mhurhangee/patent-ind-claim-en huggingface dataset:
A complex-phase steel sheet having excellent formability, the complex-phase steel sheet comprising: by wt %, 0.01% to 0.08% of carbon (C), 1.5% to 2.5% of manganese (Mn), 1.0% or less excluding 0% of chromium (Cr), 1.0% or less excluding 0% of silicon (Si), 0.1% or less excluding 0% of phosphorus (P), 0.01% or less excluding 0% of sulfur (S), 0.01% or less excluding 0% of nitrogen (N), 0.02% to 0.1% of acid soluble aluminum (sol.Al), 0.1% or less excluding 0% of molybdenum (Mo), 0.003% or less excluding 0% of boron (B), and a balance of iron (Fe) and inevitable impurities, the sum (Mn+Cr) of wt % of manganese (Mn) and chromium (Cr) satisfying 1.5% to 3.5%, wherein the complex-phase steel sheet includes ferrite as a main phase, a fraction of fine martensite with an average particle diameter of less than 1 μm at a 1/4t point, based on a total thickness (t) of the complex-phase steel sheet is from 1% to 8%, an occupancy ratio (M%) of martensite having an average particle diameter of less than 1 μm and present in grain boundaries of the ferrite defined as the following Formula 1, is 90% or higher, and an area ratio (B%) of bainite of an overall secondary phase microstructure, defined as the following Formula 2, is 3% or lower, M % = M gb / Mgb + M in × 100 , where M gb refers to the amount of martensite present in the grain boundaries of the ferrite, and M in refers to the amount of martensite present in crystal grains of the ferrite, and B % = BA / MA + BA × 100 , where BA refers to a bainite area, and MA refers to a martensite area. by wt %, 0.01% to 0.08% of carbon (C), 1.5% to 2.5% of manganese (Mn), 1.0% or less excluding 0% of chromium (Cr), 1.0% or less excluding 0% of silicon (Si), 0.1% or less excluding 0% of phosphorus (P), 0.01% or less excluding 0% of sulfur (S), 0.01% or less excluding 0% of nitrogen (N), 0.02% to 0.1% of acid soluble aluminum (sol.Al), 0.1% or less excluding 0% of molybdenum (Mo), 0.003% or less excluding 0% of boron (B), and a balance of iron (Fe) and inevitable impurities, the sum (Mn+Cr) of wt % of manganese (Mn) and chromium (Cr) satisfying 1.5% to 3.5%, wherein the complex-phase steel sheet includes ferrite as a main phase, a fraction of fine martensite with an average particle diameter of less than 1 μm at a 1/4t point, based on a total thickness (t) of the complex-phase steel sheet is from 1% to 8%, an occupancy ratio (M%) of martensite having an average particle diameter of less than 1 μm and present in grain boundaries of the ferrite defined as the following Formula 1, is 90% or higher, and an area ratio (B%) of bainite of an overall secondary phase microstructure, defined as the following Formula 2, is 3% or lower, M % = M gb / Mgb + M in × 100 , where M gb refers to the amount of martensite present in the grain boundaries of the ferrite, and M in refers to the amount of martensite present in crystal grains of the ferrite, and B % = BA / MA + BA × 100 , where BA refers to a bainite area, and MA refers to a martensite area.
