mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the synthesis of compounds of the formula Li x M 1-y M' y (XO 4 ) n , wherein x, y and n are selected such that 0 ≤ x ≤ 2, 0 ≤ y ≤ 0.6 and 1 ≤ n ≤ 1.5, M is a transition metal or a mixture of transition metals of the first series of the periodic table; M' is an element with defined valency selected from Mg 2+ , Ca 2+ , Al 3+ , Zn 2+ or a combination of these elements, and X is selected from S, P and Si, wherein a mixture is brought into equilibrium which, in the required proportions, comprises at least: a) a source for M, a portion of the transition metal or metals comprising M being in an oxidation state higher than that of the metal in the final composition Li x M 1-y M' y (XO 4 ) n ; b) possibly a source of an element M'; c) a source compound of lithium; d) a source compound of X; wherein the sources of the elements M, M', Li and X may or may not be partly or completely introduced in the form of compounds comprising more than one starting element, and the synthesis is carried out by reaction and bringing into equilibrium the intimately mixed and/or homogeneous mixture in the required proportions of the precursors a) to d), and by reduction in a manner to bring the transition metal or metals to the desired valence degree, wherein the reduction of the mixture of precursors a) to d) is carried out with a reducing gas atmosphere. a) a source for M, a portion of the transition metal or metals comprising M being in an oxidation state higher than that of the metal in the final composition Li x M 1-y M' y (XO 4 ) n ; b) possibly a source of an element M'; c) a source compound of lithium; d) a source compound of X;
A method comprising: building a location profile, for a target mobile device, by collecting location information at the same time interval within each of a plurality of time cycles , wherein building the location profile comprises comparing the collected location information for each of the time intervals with the collected location information for others of the time intervals within the plurality of time cycles and wherein the location profile is created during a learning phase and includes an expected location and an error range for each time interval of the collected location information; maintaining, in a storage module, the location profile of the target mobile device; receiving the current location of the target mobile device ; verifying whether the current location deviates from the location profile ; and if the current location deviates from the location profile , triggering a notification to an observer device , the notification including a distance value from the location profile. building a location profile, for a target mobile device, by collecting location information at the same time interval within each of a plurality of time cycles , wherein building the location profile comprises comparing the collected location information for each of the time intervals with the collected location information for others of the time intervals within the plurality of time cycles and wherein the location profile is created during a learning phase and includes an expected location and an error range for each time interval of the collected location information; maintaining, in a storage module, the location profile of the target mobile device; receiving the current location of the target mobile device ; verifying whether the current location deviates from the location profile ; and if the current location deviates from the location profile , triggering a notification to an observer device , the notification including a distance value from the location profile.
Use of an ultrasonic wave-dissipation block in an ultrasonic probe, the ultrasonic wave-dissipation block comprising: a base body including a side wall in which an accommodation space is formed; and an ultrasonic reflector that is disposed in the accommodation space of the base body and adapted to reflect ultrasonic waves introduced from an outside of the base body onto the ultrasonic reflector in a direction toward an inner surface of the side wall of the base body , characterized in that diffraction slits for diffracting the ultrasonic waves are formed on the side wall of the base body . a base body including a side wall in which an accommodation space is formed; and an ultrasonic reflector that is disposed in the accommodation space of the base body and adapted to reflect ultrasonic waves introduced from an outside of the base body onto the ultrasonic reflector in a direction toward an inner surface of the side wall of the base body , characterized in that diffraction slits for diffracting the ultrasonic waves are formed on the side wall of the base body .
An apparatus for wireless communications, comprising: means configured for receiving a plurality of protocol data units, PDUs, means configured for determining whether each of the PDUs was successfully received and whether each of the PDUs carries a non-fragmented service data unit, SDU, or a fragmented SDU, wherein at least one of the PDUs comprises at least one fragmented SDU; and means configured for outputting for transmission a multi-fragment block acknowledgment, BlockAck, frame , wherein the multi-fragment BlockAck frame is shorter than a basic BlockACK frame of 152 octets, the multi-fragment BlockAck frame comprising a starting sequence control, SSC, field and a bitmap field indicating a receive status for any non-fragmented SDUs and the at least one fragmented SDU based on the determination, wherein the bitmap field in the multi-fragment BlockAck frame has a variable length, and wherein the variable length is indicated by a value of one or more most significant bits of a fragment number, FN, in the multi-fragment BlockAck frame , wherein the value of the FN is indicated in the SSC field by one or more least significant bits of the FN. means configured for receiving a plurality of protocol data units, PDUs, means configured for determining whether each of the PDUs was successfully received and whether each of the PDUs carries a non-fragmented service data unit, SDU, or a fragmented SDU, wherein at least one of the PDUs comprises at least one fragmented SDU; and means configured for outputting for transmission a multi-fragment block acknowledgment, BlockAck, frame , wherein the multi-fragment BlockAck frame is shorter than a basic BlockACK frame of 152 octets, the multi-fragment BlockAck frame comprising a starting sequence control, SSC, field and a bitmap field indicating a receive status for any non-fragmented SDUs and the at least one fragmented SDU based on the determination, wherein the bitmap field in the multi-fragment BlockAck frame has a variable length, and wherein the variable length is indicated by a value of one or more most significant bits of a fragment number, FN, in the multi-fragment BlockAck frame , wherein the value of the FN is indicated in the SSC field by one or more least significant bits of the FN.
