mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle comprising: a passenger's seat supported by a rear frame; a tail lamp mounted to a rear end portion of the rear frame; a pair of right and left turn indicators mounted to the rear end portion of the rear frame; and a pannier detachably mounted to the rear frame, the pannier being disposed laterally of the rear frame in a motorcycle widthwise direction, wherein a rear surface of the pannier includes a first inclined surface extending downward from an upper end so as to be inclined rearward at a first inclination angle β1, and a second inclined surface extending downward from a lower end of the first inclined surface so as to be inclined rearward at a second inclination angle β2 greater than the first inclination angle β1, and is formed in a V shape opened rearward in a side view by both of the first and second inclined surfaces (52, 54), each of the first and second inclination angles β1 and β2 being an inclination angle relative to a vertical direction, whereby a light distribution requirement that the tail lamp and the turn indicators can be seen from a rear side, is met in a state where the pannier is mounted, characterized in that the pannier is supported by the rear frame via a grab rail to be held by a passenger, and at least a portion of an inner end, in the motorcycle widthwise direction, of the pannier is located inward of the grab rail. a passenger's seat supported by a rear frame; a tail lamp mounted to a rear end portion of the rear frame; a pair of right and left turn indicators mounted to the rear end portion of the rear frame; and a pannier detachably mounted to the rear frame, the pannier being disposed laterally of the rear frame in a motorcycle widthwise direction, wherein a rear surface of the pannier includes a first inclined surface extending downward from an upper end so as to be inclined rearward at a first inclination angle β1, and a second inclined surface extending downward from a lower end of the first inclined surface so as to be inclined rearward at a second inclination angle β2 greater than the first inclination angle β1, and is formed in a V shape opened rearward in a side view by both of the first and second inclined surfaces (52, 54), each of the first and second inclination angles β1 and β2 being an inclination angle relative to a vertical direction, whereby a light distribution requirement that the tail lamp and the turn indicators can be seen from a rear side, is met in a state where the pannier is mounted, characterized in that the pannier is supported by the rear frame via a grab rail to be held by a passenger, and at least a portion of an inner end, in the motorcycle widthwise direction, of the pannier is located inward of the grab rail.
A method in a radio base station for transmitting a data transmission to a user equipment in a first cell, which radio base station is comprised in a telecommunications network comprising at least the first cell and a second cell, wherein the radio base station serves at least the first cell, and wherein a transmission time of the first cell is divided into a first radio frame comprising a first number of subframes synchronised to a clock, and a transmission time of the second cell is divided into a second radio frame comprising an equal number of subframes of equal time length as the first radio frame, and being synchronised to the same clock as the first radio frame, the method characterised in comprising: - receiving (91, 101) a first data transmission to be transmitted to the user equipment in the first cell, - scheduling (92, 103) the first data transmission to a minimum number of subframes of a first radio frame of the first cell, - transmitting (93, 104) the first radio frame offset in time in relation to a data transmission in a second radio frame of the second cell for minimizing simultaneous data transmissions within the first cell and the second cell, wherein a second data transmission also occurs within the first cell and the method further comprising - collecting the first and second data transmissions over a period of time, and wherein the scheduling the first data transmission further comprises scheduling the first and second data transmissions to the minimum number of subframes of the first radio frame, and is performed by compressing the collected data transmissions to as few subframes as possible. - receiving (91, 101) a first data transmission to be transmitted to the user equipment in the first cell, - scheduling (92, 103) the first data transmission to a minimum number of subframes of a first radio frame of the first cell, - transmitting (93, 104) the first radio frame offset in time in relation to a data transmission in a second radio frame of the second cell for minimizing simultaneous data transmissions within the first cell and the second cell, wherein a second data transmission also occurs within the first cell and the method further comprising - collecting the first and second data transmissions over a period of time, and
A seat belt for a motor vehicle front seat, the seat belt comprising: - a belt comprising a lower branch, which is defined by a first face and a second face opposite to one another and has one end designed to be connected to an anchor point in the motor vehicle; and - an additional element for thickening said lower branch; said additional element comprising: - a bar arranged on said first face along a rear edge of said lower branch, and substantially parallel to said rear edge; and - a covering strap that covers said bar; characterized in that said covering strap is arranged only on said first face and is fixed along its edges to said lower branch. - a belt comprising a lower branch, which is defined by a first face and a second face opposite to one another and has one end designed to be connected to an anchor point in the motor vehicle; and - an additional element for thickening said lower branch; - a bar arranged on said first face along a rear edge of said lower branch, and substantially parallel to said rear edge; and - a covering strap that covers said bar; characterized in that said covering strap is arranged only on said first face and is fixed along its edges to said lower branch.
