mhurhangee/patent-ind-claim-en huggingface dataset:
A measurement device that is configured to measure position information of a plurality of marks formed on a substrate (W), the device comprising: a stage that is movable holding the substrate; a drive system that is configured to move the stage; an absolute position measurement system that has one of a measurement surface having a grating section (RG1) and a head section for irradiating a beam on the measurement surface provided to the stage, and is configured to acquire position information of the stage by irradiating the beam from the head section on the measurement surface and receiving a return beam of the beam from the measurement surface; a mark detection system (MDS) that is configured to detect the marks formed on the substrate; and a controller that is configured to control movement of the stage by the drive system, detect each of the plurality of marks formed on the substrate using the mark detection system, and obtain an absolute position coordinate of each of the plurality of marks, based on detection results of each of the plurality of marks and position information of the stage obtained using the absolute position measurement system at the time of detection of each of the plurality of marks, wherein the absolute position coordinate of each of the plurality of marks includes an absolute position coordinate of marks formed at different overlaid layers of the substrate. a stage that is movable holding the substrate; a drive system that is configured to move the stage; an absolute position measurement system that has one of a measurement surface having a grating section (RG1) and a head section for irradiating a beam on the measurement surface provided to the stage, and is configured to acquire position information of the stage by irradiating the beam from the head section on the measurement surface and receiving a return beam of the beam from the measurement surface; a mark detection system (MDS) that is configured to detect the marks formed on the substrate; and a controller that is configured to control movement of the stage by the drive system, detect each of the plurality of marks formed on the substrate using the mark detection system, and obtain an absolute position coordinate of each of the plurality of marks, based on detection results of each of the plurality of marks and position information of the stage obtained using the absolute position measurement system at the time of detection of each of the plurality of marks, wherein the absolute position coordinate of each of the plurality of marks includes an absolute position coordinate of marks formed at different overlaid layers of the substrate.
A access node device of a cellular network , comprising: - a wireless interface configured to transmit data on a radio interface of the cellular network , - at least one processor configured to allocate first reoccurring resources on the radio interface shared between communication devices (121-125) assigned to a first set and further configured to allocate second reoccurring resources on the radio interface shared between communication devices (121-125) assigned to a second set , wherein the at least one processor is configured to establish a set classification information for the first set and the second set , wherein the set classification information parametrizes assignment of communication devices (121-125) to the first set and the second set , wherein the at least one processor is configured to send, via the wireless interface , at least one control message (S2, S3, S7, T5, T7, U4, U6), said at least one control message (S2, S3, S7, T5, T7, U4, U6) indicating the first reoccurring resources and the second reoccurring resources and including the set classification information , characterized in that the set classification information parameterizes a coverage requirement of communication devices (121-125) assigned to the first set and/or the second set . - a wireless interface configured to transmit data on a radio interface of the cellular network , - at least one processor configured to allocate first reoccurring resources on the radio interface shared between communication devices (121-125) assigned to a first set and further configured to allocate second reoccurring resources on the radio interface shared between communication devices (121-125) assigned to a second set ,
A fixing apparatus comprising: a tubular film ; a heater provided at an inside of the film; a protection element (TS) provided at the inside of the film, the protection element including two terminals (TSt1, TSt2) and a switch (TSa) that turns off to shut off power to the heater when the heater abnormally generates heat; and at least one conductive member provided at the inside of the film, a first end of the conductive member being electrically connected to one of the terminals of the protection element, wherein an unfixed image formed on a recording medium is fixed on the recording medium by the heat of the heater via the film, characterized in that the conductive member is not coated with an insulator, and a second end of the conductive member projects out of the film, and the conductive member comprises a sheet metal, the sheet metal including a first section in which a thickness direction of the sheet metal is a first direction and a second section in which the thickness direction of the sheet metal is a second direction different from the first direction.. a tubular film ; a heater provided at an inside of the film; a protection element (TS) provided at the inside of the film, the protection element including two terminals (TSt1, TSt2) and a switch (TSa) that turns off to shut off power to the heater when the heater abnormally generates heat; and at least one conductive member provided at the inside of the film, a first end of the conductive member being electrically connected to one of the terminals of the protection element, wherein an unfixed image formed on a recording medium is fixed on the recording medium by the heat of the heater via the film, characterized in that the conductive member is not coated with an insulator, and a second end of the conductive member projects out of the film, and the conductive member comprises a sheet metal, the sheet metal including a first section in which a thickness direction of the sheet metal is a first direction and a second section in which the thickness direction of the sheet metal is a second direction different from the first direction..
