mhurhangee/ep-ind-claims huggingface dataset:
Method of controlling a traffic surveillance system, the system having a plurality of stereoscopic sensors connected (100a - 100d) to a processing unit, wherein each stereoscopic sensor of the plurality of stereoscopic sensors (100a - 100d) is configured for capturing a first image and a second image capable of being processed into a height image by the processing unit, and further configured to define and monitor a main surveillance zone defining a primary coverage in a surveillance plane at a predetermined distance from the stereoscopic sensor, such that any one of the captured first image, the captured second image and the processed height image includes a primary view corresponding to the primary coverage of the stereoscopic sensor, wherein the method comprises the steps of: - capturing first images and second images over time by the plurality of the stereoscopic sensors; - processing a first image and a second image from a first stereoscopic sensor of the plurality of the stereoscopic sensors to produce a first height image therefrom by means of the processing unit; - analysing said first height image to detect a moving object such as a vehicle located within the primary view of the first stereoscopic sensor; and - analysing a part of a primary view of at least a first image, a second image and/or a combination of the first and second images captured by a second stereoscopic sensor based on the detected moving object in said first height image to determine a characteristic of the moving object. - capturing first images and second images over time by the plurality of the stereoscopic sensors; - processing a first image and a second image from a first stereoscopic sensor of the plurality of the stereoscopic sensors to produce a first height image therefrom by means of the processing unit; - analysing said first height image to detect a moving object such as a vehicle located within the primary view of the first stereoscopic sensor; and - analysing a part of a primary view of at least a first image, a second image and/or a combination of the first and second images captured by a second stereoscopic sensor based on the detected moving object in said first height image to determine a characteristic of the moving object.
Rotary switch (1, 101) comprising: - a rotor (15, 115) supporting at least one electro-conductive rotary contact bridge (19, 119); - a plurality of stationary contacts (21, 121); - a housing (3, 103) accommodating the stationary contacts and the rotor, the rotor being rotatable within the housing between a plurality of positions, in which the rotary contact bridge contacts different combinations of stationary contacts; - the housing comprising a plurality of sides (5, 105) extending between a top side and a bottom side, at least two of these sides (5, 105) being provided with access openings (62, 162), said sides making an angle with each other, the switch (1, 101) being a multideck switch, the housing (3, 103) comprising a stack of decks (7, 107), wherein at least one of the decks accommodates two stationary contacts (21, 121) at each side of the deck, characterised in that each access opening provides access to an associated one of said plurality of stationary contacts; and further in that the housing comprises recesses (61, 137) along corner edges between two adjacent sides, said access openings (62, 162) being provided in said recesses. - a rotor (15, 115) supporting at least one electro-conductive rotary contact bridge (19, 119); - a plurality of stationary contacts (21, 121); - a housing (3, 103) accommodating the stationary contacts and the rotor, the rotor being rotatable within the housing between a plurality of positions, in which the rotary contact bridge contacts different combinations of stationary contacts; - the housing comprising a plurality of sides (5, 105) extending between a top side and a bottom side, at least two of these sides (5, 105) being provided with access openings (62, 162), said sides making an angle with each other, the switch (1, 101) being a multideck switch, the housing (3, 103) comprising a stack of decks (7, 107), wherein at least one of the decks accommodates two stationary contacts (21, 121) at each side of the deck, characterised in that each access opening provides access to an associated one of said plurality of stationary contacts; and further in that the housing comprises recesses (61, 137) along corner edges between two adjacent sides, said access openings (62, 162) being provided in said recesses.
A method comprising: accessing a three-dimensional map of a structure, wherein the three-dimensional map encodes a set of points in three-dimensional space on surfaces of the structure; generating one or more facets based on coplanar points of the set of points encoded in the three-dimensional space by the three-dimensional map, wherein a given facet of the one or more facets is a polygon on a plane in three-dimensional space fit to a subset of the points in the three-dimensional map, and is identified by searching for the largest expanses of coplanar points in the three-dimensional map with low ratios of outlier points, and then fitting planes to the subsets of points; and generating a scan plan based on the one or more facets, wherein the scan plan includes a sequence of poses for an unmanned aerial vehicle to assume to enable capture, using one or more image sensors of the unmanned aerial vehicle, of images of the structure at a consistent distance from each of the one or more facets. accessing a three-dimensional map of a structure, wherein the three-dimensional map encodes a set of points in three-dimensional space on surfaces of the structure; generating one or more facets based on coplanar points of the set of points encoded in the three-dimensional space by the three-dimensional map, wherein a given facet of the one or more facets is a polygon on a plane in three-dimensional space fit to a subset of the points in the three-dimensional map, and is identified by searching for the largest expanses of coplanar points in the three-dimensional map with low ratios of outlier points, and then fitting planes to the subsets of points; and generating a scan plan based on the one or more facets, wherein the scan plan includes a sequence of poses for an unmanned aerial vehicle to assume to enable capture, using one or more image sensors of the unmanned aerial vehicle, of images of the structure at a consistent distance from each of the one or more facets.
