mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a position and an angular orientation of a particle that emits a dipole or dipole-like radiation pattern when impinged by an excitation beam, comprising: directing an excitation beam to a sample containing at least one particle that emits a dipole or dipole-like radiation pattern when impinged by an excitation beam; splitting light emitted by the particle in response to impingement by the excitation beam into a first channel and a second channel ; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a first phase mask , wherein the first phase mask is configured to phase modulate the light in the first channel ; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a second phase mask that is different to the first phase mask , wherein the second phase mask is configured to phase modulate the light in the second channel ; and estimating a position and an angular orientation of the particle within the sample based on the imaged radiation patterns and a model of an optical system that describes images obtained for different positions and orientations. directing an excitation beam to a sample containing at least one particle that emits a dipole or dipole-like radiation pattern when impinged by an excitation beam; splitting light emitted by the particle in response to impingement by the excitation beam into a first channel and a second channel ; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a first phase mask , wherein the first phase mask is configured to phase modulate the light in the first channel ; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a second phase mask that is different to the first phase mask , wherein the second phase mask is configured to phase modulate the light in the second channel ; and estimating a position and an angular orientation of the particle within the sample based on the imaged radiation patterns and a model of an optical system that describes images obtained for different positions and orientations.
An air sampling device for sampling air, comprising: a housing body having a top , a side, and an opening at the top; a retaining assembly configured to retain a sampling device , the retaining assembly located at the top of the housing body about the opening; a plenum having a top end , a bottom end , and a longitudinal length defined therebetween, the top end being coupled to the housing body about the opening such that the plenum is in flow communication with the opening , wherein the bottom end of the plenum is open, the plenum being configured for receiving air flow generally from the top end to the bottom end generally along the longitudinal length ; a flow connection coupled to the bottom end of the plenum ; a mass flow meter having an input and an output , the input being coupled to the flow connection , the mass flow meter being in flow communication with the plenum via the flow connection ; and a blower in association with the plenum and configured to draw air past the sampling device , through the opening , through the plenum , and through the open bottom end of the plenum , such that a measuring portion of the air in the plenum flows through the flow connection and through the mass flow meter , wherein the mass flow meter is configured to measure the flow rate of the measuring portion of the air drawn through the flow connection . a housing body having a top , a side, and an opening at the top; a retaining assembly configured to retain a sampling device , the retaining assembly located at the top of the housing body about the opening; a plenum having a top end , a bottom end , and a longitudinal length defined therebetween, the top end being coupled to the housing body about the opening such that the plenum is in flow communication with the opening , wherein the bottom end of the plenum is open, the plenum being configured for receiving air flow generally from the top end to the bottom end generally along the longitudinal length ; a flow connection coupled to the bottom end of the plenum ; a mass flow meter having an input and an output , the input being coupled to the flow connection , the mass flow meter being in flow communication with the plenum via the flow connection ; and a blower in association with the plenum and configured to draw air past the sampling device , through the opening , through the plenum , and through the open bottom end of the plenum , such that a measuring portion of the air in the plenum flows through the flow connection and through the mass flow meter , wherein the mass flow meter is configured to measure the flow rate of the measuring portion of the air drawn through the flow connection .
A structural device (1 j ) for a framework of a seat of the bench type, including i) a main flange comprising a lower part provided with a first hole , ii) a reinforcement flange provided with a second hole and secured to said lower part , and characterized in that it includes (iii) a strut including a first end passing through said first or second hole and provided with a first internal thread, having a first diameter and appropriate to cooperate with a threaded shank of a first screw suited for the anchoring of an anchoring part of a safety belt, and a second end passing through said second or first hole and provided with a second internal thread, having a second diameter greater than said first diameter and appropriate to cooperate with a threaded shank of a second screw suited for the anchoring of at least one belt buckle (5 i ) of a safety belt.
Composition, especially comprising a physiologically acceptable medium, especially for coating keratin materials, more particularly for making up and/or caring for keratin materials such as the skin, containing at least: a) an oily continuous phase, and b) at least one mixture of liquid organic UV-screening agents comprising: (i) at least one UV-screening agent of the β,β-diphenylacrylate type, and (ii) at least one UV-screening agent of the salicylate type; and c) at least one non-cyclic volatile silicone oil; and d) at least one pigment; the said composition being : i) an anhydrous composition comprising a single oily phase, or ii) a water-in-oil emulsion. a) an oily continuous phase, and b) at least one mixture of liquid organic UV-screening agents comprising: (i) at least one UV-screening agent of the β,β-diphenylacrylate type, and (ii) at least one UV-screening agent of the salicylate type; and (i) at least one UV-screening agent of the β,β-diphenylacrylate type, and (ii) at least one UV-screening agent of the salicylate type; and c) at least one non-cyclic volatile silicone oil; and d) at least one pigment; the said composition being : i) an anhydrous composition comprising a single oily phase, or ii) a water-in-oil emulsion. i) an anhydrous composition comprising a single oily phase, or ii) a water-in-oil emulsion.
