TWM565200U - Magnetizing water activation device - Google Patents

Abstract

A magnetized water-removing device (2) is characterized in that: at least two magnets included in the magnetized group body are in a predetermined concave portion of the base body which is accommodated in a guiding space therebetween, and a blocking member conforming to the shape is used for orientation limitation. And along the preset section of the base body, a pair of outer connecting thread segments are maintained to allow a hollow annular covering member to be engaged in a section of the outer periphery of the base body that can be held by the lower range. The threaded section is screwed into the corresponding outer connecting thread section to form a magnetizing unit, and the magnetizing unit can be connected to the water outlet section leading from the external water source, as the magnetic permeability range between the water being opened and introduced into the magnetizing unit. The magnetic lines of force can be accelerated to cut, so that the preset magnetized water molecules can be applied.

Description

Magnetized water heater (2)

The present invention provides a magnetized water heater (2), which mainly limits the at least two magnets included in the magnetized group to a predetermined portion of the base body that is accommodated in a guiding space therebetween, and a blocking member that conforms to the conforming form. And allowing a hollow annular covering member to fit in the outer periphery of the base body and maintaining a proper orientation restriction, so that the magnetizing unit is engaged with the water outlet of the external water source, so that the introduced water is subjected to the magnetic permeability. The range of cyclic magnetic lines accelerates the cutting to 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 at least two magnets included in the magnetization group are accommodated therebetween to maintain a guiding space. The preset portion of the base body and the blocking member conforming to the shape are restricted, and a hollow annular covering member is allowed to fit in the outer periphery of the base body to maintain the proper orientation restriction, so that the magnetizing unit is in contact with the outside The water outlet section of the water source is connected to accelerate the cutting of the introduced water by the circulating magnetic field of the magnetic permeability range to achieve the preset magnetized water molecule application.

The creation is based on the fact that the magnetized group used for magnetizing the cut water molecules can match the external water source outlet to enable the introduced water to have an expected magnetization, which is: the magnetized group contains at least two magnets being contained. Incorporating a base body pre-recessed recessed portion for maintaining a guiding space therebetween, and a blocking member matching the conforming form for azimuth limitation, and maintaining a section of the connecting thread segment along the preset section of the base body to allow a hollow ring The visor-shaped covering member is screwed into the corresponding outer connecting thread segment by a pair of inner connecting thread segments which can be held by the lower surface of the base body, so as to form a magnetizing unit, and the magnetizing unit can be Connected to the outlet section of the water source from the outside water source, as the magnetic permeability range between the water being opened and introduced into the magnetization unit, the magnetic field line of the circulation can be accelerated and cut to achieve the preset magnetized water molecule application.

The main purpose of the present invention is to obtain a desired magnetization for the magnetization group of the magnetized water molecules to be introduced into the external water source, which is: the magnetization group includes a basic body, at least two magnets, at least a two-way conforming blocking member, a hollow annular covering member; wherein the basic body is located in the middle portion of the concave portion forming the notch facing outward, and in the middle Holding a longitudinally communicating guiding space, so that at least two magnets can be individually accommodated into the concave portion, and a blocking member with a matching shape cuts into the outer periphery of the concave portion of the middle portion of the base body to be placed on the inserted magnet Azimuth limitation; and maintaining a section of the outer threading section along the base body in the predetermined paragraph to allow a hollow annular covering member to be held around the outer periphery of the base body and capable of being held by the lower range The inner connecting thread segment is screwed into the corresponding outer connecting thread segment to form a magnetizing unit, and the upper portion of the base body is a connecting thread segment that maintains a predetermined length; the magnetizing unit can be connected In the section of the water outlet from the external water source, as the water guiding range between the water being opened and introduced into the magnetization unit, the magnetic field lines of the circulation can be accelerated to cut, so that the predetermined magnetized water molecules can be applied.

The second object of the present invention is to allow the base body of the magnetization unit to be accommodated in at least two magnets to be recessed into a receiving space in the lower section, and to form an inner connecting thread section in the periphery of the receiving space. Eli is connected to the outlet of the water source from the external water source. The adjacent lower end of the magnetization unit can be further extended into the delivery line to transport the magnetized water to a greater distance.

[this creation]

1‧‧‧Basic Ontology

11‧‧‧ recessed parts

12‧‧‧Guide space

13‧‧‧External threaded section

14‧‧‧Connected thread segments

15‧‧‧Accepting space

16, 41‧‧‧Connected thread segments

17‧‧‧ plane

18‧‧‧ hexagonal level

2‧‧‧ magnet

3‧‧‧blocking parts

4‧‧‧ Covering parts

5‧‧‧Magnetization unit

6‧‧‧ outside water source

61‧‧‧Water outlet

62‧‧‧Threaded section

7‧‧‧ delivery tube

71‧‧‧Connected paragraph

Figure 1 is an exploded view of the relevant components of the magnetized water heater.

Figure 2 is an external view of the related components of the magnetized water heater.

Fig. 3 is a cross-sectional view showing the assembly of related components between the magnetized water heaters of the present invention.

Fig. 4 is a schematic view showing the state of use of the magnetized water heater of the present invention.

