mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control system configured to control an actuator in a vehicle, the vehicle control system comprising: three or more computation units; a determination unit; and an output unit, wherein each of the three or more computation units supplies a first control signal showing a target output of the actuator to the output unit, the vehicle control system being characterised in that the determination unit assigns the target output shown by the first control signal supplied from each of the three or more computation units with a number of votes based on a degree of reliability of the first control signal, and performs a majority vote of the target output based on the number of votes assigned to the target output, the number of votes assigned to the target output shown by the first control signal supplied from each of the three or more computation units increases as the degree of reliability of the first control signal increases, and the output unit outputs a second control signal for controlling the actuator based on a target output regarded as a majority in the majority vote of the target output by the determination unit among the target outputs shown by the first control signals supplied from the three or more computation units. three or more computation units; a determination unit; and an output unit, wherein each of the three or more computation units supplies a first control signal showing a target output of the actuator to the output unit, the vehicle control system being characterised in that the determination unit assigns the target output shown by the first control signal supplied from each of the three or more computation units with a number of votes based on a degree of reliability of the first control signal, and performs a majority vote of the target output based on the number of votes assigned to the target output, the number of votes assigned to the target output shown by the first control signal supplied from each of the three or more computation units increases as the degree of reliability of the first control signal increases, and the output unit outputs a second control signal for controlling the actuator based on a target output regarded as a majority in the majority vote of the target output by the determination unit among the target outputs shown by the first control signals supplied from the three or more computation units.
A three-dimensional printing composite build material composition, comprising: a polymer particle, wherein the polymer particle is an aliphatic polyamide; and an inorganic particle, wherein the inorganic particle is selected from the group consisting of metal oxides, semiconductor oxides, inorganic glasses, carbides, nitrides, borides, and combinations thereof, and the inorganic particle has an average particle size ranging from 3 μm to 40 μm; wherein a mass ratio of polymer particle to inorganic particle in the composite build material composition ranges from 5:2 to 1:3. a polymer particle, wherein the polymer particle is an aliphatic polyamide; and an inorganic particle, wherein the inorganic particle is selected from the group consisting of metal oxides, semiconductor oxides, inorganic glasses, carbides, nitrides, borides, and combinations thereof, and the inorganic particle has an average particle size ranging from 3 μm to 40 μm; wherein a mass ratio of polymer particle to inorganic particle in the composite build material composition ranges from 5:2 to 1:3.
Holder for at least one abutment for dental implants for clamping in a dental milling system, wherein the abutment has a central portion which is designed as a cylindrical body and transitions on one axial side into a pin-shaped fastening portion having a smaller diameter for fastening the abutment to the holder, wherein the holder has a holder surface in which, for each abutment to be held, a fastening hole is arranged which extends through to an opposite counter-surface of the holder and into which the fastening portion of the abutment can be received such that an end face of the central portion of the abutment that surrounds the fastening portion of the abutment rests against the holder surface, wherein the holder has a ridge protruding from the holder surface, wherein the ridge has a complementary shape to a linear groove with which the end face of the abutment to be received is provided adjacent to the fastening portion, so that the groove of the abutment to be received can be positively engaged in the ridge.
An evaporation process comprising: conveying a bottoms stream from an extractive distillation column to an evaporator system, the evaporator system including one or more evaporation stages, wherein a first evaporation stage is configured to receive the bottoms stream from the distillation column, providing an aqueous condensate and a liquid residue from the one or more evaporation stages, wherein the evaporation percentage of the bottoms of the extractive distillation column is greater than 60% and wherein the aqueous condensate has 0.1 weight percent or less heavy organic impurities and the liquid residue has 3 to 10 wt% heavy organic impurities; and conveying the aqueous condensate to a quench column and/or light organic stripper. conveying a bottoms stream from an extractive distillation column to an evaporator system, the evaporator system including one or more evaporation stages, wherein a first evaporation stage is configured to receive the bottoms stream from the distillation column, providing an aqueous condensate and a liquid residue from the one or more evaporation stages, wherein the evaporation percentage of the bottoms of the extractive distillation column is greater than 60% and wherein the aqueous condensate has 0.1 weight percent or less heavy organic impurities and the liquid residue has 3 to 10 wt% heavy organic impurities; and conveying the aqueous condensate to a quench column and/or light organic stripper.
