mhurhangee/ep-ind-claims huggingface dataset:
Method for modifying imaging properties of a microlithographic optical system, • wherein the imaging properties are modified by way of control signals (A, B, C) that are coupled into the optical system by way of at least one interface; • wherein the values of said control signals that are in each case coupled in during the controlling for a desired modification of the imaging properties are ascertained on the basis of a model; • wherein said model is created by virtue of performing, in a learning phase in which the modification of the imaging properties that is in each case attained for different values of the control signals is ascertained, a successive individual adaptation of the model to the optical system; and • wherein the learning phase is performed without prior specification of explicit information relating to internal mechanisms of action within the optical system. • wherein the imaging properties are modified by way of control signals (A, B, C) that are coupled into the optical system by way of at least one interface; • wherein the values of said control signals that are in each case coupled in during the controlling for a desired modification of the imaging properties are ascertained on the basis of a model; • wherein said model is created by virtue of performing, in a learning phase in which the modification of the imaging properties that is in each case attained for different values of the control signals is ascertained, a successive individual adaptation of the model to the optical system; and • wherein the learning phase is performed without prior specification of explicit information relating to internal mechanisms of action within the optical system.
An apparatus for controlling the dwell timing of a transfer arm in a rotary braiding machine comprising: a crank; a cam for moving a transfer arm of a rotary braiding machine and an actuator arm mechanism operatively connected to said crank and said cam, characterised in that the actuator arm mechanism comprises: a first actuator arm having a crank end operatively connected to said crank and an adjuster end having a threaded opening with threads oriented to rotate in a first direction; a second actuator arm having a cam end operatively connected to said cam and an adjuster end having a threaded opening with threads oriented to rotate in a second direction that is opposite to said first direction; an actuating arm adjuster connected to the adjuster end of said first actuator arm and the adjuster end of said second actuator arm for controlling the length of said actuator arm mechanism. a crank; a cam for moving a transfer arm of a rotary braiding machine and an actuator arm mechanism operatively connected to said crank and said cam, characterised in that the actuator arm mechanism comprises: a first actuator arm having a crank end operatively connected to said crank and an adjuster end having a threaded opening with threads oriented to rotate in a first direction; a second actuator arm having a cam end operatively connected to said cam and an adjuster end having a threaded opening with threads oriented to rotate in a second direction that is opposite to said first direction; an actuating arm adjuster connected to the adjuster end of said first actuator arm and the adjuster end of said second actuator arm for controlling the length of said actuator arm mechanism. a first actuator arm having a crank end operatively connected to said crank and an adjuster end having a threaded opening with threads oriented to rotate in a first direction; a second actuator arm having a cam end operatively connected to said cam and an adjuster end having a threaded opening with threads oriented to rotate in a second direction that is opposite to said first direction; an actuating arm adjuster connected to the adjuster end of said first actuator arm and the adjuster end of said second actuator arm for controlling the length of said actuator arm mechanism.
Energy storage device having - at least a first energy supply branch (2a, 2b, 2c) that is embodied for the purpose of supplying a separately excited electrical machine with energy by way of a first connection (3a, 3b, 3c); and - a second energy supply branch that is connected in parallel to the at least one first energy supply branch (2a, 2b, 2c) and that is embodied for the purpose of supplying an exciter winding of the separately excited electrical machine with current by way of a second connection, wherein the at least one first energy supply branch (2a, 2b, 2c) and the second energy supply branch are connected by way of in each case a third connection (4a, 4b, 4c; 4d) to the exciter winding, wherein the at least one first energy supply branch (2a, 2b, 2c) and the second energy supply branch comprise in each case at least two series-connected energy storage modules (5a, 5b, 5c, 6a, 6b, 6c; 5d, 6d) that comprise in each case at least one electrical energy storage cell having an allocated controllable coupling unit. - at least a first energy supply branch (2a, 2b, 2c) that is embodied for the purpose of supplying a separately excited electrical machine with energy by way of a first connection (3a, 3b, 3c); and - a second energy supply branch that is connected in parallel to the at least one first energy supply branch (2a, 2b, 2c) and that is embodied for the purpose of supplying an exciter winding of the separately excited electrical machine with current by way of a second connection,
A walking stick comprising: a main part that is stick-like; a sensor that detects at least one of an acceleration of the main part and an angular velocity of the main part and that additionally detects an inclination angle of the main part; a light emitter that emits light on a ground; and characterized by a controller that includes a balance evaluator and an emitting controller, the balance evaluator evaluating a user's walking balance stability based on at least one of the detected acceleration and the detected angular velocity, the emitting controller controlling a light emitting direction of the light based on the result of the evaluation and the inclination angle of the main part. a main part that is stick-like; a sensor that detects at least one of an acceleration of the main part and an angular velocity of the main part and that additionally detects an inclination angle of the main part; a light emitter that emits light on a ground; and characterized by a controller that includes a balance evaluator and an emitting controller, the balance evaluator evaluating a user's walking balance stability based on at least one of the detected acceleration and the detected angular velocity, the emitting controller controlling a light emitting direction of the light based on the result of the evaluation and the inclination angle of the main part.
