mhurhangee/ep-ind-claims huggingface dataset:
A lithium metal oxide powder for use as a cathode material in a rechargeable battery, comprising a core and a surface layer, the core having a layered crystal structure comprising the elements Li, M and oxygen, wherein M has the formula M=(Ni z (Ni 1⁄2 Mn 1⁄2)y Co x) 1-k A k, with 0.15≤x≤0.30, 0.20≤z≤0.55, x+y+z=1 and 0≤k≤0.1, wherein A is a dopant, wherein the Li content is stoichiometrically controlled with a molar ratio 0.95≤Li:M≤1.10; and wherein the surface layer comprises the elements Li, M' and oxygen, wherein M' has the formula M'= (Ni z' (Ni 1⁄2 Mn 1⁄2)y ' Co x') 1-k' A k', with x'+y'+z'=1 and 0≤k'≤0.1, characterized in that y'/(y'+2z')≥1.1 ∗ [y/(y+2z)] and 2x/(y+2z)=2x'/(y'+2z').
A method for correcting an expression level(s) of a target small RNA(s) for comparative analysis of the expression level(s) in a plurality of samples, said method comprising: an extraction step of adding at least one kind of standard substance to each of said plurality of samples, said standard substance being a nucleic acid with a nucleic acid length of not less than 200 bases, and then extracting nucleic acids from each sample to obtain a nucleic acid sample; a measurement step of measuring the amounts of the target small RNA(s) and the standard substance(s) present in each extracted nucleic acid sample, to obtain measured values of the expression level(s) of the target small RNA(s) in, and the amount(s) of the standard substance(s) extracted from, each of the samples; a representative-value-obtaining step of obtaining, for each of the samples, a representative value from the measured value(s) of the amount(s) of the standard substance(s) extracted; a correction-factor-obtaining step of obtaining, as a correction factor for each sample for correction of the expression level(s) of the target small RNA(s) in said each sample, the difference or the ratio between a reference value that is arbitrarily set in connection with the amount(s) of the standard substance(s) extracted and the representative value of the standard substance(s) obtained for said each sample in the representative-value-obtaining step; and a correction step of correcting the expression level(s) of the target small RNA(s) measured in each sample using the correction factor obtained for said each sample. an extraction step of adding at least one kind of standard substance to each of said plurality of samples, said standard substance being a nucleic acid with a nucleic acid length of not less than 200 bases, and then extracting nucleic acids from each sample to obtain a nucleic acid sample; a measurement step of measuring the amounts of the target small RNA(s) and the standard substance(s) present in each extracted nucleic acid sample, to obtain measured values of the expression level(s) of the target small RNA(s) in, and the amount(s) of the standard substance(s) extracted from, each of the samples; a representative-value-obtaining step of obtaining, for each of the samples, a representative value from the measured value(s) of the amount(s) of the standard substance(s) extracted; a correction-factor-obtaining step of obtaining, as a correction factor for each sample for correction of the expression level(s) of the target small RNA(s) in said each sample, the difference or the ratio between a reference value that is arbitrarily set in connection with the amount(s) of the standard substance(s) extracted and the representative value of the standard substance(s) obtained for said each sample in the representative-value-obtaining step; and a correction step of correcting the expression level(s) of the target small RNA(s) measured in each sample using the correction factor obtained for said each sample.
A device management method in a remote device management system including a device management client having management objects and a device management server (71, 72) having management right information about each of the management objects, comprising: configuring, in the device management client, a database with management right information transmitted from one or more device management servers (71, 72); determining, in the device management client, one device management server (71, 72) by using the management right information of the database when a device management request for a specific management object is inputted; sending the device management request from the device management client to the determined device management server (71, 72); and processing the device management request in the determined device management server (71, 72) through a session between the device management server (71, 72) and the device management client. configuring, in the device management client, a database with management right information transmitted from one or more device management servers (71, 72); determining, in the device management client, one device management server (71, 72) by using the management right information of the database when a device management request for a specific management object is inputted; sending the device management request from the device management client to the determined device management server (71, 72); and processing the device management request in the determined device management server (71, 72) through a session between the device management server (71, 72) and the device management client.
