mhurhangee/patent-ind-claim-en huggingface dataset:
A current sensor comprising: a first conductor and a second conductor arranged in such a manner as to form current paths parallel to each other; a circuit substrate arranged in such a manner that a surface of the circuit substrate is perpendicular to the current paths; and a first magnetoelectric conversion device and a second magnetoelectric conversion device arranged on the surface of the circuit substrate in such a manner that the first conductor is sandwiched therebetween, wherein the first conductor , the second conductor , the first magnetoelectric conversion device , and the second magnetoelectric conversion device are all located in a same plane (P) perpendicular to the surface of the circuit substrate ; wherein each of the first conductor and the second conductor includes a thin-plate portion and thick-plate portions arranged on two sides of the thin-plate portion , and wherein the first magnetoelectric conversion device and the second magnetoelectric conversion device are arranged in such a manner that the thin-plate portion of the first conductor is sandwiched therebetween.. a first conductor and a second conductor arranged in such a manner as to form current paths parallel to each other; a circuit substrate arranged in such a manner that a surface of the circuit substrate is perpendicular to the current paths; and a first magnetoelectric conversion device and a second magnetoelectric conversion device arranged on the surface of the circuit substrate in such a manner that the first conductor is sandwiched therebetween, wherein the first conductor , the second conductor , the first magnetoelectric conversion device , and the second magnetoelectric conversion device are all located in a same plane (P) perpendicular to the surface of the circuit substrate ; wherein each of the first conductor and the second conductor includes a thin-plate portion and thick-plate portions arranged on two sides of the thin-plate portion , and wherein the first magnetoelectric conversion device and the second magnetoelectric conversion device are arranged in such a manner that the thin-plate portion of the first conductor is sandwiched therebetween..
A frame designed to be rendered integral with a glass panel of a glazed panel (10; 10') for a motor vehicle opening roof, comprising: - two longitudinal reinforcement armatures (51, 52; 152; 252; 352; 452; 552; 652) in order to reinforce the glass panel against deformations by flexure; and - two longitudinal securing armatures in order to secure the glazed panel in an outer structure designed to receive the glazed panel; said frame being characterized in that : - the two reinforcement armatures (51, 52; 151, 152) and the two securing armatures are joined in pairs by means of their longitudinal ends, in order to form a pre-assembled frame , in other words a frame assembled before to be rendered integral with the glass panel to form a single element; and - at least one end or each of the longitudinal ends of one or each of the reinforcement armatures is joined to the corresponding longitudinal end of the adjacent securing armature by means of a nesting assembly configured to be able to handle the frame without disassembling it, before rendering it integral with the glass panel . - two longitudinal reinforcement armatures (51, 52; 152; 252; 352; 452; 552; 652) in order to reinforce the glass panel against deformations by flexure; and - two longitudinal securing armatures in order to secure the glazed panel in an outer structure designed to receive the glazed panel; - the two reinforcement armatures (51, 52; 151, 152) and the two securing armatures are joined in pairs by means of their longitudinal ends, in order to form a pre-assembled frame , in other words a frame assembled before to be rendered integral with the glass panel to form a single element; and - at least one end or each of the longitudinal ends of one or each of the reinforcement armatures is joined to the corresponding longitudinal end of the adjacent securing armature by means of a nesting assembly configured to be able to handle the frame without disassembling it, before rendering it integral with the glass panel .
An airfoil comprising: an airfoil body including an external wall structure and an internal wall structure, wherein the airfoil body defines: a plurality of skin chambers ; a plurality of skin chamber outlet openings ; and a tip flag chamber , wherein the skin chambers are in fluidic communication with the tip flag chamber via the skin chamber outlet openings , a central chamber , wherein the skin chambers are disposed around the central chamber ; wherein the skin chambers comprise flow passages that are at least partially defined by the external wall structure and the central chamber is entirely defined by the internal wall structure. a plurality of skin chambers ; a plurality of skin chamber outlet openings ; and a tip flag chamber , wherein the skin chambers are in fluidic communication with the tip flag chamber via the skin chamber outlet openings , a central chamber , wherein the skin chambers are disposed around the central chamber ; wherein the skin chambers comprise flow passages that are at least partially defined by the external wall structure and the central chamber is entirely defined by the internal wall structure.
A lower limb of an ambulatory exoskeleton, comprising at least a pelvis segment , a leg segment and a foot segment , the leg segment being articulated at its first end on the pelvis segment and at its second end on the foot segment , in which the leg segment comprises and means for varying the distance ( d ) separating the ends of the leg segment in order to apply a force counter to that of the spring element , the means for varying the distance ( d ) being carried by the pelvis segment , in which the means for varying the distance (d) comprise a device for pretensioning the spring element , characterized in that the leg segment comprises a spring element for exerting a force that opposes a movement of the ends of the leg segment toward each other,.