A retail merchandise pusher configured for sliding along a track of a pusher assembly , the pusher assembly mountable to a retail merchandise shelf , the pusher comprising: a housing ; a spring drum rotatably mounted within the housing ; a coil spring mounted to the spring drum , the coil spring coilable and uncoilable upon rotation of the spring drum ; and a controller coupled to a sensor arrangement carried within the housing , the sensor arrangement comprising: a spring drum sensor for detecting rotation of the spring drum ; a direction sensor for detecting a direction of rotation of the spring drum ; and an incremental distance sensor for detecting an incremental movement of the pusher ; wherein the controller is configured to calculate, based on data from the sensor arrangement, a total distance and direction of travel by the pusher , and to generate an alarm when the pusher travels more than a threshold distance within a predetermined period of time, characterized in that the spring drum sensor includes a pair of opposed electrical contacts and a tab extending from the spring drum , the tab rotatable with the spring drum , wherein the tab is arranged to bias one of the pair of opposed electrical contacts into contact with the other one of the pair of the opposed electrical contacts at each complete revolution of the spring drum . a housing ; a spring drum rotatably mounted within the housing ; a coil spring mounted to the spring drum , the coil spring coilable and uncoilable upon rotation of the spring drum ; and a controller coupled to a sensor arrangement carried within the housing , the sensor arrangement comprising: a spring drum sensor for detecting rotation of the spring drum ; a direction sensor for detecting a direction of rotation of the spring drum ; and an incremental distance sensor for detecting an incremental movement of the pusher ; wherein the controller is configured to calculate, based on data from the sensor arrangement, a total distance and direction of travel by the pusher , and to generate an alarm when the pusher travels more than a threshold distance within a predetermined period of time, characterized in that the spring drum sensor includes a pair of opposed electrical contacts and a tab extending from the spring drum , the tab rotatable with the spring drum , wherein the tab is arranged to bias one of the pair of opposed electrical contacts into contact with the other one of the pair of the opposed electrical contacts at each complete revolution of the spring drum . a spring drum sensor for detecting rotation of the spring drum ; a direction sensor for detecting a direction of rotation of the spring drum ; and an incremental distance sensor for detecting an incremental movement of the pusher ;
Apparatus for generating useable energy, wherein the energy is able to be generated according to the principle of a clockwise thermodynamic steam cycle process, wherein provision is made of at least one continuous flow channel through which a cycle process fluid , having multiple components, of the cycle process flows, wherein provision is made of at least one heat exchanger which forms an evaporator and by means of which heat energy is able to be supplied to the cycle process fluid such that a working medium, as a component of the cycle process fluid , evaporates, and wherein arranged in a defined vicinity in the region of a fluid outlet of the evaporator is a temperature sensor by means of which the temperature of the cycle process fluid flowing out of the evaporator is able to be measured, characterized in that at least one shielding element is assigned to the temperature sensor , by means of which shielding element the temperature sensor is shielded such that at least one non-evaporated liquid component of the cycle process fluid flowing towards the temperature sensor is able to be guided past the temperature sensor by means of the shielding element .
An arrangement adapted to select a radio module property for an automation sensor ; comprising a controller ; wherein the radio module property depends on a sensor structure; the controller is arranged to select the radio module property according to the sensor structure ; the sensor structure is characterized by a housing material; and wherein the controller is adapted to determine an electrical property of the housing material to select the radio module property. the radio module property depends on a sensor structure; the controller is arranged to select the radio module property according to the sensor structure ; the sensor structure is characterized by a housing material; and wherein the controller is adapted to determine an electrical property of the housing material to select the radio module property.
A method of operating a communication device , comprising: - receiving, from a base station of a wireless network , a control message indicative of at least one retransmission parameter for a random access message which comprises a random access preamble, - transmitting, on a plurality of beams (310-313) selected in accordance with the at least one retransmission parameter, a plurality of retransmissions of the random access message , wherein said transmitting of a successive one of the plurality of retransmissions is conditional on unsuccessful reception of a preceding one of the plurality of retransmissions, wherein the plurality of retransmissions of the random access message are transmitted at a plurality of transmission power levels (320-323), wherein the method further comprises: - selecting the plurality of transmission power levels (320-323) based on a count of the plurality of beams (310-313), and wherein at least one of a count of the plurality of transmission power levels (320-323) and a step size of the plurality of transmission power levels (320-323) is determined based on the count of the plurality of beams (310-313). - receiving, from a base station of a wireless network , a control message indicative of at least one retransmission parameter for a random access message which comprises a random access preamble, - transmitting, on a plurality of beams (310-313) selected in accordance with the at least one retransmission parameter, a plurality of retransmissions of the random access message , wherein said transmitting of a successive one of the plurality of retransmissions is conditional on unsuccessful reception of a preceding one of the plurality of retransmissions, wherein the plurality of retransmissions of the random access message are transmitted at a plurality of transmission power levels (320-323), wherein the method further comprises: - selecting the plurality of transmission power levels (320-323) based on a count of the plurality of beams (310-313), and wherein at least one of a count of the plurality of transmission power levels (320-323) and a step size of the plurality of transmission power levels (320-323) is determined based on the count of the plurality of beams (310-313). wherein said transmitting of a successive one of the plurality of retransmissions is conditional on unsuccessful reception of a preceding one of the plurality of retransmissions, wherein the plurality of retransmissions of the random access message are transmitted at a plurality of transmission power levels (320-323), wherein the method further comprises: - selecting the plurality of transmission power levels (320-323) based on a count of the plurality of beams (310-313), and - selecting the plurality of transmission power levels (320-323) based on a count of the plurality of beams (310-313), and wherein at least one of a count of the plurality of transmission power levels (320-323) and a step size of the plurality of transmission power levels (320-323) is determined based on the count of the plurality of beams (310-313).
