mhurhangee/patent-ind-claim-en huggingface dataset:
A method of intersection access by an ego vehicle , comprising: determining a braking distance for the ego vehicle based upon vehicle external sensors , vehicle internal sensors , vehicle capabilities , or external V2X input , or a combination thereof; sending, from the ego vehicle to a roadside unit, RSU, a first message, wherein the first message comprises an identification data element for the ego vehicle or a vehicle type or a vehicle priority or a combination thereof and a braking distance data element for the ego vehicle; receiving, from the RSU a second message comprising one or more instructions with respect to intersection access by the ego vehicle, based at least in part upon the braking distance for the ego vehicle; and controlling the intersection access by the ego vehicle in response to the one or more instructions received from the RSU. determining a braking distance for the ego vehicle based upon vehicle external sensors , vehicle internal sensors , vehicle capabilities , or external V2X input , or a combination thereof; sending, from the ego vehicle to a roadside unit, RSU, a first message, wherein the first message comprises an identification data element for the ego vehicle or a vehicle type or a vehicle priority or a combination thereof and a braking distance data element for the ego vehicle; receiving, from the RSU a second message comprising one or more instructions with respect to intersection access by the ego vehicle, based at least in part upon the braking distance for the ego vehicle; and controlling the intersection access by the ego vehicle in response to the one or more instructions received from the RSU.
A motor vehicle comprising a retarder apparatus comprising a retarder ; an input device by means of which a vehicle deceleration demand can be set, in particular can be set in steps, and a retarder control device for driving the retarder , which retarder control device is designed to determine a retarder braking demand , which encodes a retarder braking moment that is to be imparted by the retarder , in a manner dependent on the vehicle deceleration demand set; wherein the retarder has at least one electrical machine designed for regenerative braking, wherein the motor vehicle is a vehicle combination formed by a tractor vehicle and a trailer vehicle, wherein the trailer vehicle is a semi-trailer and/or a trailer , wherein at least one rigid axle of the vehicle combination, preferably a trailing axle, leading axle, lift axle and/or a trailer axle, is drive-connected to one or two electrical machines of the retarder for forming an auxiliary drive for the respective rigid axle, characterized in that the motor vehicle has a lift axle having the electrical auxiliary drive, which lift axle, during setting of a vehicle deceleration demand of the retarder apparatus, is lowered if it is in the raised state. a retarder ; an input device by means of which a vehicle deceleration demand can be set, in particular can be set in steps, and a retarder control device for driving the retarder , which retarder control device is designed to determine a retarder braking demand , which encodes a retarder braking moment that is to be imparted by the retarder , in a manner dependent on the vehicle deceleration demand set; wherein the retarder has at least one electrical machine designed for regenerative braking, wherein the motor vehicle is a vehicle combination formed by a tractor vehicle and a trailer vehicle, wherein the trailer vehicle is a semi-trailer and/or a trailer , wherein at least one rigid axle of the vehicle combination, preferably a trailing axle, leading axle, lift axle and/or a trailer axle, is drive-connected to one or two electrical machines of the retarder for forming an auxiliary drive for the respective rigid axle, characterized in that the motor vehicle has a lift axle having the electrical auxiliary drive, which lift axle, during setting of a vehicle deceleration demand of the retarder apparatus, is lowered if it is in the raised state.
A method of deep sea mining on a seafloor, comprising: mining solids from the seafloor with a subsea miner ; pumping the solids from the subsea miner through a jumper ; pumping the solids from the jumper through a riser system to a surface vessel monitoring the distance between the subsea miner and at least one subsea pump module ; and adjusting the distance between the subsea miner and the at least one subsea pump module to ensure the distance between the two stay within a tolerance to minimize the force on the subsea miner, characterized by : dewatering the solids and pumping wastewater from the dewatering into water injection lines which are piggy backed onto a main tube of the riser system down to a compression chamber of the subsea pump module , and powering the compression chamber of the subsea pump module with wastewater from the water injection lines to lift the solids to the surface vessel. mining solids from the seafloor with a subsea miner ; pumping the solids from the subsea miner through a jumper ; pumping the solids from the jumper through a riser system to a surface vessel monitoring the distance between the subsea miner and at least one subsea pump module ; and adjusting the distance between the subsea miner and the at least one subsea pump module to ensure the distance between the two stay within a tolerance to minimize the force on the subsea miner, characterized by : dewatering the solids and pumping wastewater from the dewatering into water injection lines which are piggy backed onto a main tube of the riser system down to a compression chamber of the subsea pump module , and powering the compression chamber of the subsea pump module with wastewater from the water injection lines to lift the solids to the surface vessel. dewatering the solids and pumping wastewater from the dewatering into water injection lines which are piggy backed onto a main tube of the riser system down to a compression chamber of the subsea pump module , and powering the compression chamber of the subsea pump module with wastewater from the water injection lines to lift the solids to the surface vessel.
