mhurhangee/patent-ind-claim-en huggingface dataset:
A connector comprising: a housing ; and a terminal-equipped electric wire assembled to the housing , wherein the terminal-equipped electric wire includes: a terminal ; an electric wire ; and a flexible conductor (52; 101) provided between the terminal and the electric wire , wherein the housing includes an electric wire introduction portion extending downward in a direction orthogonal to a front-rear direction of the housing , and holding the electric wire , wherein the flexible conductor (52; 101) is divided into a plurality of divided conductor portions along an axial direction of the flexible conductor (52; 101) in a state of overlapping with each other in an upper-lower manner, and wherein the divided conductor portions are bent in different directions from each other. a housing ; and a terminal-equipped electric wire assembled to the housing , wherein the terminal-equipped electric wire includes: a terminal ; an electric wire ; and a flexible conductor (52; 101) provided between the terminal and the electric wire , a terminal ; an electric wire ; and a flexible conductor (52; 101) provided between the terminal and the electric wire , wherein the housing includes an electric wire introduction portion extending downward in a direction orthogonal to a front-rear direction of the housing , and holding the electric wire , wherein the flexible conductor (52; 101) is divided into a plurality of divided conductor portions along an axial direction of the flexible conductor (52; 101) in a state of overlapping with each other in an upper-lower manner, and wherein the divided conductor portions are bent in different directions from each other.
Cutting body , preferably for a cutting tool , made of ceramic and/or CBN, comprising a planar upper face and a lower face and comprising lateral surfaces which connect the upper face and lower face , characterized in that the cutting body has, on the upper face thereof, two oppositely inclined, planar, rectangular roof slopes in the manner of a saddle roof or gabled roof of a house, which slopes extend from the surface into the cutting body .
A method comprising: operating a hybrid storage aggregate that includes a plurality of tiers of different types of physical storage media, wherein a first tier of storage of the plurality of tiers includes persistent storage media having a lower latency than persistent storage media of a second tier of storage of the plurality of tiers; operating the first tier of storage as a cache for the second tier of storage; identifying a first storage block and a second storage block of the hybrid storage aggregate that contain identical data, wherein the first storage block and the second storage block are each located in the first or second tier of the storage aggregate, at least one of the first or second blocks is stored in the second tier and the other one of the first or second blocks is stored in the first tier; identifying caching statuses in said cache of the first storage block and the second storage block; and deduplicating the first storage block and the second storage block based on the caching statuses of the first storage block and the second storage block. operating a hybrid storage aggregate that includes a plurality of tiers of different types of physical storage media, wherein a first tier of storage of the plurality of tiers includes persistent storage media having a lower latency than persistent storage media of a second tier of storage of the plurality of tiers; operating the first tier of storage as a cache for the second tier of storage; identifying a first storage block and a second storage block of the hybrid storage aggregate that contain identical data, wherein the first storage block and the second storage block are each located in the first or second tier of the storage aggregate, at least one of the first or second blocks is stored in the second tier and the other one of the first or second blocks is stored in the first tier; identifying caching statuses in said cache of the first storage block and the second storage block; and deduplicating the first storage block and the second storage block based on the caching statuses of the first storage block and the second storage block.
