Abstract: Disclosed are a projection module, a structured light three-dimensional imaging device, and an electronic apparatus. The projection module includes a laser emitter and a reflective grating. The laser emitter includes a light emitting surface from which laser light is emitted. The reflective grating includes a reflecting surface arranged obliquely relative to the light emitting surface and opposite to the light emitting surface. The reflective face is provided with a grating microstructure thereon. The projection module can adjust a reflection angle of the laser light when expanding beams to generate a laser pattern.

Abstract: A projection module (10), an imaging device (100), and an electronic device (1000). The projection module (10) comprises a light source (12), a mask (14) provided above the light source (12), and a projection lens (16) provided above the mask (14). The light source (12) comprises a first center (X). The mask (14) comprises a second center (Y). The second center (Y) and the first center (X) are aligned with the axial direction of the projection module (10). The optical axis (A1) of the projection lens (16) is provided at an offset to the first center (X) and the second center (Y).

Abstract: Disclosed are a projection module, a structured light three-dimensional imaging device, and an electronic apparatus. The projection module includes a laser emitter and a reflective grating. The laser emitter includes a light emitting surface from which laser light is emitted. The reflective grating includes a reflecting surface arranged obliquely relative to the light emitting surface and opposite to the light emitting surface. The reflective face is provided with a grating microstructure thereon. The projection module can adjust a reflection angle of the laser light when expanding beams to generate a laser pattern.

Abstract: The present invention provides methods and kits for detecting CSFV. The present invention also provides oligonucleotides for detecting CSFV.

Abstract: An electrical interconnect device includes a substrate having opposite outer surfaces and an array of conductive elastomeric columns held by the substrate. Each of the columns have opposite ends that extend beyond respective ones of the outer surfaces of the substrate. Conductive contact caps are disposed over the opposite ends of each said column. An electrical path is defined from one of the contact caps, through the conductive elastomeric column, to another of the contact caps. Optionally, the contact caps may be sized and shaped substantially similarly as the ends of the elastomeric columns. The contact caps may be adhered to the ends of the columns, or alternatively, the contact caps may be adhered to the substrate.

Abstract: The present invention provides methods and kits for detecting CSFV. The present invention also provides oligonucleotides for detecting CSFV.

Abstract: An electrical interconnect device includes a substrate having opposite outer surfaces and an array of conductive elastomeric columns held by the substrate. Each of the columns have opposite ends that extend beyond respective ones of the outer surfaces of the substrate. Conductive contact caps are disposed over the opposite ends of each said column. An electrical path is defined from one of the contact caps, through the conductive elastomeric column, to another of the contact caps. Optionally, the contact caps may be sized and shaped substantially similarly as the ends of the elastomeric columns. The contact caps may be adhered to the ends of the columns, or alternatively, the contact caps may be adhered to the substrate.

Abstract: A method for manufacturing an electrical contact includes providing a series of electrical contacts joined on a carrier strip to a plating station followed by an induction heating station. At the plating station, plating the electrical contacts with a conductive alloy coating to form coated electrical contacts. At the induction heating station, induction heating the coated electrical contacts.

Abstract: The present invention provides a novel method for diagnosing various pathogens of sexually transmitted diseases from one test sample. The method comprises amplifying the DNA fragments of the various pathogens synchronously by using one primer set and identifying the amplified DNA fragments with specific probes. This invention also provides a designation process of the primer set and the probes. This invention further provides a kit for diagnosing of Neisseria gonorrhoeae and Chlamydia trachomatis.

Abstract: The present invention relates to an assay system, kits and methods for detecting microorgansims (especially for M. tuberculosis) of suspected patient. The present invention also relates to an apparatus for performing the integration of thermal and magnetic control in the same apparatus to largely reduce the whole process of M. tuberculosis detection is less than 5 hours.