A method of selecting a T cell receptor comprising: (a) contacting a plurality of pMHC-oligonucleotide conjugate molecules to a plurality of T cells by performing a reaction in a plurality of vessels, wherein a vessel of the plurality of vessels comprises a single T cell from a sample comprising a plurality of T cells, and a vessel barcoded polynucleotide comprising a vessel barcode sequence, wherein the vessel further comprises at least one pMHC-oligonucleotide conjugate molecule that binds to a TCR of the single T cell; (b) attaching the vessel barcoded polynucleotide or complement thereof to (i) an oligonucleotide portion of a pMHC-oligonucleotide conjugate molecule in the vessel of the plurality of vessels, and (ii) a TCR polynucleotide from the single T cell of the plurality of T cells in the vessel; and (c) sequencing the oligonucleotide portion or a complement thereof and the TCR polynucleotide or a complement thereof, thereby generating sequence information. (a) contacting a plurality of pMHC-oligonucleotide conjugate molecules to a plurality of T cells by performing a reaction in a plurality of vessels, wherein a vessel of the plurality of vessels comprises a single T cell from a sample comprising a plurality of T cells, and a vessel barcoded polynucleotide comprising a vessel barcode sequence, wherein the vessel further comprises at least one pMHC-oligonucleotide conjugate molecule that binds to a TCR of the single T cell; (b) attaching the vessel barcoded polynucleotide or complement thereof to (i) an oligonucleotide portion of a pMHC-oligonucleotide conjugate molecule in the vessel of the plurality of vessels, and (ii) a TCR polynucleotide from the single T cell of the plurality of T cells in the vessel; and (i) an oligonucleotide portion of a pMHC-oligonucleotide conjugate molecule in the vessel of the plurality of vessels, and (ii) a TCR polynucleotide from the single T cell of the plurality of T cells in the vessel; and (c) sequencing the oligonucleotide portion or a complement thereof and the TCR polynucleotide or a complement thereof, thereby generating sequence information.
Method for operating a hand-held distance measuring device designed as a laser distance measuring device, wherein, in at least one method step (92, 98, 100, 102, 104, 106, 108), at least one measurement accuracy influencing characteristic variable is captured by means of a sensor unit (20, 34, 46) of the distance measuring device, wherein, in at least one method step, an achievable measurement accuracy class is determined on the basis of the measurement accuracy influencing characteristic variable by means of a computing unit of the distance measuring device, wherein, in at least one method step, at least one instruction is output in the form of an optical, acoustic and/or haptic signal on the basis of the at least one captured measurement accuracy influencing characteristic variable and/or the achievable measurement accuracy class, in particular by means of an output unit of the distance measuring device, and gives a user an instruction on how to use the laser distance measuring device to achieve a measurement accuracy class, characterized in that, in at least one method step, at least one measurement accuracy influencing characteristic variable designed as a movement characteristic variable is captured by means of a sensor unit, designed as an optical camera unit, of the distance measuring device, wherein the movement characteristic variable is a characteristic variable that describes a movement of the distance measuring device relative to its environment.
