mhurhangee/ep-ind-claims huggingface dataset:
A method for autonomous machine navigation comprising: determining a current pose of an autonomous machine based on non-vision-based pose data captured by one or more non-vision-based sensors of the autonomous machine, wherein the pose represents one or both of a position and an orientation of the autonomous machine in a work region defined by one or more boundaries that are taught to the autonomous machine in a training mode initiated by a user of the autonomous machine; characterized by determining vision-based pose data based on two-dimensional, 2D, image data captured by the autonomous machine; and updating the current pose based on the vision-based pose data to correct or localize the current pose and to provide an updated pose of the autonomous machine in the work region for navigating the autonomous machine in the work region; wherein: the work region is an outdoor area; the autonomous machine is a grounds maintenance machine; or the work region is a lawn and the autonomous machine is a lawn maintenance machine. determining a current pose of an autonomous machine based on non-vision-based pose data captured by one or more non-vision-based sensors of the autonomous machine, wherein the pose represents one or both of a position and an orientation of the autonomous machine in a work region defined by one or more boundaries that are taught to the autonomous machine in a training mode initiated by a user of the autonomous machine; characterized by determining vision-based pose data based on two-dimensional, 2D, image data captured by the autonomous machine; and updating the current pose based on the vision-based pose data to correct or localize the current pose and to provide an updated pose of the autonomous machine in the work region for navigating the autonomous machine in the work region; wherein: the work region is an outdoor area; the autonomous machine is a grounds maintenance machine; or the work region is a lawn and the autonomous machine is a lawn maintenance machine. the work region is an outdoor area; the autonomous machine is a grounds maintenance machine; or the work region is a lawn and the autonomous machine is a lawn maintenance machine.
A refrigerator having a main body in which a storage chamber is formed and a door to open/close the storage chamber, the door comprising: a panel member forming at least a portion of the exterior of the door of the refrigerator and provided with a display window to be transparent or translucent; an inner case of which at least portion is spaced from the panel member and forming a rear exterior of the door; a deco member coupling the panel member to the inner case; a display case provided at one side of the panel member; insulating material filled in space between the panel member and the inner case; and a display unit mounted on the display case and including a printed circuit board, a display part and a unit guide on which the printed circuit board is mounted, wherein the display unit includes guide parts guiding the mounting of the display unit, and the display case includes guide rails guiding the sliding of the guide parts, wherein an inserting part is formed on the deco member; the display case is formed so that its front surface is opened characterized in that the upper surface of the display case is opened, wherein the display unit penetrates through the inserting part and is mounted on the display case via the opened upper surface after the filling of the insulating material is completed, the panel member includes mounting guides coupled to the display unit, and the display unit includes guide ribs coupled to the mounting guides. a panel member forming at least a portion of the exterior of the door of the refrigerator and provided with a display window to be transparent or translucent; an inner case of which at least portion is spaced from the panel member and forming a rear exterior of the door; a deco member coupling the panel member to the inner case; a display case provided at one side of the panel member; insulating material filled in space between the panel member and the inner case; and a display unit mounted on the display case and including a printed circuit board, a display part and a unit guide on which the printed circuit board is mounted, wherein the display unit includes guide parts guiding the mounting of the display unit, and the display case includes guide rails guiding the sliding of the guide parts, wherein an inserting part is formed on the deco member; the display case is formed so that its front surface is opened characterized in that the upper surface of the display case is opened, wherein the display unit penetrates through the inserting part and is mounted on the display case via the opened upper surface after the filling of the insulating material is completed, the panel member includes mounting guides coupled to the display unit, and the display unit includes guide ribs coupled to the mounting guides.
