mhurhangee/ep-ind-claims huggingface dataset:
A respiratory device for providing a supply of breathable gas to a patient breathing in successive cycles, each cycle including an inspiration phase and an expiration phase, the respiratory device comprising: a blower including a motor configured to accelerate to reach an inspiration pressure provided during the inspiration phase and decelerate to reach an expiration pressure provided during the expiration phase; a first power source arranged to provide a supply of power to run the motor of the blower; and an energy storage unit configured to store energy generated by the motor when the motor decelerates; wherein when a voltage present in the energy storage unit exceeds a first threshold, the supply of power from the first power source to the motor is turned off and the motor is energized by the energy in the energy storage unit and when the voltage in the energy storage unit falls below a second threshold the supply of power from the first power source to the motor is turned on. a blower including a motor configured to accelerate to reach an inspiration pressure provided during the inspiration phase and decelerate to reach an expiration pressure provided during the expiration phase; a first power source arranged to provide a supply of power to run the motor of the blower; and an energy storage unit configured to store energy generated by the motor when the motor decelerates; wherein when a voltage present in the energy storage unit exceeds a first threshold, the supply of power from the first power source to the motor is turned off and the motor is energized by the energy in the energy storage unit and when the voltage in the energy storage unit falls below a second threshold the supply of power from the first power source to the motor is turned on.
A light-emitting device, comprising: a pair of light-transmissive insulator sheets each provided with a light-transmissive electroconductive layer, or a pair of a light-transmissive insulator sheet provided with light-transmissive electroconductive layers and a light-transmissive insulator sheet free from a light-transmissive electroconductive layer, disposed opposite to each other so as to form a region between the pair, one or more light-emitting semiconductor elements each provided with a cathode and an anode which are individually and electrically connected to respective ones of said light-transmissive electroconductive layers, and a light-transmissive elastomer, respectively disposed between the pair of light-transmissive insulator sheets so as to fill the region in combination, wherein the light-transmissive elastomer is at least partially present in the interface between both the cathode and anode of the light-emitting semiconductor element and the light-transmissive electroconductive layers, and the light-transmissive elastomer is also filled in concavities of the cathode and anode surfaces; wherein said light-transmissive elastomer has no electroconductivity. a pair of light-transmissive insulator sheets each provided with a light-transmissive electroconductive layer, or a pair of a light-transmissive insulator sheet provided with light-transmissive electroconductive layers and a light-transmissive insulator sheet free from a light-transmissive electroconductive layer, disposed opposite to each other so as to form a region between the pair, one or more light-emitting semiconductor elements each provided with a cathode and an anode which are individually and electrically connected to respective ones of said light-transmissive electroconductive layers, and a light-transmissive elastomer, respectively disposed between the pair of light-transmissive insulator sheets so as to fill the region in combination, wherein the light-transmissive elastomer is at least partially present in the interface between both the cathode and anode of the light-emitting semiconductor element and the light-transmissive electroconductive layers, and the light-transmissive elastomer is also filled in concavities of the cathode and anode surfaces; wherein said light-transmissive elastomer has no electroconductivity.
A sound dampening, fibrous acoustic medium (100, 200), comprising: a first layer comprising a fibrous acoustic material comprising a first portion and a second portion, wherein the first portion of the fibrous acoustic material is electrically oriented and entangled within the second portion of the fibrous acoustic material, wherein the amount of fibrous acoustic material that is entangled within the first layer comprises between 15% and 40% by weight, and wherein the first portion is electrically oriented by application of an electric field to the fibrous acoustic material.
A closure for a pressure vessel such as a keg, the closure comprising: a housing; at least one valve element movable with respect to the housing between closed and open positions; and a lock mechanism capable of holding the valve element in the open position; characterised in that the lock mechanism comprises first and second parts (46, 48), the first part being movable with the valve element and comprising a lock element engageable with a lock formation of the housing to hold the valve element in the open position; and the second part being movable with the first part when the valve element moves from the closed position to the open position, the first part thereafter being movable relative to the second part as the valve element returns from the open position to the closed position, said relative movement between the first and second parts (46, 48) enabling engagement of the lock element with the lock formation of the housing to hold the valve element when the valve element returns to the open position. a housing; at least one valve element movable with respect to the housing between closed and open positions; and a lock mechanism capable of holding the valve element in the open position; characterised in that
A component for a gas turbine engine, the component comprising: a magnesium alloy, and an aluminum oxide coating characterised in that the aluminum oxide coating has a nano-microcrystalline structure that defines an inner region bonded to the magnesium alloy and an outer region spaced apart from the magnesium alloy, wherein the outer region is porous and has an outer porosity, the inner region is porous and has an inner porosity, and the inner porosity is less than the outer porosity. a magnesium alloy, and an aluminum oxide coating characterised in that the aluminum oxide coating has a nano-microcrystalline structure that defines an inner region bonded to the magnesium alloy and an outer region spaced apart from the magnesium alloy, wherein the outer region is porous and has an outer porosity, the inner region is porous and has an inner porosity, and the inner porosity is less than the outer porosity.
