mhurhangee/patent-ind-claim-en huggingface dataset:
A variable-flux motor drive system having an inverter for driving a variable-flux motor that employs a fixed magnet and a variable magnet , comprising: a torque command generate unit to generate a torque command (Tm*) for the variable-flux motor ; a variable flux control unit to change flux according to a magnetizing current from the inverter and magnetize the variable magnet ; a switch to pass either D- and Q-axis current references (IdR, IqR) based on the torque command (Tm*) from the torque command generate unit or D- and Q-axis magnetizing current commands (Idm*, Iqm*) from the variable flux control unit ; a magnetization request generate unit to generate, if predetermined conditions are met, a magnetization request (FCReq) to the variable flux control unit for magnetizing the variable magnet ; and a gate signal generate unit to generate a gate signal for controlling the inverter according to either the torque-command-based D- and Q-axis current references (IdR, IqR) or the D- and Q-axis magnetizing current commands (Idm*, Iqm*) from the switch , characterized in that the magnetization request generate unit generates the magnetization request (FCReq) when the inverter is started, and after the variable flux control unit completes the magnetization of the variable magnet , the switch switches to the D- and Q-axis current references (IdR, IqR) based on the torque command (Tm*) from the torque command generate unit , to raise torque. a torque command generate unit to generate a torque command (Tm*) for the variable-flux motor ; a variable flux control unit to change flux according to a magnetizing current from the inverter and magnetize the variable magnet ; a switch to pass either D- and Q-axis current references (IdR, IqR) based on the torque command (Tm*) from the torque command generate unit or D- and Q-axis magnetizing current commands (Idm*, Iqm*) from the variable flux control unit ; D- and Q-axis current references (IdR, IqR) based on the torque command (Tm*) from the torque command generate unit or D- and Q-axis magnetizing current commands (Idm*, Iqm*) from the variable flux control unit ; a magnetization request generate unit to generate, if predetermined conditions are met, a magnetization request (FCReq) to the variable flux control unit for magnetizing the variable magnet ; and a gate signal generate unit to generate a gate signal for controlling the inverter according to either the torque-command-based D- and Q-axis current references (IdR, IqR) or the D- and Q-axis magnetizing current commands (Idm*, Iqm*) from the switch , characterized in that the magnetization request generate unit generates the magnetization request (FCReq) when the inverter is started, and after the variable flux control unit completes the magnetization of the variable magnet , the switch switches to the D- and Q-axis current references (IdR, IqR) based on the torque command (Tm*) from the torque command generate unit , to raise torque.
An aqueous composition for treating a substrate including patterns having line-space dimensions of 50 nm or below to prevent collapse of the patterns, the composition comprising: a solvent system comprising water and a water-miscible organic solvent; a surface modifier that is a reaction product between an alkylamine and an organic acid; and optional pH adjusting agent; wherein said organic acid is selected from the group consisting of aliphatic/aromatic carboxylic acids, amino carboxylic acids, sulfonic acids and aminosulfonic acids; wherein the alkylamine is selected from a primary amine or a secondary amine; and the pH is from 1.0 to 5.0. a solvent system comprising water and a water-miscible organic solvent; a surface modifier that is a reaction product between an alkylamine and an organic acid; and optional pH adjusting agent; wherein said organic acid is selected from the group consisting of aliphatic/aromatic carboxylic acids, amino carboxylic acids, sulfonic acids and aminosulfonic acids; wherein the alkylamine is selected from a primary amine or a secondary amine; and the pH is from 1.0 to 5.0.
An injectable dermal filler composition comprising: crosslinked hyaluronic acid and/or a pharmaceutically acceptable salt thereof (HA); and a vitamin C derivative covalently conjugated to the crosslinked HA, the vitamin C derivative being selected from ascorbic acid 2-glucoside (AA2G), sodium ascorbyl phosphate (AA2P) and ascorbyl 3-aminopropyl phosphate (Vitagen). crosslinked hyaluronic acid and/or a pharmaceutically acceptable salt thereof (HA); and a vitamin C derivative covalently conjugated to the crosslinked HA, the vitamin C derivative being selected from ascorbic acid 2-glucoside (AA2G), sodium ascorbyl phosphate (AA2P) and ascorbyl 3-aminopropyl phosphate (Vitagen).