An automated locomotive spotting system for a locomotive including a tractive effort mechanism for moving the locomotive along a track , the system comprising: a locomotive controller configured to control the tractive effort mechanism to move the locomotive along the track , the locomotive controller including an odometer configured to monitor a distance traversed by the locomotive along the track , the locomotive controller configured to: receive a requested spotting distance value; control movement of the locomotive along the track via the tractive effort mechanism in response to receiving the requested spotting distance value; monitor, by the odometer , the distance traversed by the locomotive along the track ; and inhibit movement of the locomotive in response to the monitored odometer distance indicating the locomotive has traversed the requested spotting distance; wherein the system further comprises a remote control device in wireless communication with the locomotive controller , and wherein the remote control device is configured to transmit the requested spotting distance value to the locomotive controller , the remote control device comprises a track signal switch or sensor, the locomotive controller is configured to receive the requested spotting distance value in response to the locomotive crossing the track signal switch or sensor, and the requested spotting distance value includes a specified distance corresponding to a location of the track signal switch or sensor. receive a requested spotting distance value; control movement of the locomotive along the track via the tractive effort mechanism in response to receiving the requested spotting distance value; monitor, by the odometer , the distance traversed by the locomotive along the track ; and inhibit movement of the locomotive in response to the monitored odometer distance indicating the locomotive has traversed the requested spotting distance; wherein the system further comprises a remote control device in wireless communication with the locomotive controller , and wherein the remote control device is configured to transmit the requested spotting distance value to the locomotive controller , the remote control device comprises a track signal switch or sensor, the locomotive controller is configured to receive the requested spotting distance value in response to the locomotive crossing the track signal switch or sensor, and the requested spotting distance value includes a specified distance corresponding to a location of the track signal switch or sensor.
A method for manufacturing a structure (S) by assembling at least two substrates (S1, S2), at least one of these two substrates being intended for use in electronics, optics, optoelectronics and/or photovoltaics, the structure comprising at least two separation interfaces (I1, 12) extending parallel to the main surfaces of said structure, for separating said structure (S) along an interface (I1) chosen amongst said interfaces, said separation being implemented by inserting a blade (B) between said substrates (S1, S2) and by applying a force by means of said blade for spreading the two substrates and by applying a fluid onto said chosen interface (I1), characterized in that it includes forming the interface chosen for the separation, by choosing the materials located on both sides of each of the separation interfaces (I1, 12) such that the chosen interface has more siloxane bonds, Si-O-Si, than the other interface(s), in order for said interface (I1) to be more sensitive to stress corrosion cracking than the other interface(s), i.e. to the combined action of said spreading force and of the fluid for breaking the siloxane bonds provided at said interface (I1).
A lubrication system , comprising: a housing defining a bore that extends along a first axis towards an end wall ; and a flow restrictor assembly that extends into the bore along the first axis , the system characterized in that the flow restrictor includes: a threaded element defining a plurality of threads that extend from a first threaded element end towards a second threaded element end , and a sleeve disposed about a portion of the plurality of threads , a lubrication flow path being defined between the portion of the plurality of threads and the sleeve . a housing defining a bore that extends along a first axis towards an end wall ; and a flow restrictor assembly that extends into the bore along the first axis , the system characterized in that the flow restrictor includes: a threaded element defining a plurality of threads that extend from a first threaded element end towards a second threaded element end , and a sleeve disposed about a portion of the plurality of threads , a lubrication flow path being defined between the portion of the plurality of threads and the sleeve . a threaded element defining a plurality of threads that extend from a first threaded element end towards a second threaded element end , and a sleeve disposed about a portion of the plurality of threads , a lubrication flow path being defined between the portion of the plurality of threads and the sleeve .
