Abstract: A power inductor device and a manufacturing method thereof are provided. The power inductor device includes a first magnetic core body, a second magnetic core body, a third magnetic core body and a metal conductor. The first magnetic core body is formed by a first magnetic powder, the second magnetic core body is formed by a second magnetic powder and the third magnetic core body is formed by a third magnetic powder. The metal conductor is disposed between the columnar body and the groove. The first magnetic core body, the metal conductor, the second magnetic core body and the third magnetic core body are closely combined to obtain an integrated power inductor structure. The first magnetic powder, the second magnetic powder and the third magnetic powder include an iron-based magnetic powder having the large particle size, the medium particle size and the small particle size.

Abstract: A power inductor device and a manufacturing method thereof are provided. The power inductor device includes a first magnetic core body, a second magnetic core body and a metal conductor. The first magnetic core body is formed by a first magnetic powder and the second magnetic core body is formed by a second magnetic powder. The metal conductor is disposed in the accommodating space between the first magnetic core body and the second magnetic core body. The first magnetic core body, the metal conductor and the second magnetic body are closely combined by a heating and pressing molding process to obtain an integrated power inductor structure. The first magnetic powder and the second magnetic powder include an iron-based magnetic powder having the large particle size, the medium particle size and the small particle size.

Abstract: A power inductor device and a manufacturing method thereof are provided. The power inductor device includes a magnetic core body and a metal conductor. The magnetic core body is formed by a magnetic powder. The metal conductor is disposed in the magnetic core body and two ends of the metal conductor are exposed outside the magnetic core body. The magnetic powder is closely combined with the metal conductor and the magnetic powder is partially embedded into a skin layer of the metal conductor to obtain an integrated power inductor structure with crystallized structures. The magnetic core and the metal conductor are assembled and formed by a heating and pressing molding process, and the crystallized structures are generated by a section heating process, a calcining process, a tempering process and a cooling process.

Abstract: The present invention relates to molecular signatures that can be used to identify patients diagnosed with an autoimmune disease, in particular with systemic lupus erythematosus for treatment with a CD40 or CD40L antagonist such as anti-CD40 antibody, anti-CD40L antibody or a binding fragment thereof. The signatures can also be used to monitor target engagement and response to treatment.

Abstract: The present invention relates to molecular signatures that can be used to identify patients diagnosed with an autoimmune disease, in particular with systemic lupus erythematosus for treatment with a CD40 or CD40L antagonist such as anti-CD40 antibody, anti-CD40L antibody or a binding fragment thereof. The signatures can also be used to monitor target engagement and response to treatment.

Abstract: An inductor device includes a coil, two conductive bases and a shell. The coil is located over and coupled with the two conductive bases. The shell covers the coil and exposes partial conductor bases. The shell is made by an alloy material consisting of Fe, Cr, Si, Mn, S, C, P and Al. The weight ratio of Cr is 10.5%˜13.5%, Si is 0.1%˜0.5%, Mn is 0.1%˜1.0%, S is 0.01%˜0.053%, C is 0.01%˜0.05%, P is 0.01%˜0.05% and Al is 0.1%˜1.0%.

Abstract: A method to fabricate a molding inductor structure and a molding inductor structure are provided. The method comprises the steps of: performing a high pressure process on a first magnetic material to form a baseboard, wherein a central area of the baseboard comprises a pillar; providing a metal coil, wherein the metal coil comprises an open coil center; connecting the metal coil and the baseboard such that the pillar lodges in the open coil center; placing the connected metal coil and the baseboard into a mold; and forming a covering structure by stuffing a second magnetic material with a high pressure process to cover the connected metal coil and the baseboard to form the molding inductor structure.

Abstract: A method to fabricate a molding coil structure and a molding coil structure are provided. The method comprises the steps of: providing a conductive mean comprising two conductive plates and a connection part, wherein each of the conductive plates comprise a first end and a second end; providing a coil; forming at least one winding structure on the first end of each conductive plates to make the two ends of the coil be adapted in the at least one winding structure of the two conductive plates respectively; performing a welding process to connect the two ends of the coil on the at least one winding structure of the two conductive plates respectively; placing the two conductive plates and the coil into a mold and stuffing a magnetic material to form a covering structure surrounding and contacting the two conductive plates and the coil to form the molding coil structure.

Abstract: A method for fabricating a molding coil structure and a molding coil structure are provided. Forming at least one metal wire into a metal coil; forming a metal powder pillar with a high-pressure fabrication process; placing the metal powder pillar into a center of the metal coil; placing the metal coil and the metal pillar into a mold and stuffing a plurality of metal powder particles with high-pressure to form a covering structure surrounding and contacting the metal powder pillar and the metal coil to form the molding coil structure.

Abstract: This invention relates to a nucleotide array containing polynucleotide probes complementary to, or fragments of, Cynomolgus monkey genes, and the use of such a nucleotide array to characterize the biological effects, including the actions, targets, and toxicities, of therapeutic agents in primates, e.g., a human, a Cynomolgus monkey, or a Rhesus monkey, in particular a nucleotide array to be used in identifying the toxicities of therapeutic agents administered to a non-human primate, e.g., a Cynomolgus monkey or a Rhesus monkey.

Abstract: A core for a coil winding includes a T-shaped main body having a vertical plate and a horizontal column laterally projected from a central area of a right side of the vertical plate for a coil to wind therearound, and a cover portion assembled to a right side of the main body. The cover portion defines an inner space and includes at least communicable open left and upper sides. The horizontal column and the coil are located in the inner space of the cover portion, so that the core is a rectangular parallelepiped enabling effective space utilization. An inductance or impedance of the coil winding can be adjusted through changing a clearance between the main body and the cover portion. The coil may be separately mass-produced in advance and then assembled to the horizontal column of the main body to increase the productivity of the coil winding.

Abstract: A method of forming induction coil includes the steps of processing a metal material to form a long flat strip having a beginning section, a plurality of middle sections, and an end section that are integrally and sequentially connected to one another; subjecting the sections of the flat strip to necessary surface isolating treatment; and sequentially folding the flat strip at joints of two adjacent middle sections to forma folded section at each joint, and stacking while folding the middle sections one by one to form a frame-type multi-layered coil structure with the folded sections on two adjacent layers of middle sections staggered by an angle without locating on the same vertical axis. The induction coil is durable because the staggered folded sections protect the coil structure against short circuit possibly caused by any damaged surface isolation at any folded section due to deformation thereof.