mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger subassembly (110; 310) comprising: a first parting plate (144A; 344A); a second parting plate (144B; 344B) spaced apart from, and substantially parallel to, the first parting plate (144A; 344A); a third parting plate (144C; 344C) spaced apart from, and substantially parallel to, the first and second parting plates; a first flow space (146; 346) between the first and second parting plates; a second flow space (148; 348) between the second and third parting plates; and a first closure bar (154; 354) disposed along a first edge (166A; 366A) of the first flow space (146; 346) between the first and second parting plates, the first closure bar (154; 354) having a plurality of apertures (156; 356) in communication with the first flow space (146; 346), wherein the first, second and third parting plates are stacked along a no-flow axis , characterised in that : the plurality of apertures (156; 354) are metering apertures (156; 354), wherein a cross-sectional area of each metering aperture (156; 356) varies along a length of the first closure bar (154; 354). a first parting plate (144A; 344A); a second parting plate (144B; 344B) spaced apart from, and substantially parallel to, the first parting plate (144A; 344A); a third parting plate (144C; 344C) spaced apart from, and substantially parallel to, the first and second parting plates; a first flow space (146; 346) between the first and second parting plates; a second flow space (148; 348) between the second and third parting plates; and a first closure bar (154; 354) disposed along a first edge (166A; 366A) of the first flow space (146; 346) between the first and second parting plates, the first closure bar (154; 354) having a plurality of apertures (156; 356) in communication with the first flow space (146; 346), wherein the first, second and third parting plates are stacked along a no-flow axis , characterised in that : the plurality of apertures (156; 354) are metering apertures (156; 354), wherein a cross-sectional area of each metering aperture (156; 356) varies along a length of the first closure bar (154; 354).
Suspension for motor vehicles with adjustable ground clearance and stiffness comprising a helical spring with an adjusting device attached to the body of the vehicle, which is rotatably arranged, preferably by means of a gear stage driven by an electric motor, wherein the adjusting device is designed as a shaped nut, which is screwed directly onto the coils of the, preferably cylindrical, helical spring and has rolling elements which are located along the helix and are connected to the coils of the helical spring, and in that the regulating device can be moved and locked completely on and relative to the helical spring .
A non-aqueous electrolytic solution secondary battery comprising a positive electrode comprising a positive electrode active material capable of intercalating and deintercalating a lithium ion; a negative electrode comprising a negative electrode active material capable of intercalating and deintercalating a lithium ion; a non-aqueous electrolytic solution containing a lithium ion; and an outer package, wherein the positive electrode active material comprises a lithium-containing composite oxide having a layered rock salt structure and represented by the following composition formula: LiNi x Co y Mn z O 2 provided that 0.7 ≤ x ≤ 0.9, 0.05 ≤ y ≤ 0.2, 0.05 ≤ z ≤ 0.15, and x + y + z = 1 are satisfied, and the battery is formed by using the non-aqueous electrolytic solution containing methylene methanedisulfonate and having a content thereof of 2.3 % by mass or more and 4.0 % by mass or less based on a solvent; wherein, the negative electrode active material comprises a graphite active material; and wherein the negative electrode further comprises a fine graphite material having an average particle diameter smaller than an average particle diameter of the negative electrode active material. wherein the positive electrode active material comprises a lithium-containing composite oxide having a layered rock salt structure and represented by the following composition formula: LiNi x Co y Mn z O 2 provided that 0.7 ≤ x ≤ 0.9, 0.05 ≤ y ≤ 0.2, 0.05 ≤ z ≤ 0.15, and x + y + z = 1 are satisfied, and the battery is formed by using the non-aqueous electrolytic solution containing methylene methanedisulfonate and having a content thereof of 2.3 % by mass or more and 4.0 % by mass or less based on a solvent; wherein, the negative electrode active material comprises a graphite active material; and wherein the negative electrode further comprises a fine graphite material having an average particle diameter smaller than an average particle diameter of the negative electrode active material.
