mhurhangee/ep-ind-claims huggingface dataset:
A method for increasing the fertilizing capacity of sperm cells, which comprises irradiating said sperm cells with non-coherent red light, characterized in that said irradiation is performed in a discontinuous manner with non-coherent red light according to a pattern including at least one sequence of two periods of sperm cell irradiation of a specific duration which are separated by an intermediate period of darkness of a specific duration, where each of said specific periods of irradiation and darkness has a duration between 8 and 15 minutes.
A method in a portable data carrier wherein a specified command (54; 56) is executed by the data carrier only when at least one counter (62; 64) of the data carrier lies in a specified values range, characterized in that the at least one counter (62; 64) is actuated when it is recognized on the basis of a rollback buffer of the data carrier that a preceding execution of a command (54; 56) has been disturbed.
A method for operating a first wireless communication device (20, 22, 24, 26, 28, 30, 32), characterized in that the method comprises: employing at least one antenna for receiving a multi-user packet from a second wireless communication device (20, 22, 24, 26, 28, 30, 32), the multi-user packet including a physical layer, PHY, header comprising a group identification field, group ID, indicating a plurality of devices for which the multi-user packet is intended; processing the PHY header for determining if the multi-user packet is intended for the first wireless communication device, by determining the first wireless communication device is included in the plurality of devices indicated by the group ID; processing a field within the multi-user packet following the PHY header corresponding to the first wireless communication device and as indicated in the PHY header when the multi-user packet is intended for the first wireless communication device; and terminating processing of the multi-user packet after processing the PHY header when the multi-user packet is not intended for the first wireless communication device. employing at least one antenna for receiving a multi-user packet from a second wireless communication device (20, 22, 24, 26, 28, 30, 32), the multi-user packet including a physical layer, PHY, header comprising a group identification field, group ID, indicating a plurality of devices for which the multi-user packet is intended; processing the PHY header for determining if the multi-user packet is intended for the first wireless communication device, by determining the first wireless communication device is included in the plurality of devices indicated by the group ID; processing a field within the multi-user packet following the PHY header corresponding to the first wireless communication device and as indicated in the PHY header when the multi-user packet is intended for the first wireless communication device; and terminating processing of the multi-user packet after processing the PHY header when the multi-user packet is not intended for the first wireless communication device.
A method for a random access procedure at a user equipment, comprising the steps of: receiving, from a radio network node, a random access response message including a request for channel quality information; and transmitting, to the radio network node, a scheduled transmission message including the requested channel quality information which is used by the radio network node to perform link adaptation, wherein the link adaptation comprises selecting, based on the requested channel quality information, a Modulation and Coding Scheme, MCS, and a number of Physical Resource Blocks, PRBs, for transmission of a contention resolution message to the user equipment, and wherein the channel quality information includes at least one of wideband channel quality information and subband channel quality information; and receiving the contention resolution message from the the radio network node. receiving, from a radio network node, a random access response message including a request for channel quality information; and transmitting, to the radio network node, a scheduled transmission message including the requested channel quality information which is used by the radio network node to perform link adaptation, wherein the link adaptation comprises selecting, based on the requested channel quality information, a Modulation and Coding Scheme, MCS, and a number of Physical Resource Blocks, PRBs, for transmission of a contention resolution message to the user equipment, and wherein the channel quality information includes at least one of wideband channel quality information and subband channel quality information; and receiving the contention resolution message from the the radio network node.
