mhurhangee/patent-ind-claim-en huggingface dataset:
A method for versioning a dataset through file clustering, the method comprising: creating a file (220A-D) comprising a plurality of clusters (302, 304; 402, 404; 502-508; 602, 604); writing a first version of a first dataset to a first cluster (302; 402; 602) of the plurality of clusters; writing a first version number of the first dataset to the first cluster; receiving a first instruction to save a second version of the first dataset; writing a second version of the first dataset to a second cluster (304; 408; 608) of the plurality of clusters; writing a second version number to the second cluster that corresponds to the second version of the first dataset; receiving a second instruction to save a third version of the first dataset; determining whether the first cluster or the second cluster contains a least recent version of the dataset based on a comparison of the first version number with the second version number; in response to a determination that the first version number is older than the second version number, writing the third version of the first dataset to the first cluster based on the determination, wherein the first version of the first dataset is overwritten with the third version of the first dataset; and writing a third version number to the first cluster corresponding to the third version of the first dataset. creating a file (220A-D) comprising a plurality of clusters (302, 304; 402, 404; 502-508; 602, 604); writing a first version of a first dataset to a first cluster (302; 402; 602) of the plurality of clusters; writing a first version number of the first dataset to the first cluster; receiving a first instruction to save a second version of the first dataset; writing a second version of the first dataset to a second cluster (304; 408; 608) of the plurality of clusters; writing a second version number to the second cluster that corresponds to the second version of the first dataset; receiving a second instruction to save a third version of the first dataset; determining whether the first cluster or the second cluster contains a least recent version of the dataset based on a comparison of the first version number with the second version number; in response to a determination that the first version number is older than the second version number, writing the third version of the first dataset to the first cluster based on the determination, wherein the first version of the first dataset is overwritten with the third version of the first dataset; and writing a third version number to the first cluster corresponding to the third version of the first dataset.
A cylinder block for use in an integrated drive generator comprising: a shaft portion having a relatively small outer diameter; and a cylindrical body portion having a larger outer diameter than the shaft portion, and said cylindrical body portion formed with a plurality of piston chambers , said cylindrical body portion extending from a first end to a second end , said second end being provided with cylindrical ports leading into said piston chambers and said cylindrical ports having a third end and a fourth end, characterised in that a ratio of a first distance from said first end to said fourth end to a second distance from said first end to said second end being between .91 and .93. a shaft portion having a relatively small outer diameter; and a cylindrical body portion having a larger outer diameter than the shaft portion, and said cylindrical body portion formed with a plurality of piston chambers , said cylindrical body portion extending from a first end to a second end , said second end being provided with cylindrical ports leading into said piston chambers and said cylindrical ports having a third end and a fourth end, characterised in that a ratio of a first distance from said first end to said fourth end to a second distance from said first end to said second end being between .91 and .93.
A method, comprising: selecting, by a border router , one of a plurality of border router radios of the border router as a master radio , the plurality of border router radios forming a single person area network, PAN; assigning, by the border router , channel offset parameters for each of the plurality of border router radios ; broadcasting, by the master radio of the border router , synchronization beacons; synchronizing, by non-master radios of the plurality of border router radios of the border router , with the master radio based on the synchronization beacons; and communicating, by each of the plurality of border router radios of the border router , with one or more endpoints associated with the respective border router radios according to a channel hopping pattern modified by applying a channel offset, the channel offset determined based on the channel offset parameters assigned to the respective border router radio . selecting, by a border router , one of a plurality of border router radios of the border router as a master radio , the plurality of border router radios forming a single person area network, PAN; assigning, by the border router , channel offset parameters for each of the plurality of border router radios ; broadcasting, by the master radio of the border router , synchronization beacons; synchronizing, by non-master radios of the plurality of border router radios of the border router , with the master radio based on the synchronization beacons; and communicating, by each of the plurality of border router radios of the border router , with one or more endpoints associated with the respective border router radios according to a channel hopping pattern modified by applying a channel offset, the channel offset determined based on the channel offset parameters assigned to the respective border router radio .