Adapter designed to connect a wiper blade to a drive arm of a wiping system for a motor vehicle, the adapter extending primarily along a longitudinal axis (X) and comprising at least: - a body having two sides joined together, at least partially, by a bridge of material , - a head forming a first longitudinal end of the adapter , - a rear portion forming a second longitudinal end of the adapter opposite the first longitudinal end with respect to the body , - a flexible tongue emerging from the body of the adapter and a knob emerging from the flexible tongue , this knob being configured to block the adapter in a terminal portion of the drive arm of the wiping system , the knob having at least one retaining member designed to limit a movement of the adapter along a direction perpendicular to a plane in which the bridge of material is inscribed, and the adapter comprising a device for limiting a rotation of the flexible tongue with respect to the rear portion of the adapter, the device for limiting the rotation of the flexible tongue with respect to the rear portion of the adapter comprising at least one foot which bears against the rear portion of the adapter , the foot having an L shape, this foot comprising a small arm and a large arm , characterized in that the rear portion has at least one lateral face emerging from a side of the body of the adapter , the foot emerging from the knob of the adapter by its large arm and wherein the small arm of this foot bears against a lower edge of the lateral face of the rear portion . - a body having two sides joined together, at least partially, by a bridge of material , - a head forming a first longitudinal end of the adapter , - a rear portion forming a second longitudinal end of the adapter opposite the first longitudinal end with respect to the body , - a flexible tongue emerging from the body of the adapter and a knob emerging from the flexible tongue , this knob being configured to block the adapter in a terminal portion of the drive arm of the wiping system ,
Device for accepting and transporting at least one wheelset of a rail vehicle, comprising: - a first side part and a second side part , that are spaced apart from one another in the transverse direction (Y), - whereby the two side parts are connected to one another, - whereby both side parts each have a upper structure and a lower structure , - whereby both lower structures have at least one track wheel (5, 5', 5", 5′′′), with which the device can be moved in the longitudinal direction (X) and - whereby both upper structures have a receptacle , in which a wheel of a wheelset can be accepted, characterised in that the upper structure of a side part is rotatably mounted relative to the lower structure of the same lower structure . - a first side part and a second side part , that are spaced apart from one another in the transverse direction (Y), - whereby the two side parts are connected to one another, - whereby both side parts each have a upper structure and a lower structure , - whereby both lower structures have at least one track wheel (5, 5', 5", 5′′′), with which the device can be moved in the longitudinal direction (X) and - whereby both upper structures have a receptacle , in which a wheel of a wheelset can be accepted, characterised in that the upper structure of a side part is rotatably mounted relative to the lower structure of the same lower structure . of a wheelset can be accepted, characterised in that the upper structure of a side part is rotatably mounted relative to the lower structure of the same lower structure .
A cloud-based vehicle fault diagnosis method, comprising: receiving (S200) monitoring data uploaded by a vehicle, wherein the monitoring data is data of a working status of a part or a functional system that is monitored by the vehicle; extracting (S300) eigenvectors of the monitoring data from the monitoring data, wherein the eigenvectors are a set of numbers representing the monitoring data; storing the eigenvectors of the monitoring data based on classification by using, as a label, the part or the functional system of the vehicle from which the monitoring data comes; and performing (S500) , based on a support vector machine algorithm, fault diagnosis in parallel on the eigenvectors stored based on the classification; wherein the performing, based on a support vector machine algorithm, fault diagnosis in parallel on the eigenvectors stored based on the classification comprises: constructing a fault classifier based on a decision directed acyclic graph DDAG, and calculating, in parallel, a diagnosis result of the eigenvectors stored based on the classification, wherein the diagnosis result comprises at least a position at which a fault occurs. receiving (S200) monitoring data uploaded by a vehicle, wherein the monitoring data is data of a working status of a part or a functional system that is monitored by the vehicle; extracting (S300) eigenvectors of the monitoring data from the monitoring data, wherein the eigenvectors are a set of numbers representing the monitoring data; storing the eigenvectors of the monitoring data based on classification by using, as a label, the part or the functional system of the vehicle from which the monitoring data comes; and performing (S500) , based on a support vector machine algorithm, fault diagnosis in parallel on the eigenvectors stored based on the classification; wherein the performing, based on a support vector machine algorithm, fault diagnosis in parallel on the eigenvectors stored based on the classification comprises: constructing a fault classifier based on a decision directed acyclic graph DDAG, and calculating, in parallel, a diagnosis result of the eigenvectors stored based on the classification, wherein the diagnosis result comprises at least a position at which a fault occurs.
A hydraulic system for moving an implement of a working machine, - the hydraulic system comprising a hydraulic cylinder with a cylinder and a piston which is adapted to move in the cylinder to thereby move the implement relative to a body structure of the working machine, and an actuator pump arranged to provide hydraulic fluid to the hydraulic cylinder , the hydraulic cylinder having a first port and a second port adapted to be in fluid communication with the actuator pump , - the hydraulic cylinder and the actuator pump being arranged so that the hydraulic cylinder is directly controlled by the actuator pump so that the rate of movement of the piston of the hydraulic cylinder is purely pump controlled, - the hydraulic system further comprising a hydraulic accumulator for suspension of the implement , - an electronically controlled suspension control valve arranged in fluid communication between the first portion and the hydraulic accumulator , which hydraulic accumulator is arranged to be selectively connectable to the first port by controlling the electronically controlled suspension control valve , - the hydraulic system further comprising a further pump in addition to the actuator pump , the hydraulic accumulator being arranged to be pressurised by the further pump . - the hydraulic system comprising a hydraulic cylinder with a cylinder and a piston which is adapted to move in the cylinder to thereby move the implement relative to a body structure of the working machine, and an actuator pump arranged to provide hydraulic fluid to the hydraulic cylinder , the hydraulic cylinder having a first port and a second port adapted to be in fluid communication with the actuator pump , - the hydraulic cylinder and the actuator pump being arranged so that the hydraulic cylinder is directly controlled by the actuator pump so that the rate of movement of the piston of the hydraulic cylinder is purely pump controlled, - the hydraulic system further comprising a hydraulic accumulator for suspension of the implement , - an electronically controlled suspension control valve arranged in fluid communication between the first portion and the hydraulic accumulator , which hydraulic accumulator is arranged to be selectively connectable to the first port by controlling the electronically controlled suspension control valve , - the hydraulic system further comprising a further pump in addition to the actuator pump , the hydraulic accumulator being arranged to be pressurised by the further pump .
