mhurhangee/patent-ind-claim-en huggingface dataset:
Sliding roof window having: a window frame for mounting on a building roof, a window sash , which is arranged in the window frame in a closed state and which opens the window frame in an open state, a guide designed to guide the window sash laterally out of the window frame, wherein the guide has at least one guide block attached to the window sash and at least one guide rail , in which the at least one guide block is guided, wherein the at least one guide rail has at least one outer guide rail , which extends outside the window frame , and at least one inner guide rail , which extends inside the window frame , a drive for moving the window sash between the closed state and the open state, wherein the drive has a drive rod attached to the window sash and a drive wheel attached to the window frame , wherein the drive rod is shaped such that the window sash performs a lifting movement on opening from the closed state, wherein the drive rod has a second straight drive area, which is designed for lateral movement of the window sash working in combination as a drive with the drive wheel , and a first drive area (52.1), which is arranged diagonally to the second drive area or is curved, which is designed for the lifting movement of the window sash working in combination as a drive with the drive wheel . a window frame for mounting on a building roof, a window sash , which is arranged in the window frame in a closed state and which opens the window frame in an open state, a guide designed to guide the window sash laterally out of the window frame, wherein the guide has at least one guide block attached to the window sash and at least one guide rail , in which the at least one guide block is guided, wherein the at least one guide rail has at least one outer guide rail , which extends outside the window frame , and at least one inner guide rail , which extends inside the window frame , a drive for moving the window sash between the closed state and the open state, wherein the drive has a drive rod attached to the window sash and a drive wheel attached to the window frame , wherein the drive rod is shaped such that the window sash performs a lifting movement on opening from the closed state,
An aircraft structure, the aircraft structure comprising a first component and a second component , and a fastening device fastening the first component to the second component , wherein the fastening device comprises a clamping member , and a fastening member , the fastening member with a longitudinal axis, the clamping member located between the first component and second component such that the clamping member is movable in a first direction and is fixed in position in a second direction, the first direction being parallel to the longitudinal axis of the fastening member , wherein the fastening member extends through the second component into engagement with the clamping member and holds the clamping member against the second component , wherein the aircraft structure further comprises an anchor nut , the clamping member being connected to the anchor nut , characterised in that the clamping member is located on a first side of the first component and the anchor nut is located on a second, opposite, side of the first component wherein the clamping member is connected to the anchor nut by at least two connection points , such connection points spaced with respect to each other, wherein the connection points are associated with distinct apertures through the first component , the apertures located such that rotational movement, or movement of the clamping member in the plane of the first component , is prevented.
An electro-mechanical locking device for cabinetry, comprising: a rotatable latch receiver for receiving a latch striker ; a lever arm for maintaining the latch receiver in a locking position; an actuator for driving the lever arm to an unlocking position; a first sensor for detecting an indication of inward movement, relative to the cabinetry, of the latch striker , wherein the first sensor detects a position of the latch receiver ; and a controller configured to command the actuator to drive the lever arm to the unlocking position based on detection by the first sensor of the indication of inward movement of the latch striker . a rotatable latch receiver for receiving a latch striker ; a lever arm for maintaining the latch receiver in a locking position; an actuator for driving the lever arm to an unlocking position; a first sensor for detecting an indication of inward movement, relative to the cabinetry, of the latch striker , wherein the first sensor detects a position of the latch receiver ; and a controller configured to command the actuator to drive the lever arm to the unlocking position based on detection by the first sensor of the indication of inward movement of the latch striker .
