mhurhangee/patent-ind-claim-en huggingface dataset:
An article comprising a substrate coated on at least one region of the substrate surface with at least one layer of a nanocomposite comprising a blend of at least one nanocrystalline cellulose (NCC) and a plurality of nanoparticles selected from Al 2 O 3 , TiO 2, SiO 2 and/or ZnO, the interaction between the at least one surface region and the nano-cellulose material being electrostatic, wherein said at least one layer is a gas barrier layer provided between two layers or sheets of a substrate material, the layer suppressing or blocking permeation therethrough of moisture and gases selected from O 2 , CO 2 , CO, N 2 , NO x , SO x and H 2 , and wherein the layer blocks IR or UV irradiation.
An optical system to present an image to an eye of a user, the system comprising: a waveguide configured to output collimated light towards an optically powered element comprising at least one holographic component to generate optical power; the optically powered element configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user and impart an angular offset on the directed light such that the directed light forms a virtual image plane , wherein the optically powered element is configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user through the waveguide, wherein the optically powered element is tilted with respect to an optical axis of the waveguide, and wherein the waveguide is configured to emit a portion of received light away from the eye of the user from an opposite side of the waveguide from which the collimated light is emitted towards the optically powered element, and light reflected from the tilted optically powered element is emitted towards the eye of a user through the waveguide. a waveguide configured to output collimated light towards an optically powered element comprising at least one holographic component to generate optical power; the optically powered element configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user and impart an angular offset on the directed light such that the directed light forms a virtual image plane , wherein the optically powered element is configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user through the waveguide, wherein the optically powered element is tilted with respect to an optical axis of the waveguide, and wherein the waveguide is configured to emit a portion of received light away from the eye of the user from an opposite side of the waveguide from which the collimated light is emitted towards the optically powered element, and light reflected from the tilted optically powered element is emitted towards the eye of a user through the waveguide.
A method performed by a user equipment , comprising: receiving in one or more system information blocks instances of system information from a network node , wherein the instances of system information comprise at least one of legacy system information or enhanced machine-type communication system information in the one or more system information blocks; and characterized by : determining which of the received instances of system information to use based on radio quality and/or power measurements including at least one of reference signal received power, received signal strength indication, or reference signal received quality. receiving in one or more system information blocks instances of system information from a network node , wherein the instances of system information comprise at least one of legacy system information or enhanced machine-type communication system information in the one or more system information blocks; and characterized by : determining which of the received instances of system information to use based on radio quality and/or power measurements including at least one of reference signal received power, received signal strength indication, or reference signal received quality.
An injection molded seal ring comprising a circular ring body extending between a first end and a second end engageable with the first end , the circular ring body comprising an inner circumferential face ; an outer circumferential sealing face opposing the inner circumferential face having a first lateral edge and an opposed second lateral edge ; a first lateral sealing face extending between the inner circumferential face and the opposing outer circumferential sealing face ; a second lateral sealing face opposing the first lateral sealing face , disposed between the inner circumferential face and the opposing outer circumferential sealing face ; a recess formed in the outer circumferential sealing face , the recess not extending to both the first lateral edge and the second lateral edge of the outer circumferential sealing face ; and an injection molding gate vestige disposed in the recess , the injection molding gate vestige not extending beyond the outer circumferential sealing face . an inner circumferential face ; an outer circumferential sealing face opposing the inner circumferential face having a first lateral edge and an opposed second lateral edge ; a first lateral sealing face extending between the inner circumferential face and the opposing outer circumferential sealing face ; a second lateral sealing face opposing the first lateral sealing face , disposed between the inner circumferential face and the opposing outer circumferential sealing face ; a recess formed in the outer circumferential sealing face , the recess not extending to both the first lateral edge and the second lateral edge of the outer circumferential sealing face ; and an injection molding gate vestige disposed in the recess , the injection molding gate vestige not extending beyond the outer circumferential sealing face .
A wear compensation device for a motor vehicle clutch having a drive spring which is provided for driving a pinion , wherein a wear-compensating rotational movement of an adjustment ring having ramps can be brought about via the pinion , wherein a special nut is attached such that it is fixed to the drive spring, within which a distance-adjusting threaded pin is screwed, wherein a threaded connection between the special nut and the threaded pin is thereby provided, characterised in that at least one section of the threaded connection is mechanically deformed.
