mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: an internal cabin; a first group of seats within a first row within the internal cabin; a second group of seats within a second row within the internal cabin, wherein the first row is adjacent the second row; and an air curtain system within the internal cabin, wherein the air curtain system comprises one or more light emitting devices that are configured to emit light along at least a portion of one or more air curtains to indicate presence of the one or more air curtains by only being activated when the one or more air curtains are provided, wherein the air curtain system is configured to provide the one or more air curtains between the first row and the second row. an internal cabin; a first group of seats within a first row within the internal cabin; a second group of seats within a second row within the internal cabin, wherein the first row is adjacent the second row; and an air curtain system within the internal cabin, wherein the air curtain system comprises one or more light emitting devices that are configured to emit light along at least a portion of one or more air curtains to indicate presence of the one or more air curtains by only being activated when the one or more air curtains are provided, wherein the air curtain system is configured to provide the one or more air curtains between the first row and the second row.
Method for a first vehicle, the method comprising: Receiving a vehicle-to-vehicle message directly from a second vehicle, wherein the vehicle-to-vehicle message comprises positional information about the second vehicle; Determining a distance between the first vehicle and the second vehicle based upon a content of the vehicle-to-vehicle message; determining a received signal strength of the vehicle-to-vehicle message; determining information about a ratio between the received signal strength and the distance; Receiving information about an expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle as part of a map with information about an expected ratio of received signal strengths and distances for a plurality of positions and/or distances in a geographical coordinate system from a server; and Verifying the position information based upon the information about the ratio between the received signal strength and the distance, based upon the information about the expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle. Receiving a vehicle-to-vehicle message directly from a second vehicle, wherein the vehicle-to-vehicle message comprises positional information about the second vehicle; Determining a distance between the first vehicle and the second vehicle based upon a content of the vehicle-to-vehicle message; determining a received signal strength of the vehicle-to-vehicle message; determining information about a ratio between the received signal strength and the distance; Receiving information about an expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle as part of a map with information about an expected ratio of received signal strengths and distances for a plurality of positions and/or distances in a geographical coordinate system from a server; and Verifying the position information based upon the information about the ratio between the received signal strength and the distance, based upon the information about the expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle.
Hydrogel composite obtainable by gelation of a suspension, the suspension comprising water (aqueous suspension) or a mixture of water and an alcohol (hydro-alcoholic suspension) as the solvent, cellulose nanofibers dispersed in said solvent, chitosan and an acid, wherein the cellulose nanofibers are not TEMPO-oxidized cellulose nanofibers, wherein gelation of the suspension is achieved by neutralizing the suspension.
A method of automatically detecting, by utilizing a programmable processor member, an incident on a route portion in a scene using a video camera comprising a target constituting an optoelectronic converter of a real optical image of the scene, said target being controlled by the programmable processor member, said method being characterized in that it consists: - in detecting the beginning of movement of at least a point selected in the real image of the scene relative to the target, - in deactivating automatic detection of an incident upon the beginning of the movement of the at least one point selected in the real image of the scene relative to the target, - in detecting the end of movement of the at least one selected point corresponding to a fixed point of the scene in the real image of the scene relative to the target, and - in reactivating automatic detection of an incident if the image has remained stable during a time period starting at the end of movement of the at least one point selected in the real image of the scene relative to the target and the duration of which is equal to a predefined time constant, - in implementing the automatic detection of an incident. - in detecting the beginning of movement of at least a point selected in the real image of the scene relative to the target, - in deactivating automatic detection of an incident upon the beginning of the movement of the at least one point selected in the real image of the scene relative to the target, - in detecting the end of movement of the at least one selected point corresponding to a fixed point of the scene in the real image of the scene relative to the target, and - in reactivating automatic detection of an incident if the image has remained stable during a time period starting at the end of movement of the at least one point selected in the real image of the scene relative to the target and the duration of which is equal to a predefined time constant, - in implementing the automatic detection of an incident.