A process for producing an emulsifier, comprising: a dispersion step of dispersing, into water, granules comprising conjugates of saccharide polymer particles that include hydroxyl groups, to thereby prepare a dispersion, a relaxed-product producing step of producing a relaxed product, wherein a higher-order structure of the conjugates has been relaxed, by swelling the granules and cleaving hydrogen bonds originating from the granules under reversible conditions that permit restoration of cleaved hydrogen bonds, a first restoring step of partially restoring the cleaved hydrogen bonds, a particle separation step of cleaving the hydrogen bonds within the conjugates, and separating the saccharide polymer particles into water, a step of diluting an emulsifier-producing material obtained after the first restoring step with water, before the particle separation step, and a second restoring step of partially restoring the cleaved hydrogen bonds, wherein cleavage of the hydrogen bonds under reversible conditions is cleavage under mild conditions which permit the restoration of once-cleaved hydrogen bonds that can be confirmed by the reversible transition of the viscosity as a function of the change of the temperature, wherein the cleavage is carried out by physical treatment by heating and agitation which is performed at 70 to 90 °C in 20 to 40 minutes, the first and/or second partially restoring step is performed by leaving the particles under non-treatment conditions at ambient temperature, without agitation, and in the absence of any chemical agent for several hours.
A pharmaceutical composition for use in the treatment of persons afflicted of chronic heart failure with preserved ejection fraction (HFpEF) and stiffening of the heart muscle, the composition comprising a therapeutically effective amount of human relaxin or functionally equivalent analogues or derivatives thereof capable of specific binding to the relaxin receptor (RXFP1) present on fibroblasts, fibromyoblasts, endothelial cells, endocardial cells, and cardiomyocytes in the cardiac muscle to increase heart compliance and stroke volume and to lower the end-diastolic pressure of the left ventricle.
A method for checking a microphone condition in a noise monitoring system, wherein the noise monitoring system comprises: - at least two microphones arranged physically with respect to each other such that when the microphones are placed within an acoustic field to be monitored, the RMS (root mean square) signal level of that acoustic field at each of the microphones for a monitoring frequency range does not differ from the RMS signal level at the other microphones by more than an allowable threshold; and - a microphones sensitivity register comprising reference data indicative of an initial sensitivity difference (Δ 0 ) between output RMS signal levels measured by the microphones in a reference acoustic field; wherein the method comprises: - comparing a current difference (Δ 1 , Δ 2 ) between the RMS signal levels concurrently output by the microphones for the currently monitored acoustic field and generating a fault signal if the current difference (Δ 1 , Δ 2 ) differs from the initial sensitivity difference (Δ 0 ) more than the allowable threshold. - at least two microphones arranged physically with respect to each other such that when the microphones are placed within an acoustic field to be monitored, the RMS (root mean square) signal level of that acoustic field at each of the microphones for a monitoring frequency range does not differ from the RMS signal level at the other microphones by more than an allowable threshold; and - a microphones sensitivity register comprising reference data indicative of an initial sensitivity difference (Δ 0 ) between output RMS signal levels measured by the microphones in a reference acoustic field; - comparing a current difference (Δ 1 , Δ 2 ) between the RMS signal levels concurrently output by the microphones for the currently monitored acoustic field and generating a fault signal if the current difference (Δ 1 , Δ 2 ) differs from the initial sensitivity difference (Δ 0 ) more than the allowable threshold.
Pockels cell that contains two similar electro-optical crystals oriented to achieve temperature compensation on a horizontal metal base common to the two crystals, a carrier structure , and further containing, between the base and the carrier structure , a thermally conductive element, characterized in that the thermally conductive element has a configuration that is symmetric about a vertical plane passing between the two crystals, in order to distribute symmetrically towards the base , a heat flux generated in the carrier structure asymmetrically with respect to the vertical plane .
