mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a processing device (1302, 1304, 1306); and a computer-readable medium encoded with instructions, characterised in that, the instructions when executed by the processing device, cause the processing device to: receive data associated with dimensions of a reference bicycle that is for propelling a rider forward; calculate, based on the received data associated with the dimensions of the reference bicycle, an estimated dimension of the reference bicycle; determine a setting of an adjustment mechanism of an adjustable stationary bicycle device, wherein the setting is based on a translation of the estimated dimension of the reference bicycle to a corresponding dimension of the adjustable stationary bicycle device; and provide the determined setting of the adjustment mechanism. a processing device (1302, 1304, 1306); and a computer-readable medium encoded with instructions, characterised in that, the instructions when executed by the processing device, cause the processing device to: receive data associated with dimensions of a reference bicycle that is for propelling a rider forward; calculate, based on the received data associated with the dimensions of the reference bicycle, an estimated dimension of the reference bicycle; determine a setting of an adjustment mechanism of an adjustable stationary bicycle device, wherein the setting is based on a translation of the estimated dimension of the reference bicycle to a corresponding dimension of the adjustable stationary bicycle device; and provide the determined setting of the adjustment mechanism. receive data associated with dimensions of a reference bicycle that is for propelling a rider forward; calculate, based on the received data associated with the dimensions of the reference bicycle, an estimated dimension of the reference bicycle; determine a setting of an adjustment mechanism of an adjustable stationary bicycle device, wherein the setting is based on a translation of the estimated dimension of the reference bicycle to a corresponding dimension of the adjustable stationary bicycle device; and provide the determined setting of the adjustment mechanism.
A method for characterizing a property of a subterranean formation comprising: collecting well log and seismic data for the subterranean formation; using the well log and seismic data to determine initial petrophysical parameters and layers for the subterranean formation; upscaling the initial petrophysical parameters for the layers within the subterranean formation; running a flow simulation using the upscaled petrophysical parameters and the layers to generate saturation, pressure and temperature values; determining effective velocities for the subterranean formation from the saturation, pressure and temperature values generated by the flow simulation; and updating a seismic model for the subterranean formation using the effective velocities. collecting well log and seismic data for the subterranean formation; using the well log and seismic data to determine initial petrophysical parameters and layers for the subterranean formation; upscaling the initial petrophysical parameters for the layers within the subterranean formation; running a flow simulation using the upscaled petrophysical parameters and the layers to generate saturation, pressure and temperature values; determining effective velocities for the subterranean formation from the saturation, pressure and temperature values generated by the flow simulation; and updating a seismic model for the subterranean formation using the effective velocities.
An inkjet ink containing at least a disperse dye, a dispersant, a polysiloxane compound, a water-soluble organic solvent, and water, wherein the polysiloxane compound comprises both a compound represented by General Formula and a compound represented by General Formula: wherein: R 1 to R 9 each independently represents a C 1 -C 6 alkyl group, a C 1 -C 6 hydroxyalkyl group, or an aryl group; j represents an integer of 0 or more; k and l each independently represents an integer of 1 or more; EO represents an ethyleneoxy group, PO represents a propyleneoxy group, and arrangement of the EO and the PO inside brackets are in an arbitrary order, thereby forming a random or block structure; and m and n each independently represents an integer of 0 or more, wherein total value of m and n is an integer of 1 or more, and wherein: R 10 to R 17 each independently represents a C 1 -C 6 alkyl group, a C 1 -C 6 hydroxyalkyl group, or an aryl group; i represents an integer of 1 or more, and wherein the content of the compound represented by General Formula is 5 mass% or more to 40 mass% or less, based on the total mass of the compound represented by General Formula and the compound represented by General Formula, and the total amount of the compound represented by General Formula and the compound represented by General Formula is 0.05 mass% or more to 1 mass% or less, based on a total mass of the inkjet ink. R 1 to R 9 each independently represents a C 1 -C 6 alkyl group, a C 1 -C 6 hydroxyalkyl group, or an aryl group; j represents an integer of 0 or more; k and l each independently represents an integer of 1 or more; EO represents an ethyleneoxy group, PO represents a propyleneoxy group, and arrangement of the EO and the PO inside brackets are in an arbitrary order, thereby forming a random or block structure; and m and n each independently represents an integer of 0 or more, wherein total value of m and n is an integer of 1 or more, and wherein: R 10 to R 17 each independently represents a C 1 -C 6 alkyl group, a C 1 -C 6 hydroxyalkyl group, or an aryl group; i represents an integer of 1 or more, and wherein the content of the compound represented by General Formula is 5 mass% or more to 40 mass% or less, based on the total mass of the compound represented by General Formula and the compound represented by General Formula, and the total amount of the compound represented by General Formula and the compound represented by General Formula is 0.05 mass% or more to 1 mass% or less, based on a total mass of the inkjet ink. R 10 to R 17 each independently represents a C 1 -C 6 alkyl group, a C 1 -C 6 hydroxyalkyl group, or an aryl group; i represents an integer of 1 or more, and wherein the content of the compound represented by General Formula is 5 mass% or more to 40 mass% or less, based on the total mass of the compound represented by General Formula and the compound represented by General Formula, and the total amount of the compound represented by General Formula and the compound represented by General Formula is 0.05 mass% or more to 1 mass% or less, based on a total mass of the inkjet ink.