A centrifugal turbomachine comprising: - a casing ; - a rotor assembly including at least one centrifugal impeller for a fluid flowing from an inlet side to an outlet side of the impeller ; - an eye seal extending between an impeller eye of the centrifugal impeller and the casing for preventing the fluid from leaking from an high pressure side to a low pressure side of the impeller ; and wherein the eye seal comprises at least a first portion toward the inlet side and a last portion toward the outlet side of the impeller , an envelope profile of the portions (21a-e) being conical in shape and the last portion being smaller in diameter than the first portion . - a casing ; - a rotor assembly including at least one centrifugal impeller for a fluid flowing from an inlet side to an outlet side of the impeller ; - an eye seal extending between an impeller eye of the centrifugal impeller and the casing for preventing the fluid from leaking from an high pressure side to a low pressure side of the impeller ; and
An absorbent article comprising: a first layer comprising: a first liquid impervious backsheet ; a first absorbent core positioned adjacent the backsheet and proximal the wearer; and a first moisture pervious topsheet ; a second layer comprising: a second liquid impervious backsheet ; a second absorbent core positioned adjacent the backsheet and proximal the wearer; a second moisture pervious topsheet ; and a second-layer tab coupled to and protruding from a peripheral edge of the second layer ; a third layer comprising: a third liquid impervious backsheet ; a third absorbent core positioned adjacent the backsheet and proximal the wearer; a third moisture pervious topsheet ; and a third-layer tab coupled to and protruding from a peripheral edge of the third layer ; wherein the second layer is removably adhered to the first layer such that the second backsheet contacts the first topsheet; wherein the third layer is removably adhered to the second layer such that the third backsheet contacts the second topsheet; wherein the second layer has a smaller area than the first layer ; and wherein the third layer has a smaller area than the second layer . a first layer comprising: a first liquid impervious backsheet ; a first absorbent core positioned adjacent the backsheet and proximal the wearer; and a first moisture pervious topsheet ; a first liquid impervious backsheet ; a first absorbent core positioned adjacent the backsheet and proximal the wearer; and a first moisture pervious topsheet ; a second layer comprising: a second liquid impervious backsheet ; a second absorbent core positioned adjacent the backsheet and proximal the wearer; a second moisture pervious topsheet ; and a second-layer tab coupled to and protruding from a peripheral edge of the second layer ; a second liquid impervious backsheet ; a second absorbent core positioned adjacent the backsheet and proximal the wearer; a second moisture pervious topsheet ; and a second-layer tab coupled to and protruding from a peripheral edge of the second layer ; a third layer comprising: a third liquid impervious backsheet ; a third absorbent core positioned adjacent the backsheet and proximal the wearer; a third moisture pervious topsheet ; and a third liquid impervious backsheet ; a third absorbent core positioned adjacent the backsheet and proximal the wearer; a third moisture pervious topsheet ; and a third-layer tab coupled to and protruding from a peripheral edge of the third layer ; wherein the second layer is removably adhered to the first layer such that the second backsheet contacts the first topsheet; wherein the third layer is removably adhered to the second layer such that the third backsheet contacts the second topsheet; wherein the second layer has a smaller area than the first layer ; and wherein the third layer has a smaller area than the second layer .
