CN209292041U - A kind of water magnetizing device - Google Patents

Abstract

The utility model relates to a kind of water magnetizing devices, including water pipe and the magnetising assembly being disposed around outside the water pipe, are also arranged with shell outside the water pipe, the magnetising assembly is arranged in the cavity between water pipe and shell；The magnetising assembly includes the permanent magnet being located at outside the water pipe, and the electromagnet being arranged between the permanent magnet and the shell, wherein, the electromagnet includes iron core and the coil that is set on the iron core, thermal grease layer is coated on the coil, the thermal grease layer is contacted with the fitting of the inner wall of the shell, and the heat transfer that the coil is generated is equipped with several radiating fins to shell, the outside wall surface of the shell.This water magnetizing device the interior most of heat for generating coil can be distributed to the external world in a limited space, reduce transmitting of the heat to permanent magnet, it avoids having an impact the magnetism intensity of permanent magnet, and then realizes and abundant, stable magnetization purpose is carried out to the water flow in water pipe.

Description

A kind of water magnetizing device

Technical field

The utility model relates to magnetized water technical field more particularly to a kind of water magnetizing devices.

Background technique

With the continuous improvement of quality of life, requirement of the people to water quality is higher and higher, wherein magnetized water is by people's Common concern, magnetized water are a kind of water being magnetized, and allow light water with certain flow rate, along the side vertical with the magnetic line of force To, it by the magnetic field of some strength, realizes the Momentary magnetizing of water, water is made to become that weakly alkaline high-energy small-micelle water is presented, This small-micelle water has negative potential simultaneously, can eliminate internal extra free radical, with Thief zone, high dissolution, high diffusivity Characteristic.Magnetized water is all widely used in fields such as beauty, industry, agricultural and medicine.

In the magnetic history to water, the magnetic efficiency of water is influenced by the magnetic force of magnetizing assembly, and magnetic force is stronger, magnetization effect Fruit is better.In order to improve the magnetic efficiency of water, the side that permanent magnet is combined with electromagnet is generallyd use in existing magnetizing assembly Formula improves magnetism intensity, and then improves the magnetic efficiency of magnetized water, however, finding in use, due in magnetizing assembly Electromagnet coil component inevitably result from amount of heat, these heats can pass to the permanent magnet in magnetizing assembly, The magnetism intensity of permanent magnet is seriously affected, and then causes the magnetic efficiency of water flow unstable, and existing water magnetizing device is also not With the optimization structure that can effectively radiate.

Therefore existing water magnetizing device also requires further improvement.

Utility model content

For the current state of the art, the technical problem to be solved by the utility model is to provide a kind of good heat dissipation effect, The stable water magnetizing device of magnetic efficiency.

Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of water magnetizing device, including water pipe And be disposed around the magnetising assembly outside the water pipe, be also arranged with shell outside the water pipe, the magnetising assembly setting in water pipe and In cavity between shell；The magnetising assembly includes the permanent magnet being located at outside the water pipe, and setting in the permanent magnet and Electromagnet between the shell, wherein the electromagnet includes iron core and the coil that is set on the iron core, the coil Upper to be coated with thermal grease layer, the thermal grease layer contacts with the fitting of the inner wall of the shell, the coil is generated Heat transfer to shell, the outside wall surface of the shell is equipped with several radiating fins.

Preferably, the iron core includes being symmetrically arranged at two sections of segmental arcs of the water pipe two sides and being connected to two sections Plate section between segmental arc, the coil are set in the plate section.This core structure is simple, it is convenient to be arranged in water pipe Outside, wherein two segmental arcs of iron core have biggish cambered surface, uniform magnetic field can be formed inside water pipe；The plate of iron core Section can facilitate being arranged for coil, space structure connection and reasonable arrangement.

Preferably, the electromagnet further includes the coil rack in the plate section being set in outside the iron core, the coil It is wrapped on the coil rack；The coil rack includes that can mutually fasten the first skeleton and the second skeleton, and the two fastens The annular groove that can be passed through for the plate section is formed afterwards.This structure setting, avoids coil from directly contacting with iron core, ensure that line Circle is not cut off by iron core, and heat can be made more to pass through thermal grease layer and flow to shell rather than flow in iron core Portion；It is formed secondly, coil rack is fastened by detachable two parts, facilitates it and be set in and set on iron core.

