mhurhangee/ep-ind-claims huggingface dataset:
A measurement arrangement for determining a constituent substance and/or a quality parameter of water or waste water, comprising a reaction module for thermally decomposing a sample of the water or waste water, means for delivering the reaction product to a detector in a carrier gas flow, the detector (42, 45, 47) and an evaluation unit (43, 46, 48) for evaluating a detector signal for deriving a value of the constituent substance or quality parameter, wherein the reaction module is an elongated vessel of vertical orientation during operation having a resistance heating or infrared heating, and has a head section into which the sample is introduced, a reaction zone, where the thermal decomposition is performed, as well as a foot section, from which the reaction product is output in the carrier gas flow, wherein the reaction module, the resistance heating or infrared heating, and means for the supply of samples and carrier gas are configured such that during the operation of the measurement arrangement an outer head temperature is T H ≤ 80°C, and an outer foot temperature is T F ≤ 150°C at a maximum temperature in the reaction zone of T MAX ≥ 1150°C, wherein the reaction module includes in a two-zone configuration a first, upper heating zone configured to reach a maximum temperature of 800°C, and a second, lower heating zone configured to reach a maximum temperature of 1250°C, characterized in that the first and the second heating zones are heated via heating modules (11c, 11d) of a high-temperature resistant special alloy and being arranged in a hollow-cylindrical manner around the corresponding portion of the reaction module, and that the heating modules (11c, 11d) include microporous ceramic fiber insulations (11e, 11f) of different thickness, and also the foot portion, an area between the heating zones and the head portion (11i, 11j) below an aluminum cover are ceramic fiber-insulated, and the entire reaction module additionally is coated with a macroporous outer insulation.
A self-injection device with a miniaturized drug delivery portion, the device comprising: a housing (10; 210) having an interior volume; and the drug delivery portion (20; 220) having a volume enclosed within the housing comprising: a reservoir (30; 230) containing a fluid to be delivered to a user; a microneedle (22; 222) in fluid communication with the reservoir and extendable through the housing; and a drive mechanism for expelling fluid from the reservoir through the microneedle, wherein the volume of the drug delivery portion is less than 40% of the interior volume of the housing, wherein an aspect ratio of the drug delivery portion is defined by the equation AR = L 3 L 1 2 + L 2 2, wherein L1, L2, and L3 are the lengths of the dimensions of the smallest parallelepiped which encloses the drug delivery portion and wherein L1 ≤ L2 ≤ L3, and an aspect ratio of the interior volume of the housing is defined by the equation AR = L 3 L 1 2 + L 2 2, wherein L1, L2, and L3 are the lengths of the dimensions of the smallest parallelepiped which encloses the interior volume of the housing and wherein L1 ≤ L2 ≤ L3, and wherein the ratio between the aspect ratio of the interior volume of the housing and the aspect ratio of the drug delivery portion is greater than 125%. a housing (10; 210) having an interior volume; and the drug delivery portion (20; 220) having a volume enclosed within the housing comprising: a reservoir (30; 230) containing a fluid to be delivered to a user; a microneedle (22; 222) in fluid communication with the reservoir and extendable through the housing; and a drive mechanism for expelling fluid from the reservoir through the microneedle, a reservoir (30; 230) containing a fluid to be delivered to a user; a microneedle (22; 222) in fluid communication with the reservoir and extendable through the housing; and a drive mechanism for expelling fluid from the reservoir through the microneedle, wherein the volume of the drug delivery portion is less than 40% of the interior volume of the housing,
A detector (DET_i) including: - a sensor configured to acquire a characteristic of the environment of said sensor; - a module configured to pair said detector (DET_i) with a concentrator, and to receive, during said pairing, a unique identifier (ID_i) of said detector (DET _i); - a memory for storing said unique identifier (ID_i) and a computer program (PG_DET); - a module for synchronizing a clock of said detector (DET_i) with a clock of said concentrator; - a radio communication module controlled by the clock of the detector (DET_i); - a calculation module configured to determine, from said unique identifier (ID_i), and by executing said computer program (PG_DET), at least one emission range of a collection data (DNC_i) obtained from the characteristic of the environment acquired by the sensor; - said radio communication module being configured to send said collection data (DNC_i) to said concentrator during said emission range. - a sensor configured to acquire a characteristic of the environment of said sensor; - a module configured to pair said detector (DET_i) with a concentrator, and to receive, during said pairing, a unique identifier (ID_i) of said detector (DET _i); - a memory for storing said unique identifier (ID_i) and a computer program (PG_DET); - a module for synchronizing a clock of said detector (DET_i) with a clock of said concentrator; - a radio communication module controlled by the clock of the detector (DET_i); - a calculation module configured to determine, from said unique identifier (ID_i), and by executing said computer program (PG_DET), at least one emission range of a collection data (DNC_i) obtained from the characteristic of the environment acquired by the sensor; - said radio communication module being configured to send said collection data (DNC_i) to said concentrator during said emission range.