A device, comprising: a housing having a first portion movably coupled to a second portion, the second portion to have a first position, a second position, and at least one intermediate position relative to the first portion, wherein the intermediate position is between the first and second positions; a three-axis magnetometer in the first portion, the three-axis magnetometer configured to measure a transitional magnetic field when the second portion is in the intermediate position, configured to measure a second magnetic field, and configured to generate a measured magnetic field vector for an application executed by the device; and a processor configured to determine that the second portion is in the first position or the second position based on the transitional magnetic field and the second magnetic field, configured to determine a net magnetic field vector by subtracting a first stored magnetic field vector from the measured magnetic field vector when the second portion is in the first position or by subtracting a second stored magnetic field vector from the measured magnetic field vector when the second portion is in the second position, and configured to provide the net magnetic field vector to the application. a housing having a first portion movably coupled to a second portion, the second portion to have a first position, a second position, and at least one intermediate position relative to the first portion, wherein the intermediate position is between the first and second positions; a three-axis magnetometer in the first portion, the three-axis magnetometer configured to measure a transitional magnetic field when the second portion is in the intermediate position, configured to measure a second magnetic field, and configured to generate a measured magnetic field vector for an application executed by the device; and a processor configured to determine that the second portion is in the first position or the second position based on the transitional magnetic field and the second magnetic field, configured to determine a net magnetic field vector by subtracting a first stored magnetic field vector from the measured magnetic field vector when the second portion is in the first position or by subtracting a second stored magnetic field vector from the measured magnetic field vector when the second portion is in the second position, and configured to provide the net magnetic field vector to the application.
A method of controlling temperature of hot water for using hot water at a low- flow rate of less than 3 liters/min operation flow rate in a hot water supply system, which includes: a heating device adapted to produce heat by combustion, a flow sensor that measures the flow rate of water flowing into the hot water supply system; a heat exchanger that transfers heat of the heating device to the water that has flowed inside; a water tank that temporarily stores the water in the hot water supply system; a temperature sensor that is disposed at a predetermined position in a pipe line through which the water flows; a controller that has an input unit to allow a user to input desired conditions; and a pump that is disposed in a pipe line connecting a first diverging point formed at a pipe line for an outlet and a second diverging point formed at a pipe line for an inlet, the method comprising measuring the flow rate of water flowing into the hot water supply system, using the flow sensor and characterized by preheating and circulating water in the hot water supply system through an internal circulation path connecting the first diverging point, the second diverging point, and the heat exchanger, using the pump, after the controller stops the combustion of the heating device when the measured flow rate is an operation flow rate of the water supply system or less; measuring the temperature of the water circulating, using the temperature sensor; and setting predetermined temperature above user set-temperature as preheating circulation-off temperature and predetermined temperature below the set temperature as preheating circulation-on temperature, and then starting operation of the heating device when the temperature measured by the temperature sensor is preheating circulation-on temperature or less and stopping the operation of the heating device when the measured temperature is the preheating circulation-off temperature or more, using the controller.
An application apparatus that applies a coating material on an inner wall surface of a container, comprising: a spray gun having a spray nozzle and including a coating material ejection passage formed therein; an outgoing pipe and a return pipe attached to said spray gun and forming a coating material circulatory path connecting to said coating material ejection passage; a supply control unit controlling supply of the coating material from said coating material circulatory path to said coating material ejection passage; a rotary drive unit rotating said spray gun around an axis extending along a longitudinal direction of the gun; a moving unit moving said spray gun along the longitudinal direction of the gun, wherein said outgoing pipe and said return pipe are each provided with a resilient-shape part (32,35) capable of extending and contracting resiliently, characterized in that the application apparatus further comprises a suction mechanism that can be positioned opposite a container opening wherein said suction mechanism includes an airflow augmentation unit, said airflow augmentation unit including an airflow augmenting passage having a gas supply part, a suction port, and an ejection port, said suction port being disposed opposite the container opening and a second moving unit that moves said airflow augmentation unit along the longitudinal direction of the gun. a spray gun having a spray nozzle and including a coating material ejection passage formed therein; an outgoing pipe and a return pipe attached to said spray gun and forming a coating material circulatory path connecting to said coating material ejection passage; a supply control unit controlling supply of the coating material from said coating material circulatory path to said coating material ejection passage; a rotary drive unit rotating said spray gun around an axis extending along a longitudinal direction of the gun; a moving unit moving said spray gun along the longitudinal direction of the gun, wherein said outgoing pipe and said return pipe are each provided with a resilient-shape part (32,35) capable of extending and contracting resiliently, characterized in that the application apparatus further comprises a suction mechanism that can be positioned opposite a container opening wherein said suction mechanism includes an airflow augmentation unit, said airflow augmentation unit including an airflow augmenting passage having a gas supply part, a suction port, and an ejection port, said suction port being disposed opposite the container opening and a second moving unit that moves said airflow augmentation unit along the longitudinal direction of the gun.
