mhurhangee/ep-ind-claims huggingface dataset:
A respiration sensor (100a, 100b) comprising: a housing having a first nasal flow passage (301, 2018) and a second nasal flow passage (301, 2018) that extend therethrough, wherein the first and second nasal flow passages (301, 2018) are disposed in parallel to one another with respect to a nasal respiratory flow direction; and an electronics board comprising a first nasal thermistor and a second nasal thermistor (400-1, 400-2), the electronics board coupled to the housing such that the first and second nasal thermistors (400-1, 400-2) are positioned into each of the first and second nasal flow passages (301, 2018), respectively. a housing having a first nasal flow passage (301, 2018) and a second nasal flow passage (301, 2018) that extend therethrough, wherein the first and second nasal flow passages (301, 2018) are disposed in parallel to one another with respect to a nasal respiratory flow direction; and an electronics board comprising a first nasal thermistor and a second nasal thermistor (400-1, 400-2), the electronics board coupled to the housing such that the first and second nasal thermistors (400-1, 400-2) are positioned into each of the first and second nasal flow passages (301, 2018), respectively.
An isolated sensor device, the device comprising: a housing having an isolation chamber; an isolator sealed within the isolation chamber an inertial sensor assembly sealed within the isolation chamber, the inertial sensor assembly coupled to an inner surface of the isolation chamber by the isolator; at least one progressive impact interface applied to a periphery of the inertial sensor assembly, wherein the at least one progressive impact interface extends outward from the inertial sensor assembly towards the inner surface; wherein the at least one progressive impact interface comprises an angular extended lip that extends both radially and axially away from the inertial sensor assembly and towards the inner surface, the angular extended lip comprises a radial and an axial impact point (305; 315), wherein the at least one progressive impact interface is configured such that the angular extended lip contacts the inner surface of the housing at its impact points (305; 315) when a sway space between the inertial sensor assembly and the inner surface is exhausted during acceleration conditions. a housing having an isolation chamber; an isolator sealed within the isolation chamber an inertial sensor assembly sealed within the isolation chamber, the inertial sensor assembly coupled to an inner surface of the isolation chamber by the isolator; at least one progressive impact interface applied to a periphery of the inertial sensor assembly, wherein the at least one progressive impact interface extends outward from the inertial sensor assembly towards the inner surface; wherein the at least one progressive impact interface comprises an angular extended lip that extends both radially and axially away from the inertial sensor assembly and towards the inner surface, the angular extended lip comprises a radial and an axial impact point (305; 315), wherein the at least one progressive impact interface is configured such that the angular extended lip contacts the inner surface of the housing at its impact points (305; 315) when a sway space between the inertial sensor assembly and the inner surface is exhausted during acceleration conditions.
Climatic cabinet which comprises at least one shelf which is held in a climatic chamber of the climatic cabinet, the shelf having a base plate which comprises a placement surface for objects to be treated in the climatic cabinet and an underside opposite the placement surface, and at least one reinforcing rib being fastened to the shelf, the at least one reinforcing rib being detachably fastened, characterized in that the reinforcing rib, in the longitudinal direction thereof, has a height profile on a side facing the base plate, the height being greatest in a central region and decreasing continuously toward the sides, and the side provided with the height profile resting against the underside of the base plate.
An image capture system having a processor and a display, comprising: means for capturing a target image of a scene; means for determining at least one context for the scene of the target image by comparing scene features or markers to data representing features or markers associated with a plurality of image capture modes; means for storing the target image; and means for displaying at least one shutter button, said at least one shutter button corresponding to a default image capture setting, said means further configured to display at least one additional shutter button in response to the determination of the context of the scene, said at least one additional shutter button corresponding to an image capture setting associated with the at least one determined context; means for determining if the at least one shutter button or the at least one additional shutter button is activated by a user; and means for capturing and storing in the means for storing, the target image captured and stored according to the settings corresponding to the at least one shutter button in response to activation of the at least one shutter button or the target image captured and stored according to the settings corresponding to the at least one additional shutter button in response to activation of the at least one additional shutter button. means for capturing a target image of a scene; means for determining at least one context for the scene of the target image by comparing scene features or markers to data representing features or markers associated with a plurality of image capture modes; means for storing the target image; and means for displaying at least one shutter button, said at least one shutter button corresponding to a default image capture setting, said means further configured to display at least one additional shutter button in response to the determination of the context of the scene, said at least one additional shutter button corresponding to an image capture setting associated with the at least one determined context; means for determining if the at least one shutter button or the at least one additional shutter button is activated by a user; and means for capturing and storing in the means for storing, the target image captured and stored according to the settings corresponding to the at least one shutter button in response to activation of the at least one shutter button or the target image captured and stored according to the settings corresponding to the at least one additional shutter button in response to activation of the at least one additional shutter button.
