mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue retrieval system comprising: a tubular introducer having a proximal end and a distal end and a lumen extending between the proximal end and the distal end; an actuator longitudinally slidable within the lumen of the introducer , the actuator having a proximal end and a distal end; a pair of support arms extending from the distal end of the actuator; a guide bead ; a tissue retrieval bag coupled to the guide bead and removably coupled to the support arms , the tissue retrieval bag positionable within the lumen of the introducer in a stowed configuration and deployable by longitudinal movement of the actuator within the lumen of the introducer to an open configuration wherein the tissue retrieval bag is suspended from the support arms ; wherein the support arms comprise at least one retention dome sized and configured to maintain a position of the tissue retrieval bag relative to the support arms ; wherein the guide bead comprises a pair of slots extending therethrough, each slot of the pair of slots slidingly receiving a corresponding support arm of the pair of support arms ; characterised in that each slot has a first width (W2) and the support arms at the at least one retention dome have a second width (W1) larger than the first width (W2). a tubular introducer having a proximal end and a distal end and a lumen extending between the proximal end and the distal end; an actuator longitudinally slidable within the lumen of the introducer , the actuator having a proximal end and a distal end; a pair of support arms extending from the distal end of the actuator; a guide bead ; a tissue retrieval bag coupled to the guide bead and removably coupled to the support arms , the tissue retrieval bag positionable within the lumen of the introducer in a stowed configuration and deployable by longitudinal movement of the actuator within the lumen of the introducer to an open configuration wherein the tissue retrieval bag is suspended from the support arms ; wherein the support arms comprise at least one retention dome sized and configured to maintain a position of the tissue retrieval bag relative to the support arms ; wherein the guide bead comprises a pair of slots extending therethrough, each slot of the pair of slots slidingly receiving a corresponding support arm of the pair of support arms ; characterised in that each slot has a first width (W2) and the support arms at the at least one retention dome have a second width (W1) larger than the first width (W2).
A patient lift system , comprising: a motor ; a drum operably coupled to the motor , the drum being selectively driven to rotate by the motor ; a housing that surrounds at least the motor and the drum ; a load-bearing member having a first end and a second end , the first end of the load-bearing member being operably coupled to at least one of the housing and the drum , the second end of the load-bearing member being operably coupled to a patient support assembly ; one or more emergency support cables or wires provided within the load-bearing member ; an electrically conductive member positioned within the load-bearing member ; and a user interface configured to actuate the patient support assembly in vertical and horizontal directions. a motor ; a drum operably coupled to the motor , the drum being selectively driven to rotate by the motor ; a housing that surrounds at least the motor and the drum ; a load-bearing member having a first end and a second end , the first end of the load-bearing member being operably coupled to at least one of the housing and the drum , the second end of the load-bearing member being operably coupled to a patient support assembly ; one or more emergency support cables or wires provided within the load-bearing member ; an electrically conductive member positioned within the load-bearing member ; and a user interface configured to actuate the patient support assembly in vertical and horizontal directions.
Method of a speed assistance system for a vehicle , comprising the following procedural steps: (A) comparing a current speed (v ist ) of the vehicle to the maximum speed (v max ) stored in a maximum speed profile in a vehicle-side device, (B) outputting a warning to a vehicle driver if the current speed (v ist ) of the vehicle is higher than the maximum speed (v max ) of a route section, (C) transmitting the position and speed of the vehicle as well as the associated time stamp to a back office at a time of the warning , (D) optimising the maximum speed profile on the basis of the received data, (E) transmitting the optimised maximum speed profile to the vehicle-side device. (A) comparing a current speed (v ist ) of the vehicle to the maximum speed (v max ) stored in a maximum speed profile in a vehicle-side device, (B) outputting a warning to a vehicle driver if the current speed (v ist ) of the vehicle is higher than the maximum speed (v max ) of a route section, (C) transmitting the position and speed of the vehicle as well as the associated time stamp to a back office at a time of the warning , (D) optimising the maximum speed profile on the basis of the received data, (E) transmitting the optimised maximum speed profile to the vehicle-side device.