An Internet Protocol, IP, address allocation method, comprising: receiving , by a user plane network device, an address allocation indication of a control plane network device; determining , by the user plane network device based on address allocation manner information comprised in the address allocation indication, a manner of allocating an IP address for a terminal device; and allocating , by the user plane network device, the IP address for the terminal device based on the determined manner; if the manner of allocating the IP address for the terminal device is allocating the IP address by the user plane network device in a process of establishing a default bearer, and the address allocation indication further comprises service information, the allocating, by the user plane network device, the IP address for the terminal device based on the determined manner comprises: allocating, by the user plane network device, the IP address for the terminal device based on the service information; and sending, by the user plane network device, a session response message to the control plane network device, wherein the session response message carries the IP address. receiving , by a user plane network device, an address allocation indication of a control plane network device; determining , by the user plane network device based on address allocation manner information comprised in the address allocation indication, a manner of allocating an IP address for a terminal device; and allocating , by the user plane network device, the IP address for the terminal device based on the determined manner; if the manner of allocating the IP address for the terminal device is allocating the IP address by the user plane network device in a process of establishing a default bearer, and the address allocation indication further comprises service information, the allocating, by the user plane network device, the IP address for the terminal device based on the determined manner comprises: allocating, by the user plane network device, the IP address for the terminal device based on the service information; and sending, by the user plane network device, a session response message to the control plane network device, wherein the session response message carries the IP address. allocating, by the user plane network device, the IP address for the terminal device based on the service information; and sending, by the user plane network device, a session response message to the control plane network device, wherein the session response message carries the IP address.
A scroll plate for use in a scroll compressor , the scroll plate comprising: a base plate having a first side and a second side , wherein the second side opposes the first side ; and a spiral wrap formed on the first side of the base plate ; wherein the base plate comprises one or more recesses and wherein an insulating material is located in each one of the one or more recesses ; wherein the second side of the base plate further comprises a reception configured to receive a portion of a crankshaft of the compressor ; and wherein at least one recess of the one or more recesses is located within the reception at a surface of the second side of the base plate ; characterized in that at least one further recess of the one or more recesses is located outside of the reception at the surface of the second side of the base plate and forms a closed ring around the reception. a base plate having a first side and a second side , wherein the second side opposes the first side ; and a spiral wrap formed on the first side of the base plate ; wherein the base plate comprises one or more recesses and wherein an insulating material is located in each one of the one or more recesses ; wherein the second side of the base plate further comprises a reception configured to receive a portion of a crankshaft of the compressor ; and wherein at least one recess of the one or more recesses is located within the reception at a surface of the second side of the base plate ; characterized in that at least one further recess of the one or more recesses is located outside of the reception at the surface of the second side of the base plate and forms a closed ring around the reception.
A method performed by one or more data processing apparatus , the method comprising: determining a user interface context for a given user interface being presented by a display of a client device for a given application ; determining, based on the user interface context, a predicted next action that a user of the client device will perform at the given user interface ; determining that the predicted next action will cause the client device to load a second application different from the given application ; prior to detecting occurrence of the predicted next action, obtaining code for executing the second application ; and storing the code in a cache. determining a user interface context for a given user interface being presented by a display of a client device for a given application ; determining, based on the user interface context, a predicted next action that a user of the client device will perform at the given user interface ; determining that the predicted next action will cause the client device to load a second application different from the given application ; prior to detecting occurrence of the predicted next action, obtaining code for executing the second application ; and storing the code in a cache.
