mhurhangee/ep-ind-claims huggingface dataset:
A dynamic multi-pane insulated glass unit, comprising: multiple panes separated by a sealed space, wherein at least one of the panes comprises an electrochromic-based coating on a surface thereof that provides at least two, independently-controllable electrochromic dynamic zones (204, 205) on said pane; pairs of bus bars on the pane wherein each of the at least two independently-controllable electrochromic dynamic zones (204, 205) has a respective pair of bus bars coupled to them for independently applying control voltages to the dynamic zones (204, 205); and an electrically-isolating area between said at least two independently-controllable electrochromic dynamic zones (204, 205). multiple panes separated by a sealed space, wherein at least one of the panes comprises an electrochromic-based coating on a surface thereof that provides at least two, independently-controllable electrochromic dynamic zones (204, 205) on said pane; pairs of bus bars on the pane wherein each of the at least two independently-controllable electrochromic dynamic zones (204, 205) has a respective pair of bus bars coupled to them for independently applying control voltages to the dynamic zones (204, 205); and an electrically-isolating area between said at least two independently-controllable electrochromic dynamic zones (204, 205).
A passive mechanical athermalization device comprising: - a barrel formed of a first material having a first thermal expansion coefficient (λ1) and having a longitudinal axis and a radial axis perpendicular to the longitudinal axis, the barrel comprising at least one first portion and at least one second portion, the device being characterized in that it comprises - at least three beams formed of the first material, each of the beams connecting the first portion and the second portion, and extending circumferentially relative to the longitudinal axis in a direction perpendicular to the longitudinal axis and to the radial axis, and comprising elbows (71, 72) extending parallel to the longitudinal axis, - at least three bars formed of a second material having a second thermal expansion coefficient (λ2) different from the first thermal expansion coefficient, and circumferentially distributed around the barrel relative to the longitudinal axis, each bar connecting the first portion and the second portion axially relative to the longitudinal axis, so that thermal expansion of the barrel translates as deformation of the beams and bars along the longitudinal axis. - a barrel formed of a first material having a first thermal expansion coefficient (λ1) and having a longitudinal axis and a radial axis perpendicular to the longitudinal axis, the barrel comprising at least one first portion and at least one second portion, the device being characterized in that it comprises - at least three beams formed of the first material, each of the beams connecting the first portion and the second portion, and extending circumferentially relative to the longitudinal axis in a direction perpendicular to the longitudinal axis and to the radial axis, and comprising elbows (71, 72) extending parallel to the longitudinal axis, - at least three bars formed of a second material having a second thermal expansion coefficient (λ2) different from the first thermal expansion coefficient, and circumferentially distributed around the barrel relative to the longitudinal axis, each bar connecting the first portion and the second portion axially relative to the longitudinal axis, so that thermal expansion of the barrel translates as deformation of the beams and bars along the longitudinal axis.
Transmission assembly for transmitting data with at least one carrier wave in the terahertz range, comprising a transmitting device, a receiving device, wherein the transmitting device and the receiving device are configured for transmitting data wirelessly from the transmitting device to the receiving device by means of a modulated carrier wave in the terahertz range, wherein the carrier wave is generated at the transmitting device with the aid of a difference frequency mixture of two optical light beams (15, 16), wherein the light beams (15, 16) are generated by at least one light source (11, 12), in particular by two light sources, wherein between the light source or light sources (11, 12) and the transmitting device an optical transmission system for transmitting the light beams (15, 16) is present, characterized in that to provide demodulation, an unmodulated carrier wave is transmitted from the transmitting device to the receiving device, wherein the unmodulated carrier wave is synchronized with the modulated carrier wave.
A sensor (10; 30; 40; 50) comprising: - a plurality of isolated, single-standing diamond-based micro-sensitive volumes having opposite end faces (12a, 12b), - a layer of a non-electrically active material extending around each micro-sensitive volume of said plurality, - electrodes (15, 16; 17; 19) electrically connected to said end faces of said plurality for signal readout. - a plurality of isolated, single-standing diamond-based micro-sensitive volumes having opposite end faces (12a, 12b), - a layer of a non-electrically active material extending around each micro-sensitive volume of said plurality, - electrodes (15, 16; 17; 19) electrically connected to said end faces of said plurality for signal readout.