Connecting rod configured to connect first and second elements, comprising a body extending between first and second ends (12.1, 12.2) and having a longitudinal axis, first and second fastening heads (14, 18) provided at each end (12.1, 12.2) of the body, a first connection system configured to connect the first fastening head to the first element, the body and the first fastening head being separate, the body comprising, at its first end (12.1), an outer surface, a transverse end face and an at least partially tapped housing opening out at the transverse end face, the first fastening head comprising an at least partially threaded extension for screwing into the housing of the body, the connecting rod comprising an anti-rotation system for rotationally immobilizing the first fastening head with respect to the body; the anti-rotation system comprising a key, positioned astride the first fastening head and the body, which has a first part cooperating with the body so as to be rotationally immobilized with respect to the body and also a second part cooperating with the first fastening head and the first connection system so as to be immobilized with respect to the first fastening head, characterized in that the first connection system comprises a connection pin (24.1), in that the first fastening head comprises at least one plate (22, 22') which has faces (F22, F22') which are parallel to one another and also a through-hole housing the connection pin (24.1), in that the second part of the key is a blade, configured to be pressed against one of the faces (F22, F22') of the plate, which comprises a through-orifice configured to be aligned with the through-hole in the plate (22, 22') and house the connection pin (24.1), in that the key comprises a third part, connecting the first and second parts (42, 44), dimensioned in such a way that the first and second parts (42, 44) are simultaneously in contact with respect to the outer surface of the body and the plate (22, 22') of the first fastening head and in that the first fastening head comprises a transverse face substantially perpendicular to the longitudinal axis and to which the plate is attached, and in that the third part comprises a substantially plane face configured to be pressed against the transverse face of the first fastening head.
A heater assembly for vaporizing a fluid ejected by an ejection head of a vaporizing device comprising a vapor inlet end and a vapor outlet end so that vapor can flow through the heater assembly through the vapor inlet end thereof to the vapor outlet end thereof and out of a vapor exit conduit, a heater element, positive and negative electrodes for contact with positive and negative heater terminals on the heater element, wherein the heater element comprises a perforated structure that enables fluid passing through the heater element onto the surface of the wick that is facing the heater, an insulator for electrical insulation between the positive and negative heater terminals, wherein a porous wick is disposed between the insulator and the vaporizing heater for dispersion of liquid to be vaporized by the vaporizing heater and for back pressure control of the vaporizing device.
A non-combustion-type flavor inhaler having a shape extending from a non-mouthpiece end to a mouthpiece end in a predetermined direction, comprising: an aerosol source generating aerosol; an atomizer atomizing the aerosol source without combustion; a power source supplying electric power to the atomizer; and a controller controlling an electric energy supplied from the power source to the atomizer, characterised in that the controller randomly controls the electric energy supplied to the atomizer. an aerosol source generating aerosol; an atomizer atomizing the aerosol source without combustion; a power source supplying electric power to the atomizer; and a controller controlling an electric energy supplied from the power source to the atomizer, characterised in that the controller randomly controls the electric energy supplied to the atomizer.
An upper, the upper comprising: a first knitted portion configured to form an outer surface of the upper; a second knitted portion configured to form an inner surface of the upper, wherein the second knitted portion is at least partially coextensive with the first knitted portion; an interstitial space between the first knitted portion and the second knitted portion; and a knitted connection structure connecting the first knitted portion to the second knitted portion, wherein the knitted connection structure extends at least partially along at least one of a tongue and a collar of the upper, wherein the second knitted portion includes at least one double jersey knit structure that is coextensive with the first knitted portion, the upper being characterized in that at least one of the first knitted portion and the second knitted portion includes a bulking yarn forming a cushioning element configured to provide cushioning to the upper. a first knitted portion configured to form an outer surface of the upper; a second knitted portion configured to form an inner surface of the upper, wherein the second knitted portion is at least partially coextensive with the first knitted portion; an interstitial space between the first knitted portion and the second knitted portion; and a knitted connection structure connecting the first knitted portion to the second knitted portion, wherein the knitted connection structure extends at least partially along at least one of a tongue and a collar of the upper, wherein the second knitted portion includes at least one double jersey knit structure that is coextensive with the first knitted portion, the upper being characterized in that at least one of the first knitted portion and the second knitted portion includes a bulking yarn forming a cushioning element configured to provide cushioning to the upper.
