mhurhangee/ep-ind-claims huggingface dataset:
An additive release assembly for a smoking article, comprising: a web comprising a first sheet of material and a second sheet of material, wherein the first and second sheets of material (24, 26) contain therebetween one or more discrete quantities of additive coupled to the first sheet material, wherein the assembly is configured to permit selective release of the quantities of additive. a web comprising a first sheet of material and a second sheet of material, wherein the first and second sheets of material (24, 26) contain therebetween one or more discrete quantities of additive coupled to the first sheet material, wherein the assembly is configured to permit selective release of the quantities of additive.
Method for calibrating a family of Li-ion battery elements, characterised in that it includes the steps of: - providing a battery element of the family, the battery element having a corresponding given initial surface area capacity; - at least one evaluation of a current state of health of the battery element supplied; - for the battery element supplied, implementing a plurality of successive cycles, each comprising a charging phase (12.1) and a discharging phase (12.2), at least two charging phases (12.1) being carried out at different charging rates; - for each charging phase: • measuring an electrical potential of an anode of the battery element supplied; • calculating the value of a predetermined characteristic variable of the battery element; • determining a limit value of the predetermined characteristic variable for which the potential of the anode becomes less than or equal to a predetermined threshold; • recording, in a memory, the limit value for said family the said initial surface area capacity, the charging rate of said charging phase (12.1) and the evaluated state of health. - providing a battery element of the family, the battery element having a corresponding given initial surface area capacity; - at least one evaluation of a current state of health of the battery element supplied; - for the battery element supplied, implementing a plurality of successive cycles, each comprising a charging phase (12.1) and a discharging phase (12.2), at least two charging phases (12.1) being carried out at different charging rates; - for each charging phase: • measuring an electrical potential of an anode of the battery element supplied; • calculating the value of a predetermined characteristic variable of the battery element; • determining a limit value of the predetermined characteristic variable for which the potential of the anode becomes less than or equal to a predetermined threshold; • recording, in a memory, the limit value for said family the said initial surface area capacity, the charging rate of said charging phase (12.1) and the evaluated state of health. • measuring an electrical potential of an anode of the battery element supplied; • calculating the value of a predetermined characteristic variable of the battery element; • determining a limit value of the predetermined characteristic variable for which the potential of the anode becomes less than or equal to a predetermined threshold; • recording, in a memory, the limit value for said family the said initial surface area capacity, the charging rate of said charging phase (12.1) and the evaluated state of health.
An in-wheel electric motor comprising a stator with at a vehicle side a connector stub, a cylindrical hollow stator body connected to the connector stub and on an outer surface equipped with stator windings, and further comprising a cylindrical rotor body coaxially enclosing the stator and rotatable around a rotation axis; the electric motor further comprising a power electronics device for powering the stator windings on the stator and a detector for an angular position of the rotor body relative to the stator; the connector stub being provided with a support arranged for coupling to the power electronics device; the power electronics device being mounted on the support inside the hollow stator body; characterized by the cylindrical rotor body having a cylindrical opening at a road side, the opening being coaxial with the rotation axis; and the detector for the angular position comprising an angular position sensor that is mounted inside the hollow stator body and is coupled to the rotor body wherein the detector for the angular position is mounted on the power electronics device at the road side of the power electronics device and coaxially with the rotation axis.
A cable comprising: a first connector configured to receive power from a first channel of a physiological monitor and a second connector configured to receive power from a second channel of the monitor, wherein the power from each of the first and second channels of the monitor is combined within the cable; a third connector configured to provide the combined power to a receiver configured to wirelessly receive information representing a measured physiological parameter and generate a signal representing the measured physiological parameter; a voltage converter configured to rescale the voltage of the combined power that is provided to the receiver; wherein the cable is configured to receive the signal representing the measured physiological parameter that is generated by the receiver, and the cable further comprises a scaling circuit (24, 26) configured to reduce a voltage of the signal representing the measured physiological parameter, wherein the cable is configured to provide the reduced-voltage signal to the monitor via the first connector and/or the second connector. a first connector configured to receive power from a first channel of a physiological monitor and a second connector configured to receive power from a second channel of the monitor, wherein the power from each of the first and second channels of the monitor is combined within the cable; a third connector configured to provide the combined power to a receiver configured to wirelessly receive information representing a measured physiological parameter and generate a signal representing the measured physiological parameter; a voltage converter configured to rescale the voltage of the combined power that is provided to the receiver; wherein the cable is configured to receive the signal representing the measured physiological parameter that is generated by the receiver, and the cable further comprises a scaling circuit (24, 26) configured to reduce a voltage of the signal representing the measured physiological parameter, wherein the cable is configured to provide the reduced-voltage signal to the monitor via the first connector and/or the second connector.