Winding method comprising the steps of: - preparing a winder comprising a plurality of winder units, wherein at least one of said winder units is fitted with a suction device suitable for creating a high vacuum suction, and wherein said winder unit is fitted with two suction intakes (9,10) suitable for catching the interrupted ends of yarn and/or the starting end of a new feed bobbin, - fluidically connecting the suction device to mobile suction intakes (9, 10) suitable for operating during the interruption and joining operations of a yarn and for starting a new feed bobbin, characterised in that - when a new feed bobbin needs to be started and/or the yarn breaks, the intakes (9,10) move towards the feed bobbin and the package respectively so as to each catch a respective yarn end, and bring it to a yarn-joiner to restore the continuity of the yarn, - when the yarn moves during unravelling of the yarn from a feed bobbin and its winding onto a package, at least one of said suction intakes (9, 10) moves next to the yarn so as to aspirate the dust and/or yarn waste raised during winding. - preparing a winder comprising a plurality of winder units, wherein at least one of said winder units is fitted with a suction device suitable for creating a high vacuum suction, and wherein said winder unit is fitted with two suction intakes (9,10) suitable for catching the interrupted ends of yarn and/or the starting end of a new feed bobbin, - fluidically connecting the suction device to mobile suction intakes (9, 10) suitable for operating during the interruption and joining operations of a yarn and for starting a new feed bobbin, - when a new feed bobbin needs to be started and/or the yarn breaks, the intakes (9,10) move towards the feed bobbin and the package respectively so as to each catch a respective yarn end, and bring it to a yarn-joiner to restore the continuity of the yarn, - when the yarn moves during unravelling of the yarn from a feed bobbin and its winding onto a package, at least one of said suction intakes (9, 10) moves next to the yarn so as to aspirate the dust and/or yarn waste raised during winding.
An air flow control system for an off-road vehicle, comprising: - a first movable side panel configured to be positioned proximate to a first lateral side surface of a body of an engine hood of the off-road vehicle; - a controller configured to: - receive a first signal indicative of a temperature of an engine of the off-road vehicle; - access a desired engine temperature range from a storage device; and - output a third signal to one or more actuators indicative of instructions to move the first movable side panel laterally outward relative to the first lateral side surface of the body of the engine hood to enable a flow of air through a gap between the first movable side panel and the body of the engine hood when the first signal indicates that the temperature of the engine of the off-road vehicle is greater than the desired engine temperature range; and characterized in that said system further comprises - a forward bar coupled to and extending laterally inward from a forward portion of the first movable side panel to the body of the engine hood, and a rearward bar coupled to and extending laterally inward from a rearward portion of the first movable side panel to the body of the engine hood. - a first movable side panel configured to be positioned proximate to a first lateral side surface of a body of an engine hood of the off-road vehicle; - a controller configured to: - receive a first signal indicative of a temperature of an engine of the off-road vehicle; - access a desired engine temperature range from a storage device; and - output a third signal to one or more actuators indicative of instructions to move the first movable side panel laterally outward relative to the first lateral side surface of the body of the engine hood to enable a flow of air through a gap between the first movable side panel and the body of the engine hood when the first signal indicates that the temperature of the engine of the off-road vehicle is greater than the desired engine temperature range; and - receive a first signal indicative of a temperature of an engine of the off-road vehicle; - access a desired engine temperature range from a storage device; and - output a third signal to one or more actuators indicative of instructions to move the first movable side panel laterally outward relative to the first lateral side surface of the body of the engine hood to enable a flow of air through a gap between the first movable side panel and the body of the engine hood when the first signal indicates that the temperature of the engine of the off-road vehicle is greater than the desired engine temperature range; and - a forward bar coupled to and extending laterally inward from a forward portion of the first movable side panel to the body of the engine hood, and a rearward bar coupled to and extending laterally inward from a rearward portion of the first movable side panel to the body of the engine hood.
Grains for the production of a sintered refractory product, the grains comprising the following features: 1.1 The grains are made of at least one of the following grains: 1.1.1 Grains made of magnesia, the surface of which have a coating of zirconia at least in sections; or 1.1.2 grains made of magnesite, the surface of which have a coating of zirconia at least in sections; or 1.1.3 grains made of doloma, the surface of which have a coating of zirconia at least in sections; or 1.1.4 grains made of dolomite, the surface of which have a coating of zirconia at least in sections; 1.2 the grains have a grain size of at least 2.8 mm. 1.1 The grains are made of at least one of the following grains: 1.1.1 Grains made of magnesia, the surface of which have a coating of zirconia at least in sections; or 1.1.2 grains made of magnesite, the surface of which have a coating of zirconia at least in sections; or 1.1.3 grains made of doloma, the surface of which have a coating of zirconia at least in sections; or 1.1.4 grains made of dolomite, the surface of which have a coating of zirconia at least in sections; 1.1.1 Grains made of magnesia, the surface of which have a coating of zirconia at least in sections; or 1.1.2 grains made of magnesite, the surface of which have a coating of zirconia at least in sections; or 1.1.3 grains made of doloma, the surface of which have a coating of zirconia at least in sections; or 1.1.4 grains made of dolomite, the surface of which have a coating of zirconia at least in sections; 1.2 the grains have a grain size of at least 2.8 mm.
