mhurhangee/ep-ind-claims huggingface dataset:
A sensor sleeve for use with a tool, the sensor sleeve comprising: a body defining a central longitudinal axis, the body being configured to receive the distal part of-a tool; a plurality of sensors attached to the body; a cabling extending proximally from an end of the body; and an interface connector coupled to the cabling and configured to interface with a navigation system, characterized in that the body comprises a first shell ("I") and a second shell ("II") hingedly connected together along a first axis ("A") that extends in a direction parallel to the central longitudinal axis, whereby the sensor sleeve is capable of being hingedly opened about the first axis and of being closed to form a tubular body having a lumen defined therethrough. a body defining a central longitudinal axis, the body being configured to receive the distal part of-a tool; a plurality of sensors attached to the body; a cabling extending proximally from an end of the body; and an interface connector coupled to the cabling and configured to interface with a navigation system, characterized in that the body comprises a first shell ("I") and a second shell ("II") hingedly connected together along a first axis ("A") that extends in a direction parallel to the central longitudinal axis, whereby the sensor sleeve is capable of being hingedly opened about the first axis and of being closed to form a tubular body having a lumen defined therethrough.
A stimulation lead having a distal end for providing therapeutic electrical stimulation to tissue in a target area, comprising: an array of one or more stimulation elements with one or more sensing elements located at the distal end of the lead; each of the one or more stimulation elements being capable of providing electrical stimulation to the tissue in the target area; and each of the one or more sensing elements being capable of detecting electrical signals; wherein each stimulation element is directly associated with a single sensing element or a combination of sensing elements based on a geometric relation between the position of the sensing and stimulation elements and wherein the lead has a controller for receiving signals from the one or more sensing elements, for determining the location of the target area and for determining which of the stimulation elements is located at least near the target area and that should provide the therapeutic stimulation, wherein the controller is capable of determining for each of the selected stimulation elements the required stimulation parameters needed for the therapeutic stimulation and wherein the controller is capable of using the signals received from one or more specific sensing elements to control relative stimulation amplitudes and/or timings of one or more specific stimulation elements.
A mining vehicle comprising at least one electric component, apparatus or machine (23, 24) operating at alternating voltage and having a specific nominal voltage (U N), a connection cable for the power supply to the mining vehicle, a cable reel for the connection cable, connecting means for connecting the mining vehicle to an alternating current network, and a transformer arranged to transform the voltage level (U 1, U 2) of the alternating current network into the nominal voltage (U N), characterized in that a voltage (U 2) lower than the nominal voltage (U N) and a voltage (U 1) higher than the nominal voltage (U N) are feedable to the transformer, whereby, when a voltage (U 2) lower than the nominal voltage (U N) is fed to the transformer, the transformer is configured to raise the voltage to the nominal voltage (U N), and when a voltage (U 1) higher than the nominal voltage (U N) is fed to the transformer, the transformer is configured to lower this higher voltage (U 1) to the nominal voltage (U N), the transformer being arranged to feed the electric component, device or machine (23, 24) both when a voltage (U 2) lower than the nominal voltage (U N) is fed to the transformer and when a voltage (U 1) higher than the nominal voltage (U N) is fed to the transformer, and that the transformer comprises at least first and second tapping points (a1 to a3, b1 to b3, c1 to c3) determining the transformation ratio of the transformer whereby the alternating current network is arranged to be connected to one of the at least first and second tapping points (a1 to a3, b1 to b3, c1 to c3) and the electric component, device or machine is arranged to be fed from the other of the at least first and second tapping points (a1 to a3, b1 to b3, c1 to c3).
An arabinoxylan preparation containing the water-extractable AX fraction produced from wheat and being characterized in comprising; • isolated water-soluble arabinoxylans with - an average degree of polymerisation of at least 60; - an average molecular weight fraction of 8kDa to 30 kDa; - a degree of substitution of 0.7; • a protein content of up to 22% (w/w); and • a total sugar concentration of at least 55% (w/w) mainly consisting of arabinoxylan. • isolated water-soluble arabinoxylans with - an average degree of polymerisation of at least 60; - an average molecular weight fraction of 8kDa to 30 kDa; - a degree of substitution of 0.7; - an average degree of polymerisation of at least 60; - an average molecular weight fraction of 8kDa to 30 kDa; - a degree of substitution of 0.7; • a protein content of up to 22% (w/w); and • a total sugar concentration of at least 55% (w/w) mainly consisting of arabinoxylan.
