TW202030012A - Magnetic purifier for air and water capable of achieving highly efficient magnetization for water/or air at entry with faster flowing speed - Google Patents

Abstract

The present invention relates to a magnetic purifier for air and water, in which at least one or more receiving spaces that are held inside an unit shell in the form of a predetermined depth/or width receives a predetermined number of magnetic purifiers of a matched form to place therein, and a shielding member that is extended outwardly with a joining section is screwed to an opening in an end of the unit shell, and an opposite end of the unit shell receiving the predetermined number of magnetic purifiers is formed as a recessed joining section. Thus, the magnetic purifier so formed perform expected accelerated cutting with circulating magnetic field lines for water or air introduced therein for magnetization obtaining predetermined "pure oxygen and negative ions" and improve the predetermined paths, such as increasing the dissolved oxygen in culture pond.

Description

Magnetic energy purifier for air and water

The present invention provides a magnetic energy purifier for air and water, which is mainly aimed at magnetizing water/or air at the entrance of objects with large diameters or objects with faster flow rate, and can obtain the same high efficiency magnetization. Application, in order to facilitate the connection from the pre-treated water/or air to obtain magnetic energy purification to produce "pure oxygen and negative ions", and to improve the required use efficiency of the preset route.

It is known that "air" is mainly a mixture composed of 78% nitrogen, 21% oxygen, and 1% rare gases and impurities, that is, the oxygen content in the air is low, and it is not suitable for direct use by the aquaculture industry. Therefore, if the aquaculture industry wants to obtain high yield and high efficiency, the most basic condition is "aeration". When the amount of dissolved oxygen is sufficient, it can improve the living environment of fish, reduce the concentration of toxic substances such as ammonia nitrogen, nitrite nitrogen, hydrogen sulfide, and dissolved oxygen, which is a necessary condition for fish to survive. The traditional fish farming industry usually uses "fish floating head" as a sign of oxygenation. If the fish swims to the surface to breathe, they have been hypoxia for at least 3 hours. At this time, oxygen is too slow. If oxygen is added, it is only In the final "rescue", that is, to treat the fish and shrimp after they are sick, in this case, the growth of the fish will be blocked and the resistance will be significantly reduced. Therefore, the difference in maintaining a high oxygen content is to create a good growth environment for fish and shrimp, to make the metabolism of fish and shrimp more vigorous, to reduce illness, to increase the growth rate, and to relatively make the feed utilization rate high, which can be beneficial to aquaculture. Stable and high-yield conditions.

Therefore, the industry has applied a treatment unit with magnetizable water molecules for this kind of "oxygenation" for improving aquaculture. This type of magnetized water molecule treatment unit has quite a variety of forms, of which roughly A plurality of magnets are combined with a preset range of a preset containing part to form a magnetic field area, so that the processing unit with magnetic space is connected to the outlet of the external water source, so that the water can be introduced into the containing part. The magnetic cyclotron generated by the magnetic field cuts water molecules circularly to achieve the magnetization divided into smaller molecular forms, which can be used as drinking water, cleaning water for daily living, or agricultural irrigation, fishery and so on.

The inventor of this case also previously proposed this kind of treatment equipment with magnetized running water and disclosed it in the certificate number 107.02.01: M554909 "Magnetized running water device (1)", and the certificate number disclosed in 107.08.01: M565200" Magnetized water heater (2)", the above-mentioned assembly for obtaining magnetized water includes: a number of magnets are accommodated in between to maintain a guide space in the receiving base preset position, and a block A base shell with a through hole at the bottom and a covering member with a hole are placed in a restriction, so that the magnetic conductive block can be introduced into a basic body and cooperate with the partition In order to facilitate the connection between the magnetization unit and the water outlet section of the external water source, the introduced water can be accelerated by the circulating magnetic field lines of the magnetic conductive block in between, so as to achieve the preset application of magnetized water molecules.

