mhurhangee/patent-ind-claim-en huggingface dataset:
Radial aircraft tyre , defining three main directions, circumferential (X), axial (Y) and radial (Z), comprising a crown surmounted by a tread , two sidewalls , two beads , each sidewall connecting each bead to the crown , a carcass reinforcement that is anchored in each of the beads at at least one bead wire and extends in the sidewalls as far as the crown , a crown reinforcement or belt that extends in the crown in the circumferential direction (X) and is situated radially between the carcass reinforcement and the tread , said carcass reinforcement referred to as radial carcass reinforcement having at least one ply referred to as carcass ply in the form of a rubber matrix reinforced with radially oriented reinforcing elements, referred to as radial textile reinforcers, the latter being constituted entirely or partially by textile plied yarns comprising N multifilament strands twisted together to form a helix, the count denoted Ti of each strand is greater than 180 tex, characterized in that : - each textile plied yarn is in Nylon; - N is greater than 2; - the tenacity denoted Te 1 of each strand is greater than 75 cN/tex; - the elongation at break denoted Ar 1 of each strand is greater than 14%; - the tenacity denoted Te 2 of each plied yarn is greater than 60 cN/tex; - the elongation at break denoted Ar 2 of each plied yarn is greater than 18%; - the helix angle denoted α of each plied yarn is greater than 20°. - each textile plied yarn is in Nylon; - N is greater than 2; - the tenacity denoted Te 1 of each strand is greater than 75 cN/tex; - the elongation at break denoted Ar 1 of each strand is greater than 14%; - the tenacity denoted Te 2 of each plied yarn is greater than 60 cN/tex; - the elongation at break denoted Ar 2 of each plied yarn is greater than 18%; - the helix angle denoted α of each plied yarn is greater than 20°.
A truck carrying member for coupling a truck to a skateboard , the truck comprising a wheel axle , comprising: a base plate comprising a first mounting surface for coupling with the skateboard and a first pivoting surface , wherein the first mounting surface and the first pivoting surface form a first obtuse angle; a pivoting plate comprising a second mounting surface for coupling with the truck and a second pivoting surface , wherein the second mounting surface and second pivoting surface form a second obtuse angle; wherein the first pivoting surface and the second pivoting surface are rotatably coupled at a pivot comprising a flexible member that biases the pivoting plate from an off-center position to a center position relative to a longitudinal axis of the base plate ; characterised in that the second obtuse angle is less than the first obtuse angle such that the second mounting surface extends downward from the skateboard when the truck carrying member is attached to a bottom surface of the skateboard . a base plate comprising a first mounting surface for coupling with the skateboard and a first pivoting surface , wherein the first mounting surface and the first pivoting surface form a first obtuse angle; a pivoting plate comprising a second mounting surface for coupling with the truck and a second pivoting surface , wherein the second mounting surface and second pivoting surface form a second obtuse angle; wherein the first pivoting surface and the second pivoting surface are rotatably coupled at a pivot comprising a flexible member that biases the pivoting plate from an off-center position to a center position relative to a longitudinal axis of the base plate ; characterised in that the second obtuse angle is less than the first obtuse angle such that the second mounting surface extends downward from the skateboard when the truck carrying member is attached to a bottom surface of the skateboard .