A method for reconstructing image data (I 3 ) representative of original image data (I 1 ) from decoded image data ( I 2 ^ ) and from a set of parameters processed from said original image data (I 1 ), said parameters required for the reconstruction process, the method being characterized in that the method comprises: in response to a determination that the set of parameters is lost or that at least one parameter of the set of parameters is corrupted or that an overlay is to be inserted on a decoded image: - obtaining information data (ID) indicating whether the decoded image is an SDR image or an HDR image obtained based on a PQ or a HLG mapping function; - recovering all parameters (Pr) of the set of parameters by replacing the set of parameters by a set of pre-determined parameters based on the information data (ID); and - reconstructing image data (I 3 ) based on the decoded image data and the recovered parameters (Pr). - obtaining information data (ID) indicating whether the decoded image is an SDR image or an HDR image obtained based on a PQ or a HLG mapping function; - recovering all parameters (Pr) of the set of parameters by replacing the set of parameters by a set of pre-determined parameters based on the information data (ID); and - reconstructing image data (I 3 ) based on the decoded image data and the recovered parameters (Pr).
Method, implemented by computing means, for processing an ambisonic content comprising a plurality of ambisonic components of a plurality of orders defining a succession of ambisonic channels in each of which there is represented an ambisonic component, the method comprising: - a frequency-domain filtering of the ambisonic components in a plurality of frequency bands, - a creation of an ambisonic decoding matrix (B), the method being characterized by : - a processing of the ambisonic decoding matrix (B) to extract by matrix size reduction, a plurality of ambisonic decoding sub-matrices (B1, B2) each associated with an ambisonic order and with a frequency band chosen for this ambisonic order, - respective applications of the decoding sub-matrices to the ambisonic components in each chosen frequency band, and a band-by-band reconstruction of the results of said respective applications, to deliver a plurality of decoded signals, each associated with a sound source. - a frequency-domain filtering of the ambisonic components in a plurality of frequency bands, - a creation of an ambisonic decoding matrix (B), the method being characterized by : - a processing of the ambisonic decoding matrix (B) to extract by matrix size reduction, a plurality of ambisonic decoding sub-matrices (B1, B2) each associated with an ambisonic order and with a frequency band chosen for this ambisonic order, - respective applications of the decoding sub-matrices to the ambisonic components in each chosen frequency band, and a band-by-band reconstruction of the results of said respective applications, to deliver a plurality of decoded signals, each associated with a sound source.
Antenna module for a massive MIMO antenna, the antenna module comprising: a plurality of first signal ports , a number of first antenna elements arranged in a first matrix arrangement, and a switching matrix , characterized in that a number of rows of the first matrix arrangement and a number of columns of the first matrix arrangement equals the number of first signal ports , and the switching matrix is configured to controllably couple each of the first signal ports either with all first antenna elements of a respective row of the first matrix arrangement, or all first antenna elements of a respective column of the first matrix arrangement. a plurality of first signal ports , a number of first antenna elements arranged in a first matrix arrangement, and a switching matrix , characterized in that a number of rows of the first matrix arrangement and a number of columns of the first matrix arrangement equals the number of first signal ports , and the switching matrix is configured to controllably couple each of the first signal ports either with all first antenna elements of a respective row of the first matrix arrangement, or all first antenna elements of a respective column of the first matrix arrangement.
