mhurhangee/ep-ind-claims huggingface dataset:
A shake correcting system comprising: an optical imaging system; an image sensor which converts an optical image of a subject formed on a light receiving face by the optical imaging system into an electric signal; a movable unit which comprises a movable frame in which the image sensor is fixed and a rotation restricting element; a base which movably supports the movable unit in a predetermined plane substantially orthogonal to an optical axis of the optical imaging system; a drive mechanism which drives the movable unit relative to the base in two directions orthogonal to the optical axis; a blur correcting function to correct a blur in the subject image due to a shake of the shake correcting system by moving the image sensor in an opposite direction to a direction of the blur with the drive mechanism; and a rotation restricting mechanism which prevents rotation of the movable frame around the optical axis with the rotation restricting element; characterized by further comprising: a slide mechanism which allows the movable unit to be freely movable in the predetermined plane, and comprises a magnet, a magnetic plate attracted to the magnet, a spherical element supported between the magnetic plate and the magnet. an optical imaging system; an image sensor which converts an optical image of a subject formed on a light receiving face by the optical imaging system into an electric signal; a movable unit which comprises a movable frame in which the image sensor is fixed and a rotation restricting element; a base which movably supports the movable unit in a predetermined plane substantially orthogonal to an optical axis of the optical imaging system; a drive mechanism which drives the movable unit relative to the base in two directions orthogonal to the optical axis; a blur correcting function to correct a blur in the subject image due to a shake of the shake correcting system by moving the image sensor in an opposite direction to a direction of the blur with the drive mechanism; and a rotation restricting mechanism which prevents rotation of the movable frame around the optical axis with the rotation restricting element; characterized by further comprising: a slide mechanism which allows the movable unit to be freely movable in the predetermined plane, and comprises a magnet, a magnetic plate attracted to the magnet, a spherical element supported between the magnetic plate and the magnet. a slide mechanism which allows the movable unit to be freely movable in the predetermined plane, and comprises a magnet, a magnetic plate attracted to the magnet, a spherical element supported between the magnetic plate and the magnet.
Resectoscope with an outer tube and an inner tube arranged in the outer tube and with a transporter comprising a main body, wherein the inner tube is attached to the main body with a proximal end, wherein at least one optical system is arranged in the inner tube and the inner tube is formed as an inflow and a volume between the outer tube and the inner tube is formed as an outflow for a rinsing liquid, wherein neither the cross section of the distal area nor the cross section of the proximal area is circular, characterized in that a cross section of a distal area of the inner tube is different from a cross section of a proximal area of the inner tube.
Method for downloading at least one software component (C1, C2,..., Cn) to a computer apparatus, such as a mobile phone, the method being implemented by the computer apparatus comprising an information processing unit having a memory, the downloading method comprising the following steps: - downloading to the memory of a first application from a first distribution means, - connection via the first application to a second distribution means, the downloading method being characterized in that the connection to the second distribution means is performed securely using an authentication code, and in that the downloading method further comprises the following steps: - downloading to the memory of a second application from the second distribution means, - secure connection (255, 275), via the second application to a third distribution means, and - downloading (265, 285) to the memory of the software component(s) (C1, C2,..., Cn) from the third distribution means. - downloading to the memory of a first application from a first distribution means, - connection via the first application to a second distribution means, - downloading to the memory of a second application from the second distribution means, - secure connection (255, 275), via the second application to a third distribution means, and - downloading (265, 285) to the memory of the software component(s) (C1, C2,..., Cn) from the third distribution means.
A method for obtaining a radiographic image of a patient's anatomy, the method executed at least in part on a computer and comprising: generating a series of N successive exposures [1..N] and acquiring each of N corresponding images as a component image, forming a composite image after each exposure by adding the component images starting with the second exposure n=2, evaluating an image quality characteristic of the component image for the first exposure n=1 and for the composite image after each subsequent exposure, wherein for the second exposure n = 2 and for each subsequent exposure n in [1..N], determining whether to terminate the step of generating the exposures by measuring a contrast-to-noise ratio of the composite image and determining whether the contrast-to-noise ratio is satisfactory, and conditioning one or more exposure setup parameters based on the evaluation of the image quality characteristics of the component image for the first exposure n = 1 and for the composite image after each subsequent exposure. generating a series of N successive exposures [1..N] and acquiring each of N corresponding images as a component image, forming a composite image after each exposure by adding the component images starting with the second exposure n=2, evaluating an image quality characteristic of the component image for the first exposure n=1 and for the composite image after each subsequent exposure, wherein for the second exposure n = 2 and for each subsequent exposure n in [1..N], determining whether to terminate the step of generating the exposures by measuring a contrast-to-noise ratio of the composite image and determining whether the contrast-to-noise ratio is satisfactory, and conditioning one or more exposure setup parameters based on the evaluation of the image quality characteristics of the component image for the first exposure n = 1 and for the composite image after each subsequent exposure.
