mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound diagnostic system comprising: a plurality of elements that are arranged around a test object and perform at least either emission or reception of ultrasound; a control unit that controls the plurality of elements such that at least one of the plurality of elements emits ultrasound and all or some of the plurality of elements receive scattered waves caused by the test object scattering the ultrasound; a data collection unit that collects measurement data, which are data obtained from the elements that have received the scattered waves; a calculation unit that calculates, for division regions into which an imaging region including all or a portion of the test object is divided, a scattered sound pressure intensity of each division region, which is the intensity of sound pressure of the scattered waves in the division region, on the basis of a first factor and a second factor of the division region, the first factor being constituted by arrival times which are each a period from emission to reception of ultrasound that is emitted from a predetermined element among the plurality of elements, scattered by the test object in the division region, and received by a corresponding one of all or some of the plurality of elements, the second factor being constituted by the measurement data; and an image generation unit that generates a scattering image, which is an image obtained by converting the scattered sound pressure intensity of each division region into a pixel value. a plurality of elements that are arranged around a test object and perform at least either emission or reception of ultrasound; a control unit that controls the plurality of elements such that at least one of the plurality of elements emits ultrasound and all or some of the plurality of elements receive scattered waves caused by the test object scattering the ultrasound; a data collection unit that collects measurement data, which are data obtained from the elements that have received the scattered waves; a calculation unit that calculates, for division regions into which an imaging region including all or a portion of the test object is divided, a scattered sound pressure intensity of each division region, which is the intensity of sound pressure of the scattered waves in the division region, on the basis of a first factor and a second factor of the division region, the first factor being constituted by arrival times which are each a period from emission to reception of ultrasound that is emitted from a predetermined element among the plurality of elements, scattered by the test object in the division region, and received by a corresponding one of all or some of the plurality of elements, the second factor being constituted by the measurement data; and an image generation unit that generates a scattering image, which is an image obtained by converting the scattered sound pressure intensity of each division region into a pixel value.
A flexible connector insert for adding circuitry within the shell and around the at least one pin of an existing connector or mating pair of connectors, said connector insert comprising layers of flexible and compressible conductive (14, 18) and non-conductive elastomers that provide all electrical connections and paths throughout said insert and all electrical insulation and isolation throughout said insert, the one or more layers of conductive and non-conductive elastomer comprising a perimeter to fit inside the perimeter of the existing connector shell, and at least one opening for fitting around the at least one pin of the existing connector, characterized in that the connector insert is unitary and is placeable at an interface of a mating pair of existing connectors such that an environmental seal is created.
A quick release tool for moving a locker of a quick connector assembly from a locked position to an unlocked position, comprising: a U-shaped body presenting a base having a first side and a second side; a pair of legs spaced laterally from one another and extending away from said first side of said base to respective distal ends; each distal end presenting a pair of ledges that are spaced longitudinally from one another to receive fingers on the locker of the quick connector assembly; said base of said U-shaped body having a living hinge (96, 98) which is spaced laterally between said legs for pivoting said distal ends of said legs away from one another in response to the application of a force onto said second side of said base to allow movement of the locker from the locked position to the unlocked position. a U-shaped body presenting a base having a first side and a second side; a pair of legs spaced laterally from one another and extending away from said first side of said base to respective distal ends; each distal end presenting a pair of ledges that are spaced longitudinally from one another to receive fingers on the locker of the quick connector assembly; said base of said U-shaped body having a living hinge (96, 98) which is spaced laterally between said legs for pivoting said distal ends of said legs away from one another in response to the application of a force onto said second side of said base to allow movement of the locker from the locked position to the unlocked position.
Method for influencing a steering element of a single-track motor vehicle independently of the rider during a rider-independently performed emergency braking operation, in which method - the occurrence of a rider-independently performed emergency braking operation is ascertained, and - dependent theron, the steering element is influenced independently of the rider, wherein - the steering element is a steering damper, which is influenced during the emergency braking operation in such a way that it provides greater damping of handlebar wobbles or - the steering element is a steering actuator for the rider-independent setting of a steering angle that is activated rider-independently during an emergency braking operation in such a way that the single-track motor vehicle continues travelling in a straight line. - the occurrence of a rider-independently performed emergency braking operation is ascertained, and - dependent theron, the steering element is influenced independently of the rider, wherein - the steering element is a steering damper, which is influenced during the emergency braking operation in such a way that it provides greater damping of handlebar wobbles or - the steering element is a steering actuator for the rider-independent setting of a steering angle that is activated rider-independently during an emergency braking operation in such a way that the single-track motor vehicle continues travelling in a straight line.
