mhurhangee/ep-ind-claims huggingface dataset:
A method for autonomously treating a path, comprising: receiving, within a computer server, coordinates defining the path; generating, based upon the coordinates, a path program having a sequence of directives for controlling an autonomous path treatment robot to autonomously treat the path; sending the path program to the autonomous path treatment robot; treating the path while detecting obstacles; characterized in that determining through texture and location if a detected obstacle corresponds to an obstacle of obstacles identified before with known obstacle coordinates; refining a current location of the path treatment robot in the path based on the known coordinates of the detected obstacle; receiving status information from the autonomous path treatment robot during treatment of the path; and generating documentation indicative of the path treatment by the autonomous path treatment robot based upon the status information. receiving, within a computer server, coordinates defining the path; generating, based upon the coordinates, a path program having a sequence of directives for controlling an autonomous path treatment robot to autonomously treat the path; sending the path program to the autonomous path treatment robot; treating the path while detecting obstacles; characterized in that determining through texture and location if a detected obstacle corresponds to an obstacle of obstacles identified before with known obstacle coordinates; refining a current location of the path treatment robot in the path based on the known coordinates of the detected obstacle; receiving status information from the autonomous path treatment robot during treatment of the path; and generating documentation indicative of the path treatment by the autonomous path treatment robot based upon the status information.
Spliced joint between two fibres, in which at least one of the fibres (2, 3) has a fibre core comprising at least one inner signal core and a pump core that surrounds the latter, and a fibre sheath, which is formed from quartz glass and lies against the pump core and serves to guide light in the pump core and which comprises an air sheath portion, which directly adjoins the pump core, and a main sheath portion, the fibre sheath of the at least one fibre (2, 3) is at least partially removed in the radial direction in a connection region (11, 14) that extends along a predetermined length from the spliced end (12, 13) of the fibre (2, 3), in the longitudinal direction of the fibre, and a support sleeve is provided, in which the spliced ends (12, 13) of the two fibres (2, 3) are disposed and which extends along the entire connection region (11, 14) and therebeyond, wherein the support sleeve is mechanically connected to both fibres (2, 3) next to the connection region (11, 14) and, along the entire connection region (11, 14), is not mechanically connected to the respective fibre (2, 3) and is at a distance from the latter.
Multi-process machine for cutting and handling trees, which is arranged to be suspended from the boom of a loader device, which said multi-process machine includes - a frame, - stripping grabs arranged to gather trees into a throat formed by them and the frame, - a collector grapple pivoted to the frame, arranged to move between open and closed positions, and also to support the trees gathered into the throat, - an operating device for operating the collector grapple, in which the collector grapple includes a first arm and a second arm pivoted to each other and arranged in such a way that the second arm can be pulled out from between the trees collected in the throat, characterized in that the said second arm includes a rotating support surface for rotating the second arm relative to the first arm and the said frame includes a counter-surface located in such a way that as the collector grapple rotates, the support surface meets the counter-surface, rotating the second arm relative to the first arm. - a frame, - stripping grabs arranged to gather trees into a throat formed by them and the frame, - a collector grapple pivoted to the frame, arranged to move between open and closed positions, and also to support the trees gathered into the throat, - an operating device for operating the collector grapple,
A flight guidance panel for an aircraft, the flight guidance panel comprising: a housing defining a first longitudinal side and a second longitudinal side; a first flight guidance display disposed in the first longitudinal side of the housing; a second flight guidance display disposed in the second longitudinal side of the housing; characterized in that the flight guidance panel further comprises: a standby display disposed between the first flight guidance display and the second flight guidance display; and a controller configured for: generating at least one functional panel indicating flight parameters on the first flight guidance display and on the second flight guidance display; and generating standby flight information for presentation on the standby display. a housing defining a first longitudinal side and a second longitudinal side; a first flight guidance display disposed in the first longitudinal side of the housing; a second flight guidance display disposed in the second longitudinal side of the housing; characterized in that the flight guidance panel further comprises: a standby display disposed between the first flight guidance display and the second flight guidance display; and a controller configured for: generating at least one functional panel indicating flight parameters on the first flight guidance display and on the second flight guidance display; and generating standby flight information for presentation on the standby display. generating at least one functional panel indicating flight parameters on the first flight guidance display and on the second flight guidance display; and generating standby flight information for presentation on the standby display.
