mhurhangee/patent-ind-claim-en huggingface dataset:
A sliding door of a vehicle, with a door portal , with a door element which can be moved in the transverse direction, and a sliding door seal having a first seal and a stationary second seal arranged on the door portal , wherein the first seal engages on the second seal in the closed position of the door element , and the first seal - is arranged on a folding hinge which is secured to the door element and which can be transferred from a closed sealing position into an open non-sealing position and vice versa, and - is passively held in the closed position by spring force and can be brought into the open position by an external force. - is arranged on a folding hinge which is secured to the door element and which can be transferred from a closed sealing position into an open non-sealing position and vice versa, and - is passively held in the closed position by spring force and can be brought into the open position by an external force.
A method for discovering key information, comprising: interrogating at least one segment (130a-d) for key information associated with encryption keys corresponding to each ones of encryption assets of the at least one segment; receiving output data including the key information associated with the encryption keys from the at least one segment in a network mapping format as a result of the interrogating; extracting the key information associated with the encryption keys from the output data; storing the key information ; and performing a key management activity based on the stored key information; wherein the key information comprises at least one of: a device identifier, device location, key type, key origin, key length, or key strength; and wherein the network mapping format is a Network Mapper (NMAP) format, and the key information associated with the encryption keys is extracted within a data layer of the output data in the NMAP format.. interrogating at least one segment (130a-d) for key information associated with encryption keys corresponding to each ones of encryption assets of the at least one segment; receiving output data including the key information associated with the encryption keys from the at least one segment in a network mapping format as a result of the interrogating; extracting the key information associated with the encryption keys from the output data; storing the key information ; and performing a key management activity based on the stored key information; wherein the key information comprises at least one of: a device identifier, device location, key type, key origin, key length, or key strength; and wherein the network mapping format is a Network Mapper (NMAP) format, and the key information associated with the encryption keys is extracted within a data layer of the output data in the NMAP format..
A laundry appliance comprising: a drum rotationally positioned within a structural cabinet ; an impeller rotationally positioned within the drum , wherein the impeller is selectively and independently operable with respect to the drum ; a binary motor having a first motor and a second motor disposed within a common housing , wherein the common housing is a single and continuous piece that is formed around the first and second motors ; a first drive belt extending between the first motor and the drum ; and a second drive belt extending between the second motor and the impeller , wherein the first and second motors engage the first and second drive belts on a belt side of the common housing , wherein said first drive belt and second drive belt extend outside said common housing . a drum rotationally positioned within a structural cabinet ; an impeller rotationally positioned within the drum , wherein the impeller is selectively and independently operable with respect to the drum ; a binary motor having a first motor and a second motor disposed within a common housing , wherein the common housing is a single and continuous piece that is formed around the first and second motors ; a first drive belt extending between the first motor and the drum ; and a second drive belt extending between the second motor and the impeller , wherein the first and second motors engage the first and second drive belts on a belt side of the common housing , wherein said first drive belt and second drive belt extend outside said common housing .
An arrangement in connection with a string-operated pin-setting apparatus of a bowling lane provided with automated bowling equipment, the arrangement comprising at least a pin deck , kickbacks on the sides thereof and a backend with sidewalls (1.1, 1.2), behind the pin deck , a string pinsetter above the pin deck , pinsetter brackets , a ball return unit next to the backend , and fasteners for connecting parts of the backend to each other, characterized in that • the arrangement comprises dimensionally accurate ready-to-use structural parts made of metal sheets, • structural parts comprise dimensionally accurate fastening holes with their intended locations, • the structural parts comprise pinsetter brackets , sidewalls (1.1, 1.2) with flanges (hf, sf, ff) having a row of fastening holes , and lateral supports , • to support the pinsetter at least one pinsetter bracket is removably fixed to the kickbacks , • at least another pinsetter bracket is removably fixed to the sidewalls (1.1, 1.2) of the backend , • the lateral supports for supporting the upper edges of the sidewalls (1.1, 1.2) of the backend are removably fixed to the upper edges of the sidewalls (1.1, 1.2). • the arrangement comprises dimensionally accurate ready-to-use structural parts made of metal sheets, • structural parts comprise dimensionally accurate fastening holes with their intended locations, • the structural parts comprise pinsetter brackets , sidewalls (1.1, 1.2) with flanges (hf, sf, ff) having a row of fastening holes , and lateral supports , • to support the pinsetter at least one pinsetter bracket is removably fixed to the kickbacks , • at least another pinsetter bracket is removably fixed to the sidewalls (1.1, 1.2) of the backend , • the lateral supports for supporting the upper edges of the sidewalls (1.1, 1.2) of the backend are removably fixed to the upper edges of the sidewalls (1.1, 1.2).