Method for measurement signal evaluation in a pipe jacking method, wherein the pipe jacking method is used to construct a pipeline along a planning line by simultaneously advancing at least two pipe elements (4.1, 4.2), which have a predetermined static pipe load limit, in a subsurface, wherein the method for measurement signal evaluation comprises the following steps: a) measuring of a direction angle of the pipe jacking with an angle sensor (7.1), wherein the directional angle of a drill head (6.2) relative to a machine body (6.1) of a drilling device and, in particular, a directional angle in the hydraulic joint between a foremost (4.1) and second foremost pipe element (4.2) in a feed direction is measured as the directional angle of the pipe jacking b) output of the measured direction angle, characterised by the step c) calculating and outputting a current maximum force difference angle range dependent on the direction angle, in which an angle of the two foremost of the at least two tube elements (4.1, 4.2) can be altered without having to reduce a maximum jacking force, which is calculated at least on the basis of the current measured direction angle and the static pipe load limit. wherein the method for measurement signal evaluation comprises the following steps: a) measuring of a direction angle of the pipe jacking with an angle sensor (7.1), wherein the directional angle of a drill head (6.2) relative to a machine body (6.1) of a drilling device and, in particular, a directional angle in the hydraulic joint between a foremost (4.1) and second foremost pipe element (4.2) in a feed direction is measured as the directional angle of the pipe jacking b) output of the measured direction angle, a) measuring of a direction angle of the pipe jacking with an angle sensor (7.1), wherein the directional angle of a drill head (6.2) relative to a machine body (6.1) of a drilling device and, in particular, a directional angle in the hydraulic joint between a foremost (4.1) and second foremost pipe element (4.2) in a feed direction is measured as the directional angle of the pipe jacking b) output of the measured direction angle, characterised by the step c) calculating and outputting a current maximum force difference angle range dependent on the direction angle, in which an angle of the two foremost of the at least two tube elements (4.1, 4.2) can be altered without having to reduce a maximum jacking force, which is calculated at least on the basis of the current measured direction angle and the static pipe load limit.
A method of reducing fluid flow induced forces produced by vortex shedding upon a wind turbine rotor blade having a blade body, the method comprising: providing a plurality of movable devices connected to the blade body and spaced along the span of the rotor blade for modifying the aerodynamic surface or shape of the rotor blade; configuring at least two of the plurality of movable devices such that their position relative to the blade body when the rotor blade is not rotating, is at a standstill position; wherein the standstill positions of the at least two of the plurality of movable devices relative to the blade body are different. providing a plurality of movable devices connected to the blade body and spaced along the span of the rotor blade for modifying the aerodynamic surface or shape of the rotor blade; configuring at least two of the plurality of movable devices such that their position relative to the blade body when the rotor blade is not rotating, is at a standstill position; wherein the standstill positions of the at least two of the plurality of movable devices relative to the blade body are different.
Plunger, for a pump or a compressor, having a tube-like housing, at the drive-side annular end of which two flats which are indented from an outer shell of the housing lie diametrically opposite one another, in which flats a pin is mounted which supports a roller, an inner shell of the housing being penetrated axially below the roller by a separate bridge piece, the lower end of which acts as a rest for a plunger following part on an output-side annular end of the housing, and the bridge piece being fixed against rotation about an axial line of the housing, characterized in that the bridge piece is provided as a thick-walled longitudinal bar, with the result that a cylindrical segment-like surface remains between its longitudinal walls and the inner shell of the housing, at least one projection protruding from one of the components (8, 14) for antirotational fixing of the bridge piece about the axial line of the housing, in the circumferential section of the inner shell of the housing, at a first transverse wall of the bridge piece, which projection is seated in a respectively complementary recess of the respective other one of the components (14, 8).
A method for reversibly immobilizing a biological molecule to a surface of a substrate for sequencing, comprising: providing a biological molecule covalently bonded to a host molecule, said host molecule comprises a hydrophilic portion and a hydrophobic portion, wherein the biological molecule comprises a primer oligonucleotide and wherein said host molecule is an optionally substituted cyclodextrin or a derivative thereof; providing a substrate having a surface comprising functionalized silane covalently attached thereto, wherein the functionalized silane comprises a guest moiety that can form a host-guest complex with the host molecule; contacting the biological molecule with the functionalized silane such that the biological molecule is immobilized to the surface through the host-guest reversible interaction between the functionalized silane and the host molecule; and generating a clustered array of polynucleotides from the primer oligonucleotide. providing a biological molecule covalently bonded to a host molecule, said host molecule comprises a hydrophilic portion and a hydrophobic portion, wherein the biological molecule comprises a primer oligonucleotide and wherein said host molecule is an optionally substituted cyclodextrin or a derivative thereof; providing a substrate having a surface comprising functionalized silane covalently attached thereto, wherein the functionalized silane comprises a guest moiety that can form a host-guest complex with the host molecule; contacting the biological molecule with the functionalized silane such that the biological molecule is immobilized to the surface through the host-guest reversible interaction between the functionalized silane and the host molecule; and generating a clustered array of polynucleotides from the primer oligonucleotide.
