mhurhangee/ep-ind-claims huggingface dataset:
An agricultural harvesting machine comprising: means for processing harvested crop material; feeder means (20, 21, 26, 27) for feeding harvested crop material to said processing means along a crop feed path; and foreign object detector means for signalling the presence of foreign objects in said harvested crop, said detector means comprising: a sensor that is substantially symmetric with respect to a direction transverse to said crop feed path, the sensor comprising at least one magnet and having a magnetic detection field transverse to said crop feed path and extending into at least a portion of said path; and restriction means comprising a ferromagnetic plate distinct from said sensor, characterised in that: said ferromagnetic plate extends rearwardly from said sensor, making said detection field asymmetric with respect to said transverse direction and restricting the detection field in the crop feed path rearward of said sensor; and said sensor is mounted to said feeder means by non-ferromagnetic mounting means (76, 78). means for processing harvested crop material; feeder means (20, 21, 26, 27) for feeding harvested crop material to said processing means along a crop feed path; and foreign object detector means for signalling the presence of foreign objects in said harvested crop, said detector means comprising: a sensor that is substantially symmetric with respect to a direction transverse to said crop feed path, the sensor comprising at least one magnet and having a magnetic detection field transverse to said crop feed path and extending into at least a portion of said path; and restriction means comprising a ferromagnetic plate distinct from said sensor, a sensor that is substantially symmetric with respect to a direction transverse to said crop feed path, the sensor comprising at least one magnet and having a magnetic detection field transverse to said crop feed path and extending into at least a portion of said path; and restriction means comprising a ferromagnetic plate distinct from said sensor, characterised in that: said ferromagnetic plate extends rearwardly from said sensor, making said detection field asymmetric with respect to said transverse direction and restricting the detection field in the crop feed path rearward of said sensor; and said sensor is mounted to said feeder means by non-ferromagnetic mounting means (76, 78). said ferromagnetic plate extends rearwardly from said sensor, making said detection field asymmetric with respect to said transverse direction and restricting the detection field in the crop feed path rearward of said sensor; and said sensor is mounted to said feeder means by non-ferromagnetic mounting means (76, 78).
A Luminescent Solar Concentrator system, comprising: a) a luminescent converter component having a thickness D between an outer surface and inner surface and a ratio R between the absorption coefficient (a x) for sunlight and the reabsorption coefficient (a c) for luminescence light; b) a plurality of light extraction components (114-414, 531, 631) for extracting light from the luminescent converter component through its inner surface, characterized in that said plurality of light extraction components are located at extraction sites having non-zero distances W ≤ 0.1·R·D from each other. a) a luminescent converter component having a thickness D between an outer surface and inner surface and a ratio R between the absorption coefficient (a x) for sunlight and the reabsorption coefficient (a c) for luminescence light; b) a plurality of light extraction components (114-414, 531, 631) for extracting light from the luminescent converter component through its inner surface, characterized in that said plurality of light extraction components are located at extraction sites having non-zero distances W ≤ 0.1·R·D from each other.
An optical network unit arranged to communicate with an optical line terminal, OLT, for point-to-point access, P-P, comprising: a bidirectional optical transceiver arranged to bidirectionally communicate with the OLT; signal-type discriminating unit arranged to discriminate whether a type of a downstream signal transmitted from the OLT and received by the bidirectional optical transceiver is for the P-P or not, and output an enable/disable control signal arranged to control an optical transmitter of the bidirectional optical transceiver to an enable state or a disable state in accordance with a discrimination result of the type of the downstream signal; and a control unit arranged to control the optical transmitter to the enable state or the disable state according to the enable/disable control signal, wherein the signal-type discriminating unit is arranged to output to the control unit a disable control signal arranged to control the optical transmitter to the disable state under an initial state before the type of the downstream signal is discriminated, and output to the control unit an enable control signal arranged to control the optical transmitter to the enable state after the downstream signal is discriminated to be for the P-P. a bidirectional optical transceiver arranged to bidirectionally communicate with the OLT; signal-type discriminating unit arranged to discriminate whether a type of a downstream signal transmitted from the OLT and received by the bidirectional optical transceiver is for the P-P or not, and output an enable/disable control signal arranged to control an optical transmitter of the bidirectional optical transceiver to an enable state or a disable state in accordance with a discrimination result of the type of the downstream signal; and a control unit arranged to control the optical transmitter to the enable state or the disable state according to the enable/disable control signal, wherein the signal-type discriminating unit is arranged to output to the control unit a disable control signal arranged to control the optical transmitter to the disable state under an initial state before the type of the downstream signal is discriminated, and output to the control unit an enable control signal arranged to control the optical transmitter to the enable state after the downstream signal is discriminated to be for the P-P.