A beam assembly comprising a substantially straight beam, which is arranged between two bearings (4, 6) and extends in a longitudinal direction and is composed of at least three segments (10, 12, 14), which are arranged one behind the other in the longitudinal direction and which are connected to each other by means of two head-plate joints, namely a middle segment and two outer segments (12, 14), wherein the bearings (4, 6) are prevented from moving in the longitudinal direction and wherein • the middle segment has a middle-segment head plate at each of its two ends and each of the two outer segments (12, 14) has an outer-segment head plate at its end facing towards the middle segment, • each outer-segment head plate is oriented complementarily to the middle-segment head plate which is opposite to it, in such a way that together, they form a head-plate joint, • the two head plates (18, 20) of each head-plate joint are connected to each other by means of connecting bolts, which are inserted through openings in the head plates (18, 20), characterized in that • the openings in at least one of the head plates of each head-plate joint are designed as elongated holes, and • both head-plate joints are inclined in opposite directions with respect to a plane normal to the longitudinal direction in such a way, and the elongated holes are arranged and oriented in such a way, that a lateral displacement of the middle segment in relation to the two outer segments (12, 14) is possible in the event of a thermal expansion or contraction of the segments (10, 12, 14). • the middle segment has a middle-segment head plate at each of its two ends and each of the two outer segments (12, 14) has an outer-segment head plate at its end facing towards the middle segment, • each outer-segment head plate is oriented complementarily to the middle-segment head plate which is opposite to it, in such a way that together, they form a head-plate joint, • the two head plates (18, 20) of each head-plate joint are connected to each other by means of connecting bolts, which are inserted through openings in the head plates (18, 20), • the openings in at least one of the head plates of each head-plate joint are designed as elongated holes, and • both head-plate joints are inclined in opposite directions with respect to a plane normal to the longitudinal direction in such a way, and the elongated holes are arranged and oriented in such a way, that a lateral displacement of the middle segment in relation to the two outer segments (12, 14) is possible in the event of a thermal expansion or contraction of the segments (10, 12, 14).
Method for predicting a state of a physical system, the method comprising the following steps: - providing a state space model of behaviour of a physical system, the model including covariances for state transition and measurement errors; - providing a data based regression model for prediction of state variables of the physical system; - observing a state vector comprising state variables of the physical system; - determining a prediction vector of state variables based on the state vector, using the regression model; and - combining information from the state space model with predictions from the regression model through a Bayesian filter. - providing a state space model of behaviour of a physical system, the model including covariances for state transition and measurement errors; - providing a data based regression model for prediction of state variables of the physical system; - observing a state vector comprising state variables of the physical system; - determining a prediction vector of state variables based on the state vector, using the regression model; and - combining information from the state space model with predictions from the regression model through a Bayesian filter.
An image processor which is configured: to receive a signal, to compare an individual frame under process, included in the received signal, with a preceding processed frame, to detect changes by dividing pixels of the individual frame into movement blocks of a predetermined size and to detect a given movement block as changed if in said movement block there are at least one pixel whose characteristic value has changed as compared with a corresponding pixel of the preceding processed frame by a predetermined threshold, where the characteristic value is a colour value, to provide an indication of the movement blocks that are unchanged as compared with the preceding processed frame, to generate a signal which indicates the changes by including in said signal the information on movement blocks detected as changed and information on movement blocks detected as unchanged such that said signal includes all the movement blocks of the frame under process, and to supply said signal to an encoder that compresses the received signal, characterized in that the image processor is configured to provide said indication to said encoder of the movement blocks that are unchanged by copying the pixel values in the movement blocks that are detected to be unchanged from the preceding processed frame. to receive a signal, to compare an individual frame under process, included in the received signal, with a preceding processed frame, to detect changes by dividing pixels of the individual frame into movement blocks of a predetermined size and to detect a given movement block as changed if in said movement block there are at least one pixel whose characteristic value has changed as compared with a corresponding pixel of the preceding processed frame by a predetermined threshold, where the characteristic value is a colour value, to provide an indication of the movement blocks that are unchanged as compared with the preceding processed frame, to generate a signal which indicates the changes by including in said signal the information on movement blocks detected as changed and information on movement blocks detected as unchanged such that said signal includes all the movement blocks of the frame under process, and to supply said signal to an encoder that compresses the received signal, characterized in that the image processor is configured to provide said indication to said encoder of the movement blocks that are unchanged by copying the pixel values in the movement blocks that are detected to be unchanged from the preceding processed frame.
