mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-rotor aerial vehicle comprising: at least two rotors which generate aerodynamic thrust on the vehicle, a controller , a power supply , an output shaft driven by the power supply, and at least one shaft-driven hydraulic machine mechanically coupled to the output shaft, at least two rotor-driving hydraulic machines each of which drives a respective rotor, wherein the at least two rotor-driving hydraulic machines are hydraulically coupled to and thereby driven by the at least one shaft-driven hydraulic machine, at least one of said hydraulic machines being an electronically commutated hydraulic machine, the at least one electronically commutated machine comprising a plurality of working chambers of cyclically changing volume and one or more fluid outlets or inlets, each said fluid outlet or inlet being fluidically connected to a respective group of said working chambers, wherein the displacement of hydraulic fluid through each working chamber is regulated by one or more electronically controllable valves, during each cycle of working chamber volume, in phased relationship to cycles of working chamber volume, to thereby regulate the net displacement of hydraulic fluid through the fluid outlets or inlets, characterised in that , the controller controls the electronically controllable valves of the at least one electronically commutated hydraulic machine to thereby independently control the flow of hydraulic fluid through the respective hydraulic machines to thereby independently control the speed of rotation of the at least two rotors. at least two rotors which generate aerodynamic thrust on the vehicle, a controller , a power supply , an output shaft driven by the power supply, and at least one shaft-driven hydraulic machine mechanically coupled to the output shaft, at least two rotor-driving hydraulic machines each of which drives a respective rotor, wherein the at least two rotor-driving hydraulic machines are hydraulically coupled to and thereby driven by the at least one shaft-driven hydraulic machine, at least one of said hydraulic machines being an electronically commutated hydraulic machine, the at least one electronically commutated machine comprising a plurality of working chambers of cyclically changing volume and one or more fluid outlets or inlets, each said fluid outlet or inlet being fluidically connected to a respective group of said working chambers, wherein the displacement of hydraulic fluid through each working chamber is regulated by one or more electronically controllable valves, during each cycle of working chamber volume, in phased relationship to cycles of working chamber volume, to thereby regulate the net displacement of hydraulic fluid through the fluid outlets or inlets, characterised in that , the controller controls the electronically controllable valves of the at least one electronically commutated hydraulic machine to thereby independently control the flow of hydraulic fluid through the respective hydraulic machines to thereby independently control the speed of rotation of the at least two rotors.
Method for assisting a user in creating a measurement plan for a measurement to be carried out with a dimensional measuring apparatus and/or in controlling the measurement to be carried out with the measuring apparatus , wherein the method comprises the following steps: - providing a device for controlling the dimensional measuring apparatus and for assisting a user in creating a measurement plan for a measurement to be carried out with the dimensional measuring apparatus and/or during the measurement in the course of control of the measurement to be carried out with the measuring apparatus , wherein the following further steps are to be carried out by this device: - receiving (S100) a plurality of setting parameters which are selected by a user with regard to one measurement or control command from a plurality of measurement or control commands for the measurement to be carried out with the measuring apparatus ; - evaluating (S200) the plurality of setting parameters on the basis of a statistical evaluation and/or an evaluation by means of machine-assisted learning; - determining (S300) a presetting which assigns at least one setting parameter of the evaluated plurality of setting parameters to the measurement or control command ; and - outputting (S400) a setting parameter proposal on the basis of the determined presetting if an input command for selecting the measurement or control command is received. - providing a device for controlling the dimensional measuring apparatus and for assisting a user in creating a measurement plan for a measurement to be carried out with the dimensional measuring apparatus and/or during the measurement in the course of control of the measurement to be carried out with the measuring apparatus , wherein the following further steps are to be carried out by this device: - receiving (S100) a plurality of setting parameters which are selected by a user with regard to one measurement or control command from a plurality of measurement or control commands for the measurement to be carried out with the measuring apparatus ; - evaluating (S200) the plurality of setting parameters on the basis of a statistical evaluation and/or an evaluation by means of machine-assisted learning; - determining (S300) a presetting which assigns at least one setting parameter of the evaluated plurality of setting parameters to the measurement or control command ; and - outputting (S400) a setting parameter proposal on the basis of the determined presetting if an input command for selecting the measurement or control command is received.
