mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving a policy that defines for an electronic document, a set of guidelines for access to the electronic document; generating , based on the policy, a smart contract including a set of rules that each specify a condition for access to the electronic document and when executed change a user's access rights with respect to the electronic document if the corresponding condition exists; publishing the smart contract to a blockchain; triggering an oracle to input a user request related to an electronic document and data received with the user request to the smart contract published on the blockchain; receiving from the smart contract based on execution of at least one of the rules, an indication of an access right for the user that is output by the smart contract based on the data received with the user request satisfying the condition associated with the at least one of the rules; and enabling the user request if the access right indicates an action associated with the user request is permissible. receiving a policy that defines for an electronic document, a set of guidelines for access to the electronic document; generating , based on the policy, a smart contract including a set of rules that each specify a condition for access to the electronic document and when executed change a user's access rights with respect to the electronic document if the corresponding condition exists; publishing the smart contract to a blockchain; triggering an oracle to input a user request related to an electronic document and data received with the user request to the smart contract published on the blockchain; receiving from the smart contract based on execution of at least one of the rules, an indication of an access right for the user that is output by the smart contract based on the data received with the user request satisfying the condition associated with the at least one of the rules; and enabling the user request if the access right indicates an action associated with the user request is permissible.
A Controller Area Network (CAN) system, comprising: a network bus comprising first and second bus wires extending between first and second termination ends; a plurality of CAN transceiver devices connected to the network bus; a first dual mode bus termination circuit connected between the first and second bus wires of the network bus at the first termination end; and a second dual mode bus termination circuit connected between the first and second bus wires of the network bus at the second termination end, wherein the network bus and first and second dual mode bus termination circuits are jointly configured to support both differential and single ended communication modes, and where the first and second dual mode bus termination circuits each comprise first and second resistance termination paths connected in parallel between the first and second bus wires of the network bus to provide an odd mode termination impedance (R ODD ) that matches an impedance of the network bus when operating in the differential communication mode, and to also provide an even mode termination impedance (R EVEN ) that matches an impedance of the network bus when operating in the single-ended communication mode. a network bus comprising first and second bus wires extending between first and second termination ends; a plurality of CAN transceiver devices connected to the network bus; a first dual mode bus termination circuit connected between the first and second bus wires of the network bus at the first termination end; and a second dual mode bus termination circuit connected between the first and second bus wires of the network bus at the second termination end, wherein the network bus and first and second dual mode bus termination circuits are jointly configured to support both differential and single ended communication modes, and where the first and second dual mode bus termination circuits each comprise first and second resistance termination paths connected in parallel between the first and second bus wires of the network bus to provide an odd mode termination impedance (R ODD ) that matches an impedance of the network bus when operating in the differential communication mode, and to also provide an even mode termination impedance (R EVEN ) that matches an impedance of the network bus when operating in the single-ended communication mode.
An elevator balanced-load rescue device , comprising: a clamping wheel set comprising a driving wheel and a driven wheel that cooperate with each other; wherein the clamping wheel set has a clamping position and a releasing position; in the clamping position, the driving wheel and the driven wheel move toward each other to clamp a traction belt connected between an elevator car and an elevator counterweight; and in the releasing position, the driving wheel and the driven wheel move opposite to each other to release the traction belt ; a transmission shaft which has a first end connected to the driving wheel of the clamping wheel set , and which transmits a torque to the driving wheel ; and an energy storage device associated with the transmission shaft ; characterized in that the energy storage device is configured to store a mechanical energy, and to convert the mechanical energy into a torque to be transmitted to the transmission shaft . a clamping wheel set comprising a driving wheel and a driven wheel that cooperate with each other; wherein the clamping wheel set has a clamping position and a releasing position; in the clamping position, the driving wheel and the driven wheel move toward each other to clamp a traction belt connected between an elevator car and an elevator counterweight; and in the releasing position, the driving wheel and the driven wheel move opposite to each other to release the traction belt ; a transmission shaft which has a first end connected to the driving wheel of the clamping wheel set , and which transmits a torque to the driving wheel ; and an energy storage device associated with the transmission shaft ; characterized in that the energy storage device is configured to store a mechanical energy, and to convert the mechanical energy into a torque to be transmitted to the transmission shaft .
A method for producing resin particles, the method comprising: mixing a binder resin and a dye at temperature T that satisfies formula below to thereby obtain a mixture; and emulsifying the mixture, a basic compound, a water-based solvent, and a surfactant to thereby obtain a resin base particle dispersion: the melting point T1 of the dye ≤ the temperature T ≤ the thermal decomposition temperature T2 of the binder resin. mixing a binder resin and a dye at temperature T that satisfies formula below to thereby obtain a mixture; and emulsifying the mixture, a basic compound, a water-based solvent, and a surfactant to thereby obtain a resin base particle dispersion: the melting point T1 of the dye ≤ the temperature T ≤ the thermal decomposition temperature T2 of the binder resin.