A counterframe with a retractable sliding door, suitable to be installed in a partitioned area comprising two rooms (a, b) having an inter-wall with an inter-room passage reclosable by a door panel of said retractable sliding door, said partitioned area being provided with an inter-room ceiling guiding system to move disabled persons, said counterframe being of the type for plaster or plasterboard and comprising - at least one large case; - a guide rail; - a rail supporting upper traverse joined on one side to said large case and on the other side to a stanchion element with rabbet profile; - trolley sliding means (140, 150) suitable to be inserted into said guide rail of the rail supporting upper traverse and which are joined on their bottom to an anchorage device engaged along the upper edge of said door panel that is in a hanging condition; - overdoor side cable protectors to hide the part of the rail supporting upper traverse concerned by said rail, characterized in that the guide rail has a partial development with respect to the width of the inter-room passage such that it extends only over a first portion of the rail supporting upper traverse and, in use, arrives near the inter-room ceiling guiding system where said guide rail is provided with a stop in such a way as to -end in correspondence of the crossing of the rail of the inter-room ceiling guiding system; -leave a second portion of the rail supporting upper traverse that is provided only with the overdoor side cable protectors in such way as to ensure the aesthetic continuity between the first portion used for the sliding of the door panel and the second portion that arrives near the stanchion with the rabbet profile. - at least one large case; - a guide rail; - a rail supporting upper traverse joined on one side to said large case and on the other side to a stanchion element with rabbet profile; - trolley sliding means (140, 150) suitable to be inserted into said guide rail of the rail supporting upper traverse and which are joined on their bottom to an anchorage device engaged along the upper edge of said door panel that is in a hanging condition; - overdoor side cable protectors to hide the part of the rail supporting upper traverse concerned by said rail, -end in correspondence of the crossing of the rail of the inter-room ceiling guiding system; -leave a second portion of the rail supporting upper traverse that is provided only with the overdoor side cable protectors in such way as to ensure the aesthetic continuity between the first portion used for the sliding of the door panel and the second portion that arrives near the stanchion with the rabbet profile.
An optical resonator, configured to be used in a resonant fiber optic gyroscope, comprising: an optical resonator coil comprising a first port and a second port; a resonator loop closure optics system; the optical resonator being characterized in that: the optical resonator coil comprises an antiresonant nodeless fiber (100A, 100B); wherein the antiresonant nodeless fiber (100A, 100B) has a length such that the resonant frequencies of the optical resonator of a desired polarization state of light and of an undesired polarization state of light are separated by between a tenth of a free spectral range and nine tenths of a free spectral range to minimize gyroscope errors. an optical resonator coil comprising a first port and a second port; a resonator loop closure optics system; the optical resonator being characterized in that: the optical resonator coil comprises an antiresonant nodeless fiber (100A, 100B); wherein the antiresonant nodeless fiber (100A, 100B) has a length such that the resonant frequencies of the optical resonator of a desired polarization state of light and of an undesired polarization state of light are separated by between a tenth of a free spectral range and nine tenths of a free spectral range to minimize gyroscope errors. the optical resonator coil comprises an antiresonant nodeless fiber (100A, 100B); wherein the antiresonant nodeless fiber (100A, 100B) has a length such that the resonant frequencies of the optical resonator of a desired polarization state of light and of an undesired polarization state of light are separated by between a tenth of a free spectral range and nine tenths of a free spectral range to minimize gyroscope errors.
A method for providing electric power to a power system, said method comprising: receiving, at a slave node of a power converter having a plurality of slave nodes (302b-302h), a first synchronization signal via a first communication channel, said first synchronization signal purporting to represent a master timing characteristic of a master control node of said power converter; receiving, at said slave node (302b-302h) of said power converter, a second synchronization signal via a second communication channel, said second synchronization signal purporting to represent a master timing characteristic of said master control node of said power converter; synchronizing an internal timing characteristic of said slave control node with said master timing characteristic of said master control node using said first synchronization signal; determining whether said first synchronization signal is invalid; and synchronizing an internal timing characteristic of said slave control node with said master timing characteristic of said master control node using said second synchronization signal. receiving, at a slave node of a power converter having a plurality of slave nodes (302b-302h), a first synchronization signal via a first communication channel, said first synchronization signal purporting to represent a master timing characteristic of a master control node of said power converter; receiving, at said slave node (302b-302h) of said power converter, a second synchronization signal via a second communication channel, said second synchronization signal purporting to represent a master timing characteristic of said master control node of said power converter; synchronizing an internal timing characteristic of said slave control node with said master timing characteristic of said master control node using said first synchronization signal; determining whether said first synchronization signal is invalid; and synchronizing an internal timing characteristic of said slave control node with said master timing characteristic of said master control node using said second synchronization signal.