A projectile with a caliber of less than 13 mm, comprising a projectile jacket defining a cavity and a position transmitter , such as a GPS transmitter, a telemetry transmitter or an RFID transponder, arranged in the cavity , wherein the position transmitter has a de-energized passive state in which the position transmitter does not transmit position signals, and an energized active state in which the position transmitter transmits position signals, characterized in that an energy source , such as an electric battery, in particular a button cell, is arranged in the cavity for supplying power to the position transmitter , wherein the energy source does not electrically contact the position transmitter in the passive state and does electrically contact the position transmitter in the active state.
A razor comprising a cartridge ; a handle coupled to said cartridge ; a loop shaped spring member disposed in an assembly , said assembly having one or more movable portions , said one or more movable portions providing an angular rotation of said handle to said cartridge , characterized in that said loop shaped spring member has overlapping end portions .
An aqueous binder composition comprising: a water-soluble binder component obtainable by reacting at least one alkanolamine with at least one polycarboxylic acid or anhydride and, optionally, treating the reaction product with a base; a soy protein product; one or more of the following binder components: a sugar component; and optionally, urea; wherein the polycarboxylic acid or anhydride is selected from dicarboxylic, tricarboxylic, tetracarboxylic and pentacarboxylic acids and anhydrides, and combinations thereof; wherein the minimum content of component is 10 wt.%. a water-soluble binder component obtainable by reacting at least one alkanolamine with at least one polycarboxylic acid or anhydride and, optionally, treating the reaction product with a base; a soy protein product; one or more of the following binder components: a sugar component; and optionally, urea; wherein the polycarboxylic acid or anhydride is selected from dicarboxylic, tricarboxylic, tetracarboxylic and pentacarboxylic acids and anhydrides, and combinations thereof; wherein the minimum content of component is 10 wt.%.
Device for processing packaging material, in particular cardboard blanks, comprising: a first folding apparatus for folding and/or creasing a packaging material and a second folding apparatus for folding and/or creasing the packaging material, and at least one transport apparatus for transporting a packaging material relative to the first and/or second folding apparatus , wherein the first and second folding apparatus can be shifted independently of one another, preferably transversely to the throughput direction, characterised in that the device comprises a controller, which is configured to shift the first folding apparatus , in particular transversely to the throughput direction, while the second folding apparatus is processing a packaging material folded and/or creased by the first folding apparatus . a first folding apparatus for folding and/or creasing a packaging material and a second folding apparatus for folding and/or creasing the packaging material, and at least one transport apparatus for transporting a packaging material relative to the first and/or second folding apparatus , wherein the first and second folding apparatus can be shifted independently of one another, preferably transversely to the throughput direction, characterised in that the device comprises a controller, which is configured to shift the first folding apparatus , in particular transversely to the throughput direction, while the second folding apparatus is processing a packaging material folded and/or creased by the first folding apparatus .
A surgical instrument , comprising: a shaft comprising a longitudinal axis; a firing drive comprising a firing member movable along said longitudinal axis; an end effector configured to receive a staple cartridge and comprising: a distal end; an anvil ; and a primary lockout actuatable to block said firing member from being moved toward said distal end; and a secondary lockout actuatable to prevent said firing member from being moved toward said distal end, wherein said secondary lockout is actuated in response to the distal movement of said firing member being inhibited or blocked by said primary lockout; wherein said firing member comprises a first portion and a second portion ; and characterized in that said secondary lockout is positioned intermediate said first portion and said second portion. a shaft comprising a longitudinal axis; a firing drive comprising a firing member movable along said longitudinal axis; an end effector configured to receive a staple cartridge and comprising: a distal end; an anvil ; and a primary lockout actuatable to block said firing member from being moved toward said distal end; and a distal end; an anvil ; and a primary lockout actuatable to block said firing member from being moved toward said distal end; and a secondary lockout actuatable to prevent said firing member from being moved toward said distal end, wherein said secondary lockout is actuated in response to the distal movement of said firing member being inhibited or blocked by said primary lockout; wherein said firing member comprises a first portion and a second portion ; and characterized in that said secondary lockout is positioned intermediate said first portion and said second portion.