An autoinjector comprising a body adapted to receive a reservoir (S), said reservoir (S), containing fluid and including a piston (P) and a needle (A), such as a pre-filled syringe, said autoinjector further comprising an actuator sleeve that is movable relative to said body between projecting positions, in which said actuator sleeve projects out from said body at least in part, and an actuated position, in which said actuator sleeve is moved axially into said body , said actuator sleeve being in a first projecting position before actuation of the autoinjector and in a second projecting position after actuation of the autoinjector, said actuator sleeve being urged towards said projecting positions by a spring , said autoinjector including a removable cap that is fastened to said body by fastener means before the autoinjector is used, and said removable cap , when it is fastened to said body , co-operates with said actuator sleeve so that said actuator sleeve is moved axially relative to said first projecting position through a distance (d) into said body , against the force of said spring , the force of said spring being applied to said fastener means of said removable cap 20, such that when said removable cap is removed from said body , said spring urges said actuator sleeve into said first projecting position, wherein one of said actuator sleeve and said body includes a flexible tab that is adapted to deform sideways and/or radially relative to said actuator sleeve and/or relative to said body when said actuator sleeve is moved, the other one of said actuator sleeve and said body including a guide profile that co-operates with said flexible tab while said actuator sleeve is moving, the co-operation between the said flexible tab and said guide profile realizing a trigger lock in start of actuation and the lock in second projecting position, said guide profile including an initial groove that is defined at least in part by a shoulder , that co-operates with said flexible tab when said actuator sleeve is in said first projecting position, and wherein, in said first projecting position, said flexible tab co-operates with said shoulder at a contact point (C), such that said spring urges said flexible tab axially.
A method of deciphering packetized data in a telecommunications signal with a hyper framer number, HFN, comprising: determining the HFN; testing for a mismatched HFN, wherein if a mismatched HFN is detected, reconstructing data that was deciphered with the mismatched HFN; deciphering the data using a correct HFN; and copying the deciphered data to an external memory after the correct HFN is utilized, wherein a reduction in copying data to the external memory is achieved when the mismatched HFN is detected. determining the HFN; testing for a mismatched HFN, wherein if a mismatched HFN is detected, reconstructing data that was deciphered with the mismatched HFN; deciphering the data using a correct HFN; and copying the deciphered data to an external memory after the correct HFN is utilized, wherein a reduction in copying data to the external memory is achieved when the mismatched HFN is detected.
An assembly for operating a device, said assembly comprising: an arm ; a stem to which said arm is connected; said stem having a slot ; and a member having a tab which fits into said slot and a first portion which overlaps said arm , characterised in that said member has a second portion extending at a right angle to said first portion and connecting said first portion and said tab . an arm ; a stem to which said arm is connected; said stem having a slot ; and a member having a tab which fits into said slot and a first portion which overlaps said arm , characterised in that said member has a second portion extending at a right angle to said first portion and connecting said first portion and said tab .
A mobile communications device comprising: a wireless transceiver, and a controller circuit connected to the wireless transceiver, the controller circuit comprising: at least one timer (114a-n) configured to measure at least one mode trigger, a mode selector configured to transition among a plurality of support modes in response to the at least one mode trigger, each of the plurality of support modes having at least one respective task associated therewith, each of the plurality of tasks having a respective support mode task frequency, wherein each of the plurality of support mode task frequencies is a periodic schedule in which a task of said plurality of tasks is performed within the respective support mode, a context detection circuit configured to detect at least one context information (C1, C2, C3), and a task frequency adaptation circuit configured to adapt a support mode task frequency of the plurality of support mode task frequencies to an adjusted support mode task frequency within the respective support mode, responsive to detecting the at least one context information (C1, C2, C3). a wireless transceiver, and a controller circuit connected to the wireless transceiver, the controller circuit comprising: at least one timer (114a-n) configured to measure at least one mode trigger, a mode selector configured to transition among a plurality of support modes in response to the at least one mode trigger, each of the plurality of support modes having at least one respective task associated therewith, each of the plurality of tasks having a respective support mode task frequency, wherein each of the plurality of support mode task frequencies is a periodic schedule in which a task of said plurality of tasks is performed within the respective support mode, a context detection circuit configured to detect at least one context information (C1, C2, C3), and a task frequency adaptation circuit configured to adapt a support mode task frequency of the plurality of support mode task frequencies to an adjusted support mode task frequency within the respective support mode, responsive to detecting the at least one context information (C1, C2, C3). at least one timer (114a-n) configured to measure at least one mode trigger, a mode selector configured to transition among a plurality of support modes in response to the at least one mode trigger, each of the plurality of support modes having at least one respective task associated therewith, each of the plurality of tasks having a respective support mode task frequency, wherein each of the plurality of support mode task frequencies is a periodic schedule in which a task of said plurality of tasks is performed within the respective support mode, a context detection circuit configured to detect at least one context information (C1, C2, C3), and a task frequency adaptation circuit configured to adapt a support mode task frequency of the plurality of support mode task frequencies to an adjusted support mode task frequency within the respective support mode, responsive to detecting the at least one context information (C1, C2, C3).
