mhurhangee/ep-ind-claims huggingface dataset:
A device for assisting locomotion using appendages which perform a gait cycle on a solid surface, comprising: (a) a horizontally extending support having a proximal end, a distal end, an upper surface, and a lower surface; (b) a first planar spring plate positioned below the horizontally extending support and mechanically connected to the horizontally extending support, the spring plate having a proximal end, a distal end, a lateral side between the proximal end and the distal end, a medial side between the proximal end and the distal end, an upper surface, and a lower surface, wherein the proximal end of the horizontally extending support and the proximal end of the spring plate are separated by a vertical extent; and (c) a ventral pivot positioned below the spring plate and mechanically connected to the spring plate, wherein the ventral pivot is positioned between the lateral side and the medial side of the first planar spring plate distally of a point on the first planar spring plate which receives a ground reaction force during a first portion of the gait cycle. (a) a horizontally extending support having a proximal end, a distal end, an upper surface, and a lower surface; (b) a first planar spring plate positioned below the horizontally extending support and mechanically connected to the horizontally extending support, the spring plate having a proximal end, a distal end, a lateral side between the proximal end and the distal end, a medial side between the proximal end and the distal end, an upper surface, and a lower surface, wherein the proximal end of the horizontally extending support and the proximal end of the spring plate are separated by a vertical extent; and (c) a ventral pivot positioned below the spring plate and mechanically connected to the spring plate, wherein the ventral pivot is positioned between the lateral side and the medial side of the first planar spring plate distally of a point on the first planar spring plate which receives a ground reaction force during a first portion of the gait cycle.
A radio resource management system, comprising: hardware configured to: receive spectrum resources request information from a new secondary system, acquire interference information of respective locations managed by the radio resource management system, based on location and operating parameter of secondary systems managed by an adjacent radio resource management system; and determine the spectrum resource for the new secondary system, based on the interference information acquired, wherein the new secondary system is a new secondary system having Quality of Service, QoS, requirement, wherein the radio resource management system is configured to manage the secondary systems within its management range, such that the secondary systems opportunistically utilize authorized spectrum resources of a primary system under the premise the interference of the secondary systems meets a predetermined interference condition to the primary system, wherein the request information includes geographic location information, operating parameter related information, and information related to the desired QoS requirement of the new secondary system. receive spectrum resources request information from a new secondary system, acquire interference information of respective locations managed by the radio resource management system, based on location and operating parameter of secondary systems managed by an adjacent radio resource management system; and determine the spectrum resource for the new secondary system, based on the interference information acquired, wherein the new secondary system is a new secondary system having Quality of Service, QoS, requirement, wherein the radio resource management system is configured to manage the secondary systems within its management range, such that the secondary systems opportunistically utilize authorized spectrum resources of a primary system under the premise the interference of the secondary systems meets a predetermined interference condition to the primary system, wherein the request information includes geographic location information, operating parameter related information, and information related to the desired QoS requirement of the new secondary system.
A method for quantising the presence of fats in a region of the heart comprising: • acquiring a three-dimensional image of at least one cavity (25, 26, VG, VD, OG, OD) of the heart and of a wall (20, 21, 21') delimiting said cavity (25, 26, VG, VD, OG, OD); • selecting at least one pixel of the cavity (25, 26, VD, VG, OG, OD) defining a seed; • gradually growing (EXT ZONE) the seed up to meeting a zone of a pixel density (Dp) lower than a predefined threshold, growing the seed resulting in defining a delimited extended zone the pixel density of which is included in a first range of values (G 1), the 3D image obtained by growing being called an "extended 3D zone"; • an operation of dilating (DILAT) the extended 3D zone by a given dilatation distance, for defining a dilated volume comprising at least a portion of the thickness of the wall of the considered cavity (25, 26, VD, VG, OG, OD), the dilatation distance corresponding to the minimum thickness of the wall (20, 21, 21') in a healthy subject; • an operation of extracting (EXTRACT) a peripheral region from the subtraction of the volume of the extended 3D zone from the dilated volume and; • quantising (QUANTIFICATION) the number of pixels of a second range of values (G 2) of the extracted peripheral region. • acquiring a three-dimensional image of at least one cavity (25, 26, VG, VD, OG, OD) of the heart and of a wall (20, 21, 21') delimiting said cavity (25, 26, VG, VD, OG, OD); • selecting at least one pixel of the cavity (25, 26, VD, VG, OG, OD) defining a seed; • gradually growing (EXT ZONE) the seed up to meeting a zone of a pixel density (Dp) lower than a predefined threshold, growing the seed resulting in defining a delimited extended zone the pixel density of which is included in a first range of values (G 1), the 3D image obtained by growing being called an "extended 3D zone"; • an operation of dilating (DILAT) the extended 3D zone by a given dilatation distance, for defining a dilated volume comprising at least a portion of the thickness of the wall of the considered cavity (25, 26, VD, VG, OG, OD), the dilatation distance corresponding to the minimum thickness of the wall (20, 21, 21') in a healthy subject; • an operation of extracting (EXTRACT) a peripheral region from the subtraction of the volume of the extended 3D zone from the dilated volume and; • quantising (QUANTIFICATION) the number of pixels of a second range of values (G 2) of the extracted peripheral region.
