mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical forceps , comprising: an end effector assembly including first and second jaw members , each of the jaw members including a proximal flange extending therefrom, each proximal flange defining a bifurcated configuration having first and second spaced-apart flange components , the first flange components of the jaw members configured to pivotably engage one another via a first engagement portion and the second flange components of the jaw members configured to pivotably engage one another via a second engagement portion independent of the first engagement portion, at least one of the first and second jaw members pivotable relative to the other about the first and second engagement portions between an open position and a closed position for grasping tissue therebetween, characterized in that the first flange component of each of the jaw members includes an aperture defined transversely therethrough, one of the first flange components including a boss disposed about the aperture thereof, the boss configured for engagement within the aperture of the other first flange component for pivotably engaging the first flange components to one another. an end effector assembly including first and second jaw members , each of the jaw members including a proximal flange extending therefrom, each proximal flange defining a bifurcated configuration having first and second spaced-apart flange components , the first flange components of the jaw members configured to pivotably engage one another via a first engagement portion and the second flange components of the jaw members configured to pivotably engage one another via a second engagement portion independent of the first engagement portion, at least one of the first and second jaw members pivotable relative to the other about the first and second engagement portions between an open position and a closed position for grasping tissue therebetween, characterized in that the first flange component of each of the jaw members includes an aperture defined transversely therethrough, one of the first flange components including a boss disposed about the aperture thereof, the boss configured for engagement within the aperture of the other first flange component for pivotably engaging the first flange components to one another.
An engine, comprising: a cylinder block in which a cooling water passage is formed; an oil cooler accommodated in an accommodation space provided in the cooling water passage and having a plurality of cores for cooling an engine oil; a pair of support members configured to support an oil inflow port and an oil ejection port of each of the cores; a cooling water inflow port provided in a lower portion of one end portion of the accommodation space relative to a front-and-rear direction; a cooling water outflow port provided in an upper portion of the accommodation space; and characterized in that the engine further comprises a cooling water inflow passage having an inclined portion inclined downward and connecting to the cooling water inflow port , wherein the cooling water inflow passage has an upper protrusion protruding downward from an upper passage wall and a lower protrusion protruding upward from a lower passage wall, and the upper protrusion is arranged closer to the oil cooler than the lower protrusion . a cylinder block in which a cooling water passage is formed; an oil cooler accommodated in an accommodation space provided in the cooling water passage and having a plurality of cores for cooling an engine oil; a pair of support members configured to support an oil inflow port and an oil ejection port of each of the cores; a cooling water inflow port provided in a lower portion of one end portion of the accommodation space relative to a front-and-rear direction; a cooling water outflow port provided in an upper portion of the accommodation space; and characterized in that the engine further comprises a cooling water inflow passage having an inclined portion inclined downward and connecting to the cooling water inflow port , wherein the cooling water inflow passage has an upper protrusion protruding downward from an upper passage wall and a lower protrusion protruding upward from a lower passage wall, and the upper protrusion is arranged closer to the oil cooler than the lower protrusion .
Antenna assembly comprising: - a substrate carrying a first contact pad and a second contact pad , the first contact pad and the second contact pad being electrically conductive and insulated from each other on the substrate ; - an antenna ; - a conductive element for connecting the antenna to the first contact pad and positioned in physical contact with the first contact pad and with the second contact pad ; - a radiofrequency circuit connected to the first contact pad ; and - a diagnosis circuit configured to test a conducting path via the first contact pad and the second contact pad , wherein the conductive element is configured to establish a conducting path between the first contact pad and the second contact pad , characterized in that the conductive element is compressible and made of a conductive elastomer. - a substrate carrying a first contact pad and a second contact pad , the first contact pad and the second contact pad being electrically conductive and insulated from each other on the substrate ; - an antenna ; - a conductive element for connecting the antenna to the first contact pad and positioned in physical contact with the first contact pad and with the second contact pad ; - a radiofrequency circuit connected to the first contact pad ; and - a diagnosis circuit configured to test a conducting path via the first contact pad and the second contact pad , wherein the conductive element is configured to establish a conducting path between the first contact pad and the second contact pad , characterized in that the conductive element is compressible and made of a conductive elastomer.
