Abstract: Provided is a heat shock protein expression-inducing agent, more specifically, a heat shock protein expression-inducing agent comprising a compound represented by formula (I): wherein R is a lower alkyl, phenyl, or hydroxyphenyl, or a salt thereof.

Abstract: A tongue plate includes a number of first conductive pads and a conductive shielding assembly. The conductive pads include a first signal terminal group, a first ground terminal and a second ground terminal. The conductive shielding assembly includes a first conductive shielding plate in contact with the first ground terminal, a second conductive shielding plate in contact with the second ground terminal, and a connecting plate connecting the first conductive shielding plate and the second conductive shielding plate. The first conductive shielding plate, the second conductive shielding plate and the connecting plate jointly form a first conductive shielding cavity. The first signal terminal group is located at a first opening of the first conductive shielding chamber. Such arrangement improves the signal shielding effect of the tongue plate and reduces signal crosstalk.

Abstract: A packaging cushion material, to be housed in a box body together with an article, includes a holder portion adapted to accommodate the article, a holder support portion adapted to support the holder portion, and a hinge portion connecting the holder portion and the holder support portion to each other. The holder portion, the holder support portion, and the hinge portion are integrally molded as one component. When the packaging cushion material is housed in the box body in a state where the hinge portion is folded, the holder support portion supports the holder portion with the hinge portion interposed therebetween such that the holder portion is displaceable.

Abstract: A terminal holding part 30 is provided in a battery pack mounting section of the electrical device. The terminal holding part 30 has a machine-side first positive electrode terminal 32, a machine-side second positive electrode terminal 33, a machine-side first negative electrode terminal 34, a machine-side second negative electrode terminal 35, and machine-side signal terminals 36. A fuse unit 40 is detachable from the terminal 32 and terminal 34. The fuse unit 40 includes: a fuse 41 connected between the terminal 32 and the terminal 34; a first conductor 49, one end of which is connected to one end of the fuse 41, and the other end of which is detachably connected to the terminal 32; and a second conductor 50, one end of which is connected to the other end of the fuse 41, and the other end of which is detachably connected to the terminal 34.

Abstract: A toilet paper roll manufacturing method is provided with which, when 4-ply toilet paper is torn off, individual layered sheets of the paper are prevented from peeling off each other and a good appearance is ensured. A sprayer 22a sprays a bonding liquid between two 1-ply paper sheets 110 and 111, a sprayer 22b sprays the bonding liquid between two 1-ply paper sheets 111 and 100, a sprayer 22c sprays the bonding liquid between two 1-ply paper sheets 100 and 101, and pressure rollers 23 stack the 1-ply paper sheets 110, 111, 100, and 101 and apply pressure to those sheets.

Abstract: A connector includes a housing, a first terminal disposed in the housing, and a second terminal disposed in the housing and located above the first terminal. An adapter terminal is fixed to the first terminal and has a connection end extending beyond the first terminal and the second terminal in a transverse direction of the housing. A first connecting member electrically connects a first conductive component to a top surface of the connection end of the adapter terminal. A second connecting member electrically connects a second conductive component to a top surface of the second terminal.

Abstract: An electrically-connected MEMS precision motion stage includes a stationary portion, one or more electrically-conductive MEMS flexure assemblies coupled to the stationary portion, a movable portion coupled to the one or more electrically-conductive MEMS flexure assemblies, one or more motion control assemblies disposed between the stationary portion and the movable portion and configured to control motion of the movable portion, and one or more position sensors disposed adjacent to the one or more motion control assemblies and configured to enable detection of movement of the one or more motion control assemblies, respectively.

Abstract: A Q-switch structure including a solid-state laser medium and a magneto-optical material. The solid-state laser medium and the magneto-optical material are joined and integrated, a first anti-reflecting film for adhesive is formed on a surface of the solid-state laser medium, and a second anti-reflecting film for adhesive is formed on a surface of the magneto-optical material. The first anti-reflecting film for adhesive on the solid-state laser medium and the second anti-reflecting film for adhesive on the magneto-optical material are bonded via a translucent material having a transparency at a laser oscillation wavelength of laser oscillated from the solid-state laser medium. This provides the Q-switch that contributes to the miniaturization of a laser apparatus and has high beam quality.

Abstract: A power tool includes a body with a main casing and a handle connected to the main casing. The main casing has a head and a tail arranged along a second direction in sequence and located along an axis. A side of the tail facing the second direction has an end wall and a mounting wall closer to a handle than the end wall. A straight line that passes through the most protruding part of the handle and a surface of the end wall and intersects the axis is defined as a collision boundary line. The mounting wall is located on a side of the collision boundary line facing a first direction. The first direction is opposite to the second direction. A setting module is disposed in the tail. A panel of the setting module is exposed outward on the mounting wall.

Abstract: The present disclosure provides a power control method, an apparatus and a terminal device, and is related to the technical field of communication. The method includes: transmitting SL-PRS according to a transmission power of the SL-PRS, where the transmission power of the SL-PRS is a minimum among a plurality of powers, and the plurality of powers include a maximum transmission power of the first terminal device and a first transmission power, and the first transmission power is a transmission power determined based on a path loss. The method realizes power control of the SL-PRS and can effectively reduce interference to other links.