A coverage mode identification method, comprising: determining, by a terminal, a first coverage mode; determining, by the terminal, a preamble sequence based on the first coverage mode; and sending, by the terminal, the preamble sequence to a base station; wherein the determining, by the terminal, a preamble sequence based on the first coverage mode comprises: determining, by the terminal, a preamble sequence group based on the first coverage mode; and determining, by the terminal, the preamble sequence from the determined preamble sequence group; wherein the first coverage mode is an enhanced coverage mode or a normal coverage mode, characterised in that the determining, by the terminal, a preamble sequence group based on the first coverage mode comprises: when the first coverage mode is the enhanced coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 64 to 95 as the determined preamble sequence group; and when the first coverage mode is the normal coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 0 to 63 as the determined preamble sequence group. determining, by a terminal, a first coverage mode; determining, by the terminal, a preamble sequence based on the first coverage mode; and sending, by the terminal, the preamble sequence to a base station; wherein the determining, by the terminal, a preamble sequence based on the first coverage mode comprises: determining, by the terminal, a preamble sequence group based on the first coverage mode; and determining, by the terminal, the preamble sequence from the determined preamble sequence group; wherein the first coverage mode is an enhanced coverage mode or a normal coverage mode, determining, by the terminal, a preamble sequence group based on the first coverage mode; and determining, by the terminal, the preamble sequence from the determined preamble sequence group; wherein the first coverage mode is an enhanced coverage mode or a normal coverage mode, the determining, by the terminal, a preamble sequence group based on the first coverage mode comprises: when the first coverage mode is the enhanced coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 64 to 95 as the determined preamble sequence group; and when the first coverage mode is the normal coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 0 to 63 as the determined preamble sequence group.
A galectin-9 protein for use in a method of treating HIV infection by reversing human immunodeficiency virus latency in a cell, the method comprising administering the galectin protein to a subject.
A method for designing a printing plate having a plate width defined between lateral edges and a nominal plate length (Cc) defined between top and bottom edges, the printing plate configured for mounting on a printing cylinder having a cylinder width and a cylinder circumference, the nominal plate length dimension corresponding to the cylinder circumference, the method comprising the steps of: (a) preparing an initial digital graphic file comprising artwork; (b) defining an optimal lateral seam path between the opposite lateral edges of the printing plate by applying a minimal energy-path finding algorithm; (c) defining a top edge and bottom edge of the plate in conformance with a geometry of the optimal lateral seam path; (d) unwrapping the bottom edge from the top edge to define a closed plate cutting path including the top edge, the bottom edge, and opposite side edges connecting the top and bottom edges of the plate, the closed plate cutting path defining an area; (e) wrapping the area defined by the closed plate cutting path with artwork or portions thereof; and (f) storing an updated digital graphics file. (a) preparing an initial digital graphic file comprising artwork; (b) defining an optimal lateral seam path between the opposite lateral edges of the printing plate by applying a minimal energy-path finding algorithm; (c) defining a top edge and bottom edge of the plate in conformance with a geometry of the optimal lateral seam path; (d) unwrapping the bottom edge from the top edge to define a closed plate cutting path including the top edge, the bottom edge, and opposite side edges connecting the top and bottom edges of the plate, the closed plate cutting path defining an area; (e) wrapping the area defined by the closed plate cutting path with artwork or portions thereof; and (f) storing an updated digital graphics file.
