mhurhangee/patent-ind-claim-en huggingface dataset:
Tamper detection system for a life vest storage container on board of a passenger aircraft (A), comprising: a receptacle having an access opening with a closable lid ; a first electrically conductive monitoring pad formed on the closable lid ; a second electrically conductive monitoring pad formed on the receptacle ; a sealing member formed of electrically non-conductive material and including two patches of electrically conductive adhesive on the bottom side of two opposite edges of the sealing member and at least one electrically conductive element leading between the two patches of electrically conductive adhesives within the electrically non-conductive material, the two patches of electrically conductive adhesive of the sealing member being applied to the first and second electrically conductive monitoring pads (1; 2), respectively; and a monitoring system electrically coupled to the first and second electrically conductive monitoring pads (1; 2) and configured to measure an electrical parameter associated with the electrically conductive path (C1, C2, CS) formed by the first and second electrically conductive monitoring pads (1; 2) and the at least one electrically conductive element within the sealing member ; wherein the material of the sealing member has an ultimate tensile strength below a tearing force applied by a passenger, to provide a passenger access to an interior of the life vest storage container . a receptacle having an access opening with a closable lid ; a first electrically conductive monitoring pad formed on the closable lid ; a second electrically conductive monitoring pad formed on the receptacle ; a sealing member formed of electrically non-conductive material and including two patches of electrically conductive adhesive on the bottom side of two opposite edges of the sealing member and at least one electrically conductive element leading between the two patches of electrically conductive adhesives within the electrically non-conductive material, the two patches of electrically conductive adhesive of the sealing member being applied to the first and second electrically conductive monitoring pads (1; 2), respectively; and a monitoring system electrically coupled to the first and second electrically conductive monitoring pads (1; 2) and configured to measure an electrical parameter associated with the electrically conductive path (C1, C2, CS) formed by the first and second electrically conductive monitoring pads (1; 2) and the at least one electrically conductive element within the sealing member ; wherein the material of the sealing member has an ultimate tensile strength below a tearing force applied by a passenger, to provide a passenger access to an interior of the life vest storage container .
An electric power steering apparatus that driving-controls a motor via inverters based on a current command value which is a steering command, and applies an assist force by means of said motor to a steering system of a vehicle, characterized in that : wherein said motor is a dual-system motor , and dual-system driving systems with said inverters for respective dual-system windings of said dual-system motor are provided, wherein said electric power steering apparatus applies respective dual-system current command value characteristics against a steering torque, and wherein one part of said dual-system motor is used to one direction region by a one-direction current command value (Iref1), and other part of said dual-system motor is used to other direction region by an other-direction current command value (Iref2) so that said dual-system driving systems perform assist-control in response to individual dual-system current command value characteristics (IC1, IC2). wherein said motor is a dual-system motor , and dual-system driving systems with said inverters for respective dual-system windings of said dual-system motor are provided, wherein said electric power steering apparatus applies respective dual-system current command value characteristics against a steering torque, and wherein one part of said dual-system motor is used to one direction region by a one-direction current command value (Iref1), and other part of said dual-system motor is used to other direction region by an other-direction current command value (Iref2) so that said dual-system driving systems perform assist-control in response to individual dual-system current command value characteristics (IC1, IC2).
An imaging optical lens system comprising eleven lens elements (110-196), the eleven lens elements being, in order from an object side to an image side along an optical path, a first lens element , a second lens element , a third lens element , a fourth lens element , a fifth lens element , a sixth lens element , a seventh lens element , an eighth lens element , a ninth lens element , a tenth lens element and an eleventh lens element , a total number of lens elements (110-196) of the imaging optical lens system is eleven, and there is an air gap in a paraxial region between each of all adjacent lens elements of the imaging optical lens system; wherein the first lens element with positive refractive power has an object-side surface being convex in a paraxial region thereof, and the eleventh lens element with negative refractive power has an image-side surface being concave in a paraxial region thereof and having at least one convex critical point in an off-axis region thereof; wherein the imaging optical lens system further comprises an aperture stop , and at least one of an object-side surface and an image-side surface of each of at least two lens elements located between the aperture stop and an image surface (IM1) of the imaging optical lens system is concave in a paraxial region thereof and has at least one convex critical point in an off-axis region thereof, wherein an axial distance between the object-side surface of the first lens element and the image surface (IM1) is TL, a maximum image height of the imaging optical lens system is ImgH, and the following condition is satisfied: TL / ImgH < 2.50 . wherein the first lens element with positive refractive power has an object-side surface being convex in a paraxial region thereof, and the eleventh lens element with negative refractive power has an image-side surface being concave in a paraxial region thereof and having at least one convex critical point in an off-axis region thereof; wherein the imaging optical lens system further comprises an aperture stop , and at least one of an object-side surface and an image-side surface of each of at least two lens elements located between the aperture stop and an image surface (IM1) of the imaging optical lens system is concave in a paraxial region thereof and has at least one convex critical point in an off-axis region thereof, wherein an axial distance between the object-side surface of the first lens element and the image surface (IM1) is TL, a maximum image height of the imaging optical lens system is ImgH, and the following condition is satisfied: TL / ImgH < 2.50 .