The above-mentioned living water assembly used in magnetized water molecules can indeed obtain the expected magnetic field that introduces water into the magnetization unit during the opening of the magnetic field, which can be accelerated by the cyclic magnetic field lines, so as to be suitable for the preset path; here in this case The inventor is to develop another implementation method based on the combination method of the new case of the previously filed certificate number: M554909 "magnetized water device (1)" and certificate number: M565200 "magnetized water device (2)" Extend, in order to be connected to the entrance of the object with a large diameter, or the entrance of the object with a faster flow rate, when the water/or air is magnetized, the same effect can be obtained. For high-rate magnetization applications, such large-diameter object inlets must be connected in parallel whether they are used for air/or water magnetization, and for objects with faster flow rates, they must be connected in series when used for air/or water magnetization. To complete, it can achieve the required magnetization treatment, which is suitable for domestic water, agricultural water (such as: planting, or breeding...), industrial wastewater discharge, and air used in medical negative pressure wards, and air in clean rooms. , The air filtration in the home and the air injected into the breeding pond can obtain "oxygenation" and "negative ions" through this magnetization, so as to facilitate the connection of the pre-treated water/or air to obtain magnetic energy purification. "Pure oxygen and negative ions" can be applied to preset ways, such as the increase of "dissolved oxygen in water" in aquaculture ponds...etc.

The present invention is based on the previously filed certificate number: M554909 "Magnetized water heater (1)" and certificate number: M565200 "Magnetized water heater (2)" The circulating magnetic force inside the magnetically conductive block used in the new case The accelerated cutting method of the introduced water is used as another implementation method, so that the water/or air introduced at the entrance of the object connected from the preset path can maintain the expected magnetization efficiency during the magnetic energy purification. : At least one or more accommodating spaces maintained along the inside of the unit housing with a predetermined depth and/or width can accommodate a predetermined number of magnetic energy purifiers in a corresponding shape, and an opening at one end of the aforementioned unit housing can be fitted with a screw The lock extends outwards with a section of the covering part that connects the paragraphs, and a preset number of magnetic energy purifiers are accommodated at the other end of the unit housing to maintain a concave connecting section, so that the constituted magnetic energy purifier can be introduced The water/or air is subjected to the expected circulating magnetic line of force to accelerate the cutting, so as to obtain the preset "pure oxygen and negative ions" for the water/or air that has been magnetized and connected to improve the preset path, such as: "water in the breeding pond" The amount of dissolved oxygen "increase..." and so on.

The first main purpose of the present invention is to magnetize water/or air at the entrance of an object that needs to be connected to a faster flow rate, so as to obtain the same high-efficiency magnetization application. It is to adopt: The magnetic energy purifier here includes a recessed part with at least one layer or more notches facing outwards on each periphery of a receiving base, so as to fit in the magnets of the corresponding shape and quantity, and use several barriers of the same width. Each of the aforementioned magnets is confined in the receiving base, and a longitudinally communicating guide space is maintained in the middle of the aforementioned receiving base to form a unit magnetically conductive block; the above is the implementation method proposed before, not here The appeal lies, and the means to be advocated in this case are: along the upper and lower levels of the receiving base, an inwardly inclined guiding end is formed to communicate with the guiding space of the foregoing intermediate part, and at the upper and lower ends of the receiving base. It is recessed into a recessed area to allow proper tightening of an O-ring; then the receiving base with several magnets placed on each periphery is introduced into a unit housing, the unit housing is formed in the middle A accommodating space with a preset depth to allow at least two or more receiving bases to be introduced in series, and an opening at one end of the aforementioned unit housing is covered by a connecting section with a twist lock extending outwards The other end of the unit housing holds a concave connecting section, so that the magnetic energy purifier constructed can anticipate the water/or air introduced by the connecting section at one end. The circulating magnetic line of force accelerates the cutting, so as to obtain the preset "pure oxygen and negative ions" for the water/or air that has been magnetized and drawn along the connecting paragraph at the other end, which improves the preset path, such as the "water solution in the culture pond" "Oxygen" to improve the application.