A refrigerator having at least one refrigerator door having an inside and an outside , wherein inside designates that side of the refrigerator door which is directed under normal conditions of use towards the interior of the refrigerator and the outside means that side of the refrigerator door , which is directed under conditions of use towards the outside, wherein on the outside of the refrigerator a storage system is integrated into the refrigerator door at least in sections, the storage system being a rack , wherein at least one horizontal shelf is held by a vertical holding system , characterized in that at least two lighting elements are integrated into at least one shelf to illuminate a shelf arranged underneath, and a lighting element is arranged within an upper frame element of the rack
A method for wireless fidelity, Wi-Fi, network scan, the method being executed by a mobile terminal, the method comprising: monitoring whether a Wi-Fi chip of a mobile terminal receives a beacon frame from a target access point, AP, and executing Wi-Fi network scan at a preset scan frequency, after the mobile terminal is disconnected from the target AP; characterized in that the method further comprises: the mobile terminal continuing monitoring whether the Wi-Fi chip receives a beacon frame from the target AP, after the mobile terminal is disconnected from the target AP; continuing to execute the Wi-Fi network scan at the preset scan frequency, when the Wi-Fi chip of the mobile terminal fails to receive the beacon frame from the target AP; and initiating a Wi-Fi network scan mode, without waiting for a complete scan cycle, corresponding to the preset scan frequency, when the Wi-Fi chip of the mobile terminal receives the beacon frame from the target AP. monitoring whether a Wi-Fi chip of a mobile terminal receives a beacon frame from a target access point, AP, and executing Wi-Fi network scan at a preset scan frequency, after the mobile terminal is disconnected from the target AP; characterized in that the method further comprises: the mobile terminal continuing monitoring whether the Wi-Fi chip receives a beacon frame from the target AP, after the mobile terminal is disconnected from the target AP; continuing to execute the Wi-Fi network scan at the preset scan frequency, when the Wi-Fi chip of the mobile terminal fails to receive the beacon frame from the target AP; and initiating a Wi-Fi network scan mode, without waiting for a complete scan cycle, corresponding to the preset scan frequency, when the Wi-Fi chip of the mobile terminal receives the beacon frame from the target AP. the mobile terminal continuing monitoring whether the Wi-Fi chip receives a beacon frame from the target AP, after the mobile terminal is disconnected from the target AP; continuing to execute the Wi-Fi network scan at the preset scan frequency, when the Wi-Fi chip of the mobile terminal fails to receive the beacon frame from the target AP; and initiating a Wi-Fi network scan mode, without waiting for a complete scan cycle, corresponding to the preset scan frequency, when the Wi-Fi chip of the mobile terminal receives the beacon frame from the target AP.
Partitioning apparatus for subdividing a stowage compartment of a motor vehicle, comprising a main body by means of which the stowage compartment can be subdivided, comprising a receptacle which is configured to accommodate a mobile electronic terminal device , wherein the mobile electronic terminal accommodated in the receptacle can be charged in a contactless manner, wherein the partitioning apparatus has a charging element by means of which the mobile electronic terminal can be charged, characterized in that the partitioning apparatus , for positioning the partitioning apparatus within an accommodating region of the stowage compartment in different positions, - has a holding device on its rear side situated opposite the receptacle , it being possible to support the partitioning apparatus against cup holders or cups in the accommodating region by means of the holding device, or - has an electromechanical interface which is configured to be connected to one of two electromechanical interfaces of the stowage compartment , wherein the charging element is designed as an induction coil, so that the electronic terminal can be charged in a contactless manner, wherein a relative position of the receptacle with respect to the charging element is fixed, so that the mobile electronic terminal is always at the same defined distance from the charging element in the different positions of the partitioning apparatus , provided that the terminal is accommodated in the receptacle . wherein the partitioning apparatus has a charging element by means of which the mobile electronic terminal can be charged, characterized in that the partitioning apparatus , for positioning the partitioning apparatus within an accommodating region of the stowage compartment in different positions, - has a holding device on its rear side situated opposite the receptacle , it being possible to support the partitioning apparatus against cup holders or cups in the accommodating region by means of the holding device, or - has an electromechanical interface which is configured to be connected to one of two electromechanical interfaces of the stowage compartment , - has a holding device on its rear side situated opposite the receptacle , it being possible to support the partitioning apparatus against cup holders or cups in the accommodating region by means of the holding device, or - has an electromechanical interface which is configured to be connected to one of two electromechanical interfaces of the stowage compartment , wherein the charging element is designed as an induction coil, so that the electronic terminal can be charged in a contactless manner, wherein a relative position of the receptacle with respect to the charging element is fixed, so that the mobile electronic terminal is always at the same defined distance from the charging element in the different positions of the partitioning apparatus , provided that the terminal is accommodated in the receptacle .
A sample identification method by means of a chemical sensor measurement, comprising: providing time-varying amount of an unknown sample to a chemical sensor, measuring a time-varying response from the chemical sensor, deriving a sensor function of the chemical sensor with respect to the unknown sample based on the amount of the unknown sample and the response, and identifying the unknown sample based on the sensor function of the chemical sensor with respect to the unknown sample. providing time-varying amount of an unknown sample to a chemical sensor, measuring a time-varying response from the chemical sensor, deriving a sensor function of the chemical sensor with respect to the unknown sample based on the amount of the unknown sample and the response, and identifying the unknown sample based on the sensor function of the chemical sensor with respect to the unknown sample.