Electric socket (100, 300, 400) having a recess which is suitable for receiving a complementary electric connection plug and comprising, perpendicular to the bottom of the recess, electric contacts for complementary electric connection pins of the electric connection plug, a flap (121, 320) which is intended for protecting the recess and is provided with holes (122a, 122b, 322a, 322b) through which the pins of the electric connection plug pass and which is movably mounted in translation in the recess, the flap, in the resting position, being in an upper position for closing the recess, and means for locking the flap against translation in the recess in order to prevent the flap from being translated towards the bottom of the recess, the locking means being suitable for being disabled when the electric connection plug is inserted into the recess of the socket via the through holes provided in the flap, characterised in that said socket comprises an obturator (110, 301, 401) for the holes (122a, 122b, 322a, 322b) made in the flap through which the pins pass, the obturator being movably mounted on the back of the flap and being shaped such that, when in contact with the pins of the complementary electric connection plug during a stage of being connected to the socket, said obturator is displaced in a plane parallel to that which is formed by the flap in order to pass from a closed position, in which said obturator covers the holes through which the pins pass, into an open position, in which said obturator allows the electric contacts to access the pins of the electric connection plug, a return spring (140, 240) permanently urging said obturator towards its closed position.
A holding seal member (50, 51) for holding an exhaust gas treating element which treats an exhaust gas, within a housing, the holding seal member comprising: an inorganic fiber sheet member to be wound around an outer periphery of the exhaust gas treating element to form at least two layers (56, 58), wherein the inorganic fiber sheet member is formed as a single member, wherein the inorganic fiber sheet member comprises: a first end part, from which the inorganic fiber sheet member is wound; and a second end part opposite to the first end part, and wherein a width of the first end part in an exhaust gas inflow direction is different from that of the second end part by a specific length, and characterized in that: the width of the inorganic fiber sheet member in the exhaust gas inflow direction decreases continuously from the second end part to the first end part in a non-wound state. an inorganic fiber sheet member to be wound around an outer periphery of the exhaust gas treating element to form at least two layers (56, 58), wherein the inorganic fiber sheet member is formed as a single member, wherein the inorganic fiber sheet member comprises: a first end part, from which the inorganic fiber sheet member is wound; and a second end part opposite to the first end part, and wherein a width of the first end part in an exhaust gas inflow direction is different from that of the second end part by a specific length, and characterized in that: the width of the inorganic fiber sheet member in the exhaust gas inflow direction decreases continuously from the second end part to the first end part in a non-wound state. the width of the inorganic fiber sheet member in the exhaust gas inflow direction decreases continuously from the second end part to the first end part in a non-wound state.