The second main purpose of the present invention is to magnetize water/or air at the entrance of an object that needs to be connected to a large diameter, which can obtain the same efficient magnetization application. It is adopted: the magnetic energy purifier here includes Keep at least one layer or more of recessed parts facing outwards on each periphery of a receiving base to fit the magnets of the corresponding shape and number, and limit each of the aforementioned magnets by a number of barriers of matching width. In the supporting base and in the middle of the aforementioned supporting base, a longitudinally communicating guide space is maintained to form a unit magnetically conductive block; the above is the implementation method proposed before, which is not the appeal here, and this case is to be advocated The means is: along the aforementioned The upper and lower levels of the receiving base form a guiding end that is inclined inward to communicate with the guide space of the aforementioned middle part, and the periphery of the upper and lower ends of the receiving base is recessed into a recessed area to allow proper tightening of nesting An O-ring; then the receiving base with several magnets on each periphery is introduced into a unit housing, the unit housing is composed of a base and a housing allowing the base to be inserted , Wherein, the aforementioned base position in the preset range is formed by forming a number of upper and lower connected holes to match the number and shape of the unit magnetically conductive block introduction, and the preset depth accommodating space maintained in the middle of the aforementioned housing Before inserting into the base, an O-ring corresponding to the inner periphery is laid down to maintain a distance between the bottom side of the inserted base and the inside of the housing. In addition, the opening at one end of the housing integrated into the base is matched As soon as the twist lock extends a section of the covering member that connects the paragraph, and before the covering member is screwed in, an O-ring is placed on the upper end of the base that matches the inner periphery to cover the screwed-in The inner side of the component is kept at a distance from the upper end of the base, and the other end of the outer shell of the base is to maintain a concave connecting section after introducing a preset number of unit magnetic blocks, so that the formed magnetic energy purifier can be opposite to one end The water/or air introduced in the connecting paragraph is accelerated by the expected circulating magnetic line of force, so that the water/or air drawn along the other end of the connecting paragraph has the preset "pure oxygen and negative ions" to improve the preset Ways, such as: "The amount of dissolved oxygen in the water" in the aquaculture pond is increased and applied.

The third object of the present invention is to accommodate a predetermined number of unit magnetic blocks contained in the magnetic energy purifier. The opening of one end of the unit housing is matched with the cover of the twist lock facing outward. The concave connecting section held at the other end of the unit shell is separately an external thread section and an internal thread section, which are used as a pipeline connection of a preset route.

〔this invention〕

1‧‧‧Undertake base

11‧‧‧Recessed part

12‧‧‧Magnet

13‧‧‧Block

14‧‧‧Guide Space

15‧‧‧Guide terminal

16‧‧‧Recessed area

17, 35‧‧‧O-ring

2‧‧‧unit magnetic block

3. 3'‧‧‧unit shell

31, 341‧‧‧Accommodating space

32, 342, 41, 41'‧‧‧continuous paragraph

33‧‧‧Base

331‧‧‧hole

34‧‧‧Shell

4, 4'‧‧‧Cover

5. 5'‧‧‧Magnetic energy purifier

6‧‧‧Farming pond

61‧‧‧Air compressor

62, 81‧‧‧Pipe

7‧‧‧Water pipe

71‧‧‧Client

72‧‧‧Water meter

73‧‧‧Faucet

Figure 1 is a perspective exploded view of the magnetic energy purifier unit assembly of the present invention.

Figure 2 is a perspective view of the magnetic energy purifier unit assembly of the present invention.

Figure 3 is a cross-sectional view of the magnetic energy purifier unit assembly of the present invention.

Figure 4 is a three-dimensional view of the magnetic energy purifier unit components of the present invention in series.

Figure 5 is a cross-sectional view of the magnetic energy purifier unit assembly of the present invention in series.

Figure 6 is an exploded view of the magnetic energy purifier unit components of the present invention in parallel form.

Figure 7 is a perspective view of the magnetic energy purifier unit components of the present invention in parallel form.

Figure 8 is a cross-sectional view of the magnetic energy purifier unit assembly of the present invention in parallel form.

Figure 9 is a schematic diagram of the implementation of the magnetic energy purifier unit components of the present invention arranged in series on the faucet.

Figure 10 is a schematic diagram of the implementation of the magnetic energy purifier unit assembly of the present invention in a series/or single form assembled in a user's water pipe.

Figure 11 is the implementation of the magnetic energy purifier unit assembly of the present invention arranged in parallel in the water diversion pipeline.

Figure 12 shows the implementation of the magnetic energy purifier unit assembly of the present invention arranged in series in the air pipeline.