An aerosol generating device, comprising: a power source configured to supply power to perform atomization of an aerosol source and/or heating of a flavor source; an inhalation sensor configured to output a measured value for controlling the power supplied; and a controller configured to control the power supplied from the power source based on the measured value, characterised in that the controller is configured to control to increase a power supply amount per unit time (hereinafter referred to as a "unit amount of power supplied") to a predetermined amount when a first condition that the measured value is equal to or larger than a first threshold is satisfied, and to decrease the unit amount of power supplied from the predetermined amount to zero when a second condition that the measured value is smaller than a second threshold larger than the first threshold and a third condition which is different from the first condition and the second condition are satisfied. a power source configured to supply power to perform atomization of an aerosol source and/or heating of a flavor source; an inhalation sensor configured to output a measured value for controlling the power supplied; and a controller configured to control the power supplied from the power source based on the measured value, characterised in that the controller is configured to control to increase a power supply amount per unit time (hereinafter referred to as a "unit amount of power supplied") to a predetermined amount when a first condition that the measured value is equal to or larger than a first threshold is satisfied, and to decrease the unit amount of power supplied from the predetermined amount to zero when a second condition that the measured value is smaller than a second threshold larger than the first threshold and a third condition which is different from the first condition and the second condition are satisfied.
A designing method of a wind turbine rotor including a rotor head, a bearing provided on said rotor head and a wind turbine blade attached to said bearing, said method comprising: providing operation environment data indicative of an operation environment of a wind turbine generator including said wind turbine rotor and design data of said wind turbine blade; calculating a position of a center of mass of said wind turbine blade in each position in a lengthwise direction of said wind turbine blade in said operation environment from said operation environment data and said design data; and calculating an evaluation value which is a value depending on an integral value obtained by integrating a product of said calculated position of said center of mass of the blade and a mass per unit length at each position in a lengthwise direction of said wind turbine blade from a blade root of said wind turbine blade to a blade tip end of the same, wherein said operation environment data includes first data indicative of a rated wind speed of said wind turbine generator and second data indicative of a lowest temperature (T LOW) at which said wind turbine generator is allowed to be operated or an air density corresponding to said lowest temperature (T LOW). providing operation environment data indicative of an operation environment of a wind turbine generator including said wind turbine rotor and design data of said wind turbine blade; calculating a position of a center of mass of said wind turbine blade in each position in a lengthwise direction of said wind turbine blade in said operation environment from said operation environment data and said design data; and calculating an evaluation value which is a value depending on an integral value obtained by integrating a product of said calculated position of said center of mass of the blade and a mass per unit length at each position in a lengthwise direction of said wind turbine blade from a blade root of said wind turbine blade to a blade tip end of the same, wherein said operation environment data includes first data indicative of a rated wind speed of said wind turbine generator and second data indicative of a lowest temperature (T LOW) at which said wind turbine generator is allowed to be operated or an air density corresponding to said lowest temperature (T LOW).
A method of implementing a virtual private network, VPN, at a provider edge network node, comprising: receiving a first data packet from a customer edge network node that includes layer-2 header information including a remote destination MAC address and a source MAC address; determining that the provider edge network node received an address resolution protocol, ARP, request message; selecting multiple provider interfaces that belong to the VPN, when the first data packet has no destination IP address; broadcasting the ARP request message requesting a destination IP address associated with the remote destination MAC address; receiving an ARP response message including the IP address associated with the remote destination MAC address encapsulating the first data packet, including layer-3 and layer-2 headers in a second data packet; selecting a provider interface based upon the destination IP address, which is either the destination IP address of the first of the first data packet when the first data packet has a destination IP address or the destination IP address contained in the ARP response message; and transmitting the encapsulated second data packet to the selected provider interface. receiving a first data packet from a customer edge network node that includes layer-2 header information including a remote destination MAC address and a source MAC address; determining that the provider edge network node received an address resolution protocol, ARP, request message; selecting multiple provider interfaces that belong to the VPN, when the first data packet has no destination IP address; broadcasting the ARP request message requesting a destination IP address associated with the remote destination MAC address; receiving an ARP response message including the IP address associated with the remote destination MAC address encapsulating the first data packet, including layer-3 and layer-2 headers in a second data packet; selecting a provider interface based upon the destination IP address, which is either the destination IP address of the first of the first data packet when the first data packet has a destination IP address or the destination IP address contained in the ARP response message; and transmitting the encapsulated second data packet to the selected provider interface.