A method performed by a wireless device configured with Discontinuous Reception, DRX, the method comprising: monitoring for a first wakeup signal, WUS, during a first WUS monitoring occasion; in response to the wireless device detecting the first WUS during the first WUS monitoring occasion: monitoring a downlink control channel during a downlink control channel monitoring occasion comprising a DRX ON duration associated with the detected first WUS; and abstaining from monitoring for a second WUS in a second WUS monitoring occasion based on a condition, wherein the condition comprises the second WUS monitoring occasion overlapping a time when an inactivity timer is running. monitoring for a first wakeup signal, WUS, during a first WUS monitoring occasion; in response to the wireless device detecting the first WUS during the first WUS monitoring occasion: monitoring a downlink control channel during a downlink control channel monitoring occasion comprising a DRX ON duration associated with the detected first WUS; and abstaining from monitoring for a second WUS in a second WUS monitoring occasion based on a condition, wherein the condition comprises the second WUS monitoring occasion overlapping a time when an inactivity timer is running. monitoring a downlink control channel during a downlink control channel monitoring occasion comprising a DRX ON duration associated with the detected first WUS; and abstaining from monitoring for a second WUS in a second WUS monitoring occasion based on a condition, wherein the condition comprises the second WUS monitoring occasion overlapping a time when an inactivity timer is running.
A method of managing Radio Resource Control, RRC, states, performed by a wireless device operative in a wireless communication network, the method is characterized by : while in an RRC_INACTIVE state, and performing activities associated with dedicated idle or inactive mobility related parameters, sending an RRC message to the network requesting to enter an RRC_CONNECTED state; receiving , in response to the RRC message requesting to enter an RRC_CONNECTED state, an RRC message from the network directing the wireless device to enter an RRC_IDLE state or to remain in RRC_INACTIVE state; and in response to the received RRC message, discarding one or more stored dedicated idle or inactive mobility related parameters; and discontinuing the activities associated with the dedicated idle or inactive mobility related parameters; wherein performing activities associated with dedicated idle or inactive mobility related parameters comprises performing cell reselection according to dedicated priorities while a validity timer of the cell reselection priority parameter is running. while in an RRC_INACTIVE state, and performing activities associated with dedicated idle or inactive mobility related parameters, sending an RRC message to the network requesting to enter an RRC_CONNECTED state; receiving , in response to the RRC message requesting to enter an RRC_CONNECTED state, an RRC message from the network directing the wireless device to enter an RRC_IDLE state or to remain in RRC_INACTIVE state; and in response to the received RRC message, discarding one or more stored dedicated idle or inactive mobility related parameters; and discontinuing the activities associated with the dedicated idle or inactive mobility related parameters; discarding one or more stored dedicated idle or inactive mobility related parameters; and discontinuing the activities associated with the dedicated idle or inactive mobility related parameters; wherein performing activities associated with dedicated idle or inactive mobility related parameters comprises performing cell reselection according to dedicated priorities while a validity timer of the cell reselection priority parameter is running.
A business-document presenting device comprising: a storage unit configured to store text information displayed on a terminal screen during processing of a task in a past; an acquisition unit configured to acquire text information displayed on the terminal screen being operated; an extraction unit configured to compare the acquired text information and the text information stored in the storage unit and extract different items of text information among tasks as keywords for searching for business documents; and a search unit configured to search for business documents including the extracted keywords and to present the business documents as a search result to a user during processing. a storage unit configured to store text information displayed on a terminal screen during processing of a task in a past; an acquisition unit configured to acquire text information displayed on the terminal screen being operated; an extraction unit configured to compare the acquired text information and the text information stored in the storage unit and extract different items of text information among tasks as keywords for searching for business documents; and a search unit configured to search for business documents including the extracted keywords and to present the business documents as a search result to a user during processing.