A method for communication detection, comprising: determining with a length level determining module a length level of a communication link according to a time length of pulse data during transmission of data over the communication link; and determining with detection time point determining module a detection time point according to the length level of the communication link. wherein the determining a length level of a communication link with the length level determining module according to a time length of pulse data during transmission of data over the communication link comprises: determining the time length of the pulse data; determining that the communication link is at the first length level in a case where the time length of the pulse data is greater than a set threshold; (S301, S302) determining that the communication link is at the second length level in a case where the time length of the pulse data is less than or equal to the set threshold; and wherein the time length of the pulse data comprises the time lengths of high-level signals of the pulse data, and the length range of the communication link corresponding to the first length level is smaller than the length range of the communication link corresponding to the second length level. determining with a length level determining module a length level of a communication link according to a time length of pulse data during transmission of data over the communication link; and determining with detection time point determining module a detection time point according to the length level of the communication link. wherein the determining a length level of a communication link with the length level determining module according to a time length of pulse data during transmission of data over the communication link comprises: determining the time length of the pulse data; determining that the communication link is at the first length level in a case where the time length of the pulse data is greater than a set threshold; (S301, S302) determining that the communication link is at the second length level in a case where the time length of the pulse data is less than or equal to the set threshold; and determining the time length of the pulse data; determining that the communication link is at the first length level in a case where the time length of the pulse data is greater than a set threshold; (S301, S302) determining that the communication link is at the second length level in a case where the time length of the pulse data is less than or equal to the set threshold; and wherein the time length of the pulse data comprises the time lengths of high-level signals of the pulse data, and the length range of the communication link corresponding to the first length level is smaller than the length range of the communication link corresponding to the second length level.
Pneumatic vehicle tyre for a passenger car, of a radial type of construction, comprising a belt assembly, which has a first and a second belt ply (9, 10), wherein the first and the second belt plies (9, 10) are made of steel monofilaments embedded in rubber material, arranged substantially parallel and spaced apart from one another, and wherein the monofilaments of the first belt ply are arranged crossing the monofilaments of the second belt ply, characterized in that the belt assembly has a third belt ply functioning as a blocking ply, in that this third belt ply is arranged at least in the region of the equatorial plane of the pneumatic vehicle tyre, in that the reinforcements of this third belt ply form with the circumferential direction of the pneumatic vehicle tyre an included angle between 50° and 90° and that the reinforcements of the third belt ply are steel monofilaments.
Fire protection pipe connection comprising a connection housing which is made of cast iron and which is provided with at least one plug-in sleeve (14, 16) which has an insertion channel (24, 26) for inserting a tip end (34, 36) of a pipe (44, 46), in particular a pipe made of cast iron, and an intumescent material which is arranged in the connection housing, characterised in that the connection housing is surrounded at the outer side by a cover whose material in the event of a fire prevents external cooling of the connection housing, in that the cover comprises a covering member made of thermally insulating material and in that the cover surrounds the connection housing at least in a region which receives the intumescent material which delimits the connection channel.
A composite material comprising: a filled skutterudite matrix of formula I y Co 4 Sb 12 wherein I represents at least one of Yb, Eu, Ce, La, Nd, Ba and Sr, O.05≤y<1; and GaSb particles within said filled skutterudite matrix, wherein said composite material comprises 0.05-5mol% GaSb particles. a filled skutterudite matrix of formula I y Co 4 Sb 12 wherein I represents at least one of Yb, Eu, Ce, La, Nd, Ba and Sr, O.05≤y<1; and GaSb particles within said filled skutterudite matrix, wherein said composite material comprises 0.05-5mol% GaSb particles. I represents at least one of Yb, Eu, Ce, La, Nd, Ba and Sr, O.05≤y<1; and GaSb particles within said filled skutterudite matrix, wherein said composite material comprises 0.05-5mol% GaSb particles.