A flow splitter for dividing flow of a fuel mixture, the flow splitter comprising: a first tube having an outlet end; and a plurality of second tubes that each have a respective inside diameter ( D t) and are coupled at the outlet end to divide flow from the first tube, characterised in that the inside diameters D t of the plurality of second tubes satisfy Equation and Equation: ρ s ε 1 − ε D p 2 P g sin φ w D t μ g 150 ≤ 1638 kg / m 2. s 8,000 lbm f t 2 ⋅ s η D p 2 P g ε sin φ w μ g D t 2 τ y 150 ≤ 2.5 where, ρ s is the true solids density inherent in a fuel material in the fuel mixture; η is the Bingham coefficient of rigidity inherent in the fuel material in the fuel mixture; τ y is the Bingham yield stress inherent in the fuel material in the fuel mixture; D p is the average particle diameter of the fuel material in the fuel mixture; μ g is the viscosity of a carrier gas in the fuel mixture; Pg is the gas pressure of the carrier gas in the fuel mixture; ε is a predetermined void volume fraction of the fuel material in the fuel mixture; and φ w is a wall friction angle between the flow direction of the fuel material and the axes of the plurality of second tubes. a first tube having an outlet end; and a plurality of second tubes that each have a respective inside diameter ( D t) and are coupled at the outlet end to divide flow from the first tube, characterised in that the inside diameters D t of the plurality of second tubes satisfy Equation and Equation: ρ s ε 1 − ε D p 2 P g sin φ w D t μ g 150 ≤ 1638 kg / m 2. s 8,000 lbm f t 2 ⋅ s η D p 2 P g ε sin φ w μ g D t 2 τ y 150 ≤ 2.5 where, ρ s is the true solids density inherent in a fuel material in the fuel mixture; η is the Bingham coefficient of rigidity inherent in the fuel material in the fuel mixture; τ y is the Bingham yield stress inherent in the fuel material in the fuel mixture; D p is the average particle diameter of the fuel material in the fuel mixture; μ g is the viscosity of a carrier gas in the fuel mixture; Pg is the gas pressure of the carrier gas in the fuel mixture; ε is a predetermined void volume fraction of the fuel material in the fuel mixture; and φ w is a wall friction angle between the flow direction of the fuel material and the axes of the plurality of second tubes. where, ρ s is the true solids density inherent in a fuel material in the fuel mixture; η is the Bingham coefficient of rigidity inherent in the fuel material in the fuel mixture; τ y is the Bingham yield stress inherent in the fuel material in the fuel mixture; D p is the average particle diameter of the fuel material in the fuel mixture; μ g is the viscosity of a carrier gas in the fuel mixture; Pg is the gas pressure of the carrier gas in the fuel mixture; ε is a predetermined void volume fraction of the fuel material in the fuel mixture; and φ w is a wall friction angle between the flow direction of the fuel material and the axes of the plurality of second tubes.
Motorcycle test stand having at least one dynamometer which can be connected to a drive chain of a motorcycle to be tested and a receptacle for a motorcycle frame, wherein the dynamometer and the receptacle are fixed to a base of the motorcycle test stand, characterised in that in that the receptacle has a first receiving point and a second receiving point, wherein the first receiving point is connectable with a first connecting point to the motorcycle frame and the second receiving point with a second connecting point to the motorcycle frame, wherein the motorcycle frame is rotatably mounted about the first receiving point in the receptacle and the first receiving point engages the motorcycle frame at a point of engagement of the rear swing arm, and in that the motorcycle test stand has a test damper and/or a test spring from the second receiving point to the motorcycle frame.
An electronic device comprising: a device case provided with a battery container portion; a battery cover that has one end portion provided with a fulcrum portion engaged with the device case and rotates about the fulcrum portion as a rotational axis to close an opening portion of the battery container portion in an openable manner; and a grip portion that is formed by the device case and the battery cover, the grip portion has a finger resting region where a middle finger to a little finger of a user are pressed when the user grips the grip portion, wherein the battery cover has a packing portion that comes into pressure contact with an edge portion of the opening portion when the battery cover closes the opening portion, characterized in that the packing portion, in a direction orthogonal to a direction of the rotational axis, is formed in a bent shape towards the finger resting region and degree of the bend being increased as closer to the fulcrum portion. a device case provided with a battery container portion; a battery cover that has one end portion provided with a fulcrum portion engaged with the device case and rotates about the fulcrum portion as a rotational axis to close an opening portion of the battery container portion in an openable manner; and a grip portion that is formed by the device case and the battery cover, the grip portion has a finger resting region where a middle finger to a little finger of a user are pressed when the user grips the grip portion, wherein the battery cover has a packing portion that comes into pressure contact with an edge portion of the opening portion when the battery cover closes the opening portion, characterized in that the packing portion, in a direction orthogonal to a direction of the rotational axis, is formed in a bent shape towards the finger resting region and degree of the bend being increased as closer to the fulcrum portion.