A pneumatic tire having a tread, wherein in a temperature distribution curve of a dynamic elastic modulus (E*) of the tread that is obtained by plotting the E* with respect to a measurement temperature thereof, the temperature at a point of intersection of a tangent line to the temperature distribution curve at -20°C and a tangent line to the temperature distribution curve at 30°C is not lower than -10°C and not higher than 10°C, and the E* at the point of intersection of the tangent line to the temperature distribution curve at -20°C and the tangent line to the temperature distribution curve at 30°C is not greater than 30 MPa, wherein the tread is produced by using a rubber composition that contains a rubber component including a styrene-butadiene rubber and a butadiene rubber, wherein the amount of the butadiene rubber in 100 % by mass of the rubber component is not less than 5 % by mass, and wherein a temperature distribution curve of a dynamic elastic modulus (E*) of a tread rubber (after vulcanization) that is obtained by plotting the E* with respect to a measurement temperature thereof is obtained by measuring a temperature distribution curve of E* for the tread rubber (after vulcanization) in a temperature range of -120°C to 70°C under the conditions of a frequency of 10Hz, an initial strain of 10%, a dynamic strain of 2%, an amplitude of ±0.25%, and a temperature rise rate of 3°C/min using a viscoelasticity spectrometer.
An IgY anti-intestinal sodium phosphate cotransporter type 2B (Npt2B) antibody that binds to Npt2B of SEQ ID NO: 1 for use in a method of reducing phosphate absorption in a human or non-human animal subject at risk of developing or having developed hyperphosphatemia, the method comprising the step of: administering said antibody orally to the subject in an amount effective to reduce or maintain the serum phosphate concentration in the subject. administering said antibody orally to the subject in an amount effective to reduce or maintain the serum phosphate concentration in the subject.
A rotor blade of a wind turbine, having - a rotor blade nose, - a rotor blade rear edge, - a rotor blade root region for attaching the rotor blade to a hub of the wind turbine, - a rotor blade tip, - wherein the rotor blade extends from the rotor blade root region along a longitudinal direction to the rotor blade tip and - the rotor blade internally comprises at least - a first cavity facing the blade nose and - a second cavity facing the rotor blade rear edge, and - the first cavity is heated by a first and the second cavity is heated by a second heating means, in order to heat the rotor blade nose or the rotor blade rear edge respectively, characterized in that - the heating means are used to heat and blow air for generating a warm air current. - a rotor blade nose, - a rotor blade rear edge, - a rotor blade root region for attaching the rotor blade to a hub of the wind turbine, - a rotor blade tip, - wherein the rotor blade extends from the rotor blade root region along a longitudinal direction to the rotor blade tip and - the rotor blade internally comprises at least - a first cavity facing the blade nose and - a second cavity facing the rotor blade rear edge, and - the first cavity is heated by a first and the second cavity is heated by a second heating means, in order to heat the rotor blade nose or the rotor blade rear edge respectively, characterized in that - the heating means are used to heat and blow air for generating a warm air current.
A device for delivery of a bioactive agent across a dermal barrier, the device comprising: a microneedle and a plurality of nanostructures and microstructures located on a surface of the microneedle, the nanostructures and microstructures being arranged in a pattern, wherein at least a portion of the microstructures have a cross-sectional dimension of greater than about 500 nanometers and less than about 10 micrometers and a height of from about 20 nanometers to about 1 micrometer, and wherein at least a portion of the nanostructures have a cross-sectional dimension of less than about 500 nanometers and greater than about 5 nanometers and an aspect ratio of from about 0.2 to about 5, wherein the microneedle further contains a channel; and a reservoir (112;306) that is in fluid communication with the channel of the microneedle and that contains a composition having a viscosity of greater than about 5 centipoise and comprising a bioactive agent. a microneedle and a plurality of nanostructures and microstructures located on a surface of the microneedle, the nanostructures and microstructures being arranged in a pattern, wherein at least a portion of the microstructures have a cross-sectional dimension of greater than about 500 nanometers and less than about 10 micrometers and a height of from about 20 nanometers to about 1 micrometer, and wherein at least a portion of the nanostructures have a cross-sectional dimension of less than about 500 nanometers and greater than about 5 nanometers and an aspect ratio of from about 0.2 to about 5, wherein the microneedle further contains a channel; and a reservoir (112;306) that is in fluid communication with the channel of the microneedle and that contains a composition having a viscosity of greater than about 5 centipoise and comprising a bioactive agent.