An apparatus for wirelessly transmitting power to a power receiving apparatus, comprising: a primary coil configured to periodically transmit a pulse signal to detect presence of an object and further configured to transmit a resonant signal to the object; a resonant converter unit configured to convert a power signal to the resonant signal and further configured to transmit the resonant signal to the object via the primary coil; a controller configured to: receive information from the object through the primary coil in response to the transmitted pulse signal; determine whether the object is capable to receive power wirelessly based on the information received from the object in response to the transmitted pulse signal, wherein the information received from the object comprises a unique identifier of the object; in response to a determination that the object is capable to receive power wirelessly, transmit the resonant signal to the object in a power transmission stage; during the power transmission stage, receive a charge status from the object through the primary coil; and characterised in that the controller is configured to determine whether to continue to transmit the resonant signal to the object based on the received charge status of the object. a primary coil configured to periodically transmit a pulse signal to detect presence of an object and further configured to transmit a resonant signal to the object; a resonant converter unit configured to convert a power signal to the resonant signal and further configured to transmit the resonant signal to the object via the primary coil; a controller configured to: receive information from the object through the primary coil in response to the transmitted pulse signal; determine whether the object is capable to receive power wirelessly based on the information received from the object in response to the transmitted pulse signal, wherein the information received from the object comprises a unique identifier of the object; in response to a determination that the object is capable to receive power wirelessly, transmit the resonant signal to the object in a power transmission stage; during the power transmission stage, receive a charge status from the object through the primary coil; and characterised in that the controller is configured to determine whether to continue to transmit the resonant signal to the object based on the received charge status of the object. receive information from the object through the primary coil in response to the transmitted pulse signal; determine whether the object is capable to receive power wirelessly based on the information received from the object in response to the transmitted pulse signal, wherein the information received from the object comprises a unique identifier of the object; in response to a determination that the object is capable to receive power wirelessly, transmit the resonant signal to the object in a power transmission stage; during the power transmission stage, receive a charge status from the object through the primary coil; and
A method comprising: applying a first force to an applicator assembly along a longitudinal axis of the applicator assembly to drive a guide sleeve of the applicator assembly into a container that releasably holds a sensor assembly, the sensor assembly including a sensor and a connector coupled to the sensor, and further comprising a sharp and a support structure, the support structure supporting the connector and the sensor, and releasably supporting the sharp, wherein the applicator assembly includes a housing in locked engagement with the guide sleeve; engaging a platform retaining the sensor assembly in the container with the guide sleeve to release the sensor assembly; and coupling an electronics assembly releasably held within the applicator assembly to the sensor assembly to form an on-body device. applying a first force to an applicator assembly along a longitudinal axis of the applicator assembly to drive a guide sleeve of the applicator assembly into a container that releasably holds a sensor assembly, the sensor assembly including a sensor and a connector coupled to the sensor, and further comprising a sharp and a support structure, the support structure supporting the connector and the sensor, and releasably supporting the sharp, wherein the applicator assembly includes a housing in locked engagement with the guide sleeve; engaging a platform retaining the sensor assembly in the container with the guide sleeve to release the sensor assembly; and coupling an electronics assembly releasably held within the applicator assembly to the sensor assembly to form an on-body device.
A moldable, self-supporting insulating shield (300; 400) comprising: a needle punch felted polyethylene terephthalate material (302; 402) for providing thermal and acoustical insulation; and an oleophobic polytetrafluoroethylene (PTFE) coating (304; 404) ultrasonically sprayed onto an outer surface of the PET material, wherein: the PTFE coating comprises a percent add-on (%AO) of less than 1%AO; and the PTFE coating comprises a penetration into the outer surface of the needle punch felted PET material of less than 0.5 millimeters. a needle punch felted polyethylene terephthalate material (302; 402) for providing thermal and acoustical insulation; and an oleophobic polytetrafluoroethylene (PTFE) coating (304; 404) ultrasonically sprayed onto an outer surface of the PET material, the PTFE coating comprises a percent add-on (%AO) of less than 1%AO; and the PTFE coating comprises a penetration into the outer surface of the needle punch felted PET material of less than 0.5 millimeters.