A refrigerator comprising: a refrigerator main body including a cooling space; and a carbonated water production assembly provided in the refrigerator main body, wherein the carbonated water production assembly includes: a production module; a carbon dioxide supply module connected to the production module to supply carbon dioxide; a carbonated water container which is detachably provided in the production module, and in which carbonated water is produced; and the production module includes an installation body in which the carbonated water container is installed; and wherein the carbonated water container includes: a container body; and a seating protrusion protruding from the container body, and the installation body includes: a seating portion in which the seating protrusion is receivable; and a guide rail which guides the seating protrusion to the seating portion, characterized in that the production module further includes an installation sensor which senses that the carbonated water container is installed in the installation body such that a state in which carbonated water can be produced is established, and in that the installation sensor is provided to sense movement of the seating protrusion which is arranged to move along the guide rail into the seating portion. a refrigerator main body including a cooling space; and a carbonated water production assembly provided in the refrigerator main body, wherein the carbonated water production assembly includes: a production module; a carbon dioxide supply module connected to the production module to supply carbon dioxide; a carbonated water container which is detachably provided in the production module, and in which carbonated water is produced; and the production module includes an installation body in which the carbonated water container is installed; and a production module; a carbon dioxide supply module connected to the production module to supply carbon dioxide; a carbonated water container which is detachably provided in the production module, and in which carbonated water is produced; and the production module includes an installation body in which the carbonated water container is installed; and wherein the carbonated water container includes: a container body; and a seating protrusion protruding from the container body, and a container body; and a seating protrusion protruding from the container body, and the installation body includes: a seating portion in which the seating protrusion is receivable; and a guide rail which guides the seating protrusion to the seating portion, a seating portion in which the seating protrusion is receivable; and a guide rail which guides the seating protrusion to the seating portion, characterized in that the production module further includes an installation sensor which senses that the carbonated water container is installed in the installation body such that a state in which carbonated water can be produced is established, and in that the installation sensor is provided to sense movement of the seating protrusion which is arranged to move along the guide rail into the seating portion.
A fundus observation apparatus comprising: an optical system that splits light from a low coherence or broadband light source into signal light and reference light, generates interference light by superposing said signal light that has passed through the fundus of an eye and reference light that has passed through a reference optical path, and detects the generated interference light; a scanning part (43, 44, 70) that two-dimensionally scans said fundus with said signal light; an image forming part (220, 230) that forms, based on the detection results of said interference light, a 3-dimensional image corresponding to the region of said fundus in which the two-dimensional scanning with said signal light is executed when said scanning part (43, 44, 70) scans with said signal light along each of a plurality of scanning lines that are parallel to each other, as said two-dimensional scanning; an imaging part that forms a moving image of said fundus when the two-dimensional scanning with said signal light is executed; and a correction part that corrects the position of said 3-dimensional image in a fundus surface direction based on the formed moving image, and corrects the position of said 3-dimensional image in a fundus depth direction, based on a tomographic image of said fundus that is formed by said image forming part (220, 230) based on the detection results of interference light of signal light and reference light of a separate scanning by said scanning part (43, 44, 70), said separate scanning consisting of scanning in a direction crossing said plurality of scanning lines. an optical system that splits light from a low coherence or broadband light source into signal light and reference light, generates interference light by superposing said signal light that has passed through the fundus of an eye and reference light that has passed through a reference optical path, and detects the generated interference light; a scanning part (43, 44, 70) that two-dimensionally scans said fundus with said signal light; an image forming part (220, 230) that forms, based on the detection results of said interference light, a 3-dimensional image corresponding to the region of said fundus in which the two-dimensional scanning with said signal light is executed when said scanning part (43, 44, 70) scans with said signal light along each of a plurality of scanning lines that are parallel to each other, as said two-dimensional scanning; an imaging part that forms a moving image of said fundus when the two-dimensional scanning with said signal light is executed; and a correction part that corrects the position of said 3-dimensional image in a fundus surface direction based on the formed moving image, and corrects the position of said 3-dimensional image in a fundus depth direction, based on a tomographic image of said fundus that is formed by said image forming part (220, 230) based on the detection results of interference light of signal light and reference light of a separate scanning by said scanning part (43, 44, 70), said separate scanning consisting of scanning in a direction crossing said plurality of scanning lines.
