mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula wherein R 1 represents a hydrogen atom or a C 1-2 alkyl group; R 2 represents a hydrogen atom or a methyl group; A represents a group of formula C 3-5 alkanediyl group; and at least one of said R 1 or R 2 represents a group containing at least one carbon atom, said compound being in the form of a E or Z isomer or of a mixture thereof; wherein R 1 represents a hydrogen atom or a C 1-2 alkyl group; R 2 represents a hydrogen atom or a methyl group; A represents a group of formula C 3-5 alkanediyl group; and at least one of said R 1 or R 2 represents a group containing at least one carbon atom,
Motor vehicle alternator-starter comprising: - stator phase windings, - an inverter connected to the stator phase windings and configured to supply an on-board electrical network during an operation in alternator mode, - a first temperature sensor configured to measure the temperature of the stator phase windings, - a control module for controlling the inverter, comprising a second temperature sensor intended to measure the ambient temperature, characterized in that the control module is configured to compare the values of the temperatures measured by the first and the second temperature sensors during an operation in alternator mode and to detect an erroneous measurement of the first temperature sensor from said comparison. - stator phase windings, - an inverter connected to the stator phase windings and configured to supply an on-board electrical network during an operation in alternator mode, - a first temperature sensor configured to measure the temperature of the stator phase windings, - a control module for controlling the inverter, comprising a second temperature sensor intended to measure the ambient temperature,
A method of provisioning multiple-tiered location services by a network of wireless devices, the method comprises: forming multiple location service layers with a plurality of wireless devices including a top layer, at least one midlevel layer, and a bottom layer; forming a first tier service provider with the top layer and one of the at least one midlevel layer; forming a second tier service provider with one of the at least one midlevel layer and the bottom layer; providing location services by location-capable devices in the first tier to the wireless devices in the second tier via at least one overlapping layer; player; wherein each location-capable device comprises a locationing device configured to determine real-time location information corresponding to a location of the locationing device connected with a beacon device configured to at least one of transmit or receive beacon messages corresponding to the location of the locationing device; and receiving location services by the wireless devices in the second tier from the wireless devices in the first tier and providing location services to at least some of a subset of the plurality of the wireless devices within the second tier, wherein the top layer includes at least one location service providing device, wherein the at least one midlevel layer includes at least one location-capable device providing a location service including information corresponding to its own location to at least one location service receiving device in the bottom layer. forming multiple location service layers with a plurality of wireless devices including a top layer, at least one midlevel layer, and a bottom layer; forming a first tier service provider with the top layer and one of the at least one midlevel layer; forming a second tier service provider with one of the at least one midlevel layer and the bottom layer; providing location services by location-capable devices in the first tier to the wireless devices in the second tier via at least one overlapping layer; player; wherein each location-capable device comprises a locationing device configured to determine real-time location information corresponding to a location of the locationing device connected with a beacon device configured to at least one of transmit or receive beacon messages corresponding to the location of the locationing device; and receiving location services by the wireless devices in the second tier from the wireless devices in the first tier and providing location services to at least some of a subset of the plurality of the wireless devices within the second tier, wherein the top layer includes at least one location service providing device, wherein the at least one midlevel layer includes at least one location-capable device providing a location service including information corresponding to its own location to at least one location service receiving device in the bottom layer.
