mhurhangee/ep-ind-claims huggingface dataset:
A 6-axis positioning system comprising a base and a movable unit and six variable-length actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3), one end (8, 12) of each actuator being connected to the base and the other end (9, 14) of each actuator being connected to the movable unit, wherein at least one additional variable-length component is provided, one end of which is connected to the base and the other end of which is connected to the movable unit. The additional component is designed such that the 6-axis positioning system can be releasably locked at least in certain positions of the movable unit by means of the additional component, wherein the additional component has a releasable locking brake, and wherein the additional component is designed such that this is passively variable in length by means of the movement of the six driven actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3), characterized in that the six actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3) are divided into two groups (4, 6), and that the actuators (5.1, 5.2, 5.3) of the first group are arranged on the base within a region bounded by the actuators (7.1,7.2,7.3) of the second group and on the movable unit, and that the at least one additional component is arranged on the base and on the movable unit further out relative to the first group of actuators (5.1, 5.2, 5.3), preferably in the region between the actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3) of the first group and the actuators (7.1, 7.2, 7.3) of the second group.
A fluid mixing device comprising an outer casing or housing characterised in that it internally comprises: - a first module for extracting at least one first fluid contained in at least one container, - a drag, extrusion and discharge mechanism, - a second module for extracting one or more second fluids or additive fluids from one or more additive containers, - a mixing tank provided with a hole for the discharge of the final mixture, wherein the mixing tank is detachable from the fluid mixing device; - a battery-powered electronic control board, - a single stepper motor, the drag mechanism being arranged inside the mixing tank and the latter being located between the first module and the second module, wherein control of the device after pressing just once enables using and obtaining a mixture of fluids, the single stepper motor lifting the container causing the discharge of its contents into the mixing tank; further the additional fluid containers are pressed due to the lifting of the mixing tank discharging their contents into the mixing tank, and the drag mechanism is also operated by said stepper motor at the same time. - a first module for extracting at least one first fluid contained in at least one container, - a drag, extrusion and discharge mechanism, - a second module for extracting one or more second fluids or additive fluids from one or more additive containers, - a mixing tank provided with a hole for the discharge of the final mixture, wherein the mixing tank is detachable from the fluid mixing device; - a battery-powered electronic control board, - a single stepper motor, the drag mechanism being arranged inside the mixing tank and the latter being located between the first module and the second module, wherein control of the device after pressing just once enables using and obtaining a mixture of fluids, the single stepper motor lifting the container causing the discharge of its contents into the mixing tank; further the additional fluid containers are pressed due to the lifting of the mixing tank discharging their contents into the mixing tank, and the drag mechanism is also operated by said stepper motor at the same time.
A forwarding server for handling a profile request for a communication profile for an electronic subscriber identification module of a mobile communication device for communication over a communication network, with: a communication interface for receiving a profile request for the communication profile from the mobile communication device, wherein the profile request has an electronic identification of the electronic subscriber identification module; a processor configured to determine a communication preference of a user of the mobile communication device based on the profile request and to select a selected profile server (105-1, 105-2) from a plurality of profile servers (105-1, 105-2) with communication profiles which provides an electronic communication profile for the communication preference; a memory in which attributes of communication profiles, in particular communication preference information, are stored, wherein the processor, in order to select the profile server (105-1, 105-2), is configured to select the communication profile based on an attribute assigned to the communication profile; and wherein the communication interface is configured to forward the received profile request to the selected profile server (105-1, 105-2). a communication interface for receiving a profile request for the communication profile from the mobile communication device, wherein the profile request has an electronic identification of the electronic subscriber identification module; a processor configured to determine a communication preference of a user of the mobile communication device based on the profile request and to select a selected profile server (105-1, 105-2) from a plurality of profile servers (105-1, 105-2) with communication profiles which provides an electronic communication profile for the communication preference; a memory in which attributes of communication profiles, in particular communication preference information, are stored, wherein the processor, in order to select the profile server (105-1, 105-2), is configured to select the communication profile based on an attribute assigned to the communication profile; and wherein the communication interface is configured to forward the received profile request to the selected profile server (105-1, 105-2).