An organic light-emitting transistor comprising: a gate electrode; a gate insulation layer formed on the gate electrode; a mesh-type source electrode having a plurality of apertures in an array pattern, formed on the gate insulation layer; a source insulator located on the mesh-type source electrode and having patterns; a semiconductor layer located on the gate insulation layer and on sidewalls of both the mesh-type source electrode and the source insulator and upper surface of the source insulator; and an organic light-emitting layer located on the semiconductor layer, wherein the plurality of apertures are formed by using the source insulator as an etching mask so that the sidewalls of the mesh-type source electrode are vertically aligned with the sidewalls of the source insulator. a gate electrode; a gate insulation layer formed on the gate electrode; a mesh-type source electrode having a plurality of apertures in an array pattern, formed on the gate insulation layer; a source insulator located on the mesh-type source electrode and having patterns; a semiconductor layer located on the gate insulation layer and on sidewalls of both the mesh-type source electrode and the source insulator and upper surface of the source insulator; and an organic light-emitting layer located on the semiconductor layer, wherein the plurality of apertures are formed by using the source insulator as an etching mask so that the sidewalls of the mesh-type source electrode are vertically aligned with the sidewalls of the source insulator.
Pane having an electrical connection element and connection cable at least comprising: • a substrate, • an electrically conductive structure on a region of the substrate, wherein • the connection cable has, on its lower face facing the substrate, a contact region, in which a conductor track (3.1) of the connection cable is connected to the region of the electrically conductive structure, • the connection element with the conductor track (3.1) of the connection cable on an upper face of the connection cable facing away from the substrate is electrically conductively connected to the connection cable via a weld region, characterized in that the electrically conductive structure has a layer thickness from 5 μm to 40 μm, that the connection element is rigid, has a first flat region (2.1) for contacting the connection cable, has a transition region (2.2) and a second flat region (2.3) at its end facing away from the connection cable, and that the contact region of the connection cable and the first flat region (2.1) of the connection element are arranged one above the other such that the flat region (2.1) of the connection element is provided for transferring heat to a soldering compound arranged in the contact region. • a substrate, • an electrically conductive structure on a region of the substrate, • the connection cable has, on its lower face facing the substrate, a contact region, in which a conductor track (3.1) of the connection cable is connected to the region of the electrically conductive structure, • the connection element with the conductor track (3.1) of the connection cable on an upper face of the connection cable facing away from the substrate is electrically conductively connected to the connection cable via a weld region, that the electrically conductive structure has a layer thickness from 5 μm to 40 μm, that the connection element is rigid, has a first flat region (2.1) for contacting the connection cable, has a transition region (2.2) and a second flat region (2.3) at its end facing away from the connection cable, and that the contact region of the connection cable and the first flat region (2.1) of the connection element are arranged one above the other such that the flat region (2.1) of the connection element is provided for transferring heat to a soldering compound arranged in the contact region.
Method for decontaminating a passenger compartment of a motor vehicle comprising: - a step for detecting the concentration of volatile organic components of biological origin, - a step of comparing the detected concentration to a pollution threshold, - an occupant detection step for detecting whether an occupant is present in the passenger compartment, if the detected concentration is above the pollution threshold, - an automatic decontamination step of the passenger compartment, if it is detected that the vehicle is unoccupied, characterized in that a communication step replaces the automatic decontamination step, in order to send a warning message, if it is detected that the vehicle is busy. - a step for detecting the concentration of volatile organic components of biological origin, - a step of comparing the detected concentration to a pollution threshold, - an occupant detection step for detecting whether an occupant is present in the passenger compartment, if the detected concentration is above the pollution threshold, - an automatic decontamination step of the passenger compartment, if it is detected that the vehicle is unoccupied,
A method for determining the mass flow according to the differential pressure method in an internal combustion engine, wherein a mass flowmeter measures a differential pressure (dp), an absolute pressure (pabs) and the temperature (temp) of the mass flow by means of sensors in order to calculate a mass flow signal, wherein the mass flowmeter communicates with the engine control of the internal combustion engine via a data bus, wherein the mass flow signal is filtered by an evaluation unit of the mass flowmeter and wherein the filtered mass flow signal is sent to the engine control, characterised in that the filtering parameters are calibrated by the evaluation unit to a measurement situation, wherein in a first measurement situation the filtering parameters are set on the basis of an analysis of pulsations of the current measured values and wherein in a second measurement situation the filtering parameters are set on the basis of status data of the internal combustion engine transferred from the engine control and received by the evaluation unit.
