63results about How to "Shorten fusion time" patented technology

A plurality of fuse circuits are layered with a space therebetween in a housing. A fusible portion of one of the layered fuse circuits is offset from a fusible portion of an adjacent one of the layered fuse circuits perpendicularly to a direction in which the fuse circuits are layered. A connection plate of one of the layered fuse circuits is offset from a connection plate of an adjacent one of the layered fuse circuits perpendicularly to a direction in which the fuse circuits are layered. The connection plate has a U-shaped extended portion.

The invention discloses a stirring device capable of being uniformly injected with water. The device comprises a body, a feeding port, a discharging port, a stirring column and a motor, the feeding port is located at the top of the body, the discharging port is located at the bottom of the body, the motor is arranged at the center of the bottom end of the body, and drives the stirring column vertically arranged at the center position in the body to rotate, the stirring column passes through the top of the body from the bottom of the body, the stirring column is provided with a plurality of horizontal cross bars, the hollow cross bar are communicated with the hollow stirring column, and every cross bar is provided with a plurality of round holes. Water can be directly injected into the device from the top end of the body, goes deep into the body, and penetrates into the interior of the body, and simultaneously oozes at all heights from all angles, so the uniformity of fusion of a feed and the water is ensured, and the stirring efficiency is increased; and the water simultaneously contacts with the feed located in all positions in the body, so the required fusion cycle is shortened,and the increase of the working efficiency is benefited.

A plurality of fuse circuits are layered with a space therebetween in a housing. A fusible portion of one of the layered fuse circuits is offset from a fusible portion of an adjacent one of the layered fuse circuits perpendicularly to a direction in which the fuse circuits are layered. A connection plate of one of the layered fuse circuits is offset from a connection plate of an adjacent one of the layered fuse circuits perpendicularly to a direction in which the fuse circuits are layered. The connection plate has a U-shaped extended portion.

The present invention relates to a spike-fixing type implant and a method for implanting the same, the method enabling a dental root support to be inserted into the inside of an implant body in a state where the implant body, having a plurality of spikes protrusively formed thereon, is inserted in a dental root groove such that the diameter of the implant body is enlarged, and thus the spikes formed on the implant body are embedded in an alveolar bone and, finally, the implant body is firmly fixed in the dental root groove.

A semiconductor device and method of operation having reduced read time of fuse array information during boot-up operation. When fuse array information is read, only repaired fuse-set information is read such that a read time of the semiconductor memory device is reduced, resulting in an increased read margin.

The invention discloses a multi-strategy image fusion method under a compressed sensing framework, mainly solving the problems of large calculated amount, high time complexity and large storage space of the traditional image fusion method. The multi-strategy image fusion method comprises the following implementation processes: inputting original images A and B and dividing the original images A and B into local images X1 and X2 of C*C in size; respectively carrying out Fourier transformation on X1 an X2 to obtain coefficient matrixes y1 and y2; observing y1 and y2 respectively by adopting a Fourier coefficient low-frequency full variable-density observing model to obtain observation vectors f1 and f2; calculating harmonic coefficients H1 and H2 and frequency-spectrum matching degree S according to f1 and f2; selecting a threshold T and calculating a weighting coefficient; comparing the weighting coefficient, the threshold and the frequency-spectrum matching degree to calculate a fusedobservation vector f; and iterating the observation vector f for twenty times by using a Split Bregman reconfiguration algorithm to finally obtain a required fused image. Compared with the traditional fusion method, the multi-strategy image fusion method provided by the invention has the advantages of low calculation complexity and good fusion effect, and can be used for video tracking, target recognition and computer vision.

A chip fuse that not restricted in the degree of freedom of fusing characteristics, realizes prevention of shortening of fusing time at large magnification with respect to rated current and attainment of shortening of fusing time at small magnification with respect to rated current. A chip fuse (10) has a first heat storage layer (12) of film material with low thermal conductivity superimposed on an insulating substrate (11) and has a fuse film (13) superimposed on the first heat storage layer (12) so as to avoid contact with the insulating substrate (11). The fuse film (13) has a fuse element part (13b) interposed between surface electrode parts (13a) disposed at both edges thereof. A second heat storage layer (15) of film material with low thermal conductivity is superimposed on the fuse element part (13b). The first heat storage layer (12) is thicker than the second heat storage layer (15). The first heat storage layer (12) and second heat storage layer (15) are those produced from a sheet material of B-stage state containing a photosensitive group.

The invention discloses an intervertebral fusion fixator, which relates to the field of medical devices, and aims to provide an anterior cervical vertebra X-shaped resection and decompression vertebroplasty, which can shorten the crawling replacement distance of bones and reduce the fusion time , a fusion fixator to improve the success rate of bone graft fusion, the technical solution adopted is: vertebral body X-shaped excision decompression vertebroplasty intervertebral fusion fixator, including fusion fixation body and screws, fusion fixation body is provided with three bone grafting cavities , the horizontal section of the first bone graft cavity is fan-shaped, the outer sides of the two radii of the fan shape are respectively the second and the third bone graft cavity, a fixed stopper is set above or below the arc edge of the fan shape, and a through hole is set on the fixed stopper And equipped with the first screw, the first screw is used to implant the regrafted bone block; the fusion fixation body on the corresponding side of the arc edge of the first bone graft cavity is provided with fixing holes, and the fixing holes are respectively set for implanting residual vertebrae on both sides. body, adjacent normal vertebral body screws. The invention is used for X-shaped excision and decompression vertebroplasty of anterior cervical vertebral body.