A vehicle usable by a physically handicapped or able-bodied person, in particular for athletic or recreational activities, comprising a seat made from monobloc plastic material and at least two main wheels , the seat comprising a seat bottom , a backrest and lateral rims , wherein the seat has a cavity extending below the backrest and the seat bottom and an opening passing through the seat between the cavity and a rear part of the backrest , the cavity and the opening being intended to accommodate a backrest of a seat of a second identical vehicle positioned below said vehicle , such that at least two identical vehicles are stacked stably one on top of the other, characterized in that the vehicle comprises further front casters and rear casters , which allow the vehicle to move on the ground when the main wheels are in a disassembled configuration. wherein the seat has a cavity extending below the backrest and the seat bottom and an opening passing through the seat between the cavity and a rear part of the backrest , the cavity and the opening being intended to accommodate a backrest of a seat of a second identical vehicle positioned below said vehicle , such that at least two identical vehicles are stacked stably one on top of the other, characterized in that the vehicle comprises further front casters and rear casters , which allow the vehicle to move on the ground when the main wheels are in a disassembled configuration.
Method for traction control of driven wheels of a multi-axle motor vehicle , wherein the driven wheels are assigned to at least one axle of the motor vehicle , wherein further wheels are assigned to at least one further axle of the motor vehicle , which wheels can be driven by means of activation of an engagement device and can be towed by releasing the engagement device , wherein rotational speed information of the driven wheels is acquired by a control unit and is compared with a reference value, and wherein when the rotational speed information exceeds an upper threshold deviation from the reference value or when the rotational speed information undershoots a lower threshold deviation from the reference value the control unit detects a loss of traction by the driven wheels , and wherein the activation of the engagement device is carried out in an automated fashion by the control unit when a loss of traction of the driven wheels is detected, characterized in that the activation of the engagement device is not carried out in an automated fashion until a speed threshold of the motor vehicle is exceeded.
A staple cartridge, comprising: a plurality of staples, wherein each staple comprises a base and a leg extending from the base; wherein the staples are arranged in the cartridge such that once fired into tissue in a staple line, the staple line comprises: a first portion comprising a first flexibility, and a second portion longitudinally offset from the first portion, wherein the second portion comprises a second flexibility which is different than the first flexibility, and wherein the bases of the staples in the second group are arranged in parallel, wherein the second portion comprises a distal end of the staple line, characterized in that the bases of the staples in the first group are arranged in a herringbone pattern. a plurality of staples, wherein each staple comprises a base and a leg extending from the base; wherein the staples are arranged in the cartridge such that once fired into tissue in a staple line, the staple line comprises: a first portion comprising a first flexibility, and a second portion longitudinally offset from the first portion, wherein the second portion comprises a second flexibility which is different than the first flexibility, and wherein the bases of the staples in the second group are arranged in parallel, wherein the second portion comprises a distal end of the staple line, characterized in that the bases of the staples in the first group are arranged in a herringbone pattern. a first portion comprising a first flexibility, and a second portion longitudinally offset from the first portion, wherein the second portion comprises a second flexibility which is different than the first flexibility, and wherein the bases of the staples in the second group are arranged in parallel, wherein the second portion comprises a distal end of the staple line, characterized in that the bases of the staples in the first group are arranged in a herringbone pattern.
A transition duct for a gas turbine assembly and configured for guiding hot gas from a combustion chamber to a turbine, the transition duct comprising: - a tubular wall structure provided with an inner surface in contact with a hot gas and an outer surface in contact with a cooling air; - a connecting structure extending between the inner surface and the outer surface and configured for defining a plurality of cooling channels extending through the tubular wall structure ; the connecting structure is a flexible connecting structure configured for allowing a circumferential movement of the outer surface with respect to the inner surface and comprising a plurality of ribs extending from the outer surface to the inner surface for separating adjacent channels ; characterized in that the transition duct comprises at least a groove extending inside a rib from the outer surface towards the inner surface . - a tubular wall structure provided with an inner surface in contact with a hot gas and an outer surface in contact with a cooling air; - a connecting structure extending between the inner surface and the outer surface and configured for defining a plurality of cooling channels extending through the tubular wall structure ; the connecting structure is a flexible connecting structure configured for allowing a circumferential movement of the outer surface with respect to the inner surface and comprising a plurality of ribs extending from the outer surface to the inner surface for separating adjacent channels ; characterized in that the transition duct comprises at least a groove extending inside a rib from the outer surface towards the inner surface .
