mhurhangee/ep-ind-claims huggingface dataset:
A method of handling control events in a system of networked home devices (4, 52, 53), the method comprising, at a controller: receiving a signal indicative of a control event, the control event being an actuation of a user input device; and in response to the control event, determining whether to perform a control function associated with a networked home device of the system, that determination being made in dependence on a state of interaction between the networked home device and a physical environment in which it is located at a time of the control event; wherein the controller makes said determination by determining whether performance of the control function would cause a significant change in the state of interaction; and if the performance of the control function would cause a significant change in the state of interaction, the control function is performed in response to the control event, it causes the networked home device to perform an action that changes the state of interaction between the networked home device and the physical environment in which it is located, if the performance of the control function would not cause a significant change in the state of interaction, the control function is not performed in response to the control event, the controller causes another control function associated with a different networked home device of the system to be performed in response to the control event instead. receiving a signal indicative of a control event, the control event being an actuation of a user input device; and in response to the control event, determining whether to perform a control function associated with a networked home device of the system, that determination being made in dependence on a state of interaction between the networked home device and a physical environment in which it is located at a time of the control event; wherein the controller makes said determination by determining whether performance of the control function would cause a significant change in the state of interaction; and if the performance of the control function would cause a significant change in the state of interaction, the control function is performed in response to the control event, it causes the networked home device to perform an action that changes the state of interaction between the networked home device and the physical environment in which it is located, if the performance of the control function would not cause a significant change in the state of interaction, the control function is not performed in response to the control event, the controller causes another control function associated with a different networked home device of the system to be performed in response to the control event instead.
An airfoil comprising an airfoil body having a geometrically segmented coating section, the geometrically segmented coating section including: a wall (72;172;272;372;472;572;672) having an outer side, the outer side including an array of cells; and a coating disposed in the array of cells, wherein the cells include respective secondary mechanical bonding features (182;282;382;482;582;682) securing the coating to the wall (72... 672); characterised in that the secondary mechanical bonding features (182... 682) include undercuts in cell sidewalls of the cells. a wall (72;172;272;372;472;572;672) having an outer side, the outer side including an array of cells; and a coating disposed in the array of cells, wherein the cells include respective secondary mechanical bonding features (182;282;382;482;582;682) securing the coating to the wall (72... 672); characterised in that the secondary mechanical bonding features (182... 682) include undercuts in cell sidewalls of the cells.
A cabinet structure for holding an electronic apparatus in a container data center, wherein the cabinet structure comprises a base and two cabinets, the base comprises a first side face, a second side face, and a third side face, there is an included angle separately between the second side face and the first side face and between the third side face and the first side face, the base is fastened by the first side face to the bottom wall of a container of the container data center, the cabinets are installed on and fastened to the second side face and the third side face respectively, and the two cabinets are arranged in a V shape and form an angle.
A stretchable laminate, comprising: an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein the stretchable laminate has a 60° gloss value of 10 or less as measured in accordance with JIS Z 8741; the olefin-based resin layer contains a non-elastomeric olefin-based resin; and a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%. an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein the stretchable laminate has a 60° gloss value of 10 or less as measured in accordance with JIS Z 8741; the olefin-based resin layer contains a non-elastomeric olefin-based resin; and a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%.
A hearing aid device configured to be positioned at least partly in the ear canal of a wearer, comprising: a housing, a substrate carrying a wireless interface, the substrate further carrying a processor, the substrate arranged in the housing; an antenna arranged in the housing, the antenna being connected to the wireless interface; the antenna configured to emit and/or receive electromagnetic fields, wherein the antenna comprises an external part arranged outside the housing, an electronic element, connected to the processor via an electrical connection line, wherein a decoupling element is provided in the electrical connection line wherein the decoupling element has a characteristic frequency at the frequency, at which the antenna is tuned to radiate and/or receive the electromagnetic fields, so that the decoupling element provides a dampening of a signal around at least one of the operational frequencies of the antenna, wherein the hearing device further comprises a battery, and wherein at least a part of the antenna is arranged at least partly around the battery. a housing, a substrate carrying a wireless interface, the substrate further carrying a processor, the substrate arranged in the housing; an antenna arranged in the housing, the antenna being connected to the wireless interface; the antenna configured to emit and/or receive electromagnetic fields, wherein the antenna comprises an external part arranged outside the housing, an electronic element, connected to the processor via an electrical connection line, wherein a decoupling element is provided in the electrical connection line wherein the decoupling element has a characteristic frequency at the frequency, at which the antenna is tuned to radiate and/or receive the electromagnetic fields, so that the decoupling element provides a dampening of a signal around at least one of the operational frequencies of the antenna, wherein the hearing device further comprises a battery, and wherein at least a part of the antenna is arranged at least partly around the battery.
