40results about How to "Fully magnetized" patented technology

A rare earth alloy sintered compact includes a main phase represented by (LR1-xHRx)2T14A, where T is Fe with or without non-Fe transition metal element(s); A is boron with or without carbon; LR is a light rare earth element; HR is a heavy rare earth element; and 0<x<1. The sintered compact is produced by preparing multiple types of rare earth alloy materials including respective main phases having different HR mole fractions, mixing the alloy materials so that the sintered compact will include sintering a main phase having an average composition represented by (LR1-xHRx)2T14A, thereby obtaining a mixed powder, and the mixed powder. The alloy materials include first and second rare earth alloy materials represented by (LR1-uHRu)2T14A (where 0≦μ&<x) and (LR1-vHRV)2T14A (where x<v≦1) and including a rare earth element R(=LR+HR) at R1 and R2 (at%), respectively. Δ=|R1−R2| is about 20% or less of (R1+R2) / 2.

The invention discloses a magnetic body composition, which comprises the following components: 0.0%-80.0% of iron; 10.0%-40.0% of neodymium; 0.10%-10.0% of praseodymium; 0.10%-10.0% of gadolinium; ; Aluminum 0.01% to 10.0%; Niobium 0.01% to 10.0%; Cobalt 0.01% to 10.0%; Copper 0.01% to 10.0%. The present invention also provides a method for preparing a magnetic body composition. The steps of the preparation method at least include: preparing single substances or alloys of niobium, boron, gadolinium, praseodymium, neodymium, iron, cobalt, copper, and aluminum, and mixing them in proportion to form Mixed material; the mixed material is smelted and then cooled to form a base material, wherein the melting temperature is 1400°C to 1500°C; the base material is pulverized into base material particles or base material powder; the base material particle or base material powder is Place in a magnetic field environment and make a green body; sinter the green body to form the magnetic body composition, wherein the sintering temperature is 900°C-1200°C. The magnetic body composition has good magnetic properties and mechanical properties. The preparation method has the advantages of simplicity, high efficiency, energy saving and excellent process.

The invention provides a motor gasoline economizer and belongs to the field of oil treatment equipment. The problems that a gasoline magnetizer is high in production cost and price and difficult to install and carry are solved through the motor gasoline economizer. According to the technical scheme, the motor gasoline economizer comprises a box; a gasoline inlet and a gasoline outlet are formed in the two sides of the box; a gasoline treatment module is fixedly arranged in the box and comprises an upper single-face concentrating flux plate and a lower single-face concentrating flux plate; at least one double-face concentrating flux plate is arranged between the upper single-face concentrating flux plate and the lower single-face concentrating flux plate. Plastic partition plates are arranged between the upper single-face concentrating flux plate and the double-face concentrating flux plates, between the lower single-face concentrating flux plate and the double-face concentrating flux plates and between the double-face concentrating flux plates; oil through grooves are formed in the inner side face of the upper single-face concentrating flux plate, the inner side face of the lower single-face concentrating flux plate and the two planes of each double-face concentrating flux plate and are in an S shape bent multiple times; multiple plastic package permanent magnets are arranged on the plastic partition plates corresponding to the oil through grooves at intervals, the oil through grooves of the concentrating flux plates are communicated to form a long S-shaped gasoline channel, and gasoline is magnetized by the permanent magnets when passing in the gasoline channel.

The invention discloses an acid water treatment device which comprises a treatment container, wherein the treatment container is a non-iron container, the inner side face of the treatment container is an arc-shaped face, the treatment container is provided with an output structure for outputting water in the treatment container, and a water inlet pipe through which external water flows into the treatment container is arranged at the upper end of the treatment container. The acid water treatment device further comprises a nozzle mechanism which emits the sprayed water in a trumpet-shaped manner to the peripheral inner side face of the upper end of the treatment container, and the thickness of the sprayed water body is 0.1-0.5mm. The above nozzle mechanism is installed inside the upper end of the treatment container or the water outlet part of the water inlet pipe, and the inner diameter of the upper end of the treatment container corresponding to the spraying range of the nozzle mechanism is 16-30mm. Compared with the prior art, no chemical agents are used in the whole treatment process, so that the mineral substances of the water body are not damaged or removed. The acid water treatment device has the advantages of simple structure, low cost and convenience in use.

The invention discloses a gasoline processor for a gasoline station, belongs to the field of gasoline treatment equipment, solves technical problems, and aims to provide the gasoline processor for the gasoline station. The adopted technical scheme is as follows: the gasoline processor comprises a box body, wherein a gasoline inlet and a gasoline outlet are formed in the box body; a gasoline processing module is fixedly arranged inside the box body; the gasoline processing module comprises an upper single-face concentrating flux plate and a lower single-face concentrating flux plate; a plurality of double-face concentrating flux plates are arranged between the two single-face concentrating flux plates; a plastic partition is arranged between each single-face concentrating flux plate and the adjacent double-face concentrating flux plate, and a plastic partition is also arranged between every two adjacent double-face concentrating flux plates; a plurality of longitudinal gasoline passing grooves are formed in the inner side surface of each single-face concentrating flux plate and the two planes of each double-face concentrating flux plate; one end of each gasoline passing groove is an inlet, and the other end of the gasoline passing groove is an outlet; the gasoline passing grooves among the concentrating flux plates are communicated with each other to form a plurality of S-shaped gasoline ways which realize circulation at the same time; a plurality of plastically-packaged permanent magnets are arranged on the corresponding plastic partition of each gasoline passing groove at intervals.

The invention discloses a spatial high-frequency rotation magnetic characteristic measuring system and a measuring method. The system comprises a three-axis orthogonal shimming excitation structure, an excitation signal generating device, a power amplifier, a differential amplification circuit for a precision instrument, and a data acquisition and processing unit; the excitation signal generatingdevice is connected with the power amplifier; the differential amplification circuit for a precision instrument is connected with the data acquisition and processing unit; the three-axis orthogonal shimming excitation structure is connected with the power amplifier and the differential amplification circuit for a precision instrument; the three-axis orthogonal shimming excitation structure includes an x-axis iron core group, a y-axis iron core group, a z-axis iron core group, and an excitation winding; the x-axis iron core group, the y-axis iron core group and the z-axis iron core group each are composed of two identical C-shaped iron cores; two pole heads of one C-shaped iron core are respectively connected with two pole heads of the other C-shaped iron core, so that a double-C-shaped iron core structure can be formed; and the three iron core groups are arranged in a three-dimensional 90-degree staggered manner; and the winding positions of the excitation winding on the double-C-shaped iron core structures are identical.