A method for performing a sideway displacement of a marine vessel , said marine vessel comprising: - a first and a second propulsion unit , - a first and a second rudder respectively associated with said first and said second propulsion units , and - a bow thruster , wherein said first and said second propulsion units , said first and said second rudders and said bow thruster are operable via a single driver interface , and said method comprises, via said single driver interface , the steps of: - operating said first and said second propulsion units and said bow thruster so as to provide a total thrust, and - setting said rudder angles (α1, α2) of said first and said second rudders , to thereby steer the displacement of said marine vessel during said sideway displacement, characterized in that: - said method comprises a first level of thrust and at a second level of thrust, - said first level of thrust is a low speed displacement, equal or less than 0.5 knots, and said second level of thrust is a high speed displacement, equal or more than 1.5 knots, - at said first level of thrust, said rudder angles (α1, α2) of said first and said second rudders are set to substantially 0°, or to 0°, - at said second level of thrust, said rudder angles (α1, α2) of said first and said second rudders are set substantially parallel, or parallel, and to a rudder angle of 5-20° port or starboard, and - at said second level of thrust, said bow thruster is set to at least 75 % of its maximum thrust. - a first and a second propulsion unit , - a first and a second rudder respectively associated with said first and said second propulsion units , and - a bow thruster , - operating said first and said second propulsion units and said bow thruster so as to provide a total thrust, and - setting said rudder angles (α1, α2) of said first and said second rudders , to thereby steer the displacement of said marine vessel during said sideway displacement, - said method comprises a first level of thrust and at a second level of thrust, - said first level of thrust is a low speed displacement, equal or less than 0.5 knots, and said second level of thrust is a high speed displacement, equal or more than 1.5 knots, - at said first level of thrust, said rudder angles (α1, α2) of said first and said second rudders are set to substantially 0°, or to 0°, - at said second level of thrust, said rudder angles (α1, α2) of said first and said second rudders are set substantially parallel, or parallel, and to a rudder angle of 5-20° port or starboard, and - at said second level of thrust, said bow thruster is set to at least 75 % of its maximum thrust.
Method for operating a probe for determining the oxygen concentration in a gas mixture, in particular a lambda probe for determining the oxygen concentration in the exhaust gas of internal combustion engines, having two electrodes which act as an outer and an inner pump electrode can form a pump cell, having two electrodes which act as a Nernst electrode and a reference electrode and form a Nernst cell, wherein a pump current regulator applies a pump current to the pump cell in such a way that a predefinable Nernst voltage (U N ), which can be tapped at the Nernst cell, is adjusted to a predefinable value, wherein the predefinable value of the Nernst voltage is varied, characterized in that the predefinable value of the Nernst voltage is varied in accordance with the probe temperature.
A method for dual polarisation optical reception, the method comprising: splitting a received polarisation multiplexed signal onto first and second optical paths, the received polarisation multiplexed signal comprising first and second sub-channels, the first sub-channel having superimposed a first pilot tone and the second sub-channel having superimposed a second pilot tone ; and on each of the first and second paths: passing the received polarisation multiplexed signal on the path through a polarisation recovery device, the polarisation recovery device having at least one control variable ; on output from the polarisation recovery device, extracting the first and second pilot tones ; characterised in that the method further comprises: estimating a power of the pilot tones ; and adjusting a value of the control variable of the polarisation recovery device until a power of one of the first or second pilot tones reaches a convergence threshold . splitting a received polarisation multiplexed signal onto first and second optical paths, the received polarisation multiplexed signal comprising first and second sub-channels, the first sub-channel having superimposed a first pilot tone and the second sub-channel having superimposed a second pilot tone ; and on each of the first and second paths: passing the received polarisation multiplexed signal on the path through a polarisation recovery device, the polarisation recovery device having at least one control variable ; on output from the polarisation recovery device, extracting the first and second pilot tones ; characterised in that the method further comprises: estimating a power of the pilot tones ; and adjusting a value of the control variable of the polarisation recovery device until a power of one of the first or second pilot tones reaches a convergence threshold . passing the received polarisation multiplexed signal on the path through a polarisation recovery device, the polarisation recovery device having at least one control variable ; on output from the polarisation recovery device, extracting the first and second pilot tones ; estimating a power of the pilot tones ; and adjusting a value of the control variable of the polarisation recovery device until a power of one of the first or second pilot tones reaches a convergence threshold .