A method for decompressing a compressed Higher Order Ambisonics signal representation ( C ( l)), the compressed HOA signal representation comprising: - perceptually encoded dominant directional signals ( X ⌣ l) and related direction information ( Ω DOM ( l)); and - perceptually encoded residual ambient HOA component ( W ⌣ A, RED l), said method including the steps: - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( X ⌣ l) and said perceptually encoded residual ambient HOA component ( W ⌣ A, RED l); - performing an order extension of said perceptually decoded residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l)); and - recomposing said perceptually decoded dominant directional signals ( X̂ ( l)), said direction information ( Ω DOM ( l)) and said original-order extended ambient HOA component ( Ĉ A ( l)) so as to get an HOA signal representation ( Ĉ ( l)); wherein performing said order extension comprises appending zeros to said perceptually decoded residual ambient HOA component ( Ĉ A,RED ( l)). - perceptually encoded dominant directional signals ( X ⌣ l) and related direction information ( Ω DOM ( l)); and - perceptually encoded residual ambient HOA component ( W ⌣ A, RED l), said method including the steps: - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( X ⌣ l) and said perceptually encoded residual ambient HOA component ( W ⌣ A, RED l); - performing an order extension of said perceptually decoded residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l)); and - recomposing said perceptually decoded dominant directional signals ( X̂ ( l)), said direction information ( Ω DOM ( l)) and said original-order extended ambient HOA component ( Ĉ A ( l)) so as to get an HOA signal representation ( Ĉ ( l)); wherein performing said order extension comprises appending zeros to said perceptually decoded residual ambient HOA component ( Ĉ A,RED ( l)). - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( X ⌣ l) and said perceptually encoded residual ambient HOA component ( W ⌣ A, RED l); - performing an order extension of said perceptually decoded residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l)); and - recomposing said perceptually decoded dominant directional signals ( X̂ ( l)), said direction information ( Ω DOM ( l)) and said original-order extended ambient HOA component ( Ĉ A ( l)) so as to get an HOA signal representation ( Ĉ ( l));
A portable device for driving a rope from a tall structure, such as a wind turbine, the device formed of an assembly of a rope storage bag and a rope driver reversibly connected thereto, the rope storage bag comprising: - a rope storage volume bound between a bottom surface and an outer side wall of the rope storage bag, the outer side wall connected to said bottom surface along an edge; characterised by - at least two connection means provided on reinforced portions along the outer side wall for reversibly connecting the bag to respective corresponding counterparts on the rope driver, the rope driver comprising: - a frame comprising at least two arm members extending outwardly from a central portion wherein the arm members near their free ends are provided with the corresponding counterpart connection means for reversibly connecting the rope driver to the bag; - a rope passage having a dimension which matches a diameter of the rope, the passage formed between a first roller carried for rotation about a primary axis and a second roller adjacent to the first roller and carried for rotation about a secondary axis parallel to the primary axis, or the passage formed between a drive coil and a clamp; - an electric motor mounted on said frame arranged to drive at least one of the first and the second roller or the drive coil such as to pass a rope through the rope passage; and - a handle for controlling the rope driver and/or for carrying the rope driver and/or the assembly of the rope driver and the bag; and wherein the rope passage is disposed near the central portion of the frame such as to allow the rope to enter or exit the rope storage volume in dependence of a driving direction of the rope. - a rope storage volume bound between a bottom surface and an outer side wall of the rope storage bag, the outer side wall connected to said bottom surface along an edge; characterised by - at least two connection means provided on reinforced portions along the outer side wall for reversibly connecting the bag to respective corresponding counterparts on the rope driver, - a frame comprising at least two arm members extending outwardly from a central portion wherein the arm members near their free ends are provided with the corresponding counterpart connection means for reversibly connecting the rope driver to the bag; - a rope passage having a dimension which matches a diameter of the rope, the passage formed between a first roller carried for rotation about a primary axis and a second roller adjacent to the first roller and carried for rotation about a secondary axis parallel to the primary axis, or the passage formed between a drive coil and a clamp; - an electric motor mounted on said frame arranged to drive at least one of the first and the second roller or the drive coil such as to pass a rope through the rope passage; and - a handle for controlling the rope driver and/or for carrying the rope driver and/or the assembly of the rope driver and the bag;