A method for operating a particle detection system, comprising a light source and an image capturing means, the method being configured to synchronise the light source and the image capturing means, the method comprising: allowing the light source to oscillate on and off at a predetermined rate; identifying the light source in a plurality of video images captured by the image capturing means and; based on the captured video images, continually modifying the image capturing means frame rate to remain in synchronisation with oscillation of the light source. allowing the light source to oscillate on and off at a predetermined rate; identifying the light source in a plurality of video images captured by the image capturing means and; based on the captured video images, continually modifying the image capturing means frame rate to remain in synchronisation with oscillation of the light source.
A quick-acting clamping cylinder for general locking tasks in mechanical engineering in order to anchor a retractable nipple that is arranged on any desired part, wherein the quick-acting clamping cylinder includes a movable piston and balls that are lockable in relation to the retractable nipple, and the functionally significant components of the quick-acting clamping cylinder take the form of an insertion module (21; 25) which can be inserted into the housing of the quick-acting clamping cylinder in modular manner, characterised in that the insertion module includes a spring-holding plate (22; 26) that is different from the piston, a spring and a ball seating (6; 27; 56) on which the balls are supported, and a connection that holds the spring-holding plate (22; 26) and the ball seating (6; 27) together, wherein the spring-holding plate (22; 26) forms an annular receptacle for the one side of the spring, and the other end of the spring abuts against the underside of the ball seating (6; 27) such that the spring is clamped fixedly in a defined manner between these two parts (22; 26, 6; 27) and is held fixed by a screw or a thread under a considerable bias.
A drive transmission group to a steer wheel of a vehicle which comprises: at least a drive chain ring associable to actuating means in rotation able to impart a rotary motion to the chain ring, - at least a driven chain ring solidly associated in rotation coaxially to the steer wheel, - at least a first intermediate chain ring and a second intermediate chain ring connected respectively to the drive chain ring and to the driven chain ring by means of respective flexible organs (35, 36), - a universal joint comprising a spider on a first arm of which the first intermediate chain ring is associated, rotatably with respect to an axis of the first arm, and on a second arm of which the second intermediate chain ring is associated, rotatably with respect to an axis of the second arm, characterised in that the first intermediate chain ring is concentric to the spider. at least a drive chain ring associable to actuating means in rotation able to impart a rotary motion to the chain ring, - at least a driven chain ring solidly associated in rotation coaxially to the steer wheel, - at least a first intermediate chain ring and a second intermediate chain ring connected respectively to the drive chain ring and to the driven chain ring by means of respective flexible organs (35, 36), - a universal joint comprising a spider on a first arm of which the first intermediate chain ring is associated, rotatably with respect to an axis of the first arm, and on a second arm of which the second intermediate chain ring is associated, rotatably with respect to an axis of the second arm, - at least a driven chain ring solidly associated in rotation coaxially to the steer wheel, - at least a first intermediate chain ring and a second intermediate chain ring connected respectively to the drive chain ring and to the driven chain ring by means of respective flexible organs (35, 36), - a universal joint comprising a spider on a first arm of which the first intermediate chain ring is associated, rotatably with respect to an axis of the first arm, and on a second arm of which the second intermediate chain ring is associated, rotatably with respect to an axis of the second arm,
Color changer (10, 80), comprising • a base module (12, 82,112) with at least two input channels (14, 16, 18) leading to an output channel (64, 106) for paint material, • wherein each of the at least two input channels (14, 16, 18) is provided with an associated paint valve (26, 38, 30) for closing the input channel (14, 16, 18) in the steady state, • wherein each of the associated paint valves (26, 38, 30) can be opened by applying an air pressure (38, 40) through a respective associated pilot air channel (32, 34, 36, 114, 116), • wherein in the outlet ends (48, 50, 98, 100, 102) of the input channels (14, 16, 18) for paint material are arranged along a circular path around a center axis, • wherein a selector device (62, 84,118) is foreseen, which is rotatable relatively to the base module (12, 82,112) around the center axis of the circular path, • wherein the rotatable selector device (62, 84,118) comprises at least a section of the output channel (64, 84) that's inlet end is - dependent on the actual position of rotation - connectable with a respective outlet end (48, 50, 98, 100, 102) of one of the input channels (14, 16, 18), characterized in that the rotatable selector device (62, 84,118) comprises a supply channel for pilot air, that's outlet end is connectable with the respective inlet end of the associated pilot air channel (32, 34, 36, 114, 116) in the same position of rotation. • a base module (12, 82,112) with at least two input channels (14, 16, 18) leading to an output channel (64, 106) for paint material, • wherein each of the at least two input channels (14, 16, 18) is provided with an associated paint valve (26, 38, 30) for closing the input channel (14, 16, 18) in the steady state, • wherein each of the associated paint valves (26, 38, 30) can be opened by applying an air pressure (38, 40) through a respective associated pilot air channel (32, 34, 36, 114, 116), • wherein in the outlet ends (48, 50, 98, 100, 102) of the input channels (14, 16, 18) for paint material are arranged along a circular path around a center axis, • wherein a selector device (62, 84,118) is foreseen, which is rotatable relatively to the base module (12, 82,112) around the center axis of the circular path, • wherein the rotatable selector device (62, 84,118) comprises at least a section of the output channel (64, 84) that's inlet end is - dependent on the actual position of rotation - connectable with a respective outlet end (48, 50, 98, 100, 102) of one of the input channels (14, 16, 18),
A method for wireless communication at a base station, comprising: determining a mobility parameter associated with a user equipment, UE; transmitting, using a first base station beam, a first message to the UE, the first message comprising a pre-grant communication and a plurality of downlink beam refinement reference signals; receiving a second message from the UE in response to the first message, the second message comprising a pre-grant acknowledgment and a plurality of uplink beam refinement reference signals; selecting a second base station beam based at least in part on the plurality of uplink beam refinement reference signals; and transmitting, using the second base station beam, a third message to the UE, wherein a width of the second base station beam is less than a width of the first base station beam, and further wherein the width of the first base station beam is based at least in part on the mobility parameter. determining a mobility parameter associated with a user equipment, UE; transmitting, using a first base station beam, a first message to the UE, the first message comprising a pre-grant communication and a plurality of downlink beam refinement reference signals; receiving a second message from the UE in response to the first message, the second message comprising a pre-grant acknowledgment and a plurality of uplink beam refinement reference signals; selecting a second base station beam based at least in part on the plurality of uplink beam refinement reference signals; and transmitting, using the second base station beam, a third message to the UE, wherein a width of the second base station beam is less than a width of the first base station beam, and further wherein the width of the first base station beam is based at least in part on the mobility parameter.
An implantation tool for implanting a medical device subcutaneously, comprising: - a core extending along a longitudinal axis, the core comprising a longitudinal recess extending along said longitudinal axis, - a shell protruding from a first end of the core in the direction of the longitudinal axis, wherein the shell comprises a first slot and a second slot opposing the first slot, wherein the first slot and the second slot segment the shell into a first part and a second part, wherein the shell defines a compartment for carrying the medical implant, which compartment is connected to the longitudinal recess, and wherein the shell comprises at least a locked configuration and an unlocked configuration for releasing the medical implant from the shell, and - a rod extending along the longitudinal axis and arranged in said longitudinal recess, wherein the arrangement in the longitudinal recess is such that the rod is in contact with the medical implant. - a core extending along a longitudinal axis, the core comprising a longitudinal recess extending along said longitudinal axis, - a shell protruding from a first end of the core in the direction of the longitudinal axis, wherein the shell comprises a first slot and a second slot opposing the first slot, wherein the first slot and the second slot segment the shell into a first part and a second part, wherein the shell defines a compartment for carrying the medical implant, which compartment is connected to the longitudinal recess, and wherein the shell comprises at least a locked configuration and an unlocked configuration for releasing the medical implant from the shell, and - a rod extending along the longitudinal axis and arranged in said longitudinal recess, wherein the arrangement in the longitudinal recess is such that the rod is in contact with the medical implant.