Laser scanner for optical surveying of an environment, comprising • a multibeam transmitter configured for generating multiple measuring beams at the same time defining multiple essentially instantaneous scanning axes, • a receiver configured to detect returning parts of the multiple measuring beams, and • a computing unit configured o for controlling the laser scanner (1,1',1") to provide scanning of the environment by the multiple measuring beams , o for deriving distance measuring data based on the multiple measuring beams , and o for deriving angle data for respective emitting directions of individual measuring beams of the multiple measuring beams , wherein the laser scanner is configured • to provide scanning with at least two different multi-beam scan patterns (7A-D), based on the multiple measuring beams , and • each multi-beam scan pattern (7A-D) is individually activatable by the computing unit , characterized in that , • the transmitter comprises multiple laser diodes arranged on a carrier , • the carrier has at least two different flexure states , and • based on different flexure states in each case the laser diodes generate different multi-beam scan patterns (7A-D) of the at least two multi-beam scan patterns. • a multibeam transmitter configured for generating multiple measuring beams at the same time defining multiple essentially instantaneous scanning axes, multiple measuring beams at the same time defining multiple essentially instantaneous scanning axes, • a receiver configured to detect returning parts of the multiple measuring beams, and • a computing unit configured o for controlling the laser scanner (1,1',1") to provide scanning of the environment by the multiple measuring beams , o for deriving distance measuring data based on the multiple measuring beams , and o for deriving angle data for respective emitting directions of individual measuring beams of the multiple measuring beams , wherein the laser scanner is configured o for controlling the laser scanner (1,1',1") to provide scanning of the environment by the multiple measuring beams , o for deriving distance measuring data based on the multiple measuring beams , and o for deriving angle data for respective emitting directions of individual measuring beams of the multiple measuring beams , • to provide scanning with at least two different multi-beam scan patterns (7A-D), based on the multiple measuring beams , and • each multi-beam scan pattern (7A-D) is individually activatable by the computing unit , • the transmitter comprises multiple laser diodes arranged on a carrier , • the carrier has at least two different flexure states , and • based on different flexure states in each case the laser diodes generate different multi-beam scan patterns (7A-D) of the at least two multi-beam scan patterns.
An assembly for forming a gas turbine engine component comprising: a layup tool including a main body extending along a longitudinal axis (X) and a flange extending in a radial direction (RD) from the main body , the flange defining an edge face sloping in a second direction towards the main body to an axial face , wherein the axial face extends in the radial direction (RD) between the main body and the edge face ; at least one compression tool including a tool body having a first tool section and a second tool section extending transversely from the first tool section ; and wherein the first tool section is translatable along a retention member in a first direction (D1) substantially perpendicular to the edge face such that relative movement causes the second tool section to apply a first compressive force (C1) on a composite article trapped between the axial face of the flange and the second tool section , the first compressive force (C1) having a major component in an axial direction (AD) relative to the longitudinal axis (X), the relative movement in the first direction (D1) causes the second tool section to apply a second compressive force (C2) on the composite article, the second compressive force (C2) having a major component in a radial direction (RD) relative to the longitudinal axis (X). a layup tool including a main body extending along a longitudinal axis (X) and a flange extending in a radial direction (RD) from the main body , the flange defining an edge face sloping in a second direction towards the main body to an axial face , wherein the axial face extends in the radial direction (RD) between the main body and the edge face ; at least one compression tool including a tool body having a first tool section and a second tool section extending transversely from the first tool section ; and wherein the first tool section is translatable along a retention member in a first direction (D1) substantially perpendicular to the edge face such that relative movement causes the second tool section to apply a first compressive force (C1) on a composite article trapped between the axial face of the flange and the second tool section , the first compressive force (C1) having a major component in an axial direction (AD) relative to the longitudinal axis (X), the relative movement in the first direction (D1) causes the second tool section to apply a second compressive force (C2) on the composite article, the second compressive force (C2) having a major component in a radial direction (RD) relative to the longitudinal axis (X).
Air-conditioning arrangement for a vehicle, having at least one fluid channel which has at least two identically designed connection devices , and having at least one movable vehicle seat , wherein an air-conditioning component for producing a temperature-controlled airflow that can be output is arranged in the at least one vehicle seat , wherein the air-conditioning component of the at least one vehicle seat can be optionally coupled to and uncoupled from one of the connection devices of the at least one fluid channel via a movable fluid connection which, in order to establish a fluid-tight connection, is designed as a counterpart to the connection devices of the at least one fluid channel . characterised in that the fluid connection is adjustable between a working position in which the fluid connection is inserted into and fluid-tightly connected to one of the connection devices , and an idle position in which the fluid connection is retracted in the direction towards the vehicle seat .
