mhurhangee/patent-ind-claim-en huggingface dataset:
A method for an audio/video recording and communication device, A/V device, the A/V device including a camera , a processor , a memory , and a communication module , the method comprising: recording, with the camera, video image data of an area about the A/V device; executing, by the processor, a write operation to write the video image data into the memory at a write rate; while writing the video image data into the memory, detecting an event in the area about the A/V device; after detecting the event in the area about the A/V device, executing, by the processor, a read operation to read the video image data out of the memory at a first read rate that is greater than the write rate, and the processor continuing to write the video image data into the memory at the write rate; the processor continuing to read the video image data out of the memory at the first read rate until the read operation catches up to the write operation; after the read operation catches up to the write operation, the processor reading the video image data out of the memory at a second read rate equal to the write rate, and the processor continuing to write the video image data into the memory at the write rate; and transmitting, by the communication module, the video image data read out of the memory to a client device , wherein a beginning portion of the video image data is transmitted at a first transmit rate until the read operation catches up to the write operation, and thereafter the video image data is transmitted at a second transmit rate less than the first transmit rate. recording, with the camera, video image data of an area about the A/V device; executing, by the processor, a write operation to write the video image data into the memory at a write rate; while writing the video image data into the memory, detecting an event in the area about the A/V device; after detecting the event in the area about the A/V device, executing, by the processor, a read operation to read the video image data out of the memory at a first read rate that is greater than the write rate, and the processor continuing to write the video image data into the memory at the write rate; the processor continuing to read the video image data out of the memory at the first read rate until the read operation catches up to the write operation; after the read operation catches up to the write operation, the processor reading the video image data out of the memory at a second read rate equal to the write rate, and the processor continuing to write the video image data into the memory at the write rate; and transmitting, by the communication module, the video image data read out of the memory to a client device , wherein a beginning portion of the video image data is transmitted at a first transmit rate until the read operation catches up to the write operation, and thereafter the video image data is transmitted at a second transmit rate less than the first transmit rate.
A diffuser plate supporter comprising: a support portion that is transparent and has a shape protruding in a vertical direction; a transparent connection portion extending in a horizontal direction from a lower end portion of the support portion and bent in a vertical direction opposite to the protruding direction of the support portion; an opaque base having a side surface, at least a portion of which is connected to an end of the connection portion ; and an opaque fastening portion protruding from a bottom surface of the base . a support portion that is transparent and has a shape protruding in a vertical direction; a transparent connection portion extending in a horizontal direction from a lower end portion of the support portion and bent in a vertical direction opposite to the protruding direction of the support portion; an opaque base having a side surface, at least a portion of which is connected to an end of the connection portion ; and an opaque fastening portion protruding from a bottom surface of the base .
An aircraft comprising a system for monitoring fuel additives on board the aircraft comprising: a fuel tank ; a fuel line configured to carry fuel from the fuel tank to an engine ; a fuel additive sensor configured to measure concentration of additives in fuel at a point along the fuel line ; a fuel additive dispenser connected in parallel to the fuel line ; at least one flow control device for controlling an amount of flow from the fuel line into the fuel additive dispenser ; and a controller configured to receive input from the fuel additive sensor and to control the flow control device to adjust the amount of the flow from the fuel line into the fuel additive dispenser , wherein the fuel line , the fuel additive sensor , the fuel additive dispenser and the at least one flow control device are within the fuel tank . a fuel tank ; a fuel line configured to carry fuel from the fuel tank to an engine ; a fuel additive sensor configured to measure concentration of additives in fuel at a point along the fuel line ; a fuel additive dispenser connected in parallel to the fuel line ; at least one flow control device for controlling an amount of flow from the fuel line into the fuel additive dispenser ; and a controller configured to receive input from the fuel additive sensor and to control the flow control device to adjust the amount of the flow from the fuel line into the fuel additive dispenser , wherein the fuel line , the fuel additive sensor , the fuel additive dispenser and the at least one flow control device are within the fuel tank .
