mhurhangee/patent-ind-claim-en huggingface dataset:
A communications device for transmitting data to a wireless communications network , the communications device comprising transmitter circuitry configured to transmit signals via a wireless access interface provided by the wireless communications network, receiver circuitry configured to receive signals via the wireless access interface, and controller circuitry configured in combination with the receiver circuitry and the transmitter circuitry to transmit a random access preamble , to transmit first uplink data in an uplink shared physical channel associated with the preamble according to a 2-step random access procedure, the association between the preamble and the transmission of the uplink data in the uplink shared channel being known to the wireless communications network, to detect, in response to transmitting the preamble and the uplink data, a random access response message providing timing advance information and uplink grant of resources of the shared channel according to a 4-step random access procedure, to determine that the 2-step random access procedure has failed, and to repeat one or more times, in response to detecting the random access response message, transmitting the preamble and the first uplink data if after each transmission the random access response message is detected until a maximum number of repeated transmissions of the preamble and the first uplink data is reached without detecting a response message according to a successful 2-step random access procedure. transmitter circuitry configured to transmit signals via a wireless access interface provided by the wireless communications network, receiver circuitry configured to receive signals via the wireless access interface, and controller circuitry configured in combination with the receiver circuitry and the transmitter circuitry to transmit a random access preamble , to transmit first uplink data in an uplink shared physical channel associated with the preamble according to a 2-step random access procedure, the association between the preamble and the transmission of the uplink data in the uplink shared channel being known to the wireless communications network, to detect, in response to transmitting the preamble and the uplink data, a random access response message providing timing advance information and uplink grant of resources of the shared channel according to a 4-step random access procedure, to determine that the 2-step random access procedure has failed, and to repeat one or more times, in response to detecting the random access response message, transmitting the preamble and the first uplink data if after each transmission the random access response message is detected until a maximum number of repeated transmissions of the preamble and the first uplink data is reached without detecting a response message according to a successful 2-step random access procedure.
Method for controlling at least one installation component which is controllable for load peak limiting in an electrical installation , wherein the installation is connected to an electrical supply network via a network connection and an average value of a power withdrawal (P) from the supply network is detected in each case for individual, successive time intervals and, in the event of at least one of the average values being greater than a predetermined threshold value (S), the power withdrawal (P) is guided below the threshold value (S) by the switching of electrical compensation power by means of the at least one controllable installation component , wherein at at least one point in time (T) within the respective present time interval the average value of the present time interval is predicted as a forecast value by a control device by virtue of the fact that a future profile of the power withdrawal (P) extending to the end of the time interval is added on the basis of forecast data of at least one further installation component of the installation and as a result, already during the time interval , a decision is taken as to how much compensation power ought to be provided by the at least one controllable installation component in the installation , characterized in that in the event of the forecast value being less than the threshold value (S) but greater than a predetermined safety value (S-X), the power withdrawal (P) is reduced to the safety value (S-X) by means of the at least one controllable installation component by the stipulation of a setpoint value for the compensation power to be output.
An electrically-powered vehicle having mounted thereon an internal combustion engine and a motor for causing the vehicle to travel, the electrically-powered vehicle comprising: a power storage device for storing electric power supplied to said motor; a power receiving unit for receiving the electric power supplied from a power supply external to the vehicle; a charger for performing AC/DC power conversion for converting the electric power received by said power receiving unit into charging power of said power storage device , when the electric power is supplied from said power supply , by a power conversion path passing through an insulating mechanism configured to transmit electric energy with a primary side electrically connected to said power receiving unit electrically insulated from a secondary side electrically connected to said power storage device , said charger having first and second power lines which are electrically connected to the primary side of said insulating mechanism on said power conversion path, and between which a DC voltage is output; and an electrical heated catalyst device electrically connected to said first and second power lines , for electrically heating a catalyst that purifies exhaust gas from said internal combustion engine, wherein said charger is configured to be capable of converting the electric power from said power storage device into the DC voltage output to said first and second power lines , by a part of inverse conversion of said AC/DC power conversion. a power storage device for storing electric power supplied to said motor; a power receiving unit for receiving the electric power supplied from a power supply external to the vehicle; a charger for performing AC/DC power conversion for converting the electric power received by said power receiving unit into charging power of said power storage device , when the electric power is supplied from said power supply , by a power conversion path passing through an insulating mechanism configured to transmit electric energy with a primary side electrically connected to said power receiving unit electrically insulated from a secondary side electrically connected to said power storage device , said charger having first and second power lines which are electrically connected to the primary side of said insulating mechanism on said power conversion path, and between which a DC voltage is output; and an electrical heated catalyst device electrically connected to said first and second power lines , for electrically heating a catalyst that purifies exhaust gas from said internal combustion engine, wherein said charger is configured to be capable of converting the electric power from said power storage device into the DC voltage output to said first and second power lines , by a part of inverse conversion of said AC/DC power conversion.