A motorcycle comprising: a throttle body that is provided with a throttle valve for controlling a flow rate of intake air into an internal combustion engine; and an air cleaner for supplying air to the throttle body, wherein the throttle body is arranged at a rear of the air cleaner, an intake port of the internal combustion engine is arranged at a rear of the throttle body, and the air cleaner includes an integrally formed throttle body protecting section for covering at least a lower surface of the throttle body, characterised in that the throttle body protecting section is in a U shape in a rear view that has: a bottom wall for covering the lower surface of the throttle body; and side walls (43, 44) that respectively extend upward from left and right of the bottom wall and cover left and right sides of the throttle body, and an upper side and a rear side thereof are opened. a throttle body that is provided with a throttle valve for controlling a flow rate of intake air into an internal combustion engine; and an air cleaner for supplying air to the throttle body, wherein the throttle body is arranged at a rear of the air cleaner, an intake port of the internal combustion engine is arranged at a rear of the throttle body, and the air cleaner includes an integrally formed throttle body protecting section for covering at least a lower surface of the throttle body, characterised in that the throttle body protecting section is in a U shape in a rear view that has: a bottom wall for covering the lower surface of the throttle body; and side walls (43, 44) that respectively extend upward from left and right of the bottom wall and cover left and right sides of the throttle body, and an upper side and a rear side thereof are opened.
A computer-readable medium containing instructions for controlling at least one processor to perform a method of generating a radio map of an area, the method comprising the steps of: receiving in the at least one processor first information associated with at least one wireless device at a first location in the area, wherein the first location within said area is unknown to the at least one processor; receiving in the at least one processor second information associated with at least one wireless device at a second location in the area and different from the first location, wherein the second location within said area is unknown to the at least one processor; and using the first information and the second information to generate the radio map of the area; characterized in that: the first information and the second information include received signal strength measurements associated with a plurality of known reference locations; prior to generating, the method further comprises estimating the first location and the second location within said area and based on the plurality of known reference locations; said area further includes a plurality of zones within said area and said radio map further comprises at least one wireless signal propagation characteristic associated with each of at least two of said plurality of zones; and said method further comprises the steps of: associating the first and second information with the first location and the second location respectively; calculating at least one wireless signal propagation characteristic associated with each of said first location and said second location; and computing contents of the radio map of said area, wherein computing includes calculating at least one wireless signal propagation characteristic associated with each of two or more of said plurality of zones based on the at least one wireless signal propagation characteristic associated with the first location and the second location. the first information and the second information include received signal strength measurements associated with a plurality of known reference locations; prior to generating, the method further comprises estimating the first location and the second location within said area and based on the plurality of known reference locations; said area further includes a plurality of zones within said area and said radio map further comprises at least one wireless signal propagation characteristic associated with each of at least two of said plurality of zones; and said method further comprises the steps of: associating the first and second information with the first location and the second location respectively; calculating at least one wireless signal propagation characteristic associated with each of said first location and said second location; and computing contents of the radio map of said area, wherein computing includes calculating at least one wireless signal propagation characteristic associated with each of two or more of said plurality of zones based on the at least one wireless signal propagation characteristic associated with the first location and the second location.
A control device for service brakes of a work vehicle equipped with tires so as to be suitable for traveling on open roads, comprising: a hydraulic brake device (4, 5,71, 72) that generates a braking force according to operation of a brake pedal upon traveling; a brake lock device that hydraulically locks the hydraulic brake device (4, 5,71,72) and unlocks a hydraulic lock of the hydraulic brake device (4, 5,71, 72); a brake pedal operation detection unit that detects the operation of the brake pedal; characterised by a hydraulic lock directing switch that is provided on a manual operating lever for operating a work device of the work vehicle; and a control unit that controls the brake lock device such that when the hydraulic lock directing switch is operated, the hydraulic brake device (4, 5,71, 72) is hydraulically locked and when a predetermined depression operation of the brake pedal is detected by the brake pedal operation detection unit, the hydraulic lock of the hydraulic brake device (4, 5,71, 72) is unlocked, wherein the control unit controls the brake lock device such that even when the hydraulic lock directing switch is operated after the hydraulic brake device (4, 5,71, 72) is hydraulically locked, the hydraulic lock of the hydraulic brake device (4, 5,71, 72) is not unlocked. a hydraulic brake device (4, 5,71, 72) that generates a braking force according to operation of a brake pedal upon traveling; a brake lock device that hydraulically locks the hydraulic brake device (4, 5,71,72) and unlocks a hydraulic lock of the hydraulic brake device (4, 5,71, 72); a brake pedal operation detection unit that detects the operation of the brake pedal; characterised by a hydraulic lock directing switch that is provided on a manual operating lever for operating a work device of the work vehicle; and a control unit that controls the brake lock device such that when the hydraulic lock directing switch is operated, the hydraulic brake device (4, 5,71, 72) is hydraulically locked and when a predetermined depression operation of the brake pedal is detected by the brake pedal operation detection unit, the hydraulic lock of the hydraulic brake device (4, 5,71, 72) is unlocked, wherein the control unit controls the brake lock device such that even when the hydraulic lock directing switch is operated after the hydraulic brake device (4, 5,71, 72) is hydraulically locked, the hydraulic lock of the hydraulic brake device (4, 5,71, 72) is not unlocked.