A motor vehicle door handle (1, 2) having a first sensor electrode of a first capacitive sensor for triggering an actuation process when detecting an approach of an operator body part to the first sensor electrode, a printed circuit board arranged in the grip handle which accommodates electrical components on a printed circuit board surface and which carries the sensor electrode as well as an evaluation circuit coupled to a first sensor electrode which is coupled to the first sensor electrode to record the capacitance of the first sensor electrode, wherein the printed circuit board is configured as a multilayer printed circuit board, characterized in that the first sensor electrode is formed by a plurality of conductor structures which are formed in neighbouring printed circuit board planes, wherein the conductor structures are electrically coupled with vias of the printed circuit board planes, that the vias and the conductor structures in the printed circuit board planes form the first sensor electrode as a conductor network, whose network plane lies transversely to the printed circuit board plane and the printed circuit board surface and inside the printed circuit board.
An apparatus for controlling rotation of an engine mounted on a vehicle, the engine being equipped with a crankshaft, comprising: updating means for updating a count of a counter based on a signal changing in accordance with rotation of the crankshaft, the count indicating a rotational position of the crankshaft; and engine control means for controlling the rotation of the engine based on the count of the counter, wherein the engine control means includes idle stop control means issuing a request to stop the rotation of the engine when it is determined that a condition for stopping the rotation of the engine is met, and then issuing a command to crank the engine for restarting the engine when it is determined that a condition for restarting the engine is met; characterized in that the engine control means includes update prohibiting means for prohibiting the counter from being updated during a period of time ranging from a time instant when the engine stops from rotating in response to the request to stop to a time instant when it is determined that the condition for restarting the engine is met; and the update prohibiting means includes means for determining whether or not a predetermined period of time has passed since no input of the signal to the apparatus, and means for prohibiting the count of the counter from being updated when it is determined that the predetermined period of time has passed since no input of the signal. updating means for updating a count of a counter based on a signal changing in accordance with rotation of the crankshaft, the count indicating a rotational position of the crankshaft; and engine control means for controlling the rotation of the engine based on the count of the counter, wherein the engine control means includes idle stop control means issuing a request to stop the rotation of the engine when it is determined that a condition for stopping the rotation of the engine is met, and then issuing a command to crank the engine for restarting the engine when it is determined that a condition for restarting the engine is met; characterized in that the engine control means includes update prohibiting means for prohibiting the counter from being updated during a period of time ranging from a time instant when the engine stops from rotating in response to the request to stop to a time instant when it is determined that the condition for restarting the engine is met; and the update prohibiting means includes means for determining whether or not a predetermined period of time has passed since no input of the signal to the apparatus, and means for prohibiting the count of the counter from being updated when it is determined that the predetermined period of time has passed since no input of the signal.
A multi-axis articulated solar light shade for protecting elements of a space-based sensor from direct solar illumination, the light shade comprising: - a base providing an electrical or mechanical interface to space-based sensor; - a partial conical baffle tube having a first end portion, a second end portion, an elongated curved portion and which gradually narrows from second end portion to first end portion, defining a shade between the first and second end portions, the first end portion rotatably attached to the base; and - a visor pivotably attached to the second end portion. - a base providing an electrical or mechanical interface to space-based sensor; - a partial conical baffle tube having a first end portion, a second end portion, an elongated curved portion and which gradually narrows from second end portion to first end portion, defining a shade between the first and second end portions, the first end portion rotatably attached to the base; and - a visor pivotably attached to the second end portion.
A magnesium battery electrode comprising: a current collector, and an electroactive compound in electronic communication with the current collector, the electroactive compound having the formula of A b' Mg a M b (XO z) y, wherein A is one or more dopants selected from the group consisting of Al, Li, Na, K, Zn, Ag, Cu, and mixtures thereof; M is one or more transition metals selected from the group consisting of V, Mn, Co, Ni, Cu, Zr, Nb, Mo, Sn, Sb, Bi, Ta, W, and mixtures thereof; X is one or more anions selected from the group consisting of P, V, B, C, As, S, N, and mixtures thereof; 0≤b'≤3.9; 0<a≤3.1; 0.9≤b≤3.9; 0.9≤y≤3.9; 1.9≤z≤3.9; and the compound has an olivine structure or a NASICON structure, or the compound is isostructural with the LiVP 2 O 7 structure or the vanadium oxy-phosphate VO(PO 4) structure. a current collector, and an electroactive compound in electronic communication with the current collector, the electroactive compound having the formula of A b' Mg a M b (XO z) y, wherein A is one or more dopants selected from the group consisting of Al, Li, Na, K, Zn, Ag, Cu, and mixtures thereof; M is one or more transition metals selected from the group consisting of V, Mn, Co, Ni, Cu, Zr, Nb, Mo, Sn, Sb, Bi, Ta, W, and mixtures thereof; X is one or more anions selected from the group consisting of P, V, B, C, As, S, N, and mixtures thereof; 0≤b'≤3.9; 0<a≤3.1; 0.9≤b≤3.9; 0.9≤y≤3.9; 1.9≤z≤3.9; and the compound has an olivine structure or a NASICON structure, or the compound is isostructural with the LiVP 2 O 7 structure or the vanadium oxy-phosphate VO(PO 4) structure. A is one or more dopants selected from the group consisting of Al, Li, Na, K, Zn, Ag, Cu, and mixtures thereof; M is one or more transition metals selected from the group consisting of V, Mn, Co, Ni, Cu, Zr, Nb, Mo, Sn, Sb, Bi, Ta, W, and mixtures thereof; X is one or more anions selected from the group consisting of P, V, B, C, As, S, N, and mixtures thereof; 0≤b'≤3.9; 0<a≤3.1; 0.9≤b≤3.9; 0.9≤y≤3.9; 1.9≤z≤3.9; and the compound has an olivine structure or a NASICON structure, or the compound is isostructural with the LiVP 2 O 7 structure or the vanadium oxy-phosphate VO(PO 4) structure.