Measuring cell for a particle size measuring device, wherein the measuring cell defines a sample volume through which a dispersion can be conducted in order to generate a diffraction pattern of the disperse phase contained in the dispersion, wherein the measuring cell defines a measuring cell plane (E) and comprises the following: a supply line for introducing the dispersion into the sample volume, and a discharge line for discharging the dispersion from the sample volume , a first measuring cell assembly comprising a measuring cell main body , a first windowpane which is arranged at the measuring cell main body , and a first sealing element in the form of a first sealing ring for sealing the first windowpane at the first measuring cell main body , a second measuring cell assembly comprising a closure plate for fastening to the measuring cell main body , a second windowpane which is arranged at the closure plate , and a second sealing element in the form of a second sealing ring in order to seal the second windowpane at the closure plate , a plate-like third sealing element consisting of elastomer material. a supply line for introducing the dispersion into the sample volume, and a discharge line for discharging the dispersion from the sample volume , a first measuring cell assembly comprising a measuring cell main body , a first windowpane which is arranged at the measuring cell main body , and a first sealing element in the form of a first sealing ring for sealing the first windowpane at the first measuring cell main body , a second measuring cell assembly comprising a closure plate for fastening to the measuring cell main body , a second windowpane which is arranged at the closure plate , and a second sealing element in the form of a second sealing ring in order to seal the second windowpane at the closure plate , a plate-like third sealing element consisting of elastomer material.
A water-dispersible derivative of a therapeutic active agent of low water solubility formed from at least one molecule of said active agent covalently coupled to at least one molecule of a hydrocarbon-based compound of squalene structure, said active agent having a solubility of less than 100 μg/ml in pure water, measured at room temperature, and said active agent being a chemotherapeutic antitumor agent chosen from taxoids, doxorubicin and epirubicin.
A non-transitory computer readable storage medium storing instructions which, when executed by a computer of a UE, cause the computer to perform a method comprising the following operations:: receiving a first indication in a first group control channel or a first UE-specific control channel within a first bandwidth partition of a carrier from a transmitting device at network side, the first indication indicating a first downlink transmission time interval length, characterized in that the first bandwidth partition comprises a first uplink related, UL-related, control channel carrying a first UL grant, and wherein a first periodicity of the first UL-related control channel is configurable, and wherein the first periodicity of the first UL-related control channel is independent from the first downlink transmission time interval length; and receiving first data from the transmitting device using the first downlink transmission time interval length. receiving a first indication in a first group control channel or a first UE-specific control channel within a first bandwidth partition of a carrier from a transmitting device at network side, the first indication indicating a first downlink transmission time interval length, characterized in that the first bandwidth partition comprises a first uplink related, UL-related, control channel carrying a first UL grant, and wherein a first periodicity of the first UL-related control channel is configurable, and wherein the first periodicity of the first UL-related control channel is independent from the first downlink transmission time interval length; and receiving first data from the transmitting device using the first downlink transmission time interval length.
Call input device for an elevator system , by means of which a plurality of floors positioned one above the other can be reached, and which comprises at least one, in particular fixedly mounted, call input facility in the region of the floor doors on the floor, which call input facility is connected to the elevator controller, each call input facility comprising one or two directional call buttons , in particular an up-direction call button and/or a down-direction call button for selecting the direction of travel desired by the user, the call input device also being equipped with a storage medium and an output region , characterized in that , during operation, when the directional call button is actuated, an elevator call is not triggered, but rather instructions for operating actuatable buttons, which instructions are stored in the storage medium, are output in the output region .
