mhurhangee/patent-ind-claim-en huggingface dataset:
A server providing a first media service comprising: a processor and memory including code, the code executable to cause the processor to control the server to: receive a request from a first device , being a subscriber to said first media service, for limited rights to stream selected media from a media service to a second device , being a subscriber to a second media service, provided by a second server; generate a token, wherein the token comprises data that enables streaming of the selected media from said first or second media service subject to the limited rights; transfer the token to the first device ; receive the token from said second server, and verify the token based on authentication information comprised in said token; activate streaming of the selected media to the second device ; wherein the code is further executable to control the server to: measure short range signal strength between the first device and the second device ; and terminate the token and stop streaming of the selected media, in response to the short range signal strength falling below a predetermined level. receive a request from a first device , being a subscriber to said first media service, for limited rights to stream selected media from a media service to a second device , being a subscriber to a second media service, provided by a second server; generate a token, wherein the token comprises data that enables streaming of the selected media from said first or second media service subject to the limited rights; transfer the token to the first device ; receive the token from said second server, and verify the token based on authentication information comprised in said token; activate streaming of the selected media to the second device ; wherein the code is further executable to control the server to: measure short range signal strength between the first device and the second device ; and terminate the token and stop streaming of the selected media, in response to the short range signal strength falling below a predetermined level. measure short range signal strength between the first device and the second device ; and terminate the token and stop streaming of the selected media, in response to the short range signal strength falling below a predetermined level.
A method of preparing a secure element , the method being performed as part of a pre-personalisation process of the secure element and comprising: receiving a secure element in the form of a chip comprising a processor and a non-volatile, re-writable, memory ; writing at least one set of at least two applications to the secure element, a first application to a first portion of the memory and a second application to a second portion of the memory; writing code to the secure element and invoking the code with a parameter indicating the application which is to be removed to recover a memory portion occupied by a selected one of the at least the first application (A1) and the second application (A2), leaving a remaining application in the memory and to make the recovered memory portion available for storage of other data; such that only one of the applications is present in the finalised secure element wherein the at least two applications of the set are mutually exclusive, and the method further comprising preventing a further invocation of the code. receiving a secure element in the form of a chip comprising a processor and a non-volatile, re-writable, memory ; writing at least one set of at least two applications to the secure element, a first application to a first portion of the memory and a second application to a second portion of the memory; writing code to the secure element and invoking the code with a parameter indicating the application which is to be removed to recover a memory portion occupied by a selected one of the at least the first application (A1) and the second application (A2), leaving a remaining application in the memory and to make the recovered memory portion available for storage of other data; such that only one of the applications is present in the finalised secure element wherein the at least two applications of the set are mutually exclusive, and writing code to the secure element and invoking the code with a parameter indicating the application which is to be removed to recover a memory portion occupied by a selected one of the at least the first application (A1) and the second application (A2), leaving a remaining application in the memory and to make the recovered memory portion available for storage of other data; such that only one of the applications is present in the finalised secure element wherein the at least two applications of the set are mutually exclusive, and the method further comprising preventing a further invocation of the code.
An aerodrome maintenance apparatus for monitoring runway and taxiway conditions and remotely reporting the status of the runway or taxiway, the apparatus comprising: a drive unit operable to provide self-controlled rolling movement of the apparatus along a surface of a runway or taxiway of the aerodrome; a detection unit comprising one or more sensors (21-23) configured to detect one or more parameters of the surface; and a communications unit comprising a transceiver arranged to transfer data derived from the detection unit from the apparatus to a remote server, wherein the apparatus is arranged, in use, to move along the surface and transfer data representative of one or more parameters of the surface to a remote server, characterised in that the one or more sensors of the detection unit comprises a friction meter arranged to measure and output data representative of a friction level of the surface. a drive unit operable to provide self-controlled rolling movement of the apparatus along a surface of a runway or taxiway of the aerodrome; a detection unit comprising one or more sensors (21-23) configured to detect one or more parameters of the surface; and a communications unit comprising a transceiver arranged to transfer data derived from the detection unit from the apparatus to a remote server, wherein the apparatus is arranged, in use, to move along the surface and transfer data representative of one or more parameters of the surface to a remote server, characterised in that the one or more sensors of the detection unit comprises a friction meter arranged to measure and output data representative of a friction level of the surface.
