Abstract: A method for measuring a physiological signal includes following steps: detecting a first physiological signal of a target; receiving the first physiological signal to generate a first signal and a second signal by a radar sensor; selecting one of the first signal and the second signal to generate a plurality of original signals, which a phase difference is formed between the first signal and the second signal; and capturing a respiration signal and a heartbeat signal according to the plurality of original signals.

Abstract: A generation method of an image defect detecting system is provided. Said method includes: obtaining a plurality of validation difference scores respectively associated with a plurality of validation images based on a semi-supervised learning model; calculating a threshold value based on the plurality of validation difference scores; creating a standby inference model based on the plurality of validation difference scores; obtaining a testing difference score associated with a testing image based on the semi-supervised learning model; adjusting the threshold value by the standby inference model in response to the testing difference score and the threshold value; and outputting data comprising the testing difference score.

Abstract: A generation method of an image defect detecting system is provided. Said method includes: obtaining a plurality of validation difference scores respectively associated with a plurality of validation images based on a semi-supervised learning model; calculating a threshold value based on the plurality of validation difference scores; creating a standby inference model based on the plurality of validation difference scores; obtaining a testing difference score associated with a testing image based on the semi-supervised learning model; adjusting the threshold value by the standby inference model in response to the testing difference score and the threshold value; and outputting data comprising the testing difference score.

Abstract: A method for measuring a physiological signal includes following steps: detecting a first physiological signal of a target; receiving the first physiological signal to generate a first signal and a second signal by a radar sensor; selecting one of the first signal and the second signal to generate a plurality of original signals, which a phase difference is formed between the first signal and the second signal; and capturing a respiration signal and a heartbeat signal according to the plurality of original signals.

Abstract: Methods, primers, and kits for detecting Anaplasma phagocytophilum (A. phagocytophilum) by amplification of a multi-copy DNA target sequence found within the msp2 gene of A. phagocytophilum are disclosed. Methods for treating A. phagocytophilum infections, including tick-borne fever and human granulocytic anaplasmosis are also disclosed.

Abstract: A reciprocating tool easily supplies a lubricant, such as grease (lubricating oil), to a mechanism for reciprocating a slider, and prevents a lack of lubricant. A reciprocating saw as a reciprocating tool includes a motor, a reciprocating conversion mechanism that converts rotation of the motor to reciprocation, a slider connected to the reciprocating conversion mechanism and being reciprocable, and a slider guide that supports the slider in a reciprocable manner and includes a lubricant-passage member in contact with the slider to allow passage of at least part of a lubricant through the lubricant-passage member, and a lubricant reservoir located adjacent to the lubricant-passage member to store the lubricant.

Abstract: A reciprocating tool easily supplies a lubricant, such as grease (lubricating oil), to a mechanism for reciprocating a slider, and prevents a lack of lubricant. A reciprocating saw as a reciprocating tool includes a motor, a reciprocating conversion mechanism that converts rotation of the motor to reciprocation, a slider connected to the reciprocating conversion mechanism and being reciprocable, and a slider guide that supports the slider in a reciprocable manner and includes a lubricant-passage member in contact with the slider to allow passage of at least part of a lubricant through the lubricant-passage member, and a lubricant reservoir located adjacent to the lubricant-passage member to store the lubricant.

Abstract: A noise reduction operation control method for a headset and an audio processor in a terminal device, where a pin of a universal serial bus (USB) Type-C interface is multiplexed. During implementation of the solutions in this application, a switch circuit corresponding to the pin of the USB Type-C interface is switched to ensure that a normal function of the pin of the USB Type-C interface is not affected. In addition, a digital microphone (DMIC) processor in a terminal device and a noise reduction microphone in a headset are coupled using the pin of the USB Type-C interface such that a noise reduction signal from the noise reduction microphone in the headset is received using the DMIC processor in the terminal device, thereby implementing noise reduction processing for the headset using the terminal device.

Abstract: A noise reduction operation control method for a headset and an audio processor in a terminal device, where a pin of a universal serial bus (USB) Type-C interface is multiplexed. During implementation of the solutions in this application, a switch circuit corresponding to the pin of the USB Type-C interface is switched to ensure that a normal function of the pin of the USB Type-C interface is not affected. In addition, a digital microphone (DMIC) processor in a terminal device and a noise reduction microphone in a headset are coupled using the pin of the USB Type-C interface such that a noise reduction signal from the noise reduction microphone in the headset is received using the DMIC processor in the terminal device, thereby implementing noise reduction processing for the headset using the terminal device.