A drive mechanism for a drug delivery device, comprising: - a housing (13, 17, 40) having a proximal end and a distal end; - a piston rod, which is adapted to be displaced in a distal direction with respect to the housing when dispensing a drug dose; - a drive member which is adapted to be rotated when dispensing the drug dose, wherein the drive mechanism is configured to convert rotational movement of the drive member into a movement of the piston rod in the distal direction with respect to the housing (13, 17, 40); - a stop member which is adapted to prevent a rotational movement of the drive member with respect to the housing when setting a drug dose; wherein the drive member comprises a drive portion being coupled to the piston rod and a first coupling portion which couples the drive portion and the stop member, characterized in that the drive mechanism is configured to be switchable between a set and dispense mode of operation and a reset mode of operation, and wherein, in the set and dispense mode, said first coupling portion is bi-directionally coupled to the drive portion for setting and dispensing the drug dose, and wherein, in the reset mode, said first coupling portion is decoupled from the drive portion to allow a reset operation to be performed for the drive mechanism. - a housing (13, 17, 40) having a proximal end and a distal end; - a piston rod, which is adapted to be displaced in a distal direction with respect to the housing when dispensing a drug dose; - a drive member which is adapted to be rotated when dispensing the drug dose, wherein the drive mechanism is configured to convert rotational movement of the drive member into a movement of the piston rod in the distal direction with respect to the housing (13, 17, 40); - a stop member which is adapted to prevent a rotational movement of the drive member with respect to the housing when setting a drug dose;
A laryngeal mask airway device for insertion into a patient to provide an airway passage to the patient's glottic opening, the device comprising an airway tube, a mask attached to the airway tube, the mask comprising a backplate having a distal end and a proximal end, a peripheral inflatable cuff, and defining an outlet for gas, the mask being connected to the airway tube for gaseous communication between the tube and the mask, the device further comprising an oesophageal drain, the drain comprising a conduit extending from an inlet at the distal end to an outlet disposed to be outside of the patient when the device is in place in the patient, the conduit including a mask section and an airway tube section, characterised in that the conduit mask section is formed integrally in the material of the backplate wherein the conduit extends substantially centrally from the distal end to the proximal end of the backplate.
Method for establishing the measuring uncertainty of the measured values of a network analyser, wherein the measuring uncertainty is calculated in terms of magnitude and/or phase in the internal computer of the network analyser for each measured value of the type of measurement selected in each case by means of data which are obtained directly from the properties and the operation of the network analyser and stored in associated databases in the internal computer and thus accessible directly to the internal computer, and is displayed together with the respective measured value on the display unit of the network analyser, wherein only data from additional measuring means used which differ from the data already stored in the databases are additionally entered in the databases by the user from external sources, set off against the data originally stored there and included as new data in the calculation of the measuring uncertainty, wherein the measuring uncertainty calculated for the individual measured values is displayed graphically in the form of a tolerance band together with the measurement curve on the display unit of the network analyser, and wherein the tolerance band is displayed around the measurement curve to an enlarged scale different to the display scale used for the measurement curve.
A method of operating a memory system, comprising: receiving a first command instructing a first portion of the memory system to perform a first communication with a memory host; transmitting, from the first portion of the memory system to a second portion of the memory system, a signal instructing the second portion to enter an on-die termination mode; and performing, with the first portion, the first communication while the second portion is in the on-die termination mode; characterized in that a voltage or a duration of the signal indicates an impedance level of the on-die termination mode; and wherein the first command does not include a second indication on a second chip select terminal of the second memory device that the second portion is not targeted by the first command. receiving a first command instructing a first portion of the memory system to perform a first communication with a memory host; transmitting, from the first portion of the memory system to a second portion of the memory system, a signal instructing the second portion to enter an on-die termination mode; and performing, with the first portion, the first communication while the second portion is in the on-die termination mode; characterized in that a voltage or a duration of the signal indicates an impedance level of the on-die termination mode; and wherein the first command does not include a second indication on a second chip select terminal of the second memory device that the second portion is not targeted by the first command.