A method comprising: printing a first image to a target, the first image printed with a metallic material; and printing a second image to the target over the first image, the second image printed with a colored semi-transparent material; and providing a clear layer interposed between the first image and the second image. printing a first image to a target, the first image printed with a metallic material; and printing a second image to the target over the first image, the second image printed with a colored semi-transparent material; and providing a clear layer interposed between the first image and the second image.
Heating and/or cooling device for a solid and/or for a fluid stream, with a carrier part , in which an electrical heating and/or cooling element is embedded, with a metallic distributor element that is in contact with the heating and/or cooling element , with at least one terminal contact and with an electrical strip conductor , which connects the terminal contact to the heating and/or cooling element , characterized in that said carrier part consists of plastic and that the strip conductor is embedded in a recess or groove formed in the carrier part .
An infiltration apparatus comprising: an infiltrant source adapted to receive an infiltrant material having a first melting point; a barrier having a second melting point; a component; and a wick in fluid communication with the infiltrant source and the component;wherein - the second melting point is higher than the first melting point; - the infiltrant material is an alloy; - the barrier is a high purity metal and - the barrier is disposed between the infiltrant source and the component. an infiltrant source adapted to receive an infiltrant material having a first melting point; a barrier having a second melting point; a component; and a wick in fluid communication with the infiltrant source and the component;wherein - the second melting point is higher than the first melting point; - the infiltrant material is an alloy; - the barrier is a high purity metal and - the barrier is disposed between the infiltrant source and the component. - the second melting point is higher than the first melting point; - the infiltrant material is an alloy; - the barrier is a high purity metal and - the barrier is disposed between the infiltrant source and the component.
A joint structure comprising: a first metallic pipe containing a first metal (M1) as a main component; and a second metallic pipe containing a second metal (M2) which differs from the first metal (M1) as a main component, wherein one of the two metallic pipes includes an expanded-diameter connecting part which is formed at an end part of the one metallic pipe , an inner diameter of the end part is greater than an inner diameter of an adjacent part that is adjacent to the end part, the other metallic pipe is inserted into the expanded-diameter connecting part from an open end thereof toward a base end of the expanded-diameter connecting part , and a brazing filler metal containing the first metal (M1) or the second metal (M2) as a main component is interposed between an outer surface of the other metallic pipe and an inner surface of the expanded-diameter connecting part , and characterized in that an intermetallic compound layer of the first metal (M1) and the second metal (M2) is present at an interface of the first metal (M1) and the second metal (M2) located between the brazing filler metal and the one or the other of the metallic pipes , and a thickness of the intermetallic compound layer is configured such that the thickness of an end portion on the side of the base end is smaller than the thickness of an end portion on the side of the open end . a first metallic pipe containing a first metal (M1) as a main component; and a second metallic pipe containing a second metal (M2) which differs from the first metal (M1) as a main component, wherein one of the two metallic pipes includes an expanded-diameter connecting part which is formed at an end part of the one metallic pipe , an inner diameter of the end part is greater than an inner diameter of an adjacent part that is adjacent to the end part, the other metallic pipe is inserted into the expanded-diameter connecting part from an open end thereof toward a base end of the expanded-diameter connecting part , and a brazing filler metal containing the first metal (M1) or the second metal (M2) as a main component is interposed between an outer surface of the other metallic pipe and an inner surface of the expanded-diameter connecting part , and characterized in that an intermetallic compound layer of the first metal (M1) and the second metal (M2) is present at an interface of the first metal (M1) and the second metal (M2) located between the brazing filler metal and the one or the other of the metallic pipes , and a thickness of the intermetallic compound layer is configured such that the thickness of an end portion on the side of the base end is smaller than the thickness of an end portion on the side of the open end .
A heater assembly for an aerosol-generating device, comprising a heating chamber for heating an aerosol-forming substrate: a first set of two or more susceptors configured for heating a first heating zone of of the heating chamber; and a second set of two or more susceptors configured for heating a second heating zone of the heating chamber: wherein the first heating zone and the second heating zone are arranged at different longitudinal positions of the heating chamber. a heating chamber for heating an aerosol-forming substrate: a first set of two or more susceptors configured for heating a first heating zone of of the heating chamber; and a second set of two or more susceptors configured for heating a second heating zone of the heating chamber: wherein the first heating zone and the second heating zone are arranged at different longitudinal positions of the heating chamber.