A battery pack capable of calculating remaining battery power according to temperature of the battery pack during use, comprising: temperature measurement means operable to measure temperature of a battery cell; measured temperature history storage means having stored thereon a history of measured temperature; temperature inference means operable to extract a minimum temperature from the history within a time interval, and inferring the minimum temperature as a current temperature within the battery cell; and remaining power calculation means operable to calculate remaining battery power based on the inferred temperature within the battery cell. temperature measurement means operable to measure temperature of a battery cell; measured temperature history storage means having stored thereon a history of measured temperature; temperature inference means operable to extract a minimum temperature from the history within a time interval, and inferring the minimum temperature as a current temperature within the battery cell; and remaining power calculation means operable to calculate remaining battery power based on the inferred temperature within the battery cell.
A voice assistant comprising an electronic processor unit having a connection port connected to at least one microphone and at least one connection port connected to pieces of remote equipment (2, 4), the electronic processor unit comprising both single detection modules (131, 132) for detecting respective single keywords from an audio signal supplied by the microphone to the electronic processor unit and also a control unit connected to the single detection modules (131, 132) to select predetermined actions as a function of detection signals supplied by the single detection modules (131, 132) and to perform those actions, the control module also being arranged: - to detect whether actions are doable; - to activate or deactivate the single detection modules (131, 132) as a function of the doability of the actions. - to detect whether actions are doable; - to activate or deactivate the single detection modules (131, 132) as a function of the doability of the actions.
A method for estimating the position of a receiver using radio signals in a satellite positioning system, consisting of at least one ranging code modulated on at least three carriers, wherein the method comprises - estimating the delay of each code, - estimating the phase of each carrier, - combining the code delay estimates, - smoothing the resulting code combination (Ψ) using a combination of at least three carrier phases, comprising subtracting a first carrier phase combination (Φ 1) from the code combination (Ψ), filtering the resulting combination (χ) and finally adding a second carrier phase combination (Φ 2) wherein - different carrier phase combinations are used before and after the filtering, - the first carrier phase combination (Φ 1) before the filtering is used to eliminate the geometry and together with the code combination (Ψ) also the ionosphere in the smoothing process, - the second carrier phase combination (Φ 2) after the filtering restores the geometry and keeps the result ionosphere-free, and - the smoothed code combination is used in order to estimate the user's position, a time-offset like parameter, and the ambiguity resulting from the use of different carrier phase combinations before and after the filtering. - estimating the delay of each code, - estimating the phase of each carrier, - combining the code delay estimates, - smoothing the resulting code combination (Ψ) using a combination of at least three carrier phases, comprising subtracting a first carrier phase combination (Φ 1) from the code combination (Ψ), filtering the resulting combination (χ) and finally adding a second carrier phase combination (Φ 2) wherein - different carrier phase combinations are used before and after the filtering, - the first carrier phase combination (Φ 1) before the filtering is used to eliminate the geometry and together with the code combination (Ψ) also the ionosphere in the smoothing process, - the second carrier phase combination (Φ 2) after the filtering restores the geometry and keeps the result ionosphere-free, and - the smoothed code combination is used in order to estimate the user's position, a time-offset like parameter, and the ambiguity resulting from the use of different carrier phase combinations before and after the filtering.
A method of securing execution of a main program that implements nested functions (F1, F2, F3), the method comprising the steps of: • executing a security management program arranged to update a list of current functions; • informing the security management program of the beginning of execution of each function (F1, F2, F3) of the main program and updating the list of current functions; • informing the security management program of the end of execution of each function (F1, F2, F3); • after being informed of each end of execution of a function (F1, F2, F3), verifying that the function is indeed the function that was begun the most recently; and • in the event of the verification failing, performing a protection action that is selected as a function of a security level associated with each function; wherein the list of functions is a table comprising a sequence of fields for receiving respective function identifiers (ID-F1, ID-F2, ID-F3), the method comprising the steps of: • initializing the fields, • on being informed of the beginning of the execution of a function (F1, F2, F3), writing the identifier of the function (ID-F1, ID-F2, ID-F3) in the first available field. and wherein the identifier of each function (ID-F1, ID-F2, ID-F3)contains a security level associated with the function (F1, F2, F3) and the security management program has access to a table associating protection actions that are to be performed as a function of the security levels. • executing a security management program arranged to update a list of current functions; • informing the security management program of the beginning of execution of each function (F1, F2, F3) of the main program and updating the list of current functions; • informing the security management program of the end of execution of each function (F1, F2, F3); • after being informed of each end of execution of a function (F1, F2, F3), verifying that the function is indeed the function that was begun the most recently; and • in the event of the verification failing, performing a protection action that is selected as a function of a security level associated with each function; • initializing the fields, • on being informed of the beginning of the execution of a function (F1, F2, F3), writing the identifier of the function (ID-F1, ID-F2, ID-F3) in the first available field.