A PTO transmission system in an agricultural or industrial vehicle for transmitting power to a PTO shaft driving an implement, said vehicle comprising an engine and ground drive wheels driven by main transmission means comprising a continuously variable transmission or a powershift transmission; said PTO transmission system comprising: - a planetary drive unit having a first and second input means and output means, said first input means being adapted to be coupled to an output shaft of said engine, said second input means being adapted to be coupled to an output shaft of drive motor means and said output means being adapted to be coupled to said PTO shaft; - control means (11, 13, 14) operable to control the engine rpm, the transmission ratio of said transmission means and said drive motor means; - an engine speed sensor and a PTO shaft speed sensor, operable to measure engine speed and PTO shaft speed respectively, and coupled to said control means (11, 13, 14); - a target PTO speed; and characterized in that said control means (11, 13, 14) are operable to control the engine rpm, the gear ratio of said transmission means and said drive motor means to obtain a PTO output shaft speed corresponding said target PTO speed and wherein said control means (11, 13, 14) comprises a working mode wherein said target PTO speed is defined by GPS mapping information or ISO-bus connected sources or operator input. - a planetary drive unit having a first and second input means and output means, said first input means being adapted to be coupled to an output shaft of said engine, said second input means being adapted to be coupled to an output shaft of drive motor means and said output means being adapted to be coupled to said PTO shaft; - control means (11, 13, 14) operable to control the engine rpm, the transmission ratio of said transmission means and said drive motor means; - an engine speed sensor and a PTO shaft speed sensor, operable to measure engine speed and PTO shaft speed respectively, and coupled to said control means (11, 13, 14); - a target PTO speed; and
A pool cleaner comprising: a drive mechanism operable to drive the pool cleaner along a submerged surface of a pool in a forward direction; a housing carried by the drive mechanism, the housing having a bottom with an inlet port that receives debris removed from the submerged surface; and an outlet port in fluid communication with the inlet port: characterised in that: the pool cleaner further comprises: a plenum on the bottom for enhancing suction around the inlet port; a vent mechanism defining at least one opening through the housing forward the outlet port; and a water port defining at least one opening on the bottom, the water port being in fluid communication with the vent mechanism; wherein when a forward end of the pool cleaner extends above a waterline of the pool, water flows through the vent mechanism and the water port over the plenum so as to prevent loss of suction at the inlet port. a drive mechanism operable to drive the pool cleaner along a submerged surface of a pool in a forward direction; a housing carried by the drive mechanism, the housing having a bottom with an inlet port that receives debris removed from the submerged surface; and an outlet port in fluid communication with the inlet port: characterised in that: the pool cleaner further comprises: a plenum on the bottom for enhancing suction around the inlet port; a vent mechanism defining at least one opening through the housing forward the outlet port; and a water port defining at least one opening on the bottom, the water port being in fluid communication with the vent mechanism; wherein when a forward end of the pool cleaner extends above a waterline of the pool, water flows through the vent mechanism and the water port over the plenum so as to prevent loss of suction at the inlet port. a plenum on the bottom for enhancing suction around the inlet port; a vent mechanism defining at least one opening through the housing forward the outlet port; and a water port defining at least one opening on the bottom, the water port being in fluid communication with the vent mechanism; wherein when a forward end of the pool cleaner extends above a waterline of the pool, water flows through the vent mechanism and the water port over the plenum so as to prevent loss of suction at the inlet port.
Locking device for a vehicle, comprising: - a lock which is movable between a blocking position and a release position, wherein, in the blocking position, the lock is in blocking engagement with a counter element in order to secure the counter element against rotation, and, in the release position, is disengaged from the counter element, and - a transfer element (12; 52; 82) which is movable in order to transfer the lock between the locking position and the release position, characterized by - a securing device (13; 53; 83) for securing the lock in the blocking position, wherein the securing device (13; 53; 83) is mounted on the transfer element (12; 52; 82), wherein the transfer element (12; 52; 82) and the securing device (13; 53; 83) are configured in such a manner that a movement of the transfer element (12; 52; 82) for transferring the lock from the blocking position into the release position causes a relative movement between the securing device (13; 53; 83) and the lock while the securing device (13; 53; 83) remains in a first position relative to the transfer element (12; 52; 82) during the transfer of the lock from the blocking position into the release position. - a lock which is movable between a blocking position and a release position, wherein, in the blocking position, the lock is in blocking engagement with a counter element in order to secure the counter element against rotation, and, in the release position, is disengaged from the counter element, and - a transfer element (12; 52; 82) which is movable in order to transfer the lock between the locking position and the release position, characterized by - a securing device (13; 53; 83) for securing the lock in the blocking position, wherein the securing device (13; 53; 83) is mounted on the transfer element (12; 52; 82),