A device for converting mechanical energy into electric energy for a system, preferably a flooring system, wherein the device comprises: a first magnet and a second magnet , wherein the first magnet is arranged at a predetermined distance from the second magnet and in a manner movable in the direction of the second magnet , and wherein the same poles of the first magnet and the second magnet are aligned with each other; a first coil having a predetermined number of windings and an inner space formed by the windings, wherein the windings of the first coil are wound in substantially parallel planes, wherein the first coil receives the first magnet in its inner space during a movement in the direction of the second magnet and generates a corresponding induction voltage; a second coil having a predetermined number of windings and an inner space formed by the windings, wherein the windings of the second coil are contained substantially in a surface being perpendicular with respect to the first coil , wherein the second coil is arranged at a predetermined distance from the first coil in the direction of the second magnet , wherein the second coil is arranged at least partially around the second magnet and generates a voltage when the first magnet moves in the direction of the second magnet ; and a third coil having a predetermined number of windings, wherein the third coil is arranged between the first magnet and the second magnet and has a predetermined distance from the first magnet . a first magnet and a second magnet , wherein the first magnet is arranged at a predetermined distance from the second magnet and in a manner movable in the direction of the second magnet , and wherein the same poles of the first magnet and the second magnet are aligned with each other; a first coil having a predetermined number of windings and an inner space formed by the windings, wherein the windings of the first coil are wound in substantially parallel planes, wherein the first coil receives the first magnet in its inner space during a movement in the direction of the second magnet and generates a corresponding induction voltage; a second coil having a predetermined number of windings and an inner space formed by the windings, wherein the windings of the second coil are contained substantially in a surface being perpendicular with respect to the first coil , wherein the second coil is arranged at a predetermined distance from the first coil in the direction of the second magnet , wherein the second coil is arranged at least partially around the second magnet and generates a voltage when the first magnet moves in the direction of the second magnet ; and a third coil having a predetermined number of windings, wherein the third coil is arranged between the first magnet and the second magnet and has a predetermined distance from the first magnet .
A method of operating a hearing aid system comprising the steps of: - providing an electrical input signal representing an acoustical signal from an input transducer of the hearing aid system; - providing a feature vector comprising vector elements that represent features extracted from the electrical input signal; - providing a first multitude of sound environment base classes, wherein none of the sound environment base classes are defined by the presence of speech; - processing a second multitude of feature vectors in order to determine the probability that a given sound environment base class, from said first multitude of sound environment base classes, is present in an ambient sound environment; - selecting a current sound environment base class by determining the sound environment base class that provides the highest probability of being present in the ambient sound environment; - determining a final sound environment class based on said selected current sound environment base class and a detection of whether speech is present in the ambient sound environment; - setting at least one hearing aid system parameter in response to said determined final sound environment class; and - processing the electrical input signal in accordance with said setting of said at least one hearing aid system parameter, hereby providing an output signal adapted for driving an output transducer of the hearing aid system. - providing an electrical input signal representing an acoustical signal from an input transducer of the hearing aid system; - providing a feature vector comprising vector elements that represent features extracted from the electrical input signal; - providing a first multitude of sound environment base classes, wherein none of the sound environment base classes are defined by the presence of speech; - processing a second multitude of feature vectors in order to determine the probability that a given sound environment base class, from said first multitude of sound environment base classes, is present in an ambient sound environment; - selecting a current sound environment base class by determining the sound environment base class that provides the highest probability of being present in the ambient sound environment; - determining a final sound environment class based on said selected current sound environment base class and a detection of whether speech is present in the ambient sound environment; - setting at least one hearing aid system parameter in response to said determined final sound environment class; and - processing the electrical input signal in accordance with said setting of said at least one hearing aid system parameter, hereby providing an output signal adapted for driving an output transducer of the hearing aid system.
A method for controlling media playback devices, the method comprising: detecting a media playback device to be controlled; determining that a touch-sensitive display of a mobile device has entered a display inhibited state in which presentation of a plurality of user interface elements is inhibited; and while the touch-sensitive display is in the display inhibited state: receiving an input from the touch-sensitive display; determining whether the received input is intentional or unintentional; selecting an action of the media playback device to be performed by determining that the received input is intentional and corresponds to a user interface element from the plurality of user interface elements; and transmitting an instruction to perform the selected action to the media playback device. detecting a media playback device to be controlled; determining that a touch-sensitive display of a mobile device has entered a display inhibited state in which presentation of a plurality of user interface elements is inhibited; and while the touch-sensitive display is in the display inhibited state: receiving an input from the touch-sensitive display; determining whether the received input is intentional or unintentional; selecting an action of the media playback device to be performed by determining that the received input is intentional and corresponds to a user interface element from the plurality of user interface elements; and transmitting an instruction to perform the selected action to the media playback device. receiving an input from the touch-sensitive display; determining whether the received input is intentional or unintentional; selecting an action of the media playback device to be performed by determining that the received input is intentional and corresponds to a user interface element from the plurality of user interface elements; and transmitting an instruction to perform the selected action to the media playback device.