An endoscope system comprising: a processor configured to acquire shape data of an insertion part of an endoscope in a body cavity in an examination using the endoscope with movement of a distal end of the insertion part; and a memory configured to store the shape data, wherein the processor is configured to store the shape data at a position of an object to be observed in a first examination as first shape data in the memory, and to determine that the distal end of the insertion part has reached the position of the object to be observed and provides notification of a result of determination in a case where the shape data acquired in a second examination after the first examination matches the first shape data; and wherein the processor is further configured to store in the memory an arrival time, which is a time at which the distal end of the insertion part reaches the position of the object to be observed after the insertion part is inserted into the body cavity, and to perform a notification on the basis of the arrival time a processor configured to acquire shape data of an insertion part of an endoscope in a body cavity in an examination using the endoscope with movement of a distal end of the insertion part; and a memory configured to store the shape data, wherein the processor is configured to store the shape data at a position of an object to be observed in a first examination as first shape data in the memory, and to determine that the distal end of the insertion part has reached the position of the object to be observed and provides notification of a result of determination in a case where the shape data acquired in a second examination after the first examination matches the first shape data; and wherein the processor is further configured to store in the memory an arrival time, which is a time at which the distal end of the insertion part reaches the position of the object to be observed after the insertion part is inserted into the body cavity, and to perform a notification on the basis of the arrival time
A butterfly valve comprising a shaft and a shoulder extending radially outwardly from the shaft, and a thrust assembly, the thrust assembly comprising: an upper thrust plate secured about a shaft ; a lower thrust plate secured about the shaft, the upper and lower thrust plates being disposed to cooperatively define a cavity in which the shoulder of the shaft is disposed and an intermediate thrust plate interposed between the shoulder and the lower thrust plate, the lower and intermediate thrust plates comprising spherical upper and lower surfaces, respectively, which are seated together for permitting rotation and deflection of the shaft, characterised in that the intermediate thrust plate comprises an interior surface that is tightly fit about the shaft. an upper thrust plate secured about a shaft ; a lower thrust plate secured about the shaft, the upper and lower thrust plates being disposed to cooperatively define a cavity in which the shoulder of the shaft is disposed and an intermediate thrust plate interposed between the shoulder and the lower thrust plate, the lower and intermediate thrust plates comprising spherical upper and lower surfaces, respectively, which are seated together for permitting rotation and deflection of the shaft, characterised in that the intermediate thrust plate comprises an interior surface that is tightly fit about the shaft.
A method for implementation by a base station that operates according to a first radio access technology, RAT, that requires synchronization on timing synchronization boundaries, the method comprising: acquiring a channel of an unlicensed frequency band; determining a time interval between acquisition of the channel and a subsequent timing synchronization boundary; and sequentially transmitting one or more clear-to-send messages during the time interval, wherein the one or more clear-to-send messages are generated to be decodable by access points that operate according to a second RAT that does not require synchronization on the timing synchronization boundaries, and wherein the one or more clear-to-send messages include information indicating a duration of time that the channel of the unlicensed frequency band is reserved for use by the based station . acquiring a channel of an unlicensed frequency band; determining a time interval between acquisition of the channel and a subsequent timing synchronization boundary; and sequentially transmitting one or more clear-to-send messages during the time interval, wherein the one or more clear-to-send messages are generated to be decodable by access points that operate according to a second RAT that does not require synchronization on the timing synchronization boundaries, and wherein the one or more clear-to-send messages include information indicating a duration of time that the channel of the unlicensed frequency band is reserved for use by the based station .