A method for controlling power supply of an electric device, the method comprising: controlling the power supply of an electric device using at least one switch, wherein said switch is controlled using an instruction signal; characterized in that receiving an instruction signal according to a predetermined signal pattern from a remote controlling device; comparing said instruction signal with at least one predetermined instruction signal pattern; and wherein when said received instruction signal corresponds with said at least one predetermined instruction signal pattern, the method further comprises providing said instruction signal to said at least one switch. controlling the power supply of an electric device using at least one switch, wherein said switch is controlled using an instruction signal; characterized in that receiving an instruction signal according to a predetermined signal pattern from a remote controlling device; comparing said instruction signal with at least one predetermined instruction signal pattern; and wherein when said received instruction signal corresponds with said at least one predetermined instruction signal pattern, the method further comprises providing said instruction signal to said at least one switch.
A system for wiping a face of a printhead movable along a path in a scanning direction, the system comprising: a stationary wiper positioned across the path to wipe across a face of the printhead in the printhead scanning direction, the stationary wiper being configured to be stationary while the printhead moves during wiping of the printhead, and/or a helical wiper simultaneously rotatable, about an axis of rotation perpendicular to the scanning direction, against the face of the printhead and translatable along the face of the printhead in a direction perpendicular to the scanning direction to wipe ink off to the side of the printhead; and a movable web of cleaning material near the stationary wiper to wipe along the face of the printhead perpendicular to the printhead scanning direction after wiping with the stationary wiper and/or the helical wiper. a stationary wiper positioned across the path to wipe across a face of the printhead in the printhead scanning direction, the stationary wiper being configured to be stationary while the printhead moves during wiping of the printhead, and/or a helical wiper simultaneously rotatable, about an axis of rotation perpendicular to the scanning direction, against the face of the printhead and translatable along the face of the printhead in a direction perpendicular to the scanning direction to wipe ink off to the side of the printhead; and a movable web of cleaning material near the stationary wiper to wipe along the face of the printhead perpendicular to the printhead scanning direction after wiping with the stationary wiper and/or the helical wiper.
A near-field magnetically coupled anti-counterfeiting tag comprising a sacrificial conductive track crossing a sacrificial zone (10-2, 10-3) of the tag; characterized in that each segment of the sacrificial track crossing the sacrificial zone is split longitudinally into a plurality of sub-segments, the sub-segments being in electrical contact with each other at the ends of the segment.
A breathing apparatus comprising: a filter, a fan unit, a face piece for covering the whole face of a user, a nose cup for covering the mouth and the nose of the user, and a breath monitoring apparatus, wherein the filter is detachably connected to the fan unit and the fan unit is detachably connected to the face piece from the outside of the face piece, the nose cup is detachably connected to the face piece from the inside of the face piece, and the fan unit operates synchronously with the breath timing of the user detected by the breath monitoring apparatus, and wherein the breath monitoring apparatus comprises a diaphragm and a sensor (2g 1) for detecting movement of the diaphragm, the breath monitoring apparatus being disposed in the fan unit, characterized in that an air passage and a space independent of the air passage for accommodating the diaphragm and the sensor (2g 1) are formed in the fan unit, a hole is formed in the face piece to communicate with said space in the fan unit when the fan unit is connected to the face piece, a hole (4a 3) is formed in the nose cup to communicate with the hole in the face piece when the nose cup is connected to the face piece, and the internal space (β) of the nose cup communicates with said space in the fan unit through the hole (4a 3) in the nose cup and the hole in the face piece when the fan unit and the nose cup are connected to the face piece. a filter, a fan unit, a face piece for covering the whole face of a user, a nose cup for covering the mouth and the nose of the user, and a breath monitoring apparatus, wherein the filter is detachably connected to the fan unit and the fan unit is detachably connected to the face piece from the outside of the face piece, the nose cup is detachably connected to the face piece from the inside of the face piece, and the fan unit operates synchronously with the breath timing of the user detected by the breath monitoring apparatus, and wherein the breath monitoring apparatus comprises a diaphragm and a sensor (2g 1) for detecting movement of the diaphragm, the breath monitoring apparatus being disposed in the fan unit, characterized in that an air passage and a space independent of the air passage for accommodating the diaphragm and the sensor (2g 1) are formed in the fan unit, a hole is formed in the face piece to communicate with said space in the fan unit when the fan unit is connected to the face piece, a hole (4a 3) is formed in the nose cup to communicate with the hole in the face piece when the nose cup is connected to the face piece, and the internal space (β) of the nose cup communicates with said space in the fan unit through the hole (4a 3) in the nose cup and the hole in the face piece when the fan unit and the nose cup are connected to the face piece.
