mhurhangee/ep-ind-claims huggingface dataset:
A transmittance-variable film comprising a liquid crystal cell including a first substrate, a liquid crystal layer including liquid crystals and a dichroic dye, and a second substrate, and a pressure-sensitive adhesive layer disposed on one side of the liquid crystal cell, characterised in that the pressure-sensitive adhesive layer has an average value of a tangent delta (tan δ) value of the following equation 1 of 0.25 or more to less than 0.5 in a temperature range of 25°C to 80°C: tan δ = G " / G ′ wherein, G" is a loss modulus and G' is a storage modulus, wherein the loss modulus and the storage modulus are values measured under conditions of 10% strain and 2N axial force. the pressure-sensitive adhesive layer has an average value of a tangent delta (tan δ) value of the following equation 1 of 0.25 or more to less than 0.5 in a temperature range of 25°C to 80°C: tan δ = G " / G ′ wherein, G" is a loss modulus and G' is a storage modulus, wherein the loss modulus and the storage modulus are values measured under conditions of 10% strain and 2N axial force.
A radar emission-reception method implementing a short-range operating mode involving emitting a short pulse and a long-range operating mode involving emitting a long modulated pulse, with the emitted short and long pulses being temporally interleaved, the short pulses and the long pulses being emitted in the form of waves having distinct polarisations, characterised in that the polarisation of each emitted wave is acquired by two co-located radiating sources simultaneously emitting, for each pulse, two signals having a phase-shift θ, the value of which varies depending on the short or long nature of the considered pulse.
Method for pulling a bearing body off the rotor of a preferably stationary gas turbine having a casing which can preferably be divided into halves, while the casing is closed, comprising the following steps: - fixing a shaft extension on the relevant end of the rotor and a)supporting the rotor and/or b)holding the rotor in order to free the bearing body of the weight of the rotor, - fitting sliding elements between the bearing body and the rotor - moving the bearing body axially along the machine axis onto the shaft extension, characterized in that the bearing body is secured against rotation during and after axial movement with the aid of an anti-rotation device. - fixing a shaft extension on the relevant end of the rotor and a)supporting the rotor and/or b)holding the rotor in order to free the bearing body of the weight of the rotor, a)supporting the rotor and/or b)holding the rotor - fitting sliding elements between the bearing body and the rotor - moving the bearing body axially along the machine axis onto the shaft extension, characterized in that the bearing body is secured against rotation during and after axial movement with the aid of an anti-rotation device.
A system for detecting and reporting motorcycle accidents, comprising: - a first module located in the motorcycle with means for obtaining the location of the motorcycle at all times, means for detecting the acceleration and tilt of the motorcycle, and means for communicating with other modules of said system, - a module with calculation capacity located in the motorcycle with processing means for detecting when an accident takes place and with means for communicating to other modules of the system, - a portable module with means for communicating with other elements of said system, wherein said detection of the accident is done in said module with calculation capacity based at least on the information received from the module on location, acceleration or tilt, and, wherein said module with calculation capacity is configured to communicate the detection of the accident to the portable module, the mentioned system being characterized in that the portable module can be physically separated into two analogue submodules (121 and 122) with means for making an emergency call, wherein if both submodules (121 and 122) are physically joined they are configured to act as a single module and only the means of one of the parts function, and when they are physically separated, the means of both parts are configured to function independently, wherein the portable module or submodules (121 and 122) are located in the wireless key or starter device of the motorcycle, wherein said detection of the accident is done in said module with calculation capacity based on the calculation of the distance between said portable module or submodules (121 and 122) and said module wherein said calculation of the distance is a function of the intensity of the connection signal between said first module and said portable module or submodules (121 and 122), wherein said module with calculation capacity is configured to identify that there is only one occupant on the motorcycle if the submodules (121 and 122) of said portable module are physically joined and identifies that there are two occupants if they are physically separated, wherein said portable module is configured to make an emergency call using the means for making emergency calls and wherein said call communicates if there are one or two occupants, as well as other information. - a first module located in the motorcycle with means for obtaining the location of the motorcycle at all times, means for detecting the acceleration and tilt of the motorcycle, and means for communicating with other modules of said system, - a module with calculation capacity located in the motorcycle with processing means for detecting when an accident takes place and with means for communicating to other modules of the system, - a portable module with means for communicating with other elements of said system,
