mhurhangee/ep-ind-claims huggingface dataset:
A method for adapting access timing parameters when using a dedicated short range communications, DSRC, spectrum, the method being executed by an apparatus, comprising: operating a multimode device outside of the DSRC spectrum, thereby using at least one access timing parameter; determining an activity level of DSRC transmissions within the DSRC spectrum; determining (710,1015) whether to use the DSRC spectrum for non-DSRC transmissions by determining whether the determined activity level of DSRC transmissions meets a preset threshold, if it is determined that the activity level of DSRC transmissions meet said threshold, adapting (720, 915, 1020) a duration of said at least one access timing parameter of the multi-mode device for operation of the multi-mode device within the DSRC spectrum, the at least one access timing parameter being adapted to provide priority, over transmissions of the multi-mode device, to transmissions of DSRC devices using the DSRC spectrum; and if it is determined that the activity level of DSRC transmissions exceeds said threshold, continuing to operate the multi mode device outside of the DSRC spectrum. operating a multimode device outside of the DSRC spectrum, thereby using at least one access timing parameter; determining an activity level of DSRC transmissions within the DSRC spectrum; determining (710,1015) whether to use the DSRC spectrum for non-DSRC transmissions by determining whether the determined activity level of DSRC transmissions meets a preset threshold, if it is determined that the activity level of DSRC transmissions meet said threshold, adapting (720, 915, 1020) a duration of said at least one access timing parameter of the multi-mode device for operation of the multi-mode device within the DSRC spectrum, the at least one access timing parameter being adapted to provide priority, over transmissions of the multi-mode device, to transmissions of DSRC devices using the DSRC spectrum; and if it is determined that the activity level of DSRC transmissions exceeds said threshold, continuing to operate the multi mode device outside of the DSRC spectrum.
A soap bar composition comprising 45 to 85 weight% total amount of soap wherein the composition comprises; a) 1 to 40% of C8 to C12 fatty acid soap by weight of the composition; b) 1 to 12% of ricinoleate soap by weight of the composition; wherein the composition comprises less than 8% oleate soap by weight of the composition, wherein total amount of stearate and palmitate soap is from 40 to 72% by weight of the composition. a) 1 to 40% of C8 to C12 fatty acid soap by weight of the composition; b) 1 to 12% of ricinoleate soap by weight of the composition;
A BMP9 polypeptide for use in therapeutically increasing red blood cell levels or treating anemia in a patient in need thereof, wherein the BMP9 polypeptide comprises an amino acid sequence that is at least 85% identical to the sequence of SEQ ID NO: 2.
A closure device for sealing a percutaneous puncture in a wall of a body passageway, the closure device comprising: a toggle (30B, 30C, 30F) configured to engage an interior surface of the body passageway, the toggle (30B, 30C, 30F) having a first hole configured to receive a guidewire therethrough, and a pair of suture holes; and a filament threaded through the pair of suture holes 31. a toggle (30B, 30C, 30F) configured to engage an interior surface of the body passageway, the toggle (30B, 30C, 30F) having a first hole configured to receive a guidewire therethrough, and a pair of suture holes; and a filament threaded through the pair of suture holes 31.
A method of assembling a gas turbine engine comprising: (a) providing a single-piece outer engine case including a combustor case portion, a turbine case portion, and a transition duct/mid-turbine frame case portion that are integrally formed together as a single-piece component, with the single-piece outer engine case having a foremost end and an aftmost end; (b) securing a combustor diffuser case assembly to the foremost end; (c) installing a combustor/turbine nozzle module assembly through an opening at the aftmost end; and installing first and second stage high-pressure turbine rotor assemblies (88,106), a high-pressure turbine vane cluster assembly, and a high-pressure turbine blade outer air seal assembly through the opening at the aftmost end subsequent to step (c). (a) providing a single-piece outer engine case including a combustor case portion, a turbine case portion, and a transition duct/mid-turbine frame case portion that are integrally formed together as a single-piece component, with the single-piece outer engine case having a foremost end and an aftmost end; (b) securing a combustor diffuser case assembly to the foremost end; (c) installing a combustor/turbine nozzle module assembly through an opening at the aftmost end; and
A roller carriage for receiving a sliding door, comprising a roller module for displaceably fitting on a roller raceway and a base body for fastening to the sliding door, characterized in that the roller carriage has a screen for a common movement with the roller module, wherein the screen has a screen section with an extension along the displacement direction of the roller module for a covering of the roller module and/or of the base body, wherein at least the screen section extends along the displacement direction of the roller module beyond the roller module and the base body.
