mhurhangee/ep-ind-claims huggingface dataset:
At least one computer readable storage medium comprising instructions that when executed enable a system to: receive a request to access at least part of functionality of the system; perform face authentication based on a first input from a camera, to determine if a person attempting to access the at least part of the functionality has been approved to do so; perform liveness verification, based on a second input from the camera, to determine whether the second input is from a living person corresponding to the person; and grant access to the at least part of the functionality only if both the face authentication and the liveness verification are successful; wherein the instructions enable the system to perform the liveness verification by: prompting, via a video output of the system, to direct the person to blink; using the camera to take a picture of at least a part of a face of the person; illuminating an eye of the person with an illuminator, the illuminator located close enough to the optical axis of the camera's lens to produce a red-eye effect; and using the camera to take a flash picture of the user's eye, to detect the red-eye effect. receive a request to access at least part of functionality of the system; perform face authentication based on a first input from a camera, to determine if a person attempting to access the at least part of the functionality has been approved to do so; perform liveness verification, based on a second input from the camera, to determine whether the second input is from a living person corresponding to the person; and grant access to the at least part of the functionality only if both the face authentication and the liveness verification are successful; wherein the instructions enable the system to perform the liveness verification by: prompting, via a video output of the system, to direct the person to blink; using the camera to take a picture of at least a part of a face of the person; illuminating an eye of the person with an illuminator, the illuminator located close enough to the optical axis of the camera's lens to produce a red-eye effect; and using the camera to take a flash picture of the user's eye, to detect the red-eye effect. prompting, via a video output of the system, to direct the person to blink; using the camera to take a picture of at least a part of a face of the person; illuminating an eye of the person with an illuminator, the illuminator located close enough to the optical axis of the camera's lens to produce a red-eye effect; and using the camera to take a flash picture of the user's eye, to detect the red-eye effect.
An agricultural harvester comprising: a chassis; a threshing and separating system longitudinally oriented in said chassis for separating grain from material other than grain moving in a rearward direction within said threshing and separating system, the threshing and separating system having an axial rotor, at least partially enclosed by and rotatable within a corresponding perforated concave; at least one conveyance apparatus longitudinally oriented in said chassis and beneath said threshing and separating system for receiving a mixture of grain and residual MOG from the threshing and separating system and directing it in a rearward direction; a grain cleaning system having at least one sieve for further separating grain and MOG located beneath and rearward of the at least one conveyance apparatus: said agricultural harvester is characterized by: said conveyance apparatus has a section adjacent its forward end with openings permitting passage of grain and preventing passage of large particles, only from a front section of the concave, and a component beneath said forward end selectively directing grain toward said grain cleaning system. a chassis; a threshing and separating system longitudinally oriented in said chassis for separating grain from material other than grain moving in a rearward direction within said threshing and separating system, the threshing and separating system having an axial rotor, at least partially enclosed by and rotatable within a corresponding perforated concave; at least one conveyance apparatus longitudinally oriented in said chassis and beneath said threshing and separating system for receiving a mixture of grain and residual MOG from the threshing and separating system and directing it in a rearward direction; a grain cleaning system having at least one sieve for further separating grain and MOG located beneath and rearward of the at least one conveyance apparatus: said agricultural harvester is characterized by: said conveyance apparatus has a section adjacent its forward end with openings permitting passage of grain and preventing passage of large particles, only from a front section of the concave, and a component beneath said forward end selectively directing grain toward said grain cleaning system.