Flexure pivot based system being one of: a force sensor, a force limiting device arranged to exert a predetermined threshold force, a torque limiting device arranged to exert a predetermined threshold torque, a programmable mechanical memory, or an accelerometer, said flexure pivot based system comprising a substantially rigid frame supporting a lever by means of a suspension mechanism comprising: - a first flexure extending from said frame to a junction with said lever; - a second flexure extending from said frame to said junction and arranged at a first non-zero angle to said first flexure in a neutral position of said suspension mechanism, - a third flexure extending from said junction to a preloading system at a second non-zero angle to at least one of said first flexure and said second flexure in a neutral position of said suspension mechanism, said preloading system being arranged to apply a force in a direction substantially coaxial with said third flexure. - a first flexure extending from said frame to a junction with said lever; - a second flexure extending from said frame to said junction and arranged at a first non-zero angle to said first flexure in a neutral position of said suspension mechanism, - a third flexure extending from said junction to a preloading system at a second non-zero angle to at least one of said first flexure and said second flexure in a neutral position of said suspension mechanism, said preloading system being arranged to apply a force in a direction substantially coaxial with said third flexure.
Coating system for coating objects, having a) an application device; b) a supply system, by means of which a liquid material can be fed to the application device; wherein c) the supply system comprises at least one base supply device (46.1) with a piggable supply line (60.1) extending between a first pigging station (58.1) and a second pigging station (64.1) and being connectable to one of a plurality of material sources by means of a supply unit (48.1); d) the piggable supply line (60.1) is a piggable primary supply line (68.1), which can be connected to an outlet line (54.1) of the supply unit (48.1) by means of a valve unit (56.1), characterized in that e) a piggable secondary supply line (72.1) is present, which is connected to the valve unit (56.1) and is connected at the end located away from the valve unit (56.1) to a secondary pigging station (64.1; 80.1); wherein f) the valve unit (56.1) is configured as a multi-way valve such that at least optionally fa) the outlet line (54.1) of the supply unit (48.1) can be connected to the primary supply line (68.1); fb) the outlet line (54.1) of the supply unit (48.1) can be connected to the primary supply line (68.1) and the secondary supply line (72.1); or fc) the primary supply line (68.1) can be connected to the secondary supply line (72.1). a) an application device; b) a supply system, by means of which a liquid material can be fed to the application device; wherein c) the supply system comprises at least one base supply device (46.1) with a piggable supply line (60.1) extending between a first pigging station (58.1) and a second pigging station (64.1) and being connectable to one of a plurality of material sources by means of a supply unit (48.1); d) the piggable supply line (60.1) is a piggable primary supply line (68.1), which can be connected to an outlet line (54.1) of the supply unit (48.1) by means of a valve unit (56.1), characterized in that e) a piggable secondary supply line (72.1) is present, which is connected to the valve unit (56.1) and is connected at the end located away from the valve unit (56.1) to a secondary pigging station (64.1; 80.1); wherein f) the valve unit (56.1) is configured as a multi-way valve such that at least optionally fa) the outlet line (54.1) of the supply unit (48.1) can be connected to the primary supply line (68.1); fb) the outlet line (54.1) of the supply unit (48.1) can be connected to the primary supply line (68.1) and the secondary supply line (72.1); or fc) the primary supply line (68.1) can be connected to the secondary supply line (72.1). fa) the outlet line (54.1) of the supply unit (48.1) can be connected to the primary supply line (68.1); fb) the outlet line (54.1) of the supply unit (48.1) can be connected to the primary supply line (68.1) and the secondary supply line (72.1); or fc) the primary supply line (68.1) can be connected to the secondary supply line (72.1).
A method of decoding a received SC-FDMA symbol in a receiver in a OFDM communication system, the method comprising: - calculating an approximate constellation energy K̂ according to: Q i = H i H S − 1 H i Q ^ = 1 N sc ∑ i = 0 N sc − 1 Q i K ^ = diag Q ^ + C − 1 − 1 Q ^ from channel matrices H i for all subcarriers i, a noise covariance matrix S, and a data signal power matrix C associated with the received SC-FDMA symbol, and - decoding the received symbol using the associated approximate constellation energy K̂. - calculating an approximate constellation energy K̂ according to: Q i = H i H S − 1 H i Q ^ = 1 N sc ∑ i = 0 N sc − 1 Q i K ^ = diag Q ^ + C − 1 − 1 Q ^ from channel matrices H i for all subcarriers i, a noise covariance matrix S, and a data signal power matrix C associated with the received SC-FDMA symbol, and - decoding the received symbol using the associated approximate constellation energy K̂.
