mhurhangee/patent-ind-claim-en huggingface dataset:
A nose cone assembly comprising a nose cone and a support ring , the nose cone is mounted on the support ring , the support ring comprises an annular main body for rigid connection between the support ring and the adjacent engine components and an annular projecting attachment flange , the attachment flange terminating in a plurality of circumferentially spaced attachment tabs , wherein the nose cone is mounted on the plurality of attachment tabs of the support ring , each attachment tab is flexible to a limited degree, each attachment tab has an opening extending through the attachment tab in a radial direction, the nose cone connects each of the attachment tabs together to distribute any load or deflection seen in any one of the attachments tabs amongst the other attachment tabs , characterised in that the attachment flange forms with the main body a cross-section having at least two C shaped curves , wherein the two C shaped curves that together define an S shaped profile for the support ring , the combined S shaped profile imparts a natural flexibility to the support ring , wherein the first C shaped curve is formed at the base of the attachment flange in the region where the attachment flange initially projects from the main body and the second C shaped curve is formed at the base of the attachment tabs where the attachment tabs project from the remainder of the attachment flange , and wherein the nose cone is a composite nose cone, the composite nose cone comprises an attachment region (A) and an impact region (I), the composite fibres are oriented substantially perpendicular to an axis of rotation of the nose cone in the attachment region (A), and the composite fibres are oriented substantially parallel to the axis of rotation of the nose cone in the impact region (I), and the attachment region (A) of the nose cone is mounted on the plurality of attachment tabs of the support ring .
A method for verifying data for use on an aircraft , comprising: receiving, by a processor unit , a plurality of digital certificates associated with the data ; selecting, by the processor unit, a quorum rule in response to a determination that a specified certificate authority may have been compromised; and verifying, by the processor unit , the data for use on the aircraft using a selected number of the plurality of digital certificates by determining whether at least a specified number of the selected number of the plurality of digital certificates is valid; wherein the specified number is defined by the quorum rule. receiving, by a processor unit , a plurality of digital certificates associated with the data ; selecting, by the processor unit, a quorum rule in response to a determination that a specified certificate authority may have been compromised; and verifying, by the processor unit , the data for use on the aircraft using a selected number of the plurality of digital certificates by determining whether at least a specified number of the selected number of the plurality of digital certificates is valid; wherein the specified number is defined by the quorum rule.
A system for segregating particles of interest from a sample prepared in a light-curable polymeric medium, comprising: (a) a light transparent sample plate having one or more receptacles for containing the sample, (b) one or more light sources for illuminating and/or curing the sample, (c) a liquid crystal display (LCD) for selectively controlling the transmission of light to the sample, (d) a means for aligning the sample plate and the LCD with the LCD oriented between the sample and the light source, (e) a means for observing the sample plate and/or the LCD by microscopy, (f) a means for capturing images obtained from the microscopy means of (e) to obtain microscopic images of the sample plate with and without the LCD between the sample and the light source, and (g) a microprocessor and software for controlling the system, wherein the microprocessor and software for controlling the system are configured to analyze and align the images obtained from (f) to obtain a composite image to locate and identify particles of interest in the sample, the system being configured to selectively transmit or not transmit polymer-curing wavelengths of light to the curable polymeric medium at desired locations to provide an array of cured and uncured regions of the polymeric medium to selectively immobilize or not immobilize the particles of interest. (a) a light transparent sample plate having one or more receptacles for containing the sample, (b) one or more light sources for illuminating and/or curing the sample, (c) a liquid crystal display (LCD) for selectively controlling the transmission of light to the sample, (d) a means for aligning the sample plate and the LCD with the LCD oriented between the sample and the light source, (e) a means for observing the sample plate and/or the LCD by microscopy, (f) a means for capturing images obtained from the microscopy means of (e) to obtain microscopic images of the sample plate with and without the LCD between the sample and the light source, and (g) a microprocessor and software for controlling the system, wherein the microprocessor and software for controlling the system are configured to analyze and align the images obtained from (f) to obtain a composite image to locate and identify particles of interest in the sample,
A ring mounting device for applying an elastic, circumferentially closed ring , in particular a sealing ring, onto an outer jacket of a component , comprising at least two gripper arms adapted to be pivoted towards and away from each other, each gripper arm having a finger mounted thereon and the fingers being adapted to enter into a surface area enclosed by the ring and to be moved away from each other and outwards by the pivoting of the gripper arms in order to tension the ring , characterized in that the fingers are mounted at the associated gripper arm so as to be displaceable relative to the associated gripper arm in their direction of longitudinal extent (R). at least two gripper arms adapted to be pivoted towards and away from each other, each gripper arm having a finger mounted thereon and the fingers being adapted to enter into a surface area enclosed by the ring and to be moved away from each other and outwards by the pivoting of the gripper arms in order to tension the ring , characterized in that the fingers are mounted at the associated gripper arm so as to be displaceable relative to the associated gripper arm in their direction of longitudinal extent (R).