A float valve for supplying a tank of a toilet flusher designed to be embedded in a wall, including a supply system comprising an inlet and an outlet, the inlet being provided to be connected to an external water inlet pipe arriving above the tank, the float valve further comprising an automatic valve for controlling the water level supplied by this inlet and provided to be installed in the tank, said outlet being fastened and connected to said automatic valve; the float valve being characterized in that the inlet and the outlet towards the automatic valve are substantially aligned and in that the supply system further includes, between the inlet and the outlet towards the automatic valve, a water intake provided to form in the tank an additional outlet which is substantially perpendicular to the alignment of the inlet and of the outlet towards the automatic valve.
An apparatus, comprising: a printed circuit board, PCB, including a component that generates high frequency electromagnetic frequency, EMF, noise during operation, the PCB POD including pads; a corresponding connector; and a removable shield to cover the component, the removable shield including lock fingers to extend from an edge of the removable shield to interface with the corresponding connector to align the removable shield with the corresponding connector, characterized in that the removable shield includes a gap in a perimeter of the removable shield to align with a clip in the corresponding connector, wherein the clip in the corresponding connector is to provide a mechanical interface with the PCB and wherein the removable shield is to be secured in contact with the PCB via the clip in the corresponding connector. a printed circuit board, PCB, including a component that generates high frequency electromagnetic frequency, EMF, noise during operation, the PCB POD including pads; a corresponding connector; and a removable shield to cover the component, the removable shield including lock fingers to extend from an edge of the removable shield to interface with the corresponding connector to align the removable shield with the corresponding connector, characterized in that the removable shield includes a gap in a perimeter of the removable shield to align with a clip in the corresponding connector, wherein the clip in the corresponding connector is to provide a mechanical interface with the PCB and wherein the removable shield is to be secured in contact with the PCB via the clip in the corresponding connector.
A handheld flashlight, comprising: a head including a light source; and first, second, and third legs (40, 50, 60) connected to the head, wherein at least two of the legs (40, 50, 60) are pivotally movable between closed and open positions, wherein the first, second, and third legs (40, 50, 60) are positioned to support the head in an elevated position when the at least two of the legs (40, 50, 60) are in their open positions; characterised in that the at least two of the legs (40, 50, 60) are spring-biased toward their open positions, and wherein the flashlight further comprises an operator-releasable detent mechanism that releasably holds the at least two of the legs (40, 50, 60) in their closed positions. a head including a light source; and first, second, and third legs (40, 50, 60) connected to the head, wherein at least two of the legs (40, 50, 60) are pivotally movable between closed and open positions, wherein the first, second, and third legs (40, 50, 60) are positioned to support the head in an elevated position when the at least two of the legs (40, 50, 60) are in their open positions;
A spark plug comprising an insulator formed of an alumina-based sintered material, wherein the alumina-based sintered material contains an Al component, an Si component, a Group 2 element component, the Group included in the periodic table defined by Recommendations 1990, IUPAC, and a rare earth element component in such amounts that satisfy a condition: 1.35 ≤ oxide-reduced amount of the Si component / oxide-reduced amount of the Group 2 element component / oxide-reduced amount of the rare earth element component ≤ 7.5; characterised in that the amounts satisfy a condition: 0,25 < = oxide-reduced amount mass % of the Si component < = 1.25; and in that the alumina-based sintered material includes alumina grains, and a glass phase including a crystal phase that satisfies a condition that the crystal phase includes at least one of an aluminate crystal phase and a silicate crystal phase, each having a grain size of 20 nm to 350 nm.
A medical apparatus (300, 400, 500, 600) comprising: - a magnetic resonance imaging system for acquiring magnetic resonance data; - a processor for controlling the medical apparatus; and - a memory containing machine readable instructions (350, 352, 354, 456, 458, 460) for execution by the processor, wherein execution of the instructions cause the processor to: - acquire (102, 202) baseline magnetic resonance data; - reconstruct (104, 204) a first image using the baseline magnetic resonance data; - acquire (106, 212) undersampled magnetic resonance data, wherein the undersampled magnetic resonance data is undersampled in k-space in comparison to the baseline magnetic resonance data; - reconstruct (108, 214) a second image using the undersampled magnetic resonance data and the first image, wherein the second image is reconstructed using an image ratio constrained reconstruction algorithm; and - calculate (110, 216) a temperature map using the second image. - a magnetic resonance imaging system for acquiring magnetic resonance data; - a processor for controlling the medical apparatus; and - a memory containing machine readable instructions (350, 352, 354, 456, 458, 460) for execution by the processor, wherein execution of the instructions cause the processor to: - acquire (102, 202) baseline magnetic resonance data; - reconstruct (104, 204) a first image using the baseline magnetic resonance data; - acquire (106, 212) undersampled magnetic resonance data, wherein the undersampled magnetic resonance data is undersampled in k-space in comparison to the baseline magnetic resonance data; - reconstruct (108, 214) a second image using the undersampled magnetic resonance data and the first image, wherein the second image is reconstructed using an image ratio constrained reconstruction algorithm; and - calculate (110, 216) a temperature map using the second image. - acquire (102, 202) baseline magnetic resonance data; - reconstruct (104, 204) a first image using the baseline magnetic resonance data; - acquire (106, 212) undersampled magnetic resonance data, wherein the undersampled magnetic resonance data is undersampled in k-space in comparison to the baseline magnetic resonance data; - reconstruct (108, 214) a second image using the undersampled magnetic resonance data and the first image, wherein the second image is reconstructed using an image ratio constrained reconstruction algorithm; and - calculate (110, 216) a temperature map using the second image.