A valve (1, 1', 1", 1′′′) for mixer taps, which comprises: - a body provided with a longitudinal axis (X) and inlets of cold water (F) and hot water (C); - mixing means to mix cold water (F) with hot water (C), housed in the body or connected thereto, - a delivery outlet of mixed water, - a duct or rod extending along the longitudinal axis (X), - a pressure balancer , housed in the body and fluidically arranged between the inlets of cold water (F) and hot water (C) and the mixing means , wherein the pressure balancer in turn comprises a cylinder in which two inlet chambers of cold water (F) and hot water (C) are respectively defined, and a movable plunger inserted in the cylinder , wherein the movable plunger moves in the cylinder in response to a pressure variation of cold water (F) or hot water (C), thus correspondingly modifying the volume of one of the two chambers to feedback compensate the pressure variation, which is not transmitted to the mixing means , wherein the pressure balancer is coaxial to the body of the valve (1, 1', 1", 1′′′), characterized in that the movable plunger is arranged slidably on said duct or rod . - a body provided with a longitudinal axis (X) and inlets of cold water (F) and hot water (C); - mixing means to mix cold water (F) with hot water (C), housed in the body or connected thereto, - a delivery outlet of mixed water, - a duct or rod extending along the longitudinal axis (X), - a pressure balancer , housed in the body and fluidically arranged between the inlets of cold water (F) and hot water (C) and the mixing means , wherein the pressure balancer in turn comprises a cylinder in which two inlet chambers of cold water (F) and hot water (C) are respectively defined, and a movable plunger inserted in the cylinder , wherein the movable plunger moves in the cylinder in response to a pressure variation of cold water (F) or hot water (C), thus correspondingly modifying the volume of one of the two chambers to feedback compensate the pressure variation, which is not transmitted to the mixing means , wherein the pressure balancer is coaxial to the body of the valve (1, 1', 1", 1′′′), characterized in that the movable plunger is arranged slidably on said duct or rod . wherein the pressure balancer in turn comprises a cylinder in which two inlet chambers of cold water (F) and hot water (C) are respectively defined, and a movable plunger inserted in the cylinder , wherein the movable plunger moves in the cylinder in response to a pressure variation of cold water (F) or hot water (C), thus correspondingly modifying the volume of one of the two chambers to feedback compensate the pressure variation, which is not transmitted to the mixing means , wherein the pressure balancer is coaxial to the body of the valve (1, 1', 1", 1′′′), characterized in that the movable plunger is arranged slidably on said duct or rod .
Breathing mask for aircraft designed to provide a breathing gas to a user comprising a shell and an inflatable harness , the shell having a breathing cavity and being adapted to be applied onto the user's face around the user's mouth and nose, the harness being adapted to extend around the user's head opposite the shell so as to hold the shell on the user's face, wherein: - the breathing mask also comprises a folding system adapted to make the harness move from an extended position to a folded position, - the folding system comprises a pulling device and a guide device . - the pulling device has a connecting portion connected to the harness and a gripping portion , - the guide device is connected to the shell , - the pulling device is free to move between: • a first position in which the pulling device allows the harness to be in the extended position, and • a second position in which the pulling device holds the harness in the folded position, and - the guide device cooperates with the pulling device to guide the pulling device between the extended position and the folded position. - the breathing mask also comprises a folding system adapted to make the harness move from an extended position to a folded position, - the folding system comprises a pulling device and a guide device . - the pulling device has a connecting portion connected to the harness and a gripping portion , - the guide device is connected to the shell , - the pulling device is free to move between: • a first position in which the pulling device allows the harness to be in the extended position, and • a second position in which the pulling device holds the harness in the folded position, and • a first position in which the pulling device allows the harness to be in the extended position, and • a second position in which the pulling device holds the harness in the folded position, and - the guide device cooperates with the pulling device to guide the pulling device between the extended position and the folded position.