A hydrocarbonaceous composition comprising a density at 15 °C of 0.92 g/cc to 1.02 g/cc, a T50 distillation point of 340°C to 390°C as measured according to ASTM D2887, and a T90 distillation point of 450°C to 525°C as measured according to ASTM D2887, the hydrocarbonaceous composition comprising about 1.0 wt% or less of n-heptane insolubles as measured according to ASTM D3279, 50 wt% to 70 wt% aromatics, a sulfur content of 1000 wppm or less, and a hydrogen content of 10.0 wt% to 12.0 wt%, a 700°F- (371°C-) portion of the hydrocarbonaceous composition comprising less than 5.0 wt% paraffins.
An article comprising: (a) an electrosurgical cutting blade comprising a metal electrode, and (b) a colored vitreous enamel coating on at least a portion of the metal electrode, wherein the colored vitreous enamel coating has a color other than white and is formed by employing additives or steps that result in selective absorption or scattering of specific visible wavelengths. (a) an electrosurgical cutting blade comprising a metal electrode, and (b) a colored vitreous enamel coating on at least a portion of the metal electrode,
An optical seismic surveying system comprising: a multibeam laser source including a plurality of laser sources and a Diffractive Optical Element, said plurality of laser sources configured to direct respective laser beams toward a single common focal point, said Diffractive Optical Element being located at said single common focal point, said Diffractive Optical Element configured to split each of said respective laser beams into a plurality of laser beams and to direct said plurality of laser beams toward an instantaneous area of interest, said plurality of laser beams impinging on said instantaneous area of interest and producing a laser spot assemblage, said laser spot assemblage including a plurality of laser spots; an imager, directed toward said instantaneous area of interest, said imager including an optical arrangement and an imaging sensor, said imager configured to acquire a plurality of defocused images of speckle patterns produced by diffused reflections of said laser spots from said instantaneous area of interest toward said imager, each speckle pattern corresponding to a respective laser spot and thus to a respective sensing point in said instantaneous area of interest; and a processor, coupled with said imager, said processor configured to determine a relative displacement between corresponding speckle patterns in sequential pairs of images, said processor further configured to determine a respective time signal for each sensing point representing vibrations thereat from said relative displacement between speckles patterns respective of each sensing point. a multibeam laser source including a plurality of laser sources and a Diffractive Optical Element, said plurality of laser sources configured to direct respective laser beams toward a single common focal point, said Diffractive Optical Element being located at said single common focal point, said Diffractive Optical Element configured to split each of said respective laser beams into a plurality of laser beams and to direct said plurality of laser beams toward an instantaneous area of interest, said plurality of laser beams impinging on said instantaneous area of interest and producing a laser spot assemblage, said laser spot assemblage including a plurality of laser spots; an imager, directed toward said instantaneous area of interest, said imager including an optical arrangement and an imaging sensor, said imager configured to acquire a plurality of defocused images of speckle patterns produced by diffused reflections of said laser spots from said instantaneous area of interest toward said imager, each speckle pattern corresponding to a respective laser spot and thus to a respective sensing point in said instantaneous area of interest; and a processor, coupled with said imager, said processor configured to determine a relative displacement between corresponding speckle patterns in sequential pairs of images, said processor further configured to determine a respective time signal for each sensing point representing vibrations thereat from said relative displacement between speckles patterns respective of each sensing point.
Electrical connector system comprising at least one terminal , adapted to be conductively connected to a printed circuit board; and at least one cavity body element , comprising a cavity and at least one primary locking member , wherein the cavity is adapted to receive the at least one terminal and extends from a front end to a rear end of the cavity body element , wherein the front end is arranged opposite of the rear end, and wherein the primary locking member is adapted to lock the at least one terminal , wherein the primary locking member comprises a releasing arm , protruding through a lateral surface of the cavity body element , characterized by the at least one cavity body element being integrally formed with a part of the housing , covering the printed circuit board, and by further comprising a secondary locking element , wherein the secondary locking element comprises at least one blocking portion assigned to the at least one primary locking member , to prevent the releasing of the primary locking member , in an engaging position of the secondary locking element .
A method for producing an ultraviolet photocathode, comprising providing a support (10; 20, 21) capable of conducting electrons, and producing a photosensitive layer of nanodiamond particles on the support (10; 20, 21), wherein producing the photosensitive layer comprises providing nanodiamond particles in form of a powder, hydrogenating the particles in an H 2 plasma, preparing a dispersion of the hydrogenated particles in a solvent, and spraying the dispersion onto the support and waiting for the solvent to evaporate from the support, this spraying and waiting cycle being repeated several times to obtain a continuous photosensitive layer.
