mhurhangee/ep-ind-claims huggingface dataset:
An apparatus operable to obtain a biopsy sample of a bone and/or associated bone marrow comprising: a powered driver having a drive shaft with a portion of the drive shaft extending from one end of the powered driver; a biopsy needle set having a first end operable to penetrate the bone and associated bone marrow; a coupler assembly having a first end operable to be releasably engaged with a second end of the biopsy needle set; the coupler assembly having a second end operable to be releasably engaged with the portion of the drive shaft extending from the one end of the powered driver; the biopsy needle set including a cannula having a first end and a second end with a longitudinal bore extending through the cannula from the first end to the second end; an opening formed in the first end of the cannula; a plurality of cutting surfaces disposed on the first end of the cannula proximate the opening; the cutting surfaces operable to penetrate bone and associated bone marrow; the biopsy needle set including an inner penetrator disposed within the longitudinal bore of the cannula; a hub attached to the second end of the cannula; characterized in that the first end of the coupler assembly configured to be releasably engaged with the hub such that rotation of the coupler assembly rotates the hub and cannula. a powered driver having a drive shaft with a portion of the drive shaft extending from one end of the powered driver; a biopsy needle set having a first end operable to penetrate the bone and associated bone marrow; a coupler assembly having a first end operable to be releasably engaged with a second end of the biopsy needle set; the coupler assembly having a second end operable to be releasably engaged with the portion of the drive shaft extending from the one end of the powered driver; the biopsy needle set including a cannula having a first end and a second end with a longitudinal bore extending through the cannula from the first end to the second end; an opening formed in the first end of the cannula; a plurality of cutting surfaces disposed on the first end of the cannula proximate the opening; the cutting surfaces operable to penetrate bone and associated bone marrow; the biopsy needle set including an inner penetrator disposed within the longitudinal bore of the cannula; a hub attached to the second end of the cannula; characterized in that the first end of the coupler assembly configured to be releasably engaged with the hub such that rotation of the coupler assembly rotates the hub and cannula.
A device comprising: a reagent portion in which a chemiluminescent indicator and a chemiluminescent substrate for the indicator are disposed; and a base on which the reagent portion is formed, wherein the chemiluminescent indicator and the chemiluminescent substrate are disposed independently from each other in the reagent portion in such a manner that the chemiluminescent indicator and the chemiluminescent substrate can react with each other when a sample is supplied to the reagent portion, wherein the chemiluminescent indicator is a fusion protein in which a protein capable of binding an analyte in the sample and a chemiluminescent protein are fused together, the protein and the protein are linked in such a manner that resonance energy transfer can occur, the protein is either a protein that can emit fluorescence in a state where the analyte is bound thereto or a protein capable of binding an autofluorescent molecule as the analyte, the protein can excite fluorescence or autofluorescence of the protein with its luminescence energy, and the chemiluminescent substrate is a substrate for the protein. a reagent portion in which a chemiluminescent indicator and a chemiluminescent substrate for the indicator are disposed; and a base on which the reagent portion is formed, wherein the chemiluminescent indicator and the chemiluminescent substrate are disposed independently from each other in the reagent portion in such a manner that the chemiluminescent indicator and the chemiluminescent substrate can react with each other when a sample is supplied to the reagent portion, wherein the chemiluminescent indicator is a fusion protein in which a protein capable of binding an analyte in the sample and a chemiluminescent protein are fused together, the protein and the protein are linked in such a manner that resonance energy transfer can occur, the protein is either a protein that can emit fluorescence in a state where the analyte is bound thereto or a protein capable of binding an autofluorescent molecule as the analyte, the protein can excite fluorescence or autofluorescence of the protein with its luminescence energy, and the chemiluminescent substrate is a substrate for the protein.
A defect detection device comprising: an imaging device configured to image the surface of an inspection object; a binarization processing unit configured to subject a two-dimensional image obtained by the imaging device to first and second binarization processing by use of different first and second binarization thresholds, so as to calculate first and second sizes for an identical defect in the image; a ratio calculation unit configured to calculate a first ratio of the second size to the first size; and a depth determination unit configured to determine a relative depth of the defect by comparing the first ratio with a threshold value. an imaging device configured to image the surface of an inspection object; a binarization processing unit configured to subject a two-dimensional image obtained by the imaging device to first and second binarization processing by use of different first and second binarization thresholds, so as to calculate first and second sizes for an identical defect in the image; a ratio calculation unit configured to calculate a first ratio of the second size to the first size; and a depth determination unit configured to determine a relative depth of the defect by comparing the first ratio with a threshold value.