A communication device comprising: a communication unit configured to transmit, on a wireless local area network, WLAN, a frame including a physical layer, PHY, header including a wireless communication network identifier, wherein the wireless communication network identifier includes a wildcard identifier from which a plurality of first level wireless communication network identifiers can be inferred, each of the first level wireless communication network identifiers identifying a Basic Service Set, BSS, in a physical layer, thereby specifying a group of destination devices for the frame. a communication unit configured to transmit, on a wireless local area network, WLAN, a frame including a physical layer, PHY, header including a wireless communication network identifier, wherein the wireless communication network identifier includes a wildcard identifier from which a plurality of first level wireless communication network identifiers can be inferred, each of the first level wireless communication network identifiers identifying a Basic Service Set, BSS, in a physical layer, thereby specifying a group of destination devices for the frame.
A control system for an electric motor comprising submotors, the control system comprising: a first serial peripheral interface bus , a first control device arranged to receive control data and to control an operation of a first component of the electric motor, wherein the first component is a first inverter for controlling current flow in a first coil set of a first submotor of the electric motor, using pulse width modulation (PWM) signals with a predetermined modulation period, and a second control device arranged to control an operation of a second component of the electric motor, wherein the second component is a second inverter for controlling current flow in a second coil set of a second submotor of the electric motor, using pulse width modulation (PWM) signal with the predetermined modulation period, wherein the first control device is arranged to transmit to the second control device the control data via the first serial peripheral interface bus, and to transmit a first chip select signal for indicating the transmission of the control data over the first serial peripheral interface bus to the second control device, wherein the first control device is arranged to activate the first chip select signal at the same time point withing each PWM modulation period for the electric motor, and wherein the second control device is arranged to use the timing of the first chip select signal to synchronise the operation of the second component with the operation of the first component. a first serial peripheral interface bus , a first control device arranged to receive control data and to control an operation of a first component of the electric motor, wherein the first component is a first inverter for controlling current flow in a first coil set of a first submotor of the electric motor, using pulse width modulation (PWM) signals with a predetermined modulation period, and a second control device arranged to control an operation of a second component of the electric motor, wherein the second component is a second inverter for controlling current flow in a second coil set of a second submotor of the electric motor, using pulse width modulation (PWM) signal with the predetermined modulation period, wherein the first control device is arranged to transmit to the second control device the control data via the first serial peripheral interface bus, and to transmit a first chip select signal for indicating the transmission of the control data over the first serial peripheral interface bus to the second control device,
A pretensioner comprising: a drive wheel provided with a plurality of engaging teeth for rotating a spool , the spool for winding up a webbing (B) for fastening a passenger; and a cylindrically shaped elongated resin component that is adapted to transmit power to the drive wheel during an emergency, characterized in that by identifying, in advance, a position of a center line of the elongated resin component , a diameter of the elongated resin component , a position of a rotation center of the drive wheel , and a number of the plurality of engaging teeth , the plurality of teeth is adapted to be positioned in an initial state such that, when one engaging tooth is caused to contact a tip of the cylindrically shaped elongated resin component so that an angle α formed by a gear tooth surface of the one engaging tooth and a front end face of the elongated resin component fulfils the constraint - 3 degrees ≤ α ≤ +3 degrees, another engaging tooth adjacent to the one engaging tooth in a direction opposite to a rotation direction contacts a peripheral side surface of the cylindrically shaped elongated resin component . a drive wheel provided with a plurality of engaging teeth for rotating a spool , the spool for winding up a webbing (B) for fastening a passenger; and a cylindrically shaped elongated resin component that is adapted to transmit power to the drive wheel during an emergency, characterized in that by identifying, in advance, a position of a center line of the elongated resin component , a diameter of the elongated resin component , a position of a rotation center of the drive wheel , and a number of the plurality of engaging teeth , the plurality of teeth is adapted to be positioned in an initial state such that, when one engaging tooth is caused to contact a tip of the cylindrically shaped elongated resin component so that an angle α formed by a gear tooth surface of the one engaging tooth and a front end face of the elongated resin component fulfils the constraint - 3 degrees ≤ α ≤ +3 degrees, another engaging tooth adjacent to the one engaging tooth in a direction opposite to a rotation direction contacts a peripheral side surface of the cylindrically shaped elongated resin component .