A method of detecting an angular displacement of a magnetic component, the method comprising: monitoring, via a position sensor operating in a low-powered mode, a magnetic field emitted by the magnetic component, wherein monitored characteristics of the magnetic field vary based at least in part on the angular displacement of the magnetic component, wherein the variation of the monitored characteristics of the magnetic field results in a change in resistance of the position sensor; determining, via the position sensor, whether the monitored characteristics of the magnetic field satisfy an activation criteria; and upon determining that the monitored characteristics of the magnetic field satisfy the activation criteria, increasing the power of the position sensor to a high-powered mode to determine the angular displacement of the magnetic component, characterized in that the magnetic component is attached to an activation trigger such that the magnetic component rotates based on displacement of the activation trigger, wherein the magnetic component includes a biasing member to bias the magnetic component towards a starting point where there is no rotational effect on the magnetic component by the activation trigger, wherein the magnetic component is a magnetic ring defining a north pole at a first end and a south pole at an opposite second end. monitoring, via a position sensor operating in a low-powered mode, a magnetic field emitted by the magnetic component, wherein monitored characteristics of the magnetic field vary based at least in part on the angular displacement of the magnetic component, wherein the variation of the monitored characteristics of the magnetic field results in a change in resistance of the position sensor; determining, via the position sensor, whether the monitored characteristics of the magnetic field satisfy an activation criteria; and upon determining that the monitored characteristics of the magnetic field satisfy the activation criteria, increasing the power of the position sensor to a high-powered mode to determine the angular displacement of the magnetic component, characterized in that the magnetic component is attached to an activation trigger such that the magnetic component rotates based on displacement of the activation trigger, wherein the magnetic component includes a biasing member to bias the magnetic component towards a starting point where there is no rotational effect on the magnetic component by the activation trigger, wherein the magnetic component is a magnetic ring defining a north pole at a first end and a south pole at an opposite second end.
A system, comprising: a first fluidic channel having an inlet and an outlet; a second fluidic channel having an outlet; a fluid-permeable medium positioned between the first fluidic channel and the second fluidic channel such that the fluid-permeable medium forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel; and a pressure regulator comprising an elastic diaphragm positioned between the first fluidic channel and the second fluidic channel such that the elastic diaphragm forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel. a first fluidic channel having an inlet and an outlet; a second fluidic channel having an outlet; a fluid-permeable medium positioned between the first fluidic channel and the second fluidic channel such that the fluid-permeable medium forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel; and a pressure regulator comprising an elastic diaphragm positioned between the first fluidic channel and the second fluidic channel such that the elastic diaphragm forms at least a portion of a wall of the first fluidic channel and at least a portion of a wall of the second fluidic channel.
Training apparatus for simulating a ski movements, comprising: - a frame, - two parallel elongated pedal elements (2,3), whereby: - on the rear portion of each of the pedal elements a footrest is present and, - on each of the pedal elements, on the front portion, there is an extending pedal axle located on both an upper side as well as a lower side of the pedal elements, which - when viewed from the under side to the upper side, the axle extends in a direction away from the other pedal element, - when seen from the under side to the upper side, the axle extends towards the rear portion of the pedal element, - the pedal axles are connected pivotally to the frame-both at the under side and at the upper side and whereby, - the pedal elements are connected to each other by means of a coupling element, which, during use of the training apparatus, holds the pedal elements parallel to each other, furthermore - connected to the pedal elements is a transmission mechanism and - connected to the transmission mechanism is a resistor mechanism, which is driven by the lateral displacement of the pedal element. characterised in that the coupling element is formed by an elongated element that near each of the ends, is connected to one of the pedal elements (2, 3) via a ball joint/hinge, and that the resistance mechanism comprises a flywheel and the transmission mechanism is arranged to drive the flywheel, independent of the swinging direction of the pedal element (2, 3), in one direction of rotation, whereby the transmission mechanism alongside a toothed belt connected to the coupling element comprises two toothed belt wheels (22, 23) and two sprockets (24, 25), by which the toothed belt, which has been transferred from one of the pedal elements, is transferred to a toothed belt wheel, from which it is then transferred to one of the sprockets and then transferred to the other sprocket, and thereafter transferred to the other belt wheel, each of which is connected by means of a freewheel clutch with the flywheel. - a frame, - two parallel elongated pedal elements (2,3), whereby: - on the rear portion of each of the pedal elements a footrest is present and, - on each of the pedal elements, on the front portion, there is an extending pedal axle located on both an upper side as well as a lower side of the pedal elements, which - when viewed from the under side to the upper side, the axle extends in a direction away from the other pedal element, - when seen from the under side to the upper side, the axle extends towards the rear portion of the pedal element, - the pedal axles are connected pivotally to the frame-both at the under side and at the upper side and whereby, - the pedal elements are connected to each other by means of a coupling element, which, during use of the training apparatus, holds the pedal elements parallel to each other, furthermore - connected to the pedal elements is a transmission mechanism and - connected to the transmission mechanism is a resistor mechanism, which is driven by the lateral displacement of the pedal element.