A memory system comprising: a memory vault included in a plurality of memory vaults of the memory system, the plurality of memory vaults included in stacked memory dies, each of the stacked memory dies being portioned into memory tiles (205A, 205B, 205C), multiple memory arrays being fabricated into each of the stacked memory dies, each of the memory tiles including one or more memory arrays, such that a stacked set of memory tiles includes a single tile (212B, 212C, 212D) from each of the stacked memory dies, and such that each memory vault of the plurality of memory vaults includes a stacked set of tiles, one tile from each of the stacked memory dies, wherein a stack of memory tiles (212B, 212C, 212D) shares common control circuitry and constitutes one of the plurality of memory vaults; a plurality of memory vault controllers, "MVCs", located on a logic die stacked with the stacked memory dies, the logic die including control logic and communicatively coupled to the memory vault to provide at least one of control, switching and communication logic associated with the memory vault; a system monitor processor of the logic die to monitor at least one operational parameter associated with the memory vault and to adjust at least one operational parameter associated with the memory vault; a plurality of configurable serialized communication link interfaces "SCLIs"; a matrix switch communicatively coupled to the plurality of SCLIs and the plurality of MVCs; and a memory fabric controller register communicatively coupled to the matrix switch to control the configuration of the memory system. a memory vault included in a plurality of memory vaults of the memory system, the plurality of memory vaults included in stacked memory dies, each of the stacked memory dies being portioned into memory tiles (205A, 205B, 205C), multiple memory arrays being fabricated into each of the stacked memory dies, each of the memory tiles including one or more memory arrays, such that a stacked set of memory tiles includes a single tile (212B, 212C, 212D) from each of the stacked memory dies, and such that each memory vault of the plurality of memory vaults includes a stacked set of tiles, one tile from each of the stacked memory dies, wherein a stack of memory tiles (212B, 212C, 212D) shares common control circuitry and constitutes one of the plurality of memory vaults; a plurality of memory vault controllers, "MVCs", located on a logic die stacked with the stacked memory dies, the logic die including control logic and communicatively coupled to the memory vault to provide at least one of control, switching and communication logic associated with the memory vault; a system monitor processor of the logic die to monitor at least one operational parameter associated with the memory vault and to adjust at least one operational parameter associated with the memory vault; a plurality of configurable serialized communication link interfaces "SCLIs"; a matrix switch communicatively coupled to the plurality of SCLIs and the plurality of MVCs; and a memory fabric controller register communicatively coupled to the matrix switch to control the configuration of the memory system.
Mepenzolate bromide for use in a treatment of ameliorating chronic obstructive pulmonary disease based on a bronchodilator effect and an anti-inflammatory effect.
A transmission method, applied to a first terminal device and comprising: obtaining,, by the first terminal device, information about a first sidelink, SL, transmission unit from a resource scheduling device, wherein the first SL transmission unit is used on an SL for sending a to-be-transmitted data packet of a unicast connection or a groupcast communication group, and the SL is a wireless communication link between the first terminal device and a second terminal device; transmitting,, by the first terminal device, the data packet by using the first SL transmission unit through a hybrid automatic repeat request, HARQ, process corresponding to the unicast connection or the groupcast communication group; receiving,, by the first terminal device, an HARQ feedback result of the data packet from the second terminal device; and, when the HARQ feedback result is negative acknowledgment NACK, further comprising: forwarding,, by the first terminal device, the NACK to the resource scheduling device; obtaining,, by the first terminal device, information about a second SL transmission unit from the resource scheduling device; and retransmitting,, by the first terminal device, the data packet by using the second SL transmission unit. obtaining,, by the first terminal device, information about a first sidelink, SL, transmission unit from a resource scheduling device, wherein the first SL transmission unit is used on an SL for sending a to-be-transmitted data packet of a unicast connection or a groupcast communication group, and the SL is a wireless communication link between the first terminal device and a second terminal device; transmitting,, by the first terminal device, the data packet by using the first SL transmission unit through a hybrid automatic repeat request, HARQ, process corresponding to the unicast connection or the groupcast communication group; receiving,, by the first terminal device, an HARQ feedback result of the data packet from the second terminal device; and, when the HARQ feedback result is negative acknowledgment NACK, further comprising: forwarding,, by the first terminal device, the NACK to the resource scheduling device; obtaining,, by the first terminal device, information about a second SL transmission unit from the resource scheduling device; and retransmitting,, by the first terminal device, the data packet by using the second SL transmission unit.
