mhurhangee/ep-ind-claims huggingface dataset:
A method for log transfer, comprising: configuring control information, wherein the control information is used to control transfer of an automatic neighbour relation ANR log; and sending the control information to control a first radio network controller to pause or continue transfer of the ANR log to a second radio network controller, wherein: the first radio network controller is a radio network controller that receives the ANR log from a user equipment; and the second radio network controller is a radio network controller that controls a cell where an unconfigured neighbouring cell is detected. configuring control information, wherein the control information is used to control transfer of an automatic neighbour relation ANR log; and sending the control information to control a first radio network controller to pause or continue transfer of the ANR log to a second radio network controller, wherein: the first radio network controller is a radio network controller that receives the ANR log from a user equipment; and the second radio network controller is a radio network controller that controls a cell where an unconfigured neighbouring cell is detected. the first radio network controller is a radio network controller that receives the ANR log from a user equipment; and the second radio network controller is a radio network controller that controls a cell where an unconfigured neighbouring cell is detected.
A device (1400, 1420, 1500) for occluding an aperture in a body of a patient, comprising: a plurality of elongate members (1402a-1402f, 1502a-1502f) having proximal end portions and distal end portions; a first termination element that is defined by proximal end portions of the plurality of elongate members; and a second termination element that is defined by distal end portions of the plurality of elongate members; the plurality of elongate elements each forming a proximal feature (1412, 1412a, 1512, 1512a) in a proximal region of the device, and a distal feature (1414, 1414a, 1514, 1514a) in a distal region of the device; wherein a winding direction of each of the elongate elements is reversed between the proximal and distal features, so as to balance or remove an amount of torsional bias; characterised in that the distal feature is offset in an angular direction with respect to the proximal feature, when viewed from the proximal end of the device. a plurality of elongate members (1402a-1402f, 1502a-1502f) having proximal end portions and distal end portions; a first termination element that is defined by proximal end portions of the plurality of elongate members; and a second termination element that is defined by distal end portions of the plurality of elongate members; the plurality of elongate elements each forming a proximal feature (1412, 1412a, 1512, 1512a) in a proximal region of the device, and a distal feature (1414, 1414a, 1514, 1514a) in a distal region of the device; wherein a winding direction of each of the elongate elements is reversed between the proximal and distal features, so as to balance or remove an amount of torsional bias; characterised in that the distal feature is offset in an angular direction with respect to the proximal feature, when viewed from the proximal end of the device.
An electric vehicle drive system comprising: an electric-vehicle power conversion device that converts DC power or AC power supplied from an overhead wire into desired AC power to drive an electric motor as a load; a first breaker that blocks an electric current flowing between the overhead wire and the electric-vehicle power conversion device; and a grounding switch that grounds the first breaker, wherein the electric-vehicle power conversion device includes a main circuit unit and a second breaker, where the main circuit unit includes at least a smoothing circuit unit that contains a filter capacitor that receives and stores therein power supplied from the overhead wire, and an inverter that converts a DC voltage from the smoothing circuit unit into an AC voltage to drive the electric motor as a load, and where the second breaker blocks a power supply path between the first breaker and the inverter,wherein the grounding switch is configured as a single-throw switch that includes three or more pole switching contacts (4a, 4b, 5), and wherein a predetermined resistor that is one of circuit elements that constitute the main circuit unit is connected to a switching contact of the grounding switch such that when the switching contact of the grounding switch is closed, the predetermined resistor is electrically connected between a positive electrode and a negative electrode of the filter capacitor. an electric-vehicle power conversion device that converts DC power or AC power supplied from an overhead wire into desired AC power to drive an electric motor as a load; a first breaker that blocks an electric current flowing between the overhead wire and the electric-vehicle power conversion device; and a grounding switch that grounds the first breaker, wherein the electric-vehicle power conversion device includes a main circuit unit and a second breaker, where the main circuit unit includes at least a smoothing circuit unit that contains a filter capacitor that receives and stores therein power supplied from the overhead wire, and an inverter that converts a DC voltage from the smoothing circuit unit into an AC voltage to drive the electric motor as a load, and where the second breaker blocks a power supply path between the first breaker and the inverter,wherein the grounding switch is configured as a single-throw switch that includes three or more pole switching contacts (4a, 4b, 5), and wherein a predetermined resistor that is one of circuit elements that constitute the main circuit unit is connected to a switching contact of the grounding switch such that when the switching contact of the grounding switch is closed, the predetermined resistor is electrically connected between a positive electrode and a negative electrode of the filter capacitor.