An air distribution support surface pad comprising: a vapour permeable portion; a fluid resistant portion; and an intermediate fluid passing portion interposed between the vapour permeable portion and the fluid resistant portion to form a plurality of air chambers (308; 310) and operative to pass fluid from one of the plurality of chambers to another of the plurality of chambers; wherein the vapour permeable portion comprises a vapour permeable material, the fluid resistant portion comprises a fluid resistant material, and the intermediate fluid passing portion comprises an intermediate fluid passing material; characterized in that the intermediate fluid passing material includes an air diffusion structure defined by at least a first surface and an opposing second surface and wherein the first surface comprises fluid opening larger than fluid openings in the second surface. a vapour permeable portion; a fluid resistant portion; and an intermediate fluid passing portion interposed between the vapour permeable portion and the fluid resistant portion to form a plurality of air chambers (308; 310) and operative to pass fluid from one of the plurality of chambers to another of the plurality of chambers; wherein the vapour permeable portion comprises a vapour permeable material, the fluid resistant portion comprises a fluid resistant material, and the intermediate fluid passing portion comprises an intermediate fluid passing material;
A ceiling suspended type air conditioner comprising an air conditioner main body suspended from a ceiling, and a total enthalpy heat exchanger main body joined to the back side of the air conditioner main body and integrated with the air conditioner main body, wherein the total enthalpy heat exchanger main body comprises a total enthalpy heat-exchanging element extending across an width of the total enthalpy heat exchanger main body, an air supply fan for supplying outdoor air into a room, an air supply chamber for supplying the outdoor air into the total enthalpy heat-exchanging element, an exhaust fan for exhausting indoor air to the outside, and an exhaust chamber for exhausting the indoor air from the total enthalpy heat-exchanging element to the outside; the air supply chamber and exhaust chamber are arranged at the rear side of the total enthalpy heat-exchanging element; the air supply fan is arranged in the air supply chamber and the exhaust fan is arranged in the exhaust chamber; characterized in that the plural air supply duct connection ports (41A, 41B, 41C) intercommunicating with the air supply chamber are formed on plural surfaces of the total enthalpy heat exchanger main body, and any one of the plural air supply duct connection ports is selectively connected to an air supply duct; and plural air exhaust duct connection ports (43A, 43B, 43C) intercommunicating with the exhaust chamber are formed on plural surfaces of the total enthalpy heat exchanger main body, and any one of the plural air exhaust duct connection ports is selectively connected to an air exhaust duct.
A packer mechanism for an agricultural baler, the mechanism comprising: - a crank shaft, that is rotatable about a central rotation axis, the crank shaft comprising three or more eccentrically placed crank pins, fixed between respective pairs of crank arms (A1 -A5), the crank pins comprising two outer ends and a central portion, - a plurality of packer teeth mounted rotatably with respect to the crank pins, - at least one rotary bearing mounted on the central portion of each of the crank pins, for enabling the rotation of the teeth relative to the pins, - a plurality of support rods for controlling the orientation of the packer teeth during rotation of the crank shaft, - the crank shaft is supported at not more than two support locations, located at the outer ends (20,21) of the crank shaft, and provided with support bearings which enable the rotation of the crank shaft about the central rotation axis, - the three or more eccentric crank pins are located at predefined angular positions with respect to the central rotation axis, and the crank shaft comprises no crank pins which are concentric with the central rotation axis, characterized in that - the shape of at least two of the crank arms (A1-A5) deviates from a straight shape, to such an extent that the resulting crank shaft is statically balanced about the central rotation axis. - a crank shaft, that is rotatable about a central rotation axis, the crank shaft comprising three or more eccentrically placed crank pins, fixed between respective pairs of crank arms (A1 -A5), the crank pins comprising two outer ends and a central portion, - a plurality of packer teeth mounted rotatably with respect to the crank pins, - at least one rotary bearing mounted on the central portion of each of the crank pins, for enabling the rotation of the teeth relative to the pins, - a plurality of support rods for controlling the orientation of the packer teeth during rotation of the crank shaft, - the crank shaft is supported at not more than two support locations, located at the outer ends (20,21) of the crank shaft, and provided with support bearings which enable the rotation of the crank shaft about the central rotation axis, - the three or more eccentric crank pins are located at predefined angular positions with respect to the central rotation axis, and the crank shaft comprises no crank pins which are concentric with the central rotation axis, characterized in that - the shape of at least two of the crank arms (A1-A5) deviates from a straight shape, to such an extent that the resulting crank shaft is statically balanced about the central rotation axis.
A pintle insertion tool comprising: a drive assembly including a controller connected to a power supply and configured to drive at least one motor, a first roller and a second roller defining at least a portion of a channel therebetween, the at least one motor configured to rotate the first roller and the second roller, and the channel is adapted to receive a pintle lead wire such that the pintle lead wire is driven by the first roller and the second roller through interdigitated seam loops on opposing ends of a textile so that a pintle can be pushed into position to complete a seam. a drive assembly including a controller connected to a power supply and configured to drive at least one motor, a first roller and a second roller defining at least a portion of a channel therebetween, the at least one motor configured to rotate the first roller and the second roller, and the channel is adapted to receive a pintle lead wire such that the pintle lead wire is driven by the first roller and the second roller through interdigitated seam loops on opposing ends of a textile so that a pintle can be pushed into position to complete a seam.