A power unit for feeding in of energy obtained in particular from gaseous fuels into an electrical power supply network, comprising: a generator for generating electrical energy which is feedable into the power supply network; an internal combustion engine driving the generator and producing a predetermined power; a turbocharger comprising a turbine and a compressor charging the internal combustion engine by a boost pressure; and a control device; wherein the turbine and the compressor are connected to each other and each have a rotational speed (ω); wherein the control device is configured such that the power generated by the internal combustion engine is fully controlled by means of the rotational speed (ω) of the compressor; characterised in that the control device comprises a frequency converter and a power distribution unit; wherein the power distribution unit comprises an electric motor controlled by the frequency converter and is configured, on the one hand, to convert excess rotational energy of the turbine into electrical energy and to feed it into the power supply network and, on the other hand, to increase the boost pressure generated by the compressor independently of the driven turbine by supplying electrical energy from the power supply network, when required; and wherein the frequency converter is configured to determine the excess rotational energy as a function of the rotational speed (ω) of the turbine and the required change in power of the internal combustion engine. a generator for generating electrical energy which is feedable into the power supply network; an internal combustion engine driving the generator and producing a predetermined power; a turbocharger comprising a turbine and a compressor charging the internal combustion engine by a boost pressure; and a control device; wherein the turbine and the compressor are connected to each other and each have a rotational speed (ω); wherein the control device is configured such that the power generated by the internal combustion engine is fully controlled by means of the rotational speed (ω) of the compressor; characterised in that the control device comprises a frequency converter and a power distribution unit; wherein the power distribution unit comprises an electric motor controlled by the frequency converter and is configured, on the one hand, to convert excess rotational energy of the turbine into electrical energy and to feed it into the power supply network and, on the other hand, to increase the boost pressure generated by the compressor independently of the driven turbine by supplying electrical energy from the power supply network, when required; and wherein the frequency converter is configured to determine the excess rotational energy as a function of the rotational speed (ω) of the turbine and the required change in power of the internal combustion engine.
A method for synthesizing theaflavins comprising bringing a catalyst for synthesizing theaflavins into contact with a catechins aqueous solution that is an aqueous solution in which pyrogallol-type catechin and catechol-type catechin are dissolved, to synthesize theaflavins, wherein the catalyst for synthesizing theaflavins comprises a base having an anchored part including an inorganic material on a surface; and metal nanoparticles that are anchored to the anchored part and have an average particle diameter of 0.5 nm or more and 100 nm or less, wherein the average particle diameter refers to an average of 300 or more particle diameters of the metal nanoparticles that are actually measured in a TEM image,and wherein the metal nanoparticles are one or two or more selected from the group consisting of Au, Pd, Pt, and oxides thereof.
A needle assembly for insertion of a needle into a body cavity of a patient, comprising: a housing defining an open interior and having a proximal end and a distal end, the housing including one or more openings; a generally hollow needle extending distally from the housing, the generally hollow needle having a sharp distal end; a probe slidably disposed within the generally hollow needle, the probe having a blunt distal end; a biasing member operable to bias the blunt distal end of the probe into a position distally of the sharp distal end of the hollow needle, the biasing member positioned such that a force on the blunt distal end of the probe can overcome the bias of the biasing member to move the probe proximally relative to the hollow needle; and a stabilizing device extending from the distal end of the housing, the stabilizing device including a locking mechanism adapted to automatically halt distal movement of the hollow needle and the probe in response to the blunt distal end of the probe returning to the position distally of the sharp distal end of the hollow needle upon the hollow needle entering a body cavity of a patient. a housing defining an open interior and having a proximal end and a distal end, the housing including one or more openings; a generally hollow needle extending distally from the housing, the generally hollow needle having a sharp distal end; a probe slidably disposed within the generally hollow needle, the probe having a blunt distal end; a biasing member operable to bias the blunt distal end of the probe into a position distally of the sharp distal end of the hollow needle, the biasing member positioned such that a force on the blunt distal end of the probe can overcome the bias of the biasing member to move the probe proximally relative to the hollow needle; and a stabilizing device extending from the distal end of the housing, the stabilizing device including a locking mechanism adapted to automatically halt distal movement of the hollow needle and the probe in response to the blunt distal end of the probe returning to the position distally of the sharp distal end of the hollow needle upon the hollow needle entering a body cavity of a patient.