A data transmission method for a power device of a modular uninterruptible power supply, UPS, system, wherein the method comprises: receiving (S401, S1601), by the power device , control status information transmitted by a controlling device ; and transmitting (S402, S1602), by the power device , a status signal data frame to a serial bus according to the control status information when determining that a current period is a first preset period, so that subsequently the serial bus transmits received status signal data frames with a same value in status signal data areas to the controlling device in parallel, wherein the status signal data frame comprises an identifier field, the identifier field comprises a status signal data area, and the status signal data area is used to store a data value of a status signal, so that the controlling device is enabled to determine the operating statuses of a plurality of power devices according to the status signal data frames. receiving (S401, S1601), by the power device , control status information transmitted by a controlling device ; and transmitting (S402, S1602), by the power device , a status signal data frame to a serial bus according to the control status information when determining that a current period is a first preset period, so that subsequently the serial bus transmits received status signal data frames with a same value in status signal data areas to the controlling device in parallel, wherein the status signal data frame comprises an identifier field, the identifier field comprises a status signal data area, and the status signal data area is used to store a data value of a status signal, so that the controlling device is enabled to determine the operating statuses of a plurality of power devices according to the status signal data frames.
A magnetic separation apparatus comprising: a first two-dimensional magnet array supported by a housing and a second two-dimensional magnet array supported by a housing, each of the first two-dimensional magnet array and the second two-dimensional magnet array defines an array surface, and a receiving area for a container adjacent the array surface, wherein each of the first and second two-dimensional magnet arrays comprises a plurality of magnet elements arranged in rows and columns, each magnetic element having a north pole and a south pole, and wherein the magnet elements are arranged so as to define either a Halbach array or an array with the north and south poles alternating along either the rows or the columns, wherein the array surface of the first two-dimensional magnet array and the array surface of the second two-dimensional magnet array are configured a) in a facing arrangement or partial facing arrangement; or b) back to back; or c) in a modular manner into a larger two-dimensional magnet array; or d) at an angle relative to one another, and wherein a magnetic field of each of the first two-dimensional magnet array and the second two-dimensional magnet array attracts magnetically susceptible particles toward the array surface. a first two-dimensional magnet array supported by a housing and a second two-dimensional magnet array supported by a housing, each of the first two-dimensional magnet array and the second two-dimensional magnet array defines an array surface, and a receiving area for a container adjacent the array surface, wherein each of the first and second two-dimensional magnet arrays comprises a plurality of magnet elements arranged in rows and columns, each magnetic element having a north pole and a south pole, and wherein the magnet elements are arranged so as to define either a Halbach array or an array with the north and south poles alternating along either the rows or the columns, wherein the array surface of the first two-dimensional magnet array and the array surface of the second two-dimensional magnet array are configured a) in a facing arrangement or partial facing arrangement; or b) back to back; or c) in a modular manner into a larger two-dimensional magnet array; or d) at an angle relative to one another, a) in a facing arrangement or partial facing arrangement; or b) back to back; or c) in a modular manner into a larger two-dimensional magnet array; or d) at an angle relative to one another, and wherein a magnetic field of each of the first two-dimensional magnet array and the second two-dimensional magnet array attracts magnetically susceptible particles toward the array surface.
A solar cell module comprising: a light-transmitting substrate ; a back sheet ; a plurality of solar cells arranged between the substrate and the back sheet ; a transition wire connecting tab wires together, the tab wires being connected to the plurality of solar cells ; a concealment sheet covering the transition wire from a substrate side; and a filling member filling a space between the substrate and the back sheet comprising a substrate side filling member filling a space between the concealment sheet and the substrate , wherein the transition wire is disposed in the filling member , wherein the concealment sheet includes: a first sheet layer in contact with the filling member ; a second sheet layer (51 b) placed over the first sheet layer on the substrate side; and a third sheet layer placed over the second sheet layer on the substrate side, the first sheet layer is made of a transparent material or a semitransparent material, the second sheet layer is made of a material of the same type of color as a material of the back sheet or the filling member , the first sheet layer has adhesiveness to the filling member , and wherein the third sheet layer is in contact with the substrate side filling member , and has adhesiveness to the substrate side filling member . a light-transmitting substrate ; a back sheet ; a plurality of solar cells arranged between the substrate and the back sheet ; a transition wire connecting tab wires together, the tab wires being connected to the plurality of solar cells ; a concealment sheet covering the transition wire from a substrate side; and a filling member filling a space between the substrate and the back sheet comprising a substrate side filling member filling a space between the concealment sheet and the substrate , wherein the transition wire is disposed in the filling member , wherein the concealment sheet includes: a first sheet layer in contact with the filling member ; a second sheet layer (51 b) placed over the first sheet layer on the substrate side; and a third sheet layer placed over the second sheet layer on the substrate side, the first sheet layer is made of a transparent material or a semitransparent material, the second sheet layer is made of a material of the same type of color as a material of the back sheet or the filling member , the first sheet layer has adhesiveness to the filling member , and wherein the third sheet layer is in contact with the substrate side filling member , and has adhesiveness to the substrate side filling member .