Figure 13 shows the implementation of the magnetic energy purifier unit assembly of the present invention arranged in parallel in the air pipeline.

The magnetic energy purifier for air and water designed by the present invention (as shown in Figures 9 and 10) is mainly used to magnetize water/or air at the entrance of objects that need to be connected with a faster flow rate, and can obtain the same high efficiency The magnetization application is adopted: the magnetic energy purifier 5 (as shown in Figures 1, 2, and 3) here includes a recessed portion 11 with at least one layer or more notches facing outward on each periphery of a receiving base 1 to The magnets 12 of the matching shape and number are inserted together, and each of the aforementioned magnets 12 is confined in the receiving base 1 by a number of barriers 13 of matching width, and a longitudinal direction is maintained in the middle of the foregoing receiving base 1. The interlinked guide space 14 constitutes a unit of magnetically permeable block 2; the above are the implementation methods previously proposed and applied, which is not where the appeal lies here. The section is: along the upper and lower levels of the receiving base 1 is formed an inwardly inclined guide end 15 (as shown in Figures 1 and 3) to communicate with the guide space 14 in the intermediate part, and in the receiving base 1 The periphery of the upper and lower ends is recessed into a recessed area 16 to allow an O-ring 17 to be fitted tightly; then a unit housing 3 is introduced into the receiving base 1 with several magnets 12 on each periphery Inside, the unit housing 3 forms a accommodating space 31 with a preset depth in the middle to allow at least two or more receiving bases 1 to be introduced in series (as shown in Figure 5), and in the aforementioned unit housing One end of the opening 3 is matched with a twist lock that extends outward and a section of the covering member 4 connecting the paragraph 41, and a predetermined number of unit magnetic blocks 2 are accommodated at the other end of the unit housing 3 to maintain a concave Connect paragraph 32, so that the magnetic energy purifier 5 (as shown in Figure 4) can be connected to the water introduced in paragraph 32 at one end (as shown in Figure 10, where the upper end is connected in series for faster flow rate pipelines). , The unit magnetization block with a single form at the lower end is used to connect the pipeline with general flow rate]/or air (as shown in Figure 12) to perform the expected accelerated cutting of the circulating magnetic field lines to complete the magnetization and connect the paragraphs along the other end 41 The extracted water/or air has a preset "pure oxygen and negative ions", which can be improved by a preset way, such as: the "dissolved oxygen in water" in the cultivation pond 6 is used to increase.

In addition, in this case, the entrance of the object that needs to be connected to the large-diameter object is subjected to water/or air magnetization (as shown in Figures 11 and 13). The same high-efficiency magnetization application can be obtained. This is the magnetic energy purifier here. 5'[as shown in Figures 1, 2, and 3] includes a concave portion 11 with at least one layer or more notches facing outward on each periphery of a receiving base 1 to match the magnets 12 of the corresponding shape and quantity. Each of the aforementioned magnets 12 is confined in the receiving base 1 by a number of barriers 13 of corresponding width, and a longitudinally communicating guide space 14 is maintained in the middle of the aforementioned receiving base 1, so that a unit guide is formed. Magnetic block 2; the above is the implementation method proposed before, not the appeal here, and the method to be advocated in this case is: along the aforementioned receiving base 1 The upper and lower levels form an inwardly inclined guide end 15 (as shown in Figures 1 and 3) to communicate with the guide space 14 in the aforementioned middle part, and a recessed area is recessed around the upper and lower ends of the receiving base 1 16. Insert an O-ring 17 in order to allow proper compression; then introduce the receiving base 1 with several magnets 12 on each periphery into a unit housing 3'(as shown in Figure 6), the unit The housing 3'is composed of a base 33 and a housing 34 that allows the base 33 to be placed in. The aforementioned base 33 is positioned in a preset range to form a plurality of vertically communicating holes 331, Introduce the unit magnetically conductive block 2 with the matching number and shape (as shown in Fig. 8), and the preset depth accommodating space 341 maintained in the middle of the housing 34 is placed on a matching inner periphery before being placed in the base 33 The O-ring 35 keeps a distance between the bottom side of the inserted base 33 and the inside of the housing 34, and the opening at one end of the housing 34 that is integrated into the base 33 is matched with a twist lock to extend outward A section of the covering member 4'connecting the paragraph 41', and before the covering member 4'is screwed in, an O-ring 35 corresponding to the inner periphery is placed on the upper end of the base 33 to match the screwed in The inner side of the covering member 4'is kept at a distance from the upper end of the base 33, and the other end of the outer shell 34 of the base 33 is to maintain a concave connecting section 342 when introducing a predetermined number of unit magnetically conductive blocks 2. The constructed magnetic energy purifier 5'can accelerate the cutting of the water (as shown in Figures 7, 11)/or air (as shown in Figure 13) introduced by the paragraph 342 at one end, so as to complete the magnetization and follow The water/or air drawn from the other end of the connection paragraph 41' has a preset "pure oxygen and negative ions", which can be improved by a preset way, for example, the "dissolved oxygen in water" in the cultivation pond 6 is used to increase.

