mhurhangee/ep-ind-claims huggingface dataset:
A method of processing data for an autonomous vehicle, comprising: acquiring sensor data for the autonomous vehicle, wherein the sensor data comprises inertial measurement data, LiDAR data, and visual image data; determining a first constraint factor for the inertial measurement data according to the inertial measurement data and the visual image data; determining a second constraint factor for the LiDAR data according to the inertial measurement data and the LiDAR data; determining a third constraint factor for the visual image data according to the inertial measurement data, the visual image data and the LiDAR data; and processing the sensor data based on the first constraint factor, the second constraint factor and the third constraint factor, so as to obtain positioning data for positioning the autonomous vehicle, wherein the determining a third constraint factor for the visual image data according to the inertial measurement data, the visual image data and the LiDAR data comprises: determining a depth information of the visual image data according to the visual image data and the LiDAR data; determining a mapping relationship between the visual image data and the inertial measurement data according to the visual image data and the inertial measurement data; and determining the third constraint factor according to the depth information and the mapping relationship. acquiring sensor data for the autonomous vehicle, wherein the sensor data comprises inertial measurement data, LiDAR data, and visual image data; determining a first constraint factor for the inertial measurement data according to the inertial measurement data and the visual image data; determining a second constraint factor for the LiDAR data according to the inertial measurement data and the LiDAR data; determining a third constraint factor for the visual image data according to the inertial measurement data, the visual image data and the LiDAR data; and processing the sensor data based on the first constraint factor, the second constraint factor and the third constraint factor, so as to obtain positioning data for positioning the autonomous vehicle, wherein the determining a third constraint factor for the visual image data according to the inertial measurement data, the visual image data and the LiDAR data comprises: determining a depth information of the visual image data according to the visual image data and the LiDAR data; determining a mapping relationship between the visual image data and the inertial measurement data according to the visual image data and the inertial measurement data; and determining the third constraint factor according to the depth information and the mapping relationship. determining a depth information of the visual image data according to the visual image data and the LiDAR data; determining a mapping relationship between the visual image data and the inertial measurement data according to the visual image data and the inertial measurement data; and determining the third constraint factor according to the depth information and the mapping relationship.
A method for determining whether a human subject has or is at risk of developing interstitial lung disease comprising: detecting in a biological sample from the subject presence of a genetic variant rs2076295; and wherein the presence of the at least one genetic variant indicates that the subject has or is at risk of developing interstitial lung disease.
A method for monitoring a redundancy status of a connection established between a User Equipment, UE, and a cellular network, the connection being established using redundant communication paths between the UE and the cellular network, the method being performed by a first node of the cellular network and comprising: triggering determining a current redundancy status of the connection, the current redundancy status indicating whether or not the redundant communication paths are fully disjoint on at least a portion of the redundant communication paths; and triggering sending a redundancy notification to a second node of the cellular network, the redundancy notification including an indication of the determined current redundancy status. triggering determining a current redundancy status of the connection, the current redundancy status indicating whether or not the redundant communication paths are fully disjoint on at least a portion of the redundant communication paths; and triggering sending a redundancy notification to a second node of the cellular network, the redundancy notification including an indication of the determined current redundancy status.
