mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating greenhouse gas emissions inventories from anthropogenic and/or biogenic activities, said activities being classified by activity sectors, the method being implemented by computer and being characterized in that it comprises, for each activity sector among an activity in the industrial sector, an activity in the residential sector, an activity in the service sector, an activity in the energy sector, an activity in the waste sector, an activity in the road transport sector, an activity in the non-road transport sector, an activity in the agricultural sector, and an activity related to indirect greenhouse gas emissions, the steps of: • Collecting descriptive and quantitative data relating to activities emitting greenhouse gases from a plurality of databases, said collected data comprising at least real-time activity data and/or emissions data and/or time series data; • Spatializing greenhouse gas emissions from said activity sector in a geographical space at a scale approximately equivalent to that of a building, by combining said collected data; • Temporalizing greenhouse gas emissions from said activity sector at an hourly scale by combining said collected data and results of the spatialization step so as to obtain at least one value representative of greenhouse gas emissions of said activity sector, in a defined geographical area of said geographical space over a given period; the method further comprising a step of combining the results of the spatialization and temporalization steps of each activity sector so as to obtain a global inventory of temporalized and spatialized greenhouse gas emissions, said global inventory being formatted as a map spatializing the intensity of the greenhouse gas emissions at a defined instant. • Collecting descriptive and quantitative data relating to activities emitting greenhouse gases from a plurality of databases, said collected data comprising at least real-time activity data and/or emissions data and/or time series data; • Spatializing greenhouse gas emissions from said activity sector in a geographical space at a scale approximately equivalent to that of a building, by combining said collected data; • Temporalizing greenhouse gas emissions from said activity sector at an hourly scale by combining said collected data and results of the spatialization step so as to obtain at least one value representative of greenhouse gas emissions of said activity sector, in a defined geographical area of said geographical space over a given period;
A head mountable display (HMD) apparatus , comprising: a display unit to display one or more images to a user wearing the HMD; a first optical element and a second optical element each configured to direct light from the one or more images displayed by the display unit for viewing by a respective eye of the user; a first input unit to receive user information for the user indicative of a separation of the user's eyes; a second input unit to receive a user input; and an adjustment unit to adjust a current separation of the first and second optical elements responsive to the user input, wherein the display unit is configured to display a first image comprising one or more indicators indicative of the current separation of the first and second optical elements with respect to the separation of the user's eyes, wherein the first image comprises at least one indicator indicative of whether a difference between the current separation of the first and second optical elements and the separation of the user's eyes is greater than a threshold distance. a display unit to display one or more images to a user wearing the HMD; a first optical element and a second optical element each configured to direct light from the one or more images displayed by the display unit for viewing by a respective eye of the user; a first input unit to receive user information for the user indicative of a separation of the user's eyes; a second input unit to receive a user input; and an adjustment unit to adjust a current separation of the first and second optical elements responsive to the user input, wherein the display unit is configured to display a first image comprising one or more indicators indicative of the current separation of the first and second optical elements with respect to the separation of the user's eyes, wherein the first image comprises at least one indicator indicative of whether a difference between the current separation of the first and second optical elements and the separation of the user's eyes is greater than a threshold distance.
A power supply device, comprising: a transformer in which a primary side and a secondary side are insulated with each other; switching means for driving the primary side of the transformer ; detection means for detecting a current flowing on the primary side to output an output value corresponding to the current; a transmission means for transmitting a sensed output voltage from the secondary side to the primary side; and control means for controlling an operation of the switching means in accordance with an output from the transmission means , characterized by correction means for correcting the output value detected by the detection means and arranged to vary the output of the correction means when a switching frequency for driving the switching means falls within a predetermined frequency range including the resonant frequency of the transformer , causing the control means to switch the switching means at a modified timing, such the switching frequency is shifted and switching of the switching means at the resonant frequency of the transformer is suppressed. a transformer in which a primary side and a secondary side are insulated with each other; switching means for driving the primary side of the transformer ; detection means for detecting a current flowing on the primary side to output an output value corresponding to the current; a transmission means for transmitting a sensed output voltage from the secondary side to the primary side; and control means for controlling an operation of the switching means in accordance with an output from the transmission means , characterized by correction means for correcting the output value detected by the detection means and arranged to vary the output of the correction means when a switching frequency for driving the switching means falls within a predetermined frequency range including the resonant frequency of the transformer , causing the control means to switch the switching means at a modified timing, such the switching frequency is shifted and switching of the switching means at the resonant frequency of the transformer is suppressed.