Hybrid component, in particular for a motor vehicle body, comprising a first metal component, a second metal component and a fibre composite component which is arranged between the first and second metal components (1, 2), characterized in that, in a flange region, the fibre composite component has a plurality of tongues which are spaced apart from one another, such that the fibre composite component passes into certain portions of the flange region of the hybrid component and also reinforces the flange region, wherein the first metal component has pockets which correspond to the tongues and which are at a greater spacing from the second metal component, wherein the tongues are received in each case in the pockets, wherein, in intermediate regions which lie between the pockets and in which the first metal component lies at a smaller spacing from the second metal component, the first metal component and the second metal component are fastened to one another.
Compressed fluid container holder for holding at least one compressed fluid container in a fluid-operated vehicle, comprising: a receiving tub, wherein the receiving tub has a base plate and a circumferential outer wall, which is arranged on the base plate or circumferenting the base plate, wherein the base plate and the circumferential outer wall are formed in one piece, at least one reinforcement beam (113, 113-1, 113-2, 113-3, 113-4), which is fixed to the receiving tub and extends between two opposite sides (120, 121, 123, 125) of the circumferential outer wall, and at least one compressed fluid container receiving element (115, 115-1, 115-2), which is arranged in the interior space of the receiving tub, wherein the compressed fluid container receiving element (115, 115-1, 115-2) is connected to the base plate and/or the circumferential outer wall of the receiving tub, wherein the compressed fluid container receiving element (115, 115-1, 115-2) has at least one compressed fluid container receptacle, wherein the at least one compressed fluid container receptacle is shaped to accommodate at least one compressed fluid container, characterized in that at least one hollow profile is attached to an outer area of the circumferential outer wall of the receiving tub, and that the hollow profile is a hollow chamber profile, which serves as a deformation element to protect the receiving tub, the interior space and the compressed fluid container from accidental damage, wherein the hollow profile serves for attaching the compressed fluid container holder to the vehicle. a receiving tub, wherein the receiving tub has a base plate and a circumferential outer wall, which is arranged on the base plate or circumferenting the base plate, wherein the base plate and the circumferential outer wall are formed in one piece, at least one reinforcement beam (113, 113-1, 113-2, 113-3, 113-4), which is fixed to the receiving tub and extends between two opposite sides (120, 121, 123, 125) of the circumferential outer wall, and at least one compressed fluid container receiving element (115, 115-1, 115-2), which is arranged in the interior space of the receiving tub, wherein the compressed fluid container receiving element (115, 115-1, 115-2) is connected to the base plate and/or the circumferential outer wall of the receiving tub, wherein the compressed fluid container receiving element (115, 115-1, 115-2) has at least one compressed fluid container receptacle, wherein the at least one compressed fluid container receptacle is shaped to accommodate at least one compressed fluid container, characterized in that at least one hollow profile is attached to an outer area of the circumferential outer wall of the receiving tub, and that the hollow profile is a hollow chamber profile, which serves as a deformation element to protect the receiving tub, the interior space and the compressed fluid container from accidental damage, wherein the hollow profile serves for attaching the compressed fluid container holder to the vehicle.
A high purity copper sputtering target material comprising Cu at a purity of 99.99998 mass% or more excluding O, H, N and C, wherein an Al content is 0.005 mass ppm or less, a Si content is 0.05 mass ppm or less, an Fe content is 0.02 mass ppm or less, a S content is 0.03 mass ppm or less, a Cl content is 0.1 mass ppm or less, an O content is 1 mass ppm or less, a H content is 1 mass ppm or less, a N content is 1 mass ppm or less, a C content is 1 mass ppm or less, a value of a length of large tilt angle grain boundaries L15°/ a total length of grain boundaries L is 0.8 or more, the total length of grain boundaries L is the total length of grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of more than 2° and 180° or less, the length of large tilt angle grain boundaries L15° is the length of large tilt angle grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of 15° or more and 180° or less, and the total length of grain boundaries L and the length of large tilt angle grain boundaries L15° are obtained by azimuth analysis with the backscattered electron beam analysis, an average crystal grain size is 70 μm or less, and a Vickers hardness is set in a range of 35 Hv or more and 50Hv or less. an Al content is 0.005 mass ppm or less, a Si content is 0.05 mass ppm or less, an Fe content is 0.02 mass ppm or less, a S content is 0.03 mass ppm or less, a Cl content is 0.1 mass ppm or less, an O content is 1 mass ppm or less, a H content is 1 mass ppm or less, a N content is 1 mass ppm or less, a C content is 1 mass ppm or less, a value of a length of large tilt angle grain boundaries L15°/ a total length of grain boundaries L is 0.8 or more, the total length of grain boundaries L is the total length of grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of more than 2° and 180° or less, the length of large tilt angle grain boundaries L15° is the length of large tilt angle grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of 15° or more and 180° or less, and the total length of grain boundaries L and the length of large tilt angle grain boundaries L15° are obtained by azimuth analysis with the backscattered electron beam analysis, an average crystal grain size is 70 μm or less, and a Vickers hardness is set in a range of 35 Hv or more and 50Hv or less.
