mhurhangee/ep-ind-claims huggingface dataset:
Apparatus comprising means for performing: sending, by a wireless access point configured to support communications using a first wireless band and a second wireless band and toward a controller, feedback information related to association of wireless devices with the wireless access point, the feedback information including performance data; and receiving, by the wireless access point from the controller, wireless access control information associated with the first wireless band of the wireless access point and configured to control association of wireless devices with the first wireless band of the wireless access point, wherein the wireless access control information includes an access control list identifying a set of wireless devices to be blocked by the wireless access point from associating with the first wireless band and be forced to associate with the second wireless band, wherein the wireless access control information is determined based on at least one of the performance data and device capability information for one or more wireless devices associated with the wireless access point. sending, by a wireless access point configured to support communications using a first wireless band and a second wireless band and toward a controller, feedback information related to association of wireless devices with the wireless access point, the feedback information including performance data; and receiving, by the wireless access point from the controller, wireless access control information associated with the first wireless band of the wireless access point and configured to control association of wireless devices with the first wireless band of the wireless access point, wherein the wireless access control information includes an access control list identifying a set of wireless devices to be blocked by the wireless access point from associating with the first wireless band and be forced to associate with the second wireless band, wherein the wireless access control information is determined based on at least one of the performance data and device capability information for one or more wireless devices associated with the wireless access point.
A method of additively manufacturing an article, comprising: dispensing an additive manufacturing fiber tow, a solidifiable matrix material, and an energy-emissive dopant, wherein the energy-emissive dopant emits a curing energy (37, 59, 69) in response to receiving an activating energy (35, 57, 67), and the curing energy (37, 59, 69) effects curing of the solidifiable matrix material; and applying activating energy (35, 57, 67) to the energy-emissive dopant to activate the energy-emissive dopant to emit the curing energy (37, 59, 69). dispensing an additive manufacturing fiber tow, a solidifiable matrix material, and an energy-emissive dopant, wherein the energy-emissive dopant emits a curing energy (37, 59, 69) in response to receiving an activating energy (35, 57, 67), and the curing energy (37, 59, 69) effects curing of the solidifiable matrix material; and applying activating energy (35, 57, 67) to the energy-emissive dopant to activate the energy-emissive dopant to emit the curing energy (37, 59, 69).
Cathode that can be used in a lithium-ion battery cell with an electrolyte based on a lithium salt and a non-aqueous solvent, the cathode being based on a polymeric composition obtained by a molten method and without solvent evaporation that is the product of a reaction of hot compounding of an active material and additives comprising a polymeric binder and an electrically conductive filler, characterised in that said binder is based on at least one crosslinked elastomer and in that said additives further comprise at least one non-volatile organic compound that can be used in said electrolyte solvent, the composition comprising said active material in a proportion by mass equal to or greater than 90%
A method performed at a user equipment comprising: monitoring for a position reference signal broadcast by a network node; measuring a time of arrival of a peak in a received signal, said peak being indicative of receipt of said position reference signal and measuring a time of arrival of at least one further peak said at least one further peak being indicative of receipt of the same position reference signal travelling via a different path; transmitting a time offset signal indicative of a time difference between said arrival of said at least one further peak and said peak as part of an enhanced reference time difference signal. monitoring for a position reference signal broadcast by a network node; measuring a time of arrival of a peak in a received signal, said peak being indicative of receipt of said position reference signal and measuring a time of arrival of at least one further peak said at least one further peak being indicative of receipt of the same position reference signal travelling via a different path; transmitting a time offset signal indicative of a time difference between said arrival of said at least one further peak and said peak as part of an enhanced reference time difference signal.
Method for the adhesive attachment of an object to an object carrier in a stereolithographic process, wherein the object is formed by the curing of a photosensitive substance by means of curing radiation, wherein at least in one partial region of the object carrier, a secondary radiation being radiated to the object carrier in a direction that is different from the direction of the curing radiation in order to adhesively attach the object, characterised in that the secondary radiation is supplied laterally to the generally planar, radiation-permeable object carrier and is deflected within the object carrier.
A method of recording inspection data relating to print products formed on a printing press, the print products comprising a sequence of repeating format images, the method comprising the step of storing digital images of defective parts of the print product, characterized in that a compressed video stream of a regular sequence of the format images is stored for at least a clipping of the repeating format, and the step of generating the compressed video stream comprises calculating difference images (18b-a), (18d-c), (18f-e) of digital images (18a-18f) which represent format images that have been printed at different times.