Towing apparatus , comprising: a towing vehicle , particularly a tractor, and a trailer device for attaching to the towing vehicle by way of a tow bar , the towing vehicle comprising: a towing mechanism , in particular a hitch, into which the tow bar of the trailer device can be clipped so as to be pivotable around a first pivot point , and a lower link arm , particularly a height-adjustable lower link arm, arranged at the rear of the towing vehicle, the lower link arm being set up such that, when the tow bar is attached to the towing mechanism , the lower link arm brings about an interlock of the first pivot point while the trailer device is being towed, and the lower link arm being able to be brought into engagement with the tow bar by adjusting its height, so as to interlock the first pivot point , characterized in that a second pivot point arranged at the rear in relation to the first pivot point in a forward direction of travel is provided on the tow bar . a towing vehicle , particularly a tractor, and a trailer device for attaching to the towing vehicle by way of a tow bar , the towing vehicle comprising: a towing mechanism , in particular a hitch, into which the tow bar of the trailer device can be clipped so as to be pivotable around a first pivot point , and a lower link arm , particularly a height-adjustable lower link arm, arranged at the rear of the towing vehicle, the lower link arm being set up such that, when the tow bar is attached to the towing mechanism , the lower link arm brings about an interlock of the first pivot point while the trailer device is being towed, and the lower link arm being able to be brought into engagement with the tow bar by adjusting its height, so as to interlock the first pivot point , characterized in that a second pivot point arranged at the rear in relation to the first pivot point in a forward direction of travel is provided on the tow bar . a towing mechanism , in particular a hitch, into which the tow bar of the trailer device can be clipped so as to be pivotable around a first pivot point , and a lower link arm , particularly a height-adjustable lower link arm, arranged at the rear of the towing vehicle, the lower link arm being set up such that, when the tow bar is attached to the towing mechanism , the lower link arm brings about an interlock of the first pivot point while the trailer device is being towed, and the lower link arm being able to be brought into engagement with the tow bar by adjusting its height, so as to interlock the first pivot point , characterized in that a second pivot point arranged at the rear in relation to the first pivot point in a forward direction of travel is provided on the tow bar .
An intelligent filter matching method, performed by a terminal, comprising : collecting first filter factors in a first photographing scenario in which the terminal is located, wherein the first filter factors comprise the following factors: a geographic location, weather, auxiliary scenario information, a photographed object, and a photographing parameter, wherein the auxiliary scenario information comprises an auxiliary scenario of a photographing location, wherein the photographing parameter comprises a photographing aperture, a shutter speed, exposure compensation or light sensitivity ISO; selecting, according to a preset mapping relationship between a filter and a filter factor, first filters that match the first filter factors; and determining, according to all determined first filters in the first photographing scenario, a target filter that has a highest matching degree with the first photographing scenario, and presenting the target filter to a user, wherein the target filter that has a highest matching degree with the first photographing scenario is a filter whose repetition rate is highest in all the first filters. collecting first filter factors in a first photographing scenario in which the terminal is located, wherein the first filter factors comprise the following factors: a geographic location, weather, auxiliary scenario information, a photographed object, and a photographing parameter, wherein the auxiliary scenario information comprises an auxiliary scenario of a photographing location, wherein the photographing parameter comprises a photographing aperture, a shutter speed, exposure compensation or light sensitivity ISO; selecting, according to a preset mapping relationship between a filter and a filter factor, first filters that match the first filter factors; and determining, according to all determined first filters in the first photographing scenario, a target filter that has a highest matching degree with the first photographing scenario, and presenting the target filter to a user, wherein the target filter that has a highest matching degree with the first photographing scenario is a filter whose repetition rate is highest in all the first filters.