A method of wireless communication performed by a user equipment, UE, comprising: configuring the UE with a single measurement object per carrier to identify a measurement configuration and a reporting configuration for a plurality of bandwidth parts of the carrier; determining , according to the measurement configuration, one or more measurements regarding the plurality of bandwidth parts of the carrier using the single measurement object associated with the carrier, wherein at least one of the plurality of bandwidth parts includes a cell-defining synchronization signal block, SSB, and wherein the measurement configuration of the single measurement object identifies a frequency for the one or more measurements regarding the at least one of the plurality of bandwidth parts of the carrier; determining a cell quality regarding the plurality of bandwidth parts using the single measurement object; and transmitting , according to the reporting configuration, a measurement report identifying the one or more measurements and/or the cell quality regarding the plurality of bandwidth parts using the single measurement object. configuring the UE with a single measurement object per carrier to identify a measurement configuration and a reporting configuration for a plurality of bandwidth parts of the carrier; determining , according to the measurement configuration, one or more measurements regarding the plurality of bandwidth parts of the carrier using the single measurement object associated with the carrier, wherein at least one of the plurality of bandwidth parts includes a cell-defining synchronization signal block, SSB, and wherein the measurement configuration of the single measurement object identifies a frequency for the one or more measurements regarding the at least one of the plurality of bandwidth parts of the carrier; determining a cell quality regarding the plurality of bandwidth parts using the single measurement object; and transmitting , according to the reporting configuration, a measurement report identifying the one or more measurements and/or the cell quality regarding the plurality of bandwidth parts using the single measurement object.
Method for operating a treatment installation having at least one subregion in which fluid for treating components is stored and/or treatment of components, in particular with the fluid, is carried out and/or a fluid and/or a component is transported, wherein at least one of the subregions is monitored by at least one sensor which has at least one biological component for detecting at least one biological contamination layer in the form of a biofilm as an initial stage of contamination in the at least one subregion , wherein sensing and monitoring of the biological contamination layer is carried out from the beginning of growth of the biological contamination layer on the sensor .
A method for a managing mobile transceiver assigning radio resources to one or more other mobile transceivers in a group of mobile transceivers in a communication environment having two or more radio access technologies available, the method comprising obtaining information on desired services and desired qualities of service from the mobile transceivers in the group of mobile transceivers ; obtaining information on a quality of service available in the two or more radio access technologies; and allocating radio resources of at least one of the two or more radio access technologies to the mobile transceivers of the group of mobile transceivers based on the information on the desired services and desired qualities of service and based on the information on the quality of service available. obtaining information on desired services and desired qualities of service from the mobile transceivers in the group of mobile transceivers ; obtaining information on a quality of service available in the two or more radio access technologies; and allocating radio resources of at least one of the two or more radio access technologies to the mobile transceivers of the group of mobile transceivers based on the information on the desired services and desired qualities of service and based on the information on the quality of service available.
A toilet seat hinge quick disassembly and assembly device, comprising a fixed seat and a buffer detachably connected to the fixed seat , a hinge tube , and a fixing device driving the buffer to be clamped with or separated from the fixed seat , and the fixing device comprising a locking member , a driving member driving the locking member separated from the fixed seat and a spring keeping a snap-fit of the locking member and the fixed seat , the driving member is fixedly fixed in the hinge tube circumferentially; wherein the buffer comprises a hinge body , and an outer circumference of the hinge body is provided with an accommodation groove ; the driving member is rotatably arranged in the accommodation groove , the driving member is provided with a guide sliding surface , the locking member is provided with a driving portion matched with the guide sliding surface ; the locking member is provided with a transverse locking portion , and one side of the transverse locking portion is provided with a clamping hole for inserting the fixed seat when assembly, an inner wall of the clamping hole is provided with a clamping portion clamped with the fixed seat ; the hinge body is provided with a movable space and an accommodation hole ; the transverse locking portion is slidably arranged in the movable space , and one side of the movable space facing the accommodation groove is provided with a first opening, an inner wall of the accommodation groove is provided with a second opening communicated with the accommodation hole ; the other side of the transverse locking portion extends downward to form a vertical driving rod inserted in the accommodation hole after assembly; one end of the spring is against on a bottom wall of the accommodation hole ; the other end of the spring is against on a side of the vertical driving rod away from the driving portion ; an angle α is formed between the transverse locking portion and the vertical driving rod , and the angle α is a right angle or an inclined angle; a raised clamping rib is arranged on a periphery of the driving member , an accommodation cavity for accommodating the hinge body is arranged in the hinge tube , and a first clamping groove for inserting the clamping rib is arranged on an inner wall of the accommodation cavity ; wherein a third opening communicated with the accommodation cavity is respectively arranged on both sides of the hinge tube , characterised in that a clamping fastener for fixing the buffer is provided in the third opening .