A subintimal recanalization catheter assembly for recanalizing a blood vessel having an occlusion in a lumen thereof, the catheter assembly comprising: an outer tubular member (12; 112) having a lumen (16; 116) extending therethrough; an inner tubular member (14; 114) having a lumen (18; 118) extending therethrough, the inner tubular member (14; 114) being disposed in the lumen (16; 116) of the outer tubular member (12; 112) and movable relative to the outer tubular member (12; 112); an expandable structure (30; 130) secured to a distal portion of the inner tubular member (14; 114), the expandable structure (30; 130) configured to be actuated between a collapsed configuration and an expanded configuration by longitudinal movement of the inner tubular member (14; 114) relative to the outer tubular member (12; 112); and a penetration member sized to be advanced through the lumen (18; 118) of the inner tubular member (14; 114) such that a distal portion of the penetration member is extendable distally of a distal end of the inner tubular member (14; 114); wherein the catheter assembly is configured to be advanced into a subintimal space between a first tissue layer and a second tissue layer of a wall of the blood vessel to facilitate reentry into the lumen of the blood vessel by advancing the penetration member distally out of the lumen (18; 118) of the inner tubular member (14; 114) and through the first tissue layer into the lumen of the blood vessel distal of the occlusion. an outer tubular member (12; 112) having a lumen (16; 116) extending therethrough; an inner tubular member (14; 114) having a lumen (18; 118) extending therethrough, the inner tubular member (14; 114) being disposed in the lumen (16; 116) of the outer tubular member (12; 112) and movable relative to the outer tubular member (12; 112); an expandable structure (30; 130) secured to a distal portion of the inner tubular member (14; 114), the expandable structure (30; 130) configured to be actuated between a collapsed configuration and an expanded configuration by longitudinal movement of the inner tubular member (14; 114) relative to the outer tubular member (12; 112); and a penetration member sized to be advanced through the lumen (18; 118) of the inner tubular member (14; 114) such that a distal portion of the penetration member is extendable distally of a distal end of the inner tubular member (14; 114); wherein the catheter assembly is configured to be advanced into a subintimal space between a first tissue layer and a second tissue layer of a wall of the blood vessel to facilitate reentry into the lumen of the blood vessel by advancing the penetration member distally out of the lumen (18; 118) of the inner tubular member (14; 114) and through the first tissue layer into the lumen of the blood vessel distal of the occlusion.
Moulded part for the screwing of bolts which have a threaded portion and a tool attachment piece, comprising: a flat, round force distribution portion having a first side face, a second side face located opposite the first side face, and an aperture which passes through the side faces (16, 17), wherein the first side face is substantially planar, a tool portion which adjoins the second side face of the force distribution portion and which has an inner profile arranged substantially concentrically in relation to the aperture, wherein the largest diameter of the inner profile is larger than the largest diameter of the aperture, and at least one lever portion (24a, 24b), adjoining the force distribution portion and/or the tool portion, for exerting a torque on an application point that is located in the interior, in particular in the centre, of the inner profile, characterized in that the force distribution portion has at least a minimum diameter which is more than three times, in particular four to five times, as large as the maximum diameter of the aperture. a flat, round force distribution portion having a first side face, a second side face located opposite the first side face, and an aperture which passes through the side faces (16, 17), wherein the first side face is substantially planar, a tool portion which adjoins the second side face of the force distribution portion and which has an inner profile arranged substantially concentrically in relation to the aperture, wherein the largest diameter of the inner profile is larger than the largest diameter of the aperture, and at least one lever portion (24a, 24b), adjoining the force distribution portion and/or the tool portion, for exerting a torque on an application point that is located in the interior, in particular in the centre, of the inner profile, characterized in that the force distribution portion has at least a minimum diameter which is more than three times, in particular four to five times, as large as the maximum diameter of the aperture.
