mhurhangee/ep-ind-claims huggingface dataset:
A camera module comprising: a lens module; a first bracket including a first round surface (310SR1) and moving while being coupled to the lens module; a second bracket including a second round surface corresponding to the first round surface (310SR1); a ball bearing disposed between the first round surface (310SR1) of the first bracket and the second round surface of the second bracket; and a driving unit disposed between the lens module and the second bracket, wherein width and height of the second round surface of the second bracket are greater than the width and height of the first round surface (310SR1) of the first bracket, wherein the first round surface (310SR1) is disposed on an outer surface of the first bracket, and the second round surface is disposed on an inner surface of the second bracket, wherein the first bracket includes a recess (310R2), wherein the second bracket includes a protrusion (320SP1), wherein the protrusion (320SP1) allows the first bracket to be disposed in the recess (310R2) so that yaw, pitch, or roll driving can be smoothly performed, and wherein, the protrusion (320SP1) functions as a stopper when the first bracket is rolled. a lens module; a first bracket including a first round surface (310SR1) and moving while being coupled to the lens module; a second bracket including a second round surface corresponding to the first round surface (310SR1); a ball bearing disposed between the first round surface (310SR1) of the first bracket and the second round surface of the second bracket; and a driving unit disposed between the lens module and the second bracket, wherein width and height of the second round surface of the second bracket are greater than the width and height of the first round surface (310SR1) of the first bracket, wherein the first round surface (310SR1) is disposed on an outer surface of the first bracket, and the second round surface is disposed on an inner surface of the second bracket, wherein the first bracket includes a recess (310R2), wherein the second bracket includes a protrusion (320SP1), wherein the protrusion (320SP1) allows the first bracket to be disposed in the recess (310R2) so that yaw, pitch, or roll driving can be smoothly performed, and wherein, the protrusion (320SP1) functions as a stopper when the first bracket is rolled.
A method to distribute power in an electrical power delivery environment, the method comprising: detecting incoming electrical power provided by a connection with a power source; determining power needs for a vehicle (185, 230) electrical storage system; and determining power needs for a climate control unit used in a transport climate control system (110, 132, 145, 187); determining electrical power source priorities among the vehicle (185, 230) electrical storage system and the climate control unit based on at least the determined power needs; the determining including assessing a time required to fully power the vehicle (185, 230) electrical storage system; and apportioning the incoming electrical power between the vehicle (185, 230) electrical storage system and the climate control unit based on at least in part the determined electrical power source priorities. detecting incoming electrical power provided by a connection with a power source; determining power needs for a vehicle (185, 230) electrical storage system; and determining power needs for a climate control unit used in a transport climate control system (110, 132, 145, 187); determining electrical power source priorities among the vehicle (185, 230) electrical storage system and the climate control unit based on at least the determined power needs; the determining including assessing a time required to fully power the vehicle (185, 230) electrical storage system; and apportioning the incoming electrical power between the vehicle (185, 230) electrical storage system and the climate control unit based on at least in part the determined electrical power source priorities.
A guidewire device, comprising: a core; and a tube structure having a proximal section and a distal section, the proximal section of the tube structure being coupled to the core and at least a portion of the core passing into the tube structure and extending toward the distal section of the tube structure, wherein the proximal section of the tube structure includes a plurality of fenestrations defining a plurality of axially extending beams and a plurality of circumferentially extending rings, the proximal section having higher torquability than the distal section and having lower flexibility than the distal section, wherein the distal section of the tube structure includes a spiral cut pattern which forms an integral coil in the distal section of the tube structure, the integral coil providing the distal section of the tube structure greater flexibility than the proximal section of the tube structure, and wherein the integral coil allows underlying sections of the core to be shaped without being overly subjected to deforming recovery forces imparted by the integral coil. a core; and a tube structure having a proximal section and a distal section, the proximal section of the tube structure being coupled to the core and at least a portion of the core passing into the tube structure and extending toward the distal section of the tube structure, wherein the proximal section of the tube structure includes a plurality of fenestrations defining a plurality of axially extending beams and a plurality of circumferentially extending rings, the proximal section having higher torquability than the distal section and having lower flexibility than the distal section, wherein the distal section of the tube structure includes a spiral cut pattern which forms an integral coil in the distal section of the tube structure, the integral coil providing the distal section of the tube structure greater flexibility than the proximal section of the tube structure, and wherein the integral coil allows underlying sections of the core to be shaped without being overly subjected to deforming recovery forces imparted by the integral coil.