An electrical switch comprising: a first fixed contact, a second fixed contact, a movable knife contact comprising at least one longitudinal pair of blades (410, 420), said blades (410, 420) being flexibly connected to each other, whereby the blades (410, 420) form, in a switching event, contact with contact portions (120, 220) of the first and/or the second fixed contact (100, 200), characterized in that opposite surfaces of the contact portions (120, 220) of the first and the second fixed contact (100, 200), which in a switching event are seated between the blades (410, 420), comprise a roughened area (130, 230) and the inner surface of each blade (410, 420) in the pair of blades comprises a from the surface protruding area, which in a switching event glide over the roughened area (130, 230), or opposite surfaces of the contact portions (120, 220) of the first and the second fixed contact (100, 200), which in a switching event are seated between the blades (410, 420), comprise a from the surface protruding area and the inner surface of each blade (410, 420) in the pair of blades comprises a roughened area, which in a switching event glide over the protruding area. a first fixed contact, a second fixed contact, a movable knife contact comprising at least one longitudinal pair of blades (410, 420), said blades (410, 420) being flexibly connected to each other, whereby the blades (410, 420) form, in a switching event, contact with contact portions (120, 220) of the first and/or the second fixed contact (100, 200), characterized in that opposite surfaces of the contact portions (120, 220) of the first and the second fixed contact (100, 200), which in a switching event are seated between the blades (410, 420), comprise a roughened area (130, 230) and the inner surface of each blade (410, 420) in the pair of blades comprises a from the surface protruding area, which in a switching event glide over the roughened area (130, 230), or opposite surfaces of the contact portions (120, 220) of the first and the second fixed contact (100, 200), which in a switching event are seated between the blades (410, 420), comprise a from the surface protruding area and the inner surface of each blade (410, 420) in the pair of blades comprises a roughened area, which in a switching event glide over the protruding area.
A system comprising: a flow cytometer configured to generate data indicative of a pulse waveform corresponding to a fluorescence signal of a biological sample; circuitry configured to: determine peak position information of the pulse waveform by identifying at least one peak of the pulse waveform; and determine at least one biological characteristic of the biological sample based on the peak position information, wherein determining peak position information includes identifying a number of peaks, characterized in that determining at least one biological characteristic includes determining a number of locations of at least one biological component within the biological sample based on the number of peaks. a flow cytometer configured to generate data indicative of a pulse waveform corresponding to a fluorescence signal of a biological sample; circuitry configured to: determine peak position information of the pulse waveform by identifying at least one peak of the pulse waveform; and determine at least one biological characteristic of the biological sample based on the peak position information, wherein determining peak position information includes identifying a number of peaks, determine peak position information of the pulse waveform by identifying at least one peak of the pulse waveform; and determine at least one biological characteristic of the biological sample based on the peak position information, wherein determining peak position information includes identifying a number of peaks, characterized in that determining at least one biological characteristic includes determining a number of locations of at least one biological component within the biological sample based on the number of peaks.
A recombinant single-chain meganuclease comprising: a first LAGLIDADG subunit comprising a polypeptide sequence having at least 85% sequence identity to residues 9-151 of a wild-type I-CreI meganuclease of SEQ ID NO: 1 and having a first recognition half-site; a second LAGLIDADG subunit comprising a polypeptide sequence having at least 85% sequence identity to residues 9-151 of a wild-type I-CreI meganuclease of SEQ ID NO: 1 and having a second recognition half-site; wherein said first and second LAGLIDADG subunits are covalently joined with a polypeptide linker, wherein said linker is a flexible linker and comprises greater than 25 and less than 31 residues; said first subunit being covalently bound to said polypeptide linker at a residue corresponding to a position selected from the group consisting of positions 151-153 of SEQ ID NO: 1; said second subunit being covalently bound to said polypeptide linker at a residue corresponding to a position selected from the group consisting of positions 7-9 of SEQ ID NO: 1; and wherein said first and second LAGLIDADG subunits are capable of functioning together to recognize and cleave a non-palindromic DNA sequence which is a hybrid of said first recognition half-site and said second recognition half-site. a first LAGLIDADG subunit comprising a polypeptide sequence having at least 85% sequence identity to residues 9-151 of a wild-type I-CreI meganuclease of SEQ ID NO: 1 and having a first recognition half-site; a second LAGLIDADG subunit comprising a polypeptide sequence having at least 85% sequence identity to residues 9-151 of a wild-type I-CreI meganuclease of SEQ ID NO: 1 and having a second recognition half-site; wherein said first and second LAGLIDADG subunits are covalently joined with a polypeptide linker, wherein said linker is a flexible linker and comprises greater than 25 and less than 31 residues; said first subunit being covalently bound to said polypeptide linker at a residue corresponding to a position selected from the group consisting of positions 151-153 of SEQ ID NO: 1; said second subunit being covalently bound to said polypeptide linker at a residue corresponding to a position selected from the group consisting of positions 7-9 of SEQ ID NO: 1; and wherein said first and second LAGLIDADG subunits are capable of functioning together to recognize and cleave a non-palindromic DNA sequence which is a hybrid of said first recognition half-site and said second recognition half-site.