A brake disc configured to be connected to a vehicle axle and to be squeezed between brake pads, comprising: - a central disc body having a first side and a second side , wherein the second side faces in the opposite direction compared to the first side, - a first disc plate and a second disc plate , each disc plate having a wear surface for producing friction when a brake pad is pressed against the wear surface, - wherein the first and the second disc plates are releasably secured to said first side and said second side, respectively, of said central disc body, so as to enable the first and second disc plates to be replaced by other disc plates, - wherein the brake disc has a geometrical centre axis (x), - wherein each one of the first and second disc plates has an inner periphery and an outer periphery extending from the wear surface to an oppositely located disc body facing surface , the inner periphery being located at a radially shorter distance to the geometrical centre axis than the outer periphery, wherein - said central disc body comprises a first ledge mating with the first disc plate, and a second ledge mating with the second disc plate, - wherein each one of the first and second ledges comprises at least a ledge portion which is inclined relative to the geometrical centre axis for counteracting axial movement of the disc plates relative to the central disc body, characterized in that the first ledge mates with the inner periphery of the first disc plate, and a second ledge mates with the inner periphery of the second disc plate. - a central disc body having a first side and a second side , wherein the second side faces in the opposite direction compared to the first side, - a first disc plate and a second disc plate , each disc plate having a wear surface for producing friction when a brake pad is pressed against the wear surface, - wherein the first and the second disc plates are releasably secured to said first side and said second side, respectively, of said central disc body, so as to enable the first and second disc plates to be replaced by other disc plates, - wherein the brake disc has a geometrical centre axis (x), - wherein each one of the first and second disc plates has an inner periphery and an outer periphery extending from the wear surface to an oppositely located disc body facing surface , the inner periphery being located at a radially shorter distance to the geometrical centre axis than the outer periphery, wherein - said central disc body comprises a first ledge mating with the first disc plate, and a second ledge mating with the second disc plate, a first ledge mating with the first disc plate, and a second ledge mating with the second disc plate, - wherein each one of the first and second ledges comprises at least a ledge portion which is inclined relative to the geometrical centre axis for counteracting axial movement of the disc plates relative to the central disc body, characterized in that the first ledge mates with the inner periphery of the first disc plate, and a second ledge mates with the inner periphery of the second disc plate.
Method for actuating a quantity control valve of a high-pressure pump which delivers compressed fuel to a fuel rail and a pressure in the fuel rail is detected by a pressure sensor , wherein the quantity control valve has an electromagnetic operating device and the quantity control valve , with energizing actuation with a first actuation value for the holding current, assumes a closed state and actuation with a second actuation value enables the quantity control valve to assume an open state , wherein a borderline holding current of the quantity control valve , at which the quantity control valve remains in its closed state, is determined by an adaptation method, characterized in that this borderline holding current is determined in that , in a step , an actuation value for the holding current, at which the quantity control valve opens, is set when the pressure has dropped, and the energization of the quantity control valve is extended beyond the bottom dead centre of the high-pressure pump, there being no increase in pressure in the fuel rail , and the holding current is gradually incremented from delivery to delivery, and the energization is extended beyond the bottom dead centre of the high-pressure pump with each delivery, wherein, when the quantity control valve remains closed during a delivery stroke which starts after the bottom dead centre of the high-pressure pump and there is an increase in pressure, a current value before the last increment is used as the borderline holding current, the borderline holding current being determined on the basis of the actuation signal with which the increase in pressure takes place.
A camera module, comprising a lens and a circuit board , wherein the camera module further comprises a connector , the connector being located between the lens and the circuit board provided with pads , the connector comprises a body portion and connection pins connected to the body portion , the body portion being detachably connected to the lens , characterized in that the connection pins are welded to the pads on circuit board , wherein the circuit board comprises a thin plate , and a steel sheet reinforced plate located on a lower side of the thin plate and fitted and fixed to the thin plate , a thermal coefficient of the steel sheet reinforced plate is greater than a thermal coefficient of the connection pins . the connection pins are welded to the pads on circuit board , wherein the circuit board comprises a thin plate , and a steel sheet reinforced plate located on a lower side of the thin plate and fitted and fixed to the thin plate , a thermal coefficient of the steel sheet reinforced plate is greater than a thermal coefficient of the connection pins .
A panel for a cabin of an aircraft, the panel comprising: : at least one laminate comprising one or more of: a first layer comprising lithiated carbon fibers ; a second layer comprising carbon fibers with a cathode lithium coating ; and an electrolyte-containing separator interposed between the first and the second layers; and at least one pressure sensor established on an outer surface of the laminate , and a switch to regulate a voltage to the laminate , based on an output of the pressure sensor so that the panel expands. at least one laminate comprising one or more of: a first layer comprising lithiated carbon fibers ; a second layer comprising carbon fibers with a cathode lithium coating ; and an electrolyte-containing separator interposed between the first and the second layers; and a first layer comprising lithiated carbon fibers ; a second layer comprising carbon fibers with a cathode lithium coating ; and an electrolyte-containing separator interposed between the first and the second layers; and at least one pressure sensor established on an outer surface of the laminate , and a switch to regulate a voltage to the laminate , based on an output of the pressure sensor so that the panel expands.