An apparatus (10, 100, 900) for fluid filtration, cleaning, and defogging in medical procedures, the apparatus comprising: (a) a housing (13, 103) defining a first opening (16, 106, 902), a second opening (19, 109, 906), and an interior; (b) a first cleaning element maintained within the interior relative to the first opening (16, 106, 902), the first cleaning element comprising at least one cleaning agent operable to remove extraneous debris from an object; (c) a second cleaning element maintained with the interior relative to the second opening (19, 109, 906), the second cleaning element comprising at least one cleaning material and at least one white reference material, the at least one cleaning material operable to remove debris from an object; characterized by (d) a conduit (25, 125, 910) defining a passage from a first end of the housing (13, 103) to a second end of the housing (13, 103), the conduit (25, 125, 910) comprising at least one filter (27, 127) and at least one liquid trap (29, 129), the conduit (25, 125, 910) operable to allow a flow from the first end of the housing (13, 103) to the second end of the housing (13, 103) and to remove debris from the flow; wherein the conduit (25, 125, 910) further comprises a flow selector (30, 130, 912) operable to change a rate of flow of fluid through the conduit (25, 125, 910). (a) a housing (13, 103) defining a first opening (16, 106, 902), a second opening (19, 109, 906), and an interior; (b) a first cleaning element maintained within the interior relative to the first opening (16, 106, 902), the first cleaning element comprising at least one cleaning agent operable to remove extraneous debris from an object; (c) a second cleaning element maintained with the interior relative to the second opening (19, 109, 906), the second cleaning element comprising at least one cleaning material and at least one white reference material, the at least one cleaning material operable to remove debris from an object; characterized by (d) a conduit (25, 125, 910) defining a passage from a first end of the housing (13, 103) to a second end of the housing (13, 103), the conduit (25, 125, 910) comprising at least one filter (27, 127) and at least one liquid trap (29, 129), the conduit (25, 125, 910) operable to allow a flow from the first end of the housing (13, 103) to the second end of the housing (13, 103) and to remove debris from the flow;
A honeycomb structure comprising: a center part including a cylindrical honeycomb structure part and a pair of electrodes provided on a side face of the honeycomb structure part, the honeycomb structure part having a porous partition wall and an outer circumferential wall around the porous partition wall, the porous partition wall defining a plurality of cells extending from one end face to the other end face, the plurality of cells defining fluid passages; and an outer circumferential part provided around the center part, each electrode in the pair of electrodes is formed in a band shape that extends in an extending direction of the cells of the honeycomb structure part, one electrode in the pair of electrodes is located opposite the other electrode in the pair of electrodes over a center of the honeycomb structure part, when viewed in a cross section taken in a direction perpendicular to the extending direction of the cells, characterized in that an electric resistivity of the honeycomb structure part is 1-2000Ωm the outer circumferential part has a porous partition wall and an outer circumferential wall at an outermost circumferential position, the porous partition wall defining a plurality of cells extending from one end face to the other end face, the plurality of cells defining fluid passages, and a volumetric heat capacity of the outer circumferential part is smaller than a volumetric heat capacity of the center part. a center part including a cylindrical honeycomb structure part and a pair of electrodes provided on a side face of the honeycomb structure part, the honeycomb structure part having a porous partition wall and an outer circumferential wall around the porous partition wall, the porous partition wall defining a plurality of cells extending from one end face to the other end face, the plurality of cells defining fluid passages; and an outer circumferential part provided around the center part, each electrode in the pair of electrodes is formed in a band shape that extends in an extending direction of the cells of the honeycomb structure part, one electrode in the pair of electrodes is located opposite the other electrode in the pair of electrodes over a center of the honeycomb structure part, when viewed in a cross section taken in a direction perpendicular to the extending direction of the cells, characterized in that an electric resistivity of the honeycomb structure part is 1-2000Ωm the outer circumferential part has a porous partition wall and an outer circumferential wall at an outermost circumferential position, the porous partition wall defining a plurality of cells extending from one end face to the other end face, the plurality of cells defining fluid passages, and a volumetric heat capacity of the outer circumferential part is smaller than a volumetric heat capacity of the center part.