A sulfide-based solid electrolyte for a lithium ion battery comprising a compound which has a cubic crystal structure belonging to a space group F-43m and is represented by Compositional Formula: Li 7-x PS 6-x Ha x , wherein Ha is Cl or Br, wherein x in the above Compositional Formula represents 0.2 to 1.8, and the value of lightness L* in a L*a*b* color system is 60.0 or more.
A heating engine control circuit to control operation of a heater of a nicotine electronic vaping device , the heating engine control circuit comprising: a rail converter circuit configured to convert a power supply voltage into a power signal based on a vaping enable signal, the vaping enable signal being a pulse width modulated signal; and a gate driver circuit including an integrated gate driver (U2003), the integrated gate driver (U2003) configured to control application of power to the heater to heat nicotine pre-vapor formulation drawn from a nicotine reservoir at the nicotine electronic vaping device based on the power signal, a first enable signal and a second enable signal. a rail converter circuit configured to convert a power supply voltage into a power signal based on a vaping enable signal, the vaping enable signal being a pulse width modulated signal; and a gate driver circuit including an integrated gate driver (U2003), the integrated gate driver (U2003) configured to control application of power to the heater to heat nicotine pre-vapor formulation drawn from a nicotine reservoir at the nicotine electronic vaping device based on the power signal, a first enable signal and a second enable signal.
A mating assistance device for connecting electrical connectors together comprising: a housing for receiving electrical connectors , wherein the housing is a one-piece housing, in particular made of a molded plastic or a polymer material, and has the shape of a hollow beam with two opened-ends for receiving a terminal of the electrical connectors , and two locking devices movable between an unlocked and a locked position with respect to the housing , each locking device further comprising at least one connector pushing element , wherein each locking device , when moved from the unlocked to the locked position, is configured such that the at least one connector pushing element is displaceable in the direction of insertion (A) of an electrical connector into the housing . a housing for receiving electrical connectors , wherein the housing is a one-piece housing, in particular made of a molded plastic or a polymer material, and has the shape of a hollow beam with two opened-ends for receiving a terminal of the electrical connectors , and two locking devices movable between an unlocked and a locked position with respect to the housing , each locking device further comprising at least one connector pushing element , wherein each locking device , when moved from the unlocked to the locked position, is configured such that the at least one connector pushing element is displaceable in the direction of insertion (A) of an electrical connector into the housing .
Control method implemented by a chip card (CD1) comprising a rechargeable battery , the method comprising: - processing (S30) a transaction (TR1) in the course of which the chip card communicates with an external terminal (T) to which said chip card is coupled; and - receiving (S32), in the course of said processing of the transaction, a predetermined transaction command (CMD1) from the external terminal; the method being characterized in that it furthermore comprises: - detecting (S32), based on a current state of charge of the battery, that said predetermined transaction command requires a time of processing, by said chip card, that is long enough to allow the battery to be recharged to at least a first predetermined threshold state of charge (TH1); and - in response to said detection (S32), triggering (S34) the recharging of the battery using an electric power supply delivered by the external terminal so as to reach at least the first predetermined threshold state of charge. - processing (S30) a transaction (TR1) in the course of which the chip card communicates with an external terminal (T) to which said chip card is coupled; and - receiving (S32), in the course of said processing of the transaction, a predetermined transaction command (CMD1) from the external terminal; - detecting (S32), based on a current state of charge of the battery, that said predetermined transaction command requires a time of processing, by said chip card, that is long enough to allow the battery to be recharged to at least a first predetermined threshold state of charge (TH1); and - in response to said detection (S32), triggering (S34) the recharging of the battery using an electric power supply delivered by the external terminal so as to reach at least the first predetermined threshold state of charge.