A computer program including instructions, which, when carried out by a computer, cause the computer to perform a NAV setting method, wherein the method comprises: receiving a PPDU from a transmitting node, wherein the PPDU is from an OBSS; determining whether the computer satisfies a condition of allowing simultaneous transmission; if the condition of allowing simultaneous transmission is satisfied, keeping a current NAV value unchanged; or if the condition of allowing simultaneous transmission is not satisfied, decoding the received PPDU to obtain a duration field, and determining whether the value of the duration field is greater than the current NAV, and updating the current NAV if the value of the duration field is greater than the current NAV, or skipping updating the current NAV if the value of the duration field is not greater than the current NAV. receiving a PPDU from a transmitting node, wherein the PPDU is from an OBSS; determining whether the computer satisfies a condition of allowing simultaneous transmission; if the condition of allowing simultaneous transmission is satisfied, keeping a current NAV value unchanged; or if the condition of allowing simultaneous transmission is not satisfied, decoding the received PPDU to obtain a duration field, and determining whether the value of the duration field is greater than the current NAV, and updating the current NAV if the value of the duration field is greater than the current NAV, or skipping updating the current NAV if the value of the duration field is not greater than the current NAV. if the condition of allowing simultaneous transmission is satisfied, keeping a current NAV value unchanged; or if the condition of allowing simultaneous transmission is not satisfied, decoding the received PPDU to obtain a duration field, and determining whether the value of the duration field is greater than the current NAV, and updating the current NAV if the value of the duration field is greater than the current NAV, or skipping updating the current NAV if the value of the duration field is not greater than the current NAV. updating the current NAV if the value of the duration field is greater than the current NAV, or skipping updating the current NAV if the value of the duration field is not greater than the current NAV.
A composition for maintaining protein integrity of a biological sample comprising: one or more chloride salts; one or more phosphate salts; one of more non-ionic detergents; one or more chelators; and one or more lithium salts. one or more chloride salts; one or more phosphate salts; one of more non-ionic detergents; one or more chelators; and one or more lithium salts.
A fertilizer for plant cultivation composed of laundry wastewater, in which hydrogen [H 2] and magnesium hydroxide [Mg 2] are dissolved and which does not contain laundry detergent, obtained by washing laundry using water and magnesium material containing 50 wt% or more metal magnesium (Mg).
