mhurhangee/ep-ind-claims huggingface dataset:
An inactive-state small data transmission method, characterized by comprising: sending, by a terminal device, first information during running of a first timer, wherein the terminal device is in an inactive state, the first information comprises user data, the first timer is used to represent a time window for the terminal device to monitor information for scheduling uplink data and/or downlink data transmission, and the user data is data transmitted in a small data transmission, SDT, process, wherein the method further comprises: stopping, by the terminal device, the first timer in a case that the terminal device receives second information, wherein the second information comprises at least one of the following: RRC release information, RRC resume information, RRC setup information, RRC reject information. sending, by a terminal device, first information during running of a first timer, wherein the terminal device is in an inactive state, the first information comprises user data, the first timer is used to represent a time window for the terminal device to monitor information for scheduling uplink data and/or downlink data transmission, and the user data is data transmitted in a small data transmission, SDT, process, wherein the method further comprises: stopping, by the terminal device, the first timer in a case that the terminal device receives second information, wherein the second information comprises at least one of the following: RRC release information, RRC resume information, RRC setup information, RRC reject information. stopping, by the terminal device, the first timer in a case that the terminal device receives second information, wherein the second information comprises at least one of the following: RRC release information, RRC resume information, RRC setup information, RRC reject information.
A dental appliance (100, 320, 554), comprising: an appliance body, at least a portion thereof formed from a material that is transparent to laser energy used to mark the appliance body; a laser access area on a lingual side of the appliance body over a premolar or molar region of the appliance body that allows laser energy to access the dental appliance in order to mark the dental appliance, wherein the laser access area is sensitized to the laser energy as compared to other regions outside of the laser access area, wherein the laser access area is sensitized by texturing; a target area (108, 324) for laser marking on the appliance body between an interior surface (102, 318, 434) and an exterior surface (104, 322, 436) of the appliance body; and a particulate material (326, 438) within the target area, the particulate material having a laser energy absorption characteristic that is greater than that of the material forming the appliance body without the particulate material; wherein the target area (108, 324) comprises a laser mark indicating a sequence that the dental appliance is to be implemented and/or a patient ID. an appliance body, at least a portion thereof formed from a material that is transparent to laser energy used to mark the appliance body; a laser access area on a lingual side of the appliance body over a premolar or molar region of the appliance body that allows laser energy to access the dental appliance in order to mark the dental appliance, wherein the laser access area is sensitized to the laser energy as compared to other regions outside of the laser access area, wherein the laser access area is sensitized by texturing; a target area (108, 324) for laser marking on the appliance body between an interior surface (102, 318, 434) and an exterior surface (104, 322, 436) of the appliance body; and a particulate material (326, 438) within the target area, the particulate material having a laser energy absorption characteristic that is greater than that of the material forming the appliance body without the particulate material; wherein the target area (108, 324) comprises a laser mark indicating a sequence that the dental appliance is to be implemented and/or a patient ID.
A method for closed-loop control of the electrode gap in a vacuum arc furnace, wherein an electrode gap of a melting electrode from the surface of a melt material is subjected to closed-loop control as a function of a droplet short-circuit rate, characterised in that a histogram of detected droplet short-circuits is created on the basis of at least one droplet short-circuit criterion, in that the histogram is subdivided into sub-areas, in that a characteristic sub-area of the histogram is selected for closed-loop control purposes, and in that an electrode gap is subjected to closed-loop control on the basis of the droplet short-circuits which can be associated with the selected sub-area.
An apparatus for manufacturing a non-uniform-thickness film comprising a die (201, 201A) for extruding a resin plate (110, 110A), and a first roller and a second roller for molding the resin plate, wherein the apparatus comprises: a preliminary molding section provided on the die side in order to mold an uneven portion to the resin plate, the uneven portion being uneven in thickness; and a main molding section provided on the first roller and the second roller in order to mold a non-uniform-thickness portion from the uneven portion, and characterized in that the main molding section comprises a column-shaped portion and a disc-shaped portion provided on the first roller, and a truncated-cone-shaped portion and a column-shaped portion that smoothly connects to the smaller-diameter face of the truncated-cone-shaped portion provided on the second roller. a preliminary molding section provided on the die side in order to mold an uneven portion to the resin plate, the uneven portion being uneven in thickness; and a main molding section provided on the first roller and the second roller in order to mold a non-uniform-thickness portion from the uneven portion, and characterized in that the main molding section comprises a column-shaped portion and a disc-shaped portion provided on the first roller, and a truncated-cone-shaped portion and a column-shaped portion that smoothly connects to the smaller-diameter face of the truncated-cone-shaped portion provided on the second roller.