A female connector, which is suitable to be used in an electronic device, wherein the female connector comprises a housing, a waterproof ring, and a tongue, wherein the housing is formed as a cavity with two ends open, and comprises a first end face, and a first area (230-A) of the tongue is configured to connect a male connector; the waterproof ring is of an annular structure, is assembled on the first end face, and comprises an outer end face that is not in contact with the housing, wherein the outer end face is configured to fit a casing of the electronic device in a sealed manner; and the tongue is arranged inside the housing, and the tongue penetrates the housing and the waterproof ring, and the tongue comprises a stopper member; wherein the female connector further comprises a metal member, and the metal member is fixedly connected to the housing; characterised in that the metal member and the housing are integrally molded through injection molding; wherein the metal member comprises an embedded part and an exposed part, the embedded part is embedded into the housing and extends in a direction away from the first end face of the housing, and the exposed part is located at two ends of the embedded part and bent toward the inside of the cavity of the housing to form a snap-in structure; wherein the exposed part includes a front end portion and a rear end portion that are opposite to each other, the rear end portion is of a plurality of claw structures bent toward the inside of the cavity of the housing; and the stopper member is stuck in the exposed part. the housing is formed as a cavity with two ends open, and comprises a first end face, and a first area (230-A) of the tongue is configured to connect a male connector; the waterproof ring is of an annular structure, is assembled on the first end face, and comprises an outer end face that is not in contact with the housing, wherein the outer end face is configured to fit a casing of the electronic device in a sealed manner; and the tongue is arranged inside the housing, and the tongue penetrates the housing and the waterproof ring, and the tongue comprises a stopper member; wherein the female connector further comprises a metal member, and the metal member is fixedly connected to the housing; characterised in that the metal member and the housing are integrally molded through injection molding; wherein the metal member comprises an embedded part and an exposed part, the embedded part is embedded into the housing and extends in a direction away from the first end face of the housing, and the exposed part is located at two ends of the embedded part and bent toward the inside of the cavity of the housing to form a snap-in structure; wherein the exposed part includes a front end portion and a rear end portion that are opposite to each other, the rear end portion is of a plurality of claw structures bent toward the inside of the cavity of the housing; and the stopper member is stuck in the exposed part.
A condensation-curable silicone resin composition comprising: 100 parts by mass of two or more polyorganosiloxanes represented by the following average composition formula: (R 3 SiO 1/2) x (R 2 SiO 2/2) y (RSiO 3/2) w (SiO 4/2) u wherein R independently represents a monovalent hydrocarbon group having 1 to 18 carbon atoms and optionally having an oxygen atom, a halogen atom, a nitrogen atom, or a sulfur atom, and two or more R are an -OX group, wherein X represents a hydrogen atom, an alkyl group having 1 to 10 carbon atoms, or an alkoxyalkyl group having 2 to 10 carbon atoms; and "x", "y", "w", and "u" are each an integer of 0 to 1,000, and satisfy 2≤x+y+w≤3,000; and 0.1 to 500 parts by mass of a polyorganosiloxane represented by any of compounds shown by the following formula, wherein the condensation-curable silicone resin composition does not contain a condensation catalyst, wherein d, d 1, d 2, and d 3 each represents an integer of 1 to 300. 100 parts by mass of two or more polyorganosiloxanes represented by the following average composition formula: (R 3 SiO 1/2) x (R 2 SiO 2/2) y (RSiO 3/2) w (SiO 4/2) u wherein R independently represents a monovalent hydrocarbon group having 1 to 18 carbon atoms and optionally having an oxygen atom, a halogen atom, a nitrogen atom, or a sulfur atom, and two or more R are an -OX group, wherein X represents a hydrogen atom, an alkyl group having 1 to 10 carbon atoms, or an alkoxyalkyl group having 2 to 10 carbon atoms; and "x", "y", "w", and "u" are each an integer of 0 to 1,000, and satisfy 2≤x+y+w≤3,000; and 0.1 to 500 parts by mass of a polyorganosiloxane represented by any of compounds shown by the following formula,
Pair of spectacles, comprising: - two ophthalmic lenses in the form of spectacle lenses, which ophthalmic lenses each have a changeable corrective effect, with the ophthalmic lenses each having at least two at least partially transparent electrodes (26a, 26b) and a liquid crystal layer arranged between the electrodes; - a plurality of temples; and - a control unit which is formed in the temples of the pair of spectacles and designed to control the liquid crystal layer and supply the latter with power; characterized in that - the pair of spectacles is designed for gradual automatic change of the respective corrective effect of the ophthalmic lenses over a predetermined period of time of at least 30 minutes, according to one of the following properties: monotonically increasing, strictly monotonically increasing, monotonically decreasing or strictly monotonically decreasing; and - the pair of spectacles is further designed for a similar and/or distinct change of the respective corrective effect for the two spectacle lenses. - two ophthalmic lenses in the form of spectacle lenses, which ophthalmic lenses each have a changeable corrective effect, with the ophthalmic lenses each having at least two at least partially transparent electrodes (26a, 26b) and a liquid crystal layer arranged between the electrodes; - a plurality of temples; and - a control unit which is formed in the temples of the pair of spectacles and designed to control the liquid crystal layer and supply the latter with power; characterized in that - the pair of spectacles is designed for gradual automatic change of the respective corrective effect of the ophthalmic lenses over a predetermined period of time of at least 30 minutes, according to one of the following properties: monotonically increasing, strictly monotonically increasing, monotonically decreasing or strictly monotonically decreasing; and - the pair of spectacles is further designed for a similar and/or distinct change of the respective corrective effect for the two spectacle lenses.
