mhurhangee/patent-ind-claim-en huggingface dataset:
Controllable Bragg reflector for reflecting incident light , comprising: - at least one layer of a superlattice , wherein the superlattice comprises at least one layer of a first group 3 nitride and at least a second layer of a second group 3 nitride , wherein two-dimensional electron or hole gases develop at at least one interface within the superlattice , - at least one layer of semiconductor material and - at least two electrodes , wherein at least one electrode is transparent to the incident light and the incident light is incident at least partially through the at least one electrode , and wherein the at least one layer of a superlattice is arranged between said electrodes and a voltage ( U ) can be applied between said electrodes . - at least one layer of a superlattice , wherein the superlattice comprises at least one layer of a first group 3 nitride and at least a second layer of a second group 3 nitride , wherein two-dimensional electron or hole gases develop at at least one interface within the superlattice , - at least one layer of semiconductor material and - at least two electrodes , wherein at least one electrode is transparent to the incident light and the incident light is incident at least partially through the at least one electrode , and wherein the at least one layer of a superlattice is arranged between said electrodes and a voltage ( U ) can be applied between said electrodes .
A method for manufacturing high strength cold rolled steel sheets of excellent phosphatability, comprising continuously annealing a cold rolled steel sheet that has a composition consisting of: C: 0.05 to 0.3% by mass, Si: 0.6 to 3.0% by mass, Mn: 1.0 to 3.0% by mass, P: not more than 0.1% by mass, S: not more than 0.02% by mass, Al: 0.01 to 1% by mass, N: not more than 0.01% by mass; optionally one or more of Ti: 0.001 to 0.1% by mass, Nb: 0.001 to 0.1% by mass, V: 0.001 to 0.1% by mass, Mo: 0.01 to 0.5% by mass, Cr: 0.01 to 1% by mass, B: 0,0001 to 0.003% by mass, Cu: 0.01 to 0.5% by mass, and Ni: 0.01 to 0.5% by mass; and Fe and inevitable impurities as the balance, in a manner such that the cold rolled steel sheet is heated in a furnace using an oxidizing burner with an air ratio of 0.95 or more to a steel sheet temperature of not less than 700°C, thereafter the steel sheet is soak-annealed in a reducing atmosphere furnace with a reducing atmosphere gas consisting of 1 to 10% by volume of H 2 and the balance being N 2 at 750 to 900°C and a dew point of not more than -25°C, and the steel sheet is cooled in a manner such that the average cooling rate between 500°C and 100°C is not less than 50°C/s. C: 0.05 to 0.3% by mass, Si: 0.6 to 3.0% by mass, Mn: 1.0 to 3.0% by mass, P: not more than 0.1% by mass, S: not more than 0.02% by mass, Al: 0.01 to 1% by mass, N: not more than 0.01% by mass; optionally one or more of Ti: 0.001 to 0.1% by mass, Nb: 0.001 to 0.1% by mass, V: 0.001 to 0.1% by mass, Mo: 0.01 to 0.5% by mass, Cr: 0.01 to 1% by mass, B: 0,0001 to 0.003% by mass, Cu: 0.01 to 0.5% by mass, and Ni: 0.01 to 0.5% by mass; and Fe and inevitable impurities as the balance,
A method for implementing traffic deduplication in a visibility network , the method comprising: receiving, by a packet broker of the visibility network , a control or data packet replicated from a core network ; applying, by the packet broker , a first stage process in which the packet broker attempts to deduplicate the control or data packet based on one or more interfaces of the core network from which the control or data packet originated; and applying, by the packet broker , a second stage process in which the packet broker attempts to deduplicate the control or data packet based on content of the control or data packet. receiving, by a packet broker of the visibility network , a control or data packet replicated from a core network ; applying, by the packet broker , a first stage process in which the packet broker attempts to deduplicate the control or data packet based on one or more interfaces of the core network from which the control or data packet originated; and applying, by the packet broker , a second stage process in which the packet broker attempts to deduplicate the control or data packet based on content of the control or data packet.