The magnetic energy purifier 5, 5'described in the aforementioned paragraph [0011] [0012] contains a predetermined number of unit magnetic conductive blocks 2 inside the unit housing 3, 3', and one end opening of the unit housing 3, 3'is matched with a cover 4 of a twist lock. , 4'facing outwards, the connecting paragraphs 41, 41', and the concave connecting paragraphs 32, 342 held at the other end of the unit housing 3, 3'are respectively an external thread section and an internal thread section (such as First Figures 5 and 8], the pipeline connection as the preset route.

The magnetic energy purifier 5 described in the aforementioned paragraph [0011] is assembled in the preset paragraph of the faucet 73 as the magnetization of water (as shown in Figure 9), which can be accommodated in a hollow cylinder by a preset number of unit magnetic conductive blocks 2 The shape of the unit housing 3 enables the series-shaped magnetic energy purifier 5 to magnetize the water in the desired way for the faucet 7 with a faster flow rate.

The magnetic energy purifier 5 described in the aforementioned paragraph [0011] is used in conjunction with the building water pipe 7 as a water magnetization application (as shown in Fig. 10), and the preset form (e.g., the serial form in Fig. 5 or the single form in Fig. 3) The 5 sets of magnetic energy purifiers in the magnetic conduction block of the unit are set at the pre-set section of the water meter 72 of the user terminal 71 to make the expected magnetization of the introduced water.

Regarding the magnetic energy purifier 5 described in paragraph [0011] in conjunction with the introduction of the cultivation pond 6 as an air magnetization application (as shown in Figure 12), a series of magnetic energy purifiers 5 are installed in the air compressor 61 and the cultivation pool. The pipeline 62 between the ponds 6 has a predetermined section to magnetize the air introduced from the outside as expected, and then introduce it into the cultivation pond 6.

The magnetic energy purifier 5'described in the aforementioned paragraph [0012] is matched with the discharge pipeline of industrial waste water, so that the discharged waste water can be reused after magnetization (as shown in Figure 11). It is a parallel form of magnetic energy The purifier 5'is arranged in a preset section of the water source discharge pipeline 81 to make expected magnetization of the drawn water source and lead it to the pre-use area.

When the magnetic energy purifier 5'described in the aforementioned paragraph [0012] is introduced into the breeding pond 6 as an air magnetization application (as shown in Figure 13), the magnetic energy purifier 5'in parallel form is set in the air compressor 61 The pipeline 62 between the culture tank 6 and the culture tank 6 has a preset section to magnetize the air introduced from the outside as expected, and then introduce it into the culture tank 6.

1‧‧‧Undertake base

11‧‧‧Recessed part

12‧‧‧Magnet

13‧‧‧Block

14‧‧‧Guide Space

15‧‧‧Guide terminal

16‧‧‧Recessed area

17‧‧‧O-ring

2‧‧‧unit magnetic block

3‧‧‧Unit shell

31‧‧‧Accommodating space

32、41‧‧‧Continuous paragraph

4‧‧‧Cover

5‧‧‧Magnetic energy purifier

Claims (4)