Preferably, the permanent magnet is arcuate structure compatible with the peripheral wall of the water pipe and is fitted in the water pipe Outside, wherein the segmental arc of the iron core is located at the outside of the permanent magnet, and there are heat-insulated gaps between the two.It is such Structure setting, can effectively reduce the contact area of permanent magnet and iron core, and by the air in heat-insulated gap by permanent magnet and Heat source is isolated, so that the temperature of permanent magnet is maintained within the scope of normal temperature, and then has stable magnetic efficiency.

Preferably, wherein, the permanent magnet is formed with and can be resisted against in the outside wall surface away from the water pipe direction Butting section on the inner wall of the segmental arc, the butting section are mutually isolated to be formed by the permanent magnet and the segmental arc The heat-insulated gap.This permanent magnet, structure is simple, easy to process and cost is relatively low.

Preferably, the shell includes the cover of bottom block and buckle closure on the bottom block, wherein the water pipe is solid It is scheduled on the bottom block.This split type shell, structure is simple and is convenient for the assembly of water pipe and magnetising assembly.

Further, the bottom block and the water pipe are integrally formed.This structure setting reduces number of parts, and And convenient for assembly.

Preferably, blocking part corresponding with the bottom block is also formed in the outside wall surface of the water pipe, it is described to support Space between stopper and the bottom block forms the limiting slot for placing the permanent magnet.This structure setting, is convenient for Permanent magnet is directly caught in the limiting slot by the installation of permanent magnet in assembly.

Preferably, the radiating fin is uniformly distributed in the outside wall surface of the cover, and integrated with the cover Molding.This structure setting increases heat dissipation area, radiates also more uniform.

Further, several heat release holes are additionally provided in position corresponding with the coil in the cover.This structure Setting, further improves the radiating rate of coil.

Compared with prior art, the advantages of the utility model: being coated with and lead on the magnet spool in the utility model The heat that coil issues can be efficiently directed into shell by hot silicone grease layer, the thermal grease layer, correspondingly, the outside wall surface of shell On several radiating fins for also arranging, the setting of radiating fin substantially increases the heat dissipation area of shell, and then can be by shell The heat of body be effectively dissipated away, this water magnetizing device can in a limited space in by coil generate most of heat It distributes to the external world, reduces transmitting of the heat to permanent magnet, avoid having an impact the magnetism intensity of permanent magnet, and then realize to water Water flow in pipe carries out abundant, stable magnetization purpose.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the water magnetizing device of the utility model embodiment；

Fig. 2 is the schematic perspective view of another angle of the water magnetizing device of the utility model embodiment；

Fig. 3 is the sectional view along A-A of Fig. 2；

Fig. 4 is the exploded view of the water magnetizing device of the utility model embodiment, wherein coil is not shown；

Fig. 5 is the schematic perspective view of the cover of the shell of the water magnetizing device of the utility model embodiment

Fig. 6 is the schematic perspective view of the coil rack of the water magnetizing device of the utility model embodiment.

Specific embodiment

The utility model is described in further detail below in conjunction with figure embodiment.

Referring to figs. 1 to 4, water magnetizing device includes water pipe 10, the magnetising assembly being disposed around outside water pipe 10 and shell 20, In, shell 20 is set in outside water pipe 10, has a cavity between water pipe 10 and shell 20, and magnetising assembly is arranged in the cavity, Specifically, magnetising assembly includes the permanent magnet 30 being located at outside water pipe 10, and the electromagnetism being arranged between permanent magnet 30 and shell 20 Iron 40, then specifically, electromagnet 40 includes iron core 41 and the coil 42 being set on iron core 41, wherein is coated on coil 42 The inner wall fitting of thermal grease layer 50, thermal grease layer 50 and shell 20 contacts, the heat transfer that coil 42 is generated to Shell 20 is additionally provided with several radiating fins in order to which the heat of shell 20 to be effectively dissipated away in the outside wall surface of shell 20 200, to increase the heat dissipation area of shell 20.In order to facilitate the assembly of water pipe 10 and magnetising assembly, shell 20 includes bottom block 21 and the cover 22 of the buckle closure on bottom block 21, wherein water pipe 10 is fixed on bottom block 21, specifically, bottom block 21 and water Pipe 10 can be integrally formed, and to reduce the number of parts of water magnetizing device, be detailed in Fig. 4.In addition, radiating fin 200 can be equal It is arranged in the outside wall surface of the cover 22, and is integrally formed with the cover 22 evenly, in order to further increase the radiating rate of coil 42, Be additionally provided with several heat release holes 220 in position corresponding with coil 42 in the cover 22, with realize the air in 22 inner cavity of the cover with Extraneous convection current, is detailed in Fig. 5.