A method in a base station for taking a decision regarding which pilot channel to use for a mobile station in a wireless communication network comprising cells with base stations, wherein said base station has disposal of at least two pilot channels in its cell, said method comprising: - said base station determining at least one suitable pilot channel out of said at least two pilot channels suitable to use for said mobile station being located within a coverage area of said base station, - if said determined suitable pilot channel(s) is/are not currently being used by said mobile station, then • said base station starting to transmit said pilot channel(s), • said base station ordering said mobile station to start using said determined suitable pilot channel(s), • said base station receiving a confirmation from said mobile station confirming use of said determined suitable pilot channel(s), and • if said mobile station was using another pilot channel of said at least two pilot channels than said determined suitable pilot channel(s) and if no other mobile station is using said other pilot channel, then said base station terminating transmission of said other pilot channel, - if said mobile station is already using said determined suitable pilot channel(s), then said base station continuing to transmit said determined suitable pilot channel(s). - said base station determining at least one suitable pilot channel out of said at least two pilot channels suitable to use for said mobile station being located within a coverage area of said base station, - if said determined suitable pilot channel(s) is/are not currently being used by said mobile station, then • said base station starting to transmit said pilot channel(s), • said base station ordering said mobile station to start using said determined suitable pilot channel(s), • said base station receiving a confirmation from said mobile station confirming use of said determined suitable pilot channel(s), and • if said mobile station was using another pilot channel of said at least two pilot channels than said determined suitable pilot channel(s) and if no other mobile station is using said other pilot channel, then said base station terminating transmission of said other pilot channel, • said base station starting to transmit said pilot channel(s), • said base station ordering said mobile station to start using said determined suitable pilot channel(s), • said base station receiving a confirmation from said mobile station confirming use of said determined suitable pilot channel(s), and • if said mobile station was using another pilot channel of said at least two pilot channels than said determined suitable pilot channel(s) and if no other mobile station is using said other pilot channel, then said base station terminating transmission of said other pilot channel, - if said mobile station is already using said determined suitable pilot channel(s), then said base station continuing to transmit said determined suitable pilot channel(s).
A method for determining a specific near vision power of an ophthalmic lens to be provided to a wearer having an ophthalmic prescription, the specific near vision power being for near distance vision, the method comprising: - an ophthalmic lens providing step during which at least an ophthalmic lens having a near distance vision zone comprising a mean power adapted for near distance vision is provided to the wearer, - a near vision task speed determining step during which the processing speed of a near vision task by the wearer when wearing said provided ophthalmic lens is determined, wherein the ophthalmic lens providing step and the near vision task speed determining step are repeated with ophthalmic lenses having different mean power, so as to determine a specific near vision power corresponding to the mean power providing an improved near vision task processing speed. - an ophthalmic lens providing step during which at least an ophthalmic lens having a near distance vision zone comprising a mean power adapted for near distance vision is provided to the wearer, - a near vision task speed determining step during which the processing speed of a near vision task by the wearer when wearing said provided ophthalmic lens is determined,
A channel resource set indication method, comprising: determining, by a terminal, at least two resource sets, wherein different resource sets respectively correspond to different types of downlink control channel search spaces, characterized in that a first resource set of the at least two resource sets corresponds to a type of common search space, wherein a second resource set of the at least two resource sets corresponds to a type of UE-specific search space; determining, by the terminal, first configuration information; determining, by the terminal, a first resource set corresponding to the first configuration information from the at least two resource sets; determining, by the terminal, a target resource in the first resource set; and transmitting, by the terminal, a signaling or data corresponding to the first configuration information on the target resource. determining, by a terminal, at least two resource sets, wherein different resource sets respectively correspond to different types of downlink control channel search spaces, characterized in that a first resource set of the at least two resource sets corresponds to a type of common search space, wherein a second resource set of the at least two resource sets corresponds to a type of UE-specific search space; determining, by the terminal, first configuration information; determining, by the terminal, a first resource set corresponding to the first configuration information from the at least two resource sets; determining, by the terminal, a target resource in the first resource set; and transmitting, by the terminal, a signaling or data corresponding to the first configuration information on the target resource.