Method for producing an elastically deformable molded part having a number of undercut molded part regions by means of a mold, in which molded part material is introduced into the mold, the mold having a shaping contour with a number of special contour regions designed to shape the undercut molded part regions of the molded part, characterized in that - the molded part material has a higher elongation at break than the mold material from which the mold is made, at least in the region of the special contour regions of the shaping contour, and - the molded part is demolded from the mold by at least partially deforming the mold together with the molded part contained therein, such that the molded part is elastically deformed and the mold breaks at least in the region of the special contour regions. in which molded part material is introduced into the mold, the mold having a shaping contour with a number of special contour regions designed to shape the undercut molded part regions of the molded part, characterized in that - the molded part material has a higher elongation at break than the mold material from which the mold is made, at least in the region of the special contour regions of the shaping contour, and - the molded part is demolded from the mold by at least partially deforming the mold together with the molded part contained therein, such that the molded part is elastically deformed and the mold breaks at least in the region of the special contour regions. - the molded part material has a higher elongation at break than the mold material from which the mold is made, at least in the region of the special contour regions of the shaping contour, and - the molded part is demolded from the mold by at least partially deforming the mold together with the molded part contained therein, such that the molded part is elastically deformed and the mold breaks at least in the region of the special contour regions.
A method of operating a wireless network to broadcast signals from transmitters to receivers, the network comprising regions arranged adjacent to one another, the method comprising: transmitting signals in subsets of adjacent regions on a single frequency, the signals in at least some regions of a subset differing from one another, to receivers that are capable of receiving signals from multiple regions and of separating the multiple signals using a signal de-mapping arrangement; wherein the transmitting comprises transmitting in regions according to a pattern of time slots such that, in each time slot, the number of adjacent regions of a subset simultaneously transmitting on the single frequency is less than or equal to the number of signals each receiver is capable of demapping such that a wanted signal may be separated from unwanted signals, characterised in that the time slots are arranged such that a different one or more of regions of each subset does not transmit on the frequency in consecutive time slots. transmitting signals in subsets of adjacent regions on a single frequency, the signals in at least some regions of a subset differing from one another, to receivers that are capable of receiving signals from multiple regions and of separating the multiple signals using a signal de-mapping arrangement; wherein the transmitting comprises transmitting in regions according to a pattern of time slots such that, in each time slot, the number of adjacent regions of a subset simultaneously transmitting on the single frequency is less than or equal to the number of signals each receiver is capable of demapping such that a wanted signal may be separated from unwanted signals, characterised in that the time slots are arranged such that a different one or more of regions of each subset does not transmit on the frequency in consecutive time slots.