Adhesive composition usable in an extrusion-coating process for application onto a substate or in an extrusion-laminating process to bond together several substrates whether or not of different type, over a broad temperature range, comprising: - from 91 to 98 % of an ethylene and alkyl acrylate copolymer, by weight of said composition; - at least one tackifying resin; - processability additives comprising at least one anti-block agent and a slip agent, characterized in that the tackifying resin represents between 1.5 and 5 % by weight of the composition, and said additives represent between 0.5 and 3.5 % by weight of the composition, and in that the anti-block agent in the processability additives represents at least 60 weight % of said additives. - from 91 to 98 % of an ethylene and alkyl acrylate copolymer, by weight of said composition; - at least one tackifying resin; - processability additives comprising at least one anti-block agent and a slip agent,
An electrode assembly, comprising: an Al substrate; a source of P-O elements; and a Mn element; wherein the Al substrate; the source of P-O elements; and the Mn element form a layer of thin film containing Al-Mn-PO 4 ; wherein the thin film binds a loaded lithium ion battery active material and the Al substrate; wherein polymer binder and carbon black are not used in the electrode assembly. an Al substrate; a source of P-O elements; and a Mn element; wherein the Al substrate; the source of P-O elements; and the Mn element form a layer of thin film containing Al-Mn-PO 4 ; wherein the thin film binds a loaded lithium ion battery active material and the Al substrate; wherein polymer binder and carbon black are not used in the electrode assembly.
Steam iron comprising at least a main body and an ironing base plate disposed below said main body and connected thereto, wherein said main body has an at least partly hollow internal conformation defining, during use, a steam chamber consisting of one internal compartment which is configured to be selectively filled with steam, wherein said steam chamber is closed at the lower part by said ironing base plate comprising delivery holes configured to determine the delivery of steam produced in a suitable boiler, characterized in that said ironing base plate is able to be selectively separated from said main body by means of a plurality of rapid attachment/detachment means to access said internal compartment of said steam chamber inside said main body to carry out cleaning and maintenance operations for enabling removal of limescale occluding said delivery holes .
A multiband antenna device comprising: a conductive elongate antenna element ; a conductive groundplane having at least one corner joining a first outside edge of the groundplane and a second outside edge of the groundplane ; the antenna element configured for electrical connection to the conductive groundplane at a grounding point, and configured for electrical connection to a radio transmitter/receiver at a feeding point, wherein the antenna element comprises a first portion and a second portion, the first portion is configured to extend in a first direction along the first outside edge of the groundplane , and then in a second direction along the second outside edge of the groundplane , and the second portion of the antenna element is configured to double back on the first portion by way of a U-bend in a third, substantially counter-parallel direction back along the second outside edge of the groundplane , and then in a fourth direction along the first outside edge of the groundplane , characterised in that : the second portion of the antenna element comprises a terminus being a rectangular high impedance portion , the high impedance portion of the antenna element being positioned between the first edge of the groundplane and the first portion of the antenna element, and being sized and shaped to form a gap between the terminus of the second portion of the antenna element and the first portion of the antenna element, wherein the gap is configured to electromagnetically couple the first and second portions of the antenna element . a conductive elongate antenna element ; a conductive groundplane having at least one corner joining a first outside edge of the groundplane and a second outside edge of the groundplane ; the antenna element configured for electrical connection to the conductive groundplane at a grounding point, and configured for electrical connection to a radio transmitter/receiver at a feeding point, wherein the antenna element comprises a first portion and a second portion, the first portion is configured to extend in a first direction along the first outside edge of the groundplane , and then in a second direction along the second outside edge of the groundplane , and the second portion of the antenna element is configured to double back on the first portion by way of a U-bend in a third, substantially counter-parallel direction back along the second outside edge of the groundplane , and then in a fourth direction along the first outside edge of the groundplane , characterised in that : the second portion of the antenna element comprises a terminus being a rectangular high impedance portion , the high impedance portion of the antenna element being positioned between the first edge of the groundplane and the first portion of the antenna element, and being sized and shaped to form a gap between the terminus of the second portion of the antenna element and the first portion of the antenna element, wherein the gap is configured to electromagnetically couple the first and second portions of the antenna element .