A composition comprising: a) glycine, b) proline, and optionally c) a natural or synthetic film-forming polymer, and/or d) lysine, and/or e) leucine, for use in the prevention of mucositis induced by radiations or chemotherapeutics, wherein the combination is to be administered orally. a) glycine, b) proline, and optionally c) a natural or synthetic film-forming polymer, and/or d) lysine, and/or e) leucine,
Dermatome, comprising: - a blade holder for holding a blade, said blade holder comprising at least one guiding element for guiding an oscillating movement of a said blade, and - at least one spacer that is spaced apart from said blade holder for defining a cutting gap between a said blade held by said blade holder and said at least one spacer, characterized in that said at least one guiding element and said at least one spacer define a curved path in their longitudinal direction. - a blade holder for holding a blade, said blade holder comprising at least one guiding element for guiding an oscillating movement of a said blade, and - at least one spacer that is spaced apart from said blade holder for defining a cutting gap between a said blade held by said blade holder and said at least one spacer,
A coated glass pane comprising at least the following layers: a glass substrate; and at least one absorbing layer based on at least one nickel silicide and/or nickel silicide nitride, wherein the coated glass pane further comprises one or more silver based functional layer; and wherein when the coated glass pane comprises one silver based functional layer, the coated glass pane further comprises a lower anti-reflection layer located between the glass substrate and the silver-based functional layer, and an upper anti-reflection layer located above the silver-based functional layer, and wherein when the coated glass pane comprises more than one silver based functional layer, each silver-based functional layer is spaced apart from an adjacent silver-based functional layer by a central anti-reflection layer, and wherein the at least one absorbing layer is located in the upper anti-reflection layer and/or a central anti-reflection layer, and wherein the at least one absorbing layer is embedded between and contacts two layers based on an (oxi)nitride of Si and/or an (oxi)nitride of A1 and/or alloys thereof. a glass substrate; and at least one absorbing layer based on at least one nickel silicide and/or nickel silicide nitride, wherein the coated glass pane further comprises one or more silver based functional layer; and wherein when the coated glass pane comprises one silver based functional layer, the coated glass pane further comprises a lower anti-reflection layer located between the glass substrate and the silver-based functional layer, and an upper anti-reflection layer located above the silver-based functional layer, and wherein when the coated glass pane comprises more than one silver based functional layer, each silver-based functional layer is spaced apart from an adjacent silver-based functional layer by a central anti-reflection layer, and wherein the at least one absorbing layer is located in the upper anti-reflection layer and/or a central anti-reflection layer, and wherein the at least one absorbing layer is embedded between and contacts two layers based on an (oxi)nitride of Si and/or an (oxi)nitride of A1 and/or alloys thereof.
Bend restrictor for preventing an elongated member from reaching a bending radius less than the allowable bending radius of the elongated member when one end of the elongated member is in a connected position with a connector on board a vessel, wherein a connecting arrangement (12, 30) is positioned at an end portion of the bend restrictor and is provided to engage the elongated member in a fixed manner and the bend restrictor has an essentially open faced contact area comprising a longitudinal extent (/) providing support for the elongated member in its longitudinal direction and a transverse extent (t) providing support for the elongated member in its transverse direction, the bend restrictor has retainer means arranged for the bend restrictor to follow the longitudinal bending of the elongated member, wherein the bend restrictor comprises plural bend restrictor sections wherein two and two neighboring bend restrictor sections are connected in a hinged joint arranged for allowing angular displacement to occur within a preset range as a response to the longitudinal bending of the elongated member, wherein a transverse extent (t) of the contact area increases along the longitudinal extent ( l) away from the connecting arrangement (12, 30) thereby providing an expanding shaped contact area.
