mhurhangee/ep-ind-claims huggingface dataset:
An optical gauge for calibration of a robot, said optical gauge comprising: a first optical transmitter in communication with a first optical receiver to form a first optical micrometer defining a first direction of planar measurement; a second optical transmitter in communication with a second optical receiver to form a second optical micrometer defining a second direction of planar measurement nearly perpendicular to the first direction, said first optical micrometer being offset in a fixed position from said second optical micrometer by a known gap distance in a third direction orthogonal to the first direction and the second direction to create a measurement void with the first direction of planar measurement and the second direction of planar measurement in a space defined between said first optical transmitter and said first optical receiver and between said second optical transmitter and said second optical receiver to obtain calibration data as to position or size of said robot when positioned within or passed through the measurement void; characterized in that it comprises a processor configured to calibrate or verify the calibration of said robot with the calibration data, wherein said processor is adapted to store three measured positions of an end effector of said robot within said measurement void and to calculate and store a set of side lengths and a set of angles between said three measured positions in three dimensional space as a comparison tool to verify the robot calibration in a subsequent calibration procedure. a first optical transmitter in communication with a first optical receiver to form a first optical micrometer defining a first direction of planar measurement; a second optical transmitter in communication with a second optical receiver to form a second optical micrometer defining a second direction of planar measurement nearly perpendicular to the first direction, said first optical micrometer being offset in a fixed position from said second optical micrometer by a known gap distance in a third direction orthogonal to the first direction and the second direction to create a measurement void with the first direction of planar measurement and the second direction of planar measurement in a space defined between said first optical transmitter and said first optical receiver and between said second optical transmitter and said second optical receiver to obtain calibration data as to position or size of said robot when positioned within or passed through the measurement void; characterized in that it comprises a processor configured to calibrate or verify the calibration of said robot with the calibration data, wherein said processor is adapted to store three measured positions of an end effector of said robot within said measurement void and to calculate and store a set of side lengths and a set of angles between said three measured positions in three dimensional space as a comparison tool to verify the robot calibration in a subsequent calibration procedure.
An autonomous surface treating appliance comprising a main body defining an outer plan profile, and having a drive arrangement mounted inboard of the outer plan profile of the main body and configured to propel the appliance in a direction of movement across a surface to be cleaned, a surface treating assembly associated with the main body and carried transversely to the direction of movement, the surface treating assembly being generally elongate in form and characterised in that the surface treating assembly has side edges (27, 29) extending substantially at a tangent to respective circular portions of the outer plan profile of the main body.
A method for a user equipment, UE, operating in a wireless communication system supporting a Device-to-Device, D2D, link, the method comprising: receiving D2D synchronization configuration information including an identifier of a reference cell from a serving cell, wherein the reference cell is one of neighboring cells; acquiring synchronization with the reference cell and a synchronization resource of the reference cell based on the D2D synchronization configuration information; and receiving a D2D signal through the D2D link based on the synchronization resource of the reference cell. receiving D2D synchronization configuration information including an identifier of a reference cell from a serving cell, wherein the reference cell is one of neighboring cells; acquiring synchronization with the reference cell and a synchronization resource of the reference cell based on the D2D synchronization configuration information; and receiving a D2D signal through the D2D link based on the synchronization resource of the reference cell.
A system for additively manufacturing a composite part, the system comprising: a delivery guide, movable relative to a surface, wherein: the delivery guide is configured to deposit at least a segment of a continuous flexible line along a print path; the print path is stationary relative to the surface; and the continuous flexible line comprises a non-resin component and a thermosetting-epoxy-resin component that is partially cured; a feed mechanism, configured to push the continuous flexible line through the delivery guide; and a cooling system, configured to maintain the thermosetting-epoxy-resin component of the continuous flexible line below a threshold temperature prior to depositing the segment of the continuous flexible line along the print path via the delivery guide, characterized in that the cooling system comprises a coolant line and an insulated sleeve through which the feed mechanism is configured to pull the continuous flexible line, the insulating sleeve being thermally coupled with the coolant line which is configured to internally cool the insulated sleeve. a delivery guide, movable relative to a surface, wherein: the delivery guide is configured to deposit at least a segment of a continuous flexible line along a print path; the print path is stationary relative to the surface; and the continuous flexible line comprises a non-resin component and a thermosetting-epoxy-resin component that is partially cured; the delivery guide is configured to deposit at least a segment of a continuous flexible line along a print path; the print path is stationary relative to the surface; and the continuous flexible line comprises a non-resin component and a thermosetting-epoxy-resin component that is partially cured; a feed mechanism, configured to push the continuous flexible line through the delivery guide; and a cooling system, configured to maintain the thermosetting-epoxy-resin component of the continuous flexible line below a threshold temperature prior to depositing the segment of the continuous flexible line along the print path via the delivery guide, characterized in that the cooling system comprises a coolant line and an insulated sleeve through which the feed mechanism is configured to pull the continuous flexible line, the insulating sleeve being thermally coupled with the coolant line which is configured to internally cool the insulated sleeve.