A composition comprising a uric acid lowering agent for use in a method of treating diabetic nephropathy in a patient with diabetes and a uric acid level higher than 5.5 mg/dl, said method comprising administering to said patient a composition of uric acid lowering agent according to a regimen effective to maintain said patient's average serum uric acid level below 5.5 mg/dl for at least 12 weeks.
A write operation circuit in a semiconductor memory , comprising: a data determination module , which is configured to determine, according to a number of low-level bits in input data of the semiconductor memory , whether to invert the input data to generate inversion flag data and first intermediate data; a module , which comprises a plurality of NMOS transistors and a plurality of first inverters , a gate electrode of each of the plurality of NMOS transistors is connected to the data determination module through a respective one of the plurality of first inverters to receive second intermediate data, a drain electrode of each of the plurality of NMOS transistors is connected to a global bus of the write operation circuit, the module is configured to determine whether to invert the global bus according to the second intermediate data, wherein the second intermediate data is inverted data of the first intermediate data; a data receiving module , which is connected to a storage bank and is configured to receive global bus data through the global bus, receive the inversion flag data through an inversion flag signal line, decode the global bus data according to the inversion flag data and write decoded data into the storage bank of the semiconductor memory, , the decoding comprises determining whether to invert the global bus data, wherein an input terminal of the data receiving module is connected to the global bus and the inversion flag signal line; and a precharge module , which is connected to a precharge signal line and is configured to set an initial state of the global bus to high. a data determination module , which is configured to determine, according to a number of low-level bits in input data of the semiconductor memory , whether to invert the input data to generate inversion flag data and first intermediate data; a module , which comprises a plurality of NMOS transistors and a plurality of first inverters , a gate electrode of each of the plurality of NMOS transistors is connected to the data determination module through a respective one of the plurality of first inverters to receive second intermediate data, a drain electrode of each of the plurality of NMOS transistors is connected to a global bus of the write operation circuit, the module is configured to determine whether to invert the global bus according to the second intermediate data, wherein the second intermediate data is inverted data of the first intermediate data; a data receiving module , which is connected to a storage bank and is configured to receive global bus data through the global bus, receive the inversion flag data through an inversion flag signal line, decode the global bus data according to the inversion flag data and write decoded data into the storage bank of the semiconductor memory, , the decoding comprises determining whether to invert the global bus data, wherein an input terminal of the data receiving module is connected to the global bus and the inversion flag signal line; and a precharge module , which is connected to a precharge signal line and is configured to set an initial state of the global bus to high.
Aircraft piloting system, the system comprising a control system configured to actuate controls for flying the aircraft along a preprogrammed flight path, the control system comprising an autopilot system , the aircraft control system further comprising a man-machine interface comprising an interface of control elements that can be actuated by a control operator to actuate controls and modify the flight of the aircraft, said control element interface comprising a limited number of control elements that can be actuated by said control operator, making it possible to carry out only piloting commands from a predetermined set of piloting commands, said limited number of control elements being less than all the available piloting functionalities, said set of commands comprising visual obstacle avoidance commands, actuated by associated control members of said control member interface , characterised in that said control member interface comprises a member for confirming obstacle detection, control members for modifying the direction and orientation of the aircraft, and: . control elements enabling an obstacle and/or a remarkable point to be signalled, the man-machine interface being configured to enable the flight operator to indicate a position of the said obstacle relative to a position of the aircraft, and . a control device for inhibiting an automatic obstacle avoidance manoeuvre. . control elements enabling an obstacle and/or a remarkable point to be signalled, the man-machine interface being configured to enable the flight operator to indicate a position of the said obstacle relative to a position of the aircraft, and . a control device for inhibiting an automatic obstacle avoidance manoeuvre.