Figure 5 is an exploded view of another form of related components of the present magnetized water heater.

Fig. 6 is an external view showing the assembly of another form of related components of the present magnetized water heater.

Fig. 7 is a cross-sectional view showing the assembly of another form of related components of the present magnetized water heater.

Fig. 8 is a schematic view showing the use state of another form of the magnetized water heater of the present invention.

The magnetized water heater (2) designed in the present invention (as shown in Fig. 1) 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 magnetized group is The utility model comprises a base body 1, at least two magnets 2, at least two blocking members 3 of a conforming form, and a hollow annular covering member 4; wherein the base body 1 is in the middle section and is formed with a notch facing outward The inlet portion 11 and a longitudinally communicating guiding space 12 are provided in the middle to allow at least two magnets 2 to be individually received into the recessed portion 11 (as shown in FIG. 3) and the matching member 3 in a matching manner to cut into the foundation. The middle portion of the body 1 is surrounded by the outer periphery of the recessed portion 11 to be oriented with respect to the placed magnet 2; and along the base body 1 is a portion of the pre-set passage that maintains a section of the outer threaded section 13 to allow a hollow ring The covering member 4 is screwed into the corresponding outer connecting thread segment 13 in a pair of inner connecting thread segments 41 which are supported by the outer periphery of the base body 1 and can be held by the lower range, so as to constitute a magnetizing unit 5 2], and in the upper section of the aforementioned basic body 1 Holding a predetermined length of the connecting thread segment 14; the magnetizing unit 5 can be engaged in a section of the water outlet 61 which is taken from the external water source 6 (here, implemented by a general water tower) (here, the basic body is here) 1 The threaded section 14 of the upper section is screwed into the internal thread section 62 between the water outlet 61, as shown in Fig. 4), and the magnetic field accelerated by the circulating magnetic field is opened by the magnetic unit 5. To achieve the preset magnetized water molecule application.

The base body 1 including the at least two magnets 2 included in the magnetization unit 5 described above is allowed to be recessed into the receiving space 15 and the receiving space in the lower section. 15 is formed by forming an inner connecting thread segment 16 (such as Figures 3 and 4), so as to be connected to the connecting section 71 of the water outlet 61 from the external water source 6 to the conveying pipe 7, so as to facilitate the transport of the magnetized water. To the far end.

The magnetized unit 5 according to the paragraph [0011] includes a peripheral surface of the lower end of the base body 1 to allow the formation of a section plane 17 (such as Figures 3 and 4) to facilitate the magnetization unit 5 in contact with the external water source. The water outlet 61 of the assembly and/or removal of the magnetization unit 6 can be screwed in and/or withdrawn by a smooth force by a wrench.

Another type of magnetized water heater (2) used in the present application (such as Figures 5, 6, and 7), the magnetized body is also comprised of a base body 1, at least two magnets 2, at least two conforming forms The blocking member 3 and the hollow annular covering member 4 are configured. The shape of each of the members is the same as that of the magnetizing unit 5 described in the paragraph [0011], wherein the difference portion is: the basic body 1 The periphery of the preset end of the lower end allows the hexagonal edge layer 18 to be formed, so that the magnetization unit 5' is assembled with the water outlet 61 of the external water source 6 (as shown in Fig. 8), and the inner end of the magnetization unit 5' is connected at the lower end. The threaded section 41 engages the engagement section 71 of the delivery tube 7 to facilitate delivery of the magnetized water to the distal end.

Claims (4)

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 basic body, at least two magnets, at least two a channel-shaped blocking member, a hollow annular covering member; the intermediate body is located at a middle portion of the recessed portion forming a notch facing outward, and a longitudinally communicating guiding space is maintained therebetween to allow at least two lanes The magnets can be individually received into the recessed portion, and the blocking member with the matching shape cuts into the outer periphery of the recessed portion of the middle portion of the base body to limit the orientation of the placed magnet; and along the base body, the preset passage is Maintaining a pair of outer connecting thread segments to allow a hollow annular covering member to be screwed into the corresponding outer connecting thread on a portion of the outer peripheral portion of the base body that can be held by the lower range a segment, such that a magnetization unit is formed, and an upper segment of the base body is a connecting thread segment that maintains a predetermined length; the magnetization unit can be coupled to an external water source Opening paragraph, the water is turned on as the magnetization unit and introduced into the permeable range by magnetic lines of force therebetween to accelerate the cutting cycle, so that the magnetized water molecules reaches a preset application. The magnetized water heater according to claim 1, wherein the base body included in the magnetization unit is accommodated in at least two magnets in the lower section, the recessed space is allowed to be recessed, and the periphery of the receiving space is Forming an inner connecting thread segment to facilitate the engagement of the inner connecting thread segment of the adjacent lower end of the magnetizing unit connected to the water outlet of the external water source to the connecting section of the conveying pipe, so as to transport the magnetized water to the far end end. The magnetized water heater according to claim 1, wherein the peripheral sides of the lower end of the base body are allowed to form a section plane. The magnetized water heater according to claim 1, wherein the periphery of the lower end of the base body allows a hexagonal edge layer to be formed.