- A satellite support structure intended to support at least one device of said satellite, said support structure including structural elements (10, 11, 12, 13) and at least one of the structural elements is a damping connecting device connecting at least two other structural elements of the support structure, called "damped structural elements", said damping connecting device including elastomer means, said support structure being characterized in that said damping connecting device includes also at least one flat angle bracket including at least one two wings (41, 42) intended to be connected by respective connecting means to the damped structural elements, said elastomer means being made from an elastomer material with a loss angle δ greater than ten degrees and being arranged so that the transmission of forces between one of the wings of the flat angle bracket, called the "damped wing", and the connecting means of said damped wing is achieved entirely via said elastomer means.
A compounder system for reconstituting, mixing, and delivering a drug from a vial to a receiving container, comprising: a cartridge characterized by having: a plurality of controllable fluid pathways fluidly coupled to at least one diluent port, a waste port, and a receiving container port; and a rotary piston pump/valve rotatable to control movement of a fluid through at least one of the controllable fluid pathways. a plurality of controllable fluid pathways fluidly coupled to at least one diluent port, a waste port, and a receiving container port; and a rotary piston pump/valve rotatable to control movement of a fluid through at least one of the controllable fluid pathways.
Continuous casting equipment comprising a casting product reduction apparatus configured to apply reduction to a casting product, wherein the casting product reduction apparatus includes a pair of casting product reduction rolls that sandwich and apply pressure to the casting product, in which at least one of the pair of casting product reduction rolls sandwiching the casting product includes a large-diameter part that projects radially outward in an axial-direction center region and applies pressure to a width-direction center region of the casting product, characterized in that the continuous casting equipment further comprises a casting product drawing apparatus provided in a following stage of the casting product reduction apparatus and configured to sandwich and draw the casting product, wherein the casting product reduction apparatus is configured to form a depressed part in the casting product, said depressed part corresponding to the large-diameter part, and the casting product drawing apparatus includes a pair of casting product drawing rolls that sandwich the casting product, in which at least one of the pair of casting product drawing rolls includes a depressed part supporting part that contacts with and supports the depressed part, and is driven by a driving mechanism, and wherein an axial-direction length L 2 of the depressed part supporting part and an axial-direction length L 1 of the large-diameter part forming the depressed part satisfy 0.5×L 1 ≤L 2 <L 1.
Chitosan nanoparticles comprising siRNA targeting a Galectin 1 (anti-gall siRNA) for use in the treatment of central nervous tumours, wherein said nanoparticles are administered via intranasal delivery, and wherein the chitosan molecules in said nanoparticles have an MW of between 30 and 200 kDa.
A recording medium on which an index table, an operation mode object, byte-code applications, playlist information, and a video stream are recorded, wherein the index table shows correspondence between one or more titles and one or more operation mode objects, the operation mode object includes an application management table, display rate initialization information, and resolution information, the application management table indicates a byte-code application to be started to a playback device when a title corresponding to the operation mode object is selected as a current title, characterized in that the resolution information indicates a plurality of resolutions, one or more of the plurality of resolutions being applicable to display of a graphical user interface when the byte-code application renders the graphical user interface, the display rate initialization information indicates how to initialize a display rate of a display device connected to the playback device when the title corresponding to the operation mode object is selected as the current title, and indicates a plurality of display rates, one or more of the plurality of display rates being applicable to playback of a video stream according to the playlist information, and display of the graphical user interface rendered by the byte-code application is performed at a resolution indicated by the resolution information.
A blind comprising, within a building recess, two lateral guide rails and a lower end rail which can be raised and lowered between these guide rails and a hanging which, on raising the lower end rail into an upper end position, can be gathered on this lower end rail, characterized by a retention device for retaining the lower end rail in a safety position above the upper end position of the lower end rail in the open position of the hanging, comprising protruding fastening means and retention means corresponding to these fastening means on the lower end rail, said retention means being arranged on the guide rails or on an immovable part of the blind relative to the guide rails or the building recess and being configured to permanently receive or retain the fastening means, if the lower end rail is moved beyond the upper end position into the safety position.
A composition comprising from 5% to 60% by weight of the total composition of 2-((5Z,8Z,11Z,14Z,17Z)-icosa-5,8,11,14,17-pentaenyloxy)butanoic acid, an ester derivative, or a pharmaceutically acceptable salt thereof; from 15% to 60% by weight of the total composition of a medium-chain triglyceride oil; and from 10% to 60% by weight of the total composition of a nonionic surfactant.