mhurhangee/patent-ind-claim-en huggingface dataset:
A method for mapping the trajectory of a part of the anatomy of a human or animal body, the method comprising: receiving first sensor signals from a sensor attached to part of the anatomy of the human or animal body, wherein the first sensor signals comprise three dimensional position information indicating the location of the sensor; determining from the first sensor signals at least two angles of rotation of the part of the anatomy to which the sensor is attached with respect to a centre of rotation of another part of the body, wherein the angles of rotation are selected from pitch, yaw and roll; transforming the signals to provide two dimensional coordinate data defined in a two dimensional coordinate space wherein a first dimension in the two dimensional coordinate space represents a first angle of rotation of the part of the anatomy and a second dimension in the two dimensional coordinate space represents a second angle of rotation of the part of the anatomy; and storing the two dimensional coordinate data, wherein transforming the signals comprises mapping the signals to an image space for display of the trajectory of the part of the anatomy. receiving first sensor signals from a sensor attached to part of the anatomy of the human or animal body, wherein the first sensor signals comprise three dimensional position information indicating the location of the sensor; determining from the first sensor signals at least two angles of rotation of the part of the anatomy to which the sensor is attached with respect to a centre of rotation of another part of the body, wherein the angles of rotation are selected from pitch, yaw and roll; transforming the signals to provide two dimensional coordinate data defined in a two dimensional coordinate space wherein a first dimension in the two dimensional coordinate space represents a first angle of rotation of the part of the anatomy and a second dimension in the two dimensional coordinate space represents a second angle of rotation of the part of the anatomy; and storing the two dimensional coordinate data, wherein transforming the signals comprises mapping the signals to an image space for display of the trajectory of the part of the anatomy.
Insert half (10; 70; ) for sealing around a cable , pipe or wire, said insert half comprising: a body (11; 71) with a first and a second end , a first side intended to be arranged towards a corresponding first side of a substantially identical insert half , and a groove arranged in said first side and extending between the first and second end along an axis A, wherein a plurality of recesses (17; 77) extending substantially transverse to the axis A are formed in the groove along axis A; and at least one insert (20; 30; 40; 80) removably arranged within said groove, said insert is formed by at least two elements (21; 31; 44; 81) bonded to each other and arranged side by side along axis A, said insert having an outside shape corresponding to the shape of the groove and the recesses such that the insert could be arranged anywhere along the groove, wherein each element comprises a semi-circular passage with different radius co-axial to axis A. a body (11; 71) with a first and a second end , a first side intended to be arranged towards a corresponding first side of a substantially identical insert half , and a groove arranged in said first side and extending between the first and second end along an axis A, wherein a plurality of recesses (17; 77) extending substantially transverse to the axis A are formed in the groove along axis A; and at least one insert (20; 30; 40; 80) removably arranged within said groove, said insert is formed by at least two elements (21; 31; 44; 81) bonded to each other and arranged side by side along axis A, said insert having an outside shape corresponding to the shape of the groove and the recesses such that the insert could be arranged anywhere along the groove, wherein each element comprises a semi-circular passage with different radius co-axial to axis A.
A biometric image processing apparatus comprising: a touch panel ; a biometric sensor configured to capture images of a part of a living body ; a first calculation unit configured to calculate an amount of movement of the part of the living body that moves on the touch panel while coming into contact with the touch panel ; a second calculation unit configured to calculate an amount of movement of each region in images captured by the biometric sensor in the period in which the part of the living body moves on the touch panel while coming into contact with the touch panel ; and a detection unit configured to detect a noise region in the captured images based on a comparison, for the each region, between a change in the amount of movement calculated by the first calculation unit and a change in the amount of movement calculated by the second calculation unit , wherein the detection unit detects a region where the change in the amount of movement calculated by the second calculation unit does not match the change in the amount of movement calculated by the first calculation unit as the noise region. a touch panel ; a biometric sensor configured to capture images of a part of a living body ; a first calculation unit configured to calculate an amount of movement of the part of the living body that moves on the touch panel while coming into contact with the touch panel ; a second calculation unit configured to calculate an amount of movement of each region in images captured by the biometric sensor in the period in which the part of the living body moves on the touch panel while coming into contact with the touch panel ; and a detection unit configured to detect a noise region in the captured images based on a comparison, for the each region, between a change in the amount of movement calculated by the first calculation unit and a change in the amount of movement calculated by the second calculation unit , wherein the detection unit detects a region where the change in the amount of movement calculated by the second calculation unit does not match the change in the amount of movement calculated by the first calculation unit as the noise region.
