mhurhangee/patent-ind-claim-en huggingface dataset:
Method for predictive operational planning in a microgrid having a connection to a main electricity grid , wherein the operation of the main electricity grid is supported by the microgrid by taking into account high-load time windows, and wherein the power draw of the microgrid from the main electricity grid is reduced in the high-load time windows, wherein the method comprises: - optimizing a target function for a planning interval , wherein the target function takes into account a power draw of the microgrid from the main electricity grid in at least one such high-load time window of the main electricity grid , wherein the at least one high-load time window comprises a plurality of high-load time windows , wherein the plurality of high-load time windows are arranged in the planning interval and in a historical interval that is longer than the planning interval by at least a factor of 10, and wherein the target function takes into account a further power draw of the microgrid from the main electricity grid outside of the plurality of high-load time windows in the historical interval and in the planning interval , and - performing the operational planning based on a result of the optimization. wherein the operation of the main electricity grid is supported by the microgrid by taking into account high-load time windows, and wherein the power draw of the microgrid from the main electricity grid is reduced in the high-load time windows, wherein the method comprises: - optimizing a target function for a planning interval , wherein the target function takes into account a power draw of the microgrid from the main electricity grid in at least one such high-load time window of the main electricity grid , wherein the at least one high-load time window comprises a plurality of high-load time windows , wherein the plurality of high-load time windows are arranged in the planning interval and in a historical interval that is longer than the planning interval by at least a factor of 10, and wherein the target function takes into account a further power draw of the microgrid from the main electricity grid outside of the plurality of high-load time windows in the historical interval and in the planning interval , and - performing the operational planning based on a result of the optimization. - optimizing a target function for a planning interval , wherein the target function takes into account a power draw of the microgrid from the main electricity grid in at least one such high-load time window of the main electricity grid , wherein the plurality of high-load time windows are arranged in the planning interval and in a historical interval that is longer than the planning interval by at least a factor of 10, and wherein the target function takes into account a further power draw of the microgrid from the main electricity grid outside of the plurality of high-load time windows in the historical interval and in the planning interval , and - performing the operational planning based on a result of the optimization.
Use of a composition comprising 7-carboxybenzo thiadiazole amide of Formula I. wherein R 1 is selected from a C 1 -C 12 linear alkyl group, a C 1 -C 12 linear alkoxy group, a C 3 -C 12 branched alkyl group, a C 3 -C 12 branched alkoxy group, a C 3 -C 10 cyclic alkyl group, and a C 3 -C 10 cyclic alkoxy group, and wherein R 2 is selected from a C 1 -C 20 linear alkoxy group, a C 3 -C 12 branched alkoxy group, and a C 3 -C 20 cyclic alkoxy group, as a plant stimulant that as a plant growth regulator or as a plant metabolic process regulator. wherein R 1 is selected from a C 1 -C 12 linear alkyl group, a C 1 -C 12 linear alkoxy group, a C 3 -C 12 branched alkyl group, a C 3 -C 12 branched alkoxy group, a C 3 -C 10 cyclic alkyl group, and a C 3 -C 10 cyclic alkoxy group, and wherein R 2 is selected from a C 1 -C 20 linear alkoxy group, a C 3 -C 12 branched alkoxy group, and a C 3 -C 20 cyclic alkoxy group, as a plant stimulant that as a plant growth regulator or as a plant metabolic process regulator.
Method to reduce harmonics in the electrical output of a power plant, while the power plant is connected via a point of common coupling (PCC) with an electrical grid (GR), - wherein converters (CONV) of the power plant provide respective electrical converter output by an applied pulse-width modulation scheme, which is used in the respective converter (CONV), - wherein the electrical output of the converters (CONV) are summarized to generate the electrical output of the power plant, - wherein the electrical output of the power plant is provided via the point of common coupling (PCC) to the electrical grid (GR), characterized in, - that carrier sideband harmonics, which are generated by the converters (CONV), are measured in the electrical output of the power plant, and - that a carrier signal of at least one selected converter (CONV) is adjusted in its phase until specified and characteristic harmonics in the electrical output of the power plant are reduced below a given threshold, - that the phase-adjustment of the carrier signal is done based on a search algorithm, - that the search algorithm analyzes respective carrier phase adjustments and resulting magnitude changes of the measured harmonics in real time, - that the search algorithm controls the respective carrier phase adjustments in real time, and - that the carrier signal of converters (CONV) of certain wind turbines are shifted by 180° thus the carrier signal is inverted. - wherein converters (CONV) of the power plant provide respective electrical converter output by an applied pulse-width modulation scheme, which is used in the respective converter (CONV), - wherein the electrical output of the converters (CONV) are summarized to generate the electrical output of the power plant, - wherein the electrical output of the power plant is provided via the point of common coupling (PCC) to the electrical grid (GR), characterized in, - that carrier sideband harmonics, which are generated by the converters (CONV), are measured in the electrical output of the power plant, and - that a carrier signal of at least one selected converter (CONV) is adjusted in its phase until specified and characteristic harmonics in the electrical output of the power plant are reduced below a given threshold, - that the phase-adjustment of the carrier signal is done based on a search algorithm, - that the search algorithm analyzes respective carrier phase adjustments and resulting magnitude changes of the measured harmonics in real time, - that the search algorithm controls the respective carrier phase adjustments in real time, and - that the carrier signal of converters (CONV) of certain wind turbines are shifted by 180° thus the carrier signal is inverted.