A polyester film roll obtained by winding a biaxially oriented polyester film around a core, the polyester film roll satisfying following requirements to : an average winding hardness on a surface of the polyester film roll, measured in accordance with the description, is in a range of 500 or more and 700 or less; a variation rate of a winding hardness on a surface of the polyester film roll in a film transverse direction, measured in accordance with the description, is 1% or more and 5% or less; and a variation rate of an average winding hardness from a surface of the polyester film roll to the core, measured in accordance with the description, is 3% or more and 10% or less. an average winding hardness on a surface of the polyester film roll, measured in accordance with the description, is in a range of 500 or more and 700 or less; a variation rate of a winding hardness on a surface of the polyester film roll in a film transverse direction, measured in accordance with the description, is 1% or more and 5% or less; and a variation rate of an average winding hardness from a surface of the polyester film roll to the core, measured in accordance with the description, is 3% or more and 10% or less.
A wind turbine which comprises: - at least one blade , which in turn comprises: a longitudinal axis , and a joining area comprising a first surface whose normal direction forms with the longitudinal axis a coning angle different from 0o; - a hub ; and - a bearing , which comprises: a stationary ring attached to the hub , and a mobile ring comprising a rear side attached to the first surface of the joining area of the blade , and a front side opposite the rear side; the blade further comprising, at the joining area , first holes ; the wind turbine further comprising: - a number of longitudinal attaching means , housed in the first holes , and which traverse the bearing through a number of second through-holes , surpassing the front side to attach the blade to the mobile ring of the bearing ; - at least one fixing surface located in the area of the front side of the mobile ring of the bearing ; and - fixing means which rest against at least one fixing surface to fix the attaching means ; wherein the first holes of the blade are parallel to the longitudinal axis of the blade , and wherein the at least one fixing surface is perpendicular to the attaching means ; and characterised in that the second through-holes are perpendicular to the first surface of the blade and the second through-holes feature dimensions greater than those of the first holes . - at least one blade , which in turn comprises: a longitudinal axis , and a joining area comprising a first surface whose normal direction forms with the longitudinal axis a coning angle different from 0o; - a hub ; and - a bearing , which comprises: a stationary ring attached to the hub , and a mobile ring comprising a rear side attached to the first surface of the joining area of the blade , and a front side opposite the rear side; - a number of longitudinal attaching means , housed in the first holes , and which traverse the bearing through a number of second through-holes , surpassing the front side to attach the blade to the mobile ring of the bearing ; - at least one fixing surface located in the area of the front side of the mobile ring of the bearing ; and - fixing means which rest against at least one fixing surface to fix the attaching means ;
An electronic device comprising: - a device host comprising an operating system, OS, unit and a trusted execution environment, TEE, unit , and - a near field communication, NFC, controller configured to enable communication of the electronic device with other devices, said NFC controller being coupled to the device host by a data channel for data exchange and a control channel for control information exchange, wherein the data channel and the control channel are NFC controller interface, NCI, channels and are split channels, wherein the control channel is provided between the TEE unit and the NFC controller , and wherein the data channel is provided either between the OS unit and the NFC controller or between the TEE unit and the NFC controller . - a device host comprising an operating system, OS, unit and a trusted execution environment, TEE, unit , and - a near field communication, NFC, controller configured to enable communication of the electronic device with other devices, said NFC controller being coupled to the device host by a data channel for data exchange and a control channel for control information exchange, wherein the data channel and the control channel are NFC controller interface, NCI, channels and are split channels, wherein the control channel is provided between the TEE unit and the NFC controller , and wherein the data channel is provided either between the OS unit and the NFC controller or between the TEE unit and the NFC controller .
