mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising one or more computing devices collectively configured to implement at least an application service configured to: receive, over a network, a document; as a consequence of receipt of the document, cause an underlay and overlay to be generated for the document, the underlay being a common format of the document, and the overlay being usable to store one or more annotations to the document; receive a request for access to the document, the request being initiated by a user; and in response to the request for access to the document, cause the underlay and overlay to be provided to a synchronization client executed by a computer system associated with the user. receive, over a network, a document; as a consequence of receipt of the document, cause an underlay and overlay to be generated for the document, the underlay being a common format of the document, and the overlay being usable to store one or more annotations to the document; receive a request for access to the document, the request being initiated by a user; and in response to the request for access to the document, cause the underlay and overlay to be provided to a synchronization client executed by a computer system associated with the user.
A lighting device for an automotive vehicle comprising a hollow support; at least one first optical module and at least one second optical module, each characterizing an independent axis of rotation; an optical axis adjustment system housed inside the hollow support for adjusting the optical axis of the at least one first optical module and the at least one second optical module, the optical axis adjustment system comprising a primary transfer cable accessible from outside of the hollow support, and the primary transfer cable having an engagement wheel at the trailing end; at least one first leveling module for adjusting the at least one first optical module about its axis of rotation and at least one second leveling module for adjusting the at least one second optical module about its respective axis of rotation; characterised in that the optical axis adjustment system further comprises a transfer module communicating with the primary transfer cable, the at least one first leveling module of the at least one first optical module and the at least one second leveling module of the at least one second optical module. at least one first optical module and at least one second optical module, each characterizing an independent axis of rotation; an optical axis adjustment system housed inside the hollow support for adjusting the optical axis of the at least one first optical module and the at least one second optical module, the optical axis adjustment system comprising a primary transfer cable accessible from outside of the hollow support, and the primary transfer cable having an engagement wheel at the trailing end; at least one first leveling module for adjusting the at least one first optical module about its axis of rotation and at least one second leveling module for adjusting the at least one second optical module about its respective axis of rotation; a primary transfer cable accessible from outside of the hollow support, and the primary transfer cable having an engagement wheel at the trailing end; at least one first leveling module for adjusting the at least one first optical module about its axis of rotation and at least one second leveling module for adjusting the at least one second optical module about its respective axis of rotation; characterised in that the optical axis adjustment system further comprises a transfer module communicating with the primary transfer cable, the at least one first leveling module of the at least one first optical module and the at least one second leveling module of the at least one second optical module.
A header for a harvester, the header comprising: a first header segment comprising a cutter bar configured to cut crops, and a first portion of a conveyor assembly; a center section comprising a second portion of the conveyor assembly, wherein the center section is configured to receive cut crops from the first header segment via the first portion of the conveyor assembly, and the second portion of the conveyor assembly is configured to transport the received cut crops to a crop processing system of the harvester; a first wheel configured to at least partially support a weight of the header; a first sensor configured to output a signal indicative of a distance to ground; a first actuator coupling the first wheel to the header; characterized in that the header comprises: a control system comprising a processor configured to receive a sensor signal from the first sensor and to control the first actuator to adjust the first wheel based on the sensor signal; a second actuator coupling the first header segment to the center section, wherein the processor is configured to control the second actuator based on the sensor signal, based on a second sensor signal, or a combination thereof, and wherein the second sensor signal is transmitted from a second sensor of the header. a first header segment comprising a cutter bar configured to cut crops, and a first portion of a conveyor assembly; a center section comprising a second portion of the conveyor assembly, wherein the center section is configured to receive cut crops from the first header segment via the first portion of the conveyor assembly, and the second portion of the conveyor assembly is configured to transport the received cut crops to a crop processing system of the harvester; a first wheel configured to at least partially support a weight of the header; a first sensor configured to output a signal indicative of a distance to ground; a first actuator coupling the first wheel to the header; characterized in that the header comprises: a control system comprising a processor configured to receive a sensor signal from the first sensor and to control the first actuator to adjust the first wheel based on the sensor signal; a second actuator coupling the first header segment to the center section, wherein the processor is configured to control the second actuator based on the sensor signal, based on a second sensor signal, or a combination thereof, and wherein the second sensor signal is transmitted from a second sensor of the header. a control system comprising a processor configured to receive a sensor signal from the first sensor and to control the first actuator to adjust the first wheel based on the sensor signal; a second actuator coupling the first header segment to the center section, wherein the processor is configured to control the second actuator based on the sensor signal, based on a second sensor signal, or a combination thereof, and wherein the second sensor signal is transmitted from a second sensor of the header.