A backscatter interrogator reception method, wherein - a continuous carrier signal (P1) with a frequency f c is sent from an interrogator to a tag device over a wireless link, - the tag device transmits data to the interrogator using a modulated backscatter (P2) signal, and - the received modulated backscatter signal (P2) is demodulated by the interrogator to retrieve the data transmitted from the tag device , characterized in that the influence of an inband interferer signal contained in the received modulated backscatter signal (P2) is reduced in two following stages, wherein the received modulated backscatter signal (P2) is down-converted to an intermediate frequency f 0 , bandpass filtered at said intermediate frequency f 0 and filtered, again, with a pair of notch filters in the baseband in order to reduce the influence of the inband interferer signal. - a continuous carrier signal (P1) with a frequency f c is sent from an interrogator to a tag device over a wireless link, - the tag device transmits data to the interrogator using a modulated backscatter (P2) signal, and - the received modulated backscatter signal (P2) is demodulated by the interrogator to retrieve the data transmitted from the tag device ,
A fluid collection device comprising: a tubular member comprising a first end with a first opening and a second end with a second opening, a portion of the first end configured to be adhesively secured to a user and the second end configured to fold around the first end forming a first sheath and a second sheath wherein the second sheath is outboard of the first sheath and defines an interior volume; a first retaining loop having an inner diameter and an outer diameter, the first retaining loop configured to be positioned outboard of the first sheath and inboard of the second sheath ; and characterized in that the fluid collection device comprises a second retaining loop having an inner diameter and an outer diameter, the inner diameter of the second retaining loop being less than the outer diameter of the first retaining loop . a tubular member comprising a first end with a first opening and a second end with a second opening, a portion of the first end configured to be adhesively secured to a user and the second end configured to fold around the first end forming a first sheath and a second sheath wherein the second sheath is outboard of the first sheath and defines an interior volume; a first retaining loop having an inner diameter and an outer diameter, the first retaining loop configured to be positioned outboard of the first sheath and inboard of the second sheath ; and characterized in that the fluid collection device comprises a second retaining loop having an inner diameter and an outer diameter, the inner diameter of the second retaining loop being less than the outer diameter of the first retaining loop .
A method for configuring a transponder for a vehicle access device, comprising: deriving a signature from a physical unclonable function of the transponder by the transponder ; verifying said signature by the transponder , generating an enable signal by the transponder in dependence on the result of verifying the signature, and proceeding to authenticate to a base station if the enable signal indicates a positive verification result; and transmitting the signature by the transponder to the base station and verifying said signature by the base station ; and initiating by the base station a key training sequence between the base station and the transponder if the signature is valid and if the authentication between the base station and the transponder is successful. deriving a signature from a physical unclonable function of the transponder by the transponder ; verifying said signature by the transponder , generating an enable signal by the transponder in dependence on the result of verifying the signature, and proceeding to authenticate to a base station if the enable signal indicates a positive verification result; and transmitting the signature by the transponder to the base station and verifying said signature by the base station ; and initiating by the base station a key training sequence between the base station and the transponder if the signature is valid and if the authentication between the base station and the transponder is successful.