A method for determining an operational mode for a device (201; 301) in a network, the method comprising: determining the device (201; 301) has a first antenna (210; 310) and a second antenna (220; 320); determining a first number of multipath components and associated power levels for the first antenna (210; 310); determining a second number of multipath components and associated power levels for the second antenna (220; 320); and determining the operational mode for the device (201; 301) based on the first number of multipath components and its associated power levels for the first antenna (210; 310) and the second number of multipath components and its associated power levels for the second antenna (220; 320), characterized by determining whether to implement the determined operational mode for the device (201; 301) based on determining a load on a cell associated with a base station (202; 351-354) in communication with the device (201; 301). determining the device (201; 301) has a first antenna (210; 310) and a second antenna (220; 320); determining a first number of multipath components and associated power levels for the first antenna (210; 310); determining a second number of multipath components and associated power levels for the second antenna (220; 320); and determining the operational mode for the device (201; 301) based on the first number of multipath components and its associated power levels for the first antenna (210; 310) and the second number of multipath components and its associated power levels for the second antenna (220; 320), characterized by determining whether to implement the determined operational mode for the device (201; 301) based on determining a load on a cell associated with a base station (202; 351-354) in communication with the device (201; 301).
An Internet Protocol, IP, routing search method, comprising: creating a Multibit Trie for routing distribution of IP prefixes in each Virtual Private Network, VPN, ; the method being characterized in further comprising: expanding routing of IP prefixes in the highest level 1∼m of the Multibit Trie to IP prefixes in level m+1 according to a prefix expansion method , wherein m is an integer larger than 1; taking each branch of the IP prefixes in the level m+1 of the Multibit Trie as a Branch_Tree, and saving data structure information of each Branch_Tree (603, 704-705); and when routing of an IP address in a VPN is to be searched, searching for a Branch_Tree in a Multibit Trie corresponding to the VPN according to the highest m+1 bits of the IP address, and searching for the routing of the IP address in the Branch Tree . creating a Multibit Trie for routing distribution of IP prefixes in each Virtual Private Network, VPN, ; the method being characterized in further comprising: expanding routing of IP prefixes in the highest level 1∼m of the Multibit Trie to IP prefixes in level m+1 according to a prefix expansion method , wherein m is an integer larger than 1; taking each branch of the IP prefixes in the level m+1 of the Multibit Trie as a Branch_Tree, and saving data structure information of each Branch_Tree (603, 704-705); and when routing of an IP address in a VPN is to be searched, searching for a Branch_Tree in a Multibit Trie corresponding to the VPN according to the highest m+1 bits of the IP address, and searching for the routing of the IP address in the Branch Tree . expanding routing of IP prefixes in the highest level 1∼m of the Multibit Trie to IP prefixes in level m+1 according to a prefix expansion method , wherein m is an integer larger than 1; taking each branch of the IP prefixes in the level m+1 of the Multibit Trie as a Branch_Tree, and saving data structure information of each Branch_Tree (603, 704-705); and when routing of an IP address in a VPN is to be searched, searching for a Branch_Tree in a Multibit Trie corresponding to the VPN according to the highest m+1 bits of the IP address, and searching for the routing of the IP address in the Branch Tree .