A method of making a slip-resistant protective covering comprising the steps of: providing a body having an upper planar surface and a lower planar surface; applying a coating composition to the underside of the lower planar surface; and curing the coating composition to provide a coating on the underside of the lower planar surface, wherein the coating composition comprises a copolymer resin which comprises ethylene-vinyl acetate copolymer and a tackifier, wherein the ethylene-vinyl acetate copolymer is present in the copolymer resin in an amount of 40 to 95% by weight. providing a body having an upper planar surface and a lower planar surface; applying a coating composition to the underside of the lower planar surface; and curing the coating composition to provide a coating on the underside of the lower planar surface,
A method of adding at least one wear protection region to a ground moving part comprising the steps of: - providing a pre-use 3D image of the part; - 3D scanning the geometry of the part after use to provide an after-use 3D image; - comparing the after-use 3D image to the pre-use 3D image; - calculating and identifying the positions and areas of one or more worn areas; - selectively adding at least one wear protection region to one or more worn areas on the part. - providing a pre-use 3D image of the part; - 3D scanning the geometry of the part after use to provide an after-use 3D image; - comparing the after-use 3D image to the pre-use 3D image; - calculating and identifying the positions and areas of one or more worn areas; - selectively adding at least one wear protection region to one or more worn areas on the part.
A panel for a motor vehicle, comprising at least one bodyshell component, comprising at least one trim component (14, 28) which is held on the bodyshell component and by means of which at least some regions of the bodyshell component are covered, and comprising at least one fastening element (20, 32) which is arranged on the trim component (14, 28) and to which a coupling element can be fastened, by means of which coupling element, when the panel moves, a cover element of the motor vehicle can be moved together therewith, characterised in that the panel is designed as a luggage compartment lid, in particular as a rear lid, which closes off a storage space of the motor vehicle at least in part, the trim component comprising at least one receiving element which protrudes through a corresponding receiving opening in the bodyshell component, in which receiving element the one-piece fastening element which protrudes through the receiving opening is received at least in part, thus fixing the trim component to the bodyshell component by means of the receiving element.
A process for the production of a lactase solution comprising less than 10 g/kg of poly and oligosaccharides and further comprising from 30 to 70 w/w% of a solvent that is sorbitol or glycerol, and wherein said process comprises producing lactase in a Kluyveromyces strain, and wherein said lactase solution is for use in a milk production method, the milk production method comprising filter sterilizing the lactase solution in line, and wherein said process comprises separating the poly and oligosaccharides present in an untreated solution of lactase from the lactase solution and wherein the poly and oligosaccharides are removed from an untreated solution of lactase by a chromatographic process wherein an anion exchange resin or a cation exchange resin or a hydrophobic interaction medium is used.
A purification method of a polyethylene glycol compound having one carboxyl group in which a total average molar number of ethylene oxide units added in a molecule of the polyethylene glycol compound is from 20 to 1490, the method comprising the following step, step and step: a step of preparing an aqueous solution of the polyethylene glycol compound, which is a weakly alkaline aqueous solution having a pH of 8 to 11; an extraction step in which the aqueous solution obtained in the step and a mixed organic solvent are mixed at a temperature of 15°C or more and 50°C or less and the mixture is separated into an organic layer and an aqueous layer, wherein in the mixed organic solvent, a ratio of an organic solvent I is from 25 to 60% by mass, a ratio of an organic solvent II is from 75 to 40% by mass, the organic solvent I is a hydrocarbon solvent selected from the group consisting of toluene, xylene, methyl acetate, ethyl acetate and butyl acetate, the organic solvent II is a halogenated hydrocarbon solvent selected from the group consisting of methylene chloride and chloroform, and a mixing ratio Y of the organic solvent I to the organic solvent II (organic solvent I/organic solvent II), a temperature T (°C) at the time of the mixing and a weight average molecular weight M of the polyethylene glycol compound satisfy a relationship of formula: 3.11 × 10 − 6 M + 0.084 ≤ Y − 0.0135 T ≤ − 1.77 × 10 − 6 M + 0.404 and a step of recovering the polyethylene glycol compound from the aqueous layer. a step of preparing an aqueous solution of the polyethylene glycol compound, which is a weakly alkaline aqueous solution having a pH of 8 to 11; an extraction step in which the aqueous solution obtained in the step and a mixed organic solvent are mixed at a temperature of 15°C or more and 50°C or less and the mixture is separated into an organic layer and an aqueous layer, wherein in the mixed organic solvent, a ratio of an organic solvent I is from 25 to 60% by mass, a ratio of an organic solvent II is from 75 to 40% by mass, the organic solvent I is a hydrocarbon solvent selected from the group consisting of toluene, xylene, methyl acetate, ethyl acetate and butyl acetate, the organic solvent II is a halogenated hydrocarbon solvent selected from the group consisting of methylene chloride and chloroform, and a mixing ratio Y of the organic solvent I to the organic solvent II (organic solvent I/organic solvent II), a temperature T (°C) at the time of the mixing and a weight average molecular weight M of the polyethylene glycol compound satisfy a relationship of formula: 3.11 × 10 − 6 M + 0.084 ≤ Y − 0.0135 T ≤ − 1.77 × 10 − 6 M + 0.404 and a step of recovering the polyethylene glycol compound from the aqueous layer.
