magnetized water has the following advantages for soil and crops: 1.) Keep the soil moist, because of this magnetized water The osmotic pressure is larger than that of ordinary water. The application of magnetized water irrigation can drive the soil to maintain a better moist state. 2.) Improve the nutrient utilization of the soil. Because of the large ionization degree of the magnetized water, it can cause nitric acid and superphosphate. Ionization and decomposition, in order to assist the efficiency of soil absorption of fertilizers, and the utilization of nutrients; this kind of magnetized water can be classified by many application methods, and can be used as auxiliary livestock for feeding livestock and livestock. Reduce the disease and increase the growth rate; relatively use the magnetized water as a washing powder solution to stir the laundry, which can improve the cleaning efficiency of the clothes, even if the magnetized water is used as the laundry to improve the washing effect; or application This kind of magnetized water can also be used as a common vegetable and fruit cleaning to assist in the preservation of the ingredients.

However, there is considerable diversification of the form of the magnetized water molecules, wherein a predetermined range of the receiving members is incorporated into the plurality of magnets to form a magnetic field region to facilitate the magnetic space. The processing unit is connected to the external water source outlet, so that the water can be cyclically cut by the magnetic rotation generated by the magnetic field region introduced into the receiving member to achieve magnetization and division into a smaller molecular form, as drinking water or living. Cleaning water, or agricultural irrigation, fish farming, and the like.

In this paper, a related application is disclosed and disclosed in the certificate number of Ms. 104.08.21: M507423 "Magnetic Living Water Processor Structure". The treated water molecular structure comprises a magnetized living water unit for setting a water molecule through the pipeline. a predetermined position, the magnetized living water unit is a magnetized seat including a ring, a plurality of inner wall of the seat ring, and a magnetic block body disposed inside the magnetized seat to form a magnetic field having a magnetic ring; The unit is combined at the position where the water molecules pass, so that the water molecules rotate through the magnetic ring of the magnetic field, and the water molecules that pass through are The macromolecular group is cut into small molecular groups to achieve magnetization into a living water state.

The creator makes another new configuration for the magnetized living water body that can magnetically cut the water molecules, so that the magnetized group contains a plurality of magnets to be held therein to maintain a guiding space. Recepting the preset portion of the base and engaging a blocking member, and the base housing that is placed to maintain a through hole at the bottom, and the cover member that holds a hole are exactly limited, so that the magnetic conductive block here The utility model can be introduced into a basic body body and matched with the partitioning parts, so that the magnetizing unit can be connected with the water outlet section of the external water source, so that the introduced water can be acceleratedly cut by the circulating magnetic lines of the magnetic conductive block therebetween. Preset magnetized water molecules are applied.

The creation is based on the fact that the magnetized group used for magnetizing and cutting water molecules can match the external water source outlet to enable the introduced water to have a desired magnetization. The magnetization group is composed of a plurality of magnets. The receiving base is provided with a pre-recessed portion of the receiving base for retaining a guiding space, and a blocking member is used for azimuth limitation. The receiving base is configured to allow a base casing to be held by a bottom to be smoothly inserted, and to be interposed therebetween. The cover member holding a hole is exactly limited to form a magnetic conductive block which is introduced into a base body and is spaced apart by at least one or more partitions, and at the adjacent lower end Cooperating with a water wave device forming a plurality of water permeable holes on the upper layer to form a magnetization unit, the magnetization unit can be connected to the water outlet section from the external water source as a magnetic conductive region between the water being opened and introduced into the magnetization unit. The block can be accelerated by the circular magnetic lines of force to achieve the preset magnetized water molecule application.