A method for a Mobility Management Entity, MME, to control a connection of a User Equipment, UE, in a mobile communication system, the method comprising: predicting a length of an overload duration when an overload occurs; determining one of a plurality of reconnection types to be a reconnection type of the UE, based on the predicted length of an overload duration; and transmitting, to an evolved Node B, eNodeB, information associated with the determined reconnection type of the UE, wherein the plurality of reconnection types comprises a first wait time type in which the UE attempts reconnection to the MME after a first waiting time set in advance, a second wait time type in which the UE attempts reconnection to the MME after a second waiting time which is longer than the first waiting time, and an MME reselection type in which the UE attempts to connect to another MME that is different from the MME. predicting a length of an overload duration when an overload occurs; determining one of a plurality of reconnection types to be a reconnection type of the UE, based on the predicted length of an overload duration; and transmitting, to an evolved Node B, eNodeB, information associated with the determined reconnection type of the UE, wherein the plurality of reconnection types comprises a first wait time type in which the UE attempts reconnection to the MME after a first waiting time set in advance, a second wait time type in which the UE attempts reconnection to the MME after a second waiting time which is longer than the first waiting time, and an MME reselection type in which the UE attempts to connect to another MME that is different from the MME.
A method of amplifying RNA from one or more cells, comprising the steps of: exposing RNA from the one or more cells to a first plurality of primers and to at least one reverse transcriptase to produce a reaction mixture; subjecting said reaction mixture to conditions in that allow annealing of the primers to the RNA and first-strand cDNA synthesis to produce extended DNA strands; digesting unannealed primers; inactivating enzymes in the reaction mixture; digesting RNA in the reaction mixture; tailing the 3' ends of the extended DNA strands; generating second-strand cDNA synthesis using a second plurality of primers and at least one DNA polymerase under suitable conditions to produce double-stranded full amplicons, wherein the primers in the first plurality, second plurality, or both comprise the following formula: XnYmZp, wherein n is greater than 2 and X is 40%-60% G-rich or 40%-60% C-rich, wherein Y is any nucleotide and m is 5-8 nucleotides and wherein Z is a T and a G when X is G-rich or C when X is C-rich, wherein p is 2-20 nucleotides. exposing RNA from the one or more cells to a first plurality of primers and to at least one reverse transcriptase to produce a reaction mixture; subjecting said reaction mixture to conditions in that allow annealing of the primers to the RNA and first-strand cDNA synthesis to produce extended DNA strands; digesting unannealed primers; inactivating enzymes in the reaction mixture; digesting RNA in the reaction mixture; tailing the 3' ends of the extended DNA strands; generating second-strand cDNA synthesis using a second plurality of primers and at least one DNA polymerase under suitable conditions to produce double-stranded full amplicons, wherein the primers in the first plurality, second plurality, or both comprise the following formula: XnYmZp, wherein n is greater than 2 and X is 40%-60% G-rich or 40%-60% C-rich, wherein Y is any nucleotide and m is 5-8 nucleotides and wherein Z is a T and a G when X is G-rich or C when X is C-rich, wherein p is 2-20 nucleotides.
A mixing device for intermixing powder particles and/or granular particles or a similar free-flowing solid with at least one liquid, the mixing device comprising: a feed duct for the solid; an inlet for the liquid; at least one mixing implement , which is rotatable about an axis in a mixing chamber ; an outlet for the mixture; a delivery pump , which is arranged between the inlet and the mixing implement , characterized in that a further connection exists between the delivery pump and the mixing chamber , wherein the further connection is formed by a pipe or a hose line on the outside of a housing of the mixing device , and has an opening into the mixing chamber , or wherein the further connection is arranged inside the housing of the mixing device . a feed duct for the solid; an inlet for the liquid; at least one mixing implement , which is rotatable about an axis in a mixing chamber ; an outlet for the mixture; a delivery pump , which is arranged between the inlet and the mixing implement , characterized in that a further connection exists between the delivery pump and the mixing chamber , wherein the further connection is formed by a pipe or a hose line on the outside of a housing of the mixing device , and has an opening into the mixing chamber , or wherein the further connection is arranged inside the housing of the mixing device .
Cleaning device, intended for spraying at least one fluid onto a motor vehicle surface to be cleaned, such as an optical sensor of an optical detection system, the cleaning device comprising at least one fluid inlet and distribution device (D) into which a cleaning fluid and a drying fluid are selectively admitted from an inlet nozzle specific to each fluid, this inlet and distribution device (D) having a hollow body inside which separate distribution channels for distributing the cleaning fluid and the drying fluid, respectively, and separate conveying units (112, 114, 21; 113, 22) for conveying each of the fluids from their respective inlet nozzle to their respective distribution channel are arranged, characterized in that the separate distribution channels are formed in an inlet and distribution rod arranged in the hollow body of the inlet and distribution device.