Abstract: A headset jack includes a side wall, a bottom part, a clamping component on the side wall, a first detection end at the bottom part, a second detection end on the side wall or at the bottom part, and a membrane switch electrically connected to the second detection end. The clamping component is configured to clamp a headset plug when the headset plug is inserted into the headset jack. When the headset plug is not inserted in position, the membrane switch is electrically isolated from the first detection end. The membrane switch is configured to generate elastic deformation under a pressure of the headset plug when the headset plug is inserted in position and be electrically connected to the first detection end.

Abstract: A headset jack includes a side wall, a bottom part, a clamping component on the side wall, a first detection end at the bottom part, a second detection end on the side wall or at the bottom part, and a membrane switch electrically connected to the second detection end. The clamping component is configured to clamp a headset plug when the headset plug is inserted into the headset jack. When the headset plug is not inserted in position, the membrane switch is electrically isolated from the first detection end. The membrane switch is configured to generate elastic deformation under a pressure of the headset plug when the headset plug is inserted in position and be electrically connected to the first detection end.

Abstract: A method for scheduling data burst is provided. The method is adapted for a mobile apparatus. The method includes the following steps. Firstly, a data burst is generated, and a maximum delay time is calculated according to a delay constraint of the data burst. Next, whether to receive a downlink data burst before the maximum delay time is determined. If yes, a base station is requested to schedule the data burst to at least one available scheduling time near the downlink data burst. Afterwards, the data burst is sent according to the at least one available scheduling time.

Abstract: A casing structure for a server contains: a casing assembly including includes a driving assembly and a transmission assembly. The driving assembly includes a body, a motor, a drive, and a cover, wherein one end of the motor extends out of the body and connects with a first gear. The body includes a retaining portion having four orifices. The transmission assembly includes a case and a cap having a reduction gear set, and the reduction gear set includes a second gear and a third gear, the case has four third apertures and two opposite fourth apertures, the cap also includes an outer face for fixing a toothed output post, four first openings, and two opposite second openings. The case also has a groove defined on an outer side thereof to correspond to the retaining portion of the driving assembly and a first aperture for corresponding to the first gear.

Abstract: The invention relates to a recombinant immunogenic composition from Rickettsia typhi. The invention also relates to a method for the use of the recombinant proteins in detection and diagnostic assays and as a component in formulations for the induction of an anti-R. typhi immune response.

Abstract: An adjustment assembly for snare wires includes an adjustment unit and a pressing unit respectively located on two opposite positions of the shell of a snare drum. The adjustment unit has a body with a slide slot. A shifting member is slidably connected to the body and driven by a driving member connected to the body. The shifting member has a wire carrier which is adjusted by rotating an adjusting bolt. The pressing unit includes another wire carrier which is controlled by another adjusting bolt. By adjustment of the two adjustment bolts, the tension of the snare wires can be adjusted.

Abstract: An adjustment assembly for snare wires includes an adjustment unit and a pressing unit respectively located on two opposite positions of the shell of a snare drum. The adjustment unit has a body with a slide slot. A shifting member is slidably connected to the body and driven by a driving member connected to the body. The shifting member has a wire carrier which is adjusted by rotating an adjusting bolt. The pressing unit includes another wire carrier which is controlled by another adjusting bolt. By adjustment of the two adjustment bolts, the tension of the snare wires can be adjusted.

Abstract: A method for scheduling data burst is provided. The method is adapted for a mobile apparatus. The method includes the following steps. Firstly, a data burst is generated, and a maximum delay time is calculated according to a delay constraint of the data burst. Next, whether to receive a downlink data burst before the maximum delay time is determined. If yes, a base station is requested to schedule the data burst to at least one available scheduling time near the downlink data burst. Afterwards, the data burst is sent according to the at least one available scheduling time.

Abstract: The invention relates to the construction of recombinant, immunodominant polypeptides against spotted fever group Rickettsia. The invention also relates to a method for the use of the recombinant proteins, either singly or in combination, in detection and diagnostic assays of spotted fever. The proteins can also be used to induce immune response against spotted fever group Rickettsia.

Abstract: Recombinant chimeric antigens comprising unmodified and modified reactive polypeptide fragments of expressed product of the recombinant 56 kDa proteins of multiple strain of scrub typhus, such as Karp, Kato (Ktr56), Gilliam (Gmr56), and TA763 (TAr56). The invention is useful for detecting prior exposure to a number of strains of scrub typhus, based on the strength of reaction toward the chimeric protein and as a component in vaccine formulations and production of immune globulins for passive prophylaxis and immunity in subjects against heterologous infections.

Abstract: A method for detection blood borne pathogen in whole blood, comprising collecting a blood sample from a subject, heating said sample for a period of time, adding said heated sample to a pre-mixed LAMP solution comprising one or more LAMP primer set, and Bst DNA polymerase to create a reaction mixture, incubating said reaction mixture for a period of time and determining the presence of blood born pathogen.