The use of a particulate material in a polymer article for reducing the transmission of near-infrared radiation and for allowing transmission of visible light through the article, whereby - the particulate material is based on crystalline titanium dioxide, i.e. containing TiO 2, in the anatase and/or the rutile crystal form, - the particles of the particulate material are coated with an organic and/or inorganic coating layer, - at least 20% by weight of the particulate material particles have a particle size of at least 400 nm and at most 1000 nm, and - at least 1.5% by weight and at most 40% by weight of the particles in the particulate material have a particle size of less than 400 nm and at least 280 nm. - the particulate material is based on crystalline titanium dioxide, i.e. containing TiO 2, in the anatase and/or the rutile crystal form, - the particles of the particulate material are coated with an organic and/or inorganic coating layer, - at least 20% by weight of the particulate material particles have a particle size of at least 400 nm and at most 1000 nm, and - at least 1.5% by weight and at most 40% by weight of the particles in the particulate material have a particle size of less than 400 nm and at least 280 nm.
Flotation device comprising a flotation tank for receiving liquid to be cleaned, and a saturator for receiving a pressurized liquid/gas mixture, wherein a line leads from the saturator to at least one feeder by way of which the pressurized liquid/gas mixture is able to be directed into the flotation tank, wherein the feeder has a flow duct which has different flow cross-sectional areas (31, 32) along its extent, and wherein the feeder has a Venturi valve or is designed as such, characterized in that the line extends at least in portions about the flotation tank, wherein the line without an intervening valve opens into a plurality of feeders which are disposed so as to be mutually spaced apart on or in the external wall or internal wall of the flotation tank, wherein one or each feeder opens into an injector lance which protrudes into the interior of the flotation tank, wherein a convex baffle plate, specifically a distributor baffle, is assigned to that end of the injector lance that protrudes into the interior, and wherein the convex side of the baffle plate faces the end of the injector lance.
A method for establishing at least two pseudo wires, comprising: receiving a label mapping message, wherein the label mapping message comprises: information of a switching provider edge at a bifurcation position, information of at least two outgoing interfaces of the switching provider edge at the bifurcation position and information related to an explicit path, wherein the information related to the explicit path is used for releasing active/standby information indicating establishment of at least two pseudo wires; parsing the label mapping message to obtain the information of the switching provider edge at the bifurcation position, the information of at least two outgoing interfaces and explicit path information; and comparing information of a local device with the information of the switching provider edge at the bifurcation position, and if the information of the local device matches with the information of the switching provider edge at the bifurcation position, establishing at least two pseudo wires from the switching provider edge according to the information of at least two outgoing interfaces wherein one of the pseudo wires is set as an active pseudo wire and another pseudo wire is set as a standby pseudo wire, wherein before the establishing at least two pseudo wires from the switching provider edge according to the information of at least two outgoing interfaces, the method further comprises: obtaining active/standby relationship information of at least two pseudo wires, and establishing at least two pseudo wires according to the active/standby relationship information. receiving a label mapping message, wherein the label mapping message comprises: information of a switching provider edge at a bifurcation position, information of at least two outgoing interfaces of the switching provider edge at the bifurcation position and information related to an explicit path, wherein the information related to the explicit path is used for releasing active/standby information indicating establishment of at least two pseudo wires; parsing the label mapping message to obtain the information of the switching provider edge at the bifurcation position, the information of at least two outgoing interfaces and explicit path information; and comparing information of a local device with the information of the switching provider edge at the bifurcation position, and if the information of the local device matches with the information of the switching provider edge at the bifurcation position, establishing at least two pseudo wires from the switching provider edge according to the information of at least two outgoing interfaces wherein one of the pseudo wires is set as an active pseudo wire and another pseudo wire is set as a standby pseudo wire, wherein before the establishing at least two pseudo wires from the switching provider edge according to the information of at least two outgoing interfaces, the method further comprises: obtaining active/standby relationship information of at least two pseudo wires, and establishing at least two pseudo wires according to the active/standby relationship information.