A dishwasher for treating dishes according to a cycle of operation, the dishwasher comprising: a tub at least partially defining a treating chamber; a dish rack (28, 32, 34) movably received within the treating chamber, configured for receiving dishes for treatment during the cycle of operation, and moveable relative to the tub; and a displaceable sprayer located within the treating chamber, configured to emit spray into the dish rack, and displaceable within a range of movement; characterised by further comprising a deflector operably coupled to the sprayer, wherein the sprayer is displaced along the range of movement in response to the relative movement between the dish rack (28, 32, 34) and tub bringing a dish within the dish rack (28, 32, 34) into contact with the deflector, wherein the sprayer is configured to be moved within the range of movement as a vertical displacement and wherein the deflector is configured to block any incoming dishware from hitting the sprayer. a tub at least partially defining a treating chamber; a dish rack (28, 32, 34) movably received within the treating chamber, configured for receiving dishes for treatment during the cycle of operation, and moveable relative to the tub; and a displaceable sprayer located within the treating chamber, configured to emit spray into the dish rack, and displaceable within a range of movement; characterised by further comprising a deflector operably coupled to the sprayer, wherein the sprayer is displaced along the range of movement in response to the relative movement between the dish rack (28, 32, 34) and tub bringing a dish within the dish rack (28, 32, 34) into contact with the deflector, wherein the sprayer is configured to be moved within the range of movement as a vertical displacement and wherein the deflector is configured to block any incoming dishware from hitting the sprayer.
An arrangement device comprising: an acquisition unit that acquires, from a plurality of devices (6a-6c), information representing an execution order of a plurality of queries (7a-7c) executed in the plurality of devices (6a-6c) in which the plurality of queries (7a-7c) are arranged, the plurality of queries (7a-7c) being transaction requesting sentences and used for performing processes when data meets set conditions; a calculation unit that calculates a number of times of communication performed in a predetermined time between the plurality of queries (7a-7c) based on the information acquired by the acquisition unit, representing an execution order of the plurality of queries (7a-7c) by incrementing the number of times of communication between a first query and a second query when the second query is executed after the first query where the first query and the second query are consecutive and included in the acquired information; a specifying unit that specifies a set of queries among the plurality of queries (7a-7c) based on the number of times of communication that is calculated by the calculation unit; and a determination unit that determines to arrange the set of queries specified by the specifying unit in a same device among the plurality of devices (6a-6c). an acquisition unit that acquires, from a plurality of devices (6a-6c), information representing an execution order of a plurality of queries (7a-7c) executed in the plurality of devices (6a-6c) in which the plurality of queries (7a-7c) are arranged, the plurality of queries (7a-7c) being transaction requesting sentences and used for performing processes when data meets set conditions; a calculation unit that calculates a number of times of communication performed in a predetermined time between the plurality of queries (7a-7c) based on the information acquired by the acquisition unit, representing an execution order of the plurality of queries (7a-7c) by incrementing the number of times of communication between a first query and a second query when the second query is executed after the first query where the first query and the second query are consecutive and included in the acquired information; a specifying unit that specifies a set of queries among the plurality of queries (7a-7c) based on the number of times of communication that is calculated by the calculation unit; and a determination unit that determines to arrange the set of queries specified by the specifying unit in a same device among the plurality of devices (6a-6c).