A method of manufacturing a measuring device in the form of a strip incorporating sensors (2, 2 1 -2 n ) to measure one or more parietal physical quantities, said method comprising a step consisting of using sensors (2, 2 1 -2 n ) having an active area (20, 20 1 -20 n ) for taking measurements, characterised in that the method comprises steps consisting of: - making, by 3D printing of a thermoplastic material , an elongated support including a longitudinal groove , said groove has a bottom wall , - installing the sensors (2, 2 1 -2 n ) in the groove , the installation being carried out so that the active areas (20, 20 1 -20 n ) of said sensors are located opposite the bottom wall , - encapsulating the sensors (2, 2 1 -2 n ) in the groove , using a thermoplastic material added by 3D printing, - creating openings in the encapsulation at each active area (20, 20 1 -20 n ) of the sensors (2, 2 1 -2 n ) so as to leave said areas free. - making, by 3D printing of a thermoplastic material , an elongated support including a longitudinal groove , said groove has a bottom wall , - installing the sensors (2, 2 1 -2 n ) in the groove , the installation being carried out so that the active areas (20, 20 1 -20 n ) of said sensors are located opposite the bottom wall , - encapsulating the sensors (2, 2 1 -2 n ) in the groove , using a thermoplastic material added by 3D printing, - creating openings in the encapsulation at each active area (20, 20 1 -20 n ) of the sensors (2, 2 1 -2 n ) so as to leave said areas free.
Piston pump assembly for a hydraulic vehicle brake system, comprising an electric motor , a worm gear which is able to be driven in rotation by the electric motor and converts a rotational movement of the electric motor into a displacement, and comprising a piston-cylinder unit with a piston which is displaceable in a cylinder by the worm gear , wherein the cylinder has a radial vent for a rear side of the piston with a radial hole in a circumferential wall of the cylinder , characterized in that the vent has an axially parallel groove on the outside in the circumferential wall of the cylinder , which opens into the radial hole in the circumferential wall of the cylinder , and a radial groove , which merges into the axially parallel groove , in an open end face of the cylinder that faces the electric motor .
A quench protection system for use with a superconducting magnet having at least one primary coil comprising high temperature superconductor, HTS, material, the system comprising: a secondary HTS tape , the secondary HTS tape comprising a substrate and an HTS layer of HTS material supported by the substrate ; a detection unit configured to detect onset of a loss of superconductivity in the secondary HTS tape; and a quench protection unit configured to cause energy to be dumped from the primary coil to an external resistive load in response to said detection; characterised in that the HTS layer is divided into a plurality of strips , the strips being connected in series along an open path. a secondary HTS tape , the secondary HTS tape comprising a substrate and an HTS layer of HTS material supported by the substrate ; a detection unit configured to detect onset of a loss of superconductivity in the secondary HTS tape; and a quench protection unit configured to cause energy to be dumped from the primary coil to an external resistive load in response to said detection; characterised in that the HTS layer is divided into a plurality of strips , the strips being connected in series along an open path.
A cleaning device, comprising: a vacuum body that includes a handle that is coupled to a head , the head including a lower base ; a replaceable cleaning head that includes a cleaning sheet and a dust chamber , wherein the replaceable cleaning head is configured to be removably attached to the lower base , and the cleaning sheet has a cleaning surface; and a source of suction located on at least one of the body or replaceable cleaning head ; characterised in that the lower base is moveably mounted to the head ; a motor being connected to the lower base such that the motor is operable to impart motion to the lower base relative to the head ; wherein the replaceable cleaning head , when attached to the lower base , is movable with the lower base relative to the head . a vacuum body that includes a handle that is coupled to a head , the head including a lower base ; a replaceable cleaning head that includes a cleaning sheet and a dust chamber , wherein the replaceable cleaning head is configured to be removably attached to the lower base , and the cleaning sheet has a cleaning surface; and a source of suction located on at least one of the body or replaceable cleaning head ; characterised in that the lower base is moveably mounted to the head ; a motor being connected to the lower base such that the motor is operable to impart motion to the lower base relative to the head ; wherein the replaceable cleaning head , when attached to the lower base , is movable with the lower base relative to the head .