A turbine used in a turbine engine comprising: a turbine airfoil that is in communication with a platform for the turbine, the platform comprising: a first set of openings that exhaust a first cooling stream in the direction of a stream of airflow through the airfoil in communication with the platform when the turbine is at a desired velocity; and a second set of openings that exhaust a second cooling stream in the direction of the stream of airflow through the airfoil in communication with the platform when the turbine is at the desired velocity, wherein the second set of openings are in a path of the first cooling stream, and the first cooling stream is adapted to cool the second set of openings; characterised in that: the second set of openings are more inclined towards the platform than the first set of openings. a first set of openings that exhaust a first cooling stream in the direction of a stream of airflow through the airfoil in communication with the platform when the turbine is at a desired velocity; and a second set of openings that exhaust a second cooling stream in the direction of the stream of airflow through the airfoil in communication with the platform when the turbine is at the desired velocity, wherein the second set of openings are in a path of the first cooling stream, and the first cooling stream is adapted to cool the second set of openings; characterised in that: the second set of openings are more inclined towards the platform than the first set of openings.
A method for detecting a fusion gene composed of a retinitis pigmentosa 2 (X-linked recessive) gene and a Rho GTPase activating protein 6 (ARHGAP6) gene, the method comprising a step of detecting whether a polynucleotide that encodes a polypeptide described by either or shown below exists in a sample obtained from a subject: a polypeptide that comprises an amino acid sequence having no less than 90% identity with an amino acid sequence represented by SEQ ID NO: 2; a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, or a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, in which 1 to 10 amino acids are deleted, substituted, inserted and/or added. a polypeptide that comprises an amino acid sequence having no less than 90% identity with an amino acid sequence represented by SEQ ID NO: 2; a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, or a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, in which 1 to 10 amino acids are deleted, substituted, inserted and/or added.
A flip-chip assembly process for connecting two microelectronic components (1,2) to each other, said components each comprising a face called the assembly face, in which the two assembly faces are brought together and a given constant force F is applied to one and/or the other of the components, one and/or the other assembly face(s) comprising: - connective inserts of stiff material; - interconnect bumps of ductile material having a given elastic limit σ e, the interconnect bumps of a component having an area S1 of contact with the other component once the two components have been assembled; and - spacer bumps, called spacers, the spacers of a component having an area S2 of contact with the other component once the two components have been assembled, process in which, prior to the application of the force F: - the inserts of one face are aligned opposite the interconnect bumps of the other face; - on the one hand, the height H of the spacers is set so that it is greater than that h of the connective inserts once the two components have been assembled and, on the other hand, the area S2 of the spacers is set so that, when they make contact with the other component, the stress σ generated in the interconnect bumps, generated by the force F, equal to F/(S1+S2), is less than or equal to their elastic limit σ e; and then the given constant force F is applied in order to make the inserts penetrate into the interconnect bumps until the spacers of one component are brought into assembly contact with the other component, defining the contact areas S1 and S2. - connective inserts of stiff material; - interconnect bumps of ductile material having a given elastic limit σ e, the interconnect bumps of a component having an area S1 of contact with the other component once the two components have been assembled; and - spacer bumps, called spacers, the spacers of a component having an area S2 of contact with the other component once the two components have been assembled, - the inserts of one face are aligned opposite the interconnect bumps of the other face; - on the one hand, the height H of the spacers is set so that it is greater than that h of the connective inserts once the two components have been assembled and, on the other hand, the area S2 of the spacers is set so that, when they make contact with the other component, the stress σ generated in the interconnect bumps, generated by the force F, equal to F/(S1+S2), is less than or equal to their elastic limit σ e; and then
Facade element with at least one photovoltaic module, comprising at least a front plate and a rear support plate, wherein the front plate forms the front side of the facade element, and at least one spacer is placed on the rear side of the support plate, wherein on the backside of said spacer a cover layer is arranged, characterized in that the space between the support plate and the cover layer is filled with at least one insulating material.