System (2") for monitoring liquid intake of a user, comprising: a container (10, 10') for receiving liquid; a level meter for measuring the filling level of the liquid contained within the container (10, 10'), wherein the level meter is an optical level meter comprising at least one emitter for emitting electromagnetic radiation and at least one receiver for receiving the emitted electromagnetic radiation; a monitoring means configured to determine an amount of liquid removed from a container (10, 10'); and a prompting means configured to prompt the user to drink as a function of the amount of liquid removed, wherein the emitter is arranged at the container (10, 10') such that the emitted electromagnetic radiation impinges upon the liquid surface, adjoining the surroundings, of the liquid contained within the container (10, 10'), wherein the receiver is arranged at the container (10, 10') such that a portion, reflected at the liquid surface, of the electromagnetic radiation emitted by the emitter is receivable by the receiver; and wherein at least one of the emitter and the receiver is arranged at a container bottom of the container (10, 10'). a container (10, 10') for receiving liquid; a level meter for measuring the filling level of the liquid contained within the container (10, 10'), wherein the level meter is an optical level meter comprising at least one emitter for emitting electromagnetic radiation and at least one receiver for receiving the emitted electromagnetic radiation; a monitoring means configured to determine an amount of liquid removed from a container (10, 10'); and a prompting means configured to prompt the user to drink as a function of the amount of liquid removed, wherein the emitter is arranged at the container (10, 10') such that the emitted electromagnetic radiation impinges upon the liquid surface, adjoining the surroundings, of the liquid contained within the container (10, 10'), wherein the receiver is arranged at the container (10, 10') such that a portion, reflected at the liquid surface, of the electromagnetic radiation emitted by the emitter is receivable by the receiver; and wherein at least one of the emitter and the receiver is arranged at a container bottom of the container (10, 10').
A method for improving vehicle performance, comprising: receiving a tire pressure for a tire installed on a vehicle; determining that the tire pressure is outside of a target range for the tire; calculating a decrease in a vehicle performance characteristic for the vehicle caused by a difference between the tire pressure and a low end of the target range; generating a smart alert that comprises a first content that explains the decrease in the vehicle performance characteristic; and outputting for display through a gas pump display screen that is adjacent to the vehicle in a service station, the smart alert to a user of the vehicle. receiving a tire pressure for a tire installed on a vehicle; determining that the tire pressure is outside of a target range for the tire; calculating a decrease in a vehicle performance characteristic for the vehicle caused by a difference between the tire pressure and a low end of the target range; generating a smart alert that comprises a first content that explains the decrease in the vehicle performance characteristic; and outputting for display through a gas pump display screen that is adjacent to the vehicle in a service station, the smart alert to a user of the vehicle.
A wound treatment apparatus for use with a bandage of the type which covers a wound and within which a vacuum is formed in a space above the wound, comprising a vacuum pump, a waste canister to be operably coupled to the pump, a fluid source (510, 512), the canister to be coupled to the bandage such that, when a vacuum is applied to the canister, the vacuum is applied to the bandage, and the fluid source (510, 512) to be coupled to the bandage such that, fluid from the fluid source (510, 512) is introduced into the wound, characterised in that the apparatus further comprises a portable unit housing and in that the system further comprises a post carried by the housing and extending upwardly above the housing, the fluid source (510, 512) coupled to the post to be held at an elevated position relative to the housing to provide a desired fluid pressure to introduce fluid to the wound through the bandage for irrigation of the wound.
A stent graft comprising a stent with a plurality of ring segments (3, 4) with a meandering course arranged side by side and interconnected by connecting webs and at least one membrane, the membrane covering the entire outside of the stent, being turned inwards around the stent ends, and being fixed between loops of ring segments and connecting webs interconnecting adjacent ring segments (3, 4), characterised in that the membrane is fixed between at least two loops of the second ring segment, as seen from the ends of the stent, and the connecting webs to the adjacent terminal ring segment.