The main purpose of this creation is to obtain a desired magnetization for the magnetization group of magnetized cutting water molecules to introduce an external water source. The magnetization group includes a receiving base, a plurality of magnets, and a number. a channel blocking member, a base casing and a covering member to form a magnetic conductive block; Wherein, the receiving base is a concave portion forming at least one or more notches facing outward, and a longitudinally communicating guiding space is provided in the middle to allow a plurality of magnets to be individually accommodated into the concave portion and to be blocked The piece is cut into the outer periphery of each recessed portion of the receiving base to restrict the orientation of the placed magnet; and a through hole is formed at the bottom of the base casing, and a space is formed upward to allow the combination of the plurality of magnets The receiving base is placed in the space of the base casing, and the through hole of the receiving base is introduced into the through hole of the base casing to maintain a smooth restriction, and a cover member that maintains a hole therebetween will receive the upper end of the base Positioning restrictions, such that the apertures constituting the covering member are capable of communicating with the longitudinal guiding space of the receiving base; the magnetic conducting block is capable of introducing a base body communicating with the upper and lower sides and receiving at least one or more regions The spacers are spaced apart from each other to form a magnetization unit; the magnetization unit can be connected to a water outlet section leading from an external water source, as a magnetic conductive block between the water being opened and introduced into the magnetization unit. Peripheral circulation by cutting lines of magnetic force to accelerate the magnetized water molecules reach the preset application.

The second object of the present invention is that the base body included in the magnetization unit and introduced into a magnetic conductive block is accommodated in a lower section in the lower section to allow a water waver which is tapered upwardly and forms a plurality of water-permeable holes in the layer. After the external guiding water source is introduced into the magnetic conductive block between the magnetizing units, the longitudinal guiding space is accelerated and cut by the magnetic flux of the peripheral circulation, and may be sprayed out along the water permeable hole between the water waves.

[this creation]

1‧‧‧Accepting the base

11‧‧‧ recessed parts

12‧‧‧Guide space

2‧‧‧ magnet

3‧‧‧blocking parts

4‧‧‧Basic housing

41‧‧‧through hole

42‧‧‧ Space

5‧‧‧ Covering parts

51‧‧‧ hole

6‧‧‧Magnetic block

7‧‧‧Basic Ontology

71‧‧‧ partition

72‧‧‧ external thread section

73‧‧‧ plane

8‧‧‧Water waver

81‧‧‧ water hole

9‧‧‧Magnetization unit

10‧‧‧ outside water source

101‧‧‧Water outlet

102‧‧‧Threaded section

The first figure is an exploded view of the relevant components of the magnetically conductive region between the magnetized water traps of the present invention.

Figure 2 is an exploded view of the relevant components of the magnetized water heater.

Fig. 3 is an external view of the related components of the magnetized water heater of the present invention.

Fig. 4 is a cross-sectional view showing the assembly of related components between the magnetized water heaters of the present invention.

Fig. 5 is a schematic view showing the state of use of the magnetized water heater of the present invention.

The magnetized water heater (1) designed in this creation (such as Figures 1 and 2) mainly uses a magnetized group for magnetizing and cutting water molecules to obtain an expected magnetization when introducing an external water source, which is: the magnetization group The body comprises a receiving base 1, a plurality of magnets 2, a plurality of blocking members 3, a base housing 4, and a covering member 5 to form a magnetic conductive block 6; wherein the receiving base 1 is formed At least one or more recessed portions 11 facing outward, and a longitudinally communicating guiding space 12 therebetween, to allow a plurality of magnets 2 to be individually received into the recessed portion 11 (as shown in FIG. 4), and The matching blocking member 3 cuts into the outer periphery of each recessed portion 11 of the receiving base 1 to restrict the orientation of the placed magnet 2; and at the bottom of the base casing 4, a through hole 41 is formed and a space is formed upward. 42. The space 42 for allowing the receiving base 1 incorporating the plurality of magnets 2 to be inserted into the base casing 4 and the through hole 41 of the receiving base 1 to be introduced into the base casing 4 at the lower end thereof are kept stable. And supporting the upper end of the receiving base 1 with a covering member 5 holding a hole 51 therebetween The hole 51 of the covering member 5 can be connected to the magnetic guiding block 6 of the longitudinal guiding space 12 of the receiving base 1; the magnetic guiding block 6 can be introduced into the upper and lower communicating base body 7 and subjected to at least one or more The partitions 71 are spaced apart from each other to form a magnetization unit 9 (as shown in Fig. 3); the magnetization unit 9 can be connected to the water outlet from the external water source 10 (herein, a general faucet is implemented). Paragraph 101 (here, the internal thread section 102, which is screwed into the water outlet 101 between the outer threaded section 72 of the upper end of the base body 7 as shown in Fig. 5), serves as a magnetically conductive region between the water being opened and introduced into the magnetization unit 9. Block 6 can be accelerated by the magnetic field lines of the surrounding cycle (as shown in Fig. 4) to achieve the preset magnetized water molecule application.