An abrasive cleaning device comprising: a housing; and a plurality of cleaning strips having a front abrasive face with a flat edge, a width and length; said cleaning strips having a substrate and an abrasive material at the surface of said cleaning strips; and the length of said cleaning strips being substantially greater than their thickness to provide flexibility of said cleaning strips; wherein said cleaning strips are mounted to said housing such that the front abrasive face of each cleaning strip is aligned substantially transverse to the normal direction of motion of said housing, and faces away from at least one adjacent cleaning strip; characterized in that said substrate is a plastic matrix, wherein said abrasive material is formed by hard abrasive particles which are embedded in a distal end of said substrate, a proximate mounting section of the cleaning strip being devoid of said abrasive material; and wherein said cleaning strip with the flat edge at the distal end is to scrape away dirt and residue, and in use, as the abrasive particles wear out, the abrasive particles abrade away as the cleaning strip shortens to expose new abrasive particles. a housing; and a plurality of cleaning strips having a front abrasive face with a flat edge, a width and length; said cleaning strips having a substrate and an abrasive material at the surface of said cleaning strips; and the length of said cleaning strips being substantially greater than their thickness to provide flexibility of said cleaning strips; wherein said cleaning strips are mounted to said housing such that the front abrasive face of each cleaning strip is aligned substantially transverse to the normal direction of motion of said housing, and faces away from at least one adjacent cleaning strip; characterized in that said substrate is a plastic matrix, wherein said abrasive material is formed by hard abrasive particles which are embedded in a distal end of said substrate, a proximate mounting section of the cleaning strip being devoid of said abrasive material; and wherein said cleaning strip with the flat edge at the distal end is to scrape away dirt and residue, and in use, as the abrasive particles wear out, the abrasive particles abrade away as the cleaning strip shortens to expose new abrasive particles.
A method to produce a wear resistant foil, comprising providing a first foil comprising a first thermoplastic material, applying wear resistant particles and a second thermoplastic material on the first foil, and adhering the first foil to the second thermoplastic material and the wear resistant particles to form a wear resistant foil, wherein the wear resistant particles do not protrude from a surface of a layer formed by the second thermoplastic material after being adhered to the first foil, said surface being opposite the first foil. providing a first foil comprising a first thermoplastic material, applying wear resistant particles and a second thermoplastic material on the first foil, and adhering the first foil to the second thermoplastic material and the wear resistant particles to form a wear resistant foil, wherein the wear resistant particles do not protrude from a surface of a layer formed by the second thermoplastic material after being adhered to the first foil, said surface being opposite the first foil.
Gas flow rate regulation device intended to supply a propulsion device of a spacecraft comprising a tank of pressurised gas, notably xenon, a fluidic circuit connected to the tank comprising a draw-off line comprising an upstream end connected to the tank and at least one downstream end (4, 5) intended to be connected to a propulsion member such as a plasma engine, the draw-off line comprising, arranged in series from upstream to downstream, a first isolation valve, a second regulation valve and a member for measuring the pressure downstream of the second regulation valve, the second regulation valve being designed to regulate the flow rate and/or pressure determined as a function of the pressure measured by the downstream pressure measurement member, the second regulation valve being an electrically controlled variable-flow-rate PCV proportioning valve, the first isolation valve also being an electrically controlled variable-flow-rate PCV proportioning valve, the device comprising an electronic data acquisition, storage and processing member configured to control at least one of the second valve and the first valve on the basis of the value measured by the downstream pressure measurement member, characterized in that, in the absence of failure of the second valve, the electronic data acquisition, storage and processing member is configured to control the first valve using all-or-nothing operation, i.e. the first valve is switched only between two states: fully open and fully closed, and in that the electronic data acquisition, storage and processing member is configured to control the second valve using proportional operation, i.e. using a plurality of possible degrees of openness to regulate the draw-off gas flow rate at a flow rate and/or pressure determined from a plurality of possible values.
Motor vehicle structural element with - at least a first and a second fibre layer (6a-d) forming a rigid fibre composite, wherein the fibre layers (6a-d) are laminated to one another at least in sections, wherein the fibre composite is formed from fibre layers (6a-d) and a matrix of a composite material, and - at least one electrical flat conductor arranged between the fibre layers (6a-d) and laminated with the fibre layers (6a-d), wherein - the flat conductor has a relief structure on at least one surface facing at least one fibre layer, characterized in that - the flat conductor is connected to the composite material via the relief structure in a form-fit. - at least a first and a second fibre layer (6a-d) forming a rigid fibre composite, wherein the fibre layers (6a-d) are laminated to one another at least in sections, wherein the fibre composite is formed from fibre layers (6a-d) and a matrix of a composite material, and - at least one electrical flat conductor arranged between the fibre layers (6a-d) and laminated with the fibre layers (6a-d), wherein - the flat conductor has a relief structure on at least one surface facing at least one fibre layer, - the flat conductor is connected to the composite material via the relief structure in a form-fit.
