mhurhangee/ep-ind-claims huggingface dataset:
A polyacetal resin composition, comprising 100 parts by weight of a polyacetal resin, 0.01 parts by weight to 1 part by weight of a hindered phenolic antioxidant, 0.01 parts by weight to 1 part by weight of a nitrogenous compound, 0.1 parts by weight to 1 part by weight of a graft copolymer, 0.1 parts by weight to 1 part by weight of a fatty acid ester, 0.5 parts by weight to 5 parts by weight of a silicone oil, and 0.1 parts by weight to 1 part by weight of calcium carbonate, wherein the nitrogenous compound is at least one selected from the group consisting of an aminotriazine compound, a guanamine compound, a hydrazide compound, and a polyamide compound, the graft copolymer has an olefin-based polymer as a main chain, and comprises a vinyl-based polymer as a side chain, the fatty acid ester is constituted from a fatty acid with a carbon number of 12 to 32, and a monohydric or polyhydric alcohol with a carbon number of 2 to 30, and the calcium carbonate has an average particle diameter of 1 μm or less, wherein the particle diameter is the arithmetic mean value of the long diameter and the short diameter when measuring the long diameter and short diameter of a subject particle, observed with a magnification of 30,000 times using a scanning electron microscope, and wherein the average particle diameter is the arithmetic mean value of the particle diameters of 100 samples. 0.01 parts by weight to 1 part by weight of a hindered phenolic antioxidant, 0.01 parts by weight to 1 part by weight of a nitrogenous compound, 0.1 parts by weight to 1 part by weight of a graft copolymer, 0.1 parts by weight to 1 part by weight of a fatty acid ester, 0.5 parts by weight to 5 parts by weight of a silicone oil, and 0.1 parts by weight to 1 part by weight of calcium carbonate, wherein the nitrogenous compound is at least one selected from the group consisting of an aminotriazine compound, a guanamine compound, a hydrazide compound, and a polyamide compound, the graft copolymer has an olefin-based polymer as a main chain, and comprises a vinyl-based polymer as a side chain, the fatty acid ester is constituted from a fatty acid with a carbon number of 12 to 32, and a monohydric or polyhydric alcohol with a carbon number of 2 to 30, and the calcium carbonate has an average particle diameter of 1 μm or less, wherein the particle diameter is the arithmetic mean value of the long diameter and the short diameter when measuring the long diameter and short diameter of a subject particle, observed with a magnification of 30,000 times using a scanning electron microscope, and wherein the average particle diameter is the arithmetic mean value of the particle diameters of 100 samples.
Support rack for objects to be subjected to treatment comprising: - a sliding support frame, - one or more inclinable shelves pivoted along a respective side of the support frame around a respective pivoting axis (X, X') in order to rotate so as to assume one or more distinct angular positions, inclined with respect to a base plane of the support frame, wherein said support rack comprises at least one guide device mounted directly on board the support frame and provided with guides shaped with a transverse profile with respect to said base plane and comprising one or more stable positioning seatings, each coordinated with a respective angular position to be assumed for said one or more inclinable shelves, each inclinable shelf being provided with an attachment portion able to slide along a respective one of said guides in order to selectively engage with one of said stable positioning seatings to define a corresponding one of said distinct angular positions of said one or more inclinable shelves, characterized in that the profile of said guides is defined by oblong-shaped eyelets in an arc of a circle which is subtended by an angle of opening coinciding with a maximum angle of inclination (α) of each inclinable shelf and said stable positioning seatings are defined by one or more recesses transverse with respect to an oblong development of the profile of each respective guide in which the attachment portion is able to be selectively constrained, said recesses having a radial transverse development with respect to the profile of each guide. - a sliding support frame, - one or more inclinable shelves pivoted along a respective side of the support frame around a respective pivoting axis (X, X') in order to rotate so as to assume one or more distinct angular positions, inclined with respect to a base plane of the support frame,
Driver assistance system for a vehicle, comprising: a) a detection device which is configured to detect driving data which characterizes the driving state of the vehicle, b) a controller which is designed to process the driving data detected by the detection device and, if predetermined driving data is present, to cause a brake device to carry out autonomous braking of the vehicle, wherein c) the controller is also designed that when driving data which indicates a directly imminent collision with an obstacle is detected, monitors the function of the detection device, and if the detection device no longer supplies any driving data or any plausible driving data to the controller, brings about continuation of the autonomous braking at least until the vehicle has been decelerated to a predefined speed, wherein d) the predefined speed is equal to zero, at which speed the vehicle is in the stationary state, characterized in that e) the controller is also designed that after the autonomous braking of the vehicle to the stationary state it applies a further brake device in order to keep the vehicle in the braked state, wherein the brake device is a service brake device and the further brake