A device for matching an input string to a pattern via a deterministic finite automaton, the DFA comprising a plurality of states including a current state, the input string comprising a plurality of input symbols, the device comprising: a pattern matching circuit that implements the DFA, the pattern matching circuit being configured to receive and serially process the input symbols of the input string in groups of m input symbols, wherein m is an integer that is greater than or equal to 1, the pattern matching circuit comprising: a transition table memory comprising a plurality of stored transitions, each stored transition being indexed by data corresponding to at least one input symbol, each transition comprising a next state identifier, transition retrieval logic configured to retrieve from the transition table memory each transition that is indexed by data corresponding to the at least one input symbol of the received input symbol group without consideration of the current state, and state selection logic configured to (i) receive each retrieved transition, (ii) determine which of the retrieved transitions corresponds to the current state, (iii) determine a next state for the DFA based on the next state identifier of the determined transition, and (iv) determine whether a match exists between the input string and the pattern based on the determined transition. a pattern matching circuit that implements the DFA, the pattern matching circuit being configured to receive and serially process the input symbols of the input string in groups of m input symbols, wherein m is an integer that is greater than or equal to 1, the pattern matching circuit comprising: a transition table memory comprising a plurality of stored transitions, each stored transition being indexed by data corresponding to at least one input symbol, each transition comprising a next state identifier, transition retrieval logic configured to retrieve from the transition table memory each transition that is indexed by data corresponding to the at least one input symbol of the received input symbol group without consideration of the current state, and state selection logic configured to (i) receive each retrieved transition, (ii) determine which of the retrieved transitions corresponds to the current state, (iii) determine a next state for the DFA based on the next state identifier of the determined transition, and (iv) determine whether a match exists between the input string and the pattern based on the determined transition.
A voltage standing wave ratio, VSWR, detector comprising: a power amplifier; a power amplifier over-voltage indication circuit configured to receive a sensed voltage of the power amplifier and generate a power amplifier over-voltage indication signal; a power amplifier over-current indication circuit configured to receive a sensed current of the power amplifier and generate a power amplifier over-current indication signal; a decision circuit configured to receive the power amplifier over-voltage indication signal, the power amplifier over-current indication signal and a ramp signal (VRAMP) representing a desired output level for the power amplifier, the decision circuit being configured to pass the ramp signal (VRAMP) at its output as a reference signal until one or both of the power amplifier over-voltage indication signal and the power amplifier over-current indication signal are exceeding a respective pre-defined threshold value, the decision circuit further being configured to block the ramp signal (VRAMP) from its output and instead provide a held ramp signal value as the reference signal in response to one or both of the power amplifier over-voltage indication signal and the power amplifier over-current indication signal exceeding the respective pre-defined threshold value; a peak detector circuitry configured to receive an output signal of the power amplifier and to generate a peak detection signal; an error amplifier configured to receive the peak detection signal and the reference signal and to generate an error signal based on the peak detection signal and the reference signal; and one or more power control actuation circuits configured to receive the error signal and to adjust a power level of the power amplifier based on the error signal.
A saw wire having asymmetrical crimps, the saw wire comprising an asymmetrical unit crimp that is continuously formed in a zigzag shape, wherein the asymmetrical unit crimp comprises a first portion and a second portion which is bent and extended from the first portion and is longer than the first portion, and a length ratio of the first portion to the second portion is from 1:1.2 to 1:4.