External opening control system for controlling the external opening of a door of a vehicle , comprising: - a handle , mechanically operable in an open position, in which the handle permits opening of the door, - a bracket , intended to be fixed in said door, and having a housing configured to receive the handle, characterized in that said opening control system comprises a set of water discharge orifices, comprising at least one orifice (OP,1) passing through the handle and one orifice (OE,1, OE,2) passing through the stirrup. - a handle , mechanically operable in an open position, in which the handle permits opening of the door, - a bracket , intended to be fixed in said door, and having a housing configured to receive the handle,
A method of impedance flow cytometry comprising: flowing a sample of fluid comprising particles suspended in an electrolyte along a flow channel ; applying electrical signals to current paths through the fluid, the current paths comprising at least a first current path, a second current path, a further first current path and a further second current path, wherein the electrical signals applied to the first current path and the further first current path have a frequency, magnitude and phase and the electrical signals applied to the second current path and the further second current path have substantially equal frequency and magnitude and opposite phase to the electrical signals applied to the first current path and the first further current path; detecting current flow in the current paths; producing a first summed signal (I5) representing the sum of the current flow detected in the first current path (I3) and the second current path (I4), and a second summed signal (I8) representing the sum of the current flow detected in the further first current path (I6) and the further second current path (I7); and obtaining a differential signal representing the difference between the first summed signal and the second summed signal. flowing a sample of fluid comprising particles suspended in an electrolyte along a flow channel ; applying electrical signals to current paths through the fluid, the current paths comprising at least a first current path, a second current path, a further first current path and a further second current path, wherein the electrical signals applied to the first current path and the further first current path have a frequency, magnitude and phase and the electrical signals applied to the second current path and the further second current path have substantially equal frequency and magnitude and opposite phase to the electrical signals applied to the first current path and the first further current path; detecting current flow in the current paths; producing a first summed signal (I5) representing the sum of the current flow detected in the first current path (I3) and the second current path (I4), and a second summed signal (I8) representing the sum of the current flow detected in the further first current path (I6) and the further second current path (I7); and obtaining a differential signal representing the difference between the first summed signal and the second summed signal.
A network entity for controlling a respective operation mode of a plurality of physical base stations of a wireless communication network , wherein the plurality of physical base stations define a spatial coverage region of the wireless communication network and each of the plurality of physical base stations is configured to be operated in an active operation mode or an idle operation mode, wherein the network entity comprises: a processing unit configured to: (a) obtain a respective current data load of each of the plurality of physical base stations in the active operation mode; (b) estimate a respective current data load of a plurality of virtual base stations on the basis of the respective current data loads of the plurality of physical base stations , wherein the plurality of virtual base stations are distributed over the spatial coverage region and wherein the number of virtual base stations is larger than the number of physical base stations ; (c) predict on the basis of the respective estimated current data loads of the plurality of virtual base stations a respective data load of each of the plurality of virtual base stations ; and (d) adjust on the basis of the respective data loads of the virtual base stations the operation mode of one or more of the plurality of physical base stations to the idle operation mode. (a) obtain a respective current data load of each of the plurality of physical base stations in the active operation mode; (b) estimate a respective current data load of a plurality of virtual base stations on the basis of the respective current data loads of the plurality of physical base stations , wherein the plurality of virtual base stations are distributed over the spatial coverage region and wherein the number of virtual base stations is larger than the number of physical base stations ; (c) predict on the basis of the respective estimated current data loads of the plurality of virtual base stations a respective data load of each of the plurality of virtual base stations ; and (d) adjust on the basis of the respective data loads of the virtual base stations the operation mode of one or more of the plurality of physical base stations to the idle operation mode.
An apparatus for recording and processing video data, comprising: a memory; a display; and a processor in communication with the memory and the display, and configured to: record video data at a first frame rate and provide the video data at the first frame rate to a first processing path and a second processing path; on the first processing path, encode the video data at the first frame rate for storage and/or transmission; on the second processing path, remove one or more frames from the recorded video data to give video data having a second frame rate that is lower than the first frame rate, and generate a preview of the video data to be displayed by the display at the second frame rate concurrently with the recording of the video data. a memory; a display; and a processor in communication with the memory and the display, and configured to: record video data at a first frame rate and provide the video data at the first frame rate to a first processing path and a second processing path; on the first processing path, encode the video data at the first frame rate for storage and/or transmission; on the second processing path, remove one or more frames from the recorded video data to give video data having a second frame rate that is lower than the first frame rate, and generate a preview of the video data to be displayed by the display at the second frame rate concurrently with the recording of the video data. record video data at a first frame rate and provide the video data at the first frame rate to a first processing path and a second processing path; on the first processing path, encode the video data at the first frame rate for storage and/or transmission; on the second processing path, remove one or more frames from the recorded video data to give video data having a second frame rate that is lower than the first frame rate, and generate a preview of the video data to be displayed by the display at the second frame rate concurrently with the recording of the video data.