A laminated resin film comprising a base film layer and a surface layer, the surface layer comprising organic polymer particles serving as an anti-blocking agent, wherein a number proportion of the organic polymer particles having a particle size that is at least twice an average thickness of the surface layer is 35% or more of a total number of the organic polymer particles, a number proportion of the organic polymer particles having a particle size that is at least four times an average thickness of the surface layer is 10% or less of a total number of the organic polymer particles, the organic polymer particles have a volume average particle size of 0.5 μm or more and 20 μm or less, and the organic polymer particles comprise at least one selected from a (meth)acrylic polymer and a styrenic polymer. wherein a number proportion of the organic polymer particles having a particle size that is at least twice an average thickness of the surface layer is 35% or more of a total number of the organic polymer particles, a number proportion of the organic polymer particles having a particle size that is at least four times an average thickness of the surface layer is 10% or less of a total number of the organic polymer particles, the organic polymer particles have a volume average particle size of 0.5 μm or more and 20 μm or less, and the organic polymer particles comprise at least one selected from a (meth)acrylic polymer and a styrenic polymer.
Vertical ball mill, in particular for pre-grinding material to be ground, such as minerals, comprising: a rotor that is axially and radially mounted at an upper end and hangs downwards, a stator which radially surrounds the rotor, is not loaded by a weight of the rotor, stands in a self-supporting manner, and has a lateral surface that is oriented tangentially to the rotor and is approximately cylindrical, within a shape tolerance, and a base plate that supports a weight of the stator, wherein the stator is composed of at least two stator segments which may be separated from one another, stand unsupported in the separated state, and may be moved relative to one another, wherein each of the stator segments comprises, on at least one side edge of the wall, extending from a top edge of a wall forming the lateral surface to a bottom edge of the wall, a sealing surface for sealing to the other stator segment in each case, and, on the bottom edge, a standing surface which is dimensioned appropriately for the load and is intended for sealing to the base plate, wherein the stator segment weighs, in a standing manner, on the base plate with the standing surface, in a manner orthogonal within an angular tolerance on a load-bearing surface of the base plate. a rotor that is axially and radially mounted at an upper end and hangs downwards, a stator which radially surrounds the rotor, is not loaded by a weight of the rotor, stands in a self-supporting manner, and has a lateral surface that is oriented tangentially to the rotor and is approximately cylindrical, within a shape tolerance, and a base plate that supports a weight of the stator, wherein the stator is composed of at least two stator segments which may be separated from one another, stand unsupported in the separated state, and may be moved relative to one another, wherein each of the stator segments comprises, on at least one side edge of the wall, extending from a top edge of a wall forming the lateral surface to a bottom edge of the wall, a sealing surface for sealing to the other stator segment in each case, and, on the bottom edge, a standing surface which is dimensioned appropriately for the load and is intended for sealing to the base plate, wherein the stator segment weighs, in a standing manner, on the base plate with the standing surface, in a manner orthogonal within an angular tolerance on a load-bearing surface of the base plate.
High-voltage system with a device comprising a piston and a housing for compensating for a vibration and/or a material stress of a component of the high-voltage system filled with a viscous medium, wherein a) a first end piece of the piston is coupled to the component, b) a second end piece of the piston is arranged at least partly within the housing and is enclosed by it, c) the piston and the housing can be moved in opposite directions along an axis, d) the second end piece of the piston is coupled to an inner wall of the housing by means of a spring, and e) the piston and the housing are arranged in the high-voltage system and surrounded by the medium with which the high-voltage system is filled. a) a first end piece of the piston is coupled to the component, b) a second end piece of the piston is arranged at least partly within the housing and is enclosed by it, c) the piston and the housing can be moved in opposite directions along an axis, d) the second end piece of the piston is coupled to an inner wall of the housing by means of a spring, and e) the piston and the housing are arranged in the high-voltage system and surrounded by the medium with which the high-voltage system is filled.
A ferrule structure comprising: a ferrule; a central member disposed in the ferrule, wherein the central member is configured so that an exterior dimension of the central member can change between a smaller size and a larger size; and a plurality of optical fibers disposed in the ferrule external to the central member, characterized in that the central member is configured so that an axial load on the central member causes the exterior dimension to assume the smaller size. a ferrule; a central member disposed in the ferrule, wherein the central member is configured so that an exterior dimension of the central member can change between a smaller size and a larger size; and a plurality of optical fibers disposed in the ferrule external to the central member, characterized in that the central member is configured so that an axial load on the central member causes the exterior dimension to assume the smaller size.