A system for assisting in assessing a state of a subject's lung, the system comprising: - a dark field image providing unit (4, 5, 7) for providing a dark field image of the lung, wherein the provided dark field image comprises dark field values for different spatial positions and for different breathing state values being indicative of a breathing state of the lung, - an image processing unit for processing the provided dark field image, wherein the image processing unit is adapted to determine a differentiation image by differentiating the provided dark field image with respect to the breathing state values. - a dark field image providing unit (4, 5, 7) for providing a dark field image of the lung, wherein the provided dark field image comprises dark field values for different spatial positions and for different breathing state values being indicative of a breathing state of the lung, - an image processing unit for processing the provided dark field image, wherein the image processing unit is adapted to determine a differentiation image by differentiating the provided dark field image with respect to the breathing state values.
An introducer apparatus for facilitating subcutaneous implantation of a medical device, the apparatus comprising: a housing having a proximal end and a distal end, the housing defining a distal opening at or adjacent to the distal end; and an inserter configured to form a subcutaneous pocket in tissue of a patient and to move the medical device through the distal opening of the housing, the inserter having a first portion including a first handle portion, the first portion being configured to facilitate forming the subcutaneous pocket, and a second portion including a second handle portion, the second portion being configured to facilitate moving the medical device through the distal opening of the housing, and, the first portion being configured to disengage from the second portion and the first handle portion is configured to nest within the second handle portion, wherein the housing comprises a proximal opening and a first channel between the proximal opening and the distal opening along a length of the housing, and each of the first portion and the second portion are configured to move within the first channel along the length of the housing, and wherein the housing comprises a compartment laterally adjacent to the first channel, wherein the compartment is configured to releasably hold and contain the medical device. a housing having a proximal end and a distal end, the housing defining a distal opening at or adjacent to the distal end; and an inserter configured to form a subcutaneous pocket in tissue of a patient and to move the medical device through the distal opening of the housing, the inserter having a first portion including a first handle portion, the first portion being configured to facilitate forming the subcutaneous pocket, and a second portion including a second handle portion, the second portion being configured to facilitate moving the medical device through the distal opening of the housing, and, the first portion being configured to disengage from the second portion and the first handle portion is configured to nest within the second handle portion, wherein the housing comprises a proximal opening and a first channel between the proximal opening and the distal opening along a length of the housing, and each of the first portion and the second portion are configured to move within the first channel along the length of the housing, and wherein the housing comprises a compartment laterally adjacent to the first channel, wherein the compartment is configured to releasably hold and contain the medical device.
An orthotic sock comprising a resilient material for conforming to a foot, ankle and lower leg of a wearer, the sock further comprising means for restricting movement of the wearer's foot in one or more predetermined directions and/or assisting movement of the wearer's foot in one or more predetermined directions, in which the means for restricting and/or assisting movement of the wearer's foot comprises one or more resilient panels (270, 280, 290, 300) incorporated in the sock including means for assisting dorsiflexion of the wearer's foot (270, 300) comprising a panel of resilient material that extends down a shin portion and upper foot portion of the sock to assist the dorsiflexion of the wearer's foot, characterised in that an opening is defined through a posterior leg portion of the sock, the opening being defined such that a portion of the wearer's calf is exposed through the sock when the sock is worn, the opening being bounded by a perimeter, an upper portion of the perimeter acting to locate the sock at an upper portion of the calf muscle, and in that the panel extends around a circumference of an upper portion of the sock.
A method performed in a wireless communication system, the method comprising: determining by a user equipment, UE, if the UE is in a low cost machine type communication, LC-MTC, mode, or in a coverage extension, CE, mode in the wireless communication system; determining a paging narrow-band resource block; and receiving a paging message at a paging occasion, PO, based on the paging narrow-band resource block, obtaining a higher layer message, characterized in that the method further comprises: within the obtained highler layer message, an indicator configures a paging configuration comprising a set of narrow-band resource blocks (340,342,344,346) reserved for paging messages, wherein each narrow-band resource block (340,342,344,346) is indicated by a respective resource block index; and determining the paging narrow-band resource block is based on the set of narrow-band resource blocks (340,342,344,346) indicated by their respective resource block indices and an UE identifier, UE ID. determining by a user equipment, UE, if the UE is in a low cost machine type communication, LC-MTC, mode, or in a coverage extension, CE, mode in the wireless communication system; determining a paging narrow-band resource block; and receiving a paging message at a paging occasion, PO, based on the paging narrow-band resource block, obtaining a higher layer message, characterized in that the method further comprises: within the obtained highler layer message, an indicator configures a paging configuration comprising a set of narrow-band resource blocks (340,342,344,346) reserved for paging messages, wherein each narrow-band resource block (340,342,344,346) is indicated by a respective resource block index; and determining the paging narrow-band resource block is based on the set of narrow-band resource blocks (340,342,344,346) indicated by their respective resource block indices and an UE identifier, UE ID.