A medical device for the narrowing or blocking of an anatomical channel, comprising - a band part which can be placed around the body tissue surrounding the anatomical channel and is closeable to form a ring enclosing a through opening for the body tissue, wherein the band part has a hollow chamber and wherein the through opening can be reduced in size by the introduction of a fluid into the hollow chamber , and - a pumping unit , for conveying the fluid, which has an electric drive controllable by an electronic control means of the device, wherein a pressure value corresponding to the pressure of the fluid in the hollow chamber or dependent thereon can be detected by the electronic control means, characterised in that the device has an air pressure sensor for detecting the atmospheric pressure, and in that a reference value of the pressure value detected by the electronic control means as well as a reference value of an air pressure value detected by the electronic control means by means of the air pressure sensor can be stored by the electronic control means, wherein dependent on the stored reference value of the pressure value and on the stored reference value of the air pressure value, the pressure of the fluid in the hollow chamber is adjustable by means of the electronic control means to narrow or block the anatomical channel. - a band part which can be placed around the body tissue surrounding the anatomical channel and is closeable to form a ring enclosing a through opening for the body tissue, wherein the band part has a hollow chamber and wherein the through opening can be reduced in size by the introduction of a fluid into the hollow chamber , and - a pumping unit , for conveying the fluid, which has an electric drive controllable by an electronic control means of the device, wherein a pressure value corresponding to the pressure of the fluid in the hollow chamber or dependent thereon can be detected by the electronic control means,
A hearing aid comprising a receiver assembly comprising a receiver and a suspension member arranged in a housing , the suspension member comprises vibration dampers protruding from an outer periphery of the suspension member , and a plurality of spacers provided at an inner periphery of the suspension member; wherein the plurality of spacers is positioned to form grooves between adjacent spacers and wherein one or more cushions or one or more enclosed structures are provided in the formed grooves. a receiver assembly comprising a receiver and a suspension member arranged in a housing , the suspension member comprises vibration dampers protruding from an outer periphery of the suspension member , and a plurality of spacers provided at an inner periphery of the suspension member; vibration dampers protruding from an outer periphery of the suspension member , and a plurality of spacers provided at an inner periphery of the suspension member; wherein the plurality of spacers is positioned to form grooves between adjacent spacers and wherein one or more cushions or one or more enclosed structures are provided in the formed grooves.
A pot spinning machine comprising: a yarn suction pipe that sucks in a yarn drawn out by a drafting device ; a pot having a cylindrical shape; and a yarn introduction pipe that introduces the yarn supplied through the yarn suction pipe into the pot ; wherein the yarn suction pipe includes a yarn suction member for suction of the yarn with suction power using swirling airflow, an air intake member for taking air into the yarn suction pipe to form a swirling airflow, and a cylindrical member coupled to a bottom end of the yarn suction member and coaxial with the yarn suction member , characterized in that the pot spinning machine includes a yarn-suction-pipe driving section , and the yarn-suction-pipe driving section supports the yarn suction pipe such that the yarn suction pipe is movable in a direction of a central axis (K) of the pot , and is configured to shift a position of the yarn suction member between a suction position (P1) and a discharge position (P2) that is closer to the pot than the suction position (P1), the yarn-suction-pipe driving section places the yarn suction member at the suction position (P1) when the yarn fed from the drafting device is sucked into the yarn suction pipe , and the yarn-suction-pipe driving section places the yarn suction member at the discharge position (P2) when the yarn sucked into the yarn suction pipe is discharged from the yarn suction pipe through the yarn introduction pipe into the pot . a yarn suction pipe that sucks in a yarn drawn out by a drafting device ; a pot having a cylindrical shape; and a yarn introduction pipe that introduces the yarn supplied through the yarn suction pipe into the pot ; wherein the yarn suction pipe includes a yarn suction member for suction of the yarn with suction power using swirling airflow, an air intake member for taking air into the yarn suction pipe to form a swirling airflow, and a cylindrical member coupled to a bottom end of the yarn suction member and coaxial with the yarn suction member , characterized in that the pot spinning machine includes a yarn-suction-pipe driving section , and the yarn-suction-pipe driving section supports the yarn suction pipe such that the yarn suction pipe is movable in a direction of a central axis (K) of the pot , and is configured to shift a position of the yarn suction member between a suction position (P1) and a discharge position (P2) that is closer to the pot than the suction position (P1), the yarn-suction-pipe driving section places the yarn suction member at the suction position (P1) when the yarn fed from the drafting device is sucked into the yarn suction pipe , and the yarn-suction-pipe driving section places the yarn suction member at the discharge position (P2) when the yarn sucked into the yarn suction pipe is discharged from the yarn suction pipe through the yarn introduction pipe into the pot .
A crystal form A of compound of formula (I), wherein the X-ray powder diffraction pattern using Cu-Kα radiation at the wavelength of 1.54056Å thereof has characteristic diffraction peaks at the following 2Θ angles: 10.81±0.2°, 15.97±0.2°, and 21.69±0.2°,
A lozenge comprising a. micronized Benzocaine b. at least one dissolution enhancer wherein the dissolution enhancer is PEG and c. one or more excipients, wherein the micronized Benzocaine have a mass median particle size of 7 to 18 μm. a. micronized Benzocaine b. at least one dissolution enhancer wherein the dissolution enhancer is PEG and c. one or more excipients,