A mobile node, wherein the mobile node comprises: a processor , configured to obtain current operating status information that indicates a current operating status of the mobile node; a transmitter , configured to send, based on the current operating status information, an adjustment request used to adjust a backhaul link between the mobile node and a backhaul node to the backhaul node; and a receiver , configured to receive feedback information sent by the backhaul node, wherein the feedback information comprises a backhaul resource allocated to the mobile node, wherein the processor is further configured to adjust the backhaul link based on the backhaul resource; and wherein the mobile node is characterized in that the receiver is further configured to receive a movement instruction sent by a server, and determine a current location, a current movement speed, and a current movement direction of the mobile node; and the processor is further configured to obtain, based on the current location, the current movement speed, and the current movement direction, at least one candidate backhaul node whose distance from the mobile node is less than or equal to a specified threshold in a movement process of the mobile node; and determine, based on the current operating status information, the backhaul node from the at least one candidate backhaul node. a processor , configured to obtain current operating status information that indicates a current operating status of the mobile node; a transmitter , configured to send, based on the current operating status information, an adjustment request used to adjust a backhaul link between the mobile node and a backhaul node to the backhaul node; and a receiver , configured to receive feedback information sent by the backhaul node, wherein the feedback information comprises a backhaul resource allocated to the mobile node, wherein the processor is further configured to adjust the backhaul link based on the backhaul resource; and wherein the mobile node is characterized in that the receiver is further configured to receive a movement instruction sent by a server, and determine a current location, a current movement speed, and a current movement direction of the mobile node; and the processor is further configured to obtain, based on the current location, the current movement speed, and the current movement direction, at least one candidate backhaul node whose distance from the mobile node is less than or equal to a specified threshold in a movement process of the mobile node; and determine, based on the current operating status information, the backhaul node from the at least one candidate backhaul node.
A fuel supply system of an internal combustion engine, in particular common rail fuel supply system of a marine diesel internal combustion engine operated with heavy fuel oil, having more than two fuel pumps connected in parallel in a pressure regulating circuit, in particular high-pressure fuel pumps , wherein each of the fuel pumps comprises a pump piston that is movably guided in a pump cylinder and a valve support carrying a low-pressure-side suction valve and a high-pressure-side delivery valve , characterized in that on the valve support of each of the fuel pumps connected in parallel a pressure sensor each is received, with the help of which at least delivery impulses of the respective fuel pump are detectable, wherein the pressure sensor received by the valve support of the respective fuel pump is assigned to the high-pressure-side delivery valve in order to detect delivery impulses of the respective fuel pump on the high-pressure side, and on the valve support of at least two fuel pumps connected in parallel a pressure sensor each each is received, with the help of which the delivery impulses of the respective pump and, further, an absolute pressure on the respective fuel pump on the high-pressure side are detectable, wherein on the valve support of at least two fuel pumps connected in parallel a pressure sensor each is received, with the help of which the delivery impulses of the respective fuel pump and, further, an absolute pressure on the respective fuel pump on the high-pressure side are detectable, wherein on the valve support of at least one further fuel pump a pressure sensor is received, with the help of which the delivery impulses of the respective fuel pump but no absolute pressure on the respective fuel pump on the high-pressure side are detectable.
A formation tester comprising: a body having an outlet ; a probe extendable from the body and having a sealing pad and a probe snorkel tube ; a flow line within the body, wherein the flow line has an entry end connectable to the probe snorkel tube and an exit end connectable to the outlet in the body; a sample chamber fluidically connectable to the flow line downstream of the entry end of the flow line ; and a reactive filter material in the flow line downstream of the sample chamber , such that the reactive filter material is closer along the flow line to the exit end than the sample chamber , wherein the reactive filter material absorbs or adsorbs an analyte in a wellbore fluid. a body having an outlet ; a probe extendable from the body and having a sealing pad and a probe snorkel tube ; a flow line within the body, wherein the flow line has an entry end connectable to the probe snorkel tube and an exit end connectable to the outlet in the body; a sample chamber fluidically connectable to the flow line downstream of the entry end of the flow line ; and a reactive filter material in the flow line downstream of the sample chamber , such that the reactive filter material is closer along the flow line to the exit end than the sample chamber , wherein the reactive filter material absorbs or adsorbs an analyte in a wellbore fluid.