A system for speech enhancement in a room, comprising a directional lapel microphone arrangement for capturing an audio signal from a speaker's voice; audio signal processing means (32, 34, 38, 38', 56, 70) for generating a processed audio signal from the captured audio signal, comprising an adaptive beamformer unit for imparting a directivity to the microphone arrangement, wherein the maximum sensitivity is towards the speaker's mouth and the minimum sensitivy is towards noise sources as identified by the beamformer unit, a unit (38, 38') for shifting the frequency of components of the audio signal above a frequency threshold value only, a feedback cancelling unit comprising an adaptive filter and a selection unit adapted to automatically switch between a first mode in which the audio signal by-passes the adaptive filter when a total acoustic gain or the feedback is below a critical value and a second mode in which the audio signal is filtered by the adaptive filter when the total acoustic gain or the feedback is above said critical value; a loudspeaker arrangement to be located in the room for generating sound according to the processed audio signal and comprising a plurality of loudspeakers arranged to form a directional loudspeaker array.
A replacement valve for use within a human body comprising: a valve component; and a stent component configured to house at least a portion of the valve component comprising a proximal end and a distal end, the stent component further comprising: a distal stent section defining the distal end and comprising a stabilization arch section and a commissural post section communicating with the stabilization arch section, the commissural post section defining supports for the valve component; a proximal anchoring section defining the proximal end; and a first crown section communicating with the distal stent section and with the proximal anchoring section, the first crown section comprising a first divergent portion that diverges outwardly in a direction towards the distal end, the first crown section having a free end; wherein the proximal anchoring section further comprises at least one attachment element for attaching the valve to a stent holder of a delivery system, wherein the at least one attachment element is formed by an axial elongation of at least one cell of the proximal anchoring section. a valve component; and a stent component configured to house at least a portion of the valve component comprising a proximal end and a distal end, the stent component further comprising: a distal stent section defining the distal end and comprising a stabilization arch section and a commissural post section communicating with the stabilization arch section, the commissural post section defining supports for the valve component; a proximal anchoring section defining the proximal end; and a first crown section communicating with the distal stent section and with the proximal anchoring section, the first crown section comprising a first divergent portion that diverges outwardly in a direction towards the distal end, the first crown section having a free end; a distal stent section defining the distal end and comprising a stabilization arch section and a commissural post section communicating with the stabilization arch section, the commissural post section defining supports for the valve component; a proximal anchoring section defining the proximal end; and a first crown section communicating with the distal stent section and with the proximal anchoring section, the first crown section comprising a first divergent portion that diverges outwardly in a direction towards the distal end, the first crown section having a free end;
A fluidic control system, wherein a fluid is conducted through and is controlled by the fluidic control system, said fluid control system comprising: a plurality of layers stacked on each other and joined to form a gas-tight single unit, have a gos-tight seal with each other, and wherein the plurality of layers a first pressure regulator formed by at least some of said plurality of layers and wherein the pressure regulator comprises a flexible membrane formed by one of said plurality of layers and a spring biased valve member formed on another of said plurality of layers, wherein the spring in the spring biased valve is formed by said another of said plurality of layers, and wherein the pressure regulator is actuated in part by a pressure of said fluid, and wherein the spring biased valve is internal to the gas tight single unit. a plurality of layers stacked on each other and joined to form a gas-tight single unit, have a gos-tight seal with each other, and wherein the plurality of layers a first pressure regulator formed by at least some of said plurality of layers and wherein the pressure regulator comprises a flexible membrane formed by one of said plurality of layers and a spring biased valve member formed on another of said plurality of layers, wherein the spring in the spring biased valve is formed by said another of said plurality of layers, and wherein the pressure regulator is actuated in part by a pressure of said fluid, and wherein the spring biased valve is internal to the gas tight single unit.