A device for treating fluids , comprising: - at least one electromagnetic field inductor element made of magnetically permeable material, configured to be coupled in a predefined positional relationship with respect to a duct or tank within which fluids are likely to be present, - a radiofrequency generator , comprising an output configured to supply a radiofrequency signal to the electromagnetic field inductor element ; the device being characterized in that said radio frequency generator is configured to generate a signal comprising at least one pulses packet in turn comprising at least a first pulses train and a second pulses train ; said first pulses train having a first predefined frequency (f1); said second pulses train having a second predefined frequency (f2); said first predefined frequency (f1) being distinct from the second predefined frequency (f2). - at least one electromagnetic field inductor element made of magnetically permeable material, configured to be coupled in a predefined positional relationship with respect to a duct or tank within which fluids are likely to be present, - a radiofrequency generator , comprising an output configured to supply a radiofrequency signal to the electromagnetic field inductor element ; the device being characterized in that said radio frequency generator is configured to generate a signal comprising at least one pulses packet in turn comprising at least a first pulses train and a second pulses train ; said first pulses train having a first predefined frequency (f1); said second pulses train having a second predefined frequency (f2); said first predefined frequency (f1) being distinct from the second predefined frequency (f2).
Ice melting trolley with a defrosting trough , wherein the defrosting trough comprises a heating device, a mobile underframe and a temperature sensor , which is operatively connected to a thermostat , the defrosting through having a drain , characterised in that the drain comprises a ball valve and that the defrosting though comprises an immersion heater holder and a holding rod , the heating device being an immersion heater , which can be admitted to the interior of the defrosting through , the immersion heater holder comprising a magnet and being fixable at different points inside the defrosting through .
An indoor lighting panel for mounting on a wall or to a ceiling, wherein the indoor lighting panel comprises: a housing; an arrangement of LEDs in the housing; and a fabric output screen wherein the arrangement of LEDs is an arrangement of UV-B LEDs , wherein the fabric output screen provides a UV-B exit surface, wherein the fabric output screen is at least partially transparent to UV-B light, wherein the fabric output screen has a linear mass density of between 40 and 200 denier, wherein the fabric output screen is at least partially opaque to visible light, and wherein the fabric of the fabric output screen has a low UV absorption coefficient. a housing; an arrangement of LEDs in the housing; and a fabric output screen wherein the arrangement of LEDs is an arrangement of UV-B LEDs , wherein the fabric output screen provides a UV-B exit surface, wherein the fabric output screen is at least partially transparent to UV-B light, wherein the fabric output screen has a linear mass density of between 40 and 200 denier, wherein the fabric output screen is at least partially opaque to visible light, and wherein the fabric of the fabric output screen has a low UV absorption coefficient.
A method for detecting an acoustic event of interest in a space comprising a plurality of sub-spaces, the method comprising: a) obtaining acoustic signal data from at least four sensors at known positions, wherein the acoustic signal data from the sensors is tied to a common time reference, b) identifying one or more candidate impulses from the acoustic signal data obtained from the sensors, the method being characterised by c) defining for each identified candidate impulse at least a time stamp within the common time reference and a sensor coordinate on the basis of the sensor which obtained the acoustic signal identified as candidate impulse, d) determining , for each candidate impulse, a signal source time in each spatial sub-space, in order to generate a representation of an origin of the candidate impulses in specified positions in space and time, e) determining , from the generated representation, at least one indication quantity representing a likelihood of an acoustic event of interest taking place in the specified positions in space and time, f) comparing the at least one indication quantity to a predetermined threshold defined for the indication quantity in question, and g) generating an indication that an acoustic event of interest is detected if the at least indication quantity meets the predetermined threshold defined for the indication quantity in question in at least one sub-space. a) obtaining acoustic signal data from at least four sensors at known positions, wherein the acoustic signal data from the sensors is tied to a common time reference, b) identifying one or more candidate impulses from the acoustic signal data obtained from the sensors, the method being characterised by c) defining for each identified candidate impulse at least a time stamp within the common time reference and a sensor coordinate on the basis of the sensor which obtained the acoustic signal identified as candidate impulse, d) determining , for each candidate impulse, a signal source time in each spatial sub-space, in order to generate a representation of an origin of the candidate impulses in specified positions in space and time, e) determining , from the generated representation, at least one indication quantity representing a likelihood of an acoustic event of interest taking place in the specified positions in space and time, f) comparing the at least one indication quantity to a predetermined threshold defined for the indication quantity in question, and g) generating an indication that an acoustic event of interest is detected if the at least indication quantity meets the predetermined threshold defined for the indication quantity in question in at least one sub-space.