A Home Node B Gateway, HNB-GW, (30, 300) adapted to connect a Home Node B, HNB, (20, 200), which does not support a Positioning Calculation Application Part, PCAP, protocol and a PCAP User Adaption, PUA, protocol, to a core network, the HNB-GW (30, 300) comprising: a communication unit (32, 302) configured to communicate with the HNB (20, 200), a core network device (50, 500) in the core network, and a positional information generation device (40, 400); and a control unit (31, 301) configured to control the communication unit (32, 302), wherein the control unit (31, 301) is configured to receive a positional information request about a terminal (10, 100) from the core network device (50, 500), terminate the positional information request without transferring the positional information request to the HNB (20, 200), transmit, to the positional information generation device (40, 400), information for specifying a cell in which the terminal (10, 100) is located, or a HNB (20, 200) forming the cell, as information necessary for generating the positional information about the terminal (10, 100), receive the positional information about the terminal (10, 100) from the positional information generation device (40, 400), and transmit, to the core network device (50, 500), the positional information about the terminal (10, 100) received from the positional information generation device (40, 400). a communication unit (32, 302) configured to communicate with the HNB (20, 200), a core network device (50, 500) in the core network, and a positional information generation device (40, 400); and a control unit (31, 301) configured to control the communication unit (32, 302), wherein the control unit (31, 301) is configured to receive a positional information request about a terminal (10, 100) from the core network device (50, 500), terminate the positional information request without transferring the positional information request to the HNB (20, 200), transmit, to the positional information generation device (40, 400), information for specifying a cell in which the terminal (10, 100) is located, or a HNB (20, 200) forming the cell, as information necessary for generating the positional information about the terminal (10, 100), receive the positional information about the terminal (10, 100) from the positional information generation device (40, 400), and transmit, to the core network device (50, 500), the positional information about the terminal (10, 100) received from the positional information generation device (40, 400).
An apparatus for processing an object by projecting shots thereon comprising: a device for projecting shots onto an object to be processed that is located in a room or for projecting the shots, a pressure tank being disposed below a projecting position where the object is projected by the device, the pressure tank receiving shots that have been projected, the pressure tank being configured to be pressurized inside, the pressure tank having an outlet that is communicated with a route for supplying the shots in the device; a first piping having one end that is disposed between the projecting position and the pressure tank, the first piping being able to suction the shots near the one end; a separator being connected to the other end of the first piping, the separator separating and removing foreign substances from a mixture containing the suctioned shots and powdery foreign substances, the separator discharging the mixture other than the foreign substances through a discharging port, wherein the foreign substances have particles that have different sizes than those of the shots, characterised by a second piping having one end that is connected to the discharging port of the separator, the other end being located above the pressure tank and communicated with a space that is connected to the pressure tank, the second piping being able to discharge the shots from the other end. a device for projecting shots onto an object to be processed that is located in a room or for projecting the shots, a pressure tank being disposed below a projecting position where the object is projected by the device, the pressure tank receiving shots that have been projected, the pressure tank being configured to be pressurized inside, the pressure tank having an outlet that is communicated with a route for supplying the shots in the device; a first piping having one end that is disposed between the projecting position and the pressure tank, the first piping being able to suction the shots near the one end; a separator being connected to the other end of the first piping, the separator separating and removing foreign substances from a mixture containing the suctioned shots and powdery foreign substances, the separator discharging the mixture other than the foreign substances through a discharging port, wherein the foreign substances have particles that have different sizes than those of the shots, characterised by a second piping having one end that is connected to the discharging port of the separator, the other end being located above the pressure tank and communicated with a space that is connected to the pressure tank, the second piping being able to discharge the shots from the other end.
Method for interaction of a pointing device with a target point arranged on a projection surface of a virtual desktop, characterised in that the spatial coordinate of the target point is determined by means of an image processing system from a two-dimensional optical code applied to a carrier plane belonging to the pointing device and transmitted as a control variable to a control unit of the projection surface, wherein in a first method step the spatial position of a normal vector (N+) perpendicular to the centroid of the code is determined by means of the image processing system, the normal vector (N+) is aligned with the target point in a second method step by shifting and tilting of the support plane, and in a third method step a rotational movement of the carrier plane about an axis of rotation perpendicular to the carrier plane is detected by means of the image processing system and, depending on a detected rotational movement, an activation signal of the pointing device is generated.
A composition for improving lipid metabolism, consisting of a cis9,trans11-conjugated linolic acid and a fish oil as active ingredients, wherein the fish oil is contained in an amount of not less than 5% by mass and not more than 95% by mass based on the total mass of the composition.