Method for controlling the volume generated by a loudspeaker (HP) in a cabin containing passengers, characterized in that it comprises: - a first step (E1) of acquiring sound (Sb) in the cabin, - a second step (E2) of filtering by cancellation from the sound (Sb) acquired in the first step the sound (Sg) generated by the loudspeaker (HP), - a third step (E3) of classifying a cabin sound situation (Css) based on the sound (Sn) filtered in the second step (E2), - a fourth step (E4) of determining a visual communication intensity (Icv) in the cabin, said visual communication intensity (Icv) being representative of a frequency with which the passengers of the cabin look at one another, - a fifth step (E5) of controlling the volume generated by the loudspeaker (HP) depending on the sound situation (Css) classified in the third step (E3) and on the visual communication intensity (Icv) determined in the fourth step (E4). - a first step (E1) of acquiring sound (Sb) in the cabin, - a second step (E2) of filtering by cancellation from the sound (Sb) acquired in the first step the sound (Sg) generated by the loudspeaker (HP), - a third step (E3) of classifying a cabin sound situation (Css) based on the sound (Sn) filtered in the second step (E2), - a fourth step (E4) of determining a visual communication intensity (Icv) in the cabin, said visual communication intensity (Icv) being representative of a frequency with which the passengers of the cabin look at one another, - a fifth step (E5) of controlling the volume generated by the loudspeaker (HP) depending on the sound situation (Css) classified in the third step (E3) and on the visual communication intensity (Icv) determined in the fourth step (E4).
A seal cassette for a roll line in a continuous casting machine, wherein the seal cassette is meant to seal off a space from an outside environment, said seal cassette comprising, - a first circumferential element and a second circumferential element , wherein said first and second circumferential elements are arranged coaxially and rotatably movable relative each other, - at least one third circumferential element , wherein said third circumferential element is arranged coaxially relative the first and the second circumferential elements and further arranged to be rotatably movable relative the second circumferential element , - said first circumferential element being formed as a sleeve or a sleeve-like element extending in an axial direction (A) characterized in that - said second circumferential element presents at least one circumferential seal portion arranged to seal between the second element and the first element , - said at least one third circumferential element presents at least one circumferential seal portion to seal between the third element and the second element , - wherein the at least one third circumferential element further presents a circumferential seal portion which is sealing against the first element , and - wherein the at least one third circumferential element is axially movable relative the first element and radially movable relative the second element . - a first circumferential element and a second circumferential element , wherein said first and second circumferential elements are arranged coaxially and rotatably movable relative each other, - at least one third circumferential element , wherein said third circumferential element is arranged coaxially relative the first and the second circumferential elements and further arranged to be rotatably movable relative the second circumferential element , - said first circumferential element being formed as a sleeve or a sleeve-like element extending in an axial direction (A) characterized in that - said second circumferential element presents at least one circumferential seal portion arranged to seal between the second element and the first element , - said at least one third circumferential element presents at least one circumferential seal portion to seal between the third element and the second element , - wherein the at least one third circumferential element further presents a circumferential seal portion which is sealing against the first element , and - wherein the at least one third circumferential element is axially movable relative the first element and radially movable relative the second element .
A gas turbine engine comprising: a case disposed around a central axis (A); a vane structure disposed radially inwards of the case; a seal carriage mounted to the case, the seal carriage defining a load path ; and a seal arc segment mounted to the seal carriage, wherein the vane structure exerts an axial load (L) on the seal carriage, and the load path radially transmits the axial load to the case; the engine characterised that the seal arc segment is off the load path ; and wherein the seal arc segment defines first and second seal supports , and the seal carriage defines first and second support members that are circumferentially spaced apart from each other, the first support member supporting the seal arc segment in a first ramped interface and the second support member supporting the seal arc segment in a second ramped interface such that the seal arc segment is circumferentially moveable with respect to the carriage. a case disposed around a central axis (A); a vane structure disposed radially inwards of the case; a seal carriage mounted to the case, the seal carriage defining a load path ; and a seal arc segment mounted to the seal carriage, wherein the vane structure exerts an axial load (L) on the seal carriage, and the load path radially transmits the axial load to the case; the engine characterised that the seal arc segment is off the load path ; and wherein the seal arc segment defines first and second seal supports , and the seal carriage defines first and second support members that are circumferentially spaced apart from each other, the first support member supporting the seal arc segment in a first ramped interface and the second support member supporting the seal arc segment in a second ramped interface such that the seal arc segment is circumferentially moveable with respect to the carriage.