A computer implemented method of determining a resultant treatment plan for a proton radiation therapy system based on given dose volume constraints, wherein said resultant treatment plan is optimized for treatment time, said method comprising: accessing said dose volume constraints and range information, wherein said range information indicates acceptable deviations from said dose volume constraints; based on said proton radiation therapy system, accessing machine configuration information comprising a plurality of machine parameters that define a maximum resolution achievable by said proton radiation therapy system in irradiating a patient; iteratively adjusting said plurality of machine parameters to generate a plurality of candidate treatment plans, wherein said iteratively adjusting comprises adjusting said plurality of machine parameters to values which decrease said maximum resolution; simulating said plurality of candidate treatment plans with respect to said proton radiation therapy system to generate a plurality of treatment plan results, wherein each treatment plan result comprises: a respective treatment time and a respective plan quality; and selecting said resultant treatment plan from said plurality of candidate treatment plans, wherein said resultant treatment plan yields a treatment plan result comprising: a shortest treatment time of said plurality of treatment plan results and an acceptable plan quality with respect to said dose volume constraints. accessing said dose volume constraints and range information, wherein said range information indicates acceptable deviations from said dose volume constraints; based on said proton radiation therapy system, accessing machine configuration information comprising a plurality of machine parameters that define a maximum resolution achievable by said proton radiation therapy system in irradiating a patient; iteratively adjusting said plurality of machine parameters to generate a plurality of candidate treatment plans, wherein said iteratively adjusting comprises adjusting said plurality of machine parameters to values which decrease said maximum resolution; simulating said plurality of candidate treatment plans with respect to said proton radiation therapy system to generate a plurality of treatment plan results, wherein each treatment plan result comprises: a respective treatment time and a respective plan quality; and selecting said resultant treatment plan from said plurality of candidate treatment plans, wherein said resultant treatment plan yields a treatment plan result comprising: a shortest treatment time of said plurality of treatment plan results and an acceptable plan quality with respect to said dose volume constraints.
An elevator group supervisory control system comprising: hall call means which is provided in an elevator hall and performs registration of a hall call; remote hall call means which is provided in a place away from the elevator hall and performs registration of a hall call; and parking floor determination means which determines a first parking floor intended for causing an empty car to be on standby; characterized by parking floor cancel means which cancels the first parking floor when the first parking floor determined by the parking floor determination means and remote-hall-call-means-installed floor on which the remote hall call means is provided are the same. hall call means which is provided in an elevator hall and performs registration of a hall call; remote hall call means which is provided in a place away from the elevator hall and performs registration of a hall call; and parking floor determination means which determines a first parking floor intended for causing an empty car to be on standby; characterized by parking floor cancel means which cancels the first parking floor when the first parking floor determined by the parking floor determination means and remote-hall-call-means-installed floor on which the remote hall call means is provided are the same.
A semiconductor device comprising: a master (20, 30, 40) that issues access requests including a read request and a write request to memory; a memory controller that is coupled to the master via a bus and accesses the memory according to the access requests; an access control unit that controls an output of the access requests to the memory controller, the access requests being issued by the master; and a training circuit that conducts training on the memory while the access to the memory is stopped, characterized in that the access control unit is configured to control execution of the training, and, during the execution of the training, suppress an output of the read request to the memory controller from among the access requests issued by the master while allowing an output of the write request to the memory controller from among the access requests issued by the master. a master (20, 30, 40) that issues access requests including a read request and a write request to memory; a memory controller that is coupled to the master via a bus and accesses the memory according to the access requests; an access control unit that controls an output of the access requests to the memory controller, the access requests being issued by the master; and a training circuit that conducts training on the memory while the access to the memory is stopped, characterized in that the access control unit is configured to control execution of the training, and, during the execution of the training, suppress an output of the read request to the memory controller from among the access requests issued by the master while allowing an output of the write request to the memory controller from among the access requests issued by the master.
Parking unit for print heads, wherein the parking unit has a trough which is sealed and can be filled with a liquid, and wherein the parking unit is designed to have a gap seal to the print head, characterised in that the parking unit has springs or coil springs for fastening.
Device (17, 17') for the automatic opening and/or closing of a leaf/sash which can be rotated about an axis of rotation, in particular a door closer or door drive, having a leaf/sash-side component designed for fastening to the leaf/sash, a wall-side component designed for fastening to a frame, a wall or the like, and a movable lever arrangement via which the leaf/sash-side component and the wall-side component are coupled to one another in such a way that they can be moved apart from one another or towards one another by a lever movement in order thus to open or to close the leaf/sash, characterized in that the wall-side component or the leaf/sash-side component has movably mounted thereon a covering element (30, 30', 30") which, in a first position, covers a visible side of the lever arrangement and/or of the leaf/sash at least in certain regions and, in a second position, is moved out of the movement path of the lever arrangement and of the leaf/sash.
Pneumatic or non-pneumatic tyre with a tread, characterized in that the tread comprises, in at least one internal cavity, a regrooving composite cord comprising an elastomer core and a sheath surrounding the elastomer core and in that the said sheath is a hollow cylindrical braid made of helically intertwined and non-contiguous fibres.