A Josephson transmission line, JTL, system comprising: a plurality of JTL stages (52, 54, 56, 58) that are arranged in series; a bias transformer (T B1, T B2) comprising a primary inductor and a secondary inductor configured such that a DC bias current flows through the primary inductor to induce bias signal via the secondary inductor, and a clock transformer comprising a primary inductor configured to propagate an AC clock signal and a secondary inductor arranged in series with the secondary inductor of the bias transformer (T B1, T B2) in a series loop with at least two of the plurality of JTL stages (52, 54, 56, 58), the clock transformer being configured, when a single flux quantum, SFQ, pulse is propagated through the plurality of JTL stages based on the bias signal and the AC clock signal, to set one of the plurality of JTL stages (52, 54, 56, 58) in the series loop and concurrently reset another one of the plurality of JTL stages (52, 54, 56, 58) in the series loop in response to a first phase of the AC clock signal and to reset the respective one of the plurality of JTL stages (52, 54, 56, 58) in response to a second phase of the AC clock signal that is opposite the first phase. a plurality of JTL stages (52, 54, 56, 58) that are arranged in series; a bias transformer (T B1, T B2) comprising a primary inductor and a secondary inductor configured such that a DC bias current flows through the primary inductor to induce bias signal via the secondary inductor, and a clock transformer comprising a primary inductor configured to propagate an AC clock signal and a secondary inductor arranged in series with the secondary inductor of the bias transformer (T B1, T B2) in a series loop with at least two of the plurality of JTL stages (52, 54, 56, 58), the clock transformer being configured, when a single flux quantum, SFQ, pulse is propagated through the plurality of JTL stages based on the bias signal and the AC clock signal, to set one of the plurality of JTL stages (52, 54, 56, 58) in the series loop and concurrently reset another one of the plurality of JTL stages (52, 54, 56, 58) in the series loop in response to a first phase of the AC clock signal and to reset the respective one of the plurality of JTL stages (52, 54, 56, 58) in response to a second phase of the AC clock signal that is opposite the first phase.
Navigation arrangement for a motor vehicle, the navigation arrangement comprising: a motor vehicle; a server that is physically separate from the motor vehicle; a wireless communication link between the server and the motor vehicle for time-staggered transmission of a first navigation information item and at least one second navigation information item from the server to the motor vehicle, wherein the first navigation information item has a first associated priority and the second navigation information item has a second associated priority, and wherein the order of transmission of the first navigation information item and the second navigation information item is dependent on the level of priority; and a man/machine interface, arranged in the motor vehicle, for outputting the first navigation information item and the second navigation information item to a user of the motor vehicle, characterized in that the priority of a navigation information item is dependent on the recognition value thereof, wherein a navigation information item having a high recognition value is assigned a higher priority, wherein a high recognition value is a peculiarity or a visual prominence of the navigation information item. a motor vehicle; a server that is physically separate from the motor vehicle; a wireless communication link between the server and the motor vehicle for time-staggered transmission of a first navigation information item and at least one second navigation information item from the server to the motor vehicle, wherein the first navigation information item has a first associated priority and the second navigation information item has a second associated priority, and wherein the order of transmission of the first navigation information item and the second navigation information item is dependent on the level of priority; and a man/machine interface, arranged in the motor vehicle, for outputting the first navigation information item and the second navigation information item to a user of the motor vehicle, characterized in that the priority of a navigation information item is dependent on the recognition value thereof, wherein a navigation information item having a high recognition value is assigned a higher priority, wherein a high recognition value is a peculiarity or a visual prominence of the navigation information item.