A tooth cleaning system, especially dental powder jet cleaning system, comprising a powder container , wherein the powder container has an inlet , in particular for compressed air, and wherein the powder container has an outlet spaced from the inlet, in particular for a powder/air mixture, and wherein the outlet communicates with a conduit system, via which a fluid, in particular a powder/air mixture formed in the powder container , can be conducted out of the powder container , and wherein a flow resistance of the inlet is configured relative to a flow resistance of the outlet and/or of the conduit system in such a way that a predetermined pressure loss across the inlet is set, wherein the inlet comprises an inlet nozzle as well as an aperture , wherein the aperture has an inlet throttle cross-section , which determines the flow resistance of the inlet , wherein the inlet comprises a first adjusting device, which is configured to regulate the pressure loss, in particular via an adjustment of the inlet throttle cross-section , and wherein the aperture is configured to be replaceable, characterized in that the inlet is configured as an insert , which is configured to be replaceable.
Mounting system for elastically mounting a spring strut or a vibration damper on a vehicle body in a receiving cup provided on the body side, including a unit which can be inserted into the receiving cup , and a fixing device which secures the unit against being pulled out of the receiving cup , wherein the unit comprises a mounting unit and a piston rod of the suspension strut or the vibration damper, the mounting unit comprising at least one elastomer mount for resiliently mounting the piston rod which has a core for receiving the piston rod and an elastomer body , and at least one ring element which is a separate part or is connected to the elastomer body in a positive fit, non-positive fit, and/or a substance-to-substance bond, wherein the unit and the fixing device are inserted into the receiving cup from a side facing away from the body; wherein in the inserted state the fixing device engages behind an undercut formed at the receiving cup , the ring element is supported on the fixing device , and the elastomer body is biased and presses the ring element against the fixing device , characterised in that the undercut is formed as a circumferential groove introduced into the receiving cup or as a shoulder projecting into the interior of the receiving cup .
A terminal comprising: a receiving unit configured to receive, from a base station , information on a measurement configuration; characterized by further comprising: a control unit configured to modify periodicity of a measurement of a cell based on a requirement on measurement, the requirement on measurement depending on mobility capability of the terminal and a discontinuous reception, DRX, cycle; and a transmitting unit configured to transmit a report on the measurement to the base station . a receiving unit configured to receive, from a base station , information on a measurement configuration; characterized by further comprising: a control unit configured to modify periodicity of a measurement of a cell based on a requirement on measurement, the requirement on measurement depending on mobility capability of the terminal and a discontinuous reception, DRX, cycle; and a transmitting unit configured to transmit a report on the measurement to the base station . a control unit configured to modify periodicity of a measurement of a cell based on a requirement on measurement, the requirement on measurement depending on mobility capability of the terminal and a discontinuous reception, DRX, cycle; and a transmitting unit configured to transmit a report on the measurement to the base station .
Use of a liquid electrolyte for a lithium battery comprising: a glyme represented by general formula: R 1 -O(CH 2 CH 2 O) n -R 2 (in which R 1 and R 2 each independently represent an alkyl group with 4 or less carbon atoms or a fluoroalkyl group with 4 or less carbon atoms, and n is in the range of 2 to 10); a Li amide salt having a Li ion and a sulfonylamide anion; and a fluoride salt represented by XF (in which X represents Li, Na, K, Rb, or Cs); and characterized in that a ratio of the glyme relative to the whole solvent is 90 mol% or more. a glyme represented by general formula: R 1 -O(CH 2 CH 2 O) n -R 2 (in which R 1 and R 2 each independently represent an alkyl group with 4 or less carbon atoms or a fluoroalkyl group with 4 or less carbon atoms, and n is in the range of 2 to 10); a Li amide salt having a Li ion and a sulfonylamide anion; and a fluoride salt represented by XF (in which X represents Li, Na, K, Rb, or Cs); and characterized in that a ratio of the glyme relative to the whole solvent is 90 mol% or more.