A light emitting device (1, 1a) comprising: a resin molded body; a plurality of light emitting diode elements (3, 4, 5, 6) each comprising at least a light emitting unit (32, 42, 52, 62) and an electrode (33, 43, 53, 63, 34, 44, 54, 64, 33b, 43b, 53b, 63b, 34b, 44b, 54b, 64b), and embedded in the resin molded body so that the light emitting unit (32, 42, 52, 62) is exposed on a first surface which is a light emitting surface in the resin molded body and the electrode (33, 43, 53, 63, 34, 44, 54, 64, 33b, 43b, 53b, 63b, 34b, 44b, 54b, 64b) is exposed on a second surface which is perpendicular to the first surface in the resin molded body; and a plurality of wirings (71, 72,73, 74, 75, 81, 83, 85, 86) formed in the second surface in the resin molded body and connected to the electrode (33, 43, 53, 63, 34, 44, 54, 64, 33b, 43b, 53b, 63b, 34b, 44b, 54b, 64b), wherein a height of each LED element (3, 4, 5, 6) is equal to a thickness of the resin molded body in a direction perpendicular to the second surface, wherein a plurality of the electrodes (43, 53, 63, 34, 44, 54, 43b, 53b, 63b, 34b, 44b, 54b) comprised in the light emitting diode elements (3, 4, 5, 6) are connected to each other through some wirings (72, 73, 74,83,85) of the plurality of wirings (72, 73, 74,83,85). a resin molded body; a plurality of light emitting diode elements (3, 4, 5, 6) each comprising at least a light emitting unit (32, 42, 52, 62) and an electrode (33, 43, 53, 63, 34, 44, 54, 64, 33b, 43b, 53b, 63b, 34b, 44b, 54b, 64b), and embedded in the resin molded body so that the light emitting unit (32, 42, 52, 62) is exposed on a first surface which is a light emitting surface in the resin molded body and the electrode (33, 43, 53, 63, 34, 44, 54, 64, 33b, 43b, 53b, 63b, 34b, 44b, 54b, 64b) is exposed on a second surface which is perpendicular to the first surface in the resin molded body; and a plurality of wirings (71, 72,73, 74, 75, 81, 83, 85, 86) formed in the second surface in the resin molded body and connected to the electrode (33, 43, 53, 63, 34, 44, 54, 64, 33b, 43b, 53b, 63b, 34b, 44b, 54b, 64b), wherein a height of each LED element (3, 4, 5, 6) is equal to a thickness of the resin molded body in a direction perpendicular to the second surface, wherein a plurality of the electrodes (43, 53, 63, 34, 44, 54, 43b, 53b, 63b, 34b, 44b, 54b) comprised in the light emitting diode elements (3, 4, 5, 6) are connected to each other through some wirings (72, 73, 74,83,85) of the plurality of wirings (72, 73, 74,83,85).
A computer implemented method of orthodontic treatment planning with a comparative orthodontic treatment planning tool, the method comprising: receiving a plurality of treatment plans configured to, in use, move teeth from an initial arrangement to a final arrangement, wherein each of the plurality of treatment plans comprises a plurality of stages, and wherein the final arrangements of each of the plurality of treatment plans differ from one another based on one or more treatment factors; simultaneously displaying, on a digital display, a treatment stage from a first treatment plan of the plurality of treatment plans and a treatment stage from a second treatment plan of the plurality of treatment plans, wherein the simultaneous displaying provides for comparison of the treatment stage from the first treatment plan and the treatment stage from the second treatment plan wherein the treatment stage from the first treatment plan and the treatment stage from the second treatment plan are displayed side-by-side; and providing for a user to select one of the first treatment plan and the second treatment plan based on said comparison of the treatment stage from the first treatment plan and the treatment stage from the second treatment plan. receiving a plurality of treatment plans configured to, in use, move teeth from an initial arrangement to a final arrangement, wherein each of the plurality of treatment plans comprises a plurality of stages, and wherein the final arrangements of each of the plurality of treatment plans differ from one another based on one or more treatment factors; simultaneously displaying, on a digital display, a treatment stage from a first treatment plan of the plurality of treatment plans and a treatment stage from a second treatment plan of the plurality of treatment plans, wherein the simultaneous displaying provides for comparison of the treatment stage from the first treatment plan and the treatment stage from the second treatment plan wherein the treatment stage from the first treatment plan and the treatment stage from the second treatment plan are displayed side-by-side; and providing for a user to select one of the first treatment plan and the second treatment plan based on said comparison of the treatment stage from the first treatment plan and the treatment stage from the second treatment plan.
Method for operating a network, wherein at least two network devices in the network are connected to one another via a data line and interchange data via this data line, wherein an independent MAC address is permanently assigned to each network device, wherein a network management station also controls the configuration and/or operation of the network, characterized in that the network management station sends a request to the network devices by multicast by means of the SNMP protocol in order to query the configuration parameters of the network devices and/or to configure the requested network devices by SNMP, wherein the network device is addressed by means of a Universally Unique Identifier, UUID, inside the SNMP packet.