Electric motor comprising a rotor, which is arranged rotatably about an axis of rotation (D), and comprising a stator , the stator having a plurality of coils , each coil having two coil terminals , the coils being interconnected by means of an interconnection unit , the interconnection unit comprising a support part made of an insulating material for bearing a plurality of spaced-apart interconnection elements , at least three first interconnection elements being provided, each of the first interconnection elements in each case having two spaced-apart contact regions and one connection region that is connected to the contact regions such that the connection region is arranged between the contact regions , the contact regions of each first interconnection element in each case being electrically connected to one of the coil terminals In each case at a connection point , the region (B1, B2) that is covered by the connection region of one of the first interconnection elements in the circumferential direction (U) and the radial direction (R) overlapping in each case with a region (B1, B2) that is covered in each case by the connection region of another of the first interconnection elements in the circumferential direction (U) and the radial direction (R), each of the first interconnection elements in each case having a first fastening region and a second fastening region , which are interlockingly connected to the support part , each of the first fastening regions in each case having a first through-going cut-out in the axial direction, each of the second fastening regions in each case having a second through-going cut-out in the axial direction, characterised in that the support part has a plurality of rivet pins extending in the axial direction, the rivet pins being configured in a complementary manner to the corresponding cut-outs , a first rivet pin in each case being guided through each of the first cut-outs and a second rivet pin in each case being guided through each of the second cut-outs , the free ends of the first and second rivet pins being deformed into rivet heads in such a way that the diameter of the rivet heads in the plane perpendicular to the axis of rotation (D) is greater than the diameter of the corresponding cut-outs so that the interlocking connection to the support part is established, at least one of the first interconnection elements being enclosed by an insulating part made of insulating material in such a way that the enclosed first interconnection element and the enclosing insulating part are interlockingly connected on both sides in the circumferential direction (U), are interlockingly connected on both sides in the axial direction (A) and are interlockingly connected on one side in the radial direction (R), and the support part having, on its outer circumference, a plurality of guide regions for guiding the coil terminals in the axial direction (A), one guide region in each case being assigned to each contact region connected to a coil terminal .
Method for making a manoeuvre request , by way of a control unit of a first vehicle , wherein - a communication requirement is identified by evaluating measurement data, - a header containing static information and dynamic information is generated and sent together with the manoeuvre request , - characterized in that the manoeuvre request is transmitted from the first vehicle to the second vehicle in detailed form as an offer of a transaction , - receipt of confirmation of the offer results in a requested manoeuvre being performed , and in that the static information and the dynamic information are used to generate a private key for receiving and/or reading the manoeuvre request , a position of the second vehicle called for by the control unit of the first vehicle being taken as a basis for a correct private key being generated by way of the control unit of the second vehicle . - a communication requirement is identified by evaluating measurement data, - a header containing static information and dynamic information is generated and sent together with the manoeuvre request , - characterized in that the manoeuvre request is transmitted from the first vehicle to the second vehicle in detailed form as an offer of a transaction , - receipt of confirmation of the offer results in a requested manoeuvre being performed ,
Tyre intended to be mounted on a wheel and to bear a load, comprising: - a crown zone comprising a crown reinforcement surmounted radially on the outside by a tread , this tread having an external surface , referred to as the tread surface, intended to come into contact with the roadway, this tread being formed from at least one material that is not a conductor of electricity and comprising conducting means in order to conduct electricity throughout the thickness of the tread, the crown reinforcement comprising a plurality of layers superposed on one another, - two beads intended to provide contact between the wheel and the tyre, the part of the beads that is in contact with the wheel being a conductor of electricity - sidewalls intended to provide the connection between the crown zone and the beads , each layer of the crown reinforcement is wound and comprises two ends in the circumferential direction, these two ends being joined together in an abutment region to ensure good mechanical integrity, the tread being wound and comprising two ends in the circumferential direction, these two ends being mechanically joined together by an oblique weld region formed in the thickness of the tread, this tread weld region being circumferentially offset by an angle of 180 degrees with respect to the region at which the radially outermost layer of the crown reinforcement is butted together, this tyre comprising at least one conducting strip of a thickness at most equal to 2 mm and of small width made from a material of rubbery nature which is a conductor of electricity and positioned between the tread and the crown reinforcement over the entire width of the crown reinforcement so as to create a flow path for electric charge between the conducting means formed in the tread and the beads , this tyre being characterized in that this conducting strip is circumferentially located in such a way as to be positioned at equal angular distances between the tread weld region and the region at which the radially outermost reinforcing layer is butted together, these two regions being diametrically opposite. - a crown zone comprising a crown reinforcement surmounted radially on the outside by a tread , this tread having an external surface , referred to as the tread surface, intended to come into contact with the roadway, this tread being formed from at least one material that is not a conductor of electricity and comprising conducting means in order to conduct electricity throughout the thickness of the tread, the crown reinforcement comprising a plurality of layers superposed on one another, - two beads intended to provide contact between the wheel and the tyre, the part of the beads that is in contact with the wheel being a conductor of electricity - sidewalls intended to provide the connection between the crown zone and the beads ,
An earphone volume adjustment method, comprising: when it is detected that an intensity of external environmental noise is greater than a preset threshold, obtaining position information and/or a motion status of a user; determining a time window according to the position information and/or the motion status; and adjusting earphone volume according to an intensity of external environmental noise in the time window. when it is detected that an intensity of external environmental noise is greater than a preset threshold, obtaining position information and/or a motion status of a user; determining a time window according to the position information and/or the motion status; and adjusting earphone volume according to an intensity of external environmental noise in the time window.