A fluidic die comprising: a substrate U an arrangement of fluidic elements to dispense a fluid, each fluidic element of the fluidic elements comprising a fluidic actuator and a fluid chamber ; an array of fluid feed holes in a plurality of dimensions across the substrate to communicate the fluid with the fluidic elements , wherein each of multiple fluid feed holes along a first dimension of the plurality of dimensions across the substrate is distinct from multiple fluid feed holes along a second dimension of the plurality of dimensions across the substrate ; and circuit elements interspersed in regions between the fluidic elements along different axes of the fluidic die resulting in an alternating arrangement of fluidic elements and circuit elements along the different axes , wherein each circuit element of the circuit elements comprises an active device, and wherein the fluidic elements and the circuit elements are formed on a common substrate . a substrate U an arrangement of fluidic elements to dispense a fluid, each fluidic element of the fluidic elements comprising a fluidic actuator and a fluid chamber ; an array of fluid feed holes in a plurality of dimensions across the substrate to communicate the fluid with the fluidic elements , wherein each of multiple fluid feed holes along a first dimension of the plurality of dimensions across the substrate is distinct from multiple fluid feed holes along a second dimension of the plurality of dimensions across the substrate ; and circuit elements interspersed in regions between the fluidic elements along different axes of the fluidic die resulting in an alternating arrangement of fluidic elements and circuit elements along the different axes , wherein each circuit element of the circuit elements comprises an active device, and wherein the fluidic elements and the circuit elements are formed on a common substrate .
A method for magnetizing a superconductor bulk magnet , with the following steps: step a) placing the superconductor bulk magnet inside a charger bore of an electrical charger magnet ; followed by step b) applying at least one electrical current (I 0 ) to the charger magnet , thus generating with the charger magnet a magnetic field which is applied to the superconductor bulk magnet from the outside, wherein a temperature T bulk of the superconductor bulk magnet is above a critical temperature T c of the superconductor bulk magnet ; followed by step c) lowering the temperature T bulk of the superconductor bulk magnet below the critical temperature T c of the superconductor bulk magnet ; followed by step d) turning off the at least one electrical current (I 0 ) at the charger magnet , wherein T bulk < T c ; followed by step e) removing the superconductor bulk magnet from the charger bore and keeping T bulk < T c ; characterized by the method further including the steps of step a') placing a field correction unit at least partially inside a superconductor bore of the superconductor bulk magnet , such that a correction coil system of the field correction unit is located at least partially within the superconductor bore ; and step b') applying at least one auxiliary electrical current (I 1 , I 2 , I 3 ) to the field correction unit , thus generating with the field correction unit an auxiliary magnetic field (53; 63; 73) which is applied to the super-conductor bulk magnet from within the superconductor bore , wherein T bulk > T c , with step a') being performed before step b') and step b') being performed before step c) ; and step d') turning off the at least one auxiliary electrical current (I 1 , I 2 , I 3 ) at the field correction unit , wherein T bulk < T c , with step d') being performed after step c) . step a) placing the superconductor bulk magnet inside a charger bore of an electrical charger magnet ; followed by step b) applying at least one electrical current (I 0 ) to the charger magnet , thus generating with the charger magnet a magnetic field which is applied to the superconductor bulk magnet from the outside, wherein a temperature T bulk of the superconductor bulk magnet is above a critical temperature T c of the superconductor bulk magnet ; followed by step c) lowering the temperature T bulk of the superconductor bulk magnet below the critical temperature T c of the superconductor bulk magnet ; followed by step d) turning off the at least one electrical current (I 0 ) at the charger magnet , wherein T bulk < T c ; followed by step e) removing the superconductor bulk magnet from the charger bore and keeping T bulk < T c ;
Method for joining two plastic profiles , in particular for producing a sash frame or block frame, comprising the following sequence of steps: - bringing together the two plastic profiles such that, at the latest when the surfaces of the plastic profiles to be connected come into contact, a mechanically stable join is formed and an abutting edge is formed between the plastic profiles , - moving a pressure body along the longitudinal extension of the abutting edge , wherein the pressure body exerts a force on the abutting edge which force is directed from an acute angle up to a right angle relative to the longitudinal extension of the abutting edge , characterised in that the pressure body is designed as a rotatably mounted rolling pressure body , and a welding bead protruding on the abutting edge beyond the outer contour of the joined plastic profiles is pushed by the pressure body into the abutting region of the two plastic profiles . - bringing together the two plastic profiles such that, at the latest when the surfaces of the plastic profiles to be connected come into contact, a mechanically stable join is formed and an abutting edge is formed between the plastic profiles , - moving a pressure body along the longitudinal extension of the abutting edge , wherein the pressure body exerts a force on the abutting edge which force is directed from an acute angle up to a right angle relative to the longitudinal extension of the abutting edge , the pressure body is designed as a rotatably mounted rolling pressure body , and a welding bead protruding on the abutting edge beyond the outer contour of the joined plastic profiles is pushed by the pressure body into the abutting region of the two plastic profiles .