A filter (12; 412) for filtering fluid, having at least one filter housing featuring at least one fluid inlet (54; 454) for fluid to be filtered and at least one fluid outlet (30; 430) for filtered fluid, having at least one filter element disposed in the at least one filter housing in such a way that it separates the at least one fluid inlet (54; 454) from the at least one fluid outlet (30; 430) in terms of fluid flow, having at least one bypass valve arrangement disposed in terms of fluid flow between the at least one fluid inlet (54; 454) and the at least one fluid outlet (30; 430) in such a way that the at least one bypass valve arrangement connects, in its open state, the at least one fluid inlet (54; 454) to the at least one fluid outlet (30; 430) in terms of fluid flow, wherein the at least one bypass valve arrangement features at least one valve closure element movable between at least one closed position and at least one open position, and at least one valve seat , against which the at least one valve closure element can sealingly rest in at least one closed position, characterized in that the at least one bypass valve arrangement features at least one valve housing , in which the at least one valve closure element is movably disposed, and at least one valve seat element featuring at least one valve seat , wherein the at least one valve seat element is connected to at least one part (170; 146) of the at least one valve housing using at least one mechanical connection , wherein the connection is realizable using at least one relative rotation between the at least one valve seat element and the at least one part (170; 146) of the at least one valve housing about an imaginary valve axis of the at least one bypass valve arrangement , wherein the valve housing features at least one radially acting valve sealing section (170; 172) with respect to the valve axis , said valve sealing section interacting sealingly with at least one element sealing section (116; 118) on the side of at least one filter element , wherein at least one valve seat element features at least one housing fastening element by which the at least one valve seat element is connectable to at least one part of the filter housing , wherein at least one housing fastening element of at least the valve seat element features at least one snap-in hook and/or a snap-in hook arrangement, wherein the at least one valve seat element is connectable to a housing cover of the filter housing , in particular using at least one housing fastening element .
A vehicle having a multiple drive axle assembly, comprising: a forward axle assembly comprising a forward interaxle differential , a forward interaxle differential input shaft , a first forward interaxle differential output shaft , and a second forward interaxle differential output shaft , the forward interaxle differential distributing power from the forward interaxle differential input shaft between the first and the second forward interaxle differential output shafts; an intermediate drive shaft connected to the second forward interaxle differential output shaft; a rear axle assembly comprising a rear differential and a rear differential input shaft ; characterized by a rear clutch arrangement between the intermediate drive shaft and the rear differential input shaft, the rear clutch arrangement being movable between a first position in which the rear clutch arrangement rotationally locks the intermediate drive shaft and the rear differential input shaft and a second position in which the intermediate drive shaft and the rear differential input shaft are rotationally disconnected; whereby the vehicle further comprises means for raising the rear axle assembly above a normal operating level relative to a frame of the vehicle and for lowering the rear axle assembly to the normal operating level relative to the frame. a forward axle assembly comprising a forward interaxle differential , a forward interaxle differential input shaft , a first forward interaxle differential output shaft , and a second forward interaxle differential output shaft , the forward interaxle differential distributing power from the forward interaxle differential input shaft between the first and the second forward interaxle differential output shafts; an intermediate drive shaft connected to the second forward interaxle differential output shaft; a rear axle assembly comprising a rear differential and a rear differential input shaft ; characterized by a rear clutch arrangement between the intermediate drive shaft and the rear differential input shaft, the rear clutch arrangement being movable between a first position in which the rear clutch arrangement rotationally locks the intermediate drive shaft and the rear differential input shaft and a second position in which the intermediate drive shaft and the rear differential input shaft are rotationally disconnected; whereby the vehicle further comprises means for raising the rear axle assembly above a normal operating level relative to a frame of the vehicle and for lowering the rear axle assembly to the normal operating level relative to the frame.
A grinder-doser for beans, for example coffee beans, comprising a body which encloses a first grinder supported by a relative first grinder-holder , and a second grinder supported by a relative second grinder-holder , wherein the first and second grinders are facing one to the other along an axial direction (X-X) and are housed in a grinding chamber for coffee beans made inside said body , one of said grinders being movable along the axial direction (X-X) with respect to the other grinder , said grinder-doser comprising an adjustment device of the relative axial distance (D) between said first and second grinders , which in turn comprises a control element which is supported by said body in a position offset from said axial direction (X-X) and is kinematically connected to the axially movable grinder by means of a lever pivoted on said body to impose on said axially movable grinder controlled movements along said axial direction (X-X) so as to adjust the relative axial distance (D) between said first and second grinders , wherein said lever is kinematically connected to said control element by means of a first hinge , characterized in that said lever is kinematically connected to said axially movable grinder by means of a second hinge , the rotation axes (Y1-Y1; Y2-Y2) of said first and second hinges being parallel to the fulcrum axis (Y-Y) of said lever .