A solenoid comprising: a primary package that is made of a molding resin and covers a solenoid body in which a coil is wound around a bobbin ; the primary package integrally including a disc-shaped first covering portion covering the outer peripheral surface and the upper surface of the solenoid body and a secondary package that is made of a molding resin and covers the primary package , wherein a flange portion covered with the secondary package is integrally provided on the outer peripheral surface of the disc-shaped first covering portion in the primary package , characterized in that the flange portion has a plurality of through holes arranged along a circumference so that the through holes are filled with a part of the molding resin constituting the secondary package . a primary package that is made of a molding resin and covers a solenoid body in which a coil is wound around a bobbin ; the primary package integrally including a disc-shaped first covering portion covering the outer peripheral surface and the upper surface of the solenoid body and a secondary package that is made of a molding resin and covers the primary package , wherein a flange portion covered with the secondary package is integrally provided on the outer peripheral surface of the disc-shaped first covering portion in the primary package , characterized in that the flange portion has a plurality of through holes arranged along a circumference so that the through holes are filled with a part of the molding resin constituting the secondary package .
Zip-line system comprising a trolley, a rope and a deceleration system , the trolley being configured to travel along a rope, wherein the deceleration system comprises at least one magnet arranged adjacent to the rope , the magnet being arranged such that its axis connecting magnetic north and magnetic south is substantially perpendicular to the direction of the rope and wherein the trolley comprises an electrically conducting member for interacting with the magnetic field in response to travelling along the rope , characterized in that the electrically conducting member is a frame of the trolley.
Automated parking assist system for parking a vehicle in a parking spot, comprising a controller configured to handover drive control from a user to the automated parking assist system ; and start an automated parking procedure, wherein the controller is configured to initiate the handover at speed as the vehicle approaches the parking spot, and to finish the handover before a front side of the vehicle crosses a virtual line perpendicular to a road running, at a beginning of a free space of the parking spot , when driving along the road towards the parking spot ; wherein with the handover the controller is configured to calculate a trajectory from a current position of the vehicle to a final position and find a suitable first stop position before reaching the parking spot, the first stop position being dependent on a type of the parking spot and whether the vehicle shall be parked in a forward or in a backwards direction; wherein the controller is configured to first guide the vehicle to the first stop position from which parking maneuvers being part of the automated parking procedure are started; and wherein the vehicle is not stopped before reaching the first stop position. handover drive control from a user to the automated parking assist system ; and start an automated parking procedure, wherein the controller is configured to initiate the handover at speed as the vehicle approaches the parking spot, and to finish the handover before a front side of the vehicle crosses a virtual line perpendicular to a road running, at a beginning of a free space of the parking spot , when driving along the road towards the parking spot ; wherein with the handover the controller is configured to calculate a trajectory from a current position of the vehicle to a final position and find a suitable first stop position before reaching the parking spot, the first stop position being dependent on a type of the parking spot and whether the vehicle shall be parked in a forward or in a backwards direction; wherein the controller is configured to first guide the vehicle to the first stop position from which parking maneuvers being part of the automated parking procedure are started; and wherein the vehicle is not stopped before reaching the first stop position.
Process for applying a foaming reaction mixture to a covering layer for producing a composite element using an apparatus comprising at least two casting rakes having a tubular hollow body which extends along a central axis and has at least two exit openings for exit of the foaming reaction mixture , and where the casting rakes and the covering layer are moved relative to one another along a longitudinal axis , characterized in that the central axis of the at least two casting rakes and the longitudinal axis of motion enclose an angle of ≤ 80° relative to one another and a) in that the casting rakes are arranged at angles of equal magnitude relative to the axis of motion of the covering layer or b) in that the magnitude of the angles at which two casting rakes are aligned relative to the direction of motion of the covering layer is different, such that the two casting rakes are arranged relative to one another in the form of an asymmetric V. a) in that the casting rakes are arranged at angles of equal magnitude relative to the axis of motion of the covering layer or b) in that the magnitude of the angles at which two casting rakes are aligned relative to the direction of motion of the covering layer is different, such that the two casting rakes are arranged relative to one another in the form of an asymmetric V.