Apparatus for breathing assistance to a subject, comprising: a mask adapted to be applied to at least one breathing orifice of said subject; at least one controllable breathing valve connected between said mask and the outside atmosphere to enable spontaneous breathing of said subject; an electro-mechanical controller for controlling the at least one breathing valve ; and a sensor for monitoring the subject's breathing cycle, wherein said controller is adapted to control the at least one controllable breathing valve to restrict its flow during a portion of the expiration phase according to information provided by said sensor , characterized in that said portion of the expiration phase excludes the beginning of said expiration phase. a mask adapted to be applied to at least one breathing orifice of said subject; at least one controllable breathing valve connected between said mask and the outside atmosphere to enable spontaneous breathing of said subject; an electro-mechanical controller for controlling the at least one breathing valve ; and a sensor for monitoring the subject's breathing cycle,
A method for configuring a multi-source and a hexa-source for acquiring first and second marine seismic datasets of a subsurface, the method comprising: selecting a number n of source arrays to create the multi-source, n being equal or larger than 2; selecting a number m of sub-arrays for each source array, m being equal or larger than 2, each sub-array having a plurality of source elements; imposing a distance D between any two adjacent source arrays of the multi-source; the method characterized by calculating a distance d between any two adjacent sub-arrays of a same source array so that bins associated with the first and second seismic datasets are interleaved; selecting source elements from at least six different sub-arrays of the n source arrays to create the hexa-source; and firing the multi-source to acquire the first dataset, and firing the hexa-source to acquire the second dataset. selecting a number n of source arrays to create the multi-source, n being equal or larger than 2; selecting a number m of sub-arrays for each source array, m being equal or larger than 2, each sub-array having a plurality of source elements; imposing a distance D between any two adjacent source arrays of the multi-source; the method characterized by calculating a distance d between any two adjacent sub-arrays of a same source array so that bins associated with the first and second seismic datasets are interleaved; selecting source elements from at least six different sub-arrays of the n source arrays to create the hexa-source; and firing the multi-source to acquire the first dataset, and firing the hexa-source to acquire the second dataset.
A reflectometry instrument to measure macular pigment of a macula of a human eye, comprising: a light source for emitting an illumination beam in a direction toward the macula; a spectrometer for measuring a detection beam, the detection beam being a portion of the illumination beam reflected from the macula, the detection beam being indicative of the amount of macular pigment in the macula; a first lens for transmitting the illumination beam to the macula and for transmitting the detection beam from the macula to the spectrometer, the first lens including an anti-reflection coating; and a second lens adjacent to the first lens, the second lens being adapted to transmit the illumination beam to the macula and for transmitting the detection beam from the macula to the spectrometer, the second lens including an anti-reflection coating, characterized in that the illumination beam and the detection beam remain separated when the illumination beam and the detection beam pass through the first lens and the second lens. a light source for emitting an illumination beam in a direction toward the macula; a spectrometer for measuring a detection beam, the detection beam being a portion of the illumination beam reflected from the macula, the detection beam being indicative of the amount of macular pigment in the macula; a first lens for transmitting the illumination beam to the macula and for transmitting the detection beam from the macula to the spectrometer, the first lens including an anti-reflection coating; and a second lens adjacent to the first lens, the second lens being adapted to transmit the illumination beam to the macula and for transmitting the detection beam from the macula to the spectrometer, the second lens including an anti-reflection coating, characterized in that