A multi-leaf collimator module for a radiotherapy device, the module comprising: a leaf bank (250a, b) comprising a plurality of leaves ; a leaf guide (220a, b) arranged to guide linear movement of the leaves in a first direction and a second direction opposite the first direction, the leaf guide being in direct contact with the leaves; a plurality of leaf actuators , each leaf actuator arranged to engender relative linear motion in the first direction and second direction between one leaf in the leaf bank and other leaves in the leaf bank; characterised by further comprising a leaf bank actuator (270a, b) arranged to engender relative linear motion in the first direction and second direction between the entire leaf bank and the leaf guide. a leaf bank (250a, b) comprising a plurality of leaves ; a leaf guide (220a, b) arranged to guide linear movement of the leaves in a first direction and a second direction opposite the first direction, the leaf guide being in direct contact with the leaves; a plurality of leaf actuators , each leaf actuator arranged to engender relative linear motion in the first direction and second direction between one leaf in the leaf bank and other leaves in the leaf bank; characterised by further comprising a leaf bank actuator (270a, b) arranged to engender relative linear motion in the first direction and second direction between the entire leaf bank and the leaf guide.
An apparatus, comprising: a first node including a first bonding surface; a second node including a second bonding surface, wherein the second node is configured to be inserted in the first node; an adhesive bond region within at least the first node or the second node formed by the first bonding surface and the second bonding surface and configured to accept an adhesive, the adhesive bond region coupling the first bonding surface to the second bonding surface, wherein the first node and the second node are fabricated with substantially flat features, and form a shear joint; two grooves formed in the second nodes along opposite edges of the adhesive region; and at least one O-ring fitted in the two grooves to seal the edges of the adhesive bond region and serving as isolator to prevent physical contact between the first bonding surface and the second bonding surface, wherein the at least one O-ring forms a loop around the surface of the second node within the two grooves and is bent across four phases or sides of the second node, wherein the at least one O-ring forms a bridge between two parts of the second node, wherein the bridge allows adhesive to flow from one part to another part of the second node and between portions of the at least one O-ring. a first node including a first bonding surface; a second node including a second bonding surface, wherein the second node is configured to be inserted in the first node; an adhesive bond region within at least the first node or the second node formed by the first bonding surface and the second bonding surface and configured to accept an adhesive, the adhesive bond region coupling the first bonding surface to the second bonding surface, wherein the first node and the second node are fabricated with substantially flat features, and form a shear joint; two grooves formed in the second nodes along opposite edges of the adhesive region; and at least one O-ring fitted in the two grooves to seal the edges of the adhesive bond region and serving as isolator to prevent physical contact between the first bonding surface and the second bonding surface, wherein the at least one O-ring forms a loop around the surface of the second node within the two grooves and is bent across four phases or sides of the second node, wherein the at least one O-ring forms a bridge between two parts of the second node, wherein the bridge allows adhesive to flow from one part to another part of the second node and between portions of the at least one O-ring.