A process for separating a fibrous target component from textile waste (2, 5), said textile waste (2, 5) containing the target component and at least one ancillary component, whereby the target component consists of water-swellable textile fibers with a density higher than the density of water, wherein the ancillary component comprises non-cellulosic man-made fibers that are substantially non-swellable in the aqueous solution, the process (1, 101, 201) comprising the steps: a) dispersing the comminuted textile waste in an aqueous solution to obtain a suspension containing the textile waste, and b) mechanically separating the dispersed textile waste into a high-density target fraction comprising the target component, and a low-density residual fraction comprising the at least one ancillary component, according to the respective density of said components (21, 22), characterized in that, the aqueous solution is an alkaline aqueous solution and the target component fibers are swelled in the alkaline aqueous solution prior to step b), thereby increasing the density and weight of said target component relative to the density and weight of the ancillary component wherein the density difference between target and ancillary component fibers is increased. a) dispersing the comminuted textile waste in an aqueous solution to obtain a suspension containing the textile waste, and b) mechanically separating the dispersed textile waste into a high-density target fraction comprising the target component, and a low-density residual fraction comprising the at least one ancillary component, according to the respective density of said components (21, 22),
A method for a server computer system comprising: determining whether multiple media players are streaming media files in multiple browsing tabs of a graphical user interface presented on a user device, and if so: requesting the visibility status of a first one of the browsing tabs; receiving data indicating a visibility status of the first tab; determining, based on the data indicating the visibility status of the first tab, whether the first tab is active; and if the first tab is not active, muting, by a processing device, an audio component of a streaming media file playing in the streaming media player in the first tab. requesting the visibility status of a first one of the browsing tabs; receiving data indicating a visibility status of the first tab; determining, based on the data indicating the visibility status of the first tab, whether the first tab is active; and if the first tab is not active, muting, by a processing device, an audio component of a streaming media file playing in the streaming media player in the first tab.
A method for registering a mobile terminal in a mobile radio communication system, said mobile radio communication system comprising at least one mobile radio communication core network connected to at least one second network, wherein said mobile terminal is located within a access network associated to the at least one mobile radio communication core network and comprises at least a first and a second periodic registration timer (31, 32, 33) for respectively registering the mobile terminal with said at least one mobile radio communication core network and said at least one second network upon their respective expiry, characterized by the step of: registering said mobile terminal with said mobile radio communication core network and with said at least one second network upon expiry of any one of said at least first and second periodic registration timers (31, 32, 33), which is first to expire. registering said mobile terminal with said mobile radio communication core network and with said at least one second network upon expiry of any one of said at least first and second periodic registration timers (31, 32, 33), which is first to expire.
A method of calibrating a tension meter arranged to measure the tension in a mooring line of a marine asset, the method comprising: determining at least one characteristic of the catenary trajectory formed by the mooring line, determining the tension in the mooring line based on the at least one characteristic; and comparing the determined tension with a corresponding tension measurement from the tension meter. determining at least one characteristic of the catenary trajectory formed by the mooring line, determining the tension in the mooring line based on the at least one characteristic; and comparing the determined tension with a corresponding tension measurement from the tension meter.