Timepiece resonator mechanism comprising a structure and at least one inertia element , which is arranged to oscillate in a pivoting motion about a pivot axis (D), with the centre of inertia of said at least one inertia element aligned on said pivot axis (D), said at least one inertia element being subjected to return forces exerted by at least one RCC flexure pivot comprising a plurality of elastic resonator strips , each directly or indirectly fixed at a first end to said structure and directly or indirectly fixed at a second end to said at least one inertia element , each said elastic resonator strip extending in a plane perpendicular to said pivot axis (D) and being essentially deformable in said plane perpendicular to said pivot axis (D), wherein said elastic resonator strips are straight and extend in planes that are parallel to each other or coincident, and wherein the crossing, in projection onto a plane perpendicular to said pivot axis (D), of the directions (D1; D2) in which said elastic resonator strips extend, defines said pivot axis (D), characterised in that said resonator mechanism includes an anti-shock element which includes a stiff element , on which are externally fixed said second ends of said strips , and inside which said anti-shock element is integral with at least one anti-shock flexible strip arranged to keep suspended said inertia element , said anti-shock element providing shock protection for said strips of said flexure pivot , and in that said anti-shock element includes an elastic inner ring , to which is internally fixed each said anti-shock flexible strip , which is externally fixed to said stiff element , which is substantially annular and to which is suspended said elastic inner ring , and in that said elastic inner ring includes a plurality of internal shoulders for the holding and concentric clamping of an arbour of said inertia element .
A transmitting unit for emitting highfrequency intensity-modulated optical radiation , comprising ▪ a printed circuit board as a carrier element, ▪ a laser diode driver as an electronic circuit, which is applied on the printed circuit board , and ▪ a semiconductor laser substrate without a housing, which substrate is applied on the same printed circuit board , characterized in that the laser substrate is introduced into a slot between two conductor tracks of the printed circuit board and is contact-connected laterally in each case to the conductor tracks. ▪ a printed circuit board as a carrier element, ▪ a laser diode driver as an electronic circuit, which is applied on the printed circuit board , and ▪ a semiconductor laser substrate without a housing, which substrate is applied on the same printed circuit board ,
A processor comprising: a first agent comprising: a processing circuit to execute instructions; and an input/output circuit coupled to the processing circuit, the input/output circuit including a bulk read circuit to generate a bulk read message to send to a target agent, to cause the target agent to send read data comprising register contents of a plurality of registers of the target agent, at least some of the plurality of registers comprising non-consecutive registers, wherein the bulk read message includes a message header and a plurality of chunk portions, each of the plurality of chunk portions including an address to identify a first register of a subset of the plurality of registers and an indication of a count of consecutive registers of the chunk portion, wherein the first agent comprises a power management agent coupled to a plurality of cores, the power management agent to send the bulk read message to a first core to cause the first core to provide the read data comprising a context of the first core to the power management agent prior to entry of the first core into a low power state. a processing circuit to execute instructions; and an input/output circuit coupled to the processing circuit, the input/output circuit including a bulk read circuit to generate a bulk read message to send to a target agent, to cause the target agent to send read data comprising register contents of a plurality of registers of the target agent, at least some of the plurality of registers comprising non-consecutive registers, wherein the bulk read message includes a message header and a plurality of chunk portions, each of the plurality of chunk portions including an address to identify a first register of a subset of the plurality of registers and an indication of a count of consecutive registers of the chunk portion, wherein the first agent comprises a power management agent coupled to a plurality of cores, the power management agent to send the bulk read message to a first core to cause the first core to provide the read data comprising a context of the first core to the power management agent prior to entry of the first core into a low power state.
An airfoil for a gas turbine engine comprising an overlapping herringbone filmhole pattern , wherein the overlapping herringbone filmhole pattern comprises a first filmrow (55-1) comprising: a first radially outward facing portion (90-1) comprising filmholes oriented to direct cooling air leaving the filmholes radially outward of an engine central longitudinal axis (X-X') and over a surface of the airfoil ; a first radially inward facing portion (92-1) comprising filmholes oriented to direct cooling air leaving the filmholes radially inward toward the engine central longitudinal axis (X-X') and over the surface of the airfoil ; a first transition region (110-1) comprising a first region at least one of equidistant from distal ends, centered relative to mesial ends, or radially overlapping the mesial ends of the first radially outward facing portion (90-1) and the first radially inward facing portion (92-1); and a first transition region filmhole group (95-1) located in the first transition region (110-1), wherein the first transition region filmhole group (95-1) comprises filmholes oriented to direct cooling air leaving the filmholes at least one of radially outward or radially inward relative to the engine central longitudinal axis (X-X') and over the surface of the airfoil ; and characterised in that the first radially outward facing portion (90-1) is staggered relative to the first radially inward facing portion (92-1). a first radially outward facing portion (90-1) comprising filmholes oriented to direct cooling air leaving the filmholes radially outward of an engine central longitudinal axis (X-X') and over a surface of the airfoil ; a first radially inward facing portion (92-1) comprising filmholes oriented to direct cooling air leaving the filmholes radially inward toward the engine central longitudinal axis (X-X') and over the surface of the airfoil ; a first transition region (110-1) comprising a first region at least one of equidistant from distal ends, centered relative to mesial ends, or radially overlapping the mesial ends of the first radially outward facing portion (90-1) and the first radially inward facing portion (92-1); and a first transition region filmhole group (95-1) located in the first transition region (110-1), wherein the first transition region filmhole group (95-1) comprises filmholes oriented to direct cooling air leaving the filmholes at least one of radially outward or radially inward relative to the engine central longitudinal axis (X-X') and over the surface of the airfoil ; and characterised in that the first radially outward facing portion (90-1) is staggered relative to the first radially inward facing portion (92-1).
