Abstract: An electrified vehicle includes: a battery; a motor drive device configured to drive a motor through an inverter, based on a voltage of the battery; and a battery controller configured to determine whether to perform output limiting on the battery, based on whether a ratio of regenerative braking is less than or equal to a preset ratio, wherein the ratio of regenerative braking is varied according to an amount of charging of the battery and an amount of discharging of the battery within a preset time interval, and adjust, based on the output limiting being performed on the battery, a derate ratio associated with a battery output limit value.

Abstract: Provided are a semiconductor device and a method of operating the same. A semiconductor includes a test circuit which comprises: a test transistor to be tested for time-dependent dielectric breakdown (TDDB) characteristics using a stress voltage; an input switch disposed between a voltage application node to which the stress voltage is applied and an input node which transmits the stress voltage to the test transistor; and a protection switch disposed between the input node and a ground node.

Abstract: A reciprocating wiper system according to the present invention may include a guide rail; a carrier unit coupled to be slidable in the guide rail and installed to reciprocate in a longitudinal direction of the guide rail; a cam member installed to be rotatable on the carrier unit; a wiper arm coupled to the cam member to move integrally with the cam member and to which a blade is coupled; a first pressing member for aligning the wiper arm in a direction perpendicular to the guide rail by rotating the cam member while the carrier unit is moving in a forward direction along the guide rail; and a second pressing member for aligning the wiper arm in a direction parallel to the guide rail by rotating the cam member while the carrier unit is moving in a reverse direction along the guide rail.

Abstract: A rotating window sensor cleaning system according to the disclosure includes: a frame having a space therein; a camera or a sensor fixed inside the frame; a transparent window arranged in front of the camera or the sensor and mounted to be rotatable with respect to the frame; and a wiper blade fixed to the frame and mounted to be in sliding contact with the window, wherein the window is configured to be rotated by a motor fixed to the frame.

Abstract: A reciprocating wiper system according to the present invention may include a guide rail; a carrier unit coupled to be slidable in the guide rail and installed to reciprocate in a longitudinal direction of the guide rail; a cam member installed to be rotatable on the carrier unit; a wiper arm coupled to the cam member to move integrally with the cam member and to which a blade is coupled; a first pressing member for aligning the wiper arm in a direction perpendicular to the guide rail by rotating the cam member while the carrier unit is moving in a forward direction along the guide rail; and a second pressing member for aligning the wiper arm in a direction parallel to the guide rail by rotating the cam member while the carrier unit is moving in a reverse direction along the guide rail.

Abstract: Provided are a semiconductor device and a method of operating the same. A semiconductor includes a test circuit which comprises: a test transistor to be tested for time-dependent dielectric breakdown (TDDB) characteristics using a stress voltage; an input switch disposed between a voltage application node to which the stress voltage is applied and an input node which transmits the stress voltage to the test transistor; and a protection switch disposed between the input node and a ground node.

Abstract: Provided are a semiconductor device and a method of operating the same. A semiconductor includes a test circuit which comprises: a test transistor to be tested for time-dependent dielectric breakdown (TDDB) characteristics using a stress voltage; an input switch disposed between a voltage application node to which the stress voltage is applied and an input node which transmits the stress voltage to the test transistor; and a protection switch disposed between the input node and a ground node.

Abstract: Examples described herein relate to method and system for managing write modes of a filesystem, wherein the filesystem is mapped to a thinly-provisioned virtual volume (TPVV) defined using a common-provisioning group (CPG) of a set of physical storage devices. The filesystem may be operated in a read-write mode. A used storage capacity of the CPG may be monitored when the filesystem is operational in the read-write mode. Further, a check may be performed to determine whether the used storage capacity of the CPG has reached a storage fullness threshold value. Accordingly, if it is determined that the used storage capacity of the CPG has reached the storage fullness threshold value, the filesystem may be transitioned to a partial read-only mode from the read-write mode.

Abstract: Provided are a semiconductor device and a method of operating the same. A semiconductor includes a test circuit which comprises: a test transistor to be tested for time-dependent dielectric breakdown (TDDB) characteristics using a stress voltage; an input switch disposed between a voltage application node to which the stress voltage is applied and an input node which transmits the stress voltage to the test transistor; and a protection switch disposed between the input node and a ground node.