A method for the layerwise construction of bodies comprising at least the following steps: a) providing a construction material mixture comprising at least: a novolac as a solid, and an isocyanate component comprising a polyisocyanate; b) spreading a layer of the construction material mixture with a layer thickness of 0.05 mm to 3 mm; c) printing selected regions of the layer with a first solvent, wherein the first solvent at least partially dissolves the novolac; and d) multiple repetition of steps b) and c). a) providing a construction material mixture comprising at least: a novolac as a solid, and an isocyanate component comprising a polyisocyanate; a novolac as a solid, and an isocyanate component comprising a polyisocyanate; b) spreading a layer of the construction material mixture with a layer thickness of 0.05 mm to 3 mm; c) printing selected regions of the layer with a first solvent, wherein the first solvent at least partially dissolves the novolac; and d) multiple repetition of steps b) and c).
A specific binding member that binds carbonic anhydrase IX (CAIX), wherein the specific binding member comprises a VH domain and a VL domain, wherein the VH domain has the amino acid sequence set forth in SEQ ID NO: 7, and the VL domain has the amino acid sequence set forth in SEQ ID NOs 20 or 8.
An interventional device configured for repair of a regurgitant tricuspid valve, the repair device comprising: a proximal disk element movable between a collapsed configuration and an expanded configuration; a distal disk element moveable between a collapsed configuration and an expanded configuration, the distal disk element being spaced apart from the proximal disk element so as to define a grasping space therebetween for grasping tricuspid valve leaflets when the proximal disk element and the distal disk element are in expanded configurations and are deployed at a tricuspid valve; and a neck section joining the proximal disk element and the distal disk element , the neck section having a diameter that is smaller than a diameter of the proximal disk element and the distal disk element . a proximal disk element movable between a collapsed configuration and an expanded configuration; a distal disk element moveable between a collapsed configuration and an expanded configuration, the distal disk element being spaced apart from the proximal disk element so as to define a grasping space therebetween for grasping tricuspid valve leaflets when the proximal disk element and the distal disk element are in expanded configurations and are deployed at a tricuspid valve; and a neck section joining the proximal disk element and the distal disk element , the neck section having a diameter that is smaller than a diameter of the proximal disk element and the distal disk element .
A patch for applying to the skin of a subject comprising potassium permanganate particles dispersed within a cured medical grade silicone, wherein said potassium permanganate particles have an average diameter between 1nm - 60 μm; and said silicone has a shore hardness between 5-60A post-curing.
Method for transferring power from a primary circuit (CP) comprising a resonant circuit and an inverter (OND) to a secondary circuit (CS), designed for the contactless charging of a battery (BAT) of an automobile vehicle (VEH), an electrical power being transferred by induction between a primary coil (BP) disposed in the ground and a secondary coil (BS) carried onboard said vehicle (VEH) and connected to said battery (BAT), said method comprising steps for: - (E6) controlling the switching cells (K1, K2, K3 and K4) of said inverter (OND) of the primary circuit (CP) connecting the primary coil (BP) to a DC power supply bus (BAC) - (E2) measurement of the current in the primary coil (Ie) - (E3) filtering of a signal of said current (Ie) - (E4) measurement of the phase shift (φM) between said current (Ie) and the voltage across the terminals of the resonant circuit of the primary circuit (Ve) - (E5) closed-loop frequency control of said primary circuit (CP) using the phase shift previously measured (φM) characterized in that said method furthermore comprises a step (E1) for initialization of said frequency of the primary circuit (CP), designed to fix the sign of said phase shift (φM) over a predetermined half-period of the signal of said current (Ie), as a function of said frequency thus initialized, and in that said steps of said method are executed at each period of the signal of said current (Ie). - (E6) controlling the switching cells (K1, K2, K3 and K4) of said inverter (OND) of the primary circuit (CP) connecting the primary coil (BP) to a DC power supply bus (BAC) - (E2) measurement of the current in the primary coil (Ie) - (E3) filtering of a signal of said current (Ie) - (E4) measurement of the phase shift (φM) between said current (Ie) and the voltage across the terminals of the resonant circuit of the primary circuit (Ve) - (E5) closed-loop frequency control of said primary circuit (CP) using the phase shift previously measured (φM)