A communication system comprising a plurality of user-side optical line terminating apparatuses, ONUs, (10-1 to 10-3) and station-side optical line terminating apparatus, OLT, connected to the ONUs with a common optical fiber , wherein the ONUs (10-1 to 10-3) each include: an ONU side optical transceiver having a power saving mode; and an ONU side control apparatus configured to turn off transmitting of the ONU side optical transceiver in a period of sleep time designated by the OLT via the ONU side optical transceiver , and the OLT includes: an OLT side optical transceiver connected to the optical fiber ; and an OLT side control device configured to separately send a message to each of the ONUs (10-1 to 10-3) to separately designate the period of sleep time for each of the ONUs (10-1 to 10-3) via the OLT side optical transceiver . characterized in that , in the power saving mode, the control apparatus is adapted to configure the transmitting unit of the ONU side optical transceiver to be: turned off in the period of sleep time to reduce power consumption while electrical power is supplied to a receiver unit of the ONU side optical transceiver and temporarily turned on at a timing after the end of a predetermined sleep time, to transmit a sleep request and maintain a link, and thereafter turned off again. an ONU side optical transceiver having a power saving mode; and an ONU side control apparatus configured to turn off transmitting of the ONU side optical transceiver in a period of sleep time designated by the OLT via the ONU side optical transceiver , an OLT side optical transceiver connected to the optical fiber ; and an OLT side control device configured to separately send a message to each of the ONUs (10-1 to 10-3) to separately designate the period of sleep time for each of the ONUs (10-1 to 10-3) via the OLT side optical transceiver . characterized in that , in the power saving mode, the control apparatus is adapted to configure the transmitting unit of the ONU side optical transceiver to be: turned off in the period of sleep time to reduce power consumption while electrical power is supplied to a receiver unit of the ONU side optical transceiver and temporarily turned on at a timing after the end of a predetermined sleep time, to transmit a sleep request and maintain a link, and thereafter turned off again.
An inhaler article comprising: a body extending along a longitudinal axis (L A ) from a mouthpiece end to a distal end ; a capsule cavity within the body bounded downstream by a mouthpiece ; an air inlet at the distal end; an air outlet at the mouthpiece end; a separator between the capsule cavity and the mouthpiece comprising at least one aperture to form an air flow path from the capsule cavity to the mouthpiece; a first mouthpiece air channel extending from the distal air inlet, through the capsule cavity to the mouthpiece air outlet; characterized in that the inhaler article further comprises a second mouthpiece air channel extending from a point downstream of the separator to the mouthpiece air outlet, the second mouthpiece air channel being separate from the first mouthpiece air channel; and; a coating layer of flavour disposed on a surface of the second mouthpiece air channel and a protective layer disposed on the coating layer of flavour. a body extending along a longitudinal axis (L A ) from a mouthpiece end to a distal end ; a capsule cavity within the body bounded downstream by a mouthpiece ; an air inlet at the distal end; an air outlet at the mouthpiece end; a separator between the capsule cavity and the mouthpiece comprising at least one aperture to form an air flow path from the capsule cavity to the mouthpiece; a first mouthpiece air channel extending from the distal air inlet, through the capsule cavity to the mouthpiece air outlet; characterized in that the inhaler article further comprises a second mouthpiece air channel extending from a point downstream of the separator to the mouthpiece air outlet, the second mouthpiece air channel being separate from the first mouthpiece air channel; and; a coating layer of flavour disposed on a surface of the second mouthpiece air channel and a protective layer disposed on the coating layer of flavour.
A field device, comprising: - one or more digital and/or analogue interfaces; and - an Ethernet interface: wherein, the field device is configured such that power for the one or more digital interfaces and/or analogue interfaces is power derived from power for the Ethernet interface; wherein the field device is configured such that power for the field device is derived from the power for the Ethernet interface; wherein the Ethernet interface comprises one or more Power over Ethernet, POE, capable switches and wherein power for the one or more digital interfaces and/or analog interfaces is provided from the one or more POE capable switches, and wherein one or more power lines for the one or more digital interfaces and/or analogue interfaces are configured to connect to the one or more POE capable switches; and wherein the one or more digital interfaces and/or analogue interfaces are configured to be disconnected from the field device. - one or more digital and/or analogue interfaces; and - an Ethernet interface: wherein, the field device is configured such that power for the one or more digital interfaces and/or analogue interfaces is power derived from power for the Ethernet interface; wherein the field device is configured such that power for the field device is derived from the power for the Ethernet interface; wherein the Ethernet interface comprises one or more Power over Ethernet, POE, capable switches and wherein power for the one or more digital interfaces and/or analog interfaces is provided from the one or more POE capable switches, and wherein one or more power lines for the one or more digital interfaces and/or analogue interfaces are configured to connect to the one or more POE capable switches; and wherein the one or more digital interfaces and/or analogue interfaces are configured to be disconnected from the field device. wherein, the field device is configured such that power for the one or more digital interfaces and/or analogue interfaces is power derived from power for the Ethernet interface; wherein the field device is configured such that power for the field device is derived from the power for the Ethernet interface; wherein the Ethernet interface comprises one or more Power over Ethernet, POE, capable switches and wherein power for the one or more digital interfaces and/or analog interfaces is provided from the one or more POE capable switches, and wherein one or more power lines for the one or more digital interfaces and/or analogue interfaces are configured to connect to the one or more POE capable switches; and wherein the one or more digital interfaces and/or analogue interfaces are configured to be disconnected from the field device.