A method for saturating ethylene-containing gases with acetic acid which are fed to a vinyl acetate reactor, wherein the acetic acid recovered in the vinyl acetate process is charged to a column in which ethylene-containing gas fed via the bottom is saturated with acetic acid, characterized in that the column has a countercurrent stripping section and a rectification section, and wherein the recovered acetic acid is charged to the countercurrent stripping section and/or to the rectification section and wherein fresh acetic acid is charged to the rectification section and wherein the liquid taken off the column is divided into two substreams and one substream is pumped back into the column via a pump while maintaining a minimum pumped circulation required for sufficient saturation with acetic acid, wherein the minimum pumped circulation amounts to at least three times, preferably seven times, the amount of the charged recovered acetic acid and wherein said substream is monitored in terms of safety and before entering the column is heated in a heat exchanger with which at least one further heat exchanger is arranged in parallel, and the other substream is discharged.
An immunogenic composition comprising: a) a whole inactivated bacterin of M. hyorhinis and a whole inactivated bacterin of M. hyosynoviae and a whole inactivated bacterin of M. hyopneumoniae; and b) a pharmaceutically acceptable carrier.
A cooling arrangement for a gas turbine engine, comprising: a cooling source; a first cooling flow path (P 1); a second cooling flow path (P 2); and an offtake duct including an offtake inlet coupled to the cooling source; characterised in that the offtake duct defines a throat, and the cooling arrangement further comprises: a valve downstream of the throat, the valve coupling the offtake duct and the first cooling flow path (P 1), the valve operable to selectively modulate flow through the offtake duct; and a bleed passage including a bleed inlet coupling the offtake duct and the second cooling flow path (P 2), the bleed inlet defined at a location between the offtake inlet and the throat, inclusive. a cooling source; a first cooling flow path (P 1); a second cooling flow path (P 2); and an offtake duct including an offtake inlet coupled to the cooling source; a valve downstream of the throat, the valve coupling the offtake duct and the first cooling flow path (P 1), the valve operable to selectively modulate flow through the offtake duct; and a bleed passage including a bleed inlet coupling the offtake duct and the second cooling flow path (P 2), the bleed inlet defined at a location between the offtake inlet and the throat, inclusive.
A method for welding two different polyolefin plastics materials using a primer, wherein the primer contains at least one maleic acid anhydride-grafted polyolefin polymer.
An electric reciprocation generator for a dental reamer including a needlelike part that is flexibly bendable and a supporting shaft, the electric reciprocation generator comprising: a housing; comprising a vibration cylinder mounting hole opening at the distal end part thereof; a vibration cylinder having a pin hole provided at a rear end part of the vibration cylinder and a reciprocation generation unit constructed by a micro-motor, a rotating shaft connected to the micro-motor, and a circular pin provided eccentrically at the tip of the rotating shaft and engaged with the pin hole of the vibration cylinder; characterized in that the vibration cylinder has a reamer mounting opening opened sideways from a distal end to a rear end thereof, and a receiving rubber present in an inside thereof; the housing includes another reamer mounting opening opened sideways thereof in alignment with the position of the reamer mounting opening; wherein the reamer mounting opening is adapted to insert the reamer into the vibration cylinder when vibration cylinder is attached to the housing so that the other reamer mounting opening and the reamer mounting opening are positionally coincident with each other, and so that the supporting shaft of the reamer extends outward from the rear end of the vibration cylinder while the needlelike part is held by the receiving rubber. a housing; comprising a vibration cylinder mounting hole opening at the distal end part thereof; a vibration cylinder having a pin hole provided at a rear end part of the vibration cylinder and a reciprocation generation unit constructed by a micro-motor, a rotating shaft connected to the micro-motor, and a circular pin provided eccentrically at the tip of the rotating shaft and engaged with the pin hole of the vibration cylinder; characterized in that the vibration cylinder has a reamer mounting opening opened sideways from a distal end to a rear end thereof, and a receiving rubber present in an inside thereof; the housing includes another reamer mounting opening opened sideways thereof in alignment with the position of the reamer mounting opening; wherein the reamer mounting opening is adapted to insert the reamer into the vibration cylinder when vibration cylinder is attached to the housing so that the other reamer mounting opening and the reamer mounting opening are positionally coincident with each other, and so that the supporting shaft of the reamer extends outward from the rear end of the vibration cylinder while the needlelike part is held by the receiving rubber.