Process for recycling an electrode material comprising graphene and an electrochemically active material, the process comprising the steps of: (i) adding, in any order, water and a non-miscible solvent to the electrode material, thereby forming a biphasic system comprising an organic phase and an aqueous phase; and (ii) separating the organic layer and the aqueous phase; and (iii) filtering the organic phase to recover the graphene. (i) adding, in any order, water and a non-miscible solvent to the electrode material, thereby forming a biphasic system comprising an organic phase and an aqueous phase; and (ii) separating the organic layer and the aqueous phase; and (iii) filtering the organic phase to recover the graphene.
A method for automatically provisioning a network access requestor with service access credentials for accessing an on-line service offered by an on-line service provider accessible through a communications network, wherein the communications network includes at least one authentication entity for authenticating the network access requestor using public key cryptography in order to conditionally grant thereto access to the communication network, the method comprising: - during the authentication of the network access requestor, the authentication entity requesting to the on-line service provider the generation of said service access credentials, the method being characterized by further comprising; - at the on-line service provider, generating the service access credentials, encrypting the service access credentials with a public encryption key of the network access requestor and providing the encrypted service access credentials to the authentication entity; - the authentication entity sending the encrypted service access credentials to the network access requestor. - during the authentication of the network access requestor, the authentication entity requesting to the on-line service provider the generation of said service access credentials, - at the on-line service provider, generating the service access credentials, encrypting the service access credentials with a public encryption key of the network access requestor and providing the encrypted service access credentials to the authentication entity; - the authentication entity sending the encrypted service access credentials to the network access requestor.
Device for weighing capsules with a filling, wherein the device has a weighing unit having a weighing receptacle for the capsule, a supply duct for feeding individual capsules to the weighing unit in a direction of movement, and a stopping device for the capsule fed in the direction of movement, wherein the stopping device is part of the weighing receptacle and is conceived to hold the respectively stopped capsule in a receptacle portion of the weighing receptacle in a form-fitting manner in the direction of movement; and wherein the receptacle portion of the weighing receptacle is inclined in relation to a horizontal direction in such a manner that a front end of the receptacle portion in terms of the direction of movement lies lower than a rear end of the receptacle portion; wherein the receptacle portion is formed by two partial area portions (8, 8'); wherein the partial area portions (8, 8') are inclined towards one another when viewed in the cross section of the receptacle portion, characterized in that the two partial area portions (8, 8') enclose a dihedral angle (β) which is in a range from 120° to 60°. wherein the stopping device is part of the weighing receptacle and is conceived to hold the respectively stopped capsule in a receptacle portion of the weighing receptacle in a form-fitting manner in the direction of movement; and wherein the receptacle portion of the weighing receptacle is inclined in relation to a horizontal direction in such a manner that a front end of the receptacle portion in terms of the direction of movement lies lower than a rear end of the receptacle portion; wherein the receptacle portion is formed by two partial area portions (8, 8'); wherein the partial area portions (8, 8') are inclined towards one another when viewed in the cross section of the receptacle portion, characterized in that the two partial area portions (8, 8') enclose a dihedral angle (β) which is in a range from 120° to 60°.