A composite material, comprising: a polymer matrix and a thermal conductor, wherein the thermal conductor comprises a first anisotropic heat-conductive filler and a second anisotropic heat-conductive filler, wherein the first anisotropic heat-conductive filler is combined with a magnetic body and the second anisotropic heat-conductive filler is not combined with the magnetic body, wherein each of the first and second anisotropic heat-conductive fillers has an aspect ratio of 5 or more, wherein a volume of the thermal conductor in the composite material is 60 vol% or less of the composite material, and wherein a ratio (V1/V2) of the volume (V1) of the first anisotropic heat-conductive filler to the volume (V2) of the second anisotropic heat-conductive filler is 3 or less. a polymer matrix and a thermal conductor, wherein the thermal conductor comprises a first anisotropic heat-conductive filler and a second anisotropic heat-conductive filler, wherein the first anisotropic heat-conductive filler is combined with a magnetic body and the second anisotropic heat-conductive filler is not combined with the magnetic body, wherein each of the first and second anisotropic heat-conductive fillers has an aspect ratio of 5 or more, wherein a volume of the thermal conductor in the composite material is 60 vol% or less of the composite material, and wherein a ratio (V1/V2) of the volume (V1) of the first anisotropic heat-conductive filler to the volume (V2) of the second anisotropic heat-conductive filler is 3 or less.
Method for detecting manipulation of an apparatus , which has a recording device and a movement sensor and is installed in a motor vehicle, for recording a movement-dependent variable of the motor vehicle, wherein the movement sensor transmits movement signals to the recording device , characterized in that the movement sensor captures a sensor temperature of the movement sensor , and in that the captured sensor temperature is compared with a sensor temperature to be expected in relation to a correct installation location of the movement sensor in the motor vehicle, wherein the sensor temperature to be expected is stored as a reference value in the recording device and/or in a monitoring device coupled to the recording device , and in that the movement sensor captures, over a particular time period, a plurality of sensor temperatures that produce a temperature profile over this time period, in that the captured temperature profile is compared with a temperature profile to be expected, and in that a fault signal is generated if the captured temperature profile deviates from the temperature profile to be expected, and in that the movement sensor is arranged in a vehicle transmission of the motor vehicle, and so the captured sensor temperature corresponds to a transmission temperature of the vehicle transmission .
An information processing device comprising: an image object detection unit configured to detect an image object based on a moving image with sound; a sound object detection unit configured to detect a sound object based on the moving image with sound, wherein, based on a simultaneous occurrence probability of a plurality of sound objects, the sound object detection unit is configured to narrow down the sound objects as detection targets and to detect the sound object from the detection targets; and a sound image object detection unit configured to detect a sound image object based on a detection result of the image object and a detection result of the sound object. an image object detection unit configured to detect an image object based on a moving image with sound; a sound object detection unit configured to detect a sound object based on the moving image with sound, wherein, based on a simultaneous occurrence probability of a plurality of sound objects, the sound object detection unit is configured to narrow down the sound objects as detection targets and to detect the sound object from the detection targets; and a sound image object detection unit configured to detect a sound image object based on a detection result of the image object and a detection result of the sound object.
A radiation imaging system comprising: a radiation detector which detects received radiation and generates image data; an imaging controller which is communicable with the radiation detector; and a notifying unit which notifies whether a type of imaging to be performed is the still image shooting or the moving image shooting in a mode in which the type is instinctively recognizable by at least one of sense of sight using at least one of a color and a screen design. a radiation detector which detects received radiation and generates image data; an imaging controller which is communicable with the radiation detector; and a notifying unit which notifies whether a type of imaging to be performed is the still image shooting or the moving image shooting in a mode in which the type is instinctively recognizable by at least one of sense of sight using at least one of a color and a screen design.
A pump rotor , comprising: a hub defining a major longitudinal axis; a magnet disposed within the hub along the major longitudinal axis; and a plurality of rotor blades projecting outwardly from the hub away from the longitudinal axis and being spaced apart from one another in a circumferential direction around the longitudinal axis, each of the plurality of rotor blades defining a hydrodynamic bearing (32, 34, 132, ,134) at an outer extremity thereof remote from the hub , the plurality of rotor blades defining a plurality of flow channels , each of the plurality of rotor blades being configured to drive a fluid through the flow channels upon rotation of the rotor around the axis, the magnet is a unitary solid and is coaxial with the hub , the magnet being radially magnetized and defining a plurality of radial poles, the magnet being the only magnetic component within the rotor. a hub defining a major longitudinal axis; a magnet disposed within the hub along the major longitudinal axis; and a plurality of rotor blades projecting outwardly from the hub away from the longitudinal axis and being spaced apart from one another in a circumferential direction around the longitudinal axis, each of the plurality of rotor blades defining a hydrodynamic bearing (32, 34, 132, ,134) at an outer extremity thereof remote from the hub , the plurality of rotor blades defining a plurality of flow channels , each of the plurality of rotor blades being configured to drive a fluid through the flow channels upon rotation of the rotor around the axis, the magnet is a unitary solid and is coaxial with the hub , the magnet being radially magnetized and defining a plurality of radial poles, the magnet being the only magnetic component within the rotor.