A tennis racket in which longitudinal strings extending in a longitudinal direction and transverse strings extending in a transverse direction intersect each other to form a plurality of meshes, wherein at a center, in the transverse direction, of a head, a ratio of an area St of a tip mesh located closest to a tip in the longitudinal direction relative to an area Sc of a center mesh located at a center in the longitudinal direction is not less than 1.6, and wherein, from the center mesh to the tip mesh, an area of each mesh (Sc-St) is set so as to be not larger than an area of a mesh adjacent thereto at a tip side and/or wherein, from the center mesh to a mesh at the hand grip side, an area of each mesh (Sc-S14) is set so as to be not larger than an area of a mesh adjacent thereto at a hand grip side, characterized in that the center mesh is formed in a rectangular shape having short sides in the longitudinal direction and long sides in the transverse direction and in that pitches between the longitudinal strings are constant in the transverse direction. at a center, in the transverse direction, of a head, a ratio of an area St of a tip mesh located closest to a tip in the longitudinal direction relative to an area Sc of a center mesh located at a center in the longitudinal direction is not less than 1.6, and wherein, from the center mesh to the tip mesh, an area of each mesh (Sc-St) is set so as to be not larger than an area of a mesh adjacent thereto at a tip side and/or wherein, from the center mesh to a mesh at the hand grip side, an area of each mesh (Sc-S14) is set so as to be not larger than an area of a mesh adjacent thereto at a hand grip side, characterized in that the center mesh is formed in a rectangular shape having short sides in the longitudinal direction and long sides in the transverse direction and in that pitches between the longitudinal strings are constant in the transverse direction.
Plate forming part of a heat exchanger and intended to delimit at least one channel for circulation of a fluid, the plate extending principally along an axis of longitudinal extent, the plate comprising at least one bottom, at least one first lateral raised edge which is inscribed within a first plane intersecting the axis of longitudinal extent, and at least two openings which are configured such that the fluid enters and exits the channel, respectively, the bottom being provided with a rib which extends longitudinally from the first lateral raised edge, the rib being positioned between the two openings, characterized in that the rib is of a sinuous configuration.
A laryngoscope with a handle, at the distal end of which a spatula is arranged at an angle to the longitudinal axis of the handle, wherein a channel for accommodating an image guide of a video endoscope is formed in the handle and in the spatula such that the channel merges in a radius from the handle into the spatula in a transition area from the handle to the spatula, wherein, in the transition area from the handle into the spatula, at least one angled ramp is formed in the interior of the channel as a guide for the image carrier, characterized in that the at least one angled ramp is composed of several ribs arranged at a distance from one another, wherein the ribs, facing toward the channel inner wall, are arranged at an angle (a) to the longitudinal axis of the handle in the radius.
An insulated gas turbine seal seat assembly, comprising: a shaft configured and arranged to rotate about an axial axis; a seal seat that is secured to the shaft; and a thermal insulator configured and arranged radially between the shaft and the seal seat; characterised in that the thermal insulator comprises a plurality of longitudinally spaced stand-offs (213,215) that define a plurality of air gaps (216,217,218) between the seal seat and the shaft. a shaft configured and arranged to rotate about an axial axis; a seal seat that is secured to the shaft; and a thermal insulator configured and arranged radially between the shaft and the seal seat; characterised in that the thermal insulator comprises a plurality of longitudinally spaced stand-offs (213,215) that define a plurality of air gaps (216,217,218) between the seal seat and the shaft.
Method for producing partially embossed blanks having an embossed and a non-embossed area, comprising the steps, providing a continuous web of an embossable material, guiding said web between two embossing cylinders (2, 3), partially embossing the surface of the web between the two embossing cylinders (2, 3), supplying the embossed web to a stamping device at which the blanks are punched from the web, characterized in that one of the embossing cylinders (2, 3) comprises a marking, said marking being readable by a first sensor, said first sensor reading the position of the marking and producing a signal, said signal triggers a printing device producing a print mark on the web after the embossing step, identifying the position of the embossing, feeding the embossed and marked web, driven by feed rolls (14, 15), to a stamping device, said print mark being read by a second sensor, said second sensor producing a signal for controlling and adjusting a feeding distance D by which the feed rolls (14, 15) supply the embossed and marked web to the stamping device for punching the partially embossed blanks from the web at a predefined position in register with the partial embossing of the blank 20.