An apparatus to enucleate at least a portion of a prostate of a patient, the prostate comprising a capsule and an inner layer of prostate tissue, the apparatus comprising: a probe to advance at least partially into the patient, the probe configured to provide a water jet to resect a urethra of the patient at a first location and a second location to separate the capsule from the inner layer of prostate tissue to enucleate the at least a portion of the prostate; wherein the apparatus is configured to provide the water jet comprising a visible entrainment region of cavitations, and wherein at least one of a pressure and a flow rate of liquid through the probe is adjustable to adjust the length of the visible entrainment region; wherein the apparatus is adjustable to decrease a distance from the orifice to a tip of the visible entrainment region subsequent to cutting the urethra; and wherein the apparatus is configured to image the visible entrainment region of the water jet, and wherein the apparatus is adjustable to adjust the length of the visible entrainment region based on a said obtained image of the visible entrainment region. a probe to advance at least partially into the patient, the probe configured to provide a water jet to resect a urethra of the patient at a first location and a second location to separate the capsule from the inner layer of prostate tissue to enucleate the at least a portion of the prostate; wherein the apparatus is configured to provide the water jet comprising a visible entrainment region of cavitations, and wherein at least one of a pressure and a flow rate of liquid through the probe is adjustable to adjust the length of the visible entrainment region; wherein the apparatus is adjustable to decrease a distance from the orifice to a tip of the visible entrainment region subsequent to cutting the urethra; and wherein the apparatus is configured to image the visible entrainment region of the water jet, and wherein the apparatus is adjustable to adjust the length of the visible entrainment region based on a said obtained image of the visible entrainment region.
A pen-type input device for performing input to a host device, the pen-type input device comprising: a first switch located on a pen tip; a second switch configured to perform a mouse left-click operation in a mouse mode; and a third switch configured to switch between a character input mode and the mouse mode of the pen-type input device, wherein the first switch is configured such that in the character input mode, a character stroke is input while the first switch is clicked and a cursor is moved according to location information of the pen-type input device both when the first switch is clicked and when the first switch is not clicked, and in the mouse mode, the cursor is moved according to location information of the pen-type input device while the first switch is clicked, characterized in that the first switch is configured such that in the mouse mode the cursor is maintained while the first switch is not clicked. a first switch located on a pen tip; a second switch configured to perform a mouse left-click operation in a mouse mode; and a third switch configured to switch between a character input mode and the mouse mode of the pen-type input device, wherein the first switch is configured such that in the character input mode, a character stroke is input while the first switch is clicked and a cursor is moved according to location information of the pen-type input device both when the first switch is clicked and when the first switch is not clicked, and in the mouse mode, the cursor is moved according to location information of the pen-type input device while the first switch is clicked, characterized in that the first switch is configured such that in the mouse mode the cursor is maintained while the first switch is not clicked.
An EMI shielded vent panel for disposition over a corresponding opening of an electronics enclosure, the panel being fabricated from a metal structure and comprising: an exterior frame section including mounting holes for receiving fastening members for mounting the vent panel on to a surface of the electronics enclosure to cover the opening of the electronics enclosure, and an interior medium section, the medium being circumscribed by the exterior frame section and further comprising a plurality of cells defining a plurality of ventilation passageways extending through the thickness of the medium, in which the vent panel is fabricated from an electrically-conductive material capable of EMI shielding and is adapted to circumscribe the opening of the electronics enclosure, and characterised in that the exterior frame section has a generally C-shaped construction, and wherein the vent panel including both the exterior frame section and the interior medium section is formed of a single, homogenous metal structure using a selective laser sintering process. an exterior frame section including mounting holes for receiving fastening members for mounting the vent panel on to a surface of the electronics enclosure to cover the opening of the electronics enclosure, and an interior medium section, the medium being circumscribed by the exterior frame section and further comprising a plurality of cells defining a plurality of ventilation passageways extending through the thickness of the medium, in which the vent panel is fabricated from an electrically-conductive material capable of EMI shielding and is adapted to circumscribe the opening of the electronics enclosure, and characterised in that the exterior frame section has a generally C-shaped construction, and wherein the vent panel including both the exterior frame section and the interior medium section is formed of a single, homogenous metal structure using a selective laser sintering process.