An electric rotating machine comprising: an output terminal board mounted on one bracket of the electric rotating machine, and a plurality of output harnesses connected to said output terminal board; wherein said output terminal board is disposed on a side face of said bracket, and said output harnesses extend in a direction tangential to a circumferential line forming an outer periphery of said electric rotating machine, wherein a plurality of partition walls are provided, the plurality of partition walls isolating said output harnesses respectively for insulation from each other, the plurality of partition walls preventing said output harnesses from turning together at the time of mounting said output harnesses, wherein said output terminal board is mechanically connected to at least two faces (2a, 2c) of said rear bracket. an output terminal board mounted on one bracket of the electric rotating machine, and a plurality of output harnesses connected to said output terminal board; wherein said output terminal board is disposed on a side face of said bracket, and said output harnesses extend in a direction tangential to a circumferential line forming an outer periphery of said electric rotating machine, wherein a plurality of partition walls are provided, the plurality of partition walls isolating said output harnesses respectively for insulation from each other, the plurality of partition walls preventing said output harnesses from turning together at the time of mounting said output harnesses, wherein said output terminal board is mechanically connected to at least two faces (2a, 2c) of said rear bracket.
An apparatus for use in humidified gases delivery treatment comprising: a housing, a pressurised gases supply within said housing, a pressurised gases outlet in said housing in fluid connection with said pressurised gases supply and adapted to make fluid connection with an inlet of a water chamber in order to provide gases flow to a said water chamber, a humidified gases return in said housing, adapted to make fluid connection with an outlet of a said water chamber in order to receive humidified gases from said water chamber, a patient outlet in said housing, in fluid connection with said humidified gases return in order to receive humidified gases from said humidified gases return and provide humidified gases to said patient outlet, said patient outlet being in fluid connection with or adapted to make fluid connection with a flexible breathing conduit for delivery of humidified gases to a patient; wherein the humidified gases return comprises an elbow tube having an inlet end and an outlet end, provided to receive humidified gases from the water chamber and direct humidified gases into the flexible breathing conduit; wherein the elbow tube is removably secured on the housing. a housing, a pressurised gases supply within said housing, a pressurised gases outlet in said housing in fluid connection with said pressurised gases supply and adapted to make fluid connection with an inlet of a water chamber in order to provide gases flow to a said water chamber, a humidified gases return in said housing, adapted to make fluid connection with an outlet of a said water chamber in order to receive humidified gases from said water chamber, a patient outlet in said housing, in fluid connection with said humidified gases return in order to receive humidified gases from said humidified gases return and provide humidified gases to said patient outlet, said patient outlet being in fluid connection with or adapted to make fluid connection with a flexible breathing conduit for delivery of humidified gases to a patient; wherein the humidified gases return comprises an elbow tube having an inlet end and an outlet end, provided to receive humidified gases from the water chamber and direct humidified gases into the flexible breathing conduit; wherein the elbow tube is removably secured on the housing.
Cleaning method for cleaning nozzle surfaces of a lateral arrangement of ink print heads, i.e. an arrangement of ink print heads extending over the width of a substrate to be printed, wherein a cleaning carriage executes a likewise lateral movement along the arrangement and cleans the nozzle surfaces with a cleaning liquid set to ultrasonic vibrations, wherein the cleaning carriage comprises an ultrasonic cleaning device, a suction device and a rinsing device, and the movement of the cleaning carriage takes place on an outward path and a return path, characterized in that on the outward path the ultrasonic cleaning device and the suction device following it are activated and the rinsing device following the two is deactivated, and in that on the return path the rinsing device and the suction device following it are activated and the ultrasonic cleaning device following the two is deactivated.