An optical structure characterized in that it comprises: a substrate including an edge grating pattern that is proximal to an edge of the substrate , the edge grating pattern including one or more features arranged to control capillary flow of a material from the edge of the substrate into the edge grating pattern wherein: the edge grating pattern is on a first portion of a surface of the substrate ; the substrate further includes a second grating pattern on a second portion of the same surface of the substrate , the second grating pattern providing an optically functional region of the substrate , preferably wherein the second grating pattern is a functional grating pattern that includes one or more of an orthogonal pupil expander, OPE, region and an exit pupil expander, EPE, region; and the edge grating pattern is arranged to control the capillary flow of the material by: i) allowing the capillary flow of the material at least partly in an inward direction from the edge of the substrate into the edge grating pattern, and ii) inhibiting the capillary flow of the material further in the inward direction into the optically functional region provided by the second edge grating pattern. the edge grating pattern is on a first portion of a surface of the substrate ; the substrate further includes a second grating pattern on a second portion of the same surface of the substrate , the second grating pattern providing an optically functional region of the substrate , preferably wherein the second grating pattern is a functional grating pattern that includes one or more of an orthogonal pupil expander, OPE, region and an exit pupil expander, EPE, region; and the edge grating pattern is arranged to control the capillary flow of the material by: i) allowing the capillary flow of the material at least partly in an inward direction from the edge of the substrate into the edge grating pattern, and ii) inhibiting the capillary flow of the material further in the inward direction into the optically functional region provided by the second edge grating pattern.
An interference processing method performed by a user terminal, the method comprising: sending interference-cancellation assistance information to a network-side device; receiving interference-cancellation configuration information sent by the network-side device according to the interference-cancellation assistance information, wherein, the interference-cancellation configuration information comprises at least one of configuration information for stopping uplink transmission and configuration information for stopping downlink reception; and in case that interference occurs, performing an interference processing behavior according to the interference-cancellation configuration information, wherein the interference processing behavior comprises at least one of stopping uplink transmission and stopping downlink reception; characterized in that , the configuration information for stopping uplink transmission comprises at least one of: space-domain information for stopping uplink transmission and indication information of an uplink channel of which uplink transmission is stopped; the configuration information for stopping downlink reception comprises at least one of: space-domain information for stopping downlink reception and indication information of a downlink channel of which downlink reception is stopped; and, the interference-cancellation assistance information comprises space-domain assistance information. sending interference-cancellation assistance information to a network-side device; receiving interference-cancellation configuration information sent by the network-side device according to the interference-cancellation assistance information, wherein, the interference-cancellation configuration information comprises at least one of configuration information for stopping uplink transmission and configuration information for stopping downlink reception; and in case that interference occurs, performing an interference processing behavior according to the interference-cancellation configuration information, wherein the interference processing behavior comprises at least one of stopping uplink transmission and stopping downlink reception; characterized in that , the configuration information for stopping uplink transmission comprises at least one of: space-domain information for stopping uplink transmission and indication information of an uplink channel of which uplink transmission is stopped; the configuration information for stopping downlink reception comprises at least one of: space-domain information for stopping downlink reception and indication information of a downlink channel of which downlink reception is stopped; and, the interference-cancellation assistance information comprises space-domain assistance information.
Sealing arrangement having a housing, a cavity which is formed in the housing and which serves to receive a flowable medium, and having a rod seal for sealing the cavity in the region of a rod , wherein the rod is supported in the housing so as to be able to be moved in an axial direction (X) of the rod , wherein the housing has a bearing portion , wherein the rod seal is supported in a fixed manner in the bearing portion , wherein the rod extends through the bearing portion and the rod seal so that a first rod portion of the rod and a second rod portion of the rod are arranged at different sides of the bearing portion , wherein the first rod portion is located at a side of the bearing portion facing the cavity and wherein the second rod portion is located at a side of the bearing portion facing away from the cavity , wherein the rod seal is arranged at the side of the bearing portion facing the cavity , wherein the rod seal has a first sealing lip and a second sealing lip , wherein the sealing lips are spaced apart from each other in the axial direction (X), wherein the sealing lips circumferentially contact the rod , wherein the bearing portion has at the side thereof facing the cavity a discharge structure having a support face which circumferentially surrounds the rod , wherein the rod seal is in abutment with the support face , wherein a diameter (D α ) of the support face increases in the direction of the second rod portion , wherein the sealing arrangement has a resiliently deformable clamping element , wherein the clamping element is in circumferential abutment with the rod seal on a covering face of the rod seal facing away from the rod and presses the sealing lips against the rod , characterized in that the clamping element has two radially inwardly protruding projections , wherein the clamping element is arranged in such a manner that one projection acts on the first sealing lip in such a manner that the first sealing lip is pressed against the rod and the other projection acts on the second sealing lip in such a manner that the second sealing lip is pressed against the rod .