Method of predicting whether an approaching passenger intends to travel on a passenger moving system comprising an escalator or a moving walk respectively comprising at least one movable pallet, comprising the method steps: - positioning at least one monitoring device in the vicinity of the passenger moving system and monitoring, by the at least one monitoring device, a detection area (A1, A2) wherein the detection area comprises at least a first detection area; - detecting a passenger in the at least first detection area; - monitoring a trajectory (t) of the passenger; - providing via algorithms a predicted trajectory (t) of the passenger, based on the monitored trajectory, which predicted trajectory reaches an entrance to the passenger moving system; wherein the monitoring device monitors a second detection area, wherein the second detection area is larger than the first detection area; and - triggering a response at a control unit of the passenger moving system in response to the predicted trajectory (t) reaching the entrance to the passenger moving system, such that the passenger moving system starts based on the predicted trajectory (t) of the passenger if the passenger travels from the second area to the first area. - positioning at least one monitoring device in the vicinity of the passenger moving system and monitoring, by the at least one monitoring device, a detection area (A1, A2) wherein the detection area comprises at least a first detection area; - detecting a passenger in the at least first detection area; - monitoring a trajectory (t) of the passenger; - providing via algorithms a predicted trajectory (t) of the passenger, based on the monitored trajectory, which predicted trajectory reaches an entrance to the passenger moving system; wherein the monitoring device monitors a second detection area, wherein the second detection area is larger than the first detection area; and - triggering a response at a control unit of the passenger moving system in response to the predicted trajectory (t) reaching the entrance to the passenger moving system, such that the passenger moving system starts based on the predicted trajectory (t) of the passenger if the passenger travels from the second area to the first area.
A memory system having a plurality of commands and a plurality of operating states, the memory system comprising: a plurality of memory banks; a command latch having command input nodes at which a plurality of command signals are applied, the command latch configured to latch the command signals; and a command decoder coupled to the command latch, characterized in that the command decoder is configured to receive a signal indicative of a current operating state of the memory system and further configured to decode a combination of command signals and the signal having a first state indicative of at least one of the plurality of banks of the memory system being open to configure the memory system to perform a first requested memory operation and decode the combination of command signals and the signal having a second state indicative of all of the plurality of banks of the memory system being closed to configure the memory system to perform a second requested memory operation that is different from the first requested memory operation. a plurality of memory banks; a command latch having command input nodes at which a plurality of command signals are applied, the command latch configured to latch the command signals; and a command decoder coupled to the command latch, characterized in that the command decoder is configured to receive a signal indicative of a current operating state of the memory system and further configured to decode a combination of command signals and the signal having a first state indicative of at least one of the plurality of banks of the memory system being open to configure the memory system to perform a first requested memory operation and decode the combination of command signals and the signal having a second state indicative of all of the plurality of banks of the memory system being closed to configure the memory system to perform a second requested memory operation that is different from the first requested memory operation.
Power distributor for the electrical wiring of battery modules in an electric vehicle, - a motor contact pair (12.0) for connecting an electric motor of the electric vehicle; - a first battery contact pair (12.1) for connecting a first battery module (11.1); - a second battery contact pair (12.2) for connecting a second battery module; characterised in that the power distributor comprises a connection unit having at least three lines, each of which comprises two contact ends; - the first battery contact pair (12.1) is located on a first face of the connection unit; - the second battery contact pair (12.2) is located on a second face of the connection unit, a respective contact pair (12.0, 12.1, 12.2) is formed from two contact ends of respective different lines of the connection unit. - a motor contact pair (12.0) for connecting an electric motor of the electric vehicle; - a first battery contact pair (12.1) for connecting a first battery module (11.1); - a second battery contact pair (12.2) for connecting a second battery module; characterised in that the power distributor comprises a connection unit having at least three lines, each of which comprises two contact ends; - the first battery contact pair (12.1) is located on a first face of the connection unit; - the second battery contact pair (12.2) is located on a second face of the connection unit, a respective contact pair (12.0, 12.1, 12.2) is formed from two contact ends of respective different lines of the connection unit.