An antenna arrangement for a user equipment, the antenna arrangement comprising: a first antenna element configured to operate at frequencies above a limit frequency, a second antenna element configured to operate at frequencies below the limit frequency, wherein each of the first antenna element and the second antenna element comprises an open end, wherein the open end of the first antenna element is directed towards the open end of the second antenna element, wherein the open end of the first antenna element is arranged adjacent to the open end of the second antenna element, and wherein the first antenna element and the second antenna element are configured to be arranged along a periphery of the user equipment; and a wave trap configured to resonate within a frequency band above the limit frequency, wherein the wave trap is coupled or connected to the second antenna element, and the wave trap comprises an open end, and wherein the open end of the wave trap is directed towards the open end of the first antenna element. a first antenna element configured to operate at frequencies above a limit frequency, a second antenna element configured to operate at frequencies below the limit frequency, wherein each of the first antenna element and the second antenna element comprises an open end, wherein the open end of the first antenna element is directed towards the open end of the second antenna element, wherein the open end of the first antenna element is arranged adjacent to the open end of the second antenna element, and wherein the first antenna element and the second antenna element are configured to be arranged along a periphery of the user equipment; and a wave trap configured to resonate within a frequency band above the limit frequency, wherein the wave trap is coupled or connected to the second antenna element, and the wave trap comprises an open end, and wherein the open end of the wave trap is directed towards the open end of the first antenna element.
A topical pharmaceutical composition for use in the treatment of skin diseases or lesions comprising: a) a pharmaceutically active substance; b) a polyvinylcaprolactam / polyvinyl acetate / polyethylene glycol copolymer; c) a phospholipid which is a hydrogenated phosphatidylcholine; further comprising a plasticizer at a concentration ranging between 0.1% and 45% w/w. a) a pharmaceutically active substance; b) a polyvinylcaprolactam / polyvinyl acetate / polyethylene glycol copolymer; c) a phospholipid which is a hydrogenated phosphatidylcholine;
A tumor-targeting virus-like particle comprising 50 to 1000 photosensitive molecules conjugated to papilloma virus capsid proteins, wherein cytotoxicity of the photosensitive molecules is activated by exposure to infrared, near-infrared or ultraviolet light.
An automated storage and retrieval system with a system for condition-based monitoring of it comprising a framework structure forming a three-dimensional storage grid structure for storing storage containers for storing items, where the grid structure forms vertical storage columns each having a horizontal area defined by the size of an access opening of the vertical storage columns and where the framework structure comprises a rail system arranged above the storage columns, the rail system comprising a plurality of rails (110, 111) extending in an X-direction and a Y-direction to form a grid, the rails (110, 111) defining a perimeter of each access opening on top of each storage column, the rail system providing available routes in the X-direction or the Y-direction for container handling vehicles (201, 301) handling and transferring the storage containers to and from the storage columns, characterized in that at least one container handling vehicle (201, 301) has at least one camera and at least one sensor, directed to monitor a section of the rails (110, 111) adjacent of the container handling vehicle (201, 301), and that the at least one camera and the at least one sensor are part of the monitoring system set up to report a condition of the rails (110, 111) of the grid system and upload the information to one or all of a central computer system, a cloud system and/or an image analysis and processing system, and wherein the at least one sensor comprises a pendulum and/or a level and/or an accelerometer and/or a sound detecting device.
Pistol with a frame, a breech which is movable thereon and a rotary barrel which is located in the breech and has a bore axis, said rotary barrel being rotated and moved axially with respect to the breech between a locked position and an open position by means of cams and grooves, characterised in that the breech has a stop surface running obliquely with respect to the bore axis, and in that the barrel has a contact surface, which stop surface and contact surface can come into flat contact.
Crawler type ceiling vehicle configured for traveling in a suspended manner especially headlong at a ceiling structure, wherein the ceiling vehicle exhibits: - a plurality of suspension elements (13, 13b) configured for suspending the ceiling vehicle and configured for coupling the ceiling vehicle to the ceiling structure, - at least one drive unit (11, 11a, 11b, 11c) configured for circumferential motion and accommodating a first circumferential track and a second circumferential track having a different circumferential shape/contour than the first circumferential track, wherein the suspension elements (13, 13b) are attached to the first circumferential track at predefined first longitudinal positions corresponding to a predefined raster, wherein the ceiling vehicle is configured for moving along the ceiling structure by decoupling a subset of the plurality of suspension elements (13, 13b) from resp. coupling them into the ceiling structure when the suspension elements (13, 13b) are guided along the two circumferential tracks (12, 12a, 12b) by the circumferential motion. - a plurality of suspension elements (13, 13b) configured for suspending the ceiling vehicle and configured for coupling the ceiling vehicle to the ceiling structure, - at least one drive unit (11, 11a, 11b, 11c) configured for circumferential motion and accommodating a first circumferential track and a second circumferential track having a different circumferential shape/contour than the first circumferential track, wherein the suspension elements (13, 13b) are attached to the first circumferential track at predefined first longitudinal positions corresponding to a predefined raster, wherein the ceiling vehicle is configured for moving along the ceiling structure by decoupling a subset of the plurality of suspension elements (13, 13b) from resp. coupling them into the ceiling structure when the suspension elements (13, 13b) are guided along the two circumferential tracks (12, 12a, 12b) by the circumferential motion.