A method for co-extruding a metallic composite structure (116, 118) on a horizontal substrate, comprising: the use of an applicator located above the substrate which comprises: a housing (22, 24); at least two channels enclosed by the housing (22, 24), the at least two channels facilitate flow of materials; at least one entrance port (36, 38) associated with each of the channels for feeding a material into each channel; and wherein the at least two channels terminate within the housing so that the materials flowing through each of the channels in use are merged within the housing (22, 24) into a single flow of distinct materials; an exit port for co-extruding the materials to generate a relatively fine structure with a high aspect ratio of 2:1 or greater, wherein the method further comprises the following step: co-extruding onto the substrate, the composite structure (116, 118) consisting of a vertically applied metal fine structure with supporting material formed horizontally adjacent to one or more sides of the vertically applied metal fine structure. the use of an applicator located above the substrate which comprises: a housing (22, 24); at least two channels enclosed by the housing (22, 24), the at least two channels facilitate flow of materials; at least one entrance port (36, 38) associated with each of the channels for feeding a material into each channel; and wherein the at least two channels terminate within the housing so that the materials flowing through each of the channels in use are merged within the housing (22, 24) into a single flow of distinct materials; an exit port for co-extruding the materials to generate a relatively fine structure with a high aspect ratio of 2:1 or greater, wherein the method further comprises the following step: co-extruding onto the substrate, the composite structure (116, 118) consisting of a vertically applied metal fine structure with supporting material formed horizontally adjacent to one or more sides of the vertically applied metal fine structure. a housing (22, 24); at least two channels enclosed by the housing (22, 24), the at least two channels facilitate flow of materials; at least one entrance port (36, 38) associated with each of the channels for feeding a material into each channel; and wherein the at least two channels terminate within the housing so that the materials flowing through each of the channels in use are merged within the housing (22, 24) into a single flow of distinct materials; an exit port for co-extruding the materials to generate a relatively fine structure with a high aspect ratio of 2:1 or greater, wherein the method further comprises the following step: co-extruding onto the substrate, the composite structure (116, 118) consisting of a vertically applied metal fine structure with supporting material formed horizontally adjacent to one or more sides of the vertically applied metal fine structure. co-extruding onto the substrate, the composite structure (116, 118) consisting of a vertically applied metal fine structure with supporting material formed horizontally adjacent to one or more sides of the vertically applied metal fine structure.
A solar cell comprising: a crystal silicon substrate of a first conductivity type including a first principal surface and a second principal surface; a first amorphous silicon film of a second conductivity type provided on a side of the first principal surface; and a second amorphous silicon film of the first conductivity type provided on a side of the second principal surface, wherein at least one of the first amorphous silicon film and the second amorphous silicon film has a multi-layer structure including amorphous silicon layers, and an oxygen-rich silicon layer is provided between any adjacent two of the amorphous silicon layers in the multi-layer structure. a crystal silicon substrate of a first conductivity type including a first principal surface and a second principal surface; a first amorphous silicon film of a second conductivity type provided on a side of the first principal surface; and a second amorphous silicon film of the first conductivity type provided on a side of the second principal surface, wherein at least one of the first amorphous silicon film and the second amorphous silicon film has a multi-layer structure including amorphous silicon layers, and an oxygen-rich silicon layer is provided between any adjacent two of the amorphous silicon layers in the multi-layer structure.
Application device of a disc brake for a commercial vehicle, comprising a crossmember, which is movable via a pivotable brake lever and in which at least one brake plunger in correspondence with an adjusting device is axially movable, wherein the brake plunger comprises a threaded spindle and a pressure pad secured to an end face thereof and bearing against a brake pad, and wherein the threaded spindle is screwed into a spindle nut held rotatably and axially secure in the crossmember, characterised in that the pressure pad non-rotatably engages with the brake pad and is connected to the threaded spindle in a axially secure and non-rotatable manner.
A creping doctor device for the scraping off and creping of a running paper web from a rotating cylinder, comprising suspension means (8, 81, 82), a holder device arranged in said suspension means (8, 81, 82) and arranged to support a continuous, or divided, longitudinally moveable doctor blade, which doctor blade has a length that exceeds at least twice the length of said cylinder and is provided with a scraping surface and a contact line and/or contact surface, which contact line and/or contact surface is intended to bear against the jacket surface of said rotating cylinder at a certain linear load, characterised in that said doctor blade comprises a separate supporting part and a wear part that is moveable in relation to the supporting part, which supporting part comprises a holder part that is detachably fixed at the holder device, and in that the cross-sectional area of said wear part is 5-30 mm 2.
Device for filtering water having a filter assembly made from different filter arrangements and with UV-emitters for UV-sterilisation of the water, for the provision of high-quality water, wherein the contaminated water can be introduced into a first chamber through an inlet opening, wherein, downstream of a perforated plate of the first chamber, as seen in the flow direction of the water, the filter assembly made from different filter arrangements is provided in a housing, and wherein, downstream of the filter assembly, as seen in the flow direction of the water, a second chamber is provided, to which an outlet opening for purified water is allocated, and wherein at least one UV-light source is provided, characterised in that the first chamber is allocated at least one UV-light source and, in order to increase the performance of the UV-steriliser, two parallel reflection plates (4, 5) are provided in the first chamber, at least one of which reflection plates is perforated, thus forming a through-passage for the water through the plate, that the second chamber is in turn allocated at least one UV-light source and, in order to increase the performance of the UV-steriliser, two parallel reflection plates (4, 5) are likewise provided in the second chamber, at least one of which reflection plates is perforated, thus forming a through-passage for the water through the plate, through which perforated reflection plate water can be introduced into the second chamber from the filter assembly, wherein the filter assembly comprises a plurality of filtration media,,,,,, between which are disposed intermediate filters made from electro-positively charged nano-fibres,,,,, and wherein, from among the filtration media, the first and the last are based on oxidation-reduction, and that the other filtration media are adsorption filtration media.