A sensor (100, 300) for in vivo detection of the presence, amount, and/or concentration of an analyte in a medium within a living animal, the sensor comprising: a sensor housing; an indicator element embedded within and/or covering at least a portion of the sensor housing; characterized in that the sensor further comprises: a membrane (808, 320) over at least a portion of the indicator element, wherein the membrane is opaque and reduces deterioration of the indicator element by catalyzing degradation of reactive oxygen species; and a layer between the indicator element and the membrane, wherein the layer is on the outside of the indicator element and reduces deterioration of the indicator element by catalyzing degradation of ROS. a sensor housing; an indicator element embedded within and/or covering at least a portion of the sensor housing; characterized in that the sensor further comprises: a membrane (808, 320) over at least a portion of the indicator element, wherein the membrane is opaque and reduces deterioration of the indicator element by catalyzing degradation of reactive oxygen species; and a layer between the indicator element and the membrane, wherein the layer is on the outside of the indicator element and reduces deterioration of the indicator element by catalyzing degradation of ROS. a membrane (808, 320) over at least a portion of the indicator element, wherein the membrane is opaque and reduces deterioration of the indicator element by catalyzing degradation of reactive oxygen species; and a layer between the indicator element and the membrane, wherein the layer is on the outside of the indicator element and reduces deterioration of the indicator element by catalyzing degradation of ROS.
A yarn inserting arrangement for an automatic piecing unit of a ring spinning machine, the yarn inserting arrangement comprising: a suction tube adapted to receive a lifted end of a broken yarn from a cop of the ring spinning machine, the suction tube being configured to be positioned above the cop; a gripping arm adapted to pull the broken yarn in between the suction tube and the cop; the gripping arm being configured to move downwards to a position proximal to a ring position of a ring rail of the ring spinning machine; and a rocker arm adapted to pull the broken yarn after the gripping arm moves downwards to the position proximal to the ring position of the ring rail; wherein the gripping arm is configured such that in the position in which the gripping arm with the pulled yarn reaches downwards proximal to the ring of the ring rail, the broken yarn forms a V-shape between the suction tube, the gripping arm and a balloon control ring of the ring spinning machine surrounding the cop; and wherein the gripping arm and the rocker arm are configured such that in the position in which the rocker arm pulls the broken yarn present in between the balloon control ring surrounding the cop and the gripping arm, the broken yarn forms a V-shape between the balloon control ring, the rocker arm and the gripping arm; and the broken yarn hooked in the gripping arm and the rocker arm is substantially tangential to the ring of the ring rail, for insertion of the broken yarn into a rotatable traveler positioned in the ring of the ring rail. a suction tube adapted to receive a lifted end of a broken yarn from a cop of the ring spinning machine, the suction tube being configured to be positioned above the cop; a gripping arm adapted to pull the broken yarn in between the suction tube and the cop; the gripping arm being configured to move downwards to a position proximal to a ring position of a ring rail of the ring spinning machine; and a rocker arm adapted to pull the broken yarn after the gripping arm moves downwards to the position proximal to the ring position of the ring rail; wherein the gripping arm is configured such that in the position in which the gripping arm with the pulled yarn reaches downwards proximal to the ring of the ring rail, the broken yarn forms a V-shape between the suction tube, the gripping arm and a balloon control ring of the ring spinning machine surrounding the cop; and wherein the gripping arm and the rocker arm are configured such that in the position in which the rocker arm pulls the broken yarn present in between the balloon control ring surrounding the cop and the gripping arm, the broken yarn forms a V-shape between the balloon control ring, the rocker arm and the gripping arm; and the broken yarn hooked in the gripping arm and the rocker arm is substantially tangential to the ring of the ring rail, for insertion of the broken yarn into a rotatable traveler positioned in the ring of the ring rail.