A method of performing intra-prediction for a current block of a video frame, comprising: determining whether to apply a first filter to a neighboring reference pixel value of the current block based on an intra prediction mode of the current block; if, as a result of the determination, the first filter is determined to be applied, applying the first filter to the neighboring reference pixel value; generating prediction pixel values of the current block, the prediction pixel values predicted based on the filtered neighboring reference pixel value; determining whether to apply a second filter to at least one of the prediction pixel values of the current block, based on the intra prediction mode of the current block; and if, as a result of the determination, the second filter is determined to be applied, applying the second filter to at least one of the prediction pixel values, wherein the intra prediction mode of the current block is determined based on a prediction mode of a surrounding block of the current block; and wherein when the intra prediction mode of the current block is a DC mode, the determining whether to apply the second filter to the prediction pixel values of the current block is such that a 3-tap filter is applied only to an upper-leftmost pixel of the current block and a 2-tap filter is applied only to remaining uppermost and leftmost pixels except the upper-leftmost pixel among the prediction pixels of the current block. determining whether to apply a first filter to a neighboring reference pixel value of the current block based on an intra prediction mode of the current block; if, as a result of the determination, the first filter is determined to be applied, applying the first filter to the neighboring reference pixel value; generating prediction pixel values of the current block, the prediction pixel values predicted based on the filtered neighboring reference pixel value; determining whether to apply a second filter to at least one of the prediction pixel values of the current block, based on the intra prediction mode of the current block; and if, as a result of the determination, the second filter is determined to be applied, applying the second filter to at least one of the prediction pixel values, wherein the intra prediction mode of the current block is determined based on a prediction mode of a surrounding block of the current block; and wherein when the intra prediction mode of the current block is a DC mode, the determining whether to apply the second filter to the prediction pixel values of the current block is such that a 3-tap filter is applied only to an upper-leftmost pixel of the current block and a 2-tap filter is applied only to remaining uppermost and leftmost pixels except the upper-leftmost pixel among the prediction pixels of the current block.
A stowage bin control system for a vehicle, the stowage bin control system comprising: at least one stowage bin assembly that is configured to be selectively moved between an open position and a closed position; and a master control device that is separate and distinct from the at least one stowage bin assembly, wherein the master control device is communicatively coupled through a wireless connection to the at least one stowage bin assembly and is configured to operate the at least one stowage bin assembly; wherein: the at least one stowage bin assembly comprises a plurality of stowage bin assemblies wirelessly communicatively coupled to the master control device; and the master control device is configured to open and/or close the plurality of stowage bin assemblies in a staggered fashion. at least one stowage bin assembly that is configured to be selectively moved between an open position and a closed position; and a master control device that is separate and distinct from the at least one stowage bin assembly, wherein the master control device is communicatively coupled through a wireless connection to the at least one stowage bin assembly and is configured to operate the at least one stowage bin assembly; wherein: the at least one stowage bin assembly comprises a plurality of stowage bin assemblies wirelessly communicatively coupled to the master control device; and the master control device is configured to open and/or close the plurality of stowage bin assemblies in a staggered fashion. the at least one stowage bin assembly comprises a plurality of stowage bin assemblies wirelessly communicatively coupled to the master control device; and the master control device is configured to open and/or close the plurality of stowage bin assemblies in a staggered fashion.
Pneumatic valve, comprising a valve housing (28, 30) with a substantially circularly annular valve seat which is configured in the housing interior, and with a valve piston, which is guided axially in the valve housing, with a disc-like valve body and a valve stem which is arranged on its underside, the valve seat interacting with the valve body, the upper side of the valve body being loaded in the closing direction by a compression spring, and it being possible for its underside to be pressurized in the opening direction via an associated pressure space, the pressure space being connected to an associated pressure medium source via a throttle device which is arranged upstream of it with regard to the throughflow direction, the pressure space being formed as an annular space which is configured between the valve housing (28, 30) and the valve stem, the throttle device which is arranged upstream of the pressure space being formed as an annular gap which is configured between the valve housing (28, 30) and the valve stem, and the geometric configuration of the annular gap being made in such a way that its throughflow cross-sectional area enlarges increasingly as the open position of the valve stem increases.