Use of an effective amount of a crosslinking reagent for manufacturing a medicament for improving the stabilization of invertebrate discs by reducing the bending hysteresis of scoliotic spines comprising contacting at least a portion of a collagenous tissue within the discs with the crosslinking reagent, being genipin and/or proanthocyanidin.
A liquid formulation for oral or nasogastric administration to a human patient to a location in a gastrointestinal tract upstream of where pancreatic proteases are introduced into the GI tract, the formulation comprising polyethylene glycol, a therapeutically effective dose of at least 2 grams of tranexamic acid, and an aqueous pharmaceutically acceptable carrier.
Device for filling nested containers, wherein the containers are arranged in at least one row in a nest, having a conveying device for conveying the containers in a conveying direction, having a filling station for simultaneously filling the containers of a row, having two weighing stations (28a, 28b) for weighing a row of the containers, having a first gripping device for simultaneously removing a row of containers to be filled and for transferring these containers to a first weighing station of the two weighing stations (28a, 28b) and for transferring the weighed containers from the first weighing station back into the nest from which the first gripping device has removed the row of containers to be filled, and characterized by a second gripping device for simultaneously removing the row of filled and weighed containers and for transferring these containers to a second weighing station of the two weighing stations (28a, 28b) and for transferring the row of filled and twice-weighed containers from the second weighing station back into the nest (12, 12') from which the second gripping device has removed the row of filled containers, and wherein the device furthermore comprises a control unit which controls the first gripping device, the second gripping device and the two weighing stations (28a, 28b) and is designed for the purpose of weighing at least 6% of the containers of a nest (12, 12', 12"), wherein the first gripping device is arranged upstream of the filling station in the conveying direction and the second gripping device is arranged downstream of the filling station in the conveying direction, wherein the filling station comprises a plurality of fill points perpendicular to the conveying direction of the nested containers, wherein the number of containers of a row corresponds to the number of fill points of the filling station, wherein both the first weighing station and the second weighing station comprises a plurality of weighing cells, wherein the containers are weighable individually at the same time.
A method for a mobile terminal, comprising: receiving a communication mode change command requesting a mode change to device-to-device communications, a base value, and a security key combination value in a common message; generating a local device security key based on a secret key and the base value, the local device security key being configured for use in device-to-device communications; and deconstructing the security key combination value using the local device security key to determine a peer device security key, the peer device security key being configured for use in device-to-device communications. receiving a communication mode change command requesting a mode change to device-to-device communications, a base value, and a security key combination value in a common message; generating a local device security key based on a secret key and the base value, the local device security key being configured for use in device-to-device communications; and deconstructing the security key combination value using the local device security key to determine a peer device security key, the peer device security key being configured for use in device-to-device communications.
An apparatus for charged hadron therapy verification by detecting prompt gammas produced when irradiating a target with a charged hadron beam, the beam being directed along a beam line, said apparatus comprising: • a collimator comprising a plurality of collimator slabs of thickness t, spaced apart so as to form an array of slit-shaped openings, configured to be placed at a right angle to the beam line, so as to allow the passage of prompt gamma emission from the target, the collimator being defined at least by three geometrical parameters being: the width (s) and depth of the slit-shaped openings and the fill factor (f), with f equal to t/(t+s), • a detection means suitable for detecting said prompt gamma emission, comprising at least a portion of scintillator material aligned with each of said slit-shaped openings, characterized in that the width s of the openings, the depth D of the openings and the fill factor f are chosen such that: • s is 3 mm or higher • D is between 50 mm and 200 mm • f is lower than 0.5. • a collimator comprising a plurality of collimator slabs of thickness t, spaced apart so as to form an array of slit-shaped openings, configured to be placed at a right angle to the beam line, so as to allow the passage of prompt gamma emission from the target, the collimator being defined at least by three geometrical parameters being: the width (s) and depth of the slit-shaped openings and the fill factor (f), with f equal to t/(t+s), • a detection means suitable for detecting said prompt gamma emission, comprising at least a portion of scintillator material aligned with each of said slit-shaped openings, • s is 3 mm or higher • D is between 50 mm and 200 mm • f is lower than 0.5.