A method for controlling an orthotic or prosthetic device which can be placed on the body of a user and secured thereon, comprising a. a joint device with a proximal component and a distal component , which are mounted pivotably on each other about a pivot axis , b. at least one adjustable actuator , which is arranged between the proximal component and the distal component and via which a movement behavior with respect to a pivoting of the proximal component relative to the distal component is adjustable, c. at least one detection device for detecting muscle contractions, and d. a control device which is coupled to the detection device and to the actuator , processes signals from the detection unit , and adjusts the actuator according to the signals, characterized in that the detection device is designed for detecting muscle co-contractions and is arranged on a limb of the user and coupled to the control device , in that at least one muscle co-contraction is detected by the detection device , that it is determined whether there is a co-contraction and in that the movement behavior is changed by the actuator according to the detected muscle co-contraction. a. a joint device with a proximal component and a distal component , which are mounted pivotably on each other about a pivot axis , b. at least one adjustable actuator , which is arranged between the proximal component and the distal component and via which a movement behavior with respect to a pivoting of the proximal component relative to the distal component is adjustable, c. at least one detection device for detecting muscle contractions, and d. a control device which is coupled to the detection device and to the actuator , processes signals from the detection unit , and adjusts the actuator according to the signals, characterized in that
A hand held airless fluid dispensing device comprising: a housing body ; a reciprocating piston fluid pump disposed within the housing body and comprising at least two pumping chambers configured to be actuated out of phase by at least one piston ; a primary drive element coupled to the housing body and connected to the reciprocating piston fluid pump to actuate the at least one piston ; and a spray tip connected to an outlet of at least one of the pumping chambers , wherein the spray tip comprises: a spray orifice ; a sealing seat ; and a tip barrel , wherein the spray orifice and the sealing seat are mounted to the tip barrel ; wherein a valve is connected between the pump and the spray tip , the valve comprising: a needle configured to mate with the sealing seat to close the spray orifice ; and a spring to bias the needle against the sealing seat ; and wherein at least one of the pumping chambers includes an inlet connected to a fluid source through a suction tube . a housing body ; a reciprocating piston fluid pump disposed within the housing body and comprising at least two pumping chambers configured to be actuated out of phase by at least one piston ; a primary drive element coupled to the housing body and connected to the reciprocating piston fluid pump to actuate the at least one piston ; and a spray tip connected to an outlet of at least one of the pumping chambers , wherein the spray tip comprises: a spray orifice ; a sealing seat ; and a tip barrel , wherein the spray orifice and the sealing seat are mounted to the tip barrel ; a spray orifice ; a sealing seat ; and a tip barrel , wherein the spray orifice and the sealing seat are mounted to the tip barrel ; wherein a valve is connected between the pump and the spray tip , the valve comprising: a needle configured to mate with the sealing seat to close the spray orifice ; and a spring to bias the needle against the sealing seat ; and a needle configured to mate with the sealing seat to close the spray orifice ; and a spring to bias the needle against the sealing seat ; and wherein at least one of the pumping chambers includes an inlet connected to a fluid source through a suction tube .
A system for inspecting a rail , the system comprising: an ultrasonic transducer positioned to emit an ultrasonic beam onto the rail and receive a refraction beam , the ultrasonic transducer being movable between a first position and a second position; a curvature sensor operable to measure a change in angle of a carriage relative to a horizontal plane and determine a radius of the rail in response to the measured change in angle of the carriage relative to a horizontal plane; and a controller operably coupled to the curvature sensor, the controller having a processor that is responsive to executable computer instructions when executed on the processor to cause the ultrasonic transducer to move to receive refraction beam in response to a determination that the radius of curvature of the rail is less than a predetermined first threshold. an ultrasonic transducer positioned to emit an ultrasonic beam onto the rail and receive a refraction beam , the ultrasonic transducer being movable between a first position and a second position; a curvature sensor operable to measure a change in angle of a carriage relative to a horizontal plane and determine a radius of the rail in response to the measured change in angle of the carriage relative to a horizontal plane; and a controller operably coupled to the curvature sensor, the controller having a processor that is responsive to executable computer instructions when executed on the processor to cause the ultrasonic transducer to move to receive refraction beam in response to a determination that the radius of curvature of the rail is less than a predetermined first threshold.