A lens curvature variation apparatus for varying a curvature of a liquid lens which is variable based on an applied electrical signal, the lens curvature variation apparatus comprising: a lens driver to apply the electrical signal to the liquid lens; a sensor unit to sense the curvature of the liquid lens formed based on the electrical signal; and a controller to control the lens driver to form a target curvature of the liquid lens based on the sensed curvature, wherein the lens driver supplies the electrical signal to the liquid lens according to a switching operation of a switching element, characterized in that the lens driver comprises a detection element (Rsens) connected to one end of the switching element, wherein the sensor unit senses an electrical signal detected by the detection element, wherein the lens driver comprises the switching element and the switching element comprises: a first upper switching element (Sa) and a first lower switching element (S'a) connected in series to each other; and a second upper switching element (Sb) and a second lower switching element (S'b) connected in parallel to the first upper and lower switching elements and connected in series to each other, wherein the detection element (Rsens) is connected between a ground terminal and one of the first lower switching element (S'a) and the second lower switching element (S'b). a lens driver to apply the electrical signal to the liquid lens; a sensor unit to sense the curvature of the liquid lens formed based on the electrical signal; and a controller to control the lens driver to form a target curvature of the liquid lens based on the sensed curvature, wherein the lens driver supplies the electrical signal to the liquid lens according to a switching operation of a switching element, characterized in that the lens driver comprises a detection element (Rsens) connected to one end of the switching element, wherein the sensor unit senses an electrical signal detected by the detection element, wherein the lens driver comprises the switching element and the switching element comprises: a first upper switching element (Sa) and a first lower switching element (S'a) connected in series to each other; and a second upper switching element (Sb) and a second lower switching element (S'b) connected in parallel to the first upper and lower switching elements and connected in series to each other, a first upper switching element (Sa) and a first lower switching element (S'a) connected in series to each other; and a second upper switching element (Sb) and a second lower switching element (S'b) connected in parallel to the first upper and lower switching elements and connected in series to each other, wherein the detection element (Rsens) is connected between a ground terminal and one of the first lower switching element (S'a) and the second lower switching element (S'b).
Method for activating a door opening device, comprising an electromechanical actuator, of a household appliance comprising a door during an opening process, wherein the actuator comprises two actuator connections (14, 15) for electrical activation, by: - providing an electrical supply voltage between an electrical supply connection and an electrical reference connection of the door opening device, which has a predefined voltage waveshape in an intended operating state of the household appliance, - providing an electrical coupling device for coupling, if necessary, a first of the two actuator connections (14, 15) to the supply connection and/or a second of the two actuator connections (14, 15) to the reference connection, - coupling the supply voltage and the two actuator connections (14, 15) by means of the coupling device as a function of a pulse-shaped coupling signal for the electrical activation of the actuator, and - generating a pressing force for acting on the door as a function of the electrical activation of the actuator, - generating the pulse-shaped coupling signal as a function of the predefined voltage waveshape and/or as a function of the coupling device provided in order to achieve a time characteristic of the pressing force, which has a rising envelope, characterised in that - the electrical coupling device has a resistance element with a variable electrical resistance which is electrically connected in series to the actuator. - providing an electrical supply voltage between an electrical supply connection and an electrical reference connection of the door opening device, which has a predefined voltage waveshape in an intended operating state of the household appliance, - providing an electrical coupling device for coupling, if necessary, a first of the two actuator connections (14, 15) to the supply connection and/or a second of the two actuator connections (14, 15) to the reference connection, - coupling the supply voltage and the two actuator connections (14, 15) by means of the coupling device as a function of a pulse-shaped coupling signal for the electrical activation of the actuator, and - generating a pressing force for acting on the door as a function of the electrical activation of the actuator, - generating the pulse-shaped coupling signal as a function of the predefined voltage waveshape and/or as a function of the coupling device provided in order to achieve a time characteristic of the pressing force, which has a rising envelope, - the electrical coupling device has a resistance element with a variable electrical resistance which is electrically connected in series to the actuator.
A key derivation method, comprising: after a first handover of a User Equipment, UE, from Evolved Universal Terrestrial Radio Access Network, EUTRAN, to a UTRAN, in a second handover from the EUTRAN to a UTRAN, obtaining (203, 303), by a Mobility Management Entity, MME, a new Non-Access Stratum, NAS, downlink COUNT value by adding a certain value to a current NAS downlink COUNT value; deriving (204, 305), by the MME, a key of a User Equipment, UE, in the target UTRAN according to a Key Derivation Function, KDF, a root key, and the new NAS downlink COUNT value; and sending, by the MME, the new NAS downlink COUNT value to the UE. obtaining (203, 303), by a Mobility Management Entity, MME, a new Non-Access Stratum, NAS, downlink COUNT value by adding a certain value to a current NAS downlink COUNT value; deriving (204, 305), by the MME, a key of a User Equipment, UE, in the target UTRAN according to a Key Derivation Function, KDF, a root key, and the new NAS downlink COUNT value; and sending, by the MME, the new NAS downlink COUNT value to the UE.