A fabric printer comprising a wrinkle detector for detecting creases or wrinkles to protect a print head of said fabric printer from occlusion by protruding fabric, the wrinkle detector comprising a mounting located in advance of a print head relative to fabric approaching to be printed, the mounting comprising at least one deflectable element extending into a predetermined clearance zone between said printing head and said fabric, wherein deflection of said at least one deflectable element is used as an indicator of fabric protruding into the clearance zone, characterized in that a plurality of said at least one deflectable element form a comb structure wherein teeth of said comb extend into said clearance zone in advance of said print head as said print head moves relative to fabric to be printed.
A vehicle for removing pieces of roadside litter from an area proximal to the vehicle, the vehicle comprising: an arm that is moveable into a litter collecting position; a collector located at a distal end of the arm and configured for collecting the piece of roadside litter; an arm control system whereby movement of the arm to respective pieces of roadside litter is controllable by an operator of the vehicle; a conduit for conveying collected pieces of roadside litter to a storage bin ; characterised in that it further comprises a roadside litter locating system for mapping a location of the pieces of roadside litter in the area proximal to the vehicle, wherein the roadside litter locating system comprises: one or more cameras for recording a digital image of the area proximal to the vehicle and an image analyser for identifying the pieces of roadside litter in the digital image, wherein the image analyser comprises image recognition to recognise one or both of: predefined pieces of roadside litter, and predefined objects which are expected to be found in the area proximal to the vehicle. an arm that is moveable into a litter collecting position; a collector located at a distal end of the arm and configured for collecting the piece of roadside litter; an arm control system whereby movement of the arm to respective pieces of roadside litter is controllable by an operator of the vehicle; a conduit for conveying collected pieces of roadside litter to a storage bin ; characterised in that it further comprises a roadside litter locating system for mapping a location of the pieces of roadside litter in the area proximal to the vehicle, wherein the roadside litter locating system comprises: one or more cameras for recording a digital image of the area proximal to the vehicle and an image analyser for identifying the pieces of roadside litter in the digital image, wherein the image analyser comprises image recognition to recognise one or both of: predefined pieces of roadside litter, and predefined objects which are expected to be found in the area proximal to the vehicle. one or more cameras for recording a digital image of the area proximal to the vehicle and an image analyser for identifying the pieces of roadside litter in the digital image, wherein the image analyser comprises image recognition to recognise one or both of: predefined pieces of roadside litter, and predefined objects which are expected to be found in the area proximal to the vehicle.
A learning method for learning reduction of distortion occurred in a warped image generated in a process of stabilizing a jittered image by using a GAN(Generative Adversarial Network) including a generating network and a discriminating network , comprising steps of: (a) a learning device, if at least one initial image is acquired, instructing an adjusting layer included in the generating network to adjust at least part of initial feature values corresponding to pixels included in the initial image, to thereby transform the initial image into at least one adjusted image; and (b) the learning device, if (i) a naturality score representing at least one probability of the adjusted image being determined as real by the discriminating network, (ii) a maintenance score representing whether one or more initial objects included in the initial image are included in the adjusted image with their characteristics maintained, and (iii) 2. a similarity score representing a degree of similarity between the initial image and the adjusted image are acquired, instructing a loss layer included in the generating network to generate a generating network loss by referring to said naturality score, maintenance score and similarity score, and learn parameters of the generating network by backpropagating the generating network loss. (a) a learning device, if at least one initial image is acquired, instructing an adjusting layer included in the generating network to adjust at least part of initial feature values corresponding to pixels included in the initial image, to thereby transform the initial image into at least one adjusted image; and (b) the learning device, if (i) a naturality score representing at least one probability of the adjusted image being determined as real by the discriminating network, (ii) a maintenance score representing whether one or more initial objects included in the initial image are included in the adjusted image with their characteristics maintained, and (iii) 2. a similarity score representing a degree of similarity between the initial image and the adjusted image are acquired, instructing a loss layer included in the generating network to generate a generating network loss by referring to said naturality score, maintenance score and similarity score, and learn parameters of the generating network by backpropagating the generating network loss.