A hub for at least partially muscle-powered vehicles and in particular two-wheeled vehicles having a hub axle and a hub body and a rotor, and with a toothed disk freewheel comprising a pair of interacting engagement components (6, 7), each comprising at least one axial toothing (8, 9), the engagement components (6, 7) being biased in the engagement position via at least one biasing device (11, 12), wherein one of the engagement components is coupled with the hub body to be axially displaceable and non-rotatable in the driving direction, and wherein the other of the engagement components is provided non-rotatable at the rotor for transmitting a rotary motion from the rotor to the hub body in the engagement position of the two engagement components (6, 7), characterized in that at least one of the two engagement components (6, 7) is configured as a toothed disk (16, 17), and wherein the biasing device is at least partially disposed in the interior of the toothed disk, and wherein the toothed disk is coupled with the hub body non-rotatably in the driving direction and is indirectly or directly received axially displaceable at or in the hub body, and is provided with the axial toothing and comprises an axial width that is at least the same size as half the outer radius of the axial toothing. the engagement components (6, 7) being biased in the engagement position via at least one biasing device (11, 12), wherein one of the engagement components is coupled with the hub body to be axially displaceable and non-rotatable in the driving direction, and wherein the other of the engagement components is provided non-rotatable at the rotor for transmitting a rotary motion from the rotor to the hub body in the engagement position of the two engagement components (6, 7), characterized in that at least one of the two engagement components (6, 7) is configured as a toothed disk (16, 17), and wherein the biasing device is at least partially disposed in the interior of the toothed disk, and wherein the toothed disk is coupled with the hub body non-rotatably in the driving direction and is indirectly or directly received axially displaceable at or in the hub body, and is provided with the axial toothing and comprises an axial width that is at least the same size as half the outer radius of the axial toothing.
A method performed by a terminal in a communication system, the method comprising: establishing a multi-access, MA, protocol data unit, PDU, session associated with a 3rd generation partnership project, 3GPP, access and non-3GPP access; determining to reactivate a user plane resource of the MA PDU session for one of the 3GPP access and the non-3GPP access; transmitting, to access and mobility management function, AMF, a service request message including uplink status information over an access associated with the user plane resource among the 3GPP access and the non-3GPP access, the uplink status information indicating that uplink data to be sent is pending for the MA PDU session; and receiving, from the AMF, a service accept message including information on a reactivation result for the user plane resource of the MA PDU session based on the uplink status information, wherein, in case that the information on the reactivation result indicates a failure for reactivation of the user plane resource, the service accept message further includes information indicating an error cause of the failure. establishing a multi-access, MA, protocol data unit, PDU, session associated with a 3rd generation partnership project, 3GPP, access and non-3GPP access; determining to reactivate a user plane resource of the MA PDU session for one of the 3GPP access and the non-3GPP access; transmitting, to access and mobility management function, AMF, a service request message including uplink status information over an access associated with the user plane resource among the 3GPP access and the non-3GPP access, the uplink status information indicating that uplink data to be sent is pending for the MA PDU session; and receiving, from the AMF, a service accept message including information on a reactivation result for the user plane resource of the MA PDU session based on the uplink status information, wherein, in case that the information on the reactivation result indicates a failure for reactivation of the user plane resource, the service accept message further includes information indicating an error cause of the failure.
Partially lined motor-vehicle disk brake with a brake caliper as a normal force generator, whose housing which is configured in a U shape, with housing limbs and with a housing bridge which connects the two housing limbs, engages in a U shape around a friction ring and activates at least one associated friction lining via a backplate which bears friction material and has tangentially protruding, hammerhead-shaped claws (7, 8) for providing pull-support for the braking forces in a holder, wherein the brake caliper is mounted so as to be slidable axially relative to the holder, and wherein the holder has a holder profile which comprises in each case an inflow-side holder arm and an outflow-side holder arm with receptacle recesses (3, 4), which have bearing faces (9, 10) and/or support or guide faces including abutments (11, 12) and into which the claws (7, 8) are fitted, such that application of a tangentially directed circumferential force (Fu, friction force) to the holder profile induces tensile loading in a claw (7, 8), and vice versa, characterized in that the holder is embodied as a closed frame in that holder webs (14, 14') connect the holder arms to one another, and in that the holder webs (14, 14') are positioned tangentially in front of the housing limbs of the brake caliper, wherein a leaf spring is clamped in between the brake caliper and holder, said leaf spring being provided elastically pre-loaded in a radial direction between the housing limb and holder, a two-point bearing, the contact points (17, 18) of which are defined at a distance from one another on the hammerhead-shaped claw (7, 8), is provided between the brake caliper and friction lining, and the mutual contact points (17, 18) between the brake caliper and friction lining are embodied in a uniformly spherical, beveled or alternately differently textured fashion.