A method, comprising: receiving, at an electronic device, a uniform resource locator associated with an application; determining, by the electronic device, that the application is not installed on the electronic device; determining, by the electronic device based on at least a first portion of the uniform resource locator, that at least a version of the application is available without user authentication; providing information associated with the uniform resource locator to one or more remote servers; receiving, from the one or more remote servers at the electronic device responsive to the information, code for at least the version of the application; providing, by the electronic device, a request for user authorization from a user to install and launch at least the version of the application; and responsive to receiving the user authorization, installing and launching at least the version of the application. receiving, at an electronic device, a uniform resource locator associated with an application; determining, by the electronic device, that the application is not installed on the electronic device; determining, by the electronic device based on at least a first portion of the uniform resource locator, that at least a version of the application is available without user authentication; providing information associated with the uniform resource locator to one or more remote servers; receiving, from the one or more remote servers at the electronic device responsive to the information, code for at least the version of the application; providing, by the electronic device, a request for user authorization from a user to install and launch at least the version of the application; and responsive to receiving the user authorization, installing and launching at least the version of the application.
Composite comprising at least one reinforcing element exhibiting a surface comprising an alloy of copper, of zinc, and of from 1% to 10% by weight of at least one metal chosen from cobalt, nickel, tin, indium, manganese, iron, bismuth and molybdenum, said reinforcing element being embedded in an elastomeric composition based on at least one diene elastomer, a reinforcing filler, a sulfur crosslinking system and a phenol-aldehyde resin based: - on at least one aromatic polyphenol comprising at least one aromatic nucleus bearing at least two hydroxyl functions in the meta position with respect to each other, the two positions ortho to at least one of the hydroxyl functions being unsubstituted, and - on at least one dialdehyde compound comprising two aldehyde functions. - on at least one aromatic polyphenol comprising at least one aromatic nucleus bearing at least two hydroxyl functions in the meta position with respect to each other, the two positions ortho to at least one of the hydroxyl functions being unsubstituted, and - on at least one dialdehyde compound comprising two aldehyde functions.
Method for identifying the load condition of a fluid-delivering, electric motor driven pump of a household appliance, wherein the pump is driven by a three-line, three-phase, star-connected permanently excited electric motor embodied as a synchronous motor using a vector control, wherein at least one load condition of the pump is determined from a current component iq of the vector control forming a torque by means of a detector circuit, characterised in that the current ia or ib is only measured in two of the three lines, wherein a load case of the pump, an idling case of the pump, a blocked fluid flow through the pump and/or a pumped quantity of fluid is/are determined as the load condition/load conditions and wherein the pumped quantity of fluid is determined from the temporal integral of the difference of the variable of the current component iq present in the load case and the variable of the current component iq present in the idling case.
A method for producing an L-amino acid, the method comprising: culturing a bacterium having an L-amino acid-producing ability in a medium containing fructose to accumulate an L-amino acid in the medium and/or cells of the bacterium; and collecting the L-amino acid from the medium and/or the cells, wherein the bacterium has been modified so that the activity of a non-PTS fructose-uptake carrier and the activity of fructokinase are increased as compared with a non-modified strain, wherein the non-PTS fructose-uptake carrier is a protein encoded by fucP gene. culturing a bacterium having an L-amino acid-producing ability in a medium containing fructose to accumulate an L-amino acid in the medium and/or cells of the bacterium; and collecting the L-amino acid from the medium and/or the cells, wherein the bacterium has been modified so that the activity of a non-PTS fructose-uptake carrier and the activity of fructokinase are increased as compared with a non-modified strain, wherein the non-PTS fructose-uptake carrier is a protein encoded by fucP gene.
A method for detecting actual slip in a coupling of a rotary shaft, the method comprising: monitoring, via a controller , a plurality of sensor signals relating to the coupling for faults; in response to detecting a fault in the plurality of sensor signals relating to the coupling , determining, via the controller , whether the fault is indicative of an actual slip or a no-slip event of the coupling using one or more classification parameters; when the fault is indicative of the actual slip, estimating, via a computer-implemented model programmed in the controller , a magnitude of the actual slip using the plurality of sensor signals and a time duration of the actual slip; and implementing, via the controller , a control action based on the magnitude of the actual slip in the coupling . monitoring, via a controller , a plurality of sensor signals relating to the coupling for faults; in response to detecting a fault in the plurality of sensor signals relating to the coupling , determining, via the controller , whether the fault is indicative of an actual slip or a no-slip event of the coupling using one or more classification parameters; when the fault is indicative of the actual slip, estimating, via a computer-implemented model programmed in the controller , a magnitude of the actual slip using the plurality of sensor signals and a time duration of the actual slip; and implementing, via the controller , a control action based on the magnitude of the actual slip in the coupling .