A laser light source device comprising a base plate and a plurality of laser light source units , said plurality of laser light source units each including a laser light source emitting a ray of laser light having an elliptic cross section in a first direction, said laser light source arranged on the same plane of said base plate , a first reflection mirror disposed on the optical axis of said ray of laser light and reflecting said ray of laser light in a second direction parallel to the base plate, wherein a reflective surface of said first reflection mirror is inclined at an inclination angle of 45 degrees with respect to the base plate and a mirror holder holding said first reflection mirror , said plurality of laser light source units being arranged in such a manner that the laser light source units are adjacent to each other and adjoin each other in series, said laser light source device further comprising a second reflection mirror reflecting, in a third direction perpendicular to said base plate , said ray of laser light reflected in said second direction, said second reflection mirror being held by said mirror holder , characterized in that each of said first reflection mirrors excepting the first reflection mirror in the series close to the second reflection mirror, is configured to be rotated at an angle (θ) with respect to said optical axis of said ray of laser light emitted from its laser light source in such a maximum extent of said angle (θ) that said ray of laser light bents at said first reflection mirror to pass near the preceding first reflection mirror in the series, does not to interfere with said preceding first reflection mirror and is incident on the second reflection mirror . a laser light source emitting a ray of laser light having an elliptic cross section in a first direction, said laser light source arranged on the same plane of said base plate , a first reflection mirror disposed on the optical axis of said ray of laser light and reflecting said ray of laser light in a second direction parallel to the base plate, wherein a reflective surface of said first reflection mirror is inclined at an inclination angle of 45 degrees with respect to the base plate and a mirror holder holding said first reflection mirror ,
A method for hydrolytic cleavage of zearalenone and/or at least one zearalenone derivative by means of a hydrolytically cleaving polypeptide, characterized in that the zearalenone and/or at least one zearalenone derivative is hydrolysed by the polypeptide, which is a hydrolase having an amino acid sequence selected from the group of sequence ID numbers 10 and 11, in particular the sequence ID No. 11 or a functional variant thereof, wherein a sequence identity of at least 70 % exists between the functional variant and the amino acid sequence.
A method comprising: triggering, by a gateway device and at a first time, a capture of a first waveform from a first intelligent electronic device (IED) associated with a first asset in a power system ; transmitting, by the gateway device , the waveform to a remote device; extracting fault features from the first waveform corresponding to different failure modes associated with the asset of the power system ; determining, based on the features extracted from first waveform, that a fault of a first fault mode has occurred in the asset ; and providing an alert that the fault has been identified, wherein the alert initiates or facilitates a control action in the power system , creating a first cluster of asset including the first asset and a second asset ; triggering, by the gateway device , a capture of a second waveform from a second IED associated with the second asset in the power system ; sending, by the gateway device and to the remote device, the second waveform; and establishing an operational baseline for the first cluster of asset based on the first waveform and the second waveform; wherein establishing the operational baseline for the first cluster further comprises establishing an operational baseline for a first data bin comprising a first range of operating conditions for the first cluster, and wherein the method further comprises establishing a second operational baseline for the first cluster for a second data bin comprising a second range of operating conditions for the first cluster. triggering, by a gateway device and at a first time, a capture of a first waveform from a first intelligent electronic device (IED) associated with a first asset in a power system ; transmitting, by the gateway device , the waveform to a remote device; extracting fault features from the first waveform corresponding to different failure modes associated with the asset of the power system ; determining, based on the features extracted from first waveform, that a fault of a first fault mode has occurred in the asset ; and providing an alert that the fault has been identified, wherein the alert initiates or facilitates a control action in the power system , creating a first cluster of asset including the first asset and a second asset ; triggering, by the gateway device , a capture of a second waveform from a second IED associated with the second asset in the power system ; sending, by the gateway device and to the remote device, the second waveform; and establishing an operational baseline for the first cluster of asset based on the first waveform and the second waveform; wherein establishing the operational baseline for the first cluster further comprises establishing an operational baseline for a first data bin comprising a first range of operating conditions for the first cluster, and wherein the method further comprises establishing a second operational baseline for the first cluster for a second data bin comprising a second range of operating conditions for the first cluster.