A magnetic energy purifier for air and water, which is used to magnetize water/or air at the entrance of objects that need to be connected with a faster flow rate. It can obtain the same efficient magnetization application. It is adopted: the magnetic energy purifier here It includes a recessed part with at least one layer or more notches facing outward on each periphery of a supporting base to match the magnets of the corresponding shape and quantity, and each of the foregoing The magnet is confined in the receiving base, and a longitudinally communicating guide space is maintained in the middle of the foregoing receiving base, so as to form a unit magnetically conductive block; the improvement is that a line is formed along the upper and lower levels of the foregoing receiving base The inwardly-inclined guiding end communicates with the guiding space of the aforementioned intermediate part, and a recessed area is recessed at the periphery of the upper and lower ends of the receiving base to allow an O-ring to be fitted tightly; The receiving base with several magnets on each periphery is introduced into a unit housing, and the unit housing forms a accommodating space with a preset depth in the middle to allow at least two or more receiving bases to be connected in series. Introduce, and open at one end of the aforementioned unit housing is a cover member that cooperates with a twist lock to extend a section of the connecting paragraph, and the other end of the unit housing holds a preset number of unit magnetic blocks A concave connecting paragraph; the magnetic energy purifier can be constructed to accelerate the cutting of the water/or air introduced in one end of the connecting paragraph, so as to complete the magnetization and lead the water/or along the other end of the connecting paragraph. The air has a preset "pure oxygen and negative ions", which can be improved by a preset way, such as the application of "dissolved oxygen in water" in the breeding pond. A magnetic energy purifier for air and water, which is used to magnetize water/or air at the entrance of objects that need to be connected with large diameters. It can obtain the same efficient magnetization application. It is adopted: the magnetic energy purifier here is Contains at least one layer or more gaps on each periphery of a supporting base The concave part facing outwards is used to fit the magnets of the corresponding shape and quantity, and each of the aforementioned magnets is confined in the receiving base by several barriers of matching width, and in the middle of the aforementioned receiving base Maintain a longitudinally communicating guide space to form a unit magnetically conductive block; the improvement is that an inwardly inclined guide end is formed along the upper and lower levels of the receiving base to communicate with the guide space of the intermediate part, And at the periphery of the upper and lower ends of the receiving base, a recessed area is recessed to allow an O-ring to be fitted tightly; then a unit housing is introduced into the receiving base with several magnets on each periphery In the body, the unit housing is composed of a base and a housing that allows the base to be inserted, wherein the aforementioned base positions in a preset range are formed with a number of holes connected up and down to match the number The introduction of the unit magnetically conductive block in the form of the unit, and the preset depth accommodating space maintained in the middle of the housing is placed on an O-ring corresponding to the inner periphery before being placed in the base to align with the bottom of the placed base. The side is to maintain a distance from the inside of the housing, and the opening at one end of the housing that is integrated into the base is a cover member that is fitted with a screw lock and extends a section of the connecting paragraph outward, and the cover member is not screwed in Previously, an O-ring with a matching inner periphery was placed on the upper end of the base to keep a distance between the inner side of the screwed cover and the upper end of the base, and the base was introduced with a preset number of unit magnetic conductive blocks. The other end of the outer shell of the seat is to maintain a concave connecting section; the magnetic energy purifier can be formed to accelerate the cutting of the water/or air introduced in the connecting section at one end, so as to complete the magnetization and follow the other The water/or air drawn from the end connection section has a preset "pure oxygen and negative ions" to improve the preset way, such as: the "dissolved oxygen in water" in the breeding pond is used to increase the application. According to the first item of the scope of patent application, the magnetic energy purifier for air and water, wherein the magnetic energy purifier contains a predetermined number of unit magnetic blocks inside the unit housing, and one end of the unit casing is matched with an opening The connecting section with the cover of the twistlock facing outwards and the concave connecting section held at the other end of the unit housing are respectively an external thread section and an internal thread section, which serve as a pipeline connection through a preset route. According to the second item of the scope of patent application, the magnetic energy purifier for air and water, wherein the magnetic energy purifier contains a predetermined number of unit magnetic blocks inside the unit housing, and the cover of the unit housing is matched with a twist lock The section facing outwards and the concave connecting section held at the other end of the unit housing are respectively an external thread section and an internal thread section, which are used as the pipeline connection of the preset route.

Images