A variable neutral density, VND, filter (30; 40; 50; 100) comprising: a first polarizer (34; 42); a second polarizer (32; 46); a third polarizer (36; 44); and a mechanical tuning structure comprising a first actuator configured to rotate the second polarizer and a second actuator configured to rotate the third polarizer; wherein the first and second polarizers form a first attenuation stage, with transmission determined by a first angle formed between the first and second polarizer absorption axes; wherein the second and third polarizers form a second attenuation stage, with a transmission determined by a second angle formed between second and third polarizer absorption axes, wherein the first actuator is slaved to the second actuator to rotate the second polarizer in direct proportion to the rotation of the third polarizer, wherein the second and third polarizers have the same sign of rotation with respect to the first polarizer; wherein the composite transmission of the first and second attenuation stages is the product of the first stage transmission and the second stage transmission; wherein the first and second angles are selected to preserve the normal-incidence composite transmission for rays incident off-normal. a first polarizer (34; 42); a second polarizer (32; 46); a third polarizer (36; 44); and a mechanical tuning structure comprising a first actuator configured to rotate the second polarizer and a second actuator configured to rotate the third polarizer; wherein the first and second polarizers form a first attenuation stage, with transmission determined by a first angle formed between the first and second polarizer absorption axes; wherein the second and third polarizers form a second attenuation stage, with a transmission determined by a second angle formed between second and third polarizer absorption axes, wherein the first actuator is slaved to the second actuator to rotate the second polarizer in direct proportion to the rotation of the third polarizer, wherein the second and third polarizers have the same sign of rotation with respect to the first polarizer; wherein the composite transmission of the first and second attenuation stages is the product of the first stage transmission and the second stage transmission; wherein the first and second angles are selected to preserve the normal-incidence composite transmission for rays incident off-normal.
Set of mould elements, comprising main blades and secondary blades, intended to be added to a mould for vulcanizing a tread of a tyre, said mould elements being capable of moulding cuts in the tread, characterized in that a main blade comprises at least one assembly means for assembling a secondary blade, said assembly means comprising two series of at least one protrusion, the two series being arranged facing one another on the height direction of the main blade in order to have a constant spacing between the at least one protrusion of the first series and the at least one protrusion of the second series, the spacing being designed to receive the secondary blade.
A porous hydrogel matrix having interconnected tunnel-shaped micropores having a three-dimensional configuration corresponding to an interconnected hollow tetrapod network.
A display device comprising: a display panel including a display area in which a plurality of pixels (PIX1, PIX2) are disposed and a sensing area in which a plurality of photosensors and a plurality of pixels are disposed, wherein, in a display mode, the pixels of the display area and the pixels of the sensing area emit light by receiving a data voltage of an input image, in a fingerprint recognition mode, at least some of the pixels in the sensing area emit light, wherein the pixels of the sensing area include a plurality of pixel groups, each including one or two pixels; one or more sensing light sources and one or more photosensors are disposed between adjacent pixel groups; each pixel of the pixel group includes two to four sub-pixels; and the sensing light source includes a sub-pixel which is turned on to emit light in the fingerprint recognition mode and is turned off in the display mode, and characterized in that distances between adjacent photosensors in four directions X, Y, θx, θy, in the sensing area, are the same, X, Y being orthogonal directions and θx, θy being inclined axis direction shifted by an angle of 45 degrees in the X and Y direction respectively; distances between adjacent sensing light sources in the in four directions X, Y, θx, θy, in the sensing area, are the same; in the sensing area, the distance between the adjacent photosensors is equal to the distance between the adjacent sensing light sources; and distances between the adjacent pixel groups in the four directions X, Y, θx, θy, in the sensing area, are the same. a display panel including a display area in which a plurality of pixels (PIX1, PIX2) are disposed and a sensing area in which a plurality of photosensors and a plurality of pixels are disposed, wherein, in a display mode, the pixels of the display area and the pixels of the sensing area emit light by receiving a data voltage of an input image, in a fingerprint recognition mode, at least some of the pixels in the sensing area emit light, wherein the pixels of the sensing area include a plurality of pixel groups, each including one or two pixels; one or more sensing light sources and one or more photosensors are disposed between adjacent pixel groups; each pixel of the pixel group includes two to four sub-pixels; and the sensing light source includes a sub-pixel which is turned on to emit light in the fingerprint recognition mode and is turned off in the display mode, and characterized in that distances between adjacent photosensors in four directions X, Y, θx, θy, in the sensing area, are the same, X, Y being orthogonal directions and θx, θy being inclined axis direction shifted by an angle of 45 degrees in the X and Y direction respectively; distances between adjacent sensing light sources in the in four directions X, Y, θx, θy, in the sensing area, are the same; in the sensing area, the distance between the adjacent photosensors is equal to the distance between the adjacent sensing light sources; and distances between the adjacent pixel groups in the four directions X, Y, θx, θy, in the sensing area, are the same.