A printer, comprising: a thermal printhead including a plurality of resistive heating elements in a line; a platen roller facing the thermal printhead; a motor configured to drive the platen roller and convey paper to the thermal printhead by rotation of the platen roller; a power supply configured to supply power to the thermal printhead and the motor; and a control unit configured to control the supply of power to the resistive heating elements and the motor, the control unit causing the supply of power to the motor to be paused after the supply of power to the thermal printhead exceeds a power threshold value and then to resume the supply of power to the motor after a predetermined period of time elapses after the pause of the supply of power to the motor, characterized in that the power supply has a protection circuit that is configured to stop supplying power to avoid overloading of the power supply, and the power threshold value is a power value at which the protection circuit stops supplying power by the power supply. a thermal printhead including a plurality of resistive heating elements in a line; a platen roller facing the thermal printhead; a motor configured to drive the platen roller and convey paper to the thermal printhead by rotation of the platen roller; a power supply configured to supply power to the thermal printhead and the motor; and a control unit configured to control the supply of power to the resistive heating elements and the motor, the control unit causing the supply of power to the motor to be paused after the supply of power to the thermal printhead exceeds a power threshold value and then to resume the supply of power to the motor after a predetermined period of time elapses after the pause of the supply of power to the motor, characterized in that the power supply has a protection circuit that is configured to stop supplying power to avoid overloading of the power supply, and the power threshold value is a power value at which the protection circuit stops supplying power by the power supply.
A blood purification device comprising: a control device that controls the supply of a dialysis solution to a blood purifier; a dialysis solution supply tube in which the dialysis solution flows from the control device toward the blood purifier; a dialysis solution discharge tube in which the dialysis solution flows from the blood purifier toward the control device; a supply side coupler that connects between the dialysis solution supply tube and a dialysis solution inflow pipe of the blood purifier; and a discharge side coupler that connects between the dialysis solution discharge tube and a dialysis solution outflow pipe of the blood purifier, wherein the control device includes a coupler holder configured to temporarily hold the supply side coupler detached from the dialysis solution inflow pipe and the discharge side coupler detached from the dialysis solution outflow pipe, characterized in that at least one of the supply side coupler and the discharge side coupler includes a light source unit (40, 40a, 40b) configured to irradiate an interior of the coupler (30a, 30b) with ultraviolet light, wherein the light source unit (40, 40a, 40b) includes a power reception unit configured to receive power from the control device in a contactless scheme or in a contact scheme while the supply side coupler and the discharge side coupler are being held by the coupler holder and not to receive power from the control device while the supply side coupler and the discharge side coupler are detached from the coupler holder. a control device that controls the supply of a dialysis solution to a blood purifier; a dialysis solution supply tube in which the dialysis solution flows from the control device toward the blood purifier; a dialysis solution discharge tube in which the dialysis solution flows from the blood purifier toward the control device; a supply side coupler that connects between the dialysis solution supply tube and a dialysis solution inflow pipe of the blood purifier; and a discharge side coupler that connects between the dialysis solution discharge tube and a dialysis solution outflow pipe of the blood purifier, wherein the control device includes a coupler holder configured to temporarily hold the supply side coupler detached from the dialysis solution inflow pipe and the discharge side coupler detached from the dialysis solution outflow pipe, characterized in that at least one of the supply side coupler and the discharge side coupler includes a light source unit (40, 40a, 40b) configured to irradiate an interior of the coupler (30a, 30b) with ultraviolet light, wherein the light source unit (40, 40a, 40b) includes a power reception unit configured to receive power from the control device in a contactless scheme or in a contact scheme while the supply side coupler and the discharge side coupler are being held by the coupler holder and not to receive power from the control device while the supply side coupler and the discharge side coupler are detached from the coupler holder.
Mill for the comminution of material, particularly for comminuting scrap or electrical waste and for breaking down this material by at least one grinding mechanism, wherein the mill is constructed with comminuting tools, wherein the mill axle has at least a vertical component and/or stands at least approximately vertically and that at least one grinding plane, preferably four grinding planes, is or are provided and that gratings, which have openings for the passage of the ground material, are provided for at least a part of the grinding planes, wherein the openings in the gratings are formed as slots, wherein these can be covered at least approximately by the grinding tools and that the grinding space is formed to be polygonal in its cross-section, characterised in that abutments are provided in the individual grinding planes.