A tensioner comprising: a pivot shaft; a pivot arm pivotally mounted on the pivot shaft and defining a groove ; a torsion spring that biases the pivot arm about the pivot shaft in a first rotational direction, the torsion spring being a closing-type torsion spring with a plurality of coils that are received about the pivot shaft ; a stop sleeve received over the pivot shaft and within the torsion spring , the stop sleeve having a tongue that is received into the groove in the pivot arm , the tongue being smaller than the groove to permit a predetermined amount of movement of the pivot arm relative to the stop sleeve ; a first clamp sleeve mounted over the pivot shaft and rotatably coupled to the stop sleeve ; a wrap spring having a first end, which is fixedly coupled to the first clamp sleeve , and a plurality of helical coils that are disposed about the stop sleeve ; a second clamp sleeve mounted over the pivot shaft and abutting the first clamp sleeve on a side opposite the stop sleeve , the second clamp sleeve being non-rotatably coupled to the first clamp sleeve ; at least one damper coupled to the second clamp sleeve and configured to be in continuous contact with an inside surface of the coils of the torsion spring , the at least one damper being formed of a resilient material and deflecting inwardly with increasing torque transmitted through the torsion spring ; and a friction clamp housed between the first and second clamp sleeves , the friction clamp frictionally engaging the pivot shaft . a pivot shaft; a pivot arm pivotally mounted on the pivot shaft and defining a groove ; a torsion spring that biases the pivot arm about the pivot shaft in a first rotational direction, the torsion spring being a closing-type torsion spring with a plurality of coils that are received about the pivot shaft ; a stop sleeve received over the pivot shaft and within the torsion spring , the stop sleeve having a tongue that is received into the groove in the pivot arm , the tongue being smaller than the groove to permit a predetermined amount of movement of the pivot arm relative to the stop sleeve ; a first clamp sleeve mounted over the pivot shaft and rotatably coupled to the stop sleeve ; a wrap spring having a first end, which is fixedly coupled to the first clamp sleeve , and a plurality of helical coils that are disposed about the stop sleeve ; a second clamp sleeve mounted over the pivot shaft and abutting the first clamp sleeve on a side opposite the stop sleeve , the second clamp sleeve being non-rotatably coupled to the first clamp sleeve ; at least one damper coupled to the second clamp sleeve and configured to be in continuous contact with an inside surface of the coils of the torsion spring , the at least one damper being formed of a resilient material and deflecting inwardly with increasing torque transmitted through the torsion spring ; and a friction clamp housed between the first and second clamp sleeves , the friction clamp frictionally engaging the pivot shaft .
An agent selected from: Captopril, Bucillamine, and Disulfiram; for use in a method of increasing lipogenesis in the meibomian gland or increasing lipid secretion from the meibomian gland, by topical administration to the eyelid margin of the patient. Captopril, Bucillamine, and Disulfiram; for use in a method of increasing lipogenesis in the meibomian gland or increasing lipid secretion from the meibomian gland, by topical administration to the eyelid margin of the patient.
Method for determining blank parameters for slabs , wherein image representations of the slabs are provided together with dimensions of same, wherein a geometric model of a panelling of an area , is provided, the model comprising at least position, shape and size of panels of the panelling , wherein the panels are each assigned a congruent portion of one of the image representations and wherein the blank parameters are given by geometric parameters of the portions , characterized in that the panels each receive a unique identifier, in that the model comprises a first and a second sub-model which overlap in an overlap region, and in that the identifier of one of the panels in the overlap region is assigned to the first and the second sub-model .
A tobacco humectant, wherein the tobacco humectant is a metal-organic framework material with a three-dimensional structure obtained by a self-assembly of Zr 4+ and terephthalic acid or 2-aminoterephthalic acid; the metal-organic framework material with the three-dimensional structure obtained by the self-assembly of Zr 4+ and terephthalic acid is Uio-66, and the metal-organic framework material with the three-dimensional structure obtained by self-assembly of Zr 4+ and 2-aminoterephthalic acid is Uio-66-NH 2 ; characterized in that the Uio-66 has a molecular formula of Zr 24 O 120 C 192 H 96 , a molecular weight of 6512.10, a space group of Fm 3 m of a cubic system, wherein a=b=c=20.7004 Å; and the Uio-66-NH 2 has a molecular formula of Zr 24 O 120 C 192 H 144 N 24 , a molecular weight of 6560.1, a space group of Fm 3 m of a cubic system, wherein a=b=c=20.4832 Å.