A medical ultrasonic apparatus, comprising: an ultrasonic probe configured to collect ultrasonic echo signals reflected from an object; an image processing apparatus configured to generate an ultrasonic image, which is composed of a plurality of frame images, based on the collected ultrasonic echo signals, separate each of the plurality of frame images into real components and imaginary components, increase a difference between adjacent frame images included in the ultrasonic image, and generate a movement-amplified image in which a movement of interest is amplified; and a display configured to display the movement-amplified image; wherein, when a difference between imaginary components of the adjacent frame images included in the ultrasonic image is less than or equal to a first threshold value, the image processing apparatus is configured to increase the difference and generate the movement-amplified image. an ultrasonic probe configured to collect ultrasonic echo signals reflected from an object; an image processing apparatus configured to generate an ultrasonic image, which is composed of a plurality of frame images, based on the collected ultrasonic echo signals, separate each of the plurality of frame images into real components and imaginary components, increase a difference between adjacent frame images included in the ultrasonic image, and generate a movement-amplified image in which a movement of interest is amplified; and a display configured to display the movement-amplified image; wherein, when a difference between imaginary components of the adjacent frame images included in the ultrasonic image is less than or equal to a first threshold value, the image processing apparatus is configured to increase the difference and generate the movement-amplified image.
A greenhouse comprising at least one gutter section and a roof extending from said gutter section, which gutter section is supported by at least one column, wherein said roof comprises a ridge section as well as spaced-apart glazing bars which are connected to an edge of the gutter section near one end and to the ridge section near the other end, and wherein roof elements are provided between adjacent glazing bars, being supported in rabbets formed in said glazing bars and in a rabbet of the gutter section, characterised in that the column is pivotally connected to an elongated foundation element at least partially disposed in the ground, wherein the end of the column that faces towards the ground is provided between two wall sections positioned opposite each other, which wall sections extend upwards from an end of the foundation element that faces away from the ground, wherein said wall sections and said column are provided with coaxial holes for receiving a pivot pin therethrough, and wherein each wall section comprises flanged edges that engage the column.
A substrate processing system for processing a substrate comprising a license information storing means for storing license information including a shutdown time of said substrate processing system as usage terms of said substrate processing system for a specific user a confirming means for confirming a state of use of said substrate processing system based on said license information stored in said license information storing means and time information from a clock means, and a control computer for controlling operations of the substrate processing system, said confirming means confirming the state of use of said substrate processing system by whether the time during which said substrate processing system has been shut down exceeds said shutdown time based on said license information and time information from said clock means, and said control computer maintains shutdown of the operation of the substrate processing system when it is confirmed that the time during which said substate processing system has been shut down exceeds said shutdown time.
A method for operating a memory device (820, 910), comprising: selectively applying one of a plurality of voltages to a first data line (107-1, DLe-1) according to a programming status of a first memory cell (111-1, 411e-1), wherein the first memory cell (111-1, 411e-1) is coupled to the first data line (107-1, DLe-1) and to a selected access line (105-1, 405-A, 405-B); determining an effect on a second data line (107-2, DLo-1) due at least in part to the voltage applied to the first data line (107-1, DLe-1) and a capacitive coupling between at least the first data line (107-1, DLe-1) and the second data line (107-2, DLo-1), wherein the second data line (107-2, DLo-1) is coupled to a second memory cell (111-B, 411o-1), the second memory cell (111-B, 411o-1) is adjacent to the first memory cell (111-1, 411e-1), and the second memory cell (111-B, 411o-1) is coupled to the selected access line (105-1, 405-A, 405-B); and applying kink correction to the second data line (107-2, DLo-1), responsive to the determined effect, during a subsequent programming pulse applied to the second memory cell (111-B, 411o-1). selectively applying one of a plurality of voltages to a first data line (107-1, DLe-1) according to a programming status of a first memory cell (111-1, 411e-1), wherein the first memory cell (111-1, 411e-1) is coupled to the first data line (107-1, DLe-1) and to a selected access line (105-1, 405-A, 405-B); determining an effect on a second data line (107-2, DLo-1) due at least in part to the voltage applied to the first data line (107-1, DLe-1) and a capacitive coupling between at least the first data line (107-1, DLe-1) and the second data line (107-2, DLo-1), wherein the second data line (107-2, DLo-1) is coupled to a second memory cell (111-B, 411o-1), the second memory cell (111-B, 411o-1) is adjacent to the first memory cell (111-1, 411e-1), and the second memory cell (111-B, 411o-1) is coupled to the selected access line (105-1, 405-A, 405-B); and applying kink correction to the second data line (107-2, DLo-1), responsive to the determined effect, during a subsequent programming pulse applied to the second memory cell (111-B, 411o-1).
Rigid framework capable of supporting a dental restoration comprising at least two posts, each post being of one piece and comprising a body comprising two joining elements each one provided with a plate, the said at least two posts being joined together by their two plates, characterized in that the joining element is arranged longitudinally at the level of the peripheral wall of the body of each post.