A heating assembly for a vapour generating device, the heating assembly comprising: a heating chamber arranged to hold an aerosol generating medium ; a heater arranged, in use, to provide heating to the heating chamber; an ejector arranged to controllably eject, in use, the aerosol generating medium from the heating chamber; and a detector arranged, in use, to detect actuation of the ejector, wherein the ejector comprises one or more electrical contacts and the detector is arranged, in use, to detect actuation of the ejector based on the position of the one or more electrical contacts. a heating chamber arranged to hold an aerosol generating medium ; a heater arranged, in use, to provide heating to the heating chamber; an ejector arranged to controllably eject, in use, the aerosol generating medium from the heating chamber; and a detector arranged, in use, to detect actuation of the ejector,
An acoustic device configured to be entirely supported by one ear of a user comprising: a vibration unit including a piezoelectric element configured to flex and a panel configured to vibrate by being bent directly by the piezoelectric element; an ear hook configured to contact the outside of a user's auricle; a support including a first end connected to the vibration unit and a second end connected to a first end of the ear hook; and a body connected to a second end of the ear hook, characterised in that the panel includes a concavity, the concavity including a first portion configured to contact a user's tragus or antitragus directly from outside of the user's ear and a second portion configured not to contact the user's ear, wherein the first portion is configured to vibrate the user's auricle by pressing the user's tragus or antitragus directly from outside of the user's ear with a force of 0.1 N to 3 N to cause the user to hear sound. a vibration unit including a piezoelectric element configured to flex and a panel configured to vibrate by being bent directly by the piezoelectric element; an ear hook configured to contact the outside of a user's auricle; a support including a first end connected to the vibration unit and a second end connected to a first end of the ear hook; and a body connected to a second end of the ear hook, characterised in that the panel includes a concavity, the concavity including a first portion configured to contact a user's tragus or antitragus directly from outside of the user's ear and a second portion configured not to contact the user's ear, wherein the first portion is configured to vibrate the user's auricle by pressing the user's tragus or antitragus directly from outside of the user's ear with a force of 0.1 N to 3 N to cause the user to hear sound.
A gastrin receptor-targeting agent for use in treating osteoporosis in a subject in need thereof, wherein the gastrin receptor-targeting agent is YF476 and is for administration to the subject in at least one dose of a therapeutically effective amount.
A method of processing a video signal from a lower dynamic range source to produce an output signal usable by target devices of a higher dynamic range, comprising: - receiving the video signal from the source; - providing the received signal in a colour space that separates the brightness and colour aspects of an image to provide a luminance component and separate colour components by converting to CIE 1931 Y plus CIE 1976 u'v' components; - producing a modified luminance component by applying an expansion function to the luminance component for luminance values above a threshold, applying a gamma function to the output of the expansion function and applying a scaling function to the output of the gamma function; - providing the modified luminance component and separate colour components to provide the output signal for display on the target device of the higher dynamic range. - receiving the video signal from the source; - providing the received signal in a colour space that separates the brightness and colour aspects of an image to provide a luminance component and separate colour components by converting to CIE 1931 Y plus CIE 1976 u'v' components; - producing a modified luminance component by applying an expansion function to the luminance component for luminance values above a threshold, applying a gamma function to the output of the expansion function and applying a scaling function to the output of the gamma function; - providing the modified luminance component and separate colour components to provide the output signal for display on the target device of the higher dynamic range.
A method of transitioning a group of optically switchable devices, the method comprising: (a) receiving a command to transition the group of optically switchable devices to an ending optical state, wherein the group comprises a slowest optically switchable device and a faster optically switchable device, wherein the slowest optically switchable device and the faster optically switchable device are different sizes and/or have different switching properties; characterized in that the method further comprises: (b) determining a switching time for the group of optically switchable devices, the switching time being a time required for the slowest optically switchable device to reach the ending optical state; (c) transitioning the slowest optically switchable device to the ending optical state without pausing; and (d) during (c), transitioning the faster optically switchable device to the ending optical state with one or more pauses during transition, wherein the one or more pauses result in approximately matching an optical state of the faster optically switchable device with an optical state of the slowest optically switchable device during (c). (a) receiving a command to transition the group of optically switchable devices to an ending optical state, wherein the group comprises a slowest optically switchable device and a faster optically switchable device, wherein the slowest optically switchable device and the faster optically switchable device are different sizes and/or have different switching properties; (b) determining a switching time for the group of optically switchable devices, the switching time being a time required for the slowest optically switchable device to reach the ending optical state; (c) transitioning the slowest optically switchable device to the ending optical state without pausing; and (d) during (c), transitioning the faster optically switchable device to the ending optical state with one or more pauses during transition, wherein the one or more pauses result in approximately matching an optical state of the faster optically switchable device with an optical state of the slowest optically switchable device during (c).
Radically polymerizable dental material, which comprises at least one radically polymerizable monomer and a combination of a thiourea derivative and a hydroperoxide as initiator system for the radical polymerization and does not comprise an amine, characterized in that it additionally comprises at least one peroxide in a quantity of from 1 to 15 wt.-% relative to the mass of the hydroperoxide, wherein hydroperoxides are not peroxides within the meaning of this claim.