Particle isolation apparatus , being configured for isolating particles from a suspension sample , comprising - a droplet dispenser device being adapted for collecting the suspension sample from a carrier substrate and for dispensing droplets onto a target substrate , - a mechanical pump device being coupled with the droplet dispenser device for loading a dilution liquid into the droplet dispenser device and for aspirating a first portion of the suspension sample into the droplet dispenser device , and - a syphon pump device being coupled with the droplet dispenser device for aspirating a second portion of the suspension sample into the droplet dispenser device , wherein - the syphon pump device comprises a system liquid reservoir being arranged at a level lower than the carrier substrate and being coupled with the droplet dispenser device . - a droplet dispenser device being adapted for collecting the suspension sample from a carrier substrate and for dispensing droplets onto a target substrate , - a mechanical pump device being coupled with the droplet dispenser device for loading a dilution liquid into the droplet dispenser device and for aspirating a first portion of the suspension sample into the droplet dispenser device , and - a syphon pump device being coupled with the droplet dispenser device for aspirating a second portion of the suspension sample into the droplet dispenser device , wherein - the syphon pump device comprises a system liquid reservoir being arranged at a level lower than the carrier substrate and being coupled with the droplet dispenser device .
An aliphatic polyester, which comprises: a first structural unit represented by wherein R 1 is absent or a C1 to C40 aliphatic hydrocarbyl; a second structural unit represented by wherein R 2 is a C1 to C10 aliphatic hydrocarbyl; a third structural unit derived from a first cross-linking agent, wherein the first cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the first cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the first cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the first cross-linking agent is not malic acid; and a fourth structural unit derived from a second cross-linking agent, wherein the second cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the second cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the second cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the second cross-linking agent is different from the first cross-linking agent, wherein the molar ratio of the third structural unit to the first structural unit is less than 0.4:100. a first structural unit represented by wherein R 1 is absent or a C1 to C40 aliphatic hydrocarbyl; a second structural unit represented by wherein R 2 is a C1 to C10 aliphatic hydrocarbyl; a third structural unit derived from a first cross-linking agent, wherein the first cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the first cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the first cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the first cross-linking agent is not malic acid; and a fourth structural unit derived from a second cross-linking agent, wherein the second cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the second cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the second cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the second cross-linking agent is different from the first cross-linking agent, wherein the molar ratio of the third structural unit to the first structural unit is less than 0.4:100.
A method comprising the steps of: monitoring spectrum of a C+L band photonic line system over a fiber span preceding an optical amplifier to determine a baseline transmission profile when no band is missing; saving the determined baseline transmission profile as a saved baseline transmission profile ; when at least one band of the C+L band photonic line system is missing or impacted , calculating a gain correction profile based on a difference between the saved baseline transmission profile and a measured transmission profile of a surviving band, that is not missing or impacted; and applying the gain correction profile to the optical amplifier of the C+L band photonic line system to compensate for the difference. monitoring spectrum of a C+L band photonic line system over a fiber span preceding an optical amplifier to determine a baseline transmission profile when no band is missing; saving the determined baseline transmission profile as a saved baseline transmission profile ; when at least one band of the C+L band photonic line system is missing or impacted , calculating a gain correction profile based on a difference between the saved baseline transmission profile and a measured transmission profile of a surviving band, that is not missing or impacted; and applying the gain correction profile to the optical amplifier of the C+L band photonic line system to compensate for the difference.
Laundry care appliance with a laundry drum for receiving laundry, an appliance loading opening on an appliance front side of the laundry care appliance , an appliance door for closing the appliance loading opening , wherein the appliance door has a door interior which faces the laundry drum , an outer tub for receiving washing liquid, wherein the outer tub has a drain opening , wherein the laundry care appliance has an inlet nozzle , wherein the drain opening is fluidically connected to the inlet nozzle by means of a line , wherein a circulation pump for pumping the washing liquid out from the drain opening through the line and through the inlet nozzle is arranged in the line , and a controller for controlling the circulation pump , wherein the circulation pump is embodied, in a first operating mode, to pump washing liquid with a first flow speed in a first flow speed region through the line and through the inlet nozzle , in order to supply the washing liquid to the laundry in the laundry drum directly, and that the circulation pump is embodied, in a second operating mode, to pump washing liquid with a second flow speed in a second flow speed region through the line and through the inlet nozzle , in order to supply washing liquid to the door interior of the appliance door and to remove impurities accumulated on the door interior , wherein the first and second flow speed region do not intersect, and wherein the controller is embodied to activate the first and second operating mode of the circulation pump , wherein the laundry care appliance has an actuation element, which can be actuated by a user of the laundry care appliance , characterised in that the controller is embodied to activate the second operating mode of the circulation pump in response to an actuation of the actuation element. the circulation pump is embodied, in a first operating mode, to pump washing liquid with a first flow speed in a first flow speed region through the line and through the inlet nozzle , in order to supply the washing liquid to the laundry in the laundry drum directly, and that the circulation pump is embodied, in a second operating mode, to pump washing liquid with a second flow speed in a second flow speed region through the line and through the inlet nozzle , in order to supply washing liquid to the door interior of the appliance door and to remove impurities accumulated on the door interior , wherein the first and second flow speed region do not intersect, and wherein the controller is embodied to activate the first and second operating mode of the circulation pump , wherein the laundry care appliance has an actuation element, which can be actuated by a user of the laundry care appliance , characterised in that the controller is embodied to activate the second operating mode of the circulation pump in response to an actuation of the actuation element.