A dressing , comprising: an upper cover configured to substantially cover an incisional wound , the upper cover comprising a drape having a first side and a second, wound-facing side , wherein the drape defines a plurality of spines or a plurality of spines is coupled to the drape ; a patient interface layer coupled to the second side of the drape , the patient interface layer comprising a plurality of openings that are configured to receive fluid from the incisional wound ; and an absorbent material disposed between the second side of the drape and the patient interface layer , wherein each of the plurality of spines is configured to be arranged in substantially perpendicular orientation relative to a cut direction of the incisional wound , and wherein an elasticity of each of the plurality of spines is less than an elasticity of the drape such that the plurality of spines apply appositional forces to the incisional wound in response to pressure applied to the drape by the absorbent material . an upper cover configured to substantially cover an incisional wound , the upper cover comprising a drape having a first side and a second, wound-facing side , wherein the drape defines a plurality of spines or a plurality of spines is coupled to the drape ; a patient interface layer coupled to the second side of the drape , the patient interface layer comprising a plurality of openings that are configured to receive fluid from the incisional wound ; and an absorbent material disposed between the second side of the drape and the patient interface layer , wherein each of the plurality of spines is configured to be arranged in substantially perpendicular orientation relative to a cut direction of the incisional wound , and wherein an elasticity of each of the plurality of spines is less than an elasticity of the drape such that the plurality of spines apply appositional forces to the incisional wound in response to pressure applied to the drape by the absorbent material .
Method of controlling a circuit comprising a bridge for rectifying an AC voltage (Vac), the rectifying bridge comprising two thyristors (T1, T2; T1', T2'), and an AC capacitor (Xcap) having its two electrodes respectively coupled to two distinct electrodes of the thyristors, characterized by the fact that the control method comprises a step consisting of simultaneously applying same gate currents (IG1, IG2) to the two thyristors to discharge the AC capacitor when the circuit detects the absence of an AC voltage (Vac) across the AC capacitor for a duration longer than a first threshold, of at least one half-period of the AC voltage.
A method for use in a flexible Ethernet, Flex Ethernet, based network system, the network system comprising a network management system, NMS, a first network device and a second network device, wherein the first network device and the second network device are connected by using a physical link, and the second network device is configured to exchange with the NMS one or more data communication network, DCN, packets, the method comprising: generating , by the first network device, a first DCN packet, wherein the first DCN packet comprises information to establish a communications connection between the first network device and the NMS; loading , by the first network device, the first DCN packet into a flexible Ethernet overhead multiframe; and sending , by the first network device, the Flex Ethernet overhead multiframe to the second network device by using the physical link, so that the second network device extracts the first DCN packet from the Flex Ethernet overhead multiframe, and forwards the first DCN packet to the NMS. generating , by the first network device, a first DCN packet, wherein the first DCN packet comprises information to establish a communications connection between the first network device and the NMS; loading , by the first network device, the first DCN packet into a flexible Ethernet overhead multiframe; and sending , by the first network device, the Flex Ethernet overhead multiframe to the second network device by using the physical link, so that the second network device extracts the first DCN packet from the Flex Ethernet overhead multiframe, and forwards the first DCN packet to the NMS.
An agent for use in treating, preventing, or ameliorating a psychiatric or neurological disorder or symptom, comprising any of the following to as an active ingredient, wherein the psychiatric or neurological disorder or symptom is a disorder or symptom selected from: anxiety disorder without co-occurring substance use disorder or anxiety symptom without co-occurring substance use disorder; and depressive disorder or depressive symptom, the depressive symptom being selected from mood disorders such as feelings of depression, sadness and loneliness, reduced motivation, retarded thinking, pessimistic thinking, sleep disorders, reduced appetite, depressive symptoms observed in bipolar disorders, and depressive symptoms observed in post-traumatic stress disorder: disulfiram; a metal complex of diethyldithiocarbamate; a disulfide represented by Formula 1 below: wherein a moiety beyond the wavy line is glutathione or thioredoxin; a pharmaceutically acceptable salt of , , or ; and a solvate of , , , or . disulfiram; a metal complex of diethyldithiocarbamate; a disulfide represented by Formula 1 below: wherein a moiety beyond the wavy line is glutathione or thioredoxin; a pharmaceutically acceptable salt of , , or ; and a solvate of , , , or .
Coin-deposit substitute for triggering an everyday item equipped with a coin-deposit lock , wherein the coin-deposit substitute has a basic body having a coin-like protrusion , which is intended for inserting into the coin-deposit lock , and having a grip portion , which is equipped with a fastening device for fastening a sheet of paper in a releasable manner, characterized in that the fastening device has a lower portion butting against the underside of the grip portion and has an upper portion butting against the upper side of the grip portion , and in that the upper portion has a grip element intended for raising the upper portion .