A method of controlling the cross-linking reaction rate of a cross-linking compound for use in cross-linking an organic polymer, comprising: (a) providing a cross-linking composition comprising a cross-linking compound and a cross-linking reaction additive selected from an organic acid and/or an acetate compound, wherein the cross-linking compound has the structure according to formula: wherein A is an arene moiety having a molecular weight of less than 10,000 g/mol, R 1 is selected from a group consisting of hydroxide (-OH), amine (-NH 2), halide, ether, ester, or amide, and x is 2.0 to 6.0, wherein the cross-linking reaction additive is capable of reacting with the cross-linking compound to form a reactive intermediate in the form of an oligomer for cross-linking an organic polymer; and (b) heating the cross-linking composition such that oligomerization of the cross-linking compound occurs. (a) providing a cross-linking composition comprising a cross-linking compound and a cross-linking reaction additive selected from an organic acid and/or an acetate compound, wherein the cross-linking compound has the structure according to formula: wherein A is an arene moiety having a molecular weight of less than 10,000 g/mol, R 1 is selected from a group consisting of hydroxide (-OH), amine (-NH 2), halide, ether, ester, or amide, and x is 2.0 to 6.0, wherein the cross-linking reaction additive is capable of reacting with the cross-linking compound to form a reactive intermediate in the form of an oligomer for cross-linking an organic polymer; and (b) heating the cross-linking composition such that oligomerization of the cross-linking compound occurs.
Heating body for an electric liquid-heating device, said heating body comprising at least a first heating element of helical shape and defined by a diameter called the first diameter, a second heating element of helical shape defined by a diameter called the second diameter, and a base bearing the first heating element and the second heating element, the first diameter being larger than the second diameter and the first heating element being disposed around the second heating element, the first heating element and/or the second heating element comprising a first terminal section, followed by a wound portion, followed by a second, rectilinear terminal section, the first terminal section and the second terminal section extending between the wound portion and the base, characterized in that the second terminal section of at least one of the heating elements (4, 5) extends toward the base inside the wound portion of at least one heating element.
A magnetic tunnel junction, MTJ, device (100, 200) comprising a layer stack (108, 208) comprising: a SOT-layer and a first free layer, a second free layer, a reference layer and a tunnel barrier layer arranged between the second free layer and the reference layer, and a spacer layer arranged as an interfacial layer between the first free layer and the second free layer, wherein the SOT-layer is adapted to switch a magnetization direction of the first free layer through SOT, and characterised in that the first free layer is adapted to generate a magnetic stray field acting on the second free layer such that a magnetization direction of the second free layer is responsive to a magnetization direction of the first free layer, wherein a strength of the magnetic stray field acting on the second free layer exceeds a maximum strength of a reversal field of the second free layer. a SOT-layer and a first free layer, a second free layer, a reference layer and a tunnel barrier layer arranged between the second free layer and the reference layer, and a spacer layer arranged as an interfacial layer between the first free layer and the second free layer, wherein the SOT-layer is adapted to switch a magnetization direction of the first free layer through SOT, and characterised in that the first free layer is adapted to generate a magnetic stray field acting on the second free layer such that a magnetization direction of the second free layer is responsive to a magnetization direction of the first free layer, wherein a strength of the magnetic stray field acting on the second free layer exceeds a maximum strength of a reversal field of the second free layer.