A method of operating a first communications device (310, 704) to use a downlink frequency band for peer to peer communications, the downlink frequency band being used by a base station (306, 702) of a cellular network to communicate with a second communications device (312, 706), the method comprising: monitoring a signal transmitted in an uplink band by the second communications device (312, 706) using the cellular network; and determining a peer to peer signal transmission power level from the monitored signal. monitoring a signal transmitted in an uplink band by the second communications device (312, 706) using the cellular network; and determining a peer to peer signal transmission power level from the monitored signal.
A method for assessment of a labeled probe disposed within the body of a subject, the method comprising: providing an apparatus for the detection of a labeled probe, wherein the apparatus comprises: a plurality of biasing members for wearing proximate a plurality of target portions of the living subject, each biasing member including at least one detector for detecting emissions from the labeled probe and for generating at least one signal indicative of the detection of emissions from the labeled probe; a processor configured to receive the signal and configured to generate an assessment of the labeled probe based on the signals; a transmitter configured to transmit the signals to said processor, the method further comprising: each biasing member being worn proximate a respective different target portion of the plurality of target portions, receiving a plurality of signals from the plurality of biasing members, the plurality of signals including the at least one signal from each biasing member of the plurality of biasing members; and said processor generating an assessment of the pharmacokinetics of the probe within the plurality of target portions based on the plurality of signals, wherein said different target portions are the head and a target portion elsewhere on the subject. providing an apparatus for the detection of a labeled probe, wherein the apparatus comprises: a plurality of biasing members for wearing proximate a plurality of target portions of the living subject, each biasing member including at least one detector for detecting emissions from the labeled probe and for generating at least one signal indicative of the detection of emissions from the labeled probe; a processor configured to receive the signal and configured to generate an assessment of the labeled probe based on the signals; a transmitter configured to transmit the signals to said processor, a plurality of biasing members for wearing proximate a plurality of target portions of the living subject, each biasing member including at least one detector for detecting emissions from the labeled probe and for generating at least one signal indicative of the detection of emissions from the labeled probe; a processor configured to receive the signal and configured to generate an assessment of the labeled probe based on the signals; a transmitter configured to transmit the signals to said processor, each biasing member being worn proximate a respective different target portion of the plurality of target portions, receiving a plurality of signals from the plurality of biasing members, the plurality of signals including the at least one signal from each biasing member of the plurality of biasing members; and said processor generating an assessment of the pharmacokinetics of the probe within the plurality of target portions based on the plurality of signals, wherein said different target portions are the head and a target portion elsewhere on the subject.
Battery holder for a transport vehicle, the battery holder comprising a frame and a floor delimiting between them a housing intended to receive all or part of a battery, said frame having a closed shape comprising a first corner and a second corner, the frame being connected to the floor and comprising: - a main frame part comprising a main profile formed in one piece, said main profile extending along a bending curve between a first end and a second end of the main profile, said bending curve comprising a first curved portion disposed between the first end and the second end; and - a closing frame part distinct from the main frame part, and comprising a closing element extending along a lateral direction between a primary end portion and a secondary end portion of the closing element, the closing element presenting externally a cooperation surface; and the first end of the main profile leaning on the cooperation surface and being secured to the cooperation surface at the primary end portion of the closing element so as to form the first corner of the closed shape of the frame, and the second end of the main profile leaning on the cooperation surface and being secured to the cooperation surface of the closing element at the secondary end portion of the closing element so as to form the second corner of the closed shape of the frame, the arrangement constituted by the main profile and the closing element assembled together forming said closed shape connected to the floor. - a main frame part comprising a main profile formed in one piece, said main profile extending along a bending curve between a first end and a second end of the main profile, said bending curve comprising a first curved portion disposed between the first end and the second end; and - a closing frame part distinct from the main frame part, and comprising a closing element extending along a lateral direction between a primary end portion and a secondary end portion of the closing element, the closing element presenting externally a cooperation surface; and