A method implemented by an agent device (B), the method comprising: receiving , by the agent device (B) from a device (A), a bootstrap request message over a first communication channel; transmitting a request message, by the agent device (B), to a coordinating device , the request message comprising the bootstrap request message and an address of the device (A); receiving a response message, by the agent device (B), from the coordinating device , the response message comprising a bootstrap response message and the address of the device (A); and transmitting , by the agent device (B), to the device (A), the response message over a plurality of communication channels comprising different channel types of communication channels between the agent device (B) and the device (A). receiving , by the agent device (B) from a device (A), a bootstrap request message over a first communication channel; transmitting a request message, by the agent device (B), to a coordinating device , the request message comprising the bootstrap request message and an address of the device (A); receiving a response message, by the agent device (B), from the coordinating device , the response message comprising a bootstrap response message and the address of the device (A); and transmitting , by the agent device (B), to the device (A), the response message over a plurality of communication channels comprising different channel types of communication channels between the agent device (B) and the device (A).
A dilation device comprising - a dilation instrument which has a distal radially extendible section which is coupled to a handle section via an elongated shaft and - an expandable cover for the extension section of the dilation instrument , which has a closed distal end and an open proximal end, wherein the cover has a shaft section which extends along the shaft of the dilation instrument , wherein the open proximal end of the cover is releasably coupled to a distal end of the handle section of the dilation instrument , characterised in that the cover consists of a mesh material which consists of a woven, braided, pleated or knitted fabric in which the individual threads or wires are not connected to one another but can be freely moved relative to one another. - a dilation instrument which has a distal radially extendible section which is coupled to a handle section via an elongated shaft and - an expandable cover for the extension section of the dilation instrument , which has a closed distal end and an open proximal end, wherein the cover has a shaft section which extends along the shaft of the dilation instrument , wherein the open proximal end of the cover is releasably coupled to a distal end of the handle section of the dilation instrument , characterised in that the cover consists of a mesh material which consists of a woven, braided, pleated or knitted fabric in which the individual threads or wires are not connected to one another but can be freely moved relative to one another.
A connection assembly for mounting a fan casing cooler to an annular fan casing , comprising: at least one thermally sensitive connector configured to change shape in response to a change in a thermal condition; wherein the at least one thermally sensitive connector comprises a bracket having a body ; characterized in that the body is formed from a set of metal layers responsive to change in the thermal condition. at least one thermally sensitive connector configured to change shape in response to a change in a thermal condition; wherein the at least one thermally sensitive connector comprises a bracket having a body ; characterized in that the body is formed from a set of metal layers responsive to change in the thermal condition.
An indexable cutting insert , for example a milling insert, a boring insert, a drilling insert or a turning insert, comprising: a body including an upper face opposing a lower face and side edges joining the upper face to the lower face, at least two side edges each defining an indexable edge of the insert ; a mounting hole extending through the body from the upper face to the lower face ; and at least two cutting teeth on each indexable edge ; wherein each of the at least two cutting teeth includes a cutting plane meeting a side clearance surface at a radial edge and meeting a face clearance surface at a face edge , and a corner surface connecting the side clearance surface and the face clearance surface ; characterised in that the insert comprises locating means projecting from at least one of a plane of the upper face and a plane of the lower face , the at least two cutting teeth including a leading tooth and a trailing tooth , wherein a perpendicular distance (D L ) from a line bisecting both the mounting hole and at least one of the locating means to the radial edge of the leading tooth is different from a perpendicular distance (D T ) from the line bisecting both the mounting hole and at least one of the locating means to the radial edge of the trailing tooth . a body including an upper face opposing a lower face and side edges joining the upper face to the lower face, at least two side edges each defining an indexable edge of the insert ; a mounting hole extending through the body from the upper face to the lower face ; and at least two cutting teeth on each indexable edge ; wherein each of the at least two cutting teeth includes a cutting plane meeting a side clearance surface at a radial edge and meeting a face clearance surface at a face edge , and a corner surface connecting the side clearance surface and the face clearance surface ; characterised in that the insert comprises locating means projecting from at least one of a plane of the upper face and a plane of the lower face , the at least two cutting teeth including a leading tooth and a trailing tooth , wherein a perpendicular distance (D L ) from a line bisecting both the mounting hole and at least one of the locating means to the radial edge of the leading tooth is different from a perpendicular distance (D T ) from the line bisecting both the mounting hole and at least one of the locating means to the radial edge of the trailing tooth .