TWI310196B - Magnetism-gathering and intensify device - Google Patents

Description

1310196 IX. Description of the invention: [Technical field to which the invention pertains] Reduces the volume of the original permanent magnet; under the premise of the same magnetization effect, the magnetic field strength is exhausted. [Prior Art] This creation is a "heterogeneous induction-enhancement device" for all fluid magnetizers. It is a breakthrough in energy conservation and biochemical fluid magnetization technology. It consists of a paramagnetic circular induction ring of appropriate size. The strong magnetic induction intensification device not only can guide the permanent magnets to expand outward, but also generate a uniform magnetic force on the induction ring. According to this, all kinds of fluids flow through the ring. The magnetizer can greatly enhance its magnetization effect' while other symmetrical or asymmetrical configurations of the magnetizer, the inner side of which is a magnetic line of attraction or repulsive, can also be added due to the addition of the induction ring; Strengthen the effect. Accordingly, any of the currently known fluid magnetizations n can be obtained after the addition of the device. And the magnetic induction shock can also ensure the original magnetization, or it can reduce the volume and maintain the proper reduction of the original magnet body.

When the electronic equipment causes strong magnetic interference, the current 1310196 magnetization or ionization technology cannot be effectively supported and used. SUMMARY OF THE INVENTION The main purpose of this creation is to increase the "heterogeneous induction-enhancement device" on most of the currently commercially available fluid magnetizers, and the uniform magnetic field effect produced by the high-magnetic induction device is greatly Improve the effect of the original fluid magnetizer. The secondary purpose of this creation is to reduce the volume of the original permanent magnet before ensuring the same magnetization effect; or to reduce the installation cost, or to make it suitable for use in a small space that is inconvenient to install; Or make sure that it reduces the strong magnetic interference with all kinds of high-tech equipment. [Embodiment] * The following is a detailed description of the best implementation of this creation with the following diagram: As shown in Fig. 3, it is a three-dimensional combination diagram of the creation. As shown in Fig. 4, it is an exploded perspective view of the creation, which is composed of a magnetizer, a σ hollow magnetic induction ring, and a non-magnetic fluid transport tube. As shown in Fig. 5, it is a three-dimensional exploded view of the two concave symmetrical semicircular tubular magnetic induction rings. As shown in Figure 6, it is a sectional view of the combination of the creation. As shown in Fig. 7 to Fig. 14, the present invention is applicable to the combined sectional view and the exploded view of the existing types of fluid magnetizers, which mainly install the magnetic induction ring between the original magnetizer and the fluid transfer tube. However, when it is used in assembly, it should be noted that the induction ring is only applicable to the non-magnetic fluid transport tube. If the fluid transport tube body is magnetically conductive, the magnetization sensing section should be The tube body is changed to a non-magnetic material; or a combined sectional view s of 1310196, which is a further embodiment of the permanent magnet arrangement state for the magnetic induction enhancement scent k. Figure H is a cross-sectional view of the combination of the creation of the six, which is the leveling induction strengthening pen = the applicable permanent magnet configuration state - the embodiment diagram. The combination of the ship's map of the ship's figure is a uniform _ should be strengthened with the whistle η applied to the state of the permanent magnet configuration - the embodiment diagram. Figure 3 is a three-dimensional exploded view of the creation, which is

== is divided into two sections of non-magnetic conductive tubes, "the embodiment of the reinforcement device. It should be read and read _, such as the implementation of non-magnetic magnetic tube device configuration _. - between the tubes (four) Strong induction [main component symbol description] 1 magnetizer combination body w magnetizer combination external plastic shell mold u arc-shaped cylindrical body magnet 12 trapezoidal body magnet 13 square body magnet 20 cylindrical sleeve type magnetic guide iron 21 square pair Sleeve type magnetic guide iron with bow-shaped magnetic guide iron 3 hollow round tube type magnetic induction ring 30 concave symmetrical semicircular tubular magnetic induction ring 4 non-magnetic fluid transfer tube 1310196 41 non-magnetic fluid transfer tube Body protruding connection fastening device 5 magnetizer combination fastening material 6 good magnetic fluid conveying pipe 61 good magnetic fluid conveying pipe body concave connection fastening device

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Claims (1)

1310196, year" month 7 η repair (accepted by j positive replacement page I t*, patent application scope: 1. A fluid magnetization state magnetic induction induction device assembly structure, basin set in - non-metallic or non-magnetic metal material hollow fluid transport The fluid magnetizer used in the reinforced device 5 includes a yoke yoke device and a permanent magnet group. The bean is: magnetically guided, iron device, and is used for accommodating and absorbing permanent magnets. Paramagnetic iron, the yoke shape is not limited, and may be a cylindrical sleeve type telescopic sleeve type _, or a two-piece circular plate square water magnet group, which is sucked on the magnetic yoke iron, The permanent magnet group has an even pair or an odd pair symmetrically paired, and the shape thereof is not limited, and may be an arcuate cylindrical body, a square body, and a shape or a square body used for the yoke iron plate. The rectangular body ^, and the permanent magnet group mounted on the y yoke iron, the magnetic pole direction is not =: can be the same pole repulsive pairing or heteropolar phase suction type pairing; should be set to 'system is - hollow with high magnetic permeability The round tube ί is easy to install, and it can also be two high-contour circles with concave symmetry. The iron piece constitutes the ring; the magnetic flux is concentrated by the magnetic flux to the outer magnetic flux of the magnetic pole and is induced by the magnetic mean line of the fluid. "Double magnetic induction strengthening device", the 2128 permanent magnet can be a cylindrical arc-shaped cylindrical magnet used in a cylindrical magnetic yoke iron sleeve, coated and adsorbed on the induction ring and the phase 11 1310196 Cp年》月, r曰修(勤正正雄mi symmetrically arranged. ^Please (4)(10); Leveling magnetic induction strengthening device'' should be symmetrical on the ring. ^ Body magnet, flat 仃 adsorbed on the sense 4.= ^^5; uniform: induction strengthening device", the shape magnet, parallel adsorption on the yoke plate of the Sui Dynasty, the use of two squares, n profit, around the first item, "the magnetic induction is strong, it can be The odd-numbered pair of magnets used on the magnetic yoke iron plate, and the second one are arbitrarily arranged as the coating is adsorbed on the induction ring. 7. The application of the self-magnetic money to strengthen the earthquake The permanent magnet may also be symmetrical with respect to the magnetic yoke plate, and is circumscribed and adsorbed on the induction ring to be symmetrical. 8. The magnetic induction induction enthalpy as described in claim 1 The magnetic conductive tube body of the appropriate length can be used to directly replace the 誃 magnetic induction ring. Λ 12