A bag for carrying sports equipment comprising: an upper wall , a bottom wall , and a side panel extending between the upper wall and bottom wall to form an enclosure for containing the sports equipment, wherein the upper wall is removably coupled to the side panel along at least a part of its perimeter to provide access to the enclosure; a first strengthening rib comprising a first rib section extending across the upper wall , a second non-foldable rib section extending across the side panel on a first side of the bag, a third non-foldable rib section extending laterally across the bottom wall , and a fourth non-foldable rib section extending across the side panel on a second side of the bag opposite the first side, wherein the rib sections are arranged to abut each other such that they completely surround the enclosure; at least one foldable region (55; 57) adjacent the first strengthening rib, characterised in that the first, second, third, and fourth rib sections have a constant width that is the same for each of the rib sections. an upper wall , a bottom wall , and a side panel extending between the upper wall and bottom wall to form an enclosure for containing the sports equipment, wherein the upper wall is removably coupled to the side panel along at least a part of its perimeter to provide access to the enclosure; a first strengthening rib comprising a first rib section extending across the upper wall , a second non-foldable rib section extending across the side panel on a first side of the bag, a third non-foldable rib section extending laterally across the bottom wall , and a fourth non-foldable rib section extending across the side panel on a second side of the bag opposite the first side, wherein the rib sections are arranged to abut each other such that they completely surround the enclosure; at least one foldable region (55; 57) adjacent the first strengthening rib, characterised in that the first, second, third, and fourth rib sections have a constant width that is the same for each of the rib sections.
A connection recovery method, comprising: searching, by a first terminal, for a recovery candidate corresponding to an interrupted connection between the first terminal and a second terminal, wherein the recovery candidate comprises connection information and a recovery identifier used to identify the connection information (step 101); selecting, by the first terminal, one found recovery candidate as a first recovery candidate, wherein the first recovery candidate comprises a first recovery identifier and first connection information (step 102); sending, by the first terminal, a recovery candidate negotiation request to the second terminal, wherein the recovery candidate negotiation request comprises the first recovery identifier of the selected first recovery candidate (step 103); receiving, by the first terminal, a matching success message returned by the second terminal, wherein the matching success message is used to indicate that the second terminal finds a second recovery candidate that has a same recovery identifier as the first recovery candidate (step 104); and after receiving the matching success message, transmitting, by the first terminal, data to the second terminal according to the first connection information (step 105). searching, by a first terminal, for a recovery candidate corresponding to an interrupted connection between the first terminal and a second terminal, wherein the recovery candidate comprises connection information and a recovery identifier used to identify the connection information (step 101); selecting, by the first terminal, one found recovery candidate as a first recovery candidate, wherein the first recovery candidate comprises a first recovery identifier and first connection information (step 102); sending, by the first terminal, a recovery candidate negotiation request to the second terminal, wherein the recovery candidate negotiation request comprises the first recovery identifier of the selected first recovery candidate (step 103); receiving, by the first terminal, a matching success message returned by the second terminal, wherein the matching success message is used to indicate that the second terminal finds a second recovery candidate that has a same recovery identifier as the first recovery candidate (step 104); and after receiving the matching success message, transmitting, by the first terminal, data to the second terminal according to the first connection information (step 105).
A competition wheelchair tire comprising: a sipe , on a surface of a tread of the tire, extending across a tire equator (CL) from one side to another side of the tire equator (CL), wherein an end (e1, e2) of the sipe on at least the one side is located at a tread edge (TE) or near the tread edge (TE), and an inclination angle of the sipe relative to a width direction of the tread decreases from the tire equator (CL) towards the tread edge (TE). a sipe , on a surface of a tread of the tire, extending across a tire equator (CL) from one side to another side of the tire equator (CL), wherein an end (e1, e2) of the sipe on at least the one side is located at a tread edge (TE) or near the tread edge (TE), and an inclination angle of the sipe relative to a width direction of the tread decreases from the tire equator (CL) towards the tread edge (TE).
A process for the production of a non-fibrous drawn polymer tape, said process comprising the steps: a) compacting a polymer powder in a press to form a compacted polymer bed; b) calendering said compacted polymer bed to form an oriented polymer tape; and c) drawing said oriented polymer tape to form a highly oriented polymer tape; wherein the polymer powder comprises ultra-high molecular weight polyethylene (UHMWPE); characterized in that step a) comprises compacting the polymer powder at a temperature and pressure such that from 1 to 20 wt.% of the polymer powder as measured by DSC is melted. a) compacting a polymer powder in a press to form a compacted polymer bed; b) calendering said compacted polymer bed to form an oriented polymer tape; and c) drawing said oriented polymer tape to form a highly oriented polymer tape;
An absorbent core for an absorbent article, the absorbent core comprising at least two layers , each layer having a width (w) and a length (I) along a first plane and a thickness (t) extending perpendicular thereto, wherein said layers are arranged in facing relationship along said first plane, and wherein said layers comprise a polymeric foam having an open cell and interconnected porous structure characterized in that the first layer and the second layer comprise an anisotropic cell structure having an axis of anisotropy extending substantially parallel to a longest length of a plurality of substantially neighbouring cells , in that the axis of anisotropy of the second layer extends substantially perpendicular to said thickness (t) and parallel to said first plane, and in that the axis of anisotropy of the first layer is substantially perpendicular to the axis of anisotropy of the second layer .