Method for influencing in an automated manner an actuator, in particular of a robot, a machine, an at least partially autonomous vehicle, a tool or a part thereof, wherein at least one state of the actuator or an environment of the actuator is provided by an exploration strategy for learning a policy, wherein an action for influencing in an automated manner the actuator is defined by the policy depending on the state, wherein a state value is defined as an expected value for a sum of rewards which are achieved when the policy is followed starting from the state, wherein a state action value is defined as an expected value for a sum of rewards which are achieved when an arbitrary action is initially executed in the state and then the policy is executed, wherein an advantage is defined depending on a difference between the state value and the state action, characterized in that, depending on the action and the state, a large number of advantages are defined by a large number of mutually independent artificial neural networks, wherein the large number of mutually independent artificial neural networks are designed to provide one advantage of the large number of advantages each, wherein the policy for the state defines the action which maximizes an empirical mean value over a distribution of the large number of advantages, wherein the exploration strategy specifies at least one state which locally maximizes an upper confidence bound, wherein the upper confidence bound is defined depending on an empirical mean value and a variance over the distribution of the large number of advantages.
Fastening system for a linear machine element (2, 102), especially a toothed rack or a linear guide for fastening in a machine bed (4, 104), comprising: a clamping element having a shank and a head, wherein the head has a diameter which is greater than the shank diameter; an eccentric comprising a sleeve having an eccentric bore and a torque-transmitting element, wherein the eccentric bore extends through the torque-transmitting element, wherein the diameter of the head is smaller than the eccentric bore inner diameter or at least corresponds to the eccentric bore inner diameter; and a linear machine element (2, 102) having a through-opening in which the clamping element and the sleeve of the eccentric are received. a clamping element having a shank and a head, wherein the head has a diameter which is greater than the shank diameter; an eccentric comprising a sleeve having an eccentric bore and a torque-transmitting element, wherein the eccentric bore extends through the torque-transmitting element, wherein the diameter of the head is smaller than the eccentric bore inner diameter or at least corresponds to the eccentric bore inner diameter; and a linear machine element (2, 102) having a through-opening in which the clamping element and the sleeve of the eccentric are received.
A light-emitting diode module, comprising: a housing body comprising: a top opening; and a bottom opening coupled to the top opening; a lens; a wavelength converting element fixed to the bottom of the lens, wherein the lens is attached to the top of the housing body so the wavelength converting element is located in the top opening; and an LED comprising a n-type layer, a light-emitting layer, and a p-type layer, wherein the LED is attached to the housing body in the bottom opening. a housing body comprising: a top opening; and a bottom opening coupled to the top opening; a top opening; and a bottom opening coupled to the top opening; a lens; a wavelength converting element fixed to the bottom of the lens, wherein the lens is attached to the top of the housing body so the wavelength converting element is located in the top opening; and an LED comprising a n-type layer, a light-emitting layer, and a p-type layer, wherein the LED is attached to the housing body in the bottom opening.
A light-emitting device comprising: a first electrode; a second electrode facing the first electrode; an interlayer between the first electrode and the second electrode and comprising an emission layer; and a capping layer, wherein the emission layer comprises a first emitter, the first emitter is configured to emit a first light having a first emission spectrum, the capping layer is in a path on which the first light travels, the first emitter comprises iridium, the capping layer comprises an amine-containing compound, and the value of ratio of CIEy to reflective index (RCR value) of the first light extracted to the outside through the capping layer is 38 or less, and the RCR value is calculated according to Equation 1: CIEy / R cap × 100 wherein, in Equation 1, CIEy is the y coordinate value of the CIE color coordinates of the first light extracted to the outside through the capping layer, and R(cap) is the refractive index of the amine-containing compound with respect to a second light having a wavelength of 530 nm, characterised in that a maximum emission peak wavelength of the first emission spectrum is from 520 nm to 550 nm. a first electrode; a second electrode facing the first electrode; an interlayer between the first electrode and the second electrode and comprising an emission layer; and a capping layer, wherein the emission layer comprises a first emitter, the first emitter is configured to emit a first light having a first emission spectrum, the capping layer is in a path on which the first light travels, the first emitter comprises iridium, the capping layer comprises an amine-containing compound, and the value of ratio of CIEy to reflective index (RCR value) of the first light extracted to the outside through the capping layer is 38 or less, and the RCR value is calculated according to Equation 1: CIEy / R cap × 100 wherein, in Equation 1, CIEy is the y coordinate value of the CIE color coordinates of the first light extracted to the outside through the capping layer, and R(cap) is the refractive index of the amine-containing compound with respect to a second light having a wavelength of 530 nm, characterised in that a maximum emission peak wavelength of the first emission spectrum is from 520 nm to 550 nm.