The basic body 7 included in the magnetizing unit 9 described above is introduced into a magnetically conductive block 6 in the lower section to allow a water waver 8 which is tapered upwardly and forms a plurality of water-permeable holes 81 in the layer to be accommodated therein. 2, 4], in order to facilitate the external water source in the magnetic conductive block 6 introduced between the magnetization unit 9, the longitudinal guiding space 12 is accelerated and cut by the magnetic flux of the peripheral circulation, and the water permeable hole 81 along the hydrodynamic device 8 It is taken out in a spray form.

The magnetized unit 9 described in the paragraph [0011] includes a cross-sectional plane 73 (such as Figures 3 and 5) for the peripheral sides of the lower end of the base body 7 to facilitate the magnetization unit 9 in contact with the external water source. The water outlet 101 of the 10 is assembled and/or disassembled to be able to be screwed in and/or withdrawn by a smooth force by means of a wrench.

The water waver 8 described in the paragraph [0012] is capable of facilitating the introduction of the magnetization unit 9 during which the longitudinal guiding space 12 of the magnetic conductive block 6 is subjected to accelerated cutting of the peripheral circulating magnetic lines, and the water sprayed along the outer surface of the hydrodynamic device 8 It has the function of water saving and filtration, and makes the sprayed water have a softer and softer bubble water form.

1‧‧‧Accepting the base

11‧‧‧ recessed parts

12‧‧‧Guide space

2‧‧‧ magnet

3‧‧‧blocking parts

4‧‧‧Basic housing

41‧‧‧through hole

42‧‧‧ Space

5‧‧‧ Covering parts

51‧‧‧ hole

6‧‧‧Magnetic block

7‧‧‧Basic Ontology

71‧‧‧ partition

72‧‧‧ external thread section

8‧‧‧Water waver

81‧‧‧ water hole

9‧‧‧Magnetization unit

Claims (2)

A magnetized water-removing device is capable of obtaining a desired magnetization of a magnetized group for magnetizing and cutting water molecules by introducing an external water source, which is: the magnetized group includes a receiving base, a plurality of magnets, and a plurality of tracks The blocking member, a base casing and a covering member form a magnetic conductive block; the receiving base is a concave portion forming at least one or more notches facing outward, and a longitudinally communicating guiding space is maintained therebetween In order to allow a plurality of magnets to be individually accommodated into the recessed portion, and the mating blocking member cut into the outer periphery of each recessed portion of the receiving base to limit the orientation of the placed magnet; and at the bottom of the base housing A through hole is formed and a space is formed upward to allow the receiving base of the plurality of magnets to be inserted into the space of the base casing, and the through hole of the base of the receiving base is introduced into the through hole of the base casing to maintain Smoothly limiting, and supporting the upper end of the receiving base with a covering member that maintains a hole therebetween, so that the hole constituting the covering member can communicate with the longitudinal guiding space of the receiving base; the magnetic conductive region Block is Introducing a base body of the upper and lower communication and being separated by at least one or more partitions to form a magnetization unit; the magnetization unit can be connected to a water outlet section drawn from an external water source, and the water is opened And introducing the magnetic conductive block between the magnetization unit can be accelerated and cut by the magnetic flux of the peripheral circulation, so as to achieve the preset magnetized water molecule application. The magnetized water heater according to claim 1, wherein the base body included in the magnetization unit is introduced into a magnetically conductive block, and the lower section is allowed to be tapered upwardly and form a plurality of water-permeable holes in the layer. The water wave is accommodated in order to facilitate the external water source being introduced into the magnetization unit The longitudinal guiding space of the magnetic conductive block is accelerated and cut by the magnetic flux of the surrounding circulation, and can be drawn out along the water permeable hole between the water waves.