A master device , communicating with a plurality of slave devices (1-3) by a connectionless communication mode, wherein the plurality of slave devices (1-3) detect whether a communication error exists, and the master device being characterized in comprising: an indication sending part , sending an indication for enabling the plurality of slave devices (1-3) to send an error information, wherein the error information represents whether the communication error exists; an information receiving part , receiving the error information sent from the plurality of slave devices (1-3) respectively according to the indication sent from the indication sending part ; and a log storing part , enabling the error information received by the information receiving part corresponding to each slave device (1-3) to be stored into the storing part , wherein the storing part stores data of a user program, the user program is a program manufactured by the user, and is a program specifying a sending start moment and an sending end moment of the indication and a sending time interval of the indication, and the indication sending part starts to send the indication at the sending start moment regulated by the user program, periodically sends the indication at the time interval regulated by the user program, and ends the periodically sending the indication at the sending end moment regulated by the user program. an indication sending part , sending an indication for enabling the plurality of slave devices (1-3) to send an error information, wherein the error information represents whether the communication error exists; an information receiving part , receiving the error information sent from the plurality of slave devices (1-3) respectively according to the indication sent from the indication sending part ; and a log storing part , enabling the error information received by the information receiving part corresponding to each slave device (1-3) to be stored into the storing part , wherein the storing part stores data of a user program, the user program is a program manufactured by the user, and is a program specifying a sending start moment and an sending end moment of the indication and a sending time interval of the indication, and the indication sending part starts to send the indication at the sending start moment regulated by the user program, periodically sends the indication at the time interval regulated by the user program, and ends the periodically sending the indication at the sending end moment regulated by the user program.
A method for identifying a loading bay towards which a vehicle is reversing, wherein the vehicle is a trailer and wherein the loading bay is located at a facility, the method comprising: determining , at a sensor apparatus connected with the vehicle, that the vehicle is reversing; capturing , at the sensor apparatus , an image of the loading bay into which the vehicle is reversing; transmitting , by the sensor apparatus , the image in conjunction with supplemental information to a server , wherein the supplemental information comprises location data for a last position fix of the vehicle and the orientation of the vehicle; receiving , by the server , the image and the supplemental information; processing the image by using image recognition to identify at least one marking on the loading bay; performing a lookup procedure through a database, the lookup procedure being based on the identified at least one marking to determine the identity of the loading bay, wherein the supplemental information is utilized to narrow the potential locations that the vehicle is backing into; determining the identity of the loading bay towards which the vehicle is reversing; and determining a location of the vehicle based on the determined identity of the loading bay. determining , at a sensor apparatus connected with the vehicle, that the vehicle is reversing; capturing , at the sensor apparatus , an image of the loading bay into which the vehicle is reversing; transmitting , by the sensor apparatus , the image in conjunction with supplemental information to a server , wherein the supplemental information comprises location data for a last position fix of the vehicle and the orientation of the vehicle; receiving , by the server , the image and the supplemental information; processing the image by using image recognition to identify at least one marking on the loading bay; performing a lookup procedure through a database, the lookup procedure being based on the identified at least one marking to determine the identity of the loading bay, wherein the supplemental information is utilized to narrow the potential locations that the vehicle is backing into; determining the identity of the loading bay towards which the vehicle is reversing; and determining a location of the vehicle based on the determined identity of the loading bay.
A method for reducing speckle on a projection screen , comprising: locating a transducer near a projection screen; and attaching a first reactor to the projection screen and proximate to the transducer so that the first reactor is operable to vibrate the projection screen in a direction out of the screen plane to reduce speckle in a viewing area of the projection screen, wherein the first reactor is located in the approximate range of 0,25 mm to 51 mm from an edge of the projection screen. locating a transducer near a projection screen; and attaching a first reactor to the projection screen and proximate to the transducer so that the first reactor is operable to vibrate the projection screen in a direction out of the screen plane to reduce speckle in a viewing area of the projection screen, wherein the first reactor is located in the approximate range of 0,25 mm to 51 mm from an edge of the projection screen.