A method, comprising: receiving first network traffic data including a plurality of data packets; storing a representation of each data packet from the plurality of data packets in a first data store, to produce a set of training data; detecting a plurality of communication protocols associated with the set of training data; determining a set of rules based on the plurality of communication protocols, wherein the set of rules includes domain-specific information associated with each communication protocol detected; restructuring training data from the set of training data according to the set of rules based on the detected plurality of communication protocols, to produce processed data; storing the processed data, as non-malicious data, in a second data store; transmitting, via an output port, the first network traffic data; receiving second network traffic data including the plurality of data packets; comparing the plurality of data packets of the second network traffic data to the non-malicious data to detect an anomaly in the second network traffic data; and sending a signal to trigger a remediation action in response to detecting the anomaly in the second network traffic data. receiving first network traffic data including a plurality of data packets; storing a representation of each data packet from the plurality of data packets in a first data store, to produce a set of training data; detecting a plurality of communication protocols associated with the set of training data; determining a set of rules based on the plurality of communication protocols, wherein the set of rules includes domain-specific information associated with each communication protocol detected; restructuring training data from the set of training data according to the set of rules based on the detected plurality of communication protocols, to produce processed data; storing the processed data, as non-malicious data, in a second data store; transmitting, via an output port, the first network traffic data; receiving second network traffic data including the plurality of data packets; comparing the plurality of data packets of the second network traffic data to the non-malicious data to detect an anomaly in the second network traffic data; and sending a signal to trigger a remediation action in response to detecting the anomaly in the second network traffic data.
A tyre mold for curing and molding a tyre, the tyre mold comprising: a plurality of tread segments for molding a tread rubber of the tyre, the plurality of tread segments, upon being connected with one another in a mold circumferential direction, forming a tread molding-surface that is substantially continuous in the mold circumferential direction through parting lines that appear between adjacent tread segments, wherein the parting lines comprise one or more inclined parting lines inclined with respect to a mold axial direction, and wherein the inclined parting lines extend straightly between ends in the mold axial direction of the tread molding-surface, wherein a parting line that is different in angle with respect to the tyre axial direction from others is counted as one kind, wherein the parting lines comprise at least two kinds of inclined parting lines inclined at different angles (θ1, θ2) from one another with respect to the mold axial direction, characterized in that a number of kinds of the parting lines is equal to or more than 30% of the number of tread segments, and the inclined parting lines comprise at least one first inclined parting line inclined in a first direction with respect to the mold axial direction and at least one second inclined parting line inclined in a second direction opposite to the first direction. a plurality of tread segments for molding a tread rubber of the tyre, the plurality of tread segments, upon being connected with one another in a mold circumferential direction, forming a tread molding-surface that is substantially continuous in the mold circumferential direction through parting lines that appear between adjacent tread segments, wherein the parting lines comprise one or more inclined parting lines inclined with respect to a mold axial direction, and wherein the inclined parting lines extend straightly between ends in the mold axial direction of the tread molding-surface, wherein a parting line that is different in angle with respect to the tyre axial direction from others is counted as one kind, wherein the parting lines comprise at least two kinds of inclined parting lines inclined at different angles (θ1, θ2) from one another with respect to the mold axial direction, characterized in that a number of kinds of the parting lines is equal to or more than 30% of the number of tread segments, and the inclined parting lines comprise at least one first inclined parting line inclined in a first direction with respect to the mold axial direction and at least one second inclined parting line inclined in a second direction opposite to the first direction.