A fluid and/or material level detection device for detecting a fluid level, the detection device comprising a cable or transmission line comprising a coaxial cable and an electromagnetic transmitter and receiver arrangement connected or connectable to the cable or transmission line; wherein the cable or transmission line acts as an antenna, and comprises: an inner conductor; an outer conductor comprising a plurality of apertures or slots provided in a spaced relation along at least part of a length of the outer conductor; the inner conductor being provided within the outer conductor; wherein the cable or transmission line is configured as a radiating cable, RC, and/or a leaky feeder, LF, or leaky cable or hybrid of a leaky cable with a standard/nonleaky coaxial cable; and the transmitter and receiver arrangement is connected or connectable to the inner conductor; and wherein the cable or transmission line is configured to propagate an electromagnetic signal from the electromagnetic transmitter and to propagate a reflection of the electromagnetic signal, caused by an impedance change along the length of the cable or transmission line, to the receiver for detecting the fluid level. the cable or transmission line acts as an antenna, and comprises: an inner conductor; an outer conductor comprising a plurality of apertures or slots provided in a spaced relation along at least part of a length of the outer conductor; the inner conductor being provided within the outer conductor; wherein the cable or transmission line is configured as a radiating cable, RC, and/or a leaky feeder, LF, or leaky cable or hybrid of a leaky cable with a standard/nonleaky coaxial cable; and the transmitter and receiver arrangement is connected or connectable to the inner conductor; and wherein an inner conductor; an outer conductor comprising a plurality of apertures or slots provided in a spaced relation along at least part of a length of the outer conductor; the inner conductor being provided within the outer conductor; wherein the cable or transmission line is configured as a radiating cable, RC, and/or a leaky feeder, LF, or leaky cable or hybrid of a leaky cable with a standard/nonleaky coaxial cable; and the cable or transmission line is configured to propagate an electromagnetic signal from the electromagnetic transmitter and to propagate a reflection of the electromagnetic signal, caused by an impedance change along the length of the cable or transmission line, to the receiver for detecting the fluid level.
A terminal device connectable to Bluetooth headphones and including a speaker, comprising: a detection means adapted to detect establishment of a link with the Bluetooth headphones; a check means adapted to check whether an application to be started is set to inhibit playback through the Bluetooth headphones, wherein the application being set to inhibit playback of sound through the Bluetooth headphones is an application in need of synchronization between screen display and sound; a link termination control means adapted to terminate the link with the Bluetooth headphones when establishment of the link with the Bluetooth headphones is detected by the detection means and setting to inhibit playback through the Bluetooth headphones for the application is recognized by the check means; and a switch means adapted to switch output of the speaker to mute when the link is terminated by the link termination control means. a detection means adapted to detect establishment of a link with the Bluetooth headphones; a check means adapted to check whether an application to be started is set to inhibit playback through the Bluetooth headphones, wherein the application being set to inhibit playback of sound through the Bluetooth headphones is an application in need of synchronization between screen display and sound; a link termination control means adapted to terminate the link with the Bluetooth headphones when establishment of the link with the Bluetooth headphones is detected by the detection means and setting to inhibit playback through the Bluetooth headphones for the application is recognized by the check means; and a switch means adapted to switch output of the speaker to mute when the link is terminated by the link termination control means.
A swash plate assembly comprising: a rotationally stationary swash plate pivotally mounted about a central pivot point defined along a rotor axis of rotation; a rotational swash plate which defines a rotor pitch control point such that articulation of the swash plate assembly drives pitch control rods which cause a blade assembly to pitch about a pitch change axis (p), said rotor pitch control point is defined along an in-line plane which passes through said central pivot point; a bearing system mounted between said rotationally stationary swash plate and said rotational swash plate; said bearing system is mounted between a rotor pitch control point defined by said rotational swash plate and a servo pivot point defined by said rotationally stationary swash plate and a servo lug which extends from said rotationally stationary swash plate, said servo lug defines a servo pivot point off said in-line plane and radially inboard of said bearing system and the rotationally stationary swash plate is mounted to the rotor shaft through a uniball permitting tilting of the swash plate assembly about the central pivot point and translation thereof along the axis of rotation. a rotationally stationary swash plate pivotally mounted about a central pivot point defined along a rotor axis of rotation; a rotational swash plate which defines a rotor pitch control point such that articulation of the swash plate assembly drives pitch control rods which cause a blade assembly to pitch about a pitch change axis (p), said rotor pitch control point is defined along an in-line plane which passes through said central pivot point; a bearing system mounted between said rotationally stationary swash plate and said rotational swash plate; said bearing system is mounted between a rotor pitch control point defined by said rotational swash plate and a servo pivot point defined by said rotationally stationary swash plate and a servo lug which extends from said rotationally stationary swash plate, said servo lug defines a servo pivot point off said in-line plane and radially inboard of said bearing system and the rotationally stationary swash plate is mounted to the rotor shaft through a uniball permitting tilting of the swash plate assembly about the central pivot point and translation thereof along the axis of rotation.