An apparatus (102, 500) comprising: at least one processor; and at least one memory comprising computer-executable code that, when executed by the processor, is configured to cause the apparatus to: send a message to a node in wireless communication with the apparatus, the message indicating a transition by the apparatus from multiple-input multiple-output, MIMO, to single-input single-output, SISO, wherein said transition is based on a depth of a transmission queue, and wherein said transmission queue is configured to store data to be sent from the apparatus to the node; and transition from wireless MIMO communication with the node to wireless SISO communication with the node after sending the message to the node. at least one processor; and at least one memory comprising computer-executable code that, when executed by the processor, is configured to cause the apparatus to: send a message to a node in wireless communication with the apparatus, the message indicating a transition by the apparatus from multiple-input multiple-output, MIMO, to single-input single-output, SISO, wherein said transition is based on a depth of a transmission queue, and wherein said transmission queue is configured to store data to be sent from the apparatus to the node; and transition from wireless MIMO communication with the node to wireless SISO communication with the node after sending the message to the node. send a message to a node in wireless communication with the apparatus, the message indicating a transition by the apparatus from multiple-input multiple-output, MIMO, to single-input single-output, SISO, wherein said transition is based on a depth of a transmission queue, and wherein said transmission queue is configured to store data to be sent from the apparatus to the node; and transition from wireless MIMO communication with the node to wireless SISO communication with the node after sending the message to the node.
A bike saddle, comprising a foam material layer and a surface layer set on and covering a surface of the foam material layer, a plurality of spaced through holes formed in the foam material layer, characterized in that: a bio-gel layer formed on an undersurface of the foam material layer; and a plurality of bio-gel blocks respectively set and filled in the plurality of the through holes of the foam material layer, each of the bio-gel blocks having a top end in contact with an underside of the surface layer and a bottom end integrally formed with the bio-gel layer. a bio-gel layer formed on an undersurface of the foam material layer; and a plurality of bio-gel blocks respectively set and filled in the plurality of the through holes of the foam material layer, each of the bio-gel blocks having a top end in contact with an underside of the surface layer and a bottom end integrally formed with the bio-gel layer.
A method for producing an L-amino acid, which comprises culturing a bacterium belonging to the family Enterobacteriaceae and having an L-amino acid-producing ability in a medium containing crude glycerol obtainable in biodiesel fuel production as the carbon source to produce and accumulate the L-amino acid in the culture, and collecting the L-amino acid from the culture.
An optical article having a back face on the side of a wearer's eye, a front face opposite to said back face, wherein said optical article has, on at least one of said front and back faces, an interferential multilayer coating comprising a stack of at least one layer of high refractive index material having a refractive index higher than 1.55 and at least one layer of low refractive index material having a refractive index of 1.55 or less, the refractive indexes being expressed for a wavelength of 550 nm, said optical article being designed in such a manner that it has high reflective properties for low incident angles when viewing said article from its front or back face and antireflective properties for high incident angles when viewing said article from its front or back face, the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being lower than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 35° and lower than or equal to 55°; and the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being higher than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 0° and lower than or equal to 15°. the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being lower than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 35° and lower than or equal to 55°; and the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being higher than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 0° and lower than or equal to 15°.
A method for managing railway possessions comprising delimiting a section of a railway for possession to enable operating restrictions to be performed at the section, comprising the steps of: providing a plurality of wireless communications tags at intervals along the railway; providing a portable, wireless terminal comprising wireless tag communication means; and delimiting a section boundary by enabling communication between the portable terminal and a wireless communication tag, the position of said tag denoting the section boundary, wherein the portable terminal comprises remote wireless communication means for enabling communication between the terminal and a remote location, and wherein during communication between the portable terminal and the tag, the ID of the tag is transmitted to the portable terminal and the method comprises the step of transmitting the received tag ID from the portable terminal to the remote location. providing a plurality of wireless communications tags at intervals along the railway; providing a portable, wireless terminal comprising wireless tag communication means; and delimiting a section boundary by enabling communication between the portable terminal and a wireless communication tag, the position of said tag denoting the section boundary, wherein the portable terminal comprises remote wireless communication means for enabling communication between the terminal and a remote location, and wherein during communication between the portable terminal and the tag, the ID of the tag is transmitted to the portable terminal and the method comprises the step of transmitting the received tag ID from the portable terminal to the remote location.