A method for transmitting a signal in a wireless communication system supporting carrier aggregation of a primary cell (401, 601, 701, 801) and a secondary cell (403, 602, 702, 802), wherein the primary cell is configured according to a first uplink/downlink, UL/DL, configuration and the secondary cell is configured according to a second UL/DL configuration, the method comprising: transmitting, by a base station, first data on a first subframe of the secondary cell based on the second UL/DL configuration; and receiving, by the base station, a hybrid automatic repeat request acknowledgement/negative acknowledgement, HARQ ACK/NACK, corresponding to the first data on a second subframe of the primary cell, the second subframe being identified based on the first UL/DL configuration. transmitting, by a base station, first data on a first subframe of the secondary cell based on the second UL/DL configuration; and receiving, by the base station, a hybrid automatic repeat request acknowledgement/negative acknowledgement, HARQ ACK/NACK, corresponding to the first data on a second subframe of the primary cell, the second subframe being identified based on the first UL/DL configuration.
A laminated polyester film for solar cell backsheets, the laminated film comprising a surface layer and a substrate layer, and wherein: the surface layer is provided on at least one side of the substrate layer; the surface layer is made of a polyester composition including 10 to 30 wt% of rutile-type titanium dioxide particles and 70 to 90 wt% of a polyester; the substrate layer is made of a polyester composition including 0.1 to 4 wt% of rutile-type titanium dioxide particles and 96 to 99.9 wt% of a polyester; the substrate layer has a thickness of 70% to 97% of the total film thickness; the weight average molecular weight of polyester in the laminated film is 47000 to 65000; the COOH end group concentration of polyester in the laminated film is 6 to 25 eq/ton; and the average content of rutile-type titanium dioxide particles in all layers of the laminated film is 3 to 8 wt%. the surface layer is provided on at least one side of the substrate layer; the surface layer is made of a polyester composition including 10 to 30 wt% of rutile-type titanium dioxide particles and 70 to 90 wt% of a polyester; the substrate layer is made of a polyester composition including 0.1 to 4 wt% of rutile-type titanium dioxide particles and 96 to 99.9 wt% of a polyester; the substrate layer has a thickness of 70% to 97% of the total film thickness; the weight average molecular weight of polyester in the laminated film is 47000 to 65000; the COOH end group concentration of polyester in the laminated film is 6 to 25 eq/ton; and the average content of rutile-type titanium dioxide particles in all layers of the laminated film is 3 to 8 wt%.
Driver laser arrangement for an EUV radiation producing apparatus, comprising: a beam source for producing laser radiation propagating in a first direction, an amplifier arrangement comprising at least one optical amplifier (4a-e) for amplifying the laser radiation propagating in the first direction, and at least one optical isolator (13, 13a-c), wherein the optical isolator (13, 13a-c) comprises a chamber filled with a gas, through which chamber the laser radiation propagating in the first direction passes, and wherein the optical isolator (13, 13a-c) comprises a plasma generating device (16, 17; 16a,b, 17a,b; 25) configured for the pulsed ignition of a plasma by direct action or interaction with the gas situated in the chamber in order to suppress passage of laser radiation propagating in a second direction, opposite to the first direction, through the chamber, and wherein the optical isolator (13, 13a-c) comprises a gas circuit for feeding the gas into the chamber and for discharging the gas from the chamber. a beam source for producing laser radiation propagating in a first direction, an amplifier arrangement comprising at least one optical amplifier (4a-e) for amplifying the laser radiation propagating in the first direction, and at least one optical isolator (13, 13a-c), wherein the optical isolator (13, 13a-c) comprises a chamber filled with a gas, through which chamber the laser radiation propagating in the first direction passes, and wherein the optical isolator (13, 13a-c) comprises a plasma generating device (16, 17; 16a,b, 17a,b; 25) configured for the pulsed ignition of a plasma by direct action or interaction with the gas situated in the chamber in order to suppress passage of laser radiation propagating in a second direction, opposite to the first direction, through the chamber, and wherein the optical isolator (13, 13a-c) comprises a gas circuit for feeding the gas into the chamber and for discharging the gas from the chamber.
A putter training aid and a putter in which the training aid comprises a pivotally mounted pendulum, the pendulum pivot being raised above the ground by at least one support the lower region of the pendulum being arranged in use to be attached to a putter by putter attachment means of the pendulum, and a putter having attachment means for attaching the head of the putter to the putter training aid characterised in that attachment means comprises an attachment hole in the toe of the putter operable to slidably receive the putter attachment means of the training aid therein and wherein the putter attachment means and the attachment hole are shaped to cooperably prevent rotational displacement between the putter attachment means and the putter head.