Cutlery rack for a dishwasher, said cutlery rack comprising: a support frame surrounding a storage area for cutlery items; a rack bottom with a first and a second side; a first support arrangement for cutlery items arranged on said first side of the rack bottom; and a second support arrangement for cutlery items arranged on said second side of the rack bottom; wherein the cutlery rack is arranged with either the first or second side of the rack bottom facing upwards, characterized in that the rack bottom is movably arranged along a vertical direction within the support frame between a first and a second position. a support frame surrounding a storage area for cutlery items; a rack bottom with a first and a second side; a first support arrangement for cutlery items arranged on said first side of the rack bottom; and a second support arrangement for cutlery items arranged on said second side of the rack bottom; wherein
An arc-shaped microwave oven, comprising a cooking cavity, an oven base, a microwave generation unit disposed within the oven base, and a control unit also disposed within the oven base, the oven base comprises a bottom portion and a back portion which is assembled with the bottom portion, the cooking cavity is formed by a cavity surrounded by the bottom portion, the back portion and a furnace door, the furnace door is in a hood shape and provided with a microwave shielding means, and the microwave generation unit and the control unit are electrically connected to an operation/display unit; the furnace door comprises an external cover, a microwave shielding cover, an inner cover and a framework, sequentially arranged from external to internal, characterised in that the framework comprises a first framework component and a second framework component, the first framework component and the second framework component are connected at an angle to each other, the external cover, the microwave shielding cover and the inner cover are assembled together by the framework, and the framework is provided with a choke groove; and the inner cover is provided with a raised edge (731, 731') which is embedded in an assembling slot of the framework and/or crimping contacts with an assembling edge of the framework so as to connect the inner cover to the framework.
A primer composition for metal materials to be applied onto a surface of a metal material to be bonded with an epoxy-based adhesive, comprising: an epoxy resin containing both a bifunctional epoxy resin containing at least a bisphenol A-type epoxy resin and a multifunctional epoxy resin containing at least a phenol novolac-type epoxy resin; a curing agent composed of cyandiamide; a curing catalyst composed of imidazole; and an inorganic oxide filler composed of silica and titanium oxide, wherein a solvent is not contained.
Detector of electromagnetic radiation, comprising: - a substrate, - an oriented polycrystalline layer of thermoelectric material situated on the top surface of the substrate, said oriented polycrystalline layer having a crystal orientation at an angle comprised between 30 degrees and 55 degrees relative to a normal to the top surface of the substrate - first and second electrodes spaced the one from the other and in electrical contact with the oriented polycrystalline layer, whereby said oriented polycrystalline layer of thermoelectric material is deposited on the top surface of the substrate by glancing angle deposition (GLAD), whereby either one ceramic layer is the top layer of said substrate or the entire substrate is one ceramic layer and said ceramic layer in both alternatives does not have a specific grain orientation. - a substrate, - an oriented polycrystalline layer of thermoelectric material situated on the top surface of the substrate, said oriented polycrystalline layer having a crystal orientation at an angle comprised between 30 degrees and 55 degrees relative to a normal to the top surface of the substrate - first and second electrodes spaced the one from the other and in electrical contact with the oriented polycrystalline layer,
A signal component cancellation system for a feedback receiver (190, 690), comprising: a transmit chain configured to transmit a transmit signal having at least two signal components with offset center frequencies; measurement circuitry (150, 250, 350, 450, 550, 650) configured to measure a received signal that results from feedback of the transmit signal; cancellation circuitry (120, 220, 220', 320, 320', 420, 520, 620) configured to cancel a selected signal component from the transmit signal to generate a cancellation signal; and subtraction circuitry (160, 260, 360, 460, 560, 660) configured to: combine the cancellation signal with the measured received signal to generate a component signal corresponding to a contribution of the selected signal component to the received signal; and provide the component signal to the feedback receiver (190, 690). a transmit chain configured to transmit a transmit signal having at least two signal components with offset center frequencies; measurement circuitry (150, 250, 350, 450, 550, 650) configured to measure a received signal that results from feedback of the transmit signal; cancellation circuitry (120, 220, 220', 320, 320', 420, 520, 620) configured to cancel a selected signal component from the transmit signal to generate a cancellation signal; and subtraction circuitry (160, 260, 360, 460, 560, 660) configured to: combine the cancellation signal with the measured received signal to generate a component signal corresponding to a contribution of the selected signal component to the received signal; and provide the component signal to the feedback receiver (190, 690). combine the cancellation signal with the measured received signal to generate a component signal corresponding to a contribution of the selected signal component to the received signal; and provide the component signal to the feedback receiver (190, 690).