A method comprising: transmitting a bandwidth portion assignment to indicate an assignment of at least one first bandwidth portion of a plurality of bandwidth portions within an available bandwidth to a first numerology, the first numerology having an associated first OFDM subcarrier spacing and first symbol duration; the plurality of bandwidth portions having at least one second bandwidth portion that is assigned to a second numerology, the second numerology having an associated second OFDM subcarrier spacing and second symbol duration; the first OFDM subcarrier spacing being one of 7.5 kHz, 15 kHz, 30 kHz, or 60 kHz; and the second OFDM subcarrier spacing being a different one of 7.5 kHz, 15 kHz, 30 kHz, or 60 kHz; characterized by transmitting a resource block allocation field to indicate an allocation of resource blocks within the indicated at least one first bandwidth portion assigned to the first numerology; the resource block allocation field having a size that is proportional to a size of a bandwidth over which resource block allocation is performed, wherein the available bandwidth is divided into the plurality of bandwidth portions, which are used as the unit of assignment for assigning at least one sub-band to each of the first and second numerology, and wherein a sub-band comprises a contiguous set of one or more bandwidth portions. transmitting a bandwidth portion assignment to indicate an assignment of at least one first bandwidth portion of a plurality of bandwidth portions within an available bandwidth to a first numerology, the first numerology having an associated first OFDM subcarrier spacing and first symbol duration; the plurality of bandwidth portions having at least one second bandwidth portion that is assigned to a second numerology, the second numerology having an associated second OFDM subcarrier spacing and second symbol duration; the first OFDM subcarrier spacing being one of 7.5 kHz, 15 kHz, 30 kHz, or 60 kHz; and the second OFDM subcarrier spacing being a different one of 7.5 kHz, 15 kHz, 30 kHz, or 60 kHz; characterized by transmitting a resource block allocation field to indicate an allocation of resource blocks within the indicated at least one first bandwidth portion assigned to the first numerology; the resource block allocation field having a size that is proportional to a size of a bandwidth over which resource block allocation is performed, wherein the available bandwidth is divided into the plurality of bandwidth portions, which are used as the unit of assignment for assigning at least one sub-band to each of the first and second numerology, and wherein a sub-band comprises a contiguous set of one or more bandwidth portions.
A method for mounting a blade on a wind turbine rotor carried by a wind turbine structure which wind turbine structure includes a tower and a nacelle positioned on top of the tower , the method comprising: - providing an external blade lifting crane having a primary cable, said external lifting crane being configured to carry the weight of the blade ; - providing a control line guide in the form of a secondary crane at the wind turbine structure, said secondary crane being a nacelle crane, said control line guide forming a control line point , said step including fixing said control line guide to the nacelle of said wind turbine, prior to mounting said blade; - attaching a control line between the control line point and the blade , wherein the control line is fixed at the blade ; - lifting the blade with said external blade lifting crane while a root end of the blade is guided towards the rotor by use of said control line , wherein said external blade lifting crane mainly carries the weight of the blade; and - connecting said blade to said rotor ; and - releasing said control line of said control line guide and said primary lifting cable of said external blade lifting crane from the wind turbine blade . - providing an external blade lifting crane having a primary cable, said external lifting crane being configured to carry the weight of the blade ; - providing a control line guide in the form of a secondary crane at the wind turbine structure, said secondary crane being a nacelle crane, said control line guide forming a control line point , said step including fixing said control line guide to the nacelle of said wind turbine, prior to mounting said blade; - attaching a control line between the control line point and the blade , wherein the control line is fixed at the blade ; - lifting the blade with said external blade lifting crane while a root end of the blade is guided towards the rotor by use of said control line , wherein said external blade lifting crane mainly carries the weight of the blade; and - connecting said blade to said rotor ; and - releasing said control line of said control line guide and said primary lifting cable of said external blade lifting crane from the wind turbine blade .