Abstract: A drivable robot includes: at least one sensor; a driver; at least one processor; and memory storing one or more instructions that, when executed by the at least one processor, cause the robot to: based on identifying a revolving door in a photographed image obtained by the at least one sensor, identify free space information of a free space inside the revolving door and object information of an object that is to enter the revolving door based on the photographed image; identify a first time point for the robot to enter the revolving door based on the free space information and the object information; and control the driver such that the robot enters the revolving door at the first time point.

Abstract: The present disclosure provides a location method and device. The method includes: obtaining, by a location function entity of a near real time RAN intelligent Controller (Near-RT RIC), a location request message for a target user equipment (UE); obtaining, by the location function entity, location measurement information related to the target UE according to the location request message; estimating, by the location function entity, a location of the target UE to obtain location information according to the location measurement information.

Abstract: A sprayer for squaring crystal rod includes a first sprayer for wire guide wheel cleaning and a second sprayer for cutting, the first sprayer for wire guide wheel cleaning is disposed at a side of the wire guide wheel, and a liquid spray direction of the first sprayer for wire guide wheel cleaning corresponds to a wire guide groove of the wire guide wheel, so as to flush foreign matters in the wire guide groove in a process of squaring crystal rod; the second sprayer for cutting is disposed at a side of the crystal rod, and the second sprayer for cutting corresponds to a slit in the process of squaring crystal rod, and sprays the slit to discharge powder.

Abstract: A data transmission method and an apparatus are provided. The method includes: receiving first configuration information; sending, based on the first configuration information, time information corresponding to data, where the time information is generated based on an obtaining moment of the data or a remaining delay budget of the data.

Abstract: A glass run for an automotive door, the glass run to be assembled to a window frame of the automotive door from vehicle outside and seal a gap between the window frame and window glass, includes: a glass run body having an insertion groove and attached to a glass run attachment plate extending from an upper portion of the window frame toward the vehicle outside; and a trim strip to be assembled to a side of the glass run body closer to the vehicle outside, the trim strip extending in a vehicle front-rear direction. The trim strip includes a trim strip body made of resin and formed through extrusion molding, and a decorative tape coextruded on a side of the trim strip body closer to the vehicle outside.

Abstract: A method of a terminal, includes: receiving first DL BWP configuration information comprising an ID of a first DL BWP; receiving first UL BWP configuration information comprising an ID of a first UL BWP; receiving, from the base station, second DL BWP configuration information comprising an ID of a second DL BWP and an ID of a second UL BWP; and recognizing, through the ID of the second UL BWP, that the second DL BWP configuration information is information for DL-UL configuration of the terminal, wherein, in a first slot, when the first DL BWP and the first UL BWP are temporally separated from each other, DL communication and UL communication are not simultaneously performed, by the terminal, with the base station, and wherein, in a second slot, the DL communication and the UL communication are simultaneously performed with a base station based on the second DL BWP configuration information.

Abstract: A charging pile, including: a housing, an electric control component provided in the housing, and a charging gun cable. One end of the charging gun cable is electrically connected to the electric control component, and the other end of the charging gun cable is connected to the charging gun tip. The housing includes an installation portion disposed close to a wall plate, a limiting portion disposed opposite to the installation portion, and a supporting portion disposed between the installation portion and the limiting portion. The limiting portion is disposed higher than the supporting portion, to keep the charging gun cable on the supporting portion. A groove is provided at the middle position of the supporting portion, and the groove allows part of the charging gun cable on the supporting portion to be in a suspended state.

Abstract: A controller includes: a main body including at least one rib; a rotating wheel including: a fixed body supported by the main body, and a rotating body facing the at least one rib, coupled to the fixed body and rotatable with respect to the fixed body; and a clicker protruding toward the main body from the rotating body to allow an end portion to be provided between the at least one rib, where the rotating body includes a wheel cover including an accommodation space recessed in a direction away from the at least one rib to allow at least a portion of the clicker to be provided therein.

Abstract: A management server displays, on a user terminal, a profile setting screen for enabling the user to make specification regarding an expanded rental mode, acquires and stores profile information regarding the expanded rental mode according to specification by the user, controls, by referring the profile information, switching between the expanded rental mode and a normal rental mode which permits rental of only fully charged battery packs at each battery station, and displays a station guidance screen on the user terminal, the station guidance screen providing the user with guidance on the battery stations based on control of the rental mode thereof and including information on a transition state to the expanded rental mode at each battery station.

Abstract: A mobile device protective case set is suitable for cooperating with a mobile device, the mobile device protective case set includes a main frame and an assembling component, the main frame has an inner circular surface, a back flange and at least one positioning portion, the inner circular surface encloses to define a space, the space is suitable for accommodating the mobile device, the back flange protrudes from the inner circular surface towards the space, the back flange has a device abutting surface, which is suitable for a back side of the mobile device to abut, and the positioning portion is disposed at the device abutting surface; the assembling component has a base portion and at least one clamping portion, the clamping portion is disposed at a partial outer periphery of the base portion, the clamping portion is suitable for combining the positioning portion, and the device abutting surface and the clamping portion are suitable to abut against the back side of the mobile device.