A wear gauge comprising: - an elongate substrate having a proximal end and a distal end; - at least a first row of spaced electronic components (22.1, 22.3 to 22.n) and a juxtaposed second row of spaced electronic components (22.2, 22.4 to 22.n-1) provided on the substrate, the first and second rows (18, 20) extending in a direction from the proximal end towards the distal end of the substrate; and - the electronic components (22.2, 22.4 to 22.n-1) in the second row being at least partially interposed between the electronic components (22.1, 22.3 to 22.n) in the first row and the electronic components of the first and second rows being electrically connected to one another in an electrical connection having a port, the arrangement being such that an electrical parameter relating to the connection as measured at the port changes as electronic components are removed from the connection from the distal end of the substrate. - an elongate substrate having a proximal end and a distal end; - at least a first row of spaced electronic components (22.1, 22.3 to 22.n) and a juxtaposed second row of spaced electronic components (22.2, 22.4 to 22.n-1) provided on the substrate, the first and second rows (18, 20) extending in a direction from the proximal end towards the distal end of the substrate; and - the electronic components (22.2, 22.4 to 22.n-1) in the second row being at least partially interposed between the electronic components (22.1, 22.3 to 22.n) in the first row and the electronic components of the first and second rows being electrically connected to one another in an electrical connection having a port, the arrangement being such that an electrical parameter relating to the connection as measured at the port changes as electronic components are removed from the connection from the distal end of the substrate.
A locking sleeve for a pedicle screw, comprising: a number of groove blocks or slotnuts on the inner side of the locking sleeve, which are adapted to be inserted between the legs of the pedicle screw for defining a fixed distance between the legs, characterized in that at least one of the groove blocks or slotnuts tapers in conical fashion contrary to the direction of inserting the legs of the pedicle screw into the locking sleeve.
Method for calibrating a sensor with respect to a reference trajectory (T ref) indicating a number of timely successive data values using an encoder/decoder neural network with an encoder function (g encoder) and a successive decoder function (f decoder), wherein the sensor is a position sensor to provide a sensor reading indicating position data per time instant, wherein the method comprising the steps of: - Training in a first training phase the encoder function (g encoder) and the decoder function (f decoder) of the encoder/decoder neural network with respect to at least one reference trajectory (T ref) so that a reconstruction error of the reference trajectory (T ref) at an input of the encoder function (g encoder) and a reconstructed reference trajectory (T rec) at an output of the decoder function (f decoder) is minimized, - Training in a second training phase a calibration vector ( η ( r, t)) with respect to a sensor trajectory so that a reconstruction error between an output sensor trajectory and a corresponding reference trajectory (T ref) is minimized, wherein the output sensor trajectory is obtained by applying the calibration vector ( η ( r, t)) on the sensor trajectory and by applying the encoder function (g encoder) and decoder function (f decoder) on the the calibrated sensor trajectory; - Applying the calibration vector ( η ( r, t)) to calibrate the sensor. - Training in a first training phase the encoder function (g encoder) and the decoder function (f decoder) of the encoder/decoder neural network with respect to at least one reference trajectory (T ref) so that a reconstruction error of the reference trajectory (T ref) at an input of the encoder function (g encoder) and a reconstructed reference trajectory (T rec) at an output of the decoder function (f decoder) is minimized, - Training in a second training phase a calibration vector ( η ( r, t)) with respect to a sensor trajectory so that a reconstruction error between an output sensor trajectory and a corresponding reference trajectory (T ref) is minimized, wherein the output sensor trajectory is obtained by applying the calibration vector ( η ( r, t)) on the sensor trajectory and by applying the encoder function (g encoder) and decoder function (f decoder) on the the calibrated sensor trajectory; - Applying the calibration vector ( η ( r, t)) to calibrate the sensor.