A system of an extension device for a bone anchor and a bone anchor, wherein the bone anchor comprises an anchoring section for anchoring in a bone and a receiving part connected to the anchoring section, the receiving part comprising a central axis and a channel for receiving a rod, wherein sidewalls of the channel form two free legs (205a, 205b), the extension device comprising a first sleeve with a first sleeve axis (c) that is coaxial to the central axis, wherein the first sleeve is configured to be coupled to the receiving part and decoupled from the receiving part; a second sleeve with a second sleeve axis (c) coaxial to the central axis, wherein the second sleeve is positioned within the first sleeve and positionable relative to the first sleeve along the central axis and wherein the second sleeve is configured to be coupled to the receiving part and decoupled from the receiving part; a locking member that in a first configuration inhibits decoupling of one of the first sleeve or the second sleeve from the receiving part when the other one of the first sleeve or the second sleeve is still coupled to the receiving part, wherein the locking member is formed as a collet or collet portion that is positioned at least partially inside the second sleeve and comprises a spring that is compressible and/or extendible in a radial direction relative to the central axis, wherein the collet portion 35 can assume the first configuration in which it is compressed and inhibits insertion of a decoupling instrument, and can assume a second configuration in which it is expanded and allows the insertion of the decoupling instrument.
Turbo machine comprising: - a barrel casing having a cylindrical internal surface defining an internal containment volume, - a bundle having a cylindrical shape, adapted to be accommodated into said internal containment volume, - a cylindrical cover connected to the bundle to close said internal containment volume and hold the bundle inside the barrel casing, - a split shear ring adapted to fix said barrel casing with said cylindrical cover wherein the external cylindrical surface of the cylindrical cover is provided with a first groove, the first groove being circumferential, and the cylindrical internal surface of the barrel casing is provided with a second groove, the second groove being circumferential, the first groove and second groove being adapted to accommodate said shear ring, characterized in that said first groove is adapted to completely accommodate the cross section of said split shear ring, and said shear ring is maneuverable from radially outside the barrel casing by means of screwing means. - a barrel casing having a cylindrical internal surface defining an internal containment volume, - a bundle having a cylindrical shape, adapted to be accommodated into said internal containment volume, - a cylindrical cover connected to the bundle to close said internal containment volume and hold the bundle inside the barrel casing, - a split shear ring adapted to fix said barrel casing with said cylindrical cover
A channel quality measurement and feedback method performed by a receive end, comprising: receiving K reference signals sent by a transmit end, wherein K is a positive integer, and each of the K reference signals corresponds to one or more sub-bands; performing channel quality measurement based on the K reference signals, and determining L pieces of channel state information CSI based on a measurement result, wherein L is a positive integer, each of the L pieces of CSI comprises index number information of P reference signals, and P is a positive integer, wherein the P reference signals are P reference signals that have optimal CSI in a plurality of pieces of CSI, and that are selected by the receive end from a plurality of reference signals corresponding to at least one sub-band, and each piece of CSI is obtained by performing channel quality measurement on the K reference signals on the at least one sub-band; and sending the L pieces of CSI to the transmit end. receiving K reference signals sent by a transmit end, wherein K is a positive integer, and each of the K reference signals corresponds to one or more sub-bands; performing channel quality measurement based on the K reference signals, and determining L pieces of channel state information CSI based on a measurement result, wherein L is a positive integer, each of the L pieces of CSI comprises index number information of P reference signals, and P is a positive integer, wherein the P reference signals are P reference signals that have optimal CSI in a plurality of pieces of CSI, and that are selected by the receive end from a plurality of reference signals corresponding to at least one sub-band, and each piece of CSI is obtained by performing channel quality measurement on the K reference signals on the at least one sub-band; and sending the L pieces of CSI to the transmit end.
A method of preheating an inverter-driven compressor, the inverter-driven compressor being operated by a motor serving as a driving source, the motor being supplied with an output electric power from an inverter, the inverter-driven compressor compressing a refrigerant to discharge the compressed refrigerant to a circulating flow passage, the method being characterized by comprising the step of: operating the inverter at a carrier frequency lower than that used during normal operation, with the compressor unoperated, to energize the motor.
A method for configuring a sounding reference signal, SRS, period, wherein the method comprises: obtaining, by a communication apparatus, a quantity of radio resource control, RRC, connected users in at least one neighboring cell of a first cell within a first time period; predicting, by the communication apparatus, a quantity of RRC connected users in the first cell within a second time period based on the quantity of RRC connected users in the at least one neighboring cell of the first cell within the first time period; and configuring, by the communication apparatus based on the predicted quantity of RRC connected users in the first cell within the second time period, an SRS period for a terminal device that accesses the first cell within the second time period. obtaining, by a communication apparatus, a quantity of radio resource control, RRC, connected users in at least one neighboring cell of a first cell within a first time period; predicting, by the communication apparatus, a quantity of RRC connected users in the first cell within a second time period based on the quantity of RRC connected users in the at least one neighboring cell of the first cell within the first time period; and configuring, by the communication apparatus based on the predicted quantity of RRC connected users in the first cell within the second time period, an SRS period for a terminal device that accesses the first cell within the second time period.