Abstract: This invention provides a method for detecting genetically modified organism (GMO) comprising amplifying transgenes of GMO by biotin-labeled primer sets, hybridizing the amplified products with colored bead-labeled probes, and detecting the hybrids. This invention also provides a polynucleotide for detecting a transgene of genetically modified soybean. This invention further provides a kit for detecting genetically modified soybean comprising biotin-labeled primer sets and colored bead-labeled probes.

Abstract: The present invention relates to a kit and method for detecting BEFV of suspected patient. The present invention also relates to primers and probe used to detect BEFV.

Abstract: The present invention relates to a kit and method for detecting M. tuberculosis of suspected patient. The present invention also relates to primers and probe used to detect M. tuberculosis by performing one tube nested PCR.

Abstract: The present invention relates to methods, kits and assay system for detecting drug-resistant Mycobacterium tuberculosis of suspected patient. The system of the present invention largely reduces the whole process of drug-resistant M. tuberculosis detection in less than 5 hours.

Abstract: The present invention relates to an assay system, kits and methods for detecting microorgansims (especially for M. tuberculosis) of suspected patient. The present invention also relates to an apparatus for performing the integration of thermal and magnetic control in the same apparatus to largely reduce the whole process of M. tuberculosis detection is less than 5 hours.

Abstract: The present invention relates to a non-viral vector for SARS Viral Genomic Vaccine. The present invention also relates to a non-targeted lipoplex or PEGylated lipoplex formulation for accumulating SARS spike genome in the lung to that results in expression of SARS spike protein.

Abstract: The present invention relates to an assay system and methods for detecting SARS coronavirus (SARS-CV) from the samples (especially for urine) of suspected patient in the control of SARS to provide updated information of prognosis as well as the criteria for discharging a recovered patient from a hospital. The present invention also relates to an apparatus for performing the integration of thermal and magnetic control in the same apparatus to largely reduce the time of hybridization less than 20 minutes and the whole process of SARS-CV detection is less than 5 hours.

Abstract: Telecommunications networks for originating and terminating calls are described to include a wireless enhanced service platform coupled to a home location register database and a prepaid platform which may also include a mobile switching center for accepting calls from a wireless handset, an interexchange network that carries calls to the prepaid platform, and a local network for terminating calls. Also described is a method for setting up a call in a telecommunications network by a wireless enhanced service platform or mobile switching center encapsulating one or more prepaid call parameters within a super generic digit field of an initial address message. The method also includes sending the initial address message with the prepaid call parameters encapsulated within the super generic digit field from the wireless enhanced service platform or mobile switching center to a prepaid platform.

Abstract: An LDD source/drain region is manufactured adjacent a gate electrode using a single ion implantation step. The method begins by providing a polysilicon gate electrode on a gate oxide over a substrate and then providing a thin, layer of CVD oxide over the gate electrode and over the substrate. A thicker, second layer of a material different from the first silicon oxide layer is deposited over the device and is etched back to form sidewall spacer structures alongside and spaced slightly from the gate electrode. The spacer structures formed from the second layer are then used as a mask to etch the oxide layer where it is exposed over the active regions of the substrate and then the spacer structures are removed. The portion of the oxide layer that remains over the top and sides of the gate electrode and over portions of the substrate adjacent the gate electrode is then used as a mask for an ion implantation process.

Abstract: A shallow trench isolation process provides a high quality oxide on the substrate adjacent the trench and on the upper part of the trench. This process avoids the formation of poor quality oxide on the substrate adjacent the upper edge of the trench that is believed to cause MOS transistors to exhibit the undesirable subthreshold current flow known as the "kink" effect. A pad oxide layer is grown on the surface of a silicon substrate and then a layer of silicon nitride is formed on the surface of the pad oxide. A photoresist mask is formed over the silicon nitride and the silicon nitride and pad oxide are etched, and then the substrate is etched to form a trench. The photoresist mask is removed, a layer of polysilicon is deposited over the silicon nitride layer and within the trench and the polysilicon layer is oxidized. CVD oxide is deposited to overfill the trench and then the excess CVD oxide and polysilicon oxide is removed by CMP, using the silicon nitride layer as an polish stop.