A method, comprising: forming a first interconnect spaced from a second interconnect over a substrate (108, 150), the forming comprising: forming a first conductor over the substrate; forming a second conductor over the first conductor; and defining the first and second interconnects (104a, 104b) by removing portions of the first and second conductors (106, 124) and forming first and second sidewalls of the first and second interconnects, respectively, the first and second sidewalls being transverse to the substrate; forming a resistive layer over the first and second interconnects (104a, 104b); forming a dielectric cap layer over the resistive layer; and forming a capped thin film resistor electrically connecting first conductors (106a, 106b) of the first and second interconnects (104a, 104b) together, the forming including removing portions of the resistive layer and the dielectric cap layer, characterised in that a top surface of the capped thin film resistor is below a top surface of the substrate. forming a first interconnect spaced from a second interconnect over a substrate (108, 150), the forming comprising: forming a first conductor over the substrate; forming a second conductor over the first conductor; and defining the first and second interconnects (104a, 104b) by removing portions of the first and second conductors (106, 124) and forming first and second sidewalls of the first and second interconnects, respectively, the first and second sidewalls being transverse to the substrate; forming a first conductor over the substrate; forming a second conductor over the first conductor; and defining the first and second interconnects (104a, 104b) by removing portions of the first and second conductors (106, 124) and forming first and second sidewalls of the first and second interconnects, respectively, the first and second sidewalls being transverse to the substrate; forming a resistive layer over the first and second interconnects (104a, 104b); forming a dielectric cap layer over the resistive layer; and forming a capped thin film resistor electrically connecting first conductors (106a, 106b) of the first and second interconnects (104a, 104b) together, the forming including removing portions of the resistive layer and the dielectric cap layer, characterised in that a top surface of the capped thin film resistor is below a top surface of the substrate.
A method of pairing a mobile device (110-A) with a remote device (110-B, 110-C), the method comprising pairing the mobile device with the remote device wherein pairing the mobile device with the remote device comprises: outputting, by an output device of the remote device, a visual pattern, wherein the visual pattern includes a unique optically visible pattern of light output associated with the remote device; detecting, at the mobile device, the visual pattern outputted by the remote device; identifying, via a processor of the mobile device, the remote device based on the detected visual pattern by comparing the detected visual pattern with assigned patterns; and establishing a short-range wireless communication connection between the remote device and the mobile device based on identification of the remote device that outputted the visual pattern. outputting, by an output device of the remote device, a visual pattern, wherein the visual pattern includes a unique optically visible pattern of light output associated with the remote device; detecting, at the mobile device, the visual pattern outputted by the remote device; identifying, via a processor of the mobile device, the remote device based on the detected visual pattern by comparing the detected visual pattern with assigned patterns; and establishing a short-range wireless communication connection between the remote device and the mobile device based on identification of the remote device that outputted the visual pattern.
A solar module having a solar module laminate which has two side edges, a top edge and a bottom edge as solar module laminate edges, wherein a frame profile that extends in an extension direction is fixed to at least one of the side edges and/or to the top edge and/or to the bottom edge of the solar module laminate, said frame profile having, in cross section, an outer edge and a U-shaped receiving portion with an upper U-shaped limb and a lower U-shaped limb for receiving one of the solar module laminate edges, wherein the upper U-shaped limb and the lower U-shaped limb of the frame profile are glued and/or jammed in sections or completely with the solar module laminate edges of the solar module laminate, characterized in that the frame profile is constructed integrally from a metal strip which forms the outer edge of the frame profile with an edge plane, wherein the upper U-shaped limb is formed as a folded edge of the entire metal strip out of the edge plane and the lower U-shaped limb is configured as metal supporting portions (23a, 23b, 23c) that are arranged alongside one another in the extension direction and in a manner spaced apart from one another, said metal supporting portions (23a, 23b, 23c) being bent out of the edge plane of the metal strip towards the upper U-shaped limb as integral parts of the metal strip.
A marine vessel comprising at least one propulsion system for providing a power output, said at least one propulsion system comprising; a transmission configured to provide the power output, the transmission comprising at least one planetary gearbox; at least one first energy conversion machine; at least one power unit operable to selectively drive the transmission and/or the at least one first energy conversion machine; at least one second energy conversion machine operable to selectively drive or be driven by the transmission; a power transfer arrangement for transferring power between the first and second energy conversion machines (27, 28); and a coupling operable to selectively connect and disconnect the at least one power unit and the transmission such that the at least one power unit is operable to drive the at least one first energy conversion machine independently of the transmission.