Counting unit for counting a number of times an electrical device has been sterilized by exposure to a thermal event, the counting unit comprising: a rotary member configured to rotate about a first axis , the rotary member including a plurality of position indicators fixedly disposed on the rotary member ; an actuator configured to engage the rotary member , the actuator configured to change shape from a first configuration to a second configuration when subjected to a predetermined temperature; and a sensor configured to detect the plurality of position indicators so as to determine a rotation of the rotary member , characterized in the actuator is an elongated and/or radially expanded member in the second configuration, wherein the actuator engages the rotary member so as to rotate the rotary member when the actuator changes shape from the first configuration to the second configuration. a rotary member configured to rotate about a first axis , the rotary member including a plurality of position indicators fixedly disposed on the rotary member ; an actuator configured to engage the rotary member , the actuator configured to change shape from a first configuration to a second configuration when subjected to a predetermined temperature; and a sensor configured to detect the plurality of position indicators so as to determine a rotation of the rotary member , characterized in the actuator is an elongated and/or radially expanded member in the second configuration, wherein the actuator engages the rotary member so as to rotate the rotary member when the actuator changes shape from the first configuration to the second configuration.
An X-ray measurement apparatus, comprising: a control unit configured to set a group of preliminary measurement points on a sample in a preliminary measurement, and set a main measurement point on the sample in a main measurement; a spectrum generating unit configured to generate, in the preliminary measurement, a group of X-ray spectrums based on a group of detected signals obtained by detecting a group of X-rays emitted from the group of preliminary measurement points, and generate, in the main measurement, an X-ray spectrum based on a detected signal obtained by detecting X-rays emitted from the main measurement point; a noise filter unit configured to process the group of X-ray spectrums in the preliminary measurement and provided exclusively for screening the preliminary measurements to determine the main measurement point; a processing unit configured to process, in the preliminary measurement, respective X-ray spectrums that are output from the noise filter unit , and process, in the main measurement, the X-ray spectrum that has bypassed the noise filter unit; and a map generating unit configured to generate a map showing a composition distribution of the sample based on a result of analysis of the group of X-ray spectrums, wherein the main measurement point is determined based on the map, and wherein a measurement time for each of the preliminary measurement points in the preliminary measurement is shorter than a measurement time for the main measurement point in the main measurement. a control unit configured to set a group of preliminary measurement points on a sample in a preliminary measurement, and set a main measurement point on the sample in a main measurement; a spectrum generating unit configured to generate, in the preliminary measurement, a group of X-ray spectrums based on a group of detected signals obtained by detecting a group of X-rays emitted from the group of preliminary measurement points, and generate, in the main measurement, an X-ray spectrum based on a detected signal obtained by detecting X-rays emitted from the main measurement point; a noise filter unit configured to process the group of X-ray spectrums in the preliminary measurement and provided exclusively for screening the preliminary measurements to determine the main measurement point; a processing unit configured to process, in the preliminary measurement, respective X-ray spectrums that are output from the noise filter unit , and process, in the main measurement, the X-ray spectrum that has bypassed the noise filter unit; and a map generating unit configured to generate a map showing a composition distribution of the sample based on a result of analysis of the group of X-ray spectrums, wherein the main measurement point is determined based on the map, and wherein a measurement time for each of the preliminary measurement points in the preliminary measurement is shorter than a measurement time for the main measurement point in the main measurement.
A protection system for reducing migration of emboli within a blood flow of a vessel , the protection system comprising: a filter body having a distal portion and a proximal portion, where the filter body is configured for positioning within the vessel such that the blood flow enters the distal portion, wherein a wall of the filter body is porous to permit passage of the blood flow therethrough while capturing emboli within the blood flow ; a sealing membrane located circumferentially at the distal portion, the sealing membrane having an exterior sealing membrane located on an exterior of the filter body , wherein blood flow causes deflection of the exterior sealing membrane where the exterior sealing membrane comprises a material having an increased compliance relative to the wall of the filter body allowing for formation of an improved seal when expanded against an irregularity of the wall of the vessel ; and a catheter body configured to navigate through the vessel , where the filter body extends from an exterior of the catheter body . a filter body having a distal portion and a proximal portion, where the filter body is configured for positioning within the vessel such that the blood flow enters the distal portion, wherein a wall of the filter body is porous to permit passage of the blood flow therethrough while capturing emboli within the blood flow ; a sealing membrane located circumferentially at the distal portion, the sealing membrane having an exterior sealing membrane located on an exterior of the filter body , wherein blood flow causes deflection of the exterior sealing membrane where the exterior sealing membrane comprises a material having an increased compliance relative to the wall of the filter body allowing for formation of an improved seal when expanded against an irregularity of the wall of the vessel ; and a catheter body configured to navigate through the vessel , where the filter body extends from an exterior of the catheter body .