A method for monitoring an operational parameter of a wind turbine, the method comprising: defining a peer limit measuring the operational parameter during operation of the wind turbine; and comparing the measured operational parameter to the peer limit; wherein the wind turbine is a member of a peer group of wind turbines, each wind turbine of the peer group comprising a common characteristic; and wherein the peer limit is defined using measurements of the operational parameter measured on the wind turbines of the peer group of wind turbines, characterized in the method further comprising performing a baseline measurement of the operational parameter on the wind turbine; defining a baseline limit using the baseline measurement; comparing the baseline limit to the peer limit; and if the baseline limit is more limiting than the peer limit, replacing the peer limit for the wind turbine with the baseline limit. defining a peer limit measuring the operational parameter during operation of the wind turbine; and comparing the measured operational parameter to the peer limit; wherein the wind turbine is a member of a peer group of wind turbines, each wind turbine of the peer group comprising a common characteristic; and wherein the peer limit is defined using measurements of the operational parameter measured on the wind turbines of the peer group of wind turbines, characterized in the method further comprising performing a baseline measurement of the operational parameter on the wind turbine; defining a baseline limit using the baseline measurement; comparing the baseline limit to the peer limit; and if the baseline limit is more limiting than the peer limit, replacing the peer limit for the wind turbine with the baseline limit. performing a baseline measurement of the operational parameter on the wind turbine; defining a baseline limit using the baseline measurement; comparing the baseline limit to the peer limit; and if the baseline limit is more limiting than the peer limit, replacing the peer limit for the wind turbine with the baseline limit.
A hearing device (HD), e.g. a hearing aid, configured to be located at or in an ear, or to be fully or partially implanted in the head at an ear, of a user, the hearing device comprising • an input unit providing a multitude of electric input signals (X 1 (k), X 2 (k)) representing sound in an environment of the user; • an output unit for providing stimuli perceivable to the user as sound based on said electric input signals (X 1 (k), X 2 (k)) or a processed version thereof; • an adaptive beamformer filtering unit connected to said input unit and to said output unit, and configured to provide a spatially filtered signal based on said multitude of electric input signals (X 1 (k), X 2 (k)) and to provide an adaptively updated adaptation factor β(k), where k is a frequency index; and • a memory, wherein a reference value REF is stored, the reference value being equal to or dependent on a value, β ov (k), of said adaptation factor β(k) determined when a voice of the user is present; and • an own voice detector configured to provide an estimate of whether or not, or with what probability, a given input sound originates from the voice of the user, and wherein said estimate, termed the own voice indicator, is dependent on a current value of said adaptation factor β(k) and said reference value REF. • an input unit providing a multitude of electric input signals (X 1 (k), X 2 (k)) representing sound in an environment of the user; • an output unit for providing stimuli perceivable to the user as sound based on said electric input signals (X 1 (k), X 2 (k)) or a processed version thereof; • an adaptive beamformer filtering unit connected to said input unit and to said output unit, and configured to provide a spatially filtered signal based on said multitude of electric input signals (X 1 (k), X 2 (k)) and to provide an adaptively updated adaptation factor β(k), where k is a frequency index; and • a memory, wherein a reference value REF is stored, the reference value being equal to or dependent on a value, β ov (k), of said adaptation factor β(k) determined when a voice of the user is present; and • an own voice detector configured to provide an estimate of whether or not, or with what probability, a given input sound originates from the voice of the user, and wherein said estimate, termed the own voice indicator, is dependent on a current value of said adaptation factor β(k) and said reference value REF.