Method for detecting a derailed condition of a rail vehicle, comprising - determining a vehicle position (p) and limiting a driving torque generated by a drive machine of the rail vehicle to a position-dependent maximum value (AM_max), in a fault-free operating state of the rail vehicle, - determining a vehicle speed (v), - detecting the derailed state if the vehicle speed (v) is less than a speed threshold value (v_th) which is determined as a function of position. - determining a vehicle position (p) and limiting a driving torque generated by a drive machine of the rail vehicle to a position-dependent maximum value (AM_max), in a fault-free operating state of the rail vehicle, - determining a vehicle speed (v), - detecting the derailed state if the vehicle speed (v) is less than a speed threshold value (v_th) which is determined as a function of position.
A method of fabricating a ceramic substrate structure, the method comprising: providing a ceramic substrate having a front surface including a plurality of voids; encapsulating the ceramic substrate in a barrier layer; forming a bonding layer comprising a bonding layer material and coupled to the barrier layer on the front surface of the ceramic substrate; removing a portion of the bonding layer to expose a portion of the barrier layer and to define fill regions filled with the bonding layer material in spaces of the plurality of voids; and depositing a second bonding layer on the portion of the exposed barrier layer and the fill regions; wherein the fabricated ceramic substrate is a substantially planar ceramic substrate. providing a ceramic substrate having a front surface including a plurality of voids; encapsulating the ceramic substrate in a barrier layer; forming a bonding layer comprising a bonding layer material and coupled to the barrier layer on the front surface of the ceramic substrate; removing a portion of the bonding layer to expose a portion of the barrier layer and to define fill regions filled with the bonding layer material in spaces of the plurality of voids; and depositing a second bonding layer on the portion of the exposed barrier layer and the fill regions; wherein the fabricated ceramic substrate is a substantially planar ceramic substrate.
An apparatus of a Third Generation Partnership Project, 3GPP, Authentication, Authorization, and Accounting, AAA, server, comprising: one or more processors to obtain wireless local area network, WLAN, Location Information for a WLAN Access Point, AP, via an Authentication and Authorization process for a user equipment, UE (132, 136), associated with the WLAN AP, and to provide the WLAN Location Information to an evolved Packet Data Gateway, ePDG, via an SWm procedure, wherein the WLAN AP is an untrusted access point and the Authentication and Authorization process comprises an Extensible Authentication Protocol-Authentication Key Agreement, EAP-AKA, authentication process.
A shape-correcting device for high-strength steel, the shape-correcting device comprising: a pay-off reel from which a coil is unwound; a skin pass mill correcting a strip unwound from the coil of the pay-off reel; and a coiler rewinding the strip after the strip passes through the skin pass mill, wherein the skin pass mill comprises work rolls that are heat pipe rollers in which heat pipes are installed, wherein the heat pipes are uniformly arranged in the circumferential direction of the heat pipe rollers at a predetermined insertion depth, wherein the heat pipes comprise a plurality of first heat pipes extending in a length direction of the work rolls from an end to a center region of the work rolls and a plurality of second heat pipes extending from an opposite end to a center region, and the first and second heat pipes are alternately arranged in a circumferential direction of the work rolls. a pay-off reel from which a coil is unwound; a skin pass mill correcting a strip unwound from the coil of the pay-off reel; and a coiler rewinding the strip after the strip passes through the skin pass mill, wherein the skin pass mill comprises work rolls that are heat pipe rollers in which heat pipes are installed, wherein the heat pipes are uniformly arranged in the circumferential direction of the heat pipe rollers at a predetermined insertion depth, wherein the heat pipes comprise a plurality of first heat pipes extending in a length direction of the work rolls from an end to a center region of the work rolls and a plurality of second heat pipes extending from an opposite end to a center region, and the first and second heat pipes are alternately arranged in a circumferential direction of the work rolls.