A control system for a rail transport system for conveying bulk materials, wherein the rail transport system includes a plurality of cars adapted to form at least two separate trains , and wherein at least one car of the train has a pair of side drive plates and is adapted for carrying the bulk materials, the rail transport system further including at least one drive station (30, D1) for frictionally contacting the side drive plates for imparting a driven movement to each train , the control system comprising: a multiple sensor arrangement comprising at least three sensors , with a known pre-determined spacing between each sensor permitting sequential detection of a car detection element of at least one car of each of the trains as the car passes by, wherein the pre-determined spacing between a first sensor and a second sensor of the multiple sensor arrangement is less than the pre-determined spacing between the second sensor and a third sensor of the multiple sensor arrangement, for sensing the car detection element of at least one car of each of the trains, wherein the multiple sensor arrangement is adapted to determine status information associated with the at least one car wherein the status information is at least one of the speed of the car, speed of the train associated with the car, acceleration rate of the car, acceleration rate of the train associated with the car, direction of movement of the car, derailment of the car, location of the car, location of the train, or derailment of the train associated with the car. a multiple sensor arrangement comprising at least three sensors , with a known pre-determined spacing between each sensor permitting sequential detection of a car detection element of at least one car of each of the trains as the car passes by, wherein the pre-determined spacing between a first sensor and a second sensor of the multiple sensor arrangement is less than the pre-determined spacing between the second sensor and a third sensor of the multiple sensor arrangement, for sensing the car detection element of at least one car of each of the trains, wherein the multiple sensor arrangement is adapted to determine status information associated with the at least one car wherein the status information is at least one of the speed of the car, speed of the train associated with the car, acceleration rate of the car, acceleration rate of the train associated with the car, direction of movement of the car, derailment of the car, location of the car, location of the train, or derailment of the train associated with the car.
Dinaciclib for therapeutic use in the treatment of jet lag, shift-work or age-related sleep disturbances.
An evaporator assembly for a transportation refrigeration unit , the evaporator assembly comprising: a substantially unitary evaporator housing having a supply air inlet opening and a supply air outlet opening ; an evaporator coil disposed in the evaporator housing for circulating a flow of refrigerant therethrough; an evaporator fan disposed in the evaporator housing to urge the supply air into the evaporator housing via the supply air inlet opening, across the evaporator coil and out of the evaporator housing through the supply air outlet opening; and a removable top cover affixed to the evaporator housing; wherein the evaporator fan is secured to a fan deck affixed to the top cover, characterized in that the supply air outlet opening is defined by the housing and the top cover, and the evaporator fan is located downstream of the evaporator coil relative to a direction of the supply airflow. a substantially unitary evaporator housing having a supply air inlet opening and a supply air outlet opening ; an evaporator coil disposed in the evaporator housing for circulating a flow of refrigerant therethrough; an evaporator fan disposed in the evaporator housing to urge the supply air into the evaporator housing via the supply air inlet opening, across the evaporator coil and out of the evaporator housing through the supply air outlet opening; and a removable top cover affixed to the evaporator housing; wherein the evaporator fan is secured to a fan deck affixed to the top cover, characterized in that the supply air outlet opening is defined by the housing and the top cover, and the evaporator fan is located downstream of the evaporator coil relative to a direction of the supply airflow.
A method performed by a first wireless device for requesting resources from a network node, wherein the first wireless device, one or more second wireless devices and the network node are operable in a wireless communication network, the method comprising: - receiving from the network node, a configuration that the first wireless device and one or more second wireless devices are part of a group, and that the first wireless device shall act as a coordinator for the group, wherein wireless devices in the group are capable of direct mode communication, D2D, - receiving one or more resource requests from respective one or more second wireless devices in the group, wherein each one of the resource requests are received over a D2D link, between the first wireless device and the respective one or more second wireless devices, and - transmitting a single random access request to the network node, which random access request relates to requested resources according to the received one or more resource requests from the group, wherein the random access request comprises aggregated resource requests from the one or more second wireless devices that have data to transmit. - receiving from the network node, a configuration that the first wireless device and one or more second wireless devices are part of a group, and that the first wireless device shall act as a coordinator for the group, wherein wireless devices in the group are capable of direct mode communication, D2D, - receiving one or more resource requests from respective one or more second wireless devices in the group, wherein each one of the resource requests are received over a D2D link, between the first wireless device and the respective one or more second wireless devices, and - transmitting a single random access request to the network node, which random access request relates to requested resources according to the received one or more resource requests from the group, wherein the random access request comprises aggregated resource requests from the one or more second wireless devices that have data to transmit.