A ribbon needle weaving loom comprising a weave point , at which warp threads are interweavable to each other by means of at least one weft thread , a device for feeding the warp threads , a device for feeding the at least one weft thread , further comprising a shed forming device for forming a shed from the warp threads , and comprising at least one weft thread insertion needle for inserting a weft thread loop into the shed , and comprising a reed for beating up the weft thread loop and comprising at least one knitting device serving to knit the at least one weft thread at the side directed away from the weft insertion, characterized in that the at least one weft thread and the at least one knitting device are arranged on a common carrier which is displaceable in and against the weft direction (x).
Formulation containing at least one organic functional material and at least four different organic solvents, a first organic solvent A, a second organic solvent B, a third organic solvent C and a fourth organic solvent D, characterized in that - the first organic solvent A comprises a group, which is capable of giving a hydrogen bonding and which is an OH-group, - the second organic solvent B has a boiling point in the range from 150 to 350°C, - the third organic solvent C has a boiling point in the range from 100 to 300°C, and - the fourth organic solvent D has a boiling point in the range from 200 to 400°C, is present in an amount from 0,01 to 15 vol.-% and has a viscosity of ≥ 15 mPas, wherein the viscosity is measured with a 1° cone-plate rotational rheometer of the type Discovery AR3 at a temperature of 25°C and a sheer rate of 500 s -1 , - the solubility of the at least one organic functional material in the second organic solvent B and in the fourth organic solvent D is ≥ 5 g/l, - the boiling point of the third organic solvent C is at least 10°C lower than the boiling point of the second organic solvent B, - the boiling point of the fourth organic solvent D is at least 10°C higher than the boiling point of the second organic solvent B, and - the fourth organic solvent D is selected from mono- or polysubstituted naphthalene derivatives, partially or fully hydrogenated mono- or polysubstituted naphthalene derivatives, mono- or polysubstituted indane derivatives and fully hydrogenated anthracene derivatives. - the first organic solvent A comprises a group, which is capable of giving a hydrogen bonding and which is an OH-group, - the second organic solvent B has a boiling point in the range from 150 to 350°C, - the third organic solvent C has a boiling point in the range from 100 to 300°C, and - the fourth organic solvent D has a boiling point in the range from 200 to 400°C, is present in an amount from 0,01 to 15 vol.-% and has a viscosity of ≥ 15 mPas, wherein the viscosity is measured with a 1° cone-plate rotational rheometer of the type Discovery AR3 at a temperature of 25°C and a sheer rate of 500 s -1 , - the solubility of the at least one organic functional material in the second organic solvent B and in the fourth organic solvent D is ≥ 5 g/l, - the boiling point of the third organic solvent C is at least 10°C lower than the boiling point of the second organic solvent B, - the boiling point of the fourth organic solvent D is at least 10°C higher than the boiling point of the second organic solvent B, and - the fourth organic solvent D is selected from mono- or polysubstituted naphthalene derivatives, partially or fully hydrogenated mono- or polysubstituted naphthalene derivatives, mono- or polysubstituted indane derivatives and fully hydrogenated anthracene derivatives.
Jointing neck comprising at least two wings suitable for being bonded to the elbows forming the lower corners of a tubular back structure of the vehicle seat, at least two wings of the base comprising a series of openings , one of the selectable openings to receive a pivot axis , in order to create a flat floor , when the seat back is folded into a horizontal position, characterized by the apertures of the wings being oblong, and by the base having an axis of median symmetry passing through the intersection of the outer edges of the wings forming a right angle.
Solid self-emulsionable system in contact with a hydrophilic phase carried, after ingestion, by the physiological liquid, said self-emulsionable system comprising: - at least one active ingredient; and the following excipients: - a lipophilic phase; - a surfactant having a hydrophilic/lipophilic balance (HLB) greater than 8; - possibly a co-surfactant; said system being obtainable by printing in 3 dimensions . - at least one active ingredient; - a lipophilic phase; - a surfactant having a hydrophilic/lipophilic balance (HLB) greater than 8; - possibly a co-surfactant;