A method for producing a device that includes a housing for retaining a solution of Interferon-β, wherein the method comprises: (a) cleaning the housing with acid and basic washes so as to remove or reduce the amount of aggregating metal on the surface that, in use, would be in direct contact with the solution of Interferon-β; (b) filling the solution of Interferon-β into the housing, wherein, after filling the solution, the housing releases a concentration of aggregating metal into the solution of less than 500 parts per billion after the solution is retained in the housing for greater than about 10 minutes. (a) cleaning the housing with acid and basic washes so as to remove or reduce the amount of aggregating metal on the surface that, in use, would be in direct contact with the solution of Interferon-β; (b) filling the solution of Interferon-β into the housing, wherein, after filling the solution, the housing releases a concentration of aggregating metal into the solution of less than 500 parts per billion after the solution is retained in the housing for greater than about 10 minutes.
An apparatus, comprising: an array of memory cells (210-1, 210-2, 210-N) comprising a plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8); a memory cache configured to store at least a portion of an address mapping table, wherein: the address mapping table comprises entries that map translation units, TUs, (122-1 to 122-S) to physical locations in the array, and the entries comprise data that indicate a location within the array that stores a particular TU without including data that indicates which die of the plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8) of the array the TU is stored in; and a controller configured to: write TUs across a block stripe that includes a respective block of each of the plurality of dies, wherein: each of the TUs are only written to a single die of the plurality of dies; a write cursor indicates which respective block stripe each of the TUs are to be written to; and a sub-write cursor indicates which location within each die of the respective block stripe to write each respective TU; and write the particular TU to a respective block of a die in the block stripe, wherein the particular TU is not written to the other dies in the block stripe. an array of memory cells (210-1, 210-2, 210-N) comprising a plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8); a memory cache configured to store at least a portion of an address mapping table, wherein: the address mapping table comprises entries that map translation units, TUs, (122-1 to 122-S) to physical locations in the array, and the entries comprise data that indicate a location within the array that stores a particular TU without including data that indicates which die of the plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8) of the array the TU is stored in; and the address mapping table comprises entries that map translation units, TUs, (122-1 to 122-S) to physical locations in the array, and the entries comprise data that indicate a location within the array that stores a particular TU without including data that indicates which die of the plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8) of the array the TU is stored in; and a controller configured to: write TUs across a block stripe that includes a respective block of each of the plurality of dies, wherein: each of the TUs are only written to a single die of the plurality of dies; a write cursor indicates which respective block stripe each of the TUs are to be written to; and a sub-write cursor indicates which location within each die of the respective block stripe to write each respective TU; and each of the TUs are only written to a single die of the plurality of dies; a write cursor indicates which respective block stripe each of the TUs are to be written to; and a sub-write cursor indicates which location within each die of the respective block stripe to write each respective TU; and write the particular TU to a respective block of a die in the block stripe, wherein the particular TU is not written to the other dies in the block stripe.
An electric linear motion actuator comprising a cylindrical housing, an outer ring member mounted in the housing and having a center axis, a rotary shaft extending along the center axis of the outer ring member, a plurality of planetary rollers mounted between a radially outer surface of the rotary shaft and a radially inner surface of the outer ring member, a carrier supported on the rotary shaft so as to be rotatable about the rotary shaft and including as many roller shafts as the planetary rollers and rotatably supporting the respective planetary rollers, the roller shafts being movable in a radial direction of the rotary shaft, and elastic rings each having circumferentially separate ends and each fitted around the roller shafts so as to contact the respective roller shafts from radially outside, thereby biasing the respective planetary rollers against the radially outer surface of the rotary shaft, wherein the outer ring member has a helical rib formed on the radially inner surface of the outer ring member and in engagement with a helical groove or circumferential grooves formed on a radially outer surface of each of the planetary rollers, whereby when the rotary shaft rotates, the planetary rollers are configured to rotate about center axes of the respective planetary rollers while revolving around the rotary shaft, due to frictional contact between the rotary shaft and the respective planetary rollers, thereby moving the outer ring member and the carrier relative to each other in the direction of the center axis of the rotary shaft, characterized in that the elastic rings each includes engaging pieces inwardly protruding from the respective circumferentially separate ends of the elastic ring, and in engagement with two circumferentially adjacent ones of the roller shafts, respectively, thereby preventing the respective elastic rings from rotating relative to the roller shafts in a direction of a circle circumscribed about the roller shafts.