A method for correcting a frequency offset by a user equipment, UE, in vehicle-to-vehicle, V2V, communication, the method comprising: receiving a sub frame including a reference signal from a transmitting end; and correcting the frequency offset based on the reference signal, wherein the reference signal is mapped to resource elements with either exclusively even or exclusively odd subcarrier indices in each of four symbols in the subframe, wherein correcting the frequency offset comprises comparing repeated signals repeated at a time interval corresponding to the length of a first symbol among the four symbols, wherein each of the repeated signals corresponds to the reference signal mapped to the first symbol, wherein the reference signal comprises a demodulation reference signal, DMRS, and wherein the first symbol is composed of twelve resource elements, each having a subcarrier index, wherein a first DMRS sequence with a length of 6 is used for mapping the reference signal to the first symbol, and wherein the first DMRS sequence is made up of part of a preconfigured second DMRS sequence with a length of 12. receiving a sub frame including a reference signal from a transmitting end; and correcting the frequency offset based on the reference signal, wherein the reference signal is mapped to resource elements with either exclusively even or exclusively odd subcarrier indices in each of four symbols in the subframe, wherein correcting the frequency offset comprises comparing repeated signals repeated at a time interval corresponding to the length of a first symbol among the four symbols, wherein each of the repeated signals corresponds to the reference signal mapped to the first symbol, wherein the reference signal comprises a demodulation reference signal, DMRS, and wherein the first symbol is composed of twelve resource elements, each having a subcarrier index, wherein a first DMRS sequence with a length of 6 is used for mapping the reference signal to the first symbol, and wherein the first DMRS sequence is made up of part of a preconfigured second DMRS sequence with a length of 12.
Process for manufacturing a self-sealing elastomer composition, said process comprising the following steps (phr meaning parts by weight per one hundred parts of solid elastomer): a) a masterbatch, comprising at least one solid diene elastomer chosen from the group formed by polybutadienes, natural rubber, synthetic polyisoprenes, butadiene copolymers, isoprene copolymers and blends of these elastomers, and between 30 and 90 phr of a thermoplastic hydrocarbon resin that is solid at 23°C, is firstly manufactured by compounding these various components in a mixer at a temperature or up to a temperature called the "hot compounding" temperature which is above the softening point of the hydrocarbon resin, measured according to the standard ISO 4625; and b) then at least one crosslinking system is incorporated into the masterbatch thus prepared, by compounding everything in the same mixer or in a different mixer, at a temperature or up to a temperature which is kept below 100°C, in order to obtain said self-sealing composition; and c) in the presence of 0 to less than 30 phr of filler, such an optional filler being introduced during step (a) or step (b). a) a masterbatch, comprising at least one solid diene elastomer chosen from the group formed by polybutadienes, natural rubber, synthetic polyisoprenes, butadiene copolymers, isoprene copolymers and blends of these elastomers, and between 30 and 90 phr of a thermoplastic hydrocarbon resin that is solid at 23°C, is firstly manufactured by compounding these various components in a mixer at a temperature or up to a temperature called the "hot compounding" temperature which is above the softening point of the hydrocarbon resin, measured according to the standard ISO 4625; and b) then at least one crosslinking system is incorporated into the masterbatch thus prepared, by compounding everything in the same mixer or in a different mixer, at a temperature or up to a temperature which is kept below 100°C, in order to obtain said self-sealing composition; and c) in the presence of 0 to less than 30 phr of filler, such an optional filler being introduced during step (a) or step (b).
A method of translating network telemetry data for caching and distribution comprising: receiving, from a network device (120a-120b), a set of network telemetry data in one or more vendor-specific formats, wherein the set of network telemetry data includes data values having one or more vendor-specific data types; translating the set of network telemetry data into a vendor-neutral format, wherein the data values are converted into a vendor-neutral data type; storing the translated network telemetry data as a plurality of data nodes; maintaining a client queue having a node pointer queue and a node pointer map, wherein the node pointer map includes a plurality of node-pointer, node-count pairs, each node pointer indicating a path to a data node corresponding to the node pointer, and the node count indicating a number of updates to the data node since a previous transmission of the contents of the data node to a client device (130a-130b); receiving, from the network device, a vendor-specific network telemetry update data in one of the vendor-specific formats; translating the vendor-specific network telemetry update data into the vendor-neutral format and updating the corresponding data node of the plurality of data nodes; and transmitting, to the client device, a set of node-value, node-count pairs including, for each node pointer in the node pointer queue, a converted neutral data value in the data node corresponding to the node pointer, and the node count in the node pointer map corresponding to the node pointer. receiving, from a network device (120a-120b), a set of network telemetry data in one or more vendor-specific formats, wherein the set of network telemetry data includes data values having one or more vendor-specific data types; translating the set of network telemetry data into a vendor-neutral format, wherein the data values are converted into a vendor-neutral data type; storing the translated network telemetry data as a plurality of data nodes; maintaining a client queue having a node pointer queue and a node pointer map, wherein the node pointer map includes a plurality of node-pointer, node-count pairs, each node pointer indicating a path to a data node corresponding to the node pointer, and the node count indicating a number of updates to the data node since a previous transmission of the contents of the data node to a client device (130a-130b); receiving, from the network device, a vendor-specific network telemetry update data in one of the vendor-specific formats; translating the vendor-specific network telemetry update data into the vendor-neutral format and updating the corresponding data node of the plurality of data nodes; and transmitting, to the client device, a set of node-value, node-count pairs including, for each node pointer in the node pointer queue, a converted neutral data value in the data node corresponding to the node pointer, and the node count in the node pointer map corresponding to the node pointer.