A numerically controlled multi-spindle lathe comprising: a bearing structure with a base extending according to a first translation axis (X); wherein the base comprises an upper side (9.3) and two side walls (9.1, 9.2), extending in the direction of the first translation axis (X); a plurality of pairs of turning members for rotating workpieces (P), each pair comprising a center and a tailstock that are coaxial with each other and define a respective rotation axis (A) of the workpieces (P); wherein each center is motorized; and wherein the distance between the centers and the tailstocks is adjustable; a first carriage guided on first guides integral with the base and extending in the direction of the first translation axis (X); wherein the first carriage is provided with a numerically controlled movement along the first translation axis (X); a second carriage , supported by the first carriage and movable with a numerically controlled movement with respect to the first carriage , on second guides , in the direction of a second translation axis (Y), orthogonal to the first translation axis (X); and a plurality of spindles with parallel axes, carried by the second carriage and adapted to rotate tools (U) configured to work simultaneously workpieces mounted between the centers and the tailstocks ; characterised in that the first guides are applied to at least one first side wall of the base and the first carriage is adjacent to said first wall and extends vertically beyond the upper surface of the base . a bearing structure with a base extending according to a first translation axis (X); wherein the base comprises an upper side (9.3) and two side walls (9.1, 9.2), extending in the direction of the first translation axis (X); a plurality of pairs of turning members for rotating workpieces (P), each pair comprising a center and a tailstock that are coaxial with each other and define a respective rotation axis (A) of the workpieces (P); wherein each center is motorized; and wherein the distance between the centers and the tailstocks is adjustable; a first carriage guided on first guides integral with the base and extending in the direction of the first translation axis (X); wherein the first carriage is provided with a numerically controlled movement along the first translation axis (X); a second carriage , supported by the first carriage and movable with a numerically controlled movement with respect to the first carriage , on second guides , in the direction of a second translation axis (Y), orthogonal to the first translation axis (X); and a plurality of spindles with parallel axes, carried by the second carriage and adapted to rotate tools (U) configured to work simultaneously workpieces mounted between the centers and the tailstocks ; characterised in that the first guides are applied to at least one first side wall of the base and the first carriage is adjacent to said first wall and extends vertically beyond the upper surface of the base .
Image processing device for processing a raw camera image of a camera unit arranged in a door of a rinsing device , wherein the image processing device has the following features: a read-in means that is designed to read in an image signal , representing the raw camera image , via an interface to the camera unit and that is designed to read in an inclination signal , representing an inclination angle (212; 500) of the door , via an interface to an inclination sensor , and a masking means that is designed to mask at least one image region of the raw camera image using the image signal and the inclination signal , wherein predefined maskings are applied as a function of the inclination angle (212; 500) of the door , which maskings are in each case designed to match the inclination angle (212; 500) of the door in such a way that a region that represents an environment outside a housing frame of the rinsing device is masked as the image region of the raw camera image , and to provide the masked raw camera image as a camera image to an interface to a display means and/or an evaluation means. a read-in means that is designed to read in an image signal , representing the raw camera image , via an interface to the camera unit and that is designed to read in an inclination signal , representing an inclination angle (212; 500) of the door , via an interface to an inclination sensor , and a masking means that is designed to mask at least one image region of the raw camera image using the image signal and the inclination signal , wherein predefined maskings are applied as a function of the inclination angle (212; 500) of the door , which maskings are in each case designed to match the inclination angle (212; 500) of the door in such a way that a region that represents an environment outside a housing frame of the rinsing device is masked as the image region of the raw camera image , and to provide the masked raw camera image as a camera image to an interface to a display means and/or an evaluation means.