Press-in pin for a circuit carrier having at least one press-in zone , at which contact can be made with conductor tracks , and having a deflection , characterized in that the press-in pin comprises, in a sequential sequence, a Cu spring region , an Al deflection region and a Cu line section , wherein the deflection is in the Al deflection region , within which the press-in pin experiences a 90° deflection.
A tool for chipless production or finishing of a thread in or on a workpiece, in particular a cold-forming tap or a thread-forming tap, comprising at least one cold-forming area which rotates or can be rotated about a tool axis (A) for chipless production or finishing of a thread, in particular an inside thread, wherein the cold-forming area has a plurality of pressing lugs that protrude or extend radially outward away from the tool axis (A) for producing or finishing the thread by pressing the pressing lugs into the tool surface, wherein the pressing lugs are arranged in succession along an essentially spiral-shaped forming curve around the tool axis (A), wherein the pitch of the forming curve corresponds essentially to the pitch of the thread to be produced or finished, and wherein the separation angle (t1) between a first one of the pressing lugs and a second pressing curve , which follows the first pressing lug along the forming curve differs from the separation angle (t2) between the second pressing lug and a third pressing lug , which follows the second pressing lug along the forming curve , characterized in that the pressing lugs are distributed randomly along the forming curve , so that there is no repeating sequence of successive separation angles (t1, t2, ...), such that each separation angle (t1, t2, ...) is between 2° and 178°.
A method of cleaning a sealing head of a capsule filling line, the sealing head being configured for sealing a capsule lid onto a capsule body , the method comprising operating an ablation unit to irradiate the sealing head to ablate a residue off the sealing head
A flexible molded skin for an airbag cover, wherein the skin comprises at least one sheet of a plasticized thermoplastic vinyl polymer material having particles of a tear promoting agent dispersed therein, wherein the particles of the tear promoting agent have a melting temperature above the melting temperature of the vinyl polymer material, characterized in that the sheet of plasticized thermoplastic vinyl polymer material contains at least 0.1 wt. % and maximum 7.5 wt. % of the tear promoting agent such that the sheet of plasticized thermoplastic vinyl polymer material has an elongation at break of between 200.0 % and 400.0 % at room temperature measured according to ISO 527 part 1 and 2 test piece 5A, and a trouser tear strength of maximum 25 N/mm measured according to ISO 34-1 Method A.
A method of producing a dental restoration , comprising the steps of: - calculating (S101) a pressure distribution on the oral mucosa through the dental restoration based on a three-dimensional data set (103-DS) of the dental restoration and a three-dimensional data set (103-MS) of the oral mucosa ; and - determining (S102) a spatial region for an elastic production material within the dental restoration based on the calculated pressure distribution . - calculating (S101) a pressure distribution on the oral mucosa through the dental restoration based on a three-dimensional data set (103-DS) of the dental restoration and a three-dimensional data set (103-MS) of the oral mucosa ; and - determining (S102) a spatial region for an elastic production material within the dental restoration based on the calculated pressure distribution .
A method comprising: creating a transaction layer packet, TLP ; calculating a cyclic redundancy check, CRC, code based on the TLP, the CRC code including 8 bytes; encoding the TLP into symbols of a flow control unit, flit ; encoding eight symbols of the flit with CRC code, each of the eight symbols occurring after the symbols containing the TLP; and sending the flit across a link , the method further comprising: encoding the flit with data link layer packets, DLLP, the DLLP encoded into symbols between the symbols with the TLP and the symbols with the CRC code, wherein the CRC code is to be used to check the TLP and the DLLP for errors. creating a transaction layer packet, TLP ; calculating a cyclic redundancy check, CRC, code based on the TLP, the CRC code including 8 bytes; encoding the TLP into symbols of a flow control unit, flit ; encoding eight symbols of the flit with CRC code, each of the eight symbols occurring after the symbols containing the TLP; and sending the flit across a link , the method further comprising: encoding the flit with data link layer packets, DLLP, the DLLP encoded into symbols between the symbols with the TLP and the symbols with the CRC code, wherein the CRC code is to be used to check the TLP and the DLLP for errors.