device is a parking brake device of the vehicle and the securing braking force is transmitted from the service brake device to the parking brake device, and in that f) the parking brake device is activated electrically, and in that g) the controller is also designed that it changes the parking brake device from the applied state to the released state if an activation element has been activated. a) a detection device which is configured to detect driving data which characterizes the driving state of the vehicle, b) a controller which is designed to process the driving data detected by the detection device and, if predetermined driving data is present, to cause a brake device to carry out autonomous braking of the vehicle, wherein c) the controller is also designed that when driving data which indicates a directly imminent collision with an obstacle is detected, monitors the function of the detection device, and if the detection device no longer supplies any driving data or any plausible driving data to the controller, brings about continuation of the autonomous braking at least until the vehicle has been decelerated to a predefined speed, wherein d) the predefined speed is equal to zero, at which speed the vehicle is in the stationary state, characterized in that e) the controller is also designed that after the autonomous braking of the vehicle to the stationary state it applies a further brake device in order to keep the vehicle in the braked state, wherein the brake device is a service brake device and the further brake device is a parking brake device of the vehicle and the securing braking force is transmitted from the service brake device to the parking brake device, and in that f) the parking brake device is activated electrically, and in that g) the controller is also designed that it changes the parking brake device from the applied state to the released state if an activation element has been activated.
A charge and discharge control device configured to control the charging and discharging of a plurality of batteries configured to be removably connected in parallel to a moving body, the charge and discharge control device comprising: a remaining capacity acquisition component configured to acquire remaining capacity of each of the batteries; characterized by further comprising: a required energy calculator configured to calculate an amount of energy required to reach a station where battery exchange is performed from position information about the station and a current location of the moving body; a target remaining capacity generator configured to calculate target remaining capacity of each battery upon arrival at the station such that some of the batteries have a low remaining capacity and the other batteries have a high remaining capacity, from the required energy amount calculated by the required energy calculator and a sum of the remaining capacity of each of the batteries acquired by the remaining capacity acquisition component; and a charge and discharge controller configured to perform charging and discharging among the batteries so that the target remaining capacity calculated by the target remaining capacity generator is attained. a remaining capacity acquisition component configured to acquire remaining capacity of each of the batteries; characterized by further comprising: a required energy calculator configured to calculate an amount of energy required to reach a station where battery exchange is performed from position information about the station and a current location of the moving body; a target remaining capacity generator configured to calculate target remaining capacity of each battery upon arrival at the station such that some of the batteries have a low remaining capacity and the other batteries have a high remaining capacity, from the required energy amount calculated by the required energy calculator and a sum of the remaining capacity of each of the batteries acquired by the remaining capacity acquisition component; and a charge and discharge controller configured to perform charging and discharging among the batteries so that the target remaining capacity calculated by the target remaining capacity generator is attained.
A system to monitor the integrity of a pressurized hollow fiber membrane module, the system comprising; a pressurized hollow fiber membrane module in a housing; and a piezoelectric sensor attached to the housing; wherein the piezoelectric sensor is capable of generating a voltage when exposed to vibrations from the pressurized hollow fiber membrane module and; a visual indicator comprising a light emitting diode electrically connected to the piezoelectric sensor; wherein the visual indicator provides a visual indication proportional to the intensity of vibrations from the pressurized hollow fiber membrane module.
Double distributor for distributing the intake fluid of an internal combustion engine and controlling the temperature thereof, comprising a body in which a first and a second channel for circulating said intake fluid are arranged, first and second shutters being respectively positioned in said channels in order to distribute the flow passing through said channels, said distributor additionally comprising a motor for actuating said shutters and kinematics simultaneously actuating the first shutter and the second shutter according to a movement law in response to an actuation of said motor, said kinematics comprising an inactive position in which said shutters are positioned when no force is provided by said actuating motor, characterized in that said kinematics are configured such that said shutters can follow the whole of said movement law under the action of the motor from said inactive position without returning to said position.