Filter for insertion into a fluid-conducting pipeline, comprising: a carrier pipe having a pipe neck , which pipe neck has an end region , which end region is conical in shape and the wall of which at least in some portions runs at an angle (α) inclined with respect to an axis of the pipe neck ; a rim terminating the end region of the pipe neck , which rim is bent inwards towards the axis of the pipe neck and defines a pipe-opening circumscribed by the rim ; a planar filter element which is fixed to a front side of the carrier pipe , which front side forms a termination of the carrier pipe , and which planar filter element covers the pipe-opening of the pipe neck and in the end region of the pipe neck at least in some regions rests against the outer surface thereof; and a sleeve arranged in the end region of the pipe neck , which sleeve has over its circumference a number of contact points with the filter element ; characterised in that there is an air-gap between the sleeve and the filter element , at least in sub-regions of the circumference, which air-gap opens from the contact points in the direction towards the front side . a carrier pipe having a pipe neck , which pipe neck has an end region , which end region is conical in shape and the wall of which at least in some portions runs at an angle (α) inclined with respect to an axis of the pipe neck ; a rim terminating the end region of the pipe neck , which rim is bent inwards towards the axis of the pipe neck and defines a pipe-opening circumscribed by the rim ; a planar filter element which is fixed to a front side of the carrier pipe , which front side forms a termination of the carrier pipe , and which planar filter element covers the pipe-opening of the pipe neck and in the end region of the pipe neck at least in some regions rests against the outer surface thereof; and a sleeve arranged in the end region of the pipe neck , which sleeve has over its circumference a number of contact points with the filter element ; characterised in that there is an air-gap between the sleeve and the filter element , at least in sub-regions of the circumference, which air-gap opens from the contact points in the direction towards the front side .
A flavor inhaler comprising: a flavor source configured to generate flavor without combusting; a cylindrical holding member including at least the flavor source inside; a flow path that is provided in the cylindrical holding member and that is extending from the flavor source toward a suction port for sucking the flavor; and a cooling layer provided only downstream of the flavor source, wherein the cooling layer is provided on an inner surface of the cylindrical holding member, and faces the flow path; wherein the cooling layer has a thickness of 0.005 mm or more to 0.5 mm or less, preferably of 0.05 mm or more to 0.5 mm or less, wherein inside of the cooling layer is hollow, wherein the suction port comprises a filter , and wherein the flavor source is a tobacco material, characterised in that the cylindrical holding member has one or more holes arranged such that external air flows into the flow path without passing the flavor source, and at least a part of the cooling layer is provided downstream of the holes. a flavor source configured to generate flavor without combusting; a cylindrical holding member including at least the flavor source inside; a flow path that is provided in the cylindrical holding member and that is extending from the flavor source toward a suction port for sucking the flavor; and a cooling layer provided only downstream of the flavor source, wherein the cooling layer is provided on an inner surface of the cylindrical holding member, and faces the flow path; wherein the cooling layer has a thickness of 0.005 mm or more to 0.5 mm or less, preferably of 0.05 mm or more to 0.5 mm or less, wherein inside of the cooling layer is hollow, wherein the suction port comprises a filter , and wherein the flavor source is a tobacco material, characterised in that the cylindrical holding member has one or more holes arranged such that external air flows into the flow path without passing the flavor source, and at least a part of the cooling layer is provided downstream of the holes.
A device for mixing gas and liquid to generate therapeutic foam, comprising: a first continuous pathway that is at least partly formed of flexible or compressible material and that comprises a foam generating structure within the continuous pathway ; the foam generating structure being formed of two or more elements , wherein each element defines at least one passageway of cross sectional area 1μm 2 to 10mm 2 and said two or more elements being arranged in series; a port which allows introduction of material into or extraction of material out of the continuous pathway ; and a second liquid pathway that is at least partly formed of flexible or compressible material characterised in that the liquid pathway is arranged to deliver liquid directly into the foam generating structure between a first element and second element of the foam generating structure such that the gas and liquid first meet in the foam generating structure. a first continuous pathway that is at least partly formed of flexible or compressible material and that comprises a foam generating structure within the continuous pathway ; the foam generating structure being formed of two or more elements , wherein each element defines at least one passageway of cross sectional area 1μm 2 to 10mm 2 and said two or more elements being arranged in series; a port which allows introduction of material into or extraction of material out of the continuous pathway ; and a second liquid pathway that is at least partly formed of flexible or compressible material characterised in that the liquid pathway is arranged to deliver liquid directly into the foam generating structure between a first element and second element of the foam generating structure such that the gas and liquid first meet in the foam generating structure.