Abstract: A direct current (DC) brushless fan and a drive apparatus are provided. The drive apparatus includes a housing, a DC brushless motor, a control unit, an adaptation unit, an alternating current (AC) input interface, a DC input interface, and a power storage. The housing includes a first portion and a second portion. A projection path defined by orthogonally projecting the first portion toward the second portion is defined as an installation range. The DC input interface is arranged in the installation range and is electrically connected to the control unit. The AC input interface is arranged in the installation range and is electrically connected to the adaptation unit. The power storage is detachably arranged at an installation position of the housing. When the power storage is arranged at the installation position, the power storage covers the AC input interface and is electrically connected to the DC input interface.

Abstract: A fan device and a fan holder are provided. The fan device includes the fan holder and a fan. The fan holder includes a bracket, four ratchet sets, a seat, and a frame. Each of two ends of the bracket is connected to two of the four ratchet sets. The seat is connected to the two of the four ratchet sets arranged to the one of two ends of the bracket. The frame is connected to the other two of the four ratchet sets arranged to the other one of two ends of the bracket. The seat and the frame are rotatable between a use position and a storage position relative to the bracket through the four ratchet sets. The fan is connected to the frame. The seat and the frame are rotated to the storage position, so that the bracket can be arranged on the seat.

Abstract: A fan device and a fan holder are provided. The fan device includes the fan holder and a fan. The fan holder includes a bracket, four ratchet sets, a seat, and a frame. Each of two ends of the bracket is connected to two of the four ratchet sets. The seat is connected to the two of the four ratchet sets arranged to the one of two ends of the bracket. The frame is connected to the other two of the four ratchet sets arranged to the other one of two ends of the bracket. The seat and the frame are rotatable between a use position and a storage position relative to the bracket through the four ratchet sets. The fan is connected to the frame. The seat and the frame are rotated to the storage position, so that the bracket can be arranged on the seat.

Abstract: A direct current (DC) brushless fan and a drive apparatus are provided. The drive apparatus includes a housing, a DC brushless motor, a control unit, an adaptation unit, an alternating current (AC) input interface, a DC input interface, and a power storage. The housing includes a first portion and a second portion. A projection path defined by orthogonally projecting the first portion toward the second portion is defined as an installation range. The DC input interface is arranged in the installation range and is electrically connected to the control unit. The AC input interface is arranged in the installation range and is electrically connected to the adaptation unit. The power storage is detachably arranged at an installation position of the housing. When the power storage is arranged at the installation position, the power storage covers the AC input interface and is electrically connected to the DC input interface.

Abstract: Disclosed herein is novel use of telbivudine for improving kidney and/or heart function of a subject suffering from a kidney disease, such as acute kidney injury (AKI) or chronic kidney disease (CKD).

Abstract: A master tool is provided with an ink pattern on a major surface thereof. The ink pattern is formed by a screen printing process. A stamp-making material is applied to the major surface of the master tool to form a stamp having a stamping pattern being negative to the ink pattern of the master tool. The stamping pattern is inked with an ink composition and contacted with a metalized surface to form a printed pattern on a metalized surface of a substrate according to the stamping pattern. Using the printed pattern as an etching mask, the metalized surface is etched to form electrically conductive traces on the substrate.

Abstract: Disclosed herein is novel use of telbivudine for improving kidney and/or heart function of a subject suffering from a kidney disease, such as acute kidney injury (AKI) or chronic kidney disease (CKD).

Abstract: A master tool is provided with an ink pattern on a major surface thereof. The ink pattern is formed by a screen printing process. A stamp-making material is applied to the major surface of the master tool to form a stamp having a stamping pattern being negative to the ink pattern of the master tool. The stamping pattern is inked with an ink composition and contacted with a metalized surface to form a printed pattern on a metalized surface of a substrate according to the stamping pattern. Using the printed pattern as an etching mask, the metalized surface is etched to form electrically conductive traces on the substrate.

Abstract: An ultrathin endoscope auxiliary system includes an overtube (110) and a mouth piece (150). The overtube (110), which allows the ultrathin endoscope (160) to be inserted therein, includes a transparent cap (112), a side opening (114), a deflecting member (180) and a positioning member (120). The transparent cap (112) is disposed at the front end of the overtube (110); the side opening (114) is disposed on the overtube (110) and approximates to the front end of the overtube (110); whereas the deflecting member (180) is disposed within the overtube (110) and the positioning member (120) is disposed outside the overtube (110) and approximates to the side opening (114). The deflecting member (180) is capable of deflecting the ultrathin endoscope and thereby allows the ultrathin endoscope (160) to be extended outside the overtube (110) through the side opening (114). The mouth piece (150) works with the overtube (110) to adjust the length and the axial orientation of the overtube (110) in the subject.

Abstract: The present invention provides a radiotherapy system that can monitor a target location in real time. The radiotherapy system includes a remote control system operable to actuate a real-time image capturing device to acquire images in real time for monitoring the target location. The system also includes an image registration system that can register the acquired image with an image previously captured for the treatment plan, whereby it can be determined whether the patient's tumor is in the beam's eye view of the treatment plan. By confirming that the tumor is in the range of the beam's eye view, the accuracy of the treatment can be improved, and the irradiated area can be reduced, which makes the radiation treatment safer.

Abstract: A wheel shaped novelty fan is provided with an annular frame; a blade assembly disposed in the annular frame; an electric motor mounted in a central portion of the blade assembly for rotating the blade assembly; a plurality of sections releasably secured to an outer edge of the annular frame; a louvered device rotatably mounted on the motor; a front grill secured to the louvered device; and a rear grill secured to a rear surface of the annular frame.