A pipe with a sound absorber (25, 26), comprising: a fluid pipe in which fluid passes; and a sound absorber (25, 26) of a pulp-based fiber material, the sound absorber (25, 26) surrounding an outer circumference of the fluid pipe, the sound absorber (25, 26) being provided to secure space between an outer surface of the fluid pipe and an inner surface (21a1, 21b1) of the sound absorber (25, 26), the sound absorber (25, 26) having paired edge portions (21a, 21b), the sound absorber (25, 26) being bent so that inner surfaces (21a1, 21b1) of the paired edge portions (21a, 21b) face one another, the paired edge portions (21a, 21b) being fixed to one another, characterized in that the paired edge portions (21a, 21b) are stitched together using a nylon thread. a fluid pipe in which fluid passes; and a sound absorber (25, 26) of a pulp-based fiber material, the sound absorber (25, 26) surrounding an outer circumference of the fluid pipe, the sound absorber (25, 26) being provided to secure space between an outer surface of the fluid pipe and an inner surface (21a1, 21b1) of the sound absorber (25, 26), the sound absorber (25, 26) having paired edge portions (21a, 21b), the sound absorber (25, 26) being bent so that inner surfaces (21a1, 21b1) of the paired edge portions (21a, 21b) face one another, the paired edge portions (21a, 21b) being fixed to one another, characterized in that the paired edge portions (21a, 21b) are stitched together using a nylon thread.
A decorative film comprising, from the most surface side, a first transparent resin layer, a printed layer having a printed pattern, a second transparent resin layer, and a foundation layer in this order, wherein the printed pattern is configured such that a shadow of the printed pattern of the printed layer, which is projected onto the foundation layer by light entering from the most surface side, is visible through a non-printed area of the printed layer, where the non-printed area is an area of the printed layer where the printed pattern is not deposited, the decorative film satisfying all of the following requirements (a) through (d): (a) the total light transmittance of the printed pattern of the printed layer is from 0 to 30%; (b) the area of the printed pattern of the printed layer relative to the area of the plane of the first transparent resin layer is 90% or less; (c) the thickness of the second transparent resin layer is from 50 to 5000 μm; and (d) the foundation layer is a brilliant layer or a monochromic layer having an L* value of 60 or higher. (a) the total light transmittance of the printed pattern of the printed layer is from 0 to 30%; (b) the area of the printed pattern of the printed layer relative to the area of the plane of the first transparent resin layer is 90% or less; (c) the thickness of the second transparent resin layer is from 50 to 5000 μm; and (d) the foundation layer is a brilliant layer or a monochromic layer having an L* value of 60 or higher.
A polynucleotide comprising a nucleic acid sequence encoding an antibody that specifically binds to CD38, the antibody comprising a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 156 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 185.
An electronic device comprising: a sensor (13, 18, 126) configured to detect a gesture that does not come into contact with the electronic device; a touch sensor; a display configured to simultaneously display a first screen and a second screen, wherein the sensor and the display are facing in the same direction; and a controller; the electronic device characterized in that: the controller is configured to associate, in accordance with a position where the sensor is disposed relative to the first screen and the second screen, the gesture detected by the sensor with an operation of the first screen that is farther from the position where the sensor is disposed than the second screen, and a touch detected by the touch sensor with an operation of the second screen. a sensor (13, 18, 126) configured to detect a gesture that does not come into contact with the electronic device; a touch sensor; a display configured to simultaneously display a first screen and a second screen, wherein the sensor and the display are facing in the same direction; and a controller;