A method at a first correspondent of a pair of correspondents, of determining the integrity of a message exchanged between the pair of correspondents comprising public information α X, obtained by exponentiating an element α of a finite group S, where x is an integer selected by a second correspondent of the pair of correspondents, said method comprising: receiving said public information α X; checking whether said public information α X is an element lying within a subgroup of said finite group S, said subgroup being of small order such that it may be feasibly exhaustively searched by an interloper; and, rejecting said public information α X in the message if said public information α X lies within said subgroup. receiving said public information α X; checking whether said public information α X is an element lying within a subgroup of said finite group S, said subgroup being of small order such that it may be feasibly exhaustively searched by an interloper; and, rejecting said public information α X in the message if said public information α X lies within said subgroup.
An agent for changing the color and/or shape of keratin fibers, in particular human hair, containing, in a cosmetic carrier, at least one color-changing and/or shape-changing component, characterized in that the agent additionally contains at least one extract from Boerhavia diffusa roots in an amount of from 0.001 to 5 wt.%, based in each case on the total weight of the ready-to-use agent.
A method for processing a radio bearer, comprising: setting, by a terminal, a radio bearer parameter to a preset value in a process of initiating a radio connection resume by the terminal; wherein the initiating a radio connection resume by the terminal comprises: sending, by the terminal, a radio connection resume request to the base station and waiting for a connection resume response from the base station; performing, by the terminal, data transmission and reception by using the set radio bearer parameter; wherein the radio bearer parameter comprises at least one of a radio link control, RLC, parameter and a packet data convergence protocol, PDCP, parameter; and the preset value is an initial value or an agreed preset value. setting, by a terminal, a radio bearer parameter to a preset value in a process of initiating a radio connection resume by the terminal; wherein the initiating a radio connection resume by the terminal comprises: sending, by the terminal, a radio connection resume request to the base station and waiting for a connection resume response from the base station; performing, by the terminal, data transmission and reception by using the set radio bearer parameter; wherein the radio bearer parameter comprises at least one of a radio link control, RLC, parameter and a packet data convergence protocol, PDCP, parameter; and the preset value is an initial value or an agreed preset value.
A paper, in particular for use in the manufacture of corrugated cardboard, wherein the paper is formed from at least two layers of different composition which are rubberised together, wherein a first layer of the paper forms a base layer and wherein a second layer of the paper forms a top layer and wherein the paper in any case contains waste paper fibres and additional fibres in the form of fibres other than waste paper fibres, characterised in that the additional fibres contain in any case a proportion of fibres of the cup plant ( Silphium perfoliatum), of fibres obtained from fruits and/or the bark of trees of the baobab genus ( Adansonia), of fibres obtained from plants of the Cannabis genus and/or of fibres originating from residues of biogas plants, wherein the base layer contains a proportion of additional fibres of 0 to 75 % by weight, and wherein the top layer contains a minimum proportion of additional fibres of 8 % by weight and a maximum proportion of additional fibres of 80 % by weight, wherein furthermore the proportion of additional fibres in the top layer is higher than the proportion of additional fibres in the base layer.
An arc welding system, comprising: a feeder configured to feed a consumable electrode to a welding torch; a power source configured to supply power to between the consumable electrode and a to-be-welded object; a welding controller configured to control the feeder and the power source to cause a short-circuit state and an arc state to repeat between the consumable electrode and the to-be-welded object; a robot configured to move the welding torch along a welding line; a robot controller configured to control the robot; a detector configured to detect whether a state between the consumable electrode and the to-be-welded object is the short-circuit state or the arc state; characterized by a determiner configured to determine whether a first period has elapsed since the detector detected an arc state or a second period longer than the first period has elapsed since the detector detected the arc state; and an instructor configured to instruct the robot controller to decelerate the welding torch when the determiner determines that the first period has elapsed, and configured to instruct the robot controller to stop the welding torch when the determiner determines that the second period has elapsed. a feeder configured to feed a consumable electrode to a welding torch; a power source configured to supply power to between the consumable electrode and a to-be-welded object; a welding controller configured to control the feeder and the power source to cause a short-circuit state and an arc state to repeat between the consumable electrode and the to-be-welded object; a robot configured to move the welding torch along a welding line; a robot controller configured to control the robot; a detector configured to detect whether a state between the consumable electrode and the to-be-welded object is the short-circuit state or the arc state; characterized by a determiner configured to determine whether a first period has elapsed since the detector detected an arc state or a second period longer than the first period has elapsed since the detector detected the arc state; and an instructor configured to instruct the robot controller to decelerate the welding torch when the determiner determines that the first period has elapsed, and configured to instruct the robot controller to stop the welding torch when the determiner determines that the second period has elapsed.