Cableway support of a cableway with an access unit for people to climb over to, characterized in that a climb-over apparatus for people to climb over from a cable car of the cableway to the access unit or vice versa is provided on the cableway support, wherein the climb-over apparatus is arranged on the cableway support by means of a fastening unit so as to be movable relative to the access unit, wherein the climb-over apparatus can be moved relative to the access unit from a rest position in which the climb-over apparatus is stowed on the access unit into a standby position which is provided for performing the climb-over.
A computer-implemented method comprising: obtaining a user-data request that is associated with a requesting party; enhancing user privacy and anonymity by making a random determination as to whether or not to skip the user-data request; if the random determination is to skip the user-data request, then skipping the user-data request; if the random determination is to not skip the user-data request, then: preparing a first candidate response to the user-data request, the first candidate response being based at least in part on data that is associated with a first user; receiving a plurality of additional candidate responses that are respectively based on data that is respectively associated with a plurality of additional users; determining a privacy level of the first candidate response based at least in part on the received plurality of additional candidate responses; and determining that the privacy level exceeds a privacy threshold, and responsively sending, to the requesting party, a user-data response associated with the user-data request. obtaining a user-data request that is associated with a requesting party; enhancing user privacy and anonymity by making a random determination as to whether or not to skip the user-data request; if the random determination is to skip the user-data request, then skipping the user-data request; if the random determination is to not skip the user-data request, then: preparing a first candidate response to the user-data request, the first candidate response being based at least in part on data that is associated with a first user; receiving a plurality of additional candidate responses that are respectively based on data that is respectively associated with a plurality of additional users; determining a privacy level of the first candidate response based at least in part on the received plurality of additional candidate responses; and determining that the privacy level exceeds a privacy threshold, and responsively sending, to the requesting party, a user-data response associated with the user-data request. preparing a first candidate response to the user-data request, the first candidate response being based at least in part on data that is associated with a first user; receiving a plurality of additional candidate responses that are respectively based on data that is respectively associated with a plurality of additional users; determining a privacy level of the first candidate response based at least in part on the received plurality of additional candidate responses; and determining that the privacy level exceeds a privacy threshold, and responsively sending, to the requesting party, a user-data response associated with the user-data request.
An electrodeposited copper foil comprising a deposited side and a drum side opposite the deposited side, characterized in that the deposited side and the drum side each possess a residual stress, an absolute value of a difference in the residual stress between the deposited side and the drum side is at most 95 MPa, and the deposited side exhibits a volume void (Vv) in a range from 0.15 μm 3 /μm 2 to 1.35 μm 3 /μm 2; wherein a void volume is obtained according to Standard Method ISO 25178-2:2012; the Vv refers to a void volume at a material ratio of 10%; the residual stresses of the deposited sides and the drum sides of the electrodeposited copper foil are respectively measured by using an X-ray apparatus.
An optical sensor arrangement for measuring an observable, comprising - a light source for emitting light of a spectrum containing a plurality of different wavelengths, - a first optical element, - a second optical element, - a first photo detector, - a second photo detector, and - a control unit, wherein the light source is optically coupled to the first optical element for feeding the light into the first optical element, the first optical element being optically coupled to the second optical element for feeding a part of the light transmitted by the first optical element into the second optical element, wherein the first photo detector is optically coupled to the first optical element for detecting a first component of said part of the light which is not transmitted by the second optical element, the second photo detector being optically coupled to the second optical element for detecting a second component of said part of the light which is transmitted by the second optical element, wherein one of the first and the second optical elements (2, 3) is an optical filter for filtering out a subset of said wavelengths, a transmittance of the filter showing at least one peak, the peak coinciding with one of said wavelengths, and wherein the remaining of the first and the second optical elements (2, 3) is a sensor element, the sensor element being an optical resonator, an optical length of this resonator being variable depending on the observable, the sensor element or the filter being tunable, wherein the control unit is configured for tuning the sensor element or the filter by means of a control signal, the control signal being adapted for shifting, dependent on output signals of the first and the second photo detectors (6, 7), a resonance wavelength of the optical resonator or said peak such that the resonance wavelength and the peak are made to coincide, a strength of the shifting control signal being a measure for the observable. - a light source for emitting light of a spectrum containing a plurality of different wavelengths, - a first optical element, - a second optical element, - a first photo detector, - a second photo detector, and - a control unit,