Antenna with dual polarization (RHCP, LHCP), comprising: at least one first port for connecting the antenna to an active circuit for transmitting or emitting a signal with a first polarization (LHCP); at least one second port for connecting the antenna to an or to the active circuit for transmitting or emitting a signal with a second polarization (RHCP); several dual-polarized antenna elements, the antenna elements being arranged in cell units, each cell unit including four antenna elements and two 1-to-4 junctions, a first of the two junctions being associated with a first polarization and a second of the two junctions being associated with a second polarization, each said junction comprising four branches for connecting it to one of the polarization of each antenna element of the corresponding unit and a common stub, an array of dividers/combiners (4, 6) for connecting the stub of each said 1-to-4 junction of a cell unit associated with the first polarization to the first port and for connecting the stub of each said 1-to-4 junction associated with the second polarization to the second port the four antenna elements of each cell unit being superposed, several cell units being juxtaposed, characterized in that each cell unit comprises two antenna elements in a first plane and two other antenna elements in a second plane parallel to the first plane, said planes being offset from each other in a direction perpendicular to said planes by a distance smaller than a width of an antenna element. at least one first port for connecting the antenna to an active circuit for transmitting or emitting a signal with a first polarization (LHCP); at least one second port for connecting the antenna to an or to the active circuit for transmitting or emitting a signal with a second polarization (RHCP); several dual-polarized antenna elements, the antenna elements being arranged in cell units, each cell unit including four antenna elements and two 1-to-4 junctions, a first of the two junctions being associated with a first polarization and a second of the two junctions being associated with a second polarization, each said junction comprising four branches for connecting it to one of the polarization of each antenna element of the corresponding unit and a common stub, an array of dividers/combiners (4, 6) for connecting the stub of each said 1-to-4 junction of a cell unit associated with the first polarization to the first port and for connecting the stub of each said 1-to-4 junction associated with the second polarization to the second port the four antenna elements of each cell unit being superposed, several cell units being juxtaposed, characterized in that each cell unit comprises two antenna elements in a first plane and two other antenna elements in a second plane parallel to the first plane, said planes being offset from each other in a direction perpendicular to said planes by a distance smaller than a width of an antenna element.
A trial neck for releasable attachment to a bone canal preparation instrument, the trial neck comprising: a body portion having a bore for receiving a proximal end of the bone canal preparation instrument; an elongate neck part comprising a pair of arms extending from the body portion; and a clamping mechanism comprising a live spring formed by the body portion and said pair of arms of the elongate neck part; characterised in that the trial neck further comprises an actuator, for moving the clamping mechanism between a clamping configuration and a non-clamping configuration, wherein in the clamping configuration, the pair of arms of the elongate neck part are pinched together to cause an inner wall of the bore to urge against the bone canal preparation instrument to retain the proximal end of the bone canal preparation instrument within the bore. a body portion having a bore for receiving a proximal end of the bone canal preparation instrument; an elongate neck part comprising a pair of arms extending from the body portion; and a clamping mechanism comprising a live spring formed by the body portion and said pair of arms of the elongate neck part; characterised in that the trial neck further comprises an actuator, for moving the clamping mechanism between a clamping configuration and a non-clamping configuration,
A system for mounting a blind at a glazed aperture, the blind including a head assembly and a slave bar between which extends one or more blind panels, the glazed aperture comprising a frame, a glazing pane retained in the frame and a flexible or resilient bead disposed between the glazing pane and the frame which bead bears against the glazing pane; the system comprising: mounting means (28, 30, 38, 40) for the head assembly, to mount the head assembly at or near the top of the glazed aperture; a bottom anchor comprising first and second mounting brackets (178, 180), each comprising a first portion having at least a first laterally extending planar finger configured to slide in use between the bead and the glazing pane, and a second portion defining an attachment formation which extends substantially orthogonally with respect to the plane of the glazing pane; and a support cord adapted for connection to, and extension from one attachment formation through one end of said slave bar into the head assembly and down through the other end of said slave bar to said other attachment formation, wherein the system further comprises first and second longitudinally extensive side members configured to be mounted at the sides of the glazed window to extend from proximate the head assembly to proximate the first and second mounting brackets (178, 180) and in which tension in said cord when the system is installed in the glazed aperture is set remotely, prior to installation of the blind, wherein the length of said cord is determined by the length of said side members which themselves determine the separation of said attachment formations from said head assembly. mounting means (28, 30, 38, 40) for the head assembly, to mount the head assembly at or near the top of the glazed aperture; a bottom anchor comprising first and second mounting brackets (178, 180), each comprising a first portion having at least a first laterally extending planar finger configured to slide in use between the bead and the glazing pane, and a second portion defining an attachment formation which extends substantially orthogonally with respect to the plane of the glazing pane; and a support cord adapted for connection to, and extension from one attachment formation through one end of said slave bar into the head assembly and down through the other end of said slave bar to said other attachment formation, wherein the system further comprises first and second longitudinally extensive side members configured to be mounted at the sides of the glazed window to extend from proximate the head assembly to proximate the first and second mounting brackets (178, 180) and in which tension in said cord when the system is installed in the glazed aperture is set remotely, prior to installation of the blind, wherein the length of said cord is determined by the length of said side members which themselves determine the separation of said attachment formations from said head assembly.