A cosmetic composition, characterized in that it comprises, as active ingredient, an extract, called green extract, of seeds of the Aframomum angustifolium or longoza plant made with an ecologically friendly and cosmetically acceptable polar solvent, comprising or consisting of a polar solvent of polyol, in particular a glycol, in a cosmetically acceptable excipient.
Component for a redox flow cell, having an electrode frame , an electrode , a membrane and a bipolar plate , wherein the electrode is arranged in the electrode frame and is enclosed around its circumference by the latter and the electrode frame is arranged between the membrane and the bipolar plate , characterised in that the electrode frame is adhesively bonded to at least the membrane . having an electrode frame , an electrode , a membrane and a bipolar plate , wherein the electrode is arranged in the electrode frame and is enclosed around its circumference by the latter and the electrode frame is arranged between the membrane and the bipolar plate , characterised in that the electrode frame is adhesively bonded to at least the membrane .
Process for recovering and upgrading unsaturated fluorinated hydrocarbons, comprising the steps of: a) providing a foam M1 consisting of pores containing a composition C1 comprising at least one unsaturated fluorinated hydrocarbon; b1) optionally grinding or compressing said foam M1 provided in step a) to form a ground foam or a compressed foam; b2) optionally recovering at least a portion of said composition C1 comprising at least one unsaturated fluorinated hydrocarbon and released during step b1) ; c) depolymerizing or dissolving said foam M1 provided in step a) or said ground or compressed foam obtained in step b1) ; d) recovering at least a portion of said composition C1 comprising at least one unsaturated fluorinated hydrocarbon and released in gaseous form during step c) and optionally mixing the latter with said at least a portion of the composition recovered in step b2) to form a stream A comprising at least one unsaturated fluorinated hydrocarbon; e) recovering and separating said stream A formed in step d) into a plurality of streams of which at least one stream B1 comprises said at least one unsaturated fluorinated hydrocarbon. a) providing a foam M1 consisting of pores containing a composition C1 comprising at least one unsaturated fluorinated hydrocarbon; b1) optionally grinding or compressing said foam M1 provided in step a) to form a ground foam or a compressed foam; b2) optionally recovering at least a portion of said composition C1 comprising at least one unsaturated fluorinated hydrocarbon and released during step b1) ; c) depolymerizing or dissolving said foam M1 provided in step a) or said ground or compressed foam obtained in step b1) ; d) recovering at least a portion of said composition C1 comprising at least one unsaturated fluorinated hydrocarbon and released in gaseous form during step c) and optionally mixing the latter with said at least a portion of the composition recovered in step b2) to form a stream A comprising at least one unsaturated fluorinated hydrocarbon; e) recovering and separating said stream A formed in step d) into a plurality of streams of which at least one stream B1 comprises said at least one unsaturated fluorinated hydrocarbon.
An inspection system to measure the condition of at least the wall of a ground opening, such as a borehole opening, an excavation, and a slurry wall (SW), the inspection system comprising a head unit configured to be lowered into an associated borehole (BH) and having a lowering mount configured to be operably and selectively joined to an associated lowering device (KB) to facilitate the lowering of the head unit into the associated borehole during a data collection phase, the data collection phase including at least one of a lowering phase wherein the head unit is lowered in the associated borehole toward an associated bottom extent (BE) of the borehole (BH) by the associated lowering device (KB) and a raising phase wherein the head unit is raised in the associated borehole away from the associated bottom extent (BE), at least one set of test data being collected concerning one or more physical characteristics of the associated borehole during the data collection phase, the head unit comprising an internal measurement system and a sensor arrangement , the sensor arrangement including a plurality of sensors facing radially outwardly of a head axis that is generally parallel to at least a portion of an associated borehole axis , the plurality of sensors of the sensor arrangement allowing the head unit to be moved during the data collection phase without rotation about the head axis , the plurality of sensors at least partially producing the at least one set of test data collected during the data collection phase, characterized in that the head unit includes at least one calibration sensor arrangement configured to at least one of measure a sensor arrangement depth within the associated borehole (BH), confirm the head depth, and measure a sensor wave speed of the plurality of sensors.