Motor vehicle controller, comprising a first processor system that is designed to control at least one actuator (13, 43) of an electric parking brake, EPB, and at least one further motor vehicle functional unit (SYS-1, SYS-2); a second processor system that is designed to control the at least one EPB actuator (13, 43) at least partially redundantly with respect to the first processor system; a changeover device that is designed to allow actuation of the at least one EPB actuator (13, 43) selectively via the first processor system or the second processor system, characterized in that it furthermore comprises at least one monitoring device that is designed to monitor the functionality of the first processor system and to control the changeover device on the basis of the functionality of the first processor system.
A system for determining prevalence of a cardiac phenomenon based on electrophysiological data from a tissue of a body, the EP data measured at a plurality of locations by at least one sensor disposed on at least one medical device that is positionable near the tissue of the body, the system comprising: an electronic control unit communicatively coupled to a display device and configured to: for each of the plurality of locations: detect, at each of a plurality of discrete times occurring during a predetermined time period, whether a cardiac phenomenon occurs at the location based on the EP data, the plurality of discrete times occurring at a sampling frequency that defines a regular interval between consecutive discrete times of the plurality of discrete times; determine a prevalence of the cardiac phenomenon based on the detecting by dividing a number of the plurality of discrete times when the cardiac phenomenon occurs by a total number of the plurality of discrete times; and display information indicative of the determined prevalence of the cardiac phenomenon on the display device; determine a confidence score associated with the determined prevalence, wherein the longer the predetermined time period and the higher the sampling frequency, the greater the confidence score; and display the confidence score on the display device. determine a prevalence of the cardiac phenomenon based on the detecting by dividing a number of the plurality of discrete times when the cardiac phenomenon occurs by a total number of the plurality of discrete times; and display information indicative of the determined prevalence of the cardiac phenomenon on the display device; determine a confidence score associated with the determined prevalence, wherein the longer the predetermined time period and the higher the sampling frequency, the greater the confidence score; and display the confidence score on the display device.
Gap measuring device for measuring an air-gap thickness, in particular of a generator of a wind turbine, comprising: - a hydraulic measuring head, which is expandable by pressurization, for insertion in an air gap to be measured, wherein the hydraulic measuring head is a pressure cushion, - a piston pump for pressurizing and expanding the hydraulic measuring head with a hydraulic fluid, the hydraulic measuring head being set up to come, by means of expansion, to bear against the delimiting faces (201, 202) that define the air gap, such that upon bearing against the delimiting faces (201, 202) a further expansion towards the delimiting faces (201, 202) and transverse and/or tangential to these is impossible, - an indicator element for indicating, as a measure of the air-gap thickness of the air gap, a hydraulic fluid volume (V10e) put into the hydraulic measuring head until it bears against the delimiting faces (201, 202). - a hydraulic measuring head, which is expandable by pressurization, for insertion in an air gap to be measured, wherein the hydraulic measuring head is a pressure cushion, - a piston pump for pressurizing and expanding the hydraulic measuring head with a hydraulic fluid, the hydraulic measuring head being set up to come, by means of expansion, to bear against the delimiting faces (201, 202) that define the air gap, such that upon bearing against the delimiting faces (201, 202) a further expansion towards the delimiting faces (201, 202) and transverse and/or tangential to these is impossible, - an indicator element for indicating, as a measure of the air-gap thickness of the air gap, a hydraulic fluid volume (V10e) put into the hydraulic measuring head until it bears against the delimiting faces (201, 202).
Air spring for a running gear of a motor vehicle, comprising an air spring cover and an air spring piston, wherein an air spring bellows made of elastomeric material is clamped in an air-tight manner between the air spring cover and the air spring piston, wherein the air spring bellows is at least partially surrounded by a sleeve-shaped outer guide, wherein a pleated bellows surrounds the air spring bellows and the outer guide, characterized in that a separately formed, air-permeable fastening means is provided between the outer guide and the pleated bellows, by means of which fastening means the pleated bellows is fixed to the outer guide, wherein the fastening means is formed in multiple parts and comprises an adapter ring and a clamping means.