An apparatus, comprising: a memory device , wherein the memory device comprises: a bank arbiter ; a plurality of banks (121-0,..., 121-7), wherein each bank of the plurality of banks is coupled to the bank arbiter and comprises; an array (130; 230) of memory cells; sensing circuitry (150; 250) coupled to the array via a plurality of sense lines (205-1, 205-2; 305-1, 305-2), the sensing circuitry including sense amplifiers (206; 306) and a compute component (231; 331) configured to implement logical operations; and a memory controller coupled to the array and sensing circuitry, the memory controller configured to: receive a block of resolved instructions from at least one of a host and a channel controller ; set a series of registers in the bank arbiter , wherein at least one of the memory controller and the bank arbiter are configured to receive a multicast write command to the memory device ; and write the resolved instructions to a plurality of locations in the array in parallel. a bank arbiter ; a plurality of banks (121-0,..., 121-7), wherein each bank of the plurality of banks is coupled to the bank arbiter and comprises; an array (130; 230) of memory cells; sensing circuitry (150; 250) coupled to the array via a plurality of sense lines (205-1, 205-2; 305-1, 305-2), the sensing circuitry including sense amplifiers (206; 306) and a compute component (231; 331) configured to implement logical operations; and a memory controller coupled to the array and sensing circuitry, the memory controller configured to: receive a block of resolved instructions from at least one of a host and a channel controller ; set a series of registers in the bank arbiter , wherein at least one of the memory controller and the bank arbiter are configured to receive a multicast write command to the memory device ; and write the resolved instructions to a plurality of locations in the array in parallel. receive a block of resolved instructions from at least one of a host and a channel controller ; set a series of registers in the bank arbiter , wherein at least one of the memory controller and the bank arbiter are configured to receive a multicast write command to the memory device ; and write the resolved instructions to a plurality of locations in the array in parallel.
An environmental control system for an aircraft comprising: a compressing device including a compressor and a turbine configured to receive a flow of first medium sequentially, and a second turbine configured to receive a flow of second medium, the second medium being distinct from the first medium; a ram air circuit including a ram air duct having at least one heat exchanger positioned therein a dehumidification system in fluid communication with the turbine, the dehumidification system including a condenser and a water extractor and characterised by a bypass valve (V2) arranged downstream from the compressor and upstream from the at least on heat exchanger in the ram air circuit configured to divert the flow of the first medium output from the compressor around the at least one heat exchanger of the ram air circuit, a first pass through the condenser , the water extractor and the turbine . a compressing device including a compressor and a turbine configured to receive a flow of first medium sequentially, and a second turbine configured to receive a flow of second medium, the second medium being distinct from the first medium; a ram air circuit including a ram air duct having at least one heat exchanger positioned therein a dehumidification system in fluid communication with the turbine, the dehumidification system including a condenser and a water extractor and characterised by a bypass valve (V2) arranged downstream from the compressor and upstream from the at least on heat exchanger in the ram air circuit configured to divert the flow of the first medium output from the compressor around the at least one heat exchanger of the ram air circuit, a first pass through the condenser , the water extractor and the turbine .
A polyether copolymer that comprises a polyether segment block containing a cationic group and a hydrophobic polyether segment block, wherein the molecular weight distribution, namely the ratio of the weight-average molecular weight to the number-average molecular weight, of the polyether copolymer is 1.0 to 2.0, and characterized in that the hydrophobic polyether segment is a polyether segment that gives a sample consisting only of the polyether segment that retains, after being kept to stand in water at 60°C for 24 hours, its shape without being dissolved therein, even if the sample absorbed water to swell, and gives no weight loss when the sample is taken out from water and is deprived of water by distillation.
Safety reporting network having a safety control device , wherein the safety control device is connected to a local monitoring network , wherein the local monitoring network has at least one monitoring device , wherein the safety control device is designed to receive an event notification (E) from the local monitoring network on the basis of monitoring data from the at least one monitoring device, having at least one agent device , wherein the agent device is connected to the safety control device using data technology, and wherein the at least one agent device is designed to process the event notification (E) or an alarm notification (A) based on the event notification with user interaction and to generate an alarm message , having at least one client device , wherein the client device is in the form of a mobile telephone, wherein the agent device has a request module which is designed to transmit the alarm message and a verification request (V) to the client device and to receive a reaction of the client device to the verification request (V), characterized in that the safety reporting network has a plurality of local monitoring networks , wherein the plurality of local monitoring networks are assigned to different monitoring objects , wherein the monitoring objects are arranged in a manner spatially independent of one another and are positioned with a distance of greater than 10 km from one another, and in that the local monitoring network is connected to the safety control device via a first network, the safety control device is connected to the at least one agent device via a second network and the client device is connected to the safety control device via a telephone connection, wherein the safety reporting network is designed to transmit the verification request (V) from the agent device to the safety control device via the second network and then from the safety control device to the client device via the telephone connection.