Referring to Fig. 3 and Fig. 4, in order to which electromagnet 40 to be easily arranged in the outside of water pipe 10, the iron core 41 of electromagnet 40 Including the plate section 411 for being symmetrically arranged at two sections of segmental arcs 410 of 10 two sides of water pipe and being connected between two sections of segmental arcs 410, Coil 42 can be set in plate section 411, since two segmental arcs 410 of iron core 41 have biggish cambered surface, it is possible in water Uniform magnetic field is formed inside pipe 10, secondly, 411 structure of plate section of iron core 41 also facilitates being arranged for coil 42, this iron core 41 Structure is simple, space structure connection and reasonable arrangement, and in the present embodiment, iron core 41 can use a number of silicon steel sheet congruent form At.Again specifically, together referring to Fig. 6, electromagnet 40 further includes the coil rack 43 in the plate section 411 being set in outside iron core 41, Coil 42 is wrapped on coil rack 43, wherein and coil rack 43 can be used the low material of heat transfer coefficient and be made, specifically, line Ring framework 43 includes that can mutually fasten the first skeleton 431 and the second skeleton 432, and the two is formed after fastening can be for plate section 411 The annular groove 430 passed through, the size of the annular groove 430 be adapted with 411 size of plate section of iron core 41, wherein coil rack 43 Setting, avoids coil 42 from directly contacting with iron core 41, ensure that coil 42 is not cut off by iron core 41, and can make heat more More flows to shell by thermal grease layer 50 rather than flows to inside iron core 41；Secondly, coil rack 43 is by detachable two Part snap-fit is formed, and is facilitated it and is set in and sets on iron core 41.

With continued reference to Fig. 3 and Fig. 4, permanent magnet 30 is arcuate structure compatible with the peripheral wall of water pipe 10 and is fitted in water pipe Outside 10, wherein in the present embodiment, permanent magnet 30 is two pieces, is symmetrically arranged at the outside of water pipe 10, correspondingly, iron core 41 Two segmental arcs 410 be located at the outsides of two pieces of permanent magnets 30, and between permanent magnet 30 and the segmental arc 410 of iron core 41 There are heat-insulated gap 60, the heat-insulated gap 60, which is arranged, reduces contact area between permanent magnet 30 and iron core 41, and heat-insulated Permanent magnet 30 and heat source can be isolated for air in gap 60, block effective heat transfer circuit of the iron core 41 to permanent magnet 30 Diameter, so that the temperature of permanent magnet 30 is maintained within the scope of normal temperature, and then has stable magnetic efficiency, specifically, In the present embodiment, permanent magnet 30 is formed with the inner wall that can be resisted against segmental arc 410 in the outside wall surface away from 10 direction of water pipe Butting section 31 on face, butting section 31 is mutually isolated to form heat-insulated gap 60 by permanent magnet 30 and segmental arc 410, this to have The permanent magnet 30 of butting section 31, structure is simple, easy to process and cost is relatively low.In addition, for the ease of the installation of permanent magnet 30, Blocking part 11 corresponding with bottom block 21, the sky between blocking part 11 and bottom block 21 are also formed in the outside wall surface of water pipe 10 Between form limiting slot for placing permanent magnet 30, in assembly, directly permanent magnet 30 is caught in limiting slot, permanent magnetism Body 30 is not easily to fall off after assembling.