A radome substrate, characterized in that , comprising, based on parts by weight: polyphenylene ether resin consisting of a first polyphenylene ether resin, a second polyphenylene ether resin, and a third polyphenylene ether resin; 5 to 10 parts of the first polyphenylene ether resin , 70 to 85 parts of ceramic masterbatch comprising the second polyphenylene ether resin, 10 to 15 parts of hollow microbead masterbatch comprising the third polyphenylene ether resin, 1 to 3 parts of a compatibilizer, and 0.1 to 0.3 parts of a lubricant. polyphenylene ether resin consisting of a first polyphenylene ether resin, a second polyphenylene ether resin, and a third polyphenylene ether resin; 5 to 10 parts of the first polyphenylene ether resin , 70 to 85 parts of ceramic masterbatch comprising the second polyphenylene ether resin, 10 to 15 parts of hollow microbead masterbatch comprising the third polyphenylene ether resin, 1 to 3 parts of a compatibilizer, and 0.1 to 0.3 parts of a lubricant.
Buffer seal for a sealing ring, comprising an essentially circular potential equalizing ring made of an electrically conductive material which can be brought into sealing contact with a surface to be sealed of a machine element to be sealed, characterized in that the buffer seal has at least one shielding ring made of a soft-magnetic material for shielding against electromagnetic interference waves.
Rotor blade with a web with a tipsided web end and a lightning conductor cable which extends along the web and is electrically conductively connected with an end with a lightning receptor , and an origin point at the tipsided end of the fillet , from which the lightning conductor cable extends from the fillet , wherein a guide , along which a portion of the lightning conductor cable extends, is arranged on an inner wall of the rotor blade between the tipsided fillet end and the lightning receptor , characterised in that an insulator is provided in the guide between the portion of the lightning conductor cable and the rotor blade inner wall along the entire portion of the lightning conductor cable and the guide has a guide component with a fastening means to receive the portion of the lightning conductor cable .
A vibration system for filtering substances, the filtering substances including a fluid and said vibration system comprising: - a filter plate made of a ceramic porous material, said filter plate comprising two sides an upper side and a lower side; - electrodes ; and - a housing , wherein the filter plate is assembled in said housing with clamping means providing an hermetic seal, a periphery of the housing delimiting a filtering area ; characterized in that the vibration system further comprises: - one or more vibration actuators physically coupled to said filter plate and configured to drive, through electrical interconnections and through said electrodes , a driving voltage to vibrate said filter plate at a given frequency and to provide a displacement in a plane of said filter plate ; and - an isolating protective layer including a fluid-protected layer, FPL, which is deposited on an area of the filter plate , outside the housing , defining a given pattern allowing certain area of the filter plate to be excluded from the isolating protective layer , such that by suitable control of the deposition and curing processes the isolating protective layer can have defined thickness and density which disable the passage of fluid through the isolating protective layer , wherein: - the one or more vibration actuators are located outside said filtering area on the isolating protective layer 17, - said given frequency is comprised in a range between 100 Hz and 100 kHz, and - said displacement has an amplitude between 0.01 and 2 μm. - a filter plate made of a ceramic porous material, said filter plate comprising two sides an upper side and a lower side; - electrodes ; and - a housing , - one or more vibration actuators physically coupled to said filter plate and configured to drive, through electrical interconnections and through said electrodes , a driving voltage to vibrate said filter plate at a given frequency and to provide a displacement in a plane of said filter plate ; and - an isolating protective layer including a fluid-protected layer, FPL, which is deposited on an area of the filter plate , outside the housing , defining a given pattern allowing certain area of the filter plate to be excluded from the isolating protective layer , such that by suitable control of the deposition and curing processes the isolating protective layer can have defined thickness and density which disable the passage of fluid through the isolating protective layer , - the one or more vibration actuators are located outside said filtering area on the isolating protective layer 17, - said given frequency is comprised in a range between 100 Hz and 100 kHz, and - said displacement has an amplitude between 0.01 and 2 μm.