A method performed by a User Equipment, UE, for handling a paging message in a wireless communications network , the method comprising: configuring the UE to derive a group paging identifier to be associated with the UE from a first identifier associated with the UE , and to use the derived group paging identifier for identifying group paging identifier matches in response-driven paging, irrespective of UE state and initiator of the paging, receiving, a paging message, from the wireless communications network , and which paging message comprises the group paging identifier associated with the UE , deriving the group paging identifier associated with the UE from the first identifier associated with the UE , by means of the derived group paging identifier identifying group paging identifier matches in response-driven paging, irrespective of said UE states and initiator of the paging, characterized by that information about the initiator of the paging is provided through a transmission on any one of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel PDSCH. configuring the UE to derive a group paging identifier to be associated with the UE from a first identifier associated with the UE , and to use the derived group paging identifier for identifying group paging identifier matches in response-driven paging, irrespective of UE state and initiator of the paging, receiving, a paging message, from the wireless communications network , and which paging message comprises the group paging identifier associated with the UE , deriving the group paging identifier associated with the UE from the first identifier associated with the UE , by means of the derived group paging identifier identifying group paging identifier matches in response-driven paging, irrespective of said UE states and initiator of the paging, characterized by that information about the initiator of the paging is provided through a transmission on any one of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel PDSCH.
A vehicle radar system comprising at least one transceiver arrangement arranged to generate and transmit radar signals , and to receive reflected radar signals , where the transmitted radar signals have been reflected by one or more objects , where the transceiver arrangement comprises an ADC, Analogue to Digital Converter, arrangement that is arranged to output a digital IF, Intermediate Frequency, signal in a time domain to a DSP, Digital Signal Processor, arrangement that is adapted for radar signal processing, characterized in that a first DSP function comprises an FFT, Fast Fourier Transform, module , a threshold module , an inverse FFT module , an approximation module and a detection and repair module , where: - the FFT module is arranged to transform the digital IF signal from the time domain to the spectral domain, - the threshold module is arranged to identify and retain sample points of the digital IF signal in a spectral domain with signal components that exceed a certain level threshold, such that a spectral repair signal is formed - the inverse FFT module is arranged to transform the spectral repair signal output from the threshold module to the time domain such that a repair signal is formed, - the approximation module is arranged to output an approximation signal based on the repair signal , and - the detection and repair module is arranged to identify possible sections of the digital IF signal in the time domain that exhibit interference exceeding an interference threshold, to determine whether or not to replace such sections with equivalent sections of the approximation signal , and if applicable, to replace such sections with equivalent sections of the approximation signal . - the FFT module is arranged to transform the digital IF signal from the time domain to the spectral domain, - the threshold module is arranged to identify and retain sample points of the digital IF signal in a spectral domain with signal components that exceed a certain level threshold, such that a spectral repair signal is formed - the inverse FFT module is arranged to transform the spectral repair signal output from the threshold module to the time domain such that a repair signal is formed, - the approximation module is arranged to output an approximation signal based on the repair signal , and - the detection and repair module is arranged to identify possible sections of the digital IF signal in the time domain that exhibit interference exceeding an interference threshold, to determine whether or not to replace such sections with equivalent sections of the approximation signal , and if applicable, to replace such sections with equivalent sections of the approximation signal .
A method comprising: capturing, at an image capturing device , a plurality of concurrent perspectives of an eye based on light reflected from a segmented optics array , wherein capturing the plurality of concurrent perspectives comprises capturing the plurality of concurrent perspectives in a single image at the image capturing device , and wherein the image includes a plurality of sub-images , wherein each sub-image displays a different perspective of the eye; and generating, at an eye-tracking module , a confidence score for each sub-image , and identifying a position of the eye based on the plurality of concurrent perspectives by selecting the sub-image having the highest confidence score. capturing, at an image capturing device , a plurality of concurrent perspectives of an eye based on light reflected from a segmented optics array , wherein capturing the plurality of concurrent perspectives comprises capturing the plurality of concurrent perspectives in a single image at the image capturing device , and wherein the image includes a plurality of sub-images , wherein each sub-image displays a different perspective of the eye; and generating, at an eye-tracking module , a confidence score for each sub-image , and identifying a position of the eye based on the plurality of concurrent perspectives by selecting the sub-image having the highest confidence score.