Abstract: The present invention provides a radiotherapy system that can monitor a target location in real time. The radiotherapy system includes a remote control system operable to actuate a real-time image capturing device to acquire images in real time for monitoring the target location. The system also includes an image registration system that can register the acquired image with an image previously captured for the treatment plan, whereby it can be determined whether the patient's tumor is in the beam's eye view of the treatment plan. By confirming that the tumor is in the range of the beam's eye view, the accuracy of the treatment can be improved, and the irradiated area can be reduced, which makes the radiation treatment safer.

Abstract: The antenna structure is applied for a communication system. The antenna structure has a signal emitting/receiving portion, a flex transmitting line disposed under the signal emitting/receiving portion and electrically connected to the signal emitting/receiving portion, and a connecting portion having a first end and a second end. The first end of the connecting portion is electrically connected to the flex transmitting line, and the second end of the connecting portion is connected to an assembling portion. The antenna structure further includes a bendable piece corresponding to the flex transmitting line. The bendable piece can be bent by a force to change positions, directions, or positions and directions of the signal emitting/receiving portion connected with the flex transmitting line. The bendable piece, the flex transmitting line and the signal emitting/receiving portion are covered by a sheath.

Abstract: In a pointing device for electronic equipment, the equipment includes a casing and a receiving space defined by the casing, and the pointing device includes a sensor unit, a column, and a joystick. The sensor unit is disposed in the receiving space. The column is disposed on the sensor unit, and is swingable relative to the sensor unit. The sensor unit is used to detect swinging state of the column. The joystick is mounted on the column, and is movable relative to the column between first and second positions. The joystick projects from an outer surface of the casing when at the first position, and is accommodated in the receiving space when at the second position. Thus, the joystick can be accommodated in the receiving space to avoid inadvertent actuation so as to enhance the convenience of carrying the electronic equipment.

Abstract: The antenna structure is applied for a communication system. The antenna structure has a signal emitting/receiving portion, a flex transmitting line disposed under the signal emitting/receiving portion and electrically connected to the signal emitting/receiving portion, and a connecting portion having a first end and a second end. The first end of the connecting portion is electrically connected to the flex transmitting line, and the second end of the connecting portion is connected to an assembling portion. The antenna structure further includes a bendable piece corresponding to the flex transmitting line. The bendable piece can be bent by a force to change positions, directions, or positions and directions of the signal emitting/receiving portion connected with the flex transmitting line. The bendable piece, the flex transmitting line and the signal emitting/receiving portion are covered by a sheath.

Abstract: In a pointing device for electronic equipment, the equipment includes a casing and a receiving space defined by the casing, and the pointing device includes a sensor unit, a column, and a joystick. The sensor unit is disposed in the receiving space. The column is disposed on the sensor unit, and is swingable relative to the sensor unit. The sensor unit is used to detect swinging state of the column. The joystick is mounted on the column, and is movable relative to the column between first and second positions. The joystick projects from an outer surface of the casing when at the first position, and is accommodated in the receiving space when at the second position. Thus, the joystick can be accommodated in the receiving space to avoid inadvertent actuation so as to enhance the convenience of carrying the electronic equipment.

Abstract: A system for automatically providing continuous power supply via standby uninterrupted power supplies (UPSs) includes: a plurality of primary UPSs (10) for providing power supply to electrically powered devices (3) connecting with the primary UPSs; a plurality of standby UPSs (20) connected to the electrically powered devices for providing power supply when there are malfunctions on the primary UPSs; a switch device (6) connected to the standby UPSs for switching over operational states of the standby UPSs; and a monitoring device (4) connected to the primary UPSs, the standby UPSs, the electrically powered devices and the switch device for collecting information from and giving instructions to the primary UPSs, the standby UPSs and the electrically powered devices. The monitoring device includes a programmable monitoring module (40) for collecting information, a shutdown controlling module (42) for giving shutdown instructions, and a switch controlling module (44) for controlling the switch device.

Abstract: A system for automatically providing continuous power supply via standby uninterrupted power supplies (UPSs) includes: a plurality of primary UPSs (10) for providing power supply to electrically powered devices (3) connecting with the primary UPSs; a plurality of standby UPSs (20) connected to the electrically powered devices for providing power supply when there are malfunctions on the primary UPSs; a switch device (6) connected to the standby UPSs for switching over operational states of the standby UPSs; and a monitoring device (4) connected to the primary UPSs, the standby UPSs, the electrically powered devices and the switch device for collecting information from and giving instructions to the primary UPSs, the standby UPSs and the electrically powered devices. The monitoring device includes a programmable monitoring module (40) for collecting information, a shutdown controlling module (42) for giving shutdown instructions, and a switch controlling module (44) for controlling the switch device.

Abstract: A method for automatically saving programs processed in electrically powered devices when a shutdown event occurs. The method is implemented in a power supply system including a plurality of primary UPSs (10) and a monitoring device (4). The monitoring device monitors the primary UPSs and electrically powered devices (3), and sends a shutdown instruction having a time delay when a shutdown event occurs. When the electrically powered devices receive the shutdown instruction, they automatically check whether there are programs being processed therein. If there are such in-process programs, the electrically powered devices automatically save the in-process programs according to pop-out dialog boxes that provide saving prompts. After all the in-process programs are saved and shut down, the primary UPSs and the electrically powered devices are automatically shut down.