Coffee machine for domestic use, comprising: - a water tank - a pump which draws water from said tank; - a heater which receives water from said pump and is capable of heating the water to turn it into steam; - a spring-loaded non-return valve which controls an outlet to a device for extracting coffee; - a wand for dispensing hot water or steam; - a two-way diverter solenoid valve which receives hot water/steam from said heater and conveys it to said spring-loaded non-return valve or to said wand depending on the setting received via corresponding buttons of a machine control panel, said buttons also being operatively connected to said heater to set its water heating level; characterised in that the spring-loaded non-return valve is integrated in the two-way diverter solenoid valve so as to form with it a single body. - a water tank - a pump which draws water from said tank; - a heater which receives water from said pump and is capable of heating the water to turn it into steam; - a spring-loaded non-return valve which controls an outlet to a device for extracting coffee; - a wand for dispensing hot water or steam; - a two-way diverter solenoid valve which receives hot water/steam from said heater and conveys it to said spring-loaded non-return valve or to said wand depending on the setting received via corresponding buttons of a machine control panel, said buttons also being operatively connected to said heater to set its water heating level; characterised in that the spring-loaded non-return valve is integrated in the two-way diverter solenoid valve so as to form with it a single body.
A vehicle system comprising: a housing disposed at a front portion of a vehicle and including a forward opening; a headlamp disposed within the housing; a headlamp lens extending over the forward opening; an image sensor disposed within the housing and configured to detect a light source; an ambient light sensor; a controller operably coupled to the image sensor, the ambient light sensor, and the headlamp, the controller operable to control the headlamp in response to the light source detected by the image sensor; and a baffle proximate the image sensor, wherein a protrusion is provided in the headlamp and forms a circular wall that defines a lens island, which is provided in the headlamp lens and which isolates the image sensor from optical communication with the headlamp, and wherein the baffle is a circular baffle that projects forward, wherein said circular wall is integral with the baffle such that a portion of the baffle extends into or through the headlamp lens, and wherein the baffle is configured to isolate the image sensor from light emitted by the headlamp. a housing disposed at a front portion of a vehicle and including a forward opening; a headlamp disposed within the housing; a headlamp lens extending over the forward opening; an image sensor disposed within the housing and configured to detect a light source; an ambient light sensor; a controller operably coupled to the image sensor, the ambient light sensor, and the headlamp, the controller operable to control the headlamp in response to the light source detected by the image sensor; and a baffle proximate the image sensor, wherein a protrusion is provided in the headlamp and forms a circular wall that defines a lens island, which is provided in the headlamp lens and which isolates the image sensor from optical communication with the headlamp, and wherein the baffle is a circular baffle that projects forward, wherein said circular wall is integral with the baffle such that a portion of the baffle extends into or through the headlamp lens, and wherein the baffle is configured to isolate the image sensor from light emitted by the headlamp.
A method comprising detecting a failure of an authentication server within a first sub-realm of a single-realm authentication system of an operator, and routing authentication messages of at least one authentication client within the first sub-realm to a fallback authentication server within a second sub-realm of the single-realm authentication system of the operator, wherein the authentication messages are routed over an intra-operator network using source routing by reconfiguring routing information for the routing of the authentication messages according to the second sub-realm with the fallback authentication server. detecting a failure of an authentication server within a first sub-realm of a single-realm authentication system of an operator, and routing authentication messages of at least one authentication client within the first sub-realm to a fallback authentication server within a second sub-realm of the single-realm authentication system of the operator, wherein the authentication messages are routed over an intra-operator network using source routing by reconfiguring routing information for the routing of the authentication messages according to the second sub-realm with the fallback authentication server.
Oral delivery tablet, the delivery tablet being formed by compression of a plurality of particles, the oral delivery tablet comprising sugar alcohol(s) in an amount of 40 to 100% by weight of the delivery tablet, wherein at least 10% by weight of the delivery tablet comprises a plurality of particles consisting of erythritol, wherein the delivery tablet comprises a plurality of further sugar alcohol particles in an amount of at least 10% by weight of the delivery tablet, wherein said further sugar alcohol particles comprise at least one sugar alcohol, wherein said further sugar alcohol particles have a composition which is different from said particles consisting of erythritol, and wherein said particles consisting of erythritol are non-DC grade particles, where non-DC stands for particles which are not directly compressible in a tableting process.