Method for operating a hydraulic hybrid drive system for a motor vehicle with driven wheels, which have friction brakes for exerting a friction brake moment on the driven wheels, and a continuously adjustable hydraulic transmission, which comprises a motor-side hydraulic machine and a wheel-side hydraulic machine in direct fluidic connection therewith, wherein the hydraulic machines (5, 6) are connected in series and to the driven wheels of the motor vehicle for driving, so that the hydraulic machines (5, 6) can be operated both as hydraulic pumps and as hydraulic motors, and at least one hydraulic fluid energy storage device which is connected fluidically to the hydraulic transmission, wherein the motor-side hydraulic machine is connected fluidically to the wheel-side hydraulic machine via a high-pressure hydraulic line and a low-pressure hydraulic line, wherein the hydraulic fluid energy storage device is connected fluidically to the high-pressure hydraulic line, characterized in that operating states for pressure and flow adaptation are applied before and after a thrust mode, in order to prevent pressure pulses and shock waves in the hydraulic hybrid drive system, wherein thrust mode is implemented by a discharge of the hydraulic fluid energy storage device.
A method of operating a processor that comprises at least one functional unit (100, 200) configured to process a plurality of threads at a same time, each thread attempting to perform an operation, wherein the at least one functional unit (100, 200) comprises a plurality of operators (120a - 120c) for processing the plurality of threads simultaneously and each operator (120a- 120c) is configured to perform a specific operation, the method comprising: detecting a resource conflict by determining whether at least two threads simultaneously attempt to perform an identical operation in the at least one functional unit (100, 200); and determining a processing order of the conflicting at least two threads according to predetermined criteria in response to the resource conflict being detected; the method characterized in that the detecting the resource conflict comprises: comparing opcodes of the plurality of threads for each of at least the one functional unit (100, 200); and determining the resource conflict based on a result of the comparing and stored operator information, wherein the operator information comprises at least one piece of information from among types of operators, a number of operators, and a current status of each operator. detecting a resource conflict by determining whether at least two threads simultaneously attempt to perform an identical operation in the at least one functional unit (100, 200); and determining a processing order of the conflicting at least two threads according to predetermined criteria in response to the resource conflict being detected; the method characterized in that the detecting the resource conflict comprises: comparing opcodes of the plurality of threads for each of at least the one functional unit (100, 200); and determining the resource conflict based on a result of the comparing and stored operator information, wherein the operator information comprises at least one piece of information from among types of operators, a number of operators, and a current status of each operator. comparing opcodes of the plurality of threads for each of at least the one functional unit (100, 200); and determining the resource conflict based on a result of the comparing and stored operator information, wherein the operator information comprises at least one piece of information from among types of operators, a number of operators, and a current status of each operator.
A signal processing device comprising: a noise cancellation processing unit configured to generate a noise cancellation signal on a basis of a collected ambient sound; a signal processing unit configured to generate an ambient sound adapted signal by performing dynamic analysis related to a feature of the ambient sound and filtering the ambient sound; and a control unit configured to control a plurality of modes related to signal processing, wherein the plurality of modes includes a first mode in which acoustic reproduction based on the noise cancellation signal is performed and a second mode in which acoustic reproduction based on the noise cancellation signal and the ambient sound adapted signal is performed, and the signal processing unit continues the dynamic analysis even in the first mode. a noise cancellation processing unit configured to generate a noise cancellation signal on a basis of a collected ambient sound; a signal processing unit configured to generate an ambient sound adapted signal by performing dynamic analysis related to a feature of the ambient sound and filtering the ambient sound; and a control unit configured to control a plurality of modes related to signal processing, wherein the plurality of modes includes a first mode in which acoustic reproduction based on the noise cancellation signal is performed and a second mode in which acoustic reproduction based on the noise cancellation signal and the ambient sound adapted signal is performed, and the signal processing unit continues the dynamic analysis even in the first mode.