A lighting apparatus, comprising: a power supply circuit; a light-emitting unit configured to drive light emission based on a power supply voltage generated by the power supply circuit; characterised in that the lighting apparatus further comprises a mounting unit configured to detachably mount an electronic apparatus such that a first voltage output (Ts-out) of the lighting apparatus is connected to a first voltage input (Ts-in) of the electronic apparatus and a second voltage output (Tm-out) of the lighting apparatus is connected to a second voltage input (Tm-in) of the electronic apparatus; and a lighting-side controller configured to perform, when the electronic apparatus is mounted to the mounting unit, control to supply an operating voltage based on the power supply voltage to the first voltage output (Ts-out), execute authentication processing based on authentication information received from the electronic apparatus after supplying the operating voltage to the first voltage output (Ts-out), and, based on a result of the authentication processing, control to supply the operating voltage based on the power supply voltage to the second voltage output (Tm-out). a power supply circuit; a light-emitting unit configured to drive light emission based on a power supply voltage generated by the power supply circuit; characterised in that the lighting apparatus further comprises a mounting unit configured to detachably mount an electronic apparatus such that a first voltage output (Ts-out) of the lighting apparatus is connected to a first voltage input (Ts-in) of the electronic apparatus and a second voltage output (Tm-out) of the lighting apparatus is connected to a second voltage input (Tm-in) of the electronic apparatus; and a lighting-side controller configured to perform, when the electronic apparatus is mounted to the mounting unit, control to supply an operating voltage based on the power supply voltage to the first voltage output (Ts-out), execute authentication processing based on authentication information received from the electronic apparatus after supplying the operating voltage to the first voltage output (Ts-out), and, based on a result of the authentication processing, control to supply the operating voltage based on the power supply voltage to the second voltage output (Tm-out). control to supply an operating voltage based on the power supply voltage to the first voltage output (Ts-out), execute authentication processing based on authentication information received from the electronic apparatus after supplying the operating voltage to the first voltage output (Ts-out), and, based on a result of the authentication processing, control to supply the operating voltage based on the power supply voltage to the second voltage output (Tm-out).
An apparatus for forming bristle bundles, wherein the apparatus has at least one bundle pocket for receiving at least one bristle bundle and a heating apparatus for heating the at least one bundle pocket, wherein the bundle pocket has at least one introduction opening and at least one lateral piercing through which a displacement means of the apparatus for profiling a bristle bundle inserted into the bundle pocket can be introduced into the bundle pocket transversely or at right angles to an insertion direction of a bristle bundle, and wherein the apparatus is set up by means of the bundle pocket to reshape a bristle bundle introduced into the bundle pocket from an undeformed initial shape into a desired target shape under the effect of heat which is emitted from the heating device onto the bundle pocket.
Commercial vehicle chassis comprising a chassis frame which comprises wheel axles having associated wheels, and comprises longitudinal members and transverse members (5, 5.1), of which a rear end transverse member (5.1) which closes the chassis frame at the rear end is part of a chassis frame rear end, and the rear end transverse member (5.1) and at least one further transverse member have locking elements (5.2) for locking a payload, in particular a container, the chassis frame rear end comprising the rear end transverse member (5.1) being designed as a compact rear end having a central beam which is arranged at a distance underneath the rear end transverse member (5.1) and which extends between two rear-end wheels and/or extends between two wheel covers associated with the rear-end wheels, the rear end transverse member (5.1) being arranged at least in regions above rear-end wheels and/or above wheel covers associated with the rear-end wheels, the compact rear end having the rear end transverse member (5.1) and the central beam being designed so as to be movable in the longitudinal direction of the commercial vehicle chassis and it being possible for the central beam to be transferred from its position between the rear-end wheels or from its position between the wheel covers associated with the rear-end wheels together with the rear end transverse member (5.1) from its position at least in regions above rear-end wheels or wheel covers associated with the rear-end wheels into a set-back position and the compact rear end having the rear end transverse member (5.1) and the rear-end central beam being part of a compact rear end extension, characterised in that a pivotable or movable outer beam (9.1) is provided on the central beam on its relevant commercial vehicle chassis outer side.