Digital printing plant of sheet material (T), said printing plant comprising: - at least one treatment device having: o a conveyor configured to move the sheet material (T) along an operative section according to an advancement direction (A), o at least one applicator configured to dispense a treatment composition (C) destined to treat one side of the sheet material (T), o at least one movement device carrying the applicator , - at least one digital-type printing station configured to ink-print the sheet material (T) placed on the operative section , said printing station comprising at least one head transversally movable with respect to the advancement direction (A), characterized by the fact that the movement device is configured to move the applicator along a direction parallel to the advancement direction (A), at least during a movement of the sheet material (T) along the operative section . - at least one treatment device having: o a conveyor configured to move the sheet material (T) along an operative section according to an advancement direction (A), o at least one applicator configured to dispense a treatment composition (C) destined to treat one side of the sheet material (T), o at least one movement device carrying the applicator , o a conveyor configured to move the sheet material (T) along an operative section according to an advancement direction (A), o at least one applicator configured to dispense a treatment composition (C) destined to treat one side of the sheet material (T), o at least one movement device carrying the applicator , - at least one digital-type printing station configured to ink-print the sheet material (T) placed on the operative section , said printing station comprising at least one head transversally movable with respect to the advancement direction (A),
An automated clinical chemistry analyzer comprising a plurality of analyzer modules linked by an automation system, the automation system comprising: a track (100; 150; 170; 200) having a first surface and sub-paths ; at least one independently movable carrier (250; 300) configured to move along the first surface and observe a relative motion of the first surface to determine a trajectory of the at least one independently movable carrier (250; 300); and one or more marks that indicate absolute position information on the first surface , characterized in that each sub-path is integrated in a corresponding analyzer module and each analyzer module comprises internal handlings mechanisms to coordinate with the track sub-paths; and the at least one independently movable carrier is further configured to: illuminate the first surface; observe successive images of the first surface; and compare successive images to determine a direction and a magnitude of the relative motion, and wherein the carrier is further configured to obtain non-positional data from the one or more marks on the first surface. a track (100; 150; 170; 200) having a first surface and sub-paths ; at least one independently movable carrier (250; 300) configured to move along the first surface and observe a relative motion of the first surface to determine a trajectory of the at least one independently movable carrier (250; 300); and one or more marks that indicate absolute position information on the first surface , characterized in that each sub-path is integrated in a corresponding analyzer module and each analyzer module comprises internal handlings mechanisms to coordinate with the track sub-paths; and the at least one independently movable carrier is further configured to: illuminate the first surface; observe successive images of the first surface; and compare successive images to determine a direction and a magnitude of the relative motion, and wherein the carrier is further configured to obtain non-positional data from the one or more marks on the first surface. illuminate the first surface; observe successive images of the first surface; and compare successive images to determine a direction and a magnitude of the relative motion, and wherein the carrier is further configured to obtain non-positional data from the one or more marks on the first surface.
A method for a user equipment, UE, wireless communications performed by the UE, comprising: determining a plurality of positioning state information, PSI, report elements, wherein each PSI report element comprises information related to positioning measurements performed by the UE, the PSI report elements comprising at least one positioning timing measurement and at least one quality metric associated with the at least one positioning timing measurement; generating a PSI report based on the PSI report elements and one or more priority based rules for the PSI report elements, wherein at least one low priority PSI report element is omitted from the PSI report, wherein in accordance with the one or more priority based rules, a quality metric has a lower priority than a positioning timing measurement associated with the quality metric; and transmitting on a lower layer channel the PSI report to a network entity in a channel container scheduled for the PSI report. determining a plurality of positioning state information, PSI, report elements, wherein each PSI report element comprises information related to positioning measurements performed by the UE, the PSI report elements comprising at least one positioning timing measurement and at least one quality metric associated with the at least one positioning timing measurement; generating a PSI report based on the PSI report elements and one or more priority based rules for the PSI report elements, wherein at least one low priority PSI report element is omitted from the PSI report, wherein in accordance with the one or more priority based rules, a quality metric has a lower priority than a positioning timing measurement associated with the quality metric; and transmitting on a lower layer channel the PSI report to a network entity in a channel container scheduled for the PSI report.
A branch circuit body comprising: a first electric wire ; a first shield tube that covers the first electric wire and has an opening ; a second electric wire that is electrically connected to the first electric wire and is a branch line branched from the first electric wire through the opening ; a second shield tube that covers the second electric wire and has an end portion inserted into the opening ; and an engaging member that is provided on the first electric wire and configured to engage with the end portion of the second shield tube inserted from the opening , the second electric wire extends in a direction orthogonal to the first electric wire . a first electric wire ; a first shield tube that covers the first electric wire and has an opening ; a second electric wire that is electrically connected to the first electric wire and is a branch line branched from the first electric wire through the opening ; a second shield tube that covers the second electric wire and has an end portion inserted into the opening ; and an engaging member that is provided on the first electric wire and configured to engage with the end portion of the second shield tube inserted from the opening , the second electric wire extends in a direction orthogonal to the first electric wire .