A method for receiving scheduling information by a terminal (130, 421) in a wireless communication system, the method comprising: receiving, from a first base station (110, 411), first scheduling information through a first scheduling channel by using a first reception beam among reception beams (531, 533, 535, 537) of the terminal (130, 421); and receiving, from each of one or more second base stations (413, 415, 417) cooperating with the first base station (110, 411), second scheduling information through one or more second scheduling channels (733, 735, 737) by using one or more second reception beams (531, 535, 537) among the reception beams (531, 533, 535, 537), wherein the first scheduling channel is determined from resources on a control region of a downlink, DL, subframe, and each of the one or more second scheduling channels (733, 735, 737) is determined from resources on a data region of the DL subframe, and wherein reception of the second scheduling information is omitted if position of a data channel indicated by the first scheduling information is overlapped with position of the one or more second scheduling channels in the data region. receiving, from a first base station (110, 411), first scheduling information through a first scheduling channel by using a first reception beam among reception beams (531, 533, 535, 537) of the terminal (130, 421); and receiving, from each of one or more second base stations (413, 415, 417) cooperating with the first base station (110, 411), second scheduling information through one or more second scheduling channels (733, 735, 737) by using one or more second reception beams (531, 535, 537) among the reception beams (531, 533, 535, 537), wherein the first scheduling channel is determined from resources on a control region of a downlink, DL, subframe, and each of the one or more second scheduling channels (733, 735, 737) is determined from resources on a data region of the DL subframe, and wherein reception of the second scheduling information is omitted if position of a data channel indicated by the first scheduling information is overlapped with position of the one or more second scheduling channels in the data region.
A wheel weight mounting device for attachment and removal of a wheel weight to/from a vehicle wheel, in particular for agricultural tractors, wherein the wheel weight is substantially an annular disc with a central through-passage, characterised in that there is provided an elongate cantilever arm with a free end on which there is arranged a wheel weight receiver freely rotatable about the cantilever arm axis of the cantilever arm, wherein the wheel weight receiver has at least three supporting runners spaced apart radially and parallel to the cantilever arm axis, such that it can be pushed into the central through-passage of the wheel weight.
An Information Centric Networking router, comprising a first cache layer and a second cache layer, the first cache layer comprising a first content memory and the second cache layer comprising a second content memory, the second content memory having a higher capacity but a slower access speed than the first content memory, the router being configured so that the first cache layer is adapted to fetch data from second cache layer when the router is requested to output said data, characterized in that the first content memory presents a first block size and the second content memory presents a second block size, the second block size being higher that the first block size, the first content memory comprising a swap area through which the first content memory is connected to the second content memory, the swap area being adapted for sequentially serving blocks at the first block size as parts of blocks fetched at the second size from the second content memory in response to the request.
A computer-implemented method of simulating fluid production in a multi-reservoir system with a common surface network, to enable maximized fluid production, the simulation using black oil data representing fluids within each reservoir of a plurality of reservoirs of the multi-reservoir system, the method comprising: matching black oil data with a common equation of state model for each of a plurality of reservoirs, the black oil data representing fluids within each reservoir; generating at least one multi-dimensional black oil table representing a mix of the fluid components to be produced from each of the plurality of reservoirs via the common surface network, based on the EOS model that matches the one or more black oil tables for each reservoir; and calculating (412, 414) properties of the fluids in the mix during a simulation of fluid production from the plurality of reservoirs, based on the generated multi-dimensional black oil table for each reservoir; wherein the different fluid components represented by the EOS model for each reservoir are lumped into at least one heavy fluid component that is unique to that reservoir, and one or more black oil tables are matched with the EOS model for each reservoir based on the reservoir's unique heavy fluid component. matching black oil data with a common equation of state model for each of a plurality of reservoirs, the black oil data representing fluids within each reservoir; generating at least one multi-dimensional black oil table representing a mix of the fluid components to be produced from each of the plurality of reservoirs via the common surface network, based on the EOS model that matches the one or more black oil tables for each reservoir; and calculating (412, 414) properties of the fluids in the mix during a simulation of fluid production from the plurality of reservoirs, based on the generated multi-dimensional black oil table for each reservoir; wherein the different fluid components represented by the EOS model for each reservoir are lumped into at least one heavy fluid component that is unique to that reservoir, and one or more black oil tables are matched with the EOS model for each reservoir based on the reservoir's unique heavy fluid component.