A lighting module for a vehicle configured to be disposed in an exterior mirror comprising: a light source configured to generate a light emission in an emission direction ; a circuit in connection with the light source ; and an optic device comprising: a body ; a receiving surface configured to receive an input emission of the light emission; a light extraction surface (F) offset from and substantially parallel to the receiving surface ; a first internal reflective surface (B) extending at an acute angle from the receiving surface ; characterized in that the optic device further comprises: a light steering surface (E) extending substantially parallel to the light extraction surface (F) and configured to reflect stray light along a stray light path through the body of the optic device ; and a light trap formed by the body and arranged substantially opposite the light extraction surface (F); wherein the optic device is configured to: transmit the input emission through the body, emit a first portion of the input emission along a primary path through the light extraction surface (F), and emit a second portion of the input emission along the stray light path into the light trap . a light source configured to generate a light emission in an emission direction ; a circuit in connection with the light source ; and an optic device comprising: a body ; a receiving surface configured to receive an input emission of the light emission; a light extraction surface (F) offset from and substantially parallel to the receiving surface ; a first internal reflective surface (B) extending at an acute angle from the receiving surface ; a body ; a receiving surface configured to receive an input emission of the light emission; a light extraction surface (F) offset from and substantially parallel to the receiving surface ; a first internal reflective surface (B) extending at an acute angle from the receiving surface ; characterized in that the optic device further comprises: a light steering surface (E) extending substantially parallel to the light extraction surface (F) and configured to reflect stray light along a stray light path through the body of the optic device ; and a light trap formed by the body and arranged substantially opposite the light extraction surface (F); a light steering surface (E) extending substantially parallel to the light extraction surface (F) and configured to reflect stray light along a stray light path through the body of the optic device ; and a light trap formed by the body and arranged substantially opposite the light extraction surface (F); wherein the optic device is configured to: transmit the input emission through the body, emit a first portion of the input emission along a primary path through the light extraction surface (F), and emit a second portion of the input emission along the stray light path into the light trap . transmit the input emission through the body, emit a first portion of the input emission along a primary path through the light extraction surface (F), and emit a second portion of the input emission along the stray light path into the light trap .
A compound having the following structure: 5-((2-(6-amino-9 H -purin-9-yl)ethyl)amino)pentan-1-ol or a pharmaceutically acceptable salt or a solvate thereof as an adenylyl cyclase 1 (AC1) inhibitor for use in enhancing an analgesic effect of an opioid or reducing tolerance associated with using the opioid.
A method performed by an apparatus for wireless communication, the method comprising: receiving a notification from a wireless device indicating a presence of the wireless device, wherein the notification is triggered by a near field communication, NFC, field detection; determining at least one of a set of beacon parameters after receiving the notification indicating the presence of the wireless device, wherein the determined at least one of the set of beacon parameters is determined based on a contact via the NFC field detection; and transmitting a beacon to the wireless device based on the determined at least one of the set of beacon parameters, wherein the transmitted beacon is a Bluetooth low energy, BLE, beacon, wherein the notification indicates an intent of the wireless device to receive beacons for a period of time, wherein the set of beacon parameters comprises the period of time, and wherein the beacon is transmitted at a periodicity for the received period of time. receiving a notification from a wireless device indicating a presence of the wireless device, wherein the notification is triggered by a near field communication, NFC, field detection; determining at least one of a set of beacon parameters after receiving the notification indicating the presence of the wireless device, wherein the determined at least one of the set of beacon parameters is determined based on a contact via the NFC field detection; and transmitting a beacon to the wireless device based on the determined at least one of the set of beacon parameters, wherein the transmitted beacon is a Bluetooth low energy, BLE, beacon, wherein the notification indicates an intent of the wireless device to receive beacons for a period of time, wherein the set of beacon parameters comprises the period of time, and wherein the beacon is transmitted at a periodicity for the received period of time.
The use of a methylene bis aniline compound as a curing agent for epoxy resins, the methylene bis aniline compound being a liquid at 20°C and being selected from 4,5'-methylene (2-methoxy aniline) and 5,5'-methylene (2-methoxy aniline).