An intrusion detection method carried out in an autonomous wireless detector device having at least one motion sensor and at least one digital camera , comprising triggering a new alarm event in response to the motion sensor detecting a potential movement within a monitored area, triggering the digital camera to create , for the new alarm event, a set of consecutive full-size digital images of the monitored area, creating , for the new alarm event, a set of reduced-size thumbnail images corresponding to the set of full-size digital images of the new alarm event, storing the set of full-size digital images and the set of thumbnail images of the new alarm event in the wireless detector device , sending notification of the new alarm event and reduced-size image-related event information to an intrusion detection network entity , said reduced-size image-related event information including image-descriptive information comprising hashes computed based on the set of thumbnail images or the set of full-size digital images, and sending the set of full-size images to the intrusion detection network entity only if requested by the intrusion detection network entity upon sending the reduced-size image-related event information. triggering a new alarm event in response to the motion sensor detecting a potential movement within a monitored area, triggering the digital camera to create , for the new alarm event, a set of consecutive full-size digital images of the monitored area, creating , for the new alarm event, a set of reduced-size thumbnail images corresponding to the set of full-size digital images of the new alarm event, storing the set of full-size digital images and the set of thumbnail images of the new alarm event in the wireless detector device , sending notification of the new alarm event and reduced-size image-related event information to an intrusion detection network entity , said reduced-size image-related event information including image-descriptive information comprising hashes computed based on the set of thumbnail images or the set of full-size digital images, and sending the set of full-size images to the intrusion detection network entity only if requested by the intrusion detection network entity upon sending the reduced-size image-related event information.
A hydrogel-forming solution comprising a polymer dissolved in a solvent, wherein the polymer is more than 75% comprised of styrene-alt-maleic acid and the solvent is DMSO, wherein the ratio of polymer to DMSO is within a weight/weight range from about 18 % to about 40%; and wherein the molecular weight of the polymer is within a range between 300 kDa and 800 kDa. wherein the ratio of polymer to DMSO is within a weight/weight range from about 18 % to about 40%; and wherein the molecular weight of the polymer is within a range between 300 kDa and 800 kDa.
A motor driving apparatus which comprises a converter for converting an AC voltage from an AC power source into a DC voltage, an inverter for converting the converted DC voltage back into an AC voltage, a capacitor connected in parallel in a link section between the converter and the inverter , and a charge-discharge control circuit for controlling charge to and discharge from the capacitor , wherein: said motor driving apparatus further comprises a current control means for controlling discharge current from the charge-discharge control circuit based on at least one of the following values (a) to (e): (a) input current or input power to the inverter; (b) output power from the inverter; (c) motor output power; (d) input current or input power to the converter; and (e) output current or output power from the converter, so that input or output current or input or output power of the converter is equal to a prescribed value, characterized in that the current control means comprises a hysteresis comparator configured to feed discharge current from the charge-discharge control circuit when said value (d) or (e) increases to a first prescribed value and to stop the discharge current from the charge-discharge control circuit when said value (d) or (e) decreases to a second prescribed value as a result of the feed operation, wherein the first prescribed value is higher than the second prescribed value. said motor driving apparatus further comprises a current control means for controlling discharge current from the charge-discharge control circuit based on at least one of the following values (a) to (e): (a) input current or input power to the inverter; (b) output power from the inverter; (c) motor output power; (d) input current or input power to the converter; and (e) output current or output power from the converter, so that input or output current or input or output power of the converter is equal to a prescribed value, (a) input current or input power to the inverter; (b) output power from the inverter; (c) motor output power; (d) input current or input power to the converter; and (e) output current or output power from the converter, so that input or output current or input or output power of the converter is equal to a prescribed value, characterized in that the current control means comprises a hysteresis comparator configured to feed discharge current from the charge-discharge control circuit when said value (d) or (e) increases to a first prescribed value and to stop the discharge current from the charge-discharge control circuit when said value (d) or (e) decreases to a second prescribed value as a result of the feed operation, wherein the first prescribed value is higher than the second prescribed value.