A surgical robotic system comprising: a manipulator arm assembly extending from a proximal base to a distal end effector and configured to robotically move the distal end effector relative to the proximal base, the manipulator assembly having a plurality of joints, the plurality of joints being configured to provide sufficient degrees of freedom to allow a range of joint states and to move the manipulator arm assembly through a range of different configurations for a position of the end effector; an input configured to receive a command to effect a desired movement of the end effector; a force sensor system coupled to the manipulator arm assembly, the force sensor system being configured to sense an external force applied against the manipulator arm assembly by tissue adjacent a minimally invasive access site in a patient when a shaft (14.1) of the manipulator arm assembly extends through the minimally invasive access site, the shaft (14.1) being configured to support the end effector; and a processor coupling the input to the manipulator arm assembly, the processor being configured to determine movements of the plurality of joints in response to the command so as to move the end effector with the desired movement, characterized in that the processor is further configured to drive at least one of the plurality of joints in response to the external force sensed by the force sensor system. a manipulator arm assembly extending from a proximal base to a distal end effector and configured to robotically move the distal end effector relative to the proximal base, the manipulator assembly having a plurality of joints, the plurality of joints being configured to provide sufficient degrees of freedom to allow a range of joint states and to move the manipulator arm assembly through a range of different configurations for a position of the end effector; an input configured to receive a command to effect a desired movement of the end effector; a force sensor system coupled to the manipulator arm assembly, the force sensor system being configured to sense an external force applied against the manipulator arm assembly by tissue adjacent a minimally invasive access site in a patient when a shaft (14.1) of the manipulator arm assembly extends through the minimally invasive access site, the shaft (14.1) being configured to support the end effector; and a processor coupling the input to the manipulator arm assembly, the processor being configured to determine movements of the plurality of joints in response to the command so as to move the end effector with the desired movement, characterized in that the processor is further configured to drive at least one of the plurality of joints in response to the external force sensed by the force sensor system.
Swimming pool cleaning robot, comprising: - a body, - at least one liquid circulation hydraulic circuit between at least one liquid inlet and at least one liquid outlet, - means for driving and guiding said cleaning robot over a surface, - means for generating a force for pressing the cleaning robot against said surface, characterized in that the cleaning robot comprises also: - means for determining the adherence of the cleaning robot to the surface, - means for modifying the force for pressing the cleaning robot against said surface, depending on the adherence determined. - a body, - at least one liquid circulation hydraulic circuit between at least one liquid inlet and at least one liquid outlet, - means for driving and guiding said cleaning robot over a surface, - means for generating a force for pressing the cleaning robot against said surface, - means for determining the adherence of the cleaning robot to the surface, - means for modifying the force for pressing the cleaning robot against said surface, depending on the adherence determined.
A tank system, in particular for a vehicle, in particular for a motor vehicle, in particular for a lorry or an omnibus, having a) a main tank for receiving an operating liquid, in particular for receiving fuel, b) an auxiliary tank for receiving the operating liquid, and c) an equalizing line between the main tank and the auxiliary tank for equalizing the filling level between the main tank and the auxiliary tank by means of a filling level-dependent outflow from the main tank and from the auxiliary tank, d) a valve arrangement (4, 5) which controls the outflow from the main tank and/or from the auxiliary tank into the equalizing line, characterized e) in that the valve arrangement (4, 5) closes in the event of a leak of the equalizing line and prevents an escape of the operating liquid from the equalizing line as a result, and f) in that the valve arrangement (4, 5) has in each case one outlet valve (4, 5) at the main tank and at the auxiliary tank, which outlet valve (4, 5) controls the outflow from the main tank and from the auxiliary tank, respectively, into the equalizing line. a) a main tank for receiving an operating liquid, in particular for receiving fuel, b) an auxiliary tank for receiving the operating liquid, and c) an equalizing line between the main tank and the auxiliary tank for equalizing the filling level between the main tank and the auxiliary tank by means of a filling level-dependent outflow from the main tank and from the auxiliary tank, d) a valve arrangement (4, 5) which controls the outflow from the main tank and/or from the auxiliary tank into the equalizing line, characterized e) in that the valve arrangement (4, 5) closes in the event of a leak of the equalizing line and prevents an escape of the operating liquid from the equalizing line as a result, and f) in that the valve arrangement (4, 5) has in each case one outlet valve (4, 5) at the main tank and at the auxiliary tank, which outlet valve (4, 5) controls the outflow from the main tank and from the auxiliary tank, respectively, into the equalizing line.
A modified BoNT/E catalytic domain, wherein the lysine residue located at: (i) BoNT/E light chain position 224 of GenBank accession number X62089,or (ii) a BoNT/E light chain residue corresponding to lysine 224 of GenBank accession number X62089 has been altered to be another amino acid; and wherein said modified BoNT/E catalytic domain cleaves human SNAP23. (i) BoNT/E light chain position 224 of GenBank accession number X62089,or (ii) a BoNT/E light chain residue corresponding to lysine 224 of GenBank accession number X62089 has been altered to be another amino acid;