Fastening device, with - at least two receiving sections (12a, 12b, 12c), which are spaced apart and each have a material projection (14a, 14b, 14c) and a receiving recess (16a, 16b, 16c) enclosed by the wall of the material projection (14a, 14b, 14c) for receiving a fastening element; and - a connecting structure which connects the at least two receiving sections (12a, 12b, 12c) to one another; characterized in that the material projections (14a, 14b, 14c) have a varying material thickness and the connecting structure comprises two opposite elongate connecting bars (24a, 24b), which are each curved within a region of curvature (26a, 26b, 26c), wherein the material projections (14a, 14b, 14c) and the two opposed elongate connecting bars (24a, 24b) are integral parts of a one-piece body. - at least two receiving sections (12a, 12b, 12c), which are spaced apart and each have a material projection (14a, 14b, 14c) and a receiving recess (16a, 16b, 16c) enclosed by the wall of the material projection (14a, 14b, 14c) for receiving a fastening element; and - a connecting structure which connects the at least two receiving sections (12a, 12b, 12c) to one another;
Cosmetic or dermatological composition comprising, in a physiologically acceptable medium, at least trans -resveratrol and/or at least one trans- resveratrol derivative selected from among the esters, glucosides and phosphates of trans -resveratrol, and an organic filtering system comprising at least one UVA filter and at least one UVB filter and/or at least one mixed UVA-UVB filter, said composition having a SPF of 15 or higher and PPD of 5 or higher, said UVA filter being a water-soluble UVA filter.
A log information generation apparatus, comprising: a process information generation unit which generates first identification information for temporally and spatially uniquely identifying a process that is an execution subject of an application program only at a start of a process behaviour constituted by a series of events of the process, in a space of a system including a plurality of computers, and which generates process information including the first identification information; an event information generation unit which generates event type information indicating an event type for each of the events, and which generates event information including the event type information; and a log information generation unit which generates, for each of the events, log information including the process information generated by the process information generation unit and the event information generated by the event information generation unit, wherein the log information generation unit generates the log information further including time information and execution environment information indicating a state of a computer for each of the events; and a log information transmission unit which transmits the log information to a spool apparatus. a process information generation unit which generates first identification information for temporally and spatially uniquely identifying a process that is an execution subject of an application program only at a start of a process behaviour constituted by a series of events of the process, in a space of a system including a plurality of computers, and which generates process information including the first identification information; an event information generation unit which generates event type information indicating an event type for each of the events, and which generates event information including the event type information; and a log information generation unit which generates, for each of the events, log information including the process information generated by the process information generation unit and the event information generated by the event information generation unit, wherein the log information generation unit generates the log information further including time information and execution environment information indicating a state of a computer for each of the events; and a log information transmission unit which transmits the log information to a spool apparatus.
A digital certificate application method, wherein receiving, by a vehicle-to-everything server, a first certificate request of a vehicle, wherein the first certificate request comprises a security credential of the vehicle; performing, by the vehicle-to-everything server, identity verification on the vehicle based on the security credential; when the identity verification on the vehicle succeeds, selecting, by the vehicle-to-everything server, a certificate server among a plurality of certificate servers, based on at least one of authorized area information of the vehicle, permission information of the vehicle, and geographical location information of the vehicle; sending, by the vehicle-to-everything server, a second certificate request to the certificate server; and receiving, by the vehicle-to-everything server, a certificate that is issued by the certificate server, and sending the certificate to the vehicle. receiving, by a vehicle-to-everything server, a first certificate request of a vehicle, wherein the first certificate request comprises a security credential of the vehicle; performing, by the vehicle-to-everything server, identity verification on the vehicle based on the security credential; when the identity verification on the vehicle succeeds, selecting, by the vehicle-to-everything server, a certificate server among a plurality of certificate servers, based on at least one of authorized area information of the vehicle, permission information of the vehicle, and geographical location information of the vehicle; sending, by the vehicle-to-everything server, a second certificate request to the certificate server; and receiving, by the vehicle-to-everything server, a certificate that is issued by the certificate server, and sending the certificate to the vehicle.
A placenta-derived composition comprising an acellular extract of placental tissue and one or more exogenous protease inhibitors, wherein the placental tissue comprises a placental disc.