An antibody that binds to STEAP-1, wherein the antibody comprises a heavy chain variable region (VH) comprising a heavy chain complementary determining region (HCDR) 1 of SEQ ID NO: 1, a HCDR 2 of SEQ ID NO: 2, and a HCDR 3 selected from the group consisting of SEQ ID NO: 4, SEQ ID NO: 5 and SEQ ID NO: 6, and a light chain variable region (VL) comprising a light chain complementarity determining region (LCDR) 1 of SEQ ID NO: 7, a LCDR 2 of SEQ ID NO: 8 and a LCDR 3 of SEQ ID NO: 9.
Method for hydrophobing of a cellulose substrate , which comprising a first side and a second side, which faces away from the first side, characterized in that the method comprising the steps of: - drying the cellulose substrate to a dry content above 80%, preferably above 85%, - adding a vaporized fatty acid halide, to the first side of the cellulose substrate, and, at the same time perform, - vacuum sucking at the second side of the cellulose substrate, such that, the vaporized fatty acid halide penetrates the cellulose substrate in a predetermined direction through the cellulose substrate . - drying the cellulose substrate to a dry content above 80%, preferably above 85%, - adding a vaporized fatty acid halide, to the first side of the cellulose substrate, and, at the same time perform, - vacuum sucking at the second side of the cellulose substrate, such that, the vaporized fatty acid halide penetrates the cellulose substrate in a predetermined direction through the cellulose substrate .
A device for authenticating a person's authorization to use a vehicle - with a control unit on the vehicle, which is coupled to a plurality of nodes (4.1 to 4.n), each designed as a Bluetooth interface and which can be arranged or are arranged at a distance from one another on and/or in the vehicle , - with a portable mobile part with a Bluetooth interface , which is designed to establish a Bluetooth radio link with exactly one of the nodes (4.1 to 4.n) at any time, wherein - the mobile part and the control unit each additionally comprise an ultra-wideband interface for setting up an ultra-wideband short-range radio link, and - the control unit is designed - to authenticate the mobile part as authorized when an authorization transmitted by the mobile part via the Bluetooth radio link is detected, - to determine a position of the mobile part on the basis of a communication carried out with the mobile part via the ultra-wideband short-range radio link, characterized in that the control unit is also designed, - to determine connection qualities of possible Bluetooth radio links between the mobile part and the nodes (4.1 to 4.n) depending on the position of the mobile part and - to deactivate the node (4.1 to 4.n) currently activated for this Bluetooth radio link and to activate the node (4.1 to 4.n) intended for establishing the Bluetooth radio link with the higher connection quality if a Bluetooth radio link to one of the nodes (4.1 to 4.n) has a higher connection quality than a Bluetooth radio link currently established to an activated node (4.1 to 4.n). - with a control unit on the vehicle, which is coupled to a plurality of nodes (4.1 to 4.n), each designed as a Bluetooth interface and which can be arranged or are arranged at a distance from one another on and/or in the vehicle , - with a portable mobile part with a Bluetooth interface , which is designed to establish a Bluetooth radio link with exactly one of the nodes (4.1 to 4.n) at any time, wherein - the mobile part and the control unit each additionally comprise an ultra-wideband interface for setting up an ultra-wideband short-range radio link, and - the control unit is designed - to authenticate the mobile part as authorized when an authorization transmitted by the mobile part via the Bluetooth radio link is detected, - to determine a position of the mobile part on the basis of a communication carried out with the mobile part via the ultra-wideband short-range radio link, characterized in that the control unit is also designed, - to determine connection qualities of possible Bluetooth radio links between the mobile part and the nodes (4.1 to 4.n) depending on the position of the mobile part and - to deactivate the node (4.1 to 4.n) currently activated for this Bluetooth radio link and to activate the node (4.1 to 4.n) intended for establishing the Bluetooth radio link with the higher connection quality if a Bluetooth radio link to one of the nodes (4.1 to 4.n) has a higher connection quality than a Bluetooth radio link currently established to an activated node (4.1 to 4.n).