A method for adjusting power of a processor, wherein the method is used in a computer apparatus, the computer apparatus comprises the processor, and the method comprises: determining that usage of the processor exceeds a first threshold; and when the usage of the processor exceeds the first threshold adjusting thermal design power, TDP, of the processor, wherein adjusted TDP of the processor is greater than the preset TDP of the processor; wherein after the adjusting TDP of the processor, the method further comprises: monitoring a quantity of errors that occur in the processor within a specified period of time; and reducing the TDP of the processor when the quantity of errors that occur in the processor within the specified period of time is greater than or equal to a fourth threshold. determining that usage of the processor exceeds a first threshold; and when the usage of the processor exceeds the first threshold adjusting thermal design power, TDP, of the processor, wherein adjusted TDP of the processor is greater than the preset TDP of the processor; wherein after the adjusting TDP of the processor, the method further comprises: monitoring a quantity of errors that occur in the processor within a specified period of time; and reducing the TDP of the processor when the quantity of errors that occur in the processor within the specified period of time is greater than or equal to a fourth threshold. monitoring a quantity of errors that occur in the processor within a specified period of time; and reducing the TDP of the processor when the quantity of errors that occur in the processor within the specified period of time is greater than or equal to a fourth threshold.
Winding storage device suitable for being mounted on motorcycles, comprising a bag adapted to carry objects, the bag being configured for winding and unwinding from a rotatable support , said rotatable support being connected to a holder configured to be connected to the motorcycle.
A method of operating a network node for controlling an access domain switching behaviour of a user terminal capable of switching from a first network access domain to a second network access domain while a service is being provided to the user terminal, the method comprising the steps of: - receiving a request message from the user terminal; - starting a timer in context with receipt of the request message; - monitoring if a subscription message is received from the user terminal in relation to a network application managing the access domain switching rules; - sending, in response to the request message, a rule set including one or more access domain switching rules to the user terminal, the rule set being determined by access information from the user terminal; - sending the rule set only if the subscription message is received before the timer expires; and - receiving access information from the user terminal, the access information relating to at least one of a first set of network access technologies technically supported by the user terminal and a second set of network accesses currently available to the user terminal. - receiving a request message from the user terminal; - starting a timer in context with receipt of the request message; - monitoring if a subscription message is received from the user terminal in relation to a network application managing the access domain switching rules; - sending, in response to the request message, a rule set including one or more access domain switching rules to the user terminal, the rule set being determined by access information from the user terminal; - sending the rule set only if the subscription message is received before the timer expires; and - receiving access information from the user terminal, the access information relating to at least one of a first set of network access technologies technically supported by the user terminal and a second set of network accesses currently available to the user terminal.
A method of enhancing upstream performance in a cable network, the method comprising: performing measurements of upstream channels to determine which is most representative of an active upstream channel, the most representative channel being different from the active channel; measuring performance of the most representative upstream channel at a first data signaling rate; determining whether said most representative upstream channel supports a second data signaling rate based on said performance, said second data signaling rate being a higher rate than said first data signaling rate; and selectively transitioning the active upstream channel to said second data signaling rate by implementing said second data signaling rate on said active channel if said most representative upstream channel is determined to support said second data signaling rate and said step of implementing includes setting operation parameters for said active channel prior to adjusting carrier frequency or bandwidth of said active channel. performing measurements of upstream channels to determine which is most representative of an active upstream channel, the most representative channel being different from the active channel; measuring performance of the most representative upstream channel at a first data signaling rate; determining whether said most representative upstream channel supports a second data signaling rate based on said performance, said second data signaling rate being a higher rate than said first data signaling rate; and selectively transitioning the active upstream channel to said second data signaling rate by implementing said second data signaling rate on said active channel if said most representative upstream channel is determined to support said second data signaling rate and said step of implementing includes setting operation parameters for said active channel prior to adjusting carrier frequency or bandwidth of said active channel.