A flywheel comprising a rotating hollow body having a rigidly connected shaft along the axis of rotation of the hollow body and means for mechanical coupling of the shaft to a generator and/or consumer of rotational energy, wherein the hollow body encloses at least one first hollow space and one second hollow space with hollow space walls formed by the hollow body, wherein the hollow spaces (30, 40) are separated from one another by a dividing wall and are arranged one behind the other along the axis of rotation, wherein the shaft, at least in sections, has a channel for fluid-exchanging communication between a reservoir with a fluidic flywheel mass and the first hollow space, wherein the second hollow space is designed to receive an excess of gas pressure, characterized in that a. the dividing wall is connected to the hollow body in an immovable and gas-tight manner, and b. a plurality of channels are arranged for fluid-exchanging communication between the first hollow space and the second hollow space in such manner that c. the channels respectively lead into the areas of the hollow space walls with the greatest distance to the axis of rotation. a. the dividing wall is connected to the hollow body in an immovable and gas-tight manner, and b. a plurality of channels are arranged for fluid-exchanging communication between the first hollow space and the second hollow space in such manner that c. the channels respectively lead into the areas of the hollow space walls with the greatest distance to the axis of rotation.
A flow tripping device, comprising: a peripheral band surrounding a central space; a plurality of flow tabs extending from an upper portion of the peripheral band toward the central space; and a plurality of finger structures extending from a lower portion of the peripheral band; characterized in that: each of the plurality of finger structures extends upwards and back towards the peripheral band. a peripheral band surrounding a central space; a plurality of flow tabs extending from an upper portion of the peripheral band toward the central space; and a plurality of finger structures extending from a lower portion of the peripheral band; characterized in that: each of the plurality of finger structures extends upwards and back towards the peripheral band. each of the plurality of finger structures extends upwards and back towards the peripheral band.
Electrical circuit arrangement for examining the integrity of a photodiode array and of a line connection between the photodiode array and a microprocessor located remotely from the same and provided for the purpose of analysing the output signal of the same, with the output of the photodiode array being high-resistance in its inactive, intact state and being connected via a defined internal resistance (RM, RV) to ground potential or supply voltage potential, as the case may be, in the event of a fault, characterised in that the output of the photodiode array is connected via a closely disposed first testing resistor to ground potential or to supply voltage potential and that the analogue-digital converter input of the microprocessor provided for receiving the signal is connected via a closely disposed second testing resistance to a port output (2") of the microprocessor which can be connected either to ground potential or to the supply voltage potential.
A loudspeaker, comprising: an enclosure; an acoustically radiating diaphragm, and a port conduit (18, 100, 200, 300) acoustically coupling the interior of the enclosure to a region external thereto, wherein the port conduit (100, 200, 300) comprises at least one rigid conduit segment (104, 106, 204, 206, 304, 306), coupled to a flexible conduit segment (102, 202, 302) providing an acoustic leakage path in a direction transverse to a longitudinal axis of the port conduit, characterised in that the flexible conduit segment (102, 202, 302) is impermeable and comprises closed cell foam, in that the port conduit (100, 200, 300) has an internal surface which is smooth at least in a direction parallel to said longitudinal axis, and in that the flexible conduit segment has a smooth internal surface. an enclosure; an acoustically radiating diaphragm, and a port conduit (18, 100, 200, 300) acoustically coupling the interior of the enclosure to a region external thereto, wherein the port conduit (100, 200, 300) comprises at least one rigid conduit segment (104, 106, 204, 206, 304, 306), coupled to a flexible conduit segment (102, 202, 302) providing an acoustic leakage path in a direction transverse to a longitudinal axis of the port conduit, characterised in that the flexible conduit segment (102, 202, 302) is impermeable and comprises closed cell foam, in that the port conduit (100, 200, 300) has an internal surface which is smooth at least in a direction parallel to said longitudinal axis, and in that the flexible conduit segment has a smooth internal surface.
A method of making 1,5-pentanediol, the method comprising: (a) dehydrating tetrahydrofurfural alcohol (THFA) to dihydropyran; (b) hydrating at least a portion of the DHP to 2-hydroxy-tetrahydropyran (2-HY-THP) in the absence of homogeneous acid; and (c) hydrogenating at least a portion of the 2-HY-THP to 1,5-pentanediol. (a) dehydrating tetrahydrofurfural alcohol (THFA) to dihydropyran; (b) hydrating at least a portion of the DHP to 2-hydroxy-tetrahydropyran (2-HY-THP) in the absence of homogeneous acid; and (c) hydrogenating at least a portion of the 2-HY-THP to 1,5-pentanediol.