Abstract: Provided is a wiper blade apparatus on which various mount types of wiper arms are capable of being assembled. The wiper blade apparatus includes a lever member supporting a wiper lip, the lever member and a clip member coupled to the lever member. The lever member includes a clip accommodation hole, a first mount hole and a first popping groove. An inner wall of the first popping groove is separated from the lever member by a force of about 3 kgf to about 5 kgf that is applied in a width direction of the lever member to form a hole through which the first popping groove faces the first mount hole, and a pin arm type wiper arm or a slide arm type wiper arm is mounted by passing through the first mount hole and the first popping groove.

Abstract: A clip member for mounting various types of wiper arms including: a main body; a combination groove unit that is detachably combined with a lever member; a first mounting unit that is a concave groove formed in an upper surface of the main body, and is combined with a slide-arm wiper arm; a second mounting unit that is a hole passing through a sidewall of the main body in the width direction of the main body to be combined with a pin unit of a slide-arm wiper arm or a pin-arm wiper arm; and a third mounting unit that is formed on an outer side from one of both side surfaces of the main body opposite the wiper arm and that wraps around a sidewall of the clip in the manner of a hat.

Abstract: Provided is a wiper blade apparatus on which various mount types of wiper arms are capable of being assembled. The wiper blade apparatus includes a lever member supporting a wiper lip, the lever member and a clip member coupled to the lever member. The lever member includes a clip accommodation hole, a first mount hole and a first popping groove. An inner wall of the first popping groove is separated from the lever member by a force of about 3 kgf to about 5 kgf that is applied in a width direction of the lever member to form a hole through which the first popping groove faces the first mount hole, and a pin arm type wiper arm or a slide arm type wiper arm is mounted by passing through the first mount hole and the first popping groove.

Abstract: A clip member for mounting various mounting types of wiper arms including: a main body; a combination groove unit that is combined with a pivot axis provided on a lever member; a first mounting unit that is formed on the main body and has a curved surface so that the clip member is combined with a U-hook type wiper arm; a second mounting unit that is formed on a pair of sidewalls extending to a front side of the main body and has a hole shape passing through the main body in a width direction of the lever member; and a third mounting unit that protrudes downwards from a ceiling of a cover and elastically surrounds and holds a pin arm type wiper arm.

Abstract: A clip member for mounting various types of wiper arms including: a main body; a combination groove unit that is detachably combined with a lever member; a first mounting unit that is a concave groove formed in an upper surface of the main body, and is combined with a slide arm type wiper arm; a second mounting unit that is a hole passing through a sidewall of the main body in the width direction of the main body to be combined with a pin unit of a slide arm type wiper arm or a pin arm type wiper arm; and a third mounting unit that is formed on an outer side from one of both side surfaces of the main body opposite the wiper arm, and is combined with a sidewall of the clip like a hat wearing shape.

Abstract: A connector device for coupling a wiper arm and a wiper blade includes a coupling body, a first support portion provided on an upper surface of the coupling body and extending from the coupling body in a form of a cantilever and for applying an elastic restoration force to the wiper arm, a second support portion provided for supporting the wiper arm in a thicknesswise direction of the wiper arm to prevent the wiper arm from moving in the thicknesswise direction, and a third support portion for preventing the wiper arm from moving in a lengthwise direction of the wiper arm, wherein the second support portion is in a form of a hole with closed upper and lower sides and open front and rear sides.

Abstract: A connector device for coupling a wiper arm and a wiper blade includes a coupling body, a first support portion provided on an upper surface of the coupling body and extending from the coupling body in a form of a cantilever and for applying an elastic restoration force to the wiper arm, a second support portion provided for supporting the wiper arm in a thicknesswise direction of the wiper arm to prevent the wiper arm from moving in the thicknesswise direction, and a third support portion for preventing the wiper arm from moving in a lengthwise direction of the wiper arm, wherein the second support portion is in a form of a hole with closed upper and lower sides and open front and rear sides.

Abstract: The present invention provides a global navigation satellite system (GNSS) based positioning system and tracking method using a data communication network. When a GNSS-based positioning device is connected to a data communication network, the positioning device transfers the GNSS digital data and supplementary information used for additional performance improvement to a location tracking server through the data communication network, the location tracking server calculates a position of the positioning device with improved receiver sensitivity based on plentiful computational resources available at the location tracking server. Thus, the positioning device may find its location of even in very poor signal condition. Further, the present invention provides a positioning system and method using a data communication network, which may achieve time synchronization when there is a need to extract not only position information but also absolute timing information.