In the present embodiment, water magnetizing device uses composite radiating scheme, good heat dissipation effect, firstly, water magnetizing device Electromagnet 40 coil 42 on be coated with thermal grease layer 50, the heat that thermal grease layer 50 can issue coil 42 is effective Ground imports shell 20, correspondingly, several radiating fins 200 also arranged in the outside wall surface of shell 20, the setting of radiating fin 200 The heat dissipation area of shell 20 is substantially increased, and then the heat of shell 20 can be effectively dissipated away, this magnetic water Device the interior most of heat for generating coil 42 can be distributed to the external world in a limited space, reduce heat to permanent magnet 30 Transmitting, avoids the magnetism intensity to permanent magnet 30 from having an impact, and then realizes and carry out abundant, stable magnetic to the water flow in water pipe 10 The purpose of change；Secondly, there are heat-insulated gaps 60 between the permanent magnet 30 of this water magnetizing device and the iron core 41 of electromagnet 40, it should Heat-insulated gap 60 reduces the contact area between permanent magnet 30 and iron core 41, has blocked effective biography of the iron core 41 to permanent magnet 30 Hot path so that the temperature of permanent magnet 30 is maintained within the scope of normal temperature, and then has stable magnetic efficiency；Finally, Coil rack 43 is equipped between the iron core 41 and coil 42 of the electromagnet 40 of this water magnetizing device, which can make Heat more passes through thermal grease layer 50 and flows to shell rather than flow to inside iron core 41, to further avoid iron Core 41 transmits more heats to permanent magnet 30, influences the magnetic efficiency of permanent magnet.

The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, for this field Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (10)

1. a kind of water magnetizing device including water pipe (10) and is disposed around the magnetising assembly of the water pipe (10) outside, it is characterised in that: The water pipe (10) is also arranged with shell (20) outside, the cavity that the magnetising assembly is arranged between water pipe (10) and shell (20) It is interior；

The magnetising assembly includes being located at the permanent magnet (30) of the water pipe (10) outside, and be arranged in the permanent magnet (30) and institute State the electromagnet (40) between shell (20), wherein the electromagnet (40) includes iron core (41) and is set in the iron core (41) coil (42) on is coated with thermal grease layer (50) on the coil (42), the thermal grease layer (50) with it is described The inner wall of shell (20) is bonded contact, the heat transfer that the coil (42) generate is given shell (20), the shell (20) outside wall surface is equipped with several radiating fins (200).

2. water magnetizing device according to claim 1, it is characterised in that: the iron core (41) includes being symmetrically arranged at institute The plate section (411) stating two sections of segmental arcs (410) of water pipe (10) two sides and being connected between two sections of segmental arcs (410), the line Circle (42) is set on the plate section (411).

3. water magnetizing device according to claim 2, it is characterised in that: electromagnet (40) further includes being set in the iron core (41) coil rack (43) in plate section (411) outside, the coil (42) are wrapped on the coil rack (43)；

The coil rack (43) includes that can mutually fasten the first skeleton (431) and the second skeleton (432), shape after the two fastens At the annular groove (430) that can be passed through for the plate section (411).

4. water magnetizing device according to claim 2, it is characterised in that: the permanent magnet (30) be and the water pipe (10) The compatible arcuate structure of peripheral wall and be fitted in the water pipe (10) outside, wherein segmental arc (410) position of the iron core (41) In the outside of the permanent magnet (30), and between the two, there are heat-insulated gap (60).

5. water magnetizing device according to claim 4, it is characterised in that: wherein, the permanent magnet (30) is away from described The butting section (31) that can be resisted against on the inner wall of the segmental arc (410) is formed in the outside wall surface in water pipe (10) direction, The butting section (31) is mutually isolated to form the heat-insulated gap by the permanent magnet (30) and the segmental arc (410) (60)。

6. described in any item water magnetizing devices according to claim 1~5, it is characterised in that: the shell (20) includes bottom plate The cover (22) of seat (21) and buckle closure on the bottom block (21), wherein the water pipe (10) is fixed on the bottom block (21) on.

7. water magnetizing device according to claim 6, it is characterised in that: the bottom block (21) and the water pipe (10) one It is body formed.

8. water magnetizing device according to claim 6, it is characterised in that: be also formed in the outside wall surface of the water pipe (10) Blocking part (11) corresponding with the bottom block (21), the space shape between the blocking part (11) and the bottom block (21) At for placing the limiting slot of the permanent magnet (30).

9. water magnetizing device according to claim 6, it is characterised in that: the radiating fin (200) is uniformly distributed in In the outside wall surface of the cover (22), and it is integrally formed with the cover (22).

10. water magnetizing device according to claim 9, it is characterised in that: on the cover (22) with the coil (42) corresponding position is additionally provided with several heat release holes (220).