Aqueous, one-pack coating composition comprising (A) at least one polymer selected from the group consisting self-crosslinkable polymers and externally crosslinkable polymers; (B) at least one crosslinking agent for crosslinking the at least one polymer (A), if the (A) at least one polymer is an externally crosslinkable polymer; (C) at least one polymeric surface-active agent, and (D) at least one organic rheology control agent selected from the group consisting of (meth)acrylic acid-(meth)acrylate copolymer rheology control agents (D1) and polyurethane rheology control agents (D2), characterized in that i. the total solids content of the coating composition is from 7.5 wt.-% to 11.5 wt.-%, ii. the viscosity at 23 °C is from 2000 mPas to 12000 mPas at a shear rate of 0.1 s -1 , iii. the amount of (C) is from 0,5 wt% to 25 wt.-% based on the total solids content of the coating composition; iv. the amount of (D) is from 5 to 12 wt.-% based on the total solids content of the coating composition; and v. the coating composition does not contain platelet-shaped particulate material having a median particle size D 50 of 2 μm or more. (A) at least one polymer selected from the group consisting self-crosslinkable polymers and externally crosslinkable polymers; (B) at least one crosslinking agent for crosslinking the at least one polymer (A), if the (A) at least one polymer is an externally crosslinkable polymer; (C) at least one polymeric surface-active agent, and (D) at least one organic rheology control agent selected from the group consisting of (meth)acrylic acid-(meth)acrylate copolymer rheology control agents (D1) and polyurethane rheology control agents (D2), i. the total solids content of the coating composition is from 7.5 wt.-% to 11.5 wt.-%, ii. the viscosity at 23 °C is from 2000 mPas to 12000 mPas at a shear rate of 0.1 s -1 , iii. the amount of (C) is from 0,5 wt% to 25 wt.-% based on the total solids content of the coating composition; iv. the amount of (D) is from 5 to 12 wt.-% based on the total solids content of the coating composition; and v. the coating composition does not contain platelet-shaped particulate material having a median particle size D 50 of 2 μm or more.
A working system having a working machine configured to perform a work automatically, comprising: a working actuator installed on the working machine and a travelling actuator installed on the working machine ; the working system further comprises: a biological information detector configured to detect a state of a user changing in accordance with a satisfaction level for the work; the working system being characterized in that it further comprises a rework determining unit configured to determine whether a rework is needed based on the state of the user detected by the biological information detector after a predetermined work is performed by the working machine ; and an actuator controlling unit configured to control the working actuator and the travelling actuator to perform the rework while travelling when it is determined by the rework determining unit that the rework is needed. a working actuator installed on the working machine and a travelling actuator installed on the working machine ; the working system further comprises: a biological information detector configured to detect a state of a user changing in accordance with a satisfaction level for the work; the working system being characterized in that it further comprises a rework determining unit configured to determine whether a rework is needed based on the state of the user detected by the biological information detector after a predetermined work is performed by the working machine ; and an actuator controlling unit configured to control the working actuator and the travelling actuator to perform the rework while travelling when it is determined by the rework determining unit that the rework is needed. a biological information detector configured to detect a state of a user changing in accordance with a satisfaction level for the work; the working system being characterized in that it further comprises a rework determining unit configured to determine whether a rework is needed based on the state of the user detected by the biological information detector after a predetermined work is performed by the working machine ; and an actuator controlling unit configured to control the working actuator and the travelling actuator to perform the rework while travelling when it is determined by the rework determining unit that the rework is needed.
A terminal, wherein the terminal comprises a battery cover , a middle frame , an adhesive component , and a waterproof component ; the battery cover is bonded to the middle frame by using the adhesive component ; a support wall protruding in a direction of the battery cover is disposed on the middle frame ; the adhesive component is provided with an opening groove , and the opening groove is a semi-closed groove; the waterproof component is disposed between the support wall and the adhesive component , and is located in the opening groove ; a cross-sectional shape of the waterproof component is adapted to a cross-sectional shape of the opening groove , there is an avoidance distance between the waterproof component and the opening groove , and a liquid inlet path is formed; and a cross section of the waterproof component is of a convex structure or a concave structure on at least one of a first side and a second side, and the first side and the second side are not on a same side as an opening of the opening groove , and are not opposite to the opening of the opening groove . the battery cover is bonded to the middle frame by using the adhesive component ; a support wall protruding in a direction of the battery cover is disposed on the middle frame ; the adhesive component is provided with an opening groove , and the opening groove is a semi-closed groove; the waterproof component is disposed between the support wall and the adhesive component , and is located in the opening groove ; a cross-sectional shape of the waterproof component is adapted to a cross-sectional shape of the opening groove , there is an avoidance distance between the waterproof component and the opening groove , and a liquid inlet path is formed; and a cross section of the waterproof component is of a convex structure or a concave structure on at least one of a first side and a second side, and the first side and the second side are not on a same side as an opening of the opening groove , and are not opposite to the opening of the opening groove .