A method of detecting faults on a digital subscriber line, the method comprising: comparing measured data transmission characteristics of the digital subscriber line with at least one model, said model(s) modelling expected data transmission characteristics of the digital subscriber line; and in response to the comparison, generating a fault alert signal if the comparison between the measured data transmission characteristics and the modelled expected data transmission characteristics differ by more than a pre-determined threshold, wherein data is transmitted on the digital subscriber line within a plurality of predetermined frequency bands, wherein the at least one model is formed based on data representing data transmission characteristics of the digital subscriber line, and wherein said data transmission characteristics comprise a distribution of bit occupancy across the frequency bands. comparing measured data transmission characteristics of the digital subscriber line with at least one model, said model(s) modelling expected data transmission characteristics of the digital subscriber line; and in response to the comparison, generating a fault alert signal if the comparison between the measured data transmission characteristics and the modelled expected data transmission characteristics differ by more than a pre-determined threshold, wherein data is transmitted on the digital subscriber line within a plurality of predetermined frequency bands, wherein the at least one model is formed based on data representing data transmission characteristics of the digital subscriber line, and wherein said data transmission characteristics comprise a distribution of bit occupancy across the frequency bands.
A method performed by a handover management component for managing simultaneous handover procedures of two or more modems located in an aircraft from a serving base station to a target base station, wherein the two or more modems share an antenna system with a beamforming component and implement an RRC wireless protocol, the method comprising: receiving at least one message indicative of at least one measurement report of radio conditions from at least one modem of the two or more modems; determining, based on the at least one message, whether to handover the two or more modems from the serving base station to the target base station; the method being characterized by: upon determining to handover the two or more modems from the serving base station to the target base station, indicating to each of the two or more modems to send to the serving base station a measurement report configured to trigger a respective handover procedure from the serving base station to the target base station. receiving at least one message indicative of at least one measurement report of radio conditions from at least one modem of the two or more modems; determining, based on the at least one message, whether to handover the two or more modems from the serving base station to the target base station; the method being characterized by: upon determining to handover the two or more modems from the serving base station to the target base station, indicating to each of the two or more modems to send to the serving base station a measurement report configured to trigger a respective handover procedure from the serving base station to the target base station. upon determining to handover the two or more modems from the serving base station to the target base station, indicating to each of the two or more modems to send to the serving base station a measurement report configured to trigger a respective handover procedure from the serving base station to the target base station.
A water extractor, comprising: an inlet; an outlet; a body comprising a helical passageway having an exit proximate the outlet and an entrance; an elbow connector enclosing a fluid passageway that fluidly connects the inlet to the entrance of the helical passageway, the elbow connector being bent at a selected angle and including an inner radius and an outer radius opposite the inner radius; and a baffle extending from proximate the inlet to the entrance and located within the fluid passageway of the elbow connector, the baffle being configured to partition the fluid passageway into two separate passageways including a first fluid passageway proximate the inner radius of the elbow connector and a second fluid passageway proximate the outer radius of the elbow connector. an inlet; an outlet; a body comprising a helical passageway having an exit proximate the outlet and an entrance; an elbow connector enclosing a fluid passageway that fluidly connects the inlet to the entrance of the helical passageway, the elbow connector being bent at a selected angle and including an inner radius and an outer radius opposite the inner radius; and a baffle extending from proximate the inlet to the entrance and located within the fluid passageway of the elbow connector, the baffle being configured to partition the fluid passageway into two separate passageways including a first fluid passageway proximate the inner radius of the elbow connector and a second fluid passageway proximate the outer radius of the elbow connector.
Method for adjusting the vibration frequency range of a sound producing device with one or more vibrating tongues, the device including an assembly formed of a comb extended by at least one vibrating tongue, said comb having at least one hole for the securing thereof to a support by means of a support jaw and of a tightening element traversing the support jaw and the hole of said comb, said method being characterized in that the frequency range is adjusted by reducing the free length of the vibrating tongue or tongues by localised clamping of the tongue or tongues between the support jaw and a local counter-support.
A method of removing a contact lens from a lens mold portion carrying a contact lens, the method comprises reciprocally displacing a region of the mold portion with a reciprocating member characterized in that the reciprocating member comprises a non-planar end portion shaped to complement the mold portion and the reciprocating member being arranged such that in use the end portion contacts the center of the mold portion, to thereby cause an edge portion of the contact lens to become detached from the mold portion, wherein the reciprocal displacement comprises a plurality of cycles, each cycle comprising motion in a first direction, followed by motion in a second, opposite direction.