Component for shielding and/or delimiting a cavity, in particular of a motor vehicle, such as in a sill, for example, said component comprising: - at least one opening for draining a dip-painting liquid from the cavity; - at least one expandable element which has a portion (17, 18) which is disposed beside or around the at least one opening and is expandable for closing the opening; and - at least one deflection element which at least partially protrudes beyond the at least one opening in such a manner that the at least one expandable element when expanded impacts the deflection element and is blocked by the latter; characterized in that a periphery of a projection of the deflection element on a plane defined by the opening lies completely within the opening. - at least one opening for draining a dip-painting liquid from the cavity; - at least one expandable element which has a portion (17, 18) which is disposed beside or around the at least one opening and is expandable for closing the opening; and - at least one deflection element which at least partially protrudes beyond the at least one opening in such a manner that the at least one expandable element when expanded impacts the deflection element and is blocked by the latter;
A method of making aerogel particles having a mean particle size of less than 1 micron, comprising milling starting aerogel particles and treating the starting aerogel particles in a solution comprising one or more agents that prevent agglomeration during milling to form milled aerogel particles, and then drying said milled aerogel particles, wherein the starting aerogel particles and the dried aerogel particles are hydrophobic aerogel particles, and wherein the dried aerogel particles have a thermal conductivity of less than about 40 mW/m°K.
A method for detecting the methylation status in a biological sample obtained from a human subject who is in a need of detection of a breast cancer, comprising assaying methylation status of epigenetic biomarkers in target DNA sequences GCM2 and ITPRIPL1 or fragments thereof in the biological sample, wherein the presence of hypermethylation in the DNA sequences of the human subject relative to a methylation state of a control is indicative of a breast cancer, preferably wherein a GCM2 methylation specific probe and a ITPRIPL1 methylation specific probe are used to assay the methylation level of the target GCM2 and ITPRIPL1 DNA sequences or fragments thereof and a control DNA sequence in the sample.
A composition consisting of an extract of Plantago ovata or Plantago psyllium, glucomannan and an extract of Matricaria chamomilla in admixture with a suitable acceptable carrier.
A handle for a cookware article that comprises: a. a flange portion having a distal end for connection to one of a cookware vessel and a lid of a cookware vessel, the flange portion also having a proximal end opposing the distal end, b. an elongated cavity extending from the distal end of the flange portion toward a rim that defines a perimeter of an open distal end of the elongated cavity, c. an interconnection module disposed within the elongated cavity, d. an electronic module for sealing the open distal end of the elongated cavity at the rim to form at least a distal portion of the handle for the cookware article, the electronic module comprising at least one electronic component, e. one of the interconnection module and the electronic module comprising a male appendage that is received in the other module, f. at least one external lead that extends from the flange portion to the interconnection module to make a connection with a first terminal of the electronic module, wherein said first terminal is in one of signal and power connection to the at least one electronic component in which the connection is capable of being disengaged when the electronic module is rotated with respect to the interconnection module to disconnect a pair of contact terminals of which a first contact terminal of the pair is on the male appendage and a second contact terminal of the pair is on the other module that does not comprise the male appendage. a. a flange portion having a distal end for connection to one of a cookware vessel and a lid of a cookware vessel, the flange portion also having a proximal end opposing the distal end, b. an elongated cavity extending from the distal end of the flange portion toward a rim that defines a perimeter of an open distal end of the elongated cavity, c. an interconnection module disposed within the elongated cavity, d. an electronic module for sealing the open distal end of the elongated cavity at the rim to form at least a distal portion of the handle for the cookware article, the electronic module comprising at least one electronic component, e. one of the interconnection module and the electronic module comprising a male appendage that is received in the other module, f. at least one external lead that extends from the flange portion to the interconnection module to make a connection with a first terminal of the electronic module, wherein said first terminal is in one of signal and power connection to the at least one electronic component in which the connection is capable of being disengaged when the electronic module is rotated with respect to the interconnection module to disconnect a pair of contact terminals of which a first contact terminal of the pair is on the male appendage and a second contact terminal of the pair is on the other module that does not comprise the male appendage.