An access control device configured for data communication with at least a first remote service provider and a second remote service provider via a wide area telecommunications network and for data communication with at least a first local device and a second local device via local data communication, wherein the access control device is configured to facilitate data communication between the first remote service provider and the first local device and to facilitate data communication between the second remote service provider and the second local device, said access control device being characterised by being configured to prevent data communication between the first remote service provider and the second local device and to prevent data communication between the second remote service provider and the first local device.
Operating device for lighting means, comprising: - output terminals (407a, 407b) supplying lighting means, such as e.g. a LED load, - a control circuitry for controlling an electrical supply of the lighting means; - a NFC module configured to receive NFC signals and output a pulse width modulation, PWM, signal with variable duty cycle; - a conversion circuitry arranged for being supplied with the PWM signal and for outputting a DC voltage supplied to an input of the control circuitry, characterized in that the supplied DC voltage is a function of the duty cycle of the PWM signal according to a set conversion rate, the conversion circuitry is configured to be supplied with an internal control signal to set at least two conversion rates, wherein the operating device comprises a detection circuitry configured to detect if a supply voltage of the operating device is a AC or DC voltage and to set the internal control signal for the conversion rate differently in case of presence of AC or DC voltage, respectively. - output terminals (407a, 407b) supplying lighting means, such as e.g. a LED load, - a control circuitry for controlling an electrical supply of the lighting means; - a NFC module configured to receive NFC signals and output a pulse width modulation, PWM, signal with variable duty cycle; - a conversion circuitry arranged for being supplied with the PWM signal and for outputting a DC voltage supplied to an input of the control circuitry, characterized in that the supplied DC voltage is a function of the duty cycle of the PWM signal according to a set conversion rate, the conversion circuitry is configured to be supplied with an internal control signal to set at least two conversion rates, wherein the operating device comprises a detection circuitry configured to detect if a supply voltage of the operating device is a AC or DC voltage and to set the internal control signal for the conversion rate differently in case of presence of AC or DC voltage, respectively. characterized in that the supplied DC voltage is a function of the duty cycle of the PWM signal according to a set conversion rate, the conversion circuitry is configured to be supplied with an internal control signal to set at least two conversion rates, wherein the operating device comprises a detection circuitry configured to detect if a supply voltage of the operating device is a AC or DC voltage and to set the internal control signal for the conversion rate differently in case of presence of AC or DC voltage, respectively.
A method comprising: capturing a plurality of images via an image sensor, wherein the image sensor comprises a plurality of sensor elements, the sensor elements configured to represent respective pixels in the captured plurality of images; wherein the plurality of images are captured with different respective values for at least one property of an optical element, wherein the optical element is coupled to the image sensor; combining the plurality of images into an aggregate image; based on the aggregate image (340, 540), determining a condition of a particular sensor element of the plurality of sensor elements; mapping the determined condition of the particular sensor element in a sensor element condition map and associating the sensor element condition map with a time; and adjusting, in a payload image (380, 550), a value of a particular pixel that is associated with the particular sensor element, wherein adjusting the value of the particular pixel is based on the sensor element condition map and a historical record of a plurality of further sensor element condition maps associated with a corresponding plurality of different times. capturing a plurality of images via an image sensor, wherein the image sensor comprises a plurality of sensor elements, the sensor elements configured to represent respective pixels in the captured plurality of images; wherein the plurality of images are captured with different respective values for at least one property of an optical element, wherein the optical element is coupled to the image sensor; combining the plurality of images into an aggregate image; based on the aggregate image (340, 540), determining a condition of a particular sensor element of the plurality of sensor elements; mapping the determined condition of the particular sensor element in a sensor element condition map and associating the sensor element condition map with a time; and adjusting, in a payload image (380, 550), a value of a particular pixel that is associated with the particular sensor element, wherein adjusting the value of the particular pixel is based on the sensor element condition map and a historical record of a plurality of further sensor element condition maps associated with a corresponding plurality of different times.