A method for a first entity and a second entity to establish a shared secret, wherein the first entity and the second entity each have a respective asymmetric key pair that comprises a public key and a corresponding private key, wherein the method comprises: the first entity generating a protected item of software that comprises a representation of the public key of the first entity and a message generator that is configured to use an authentication key; the first entity providing the protected item of software to the second entity; the second entity executing the protected item of software, said executing comprising the message generator generating a message that represents the public key of the second entity and that comprises authentication data generated using the authentication key so that integrity of the message is verifiable using a verification key corresponding to the authentication key; the first entity obtaining the message from the second entity; in response to a set of one or more conditions being satisfied, the first entity and the second entity together performing shared secret establishment to establish the secret wherein performing the shared secret establishment comprises the first entity using the public key of the second entity as represented in the message and the second entity using the public key of the first entity as represented in the protected item of software, wherein one of the conditions is performance by the first entity of a successful verification of the integrity of the message using the verification key. the first entity generating a protected item of software that comprises a representation of the public key of the first entity and a message generator that is configured to use an authentication key; the first entity providing the protected item of software to the second entity; the second entity executing the protected item of software, said executing comprising the message generator generating a message that represents the public key of the second entity and that comprises authentication data generated using the authentication key so that integrity of the message is verifiable using a verification key corresponding to the authentication key; the first entity obtaining the message from the second entity; in response to a set of one or more conditions being satisfied, the first entity and the second entity together performing shared secret establishment to establish the secret
An illumination device comprising: a lenticular lens sheet that includes a plurality of plano-convex cylindrical lenses each of which extends in a first direction (X), plural plano-convex cylindrical lenses being arranged in a second direction (Y) perpendicular to the first direction (X), such that adjacent lenses are parallel to each other, the lenticular lens sheet being curved in the first direction (X) and having a convex surface of the plano-convex cylindrical lenses formed in a concave shape; and a light source that is disposed inside the convex surface of the plano-convex cylindrical lenses , wherein in a case where components acquired by reflecting light rays emitted from the light source from the convex surface include reflection components (R1, R2) incident on left and right eyes (LE, RE) of an observer positioned opposite to the lenticular lens sheet in a direction perpendicular to the Y-direction from the light source , bright points (S1, S2) at which the reflection components (R1, R2) are reflected from the convex surface form line-shaped light rays along the second direction (Y). a lenticular lens sheet that includes a plurality of plano-convex cylindrical lenses each of which extends in a first direction (X), plural plano-convex cylindrical lenses being arranged in a second direction (Y) perpendicular to the first direction (X), such that adjacent lenses are parallel to each other, the lenticular lens sheet being curved in the first direction (X) and having a convex surface of the plano-convex cylindrical lenses formed in a concave shape; and a light source that is disposed inside the convex surface of the plano-convex cylindrical lenses , wherein in a case where components acquired by reflecting light rays emitted from the light source from the convex surface include reflection components (R1, R2) incident on left and right eyes (LE, RE) of an observer positioned opposite to the lenticular lens sheet in a direction perpendicular to the Y-direction from the light source , bright points (S1, S2) at which the reflection components (R1, R2) are reflected from the convex surface form line-shaped light rays along the second direction (Y).
Aircraft having: a primary structural element , which extends along a main axis (x, y) of the aircraft ; at least one monolithic structural component , which is produced by means of a three-dimensional printing method; an aircraft system for carrying out an aircraft-specific function; wherein the monolithic structural component is directly printed on the primary structural element by means of three-dimensional printing; wherein the monolithic structural component forms an outer skin region of the aircraft; wherein the monolithic structural component is embodied to accommodate the aircraft system ; wherein the primary structural element has a spar of a wing structure of the aircraft ; and/or wherein the primary structural element has a keel beam of a fuselage structure of the aircraft . a primary structural element , which extends along a main axis (x, y) of the aircraft ; at least one monolithic structural component , which is produced by means of a three-dimensional printing method; an aircraft system for carrying out an aircraft-specific function; wherein the monolithic structural component is directly printed on the primary structural element by means of three-dimensional printing; wherein the monolithic structural component forms an outer skin region of the aircraft; wherein the monolithic structural component is embodied to accommodate the aircraft system ; wherein the primary structural element has a spar of a wing structure of the aircraft ; and/or wherein the primary structural element has a keel beam of a fuselage structure of the aircraft .