A control element, comprising: - a base element, at which a joystick forming a first proportional actuation element is continuously pivotable with its attachment end about two pivot axes (2a, b) that are oriented at an angle relative to each other and that are typically horizontally oriented, wherein - the joystick includes an expanded head at an actuation end that is arranged opposite to the attachment end and a shaft that runs from the expanded head to the attachment end, - the joystick has a convex curved front surface that is typically oriented towards the user, a concave curved rear surface that is arranged opposite to the front surface, and a left and a right side surface (6a, b) that connects the two surfaces (4, 5) at sides, and additional, in particular proportional, actuation elements (3a, b) are arranged - in the front surface - on the back surface - and optionally also on the right side surface in a portion of the head characterized in that a longitudinal center line is arcuate in front view and extends in a center between the two side surfaces (6a, b) on the front surface and has a lateral inclination angle at an upper end between 15 degrees and 46 degrees relative to a vertical. - a base element, at which a joystick forming a first proportional actuation element is continuously pivotable with its attachment end about two pivot axes (2a, b) that are oriented at an angle relative to each other and that are typically horizontally oriented, wherein - the joystick includes an expanded head at an actuation end that is arranged opposite to the attachment end and a shaft that runs from the expanded head to the attachment end, - the joystick has a convex curved front surface that is typically oriented towards the user, a concave curved rear surface that is arranged opposite to the front surface, and a left and a right side surface (6a, b) that connects the two surfaces (4, 5) at sides, and additional, in particular proportional, actuation elements (3a, b) are arranged - in the front surface - on the back surface - and optionally also on the right side surface in a portion of the head
An apparatus for controlling a multi-processor system, which is designed for use in a scalable multi-processor system having a plurality of nodes and which is provided in each node to perform a process on a data request, wherein said apparatus comprises: a plurality of local ports that holds a data request made from the node; a local snoop unit that performs a local snoop on the requests held in the local ports; a broadcast queue that holds the request subjected to the local snoop and broadcasts the request to the other nodes when the local snoop fails to process requested data; a plurality of global ports, grouped in a plurality of global port groups whose number corresponds to the number of nodes, that hold requests broadcast from the other nodes; a global snoop unit that performs a global snoop on the requests held in the global ports, characterised in that said apparatus comprises: a plurality of retry-mode control units, whose number corresponds to the number of nodes, that have two retry modes, i.e,. global retry mode and local retry mode, and switch one retry mode to the other in accordance with a state of the retry mode and the value of a counter, so that a retry instruction is issued to the global ports in the global retry mode or to the local ports in the local retry mode when the global snoop fails to process the requested data. a plurality of local ports that holds a data request made from the node; a local snoop unit that performs a local snoop on the requests held in the local ports; a broadcast queue that holds the request subjected to the local snoop and broadcasts the request to the other nodes when the local snoop fails to process requested data; a plurality of global ports, grouped in a plurality of global port groups whose number corresponds to the number of nodes, that hold requests broadcast from the other nodes; a global snoop unit that performs a global snoop on the requests held in the global ports, characterised in that said apparatus comprises: a plurality of retry-mode control units, whose number corresponds to the number of nodes, that have two retry modes, i.e,. global retry mode and local retry mode, and switch one retry mode to the other in accordance with a state of the retry mode and the value of a counter, so that a retry instruction is issued to the global ports in the global retry mode or to the local ports in the local retry mode when the global snoop fails to process the requested data. a plurality of retry-mode control units, whose number corresponds to the number of nodes, that have two retry modes, i.e,. global retry mode and local retry mode, and switch one retry mode to the other in accordance with a state of the retry mode and the value of a counter, so that a retry instruction is issued to the global ports in the global retry mode or to the local ports in the local retry mode when the global snoop fails to process the requested data.
An inkjet printer for printing on natural leather comprising: - a first vacuum belt for conveying an unwoven fabric which is, configured as a second vacuum belt, for conveying under an inkjet print head a natural leather; and characterized by - a device for applying pressure to said natural leather on said second vacuum belt; wherein said device comprises a portion for traversing said natural leather with a rub by a relative movement between said pressure device and said second vacuum belt, carrying said natural leather. - a first vacuum belt for conveying an unwoven fabric which is, configured as a second vacuum belt, for conveying under an inkjet print head a natural leather; and characterized by - a device for applying pressure to said natural leather on said second vacuum belt; wherein said device comprises a portion for traversing said natural leather with a rub by a relative movement between said pressure device and said second vacuum belt, carrying said natural leather.