A measurement system for an aircraft gas turbine engine, the measurement system comprising: a probe comprising: a probe body extending lengthwise along a probe axis, the probe body defining an internal cavity of the probe; a plurality of sensor inlet ports extending through the probe body and configured to receive a sensed fluid flow, the plurality of sensor inlet ports axially spaced along the probe axis; and characterized by a plurality of probe conduits, each probe conduit of the plurality of probe conduits coupled to a respective sensor inlet port of the plurality of sensor inlet ports and extending from the respective sensor inlet port to an exterior of the probe body; and by the measurement system comprising a heated-gas source in fluid communication with the probe and configured to supply a heated gas flow to one or both of: the plurality of sensor inlet ports via the plurality of probe conduits; and an interior of the probe body outside of the plurality of probe conduits. a probe comprising: a probe body extending lengthwise along a probe axis, the probe body defining an internal cavity of the probe; a plurality of sensor inlet ports extending through the probe body and configured to receive a sensed fluid flow, the plurality of sensor inlet ports axially spaced along the probe axis; and characterized by a plurality of probe conduits, each probe conduit of the plurality of probe conduits coupled to a respective sensor inlet port of the plurality of sensor inlet ports and extending from the respective sensor inlet port to an exterior of the probe body; and by the measurement system comprising a probe body extending lengthwise along a probe axis, the probe body defining an internal cavity of the probe; a plurality of sensor inlet ports extending through the probe body and configured to receive a sensed fluid flow, the plurality of sensor inlet ports axially spaced along the probe axis; and characterized by a plurality of probe conduits, each probe conduit of the plurality of probe conduits coupled to a respective sensor inlet port of the plurality of sensor inlet ports and extending from the respective sensor inlet port to an exterior of the probe body; and by the measurement system comprising a heated-gas source in fluid communication with the probe and configured to supply a heated gas flow to one or both of: the plurality of sensor inlet ports via the plurality of probe conduits; and an interior of the probe body outside of the plurality of probe conduits. the plurality of sensor inlet ports via the plurality of probe conduits; and an interior of the probe body outside of the plurality of probe conduits.
A snapping roll of a snapping unit of a combine harvesting machine, comprising a forward support rotating assembly comprising: - a frontally open axial seat provided in the snapping roll and having an inner circumferential abutment edge; - a cylindrical support pin extending axially in the seat and being integral with a support bracket for fixing the assembly to a snapping unit; - a sliding element interposed between the support pin and the seat; - an elastic annular seal between the cylindrical support pin and the inner wall of the eat; characterized in that said assembly further comprises: - a labyrinth seal element comprising a cylindrical ferrule, having a labyrinth cross-section in which there is defined an inner annular seat, and an annular packing seal, comprising a fiber, a binder and a lubricant, received in the annular seat and radially contacting the outer surface of the cylindrical support pin, wherein the labyrinth seal element frontally seals the seat with respect to the outside, wherein said elastic annular seal is axially located between said sliding element and said cylindrical ferrule and wherein the cylindrical ferrule has a substantially F-shaped cross-section in which there is defined an outer annular portion and two parallel inner radial portions (39c,39d) between which the seat for the packing seal is defined. - a frontally open axial seat provided in the snapping roll and having an inner circumferential abutment edge; - a cylindrical support pin extending axially in the seat and being integral with a support bracket for fixing the assembly to a snapping unit; - a sliding element interposed between the support pin and the seat; - an elastic annular seal between the cylindrical support pin and the inner wall of the eat; - a labyrinth seal element comprising a cylindrical ferrule, having a labyrinth cross-section in which there is defined an inner annular seat, and an annular packing seal, comprising a fiber, a binder and a lubricant, received in the annular seat and radially contacting the outer surface of the cylindrical support pin, wherein the labyrinth seal element frontally seals the seat with respect to the outside, wherein said elastic annular seal is axially located between said sliding element and said cylindrical ferrule and wherein the cylindrical ferrule has a substantially F-shaped cross-section in which there is defined an outer annular portion and two parallel inner radial portions (39c,39d) between which the seat for the packing seal is defined.
A method of synchronizing state information, including arming state and alarm state, of a home wireless system wherein the home wireless system comprises a plurality of peripheral wireless nodes (14; 16; 19; 21; 23) and a first gateway having wireless communication means for communicating with and controlling associated peripheral wireless nodes, the method comprising the steps: a) installing at least one second gateway in said home wireless system, each gateway (12; 26) acting as a system or network controller in a home or in a building in relation to any external systems, b) assigning peripheral wireless nodes to said first gateway or anyone of said at least one second gateway, and each gateway directing each assigned peripheral wireless node to communicate with an assigned gateway, c) receiving by a first gateway system state affecting input message from an associated peripheral wireless node, d) determining by said first gateway a resulting system state based on said system state affecting input, and e) communicating said resulting system state as a state change message from said first gateway to said at least one second gateway only when said system state affecting input is included in a first set of predefined input messages including entry alarms and arming state, so as to ensure that the home wireless system represents a unitary state. a) installing at least one second gateway in said home wireless system, each gateway (12; 26) acting as a system or network controller in a home or in a building in relation to any external systems, b) assigning peripheral wireless nodes to said first gateway or anyone of said at least one second gateway, and each gateway directing each assigned peripheral wireless node to communicate with an assigned gateway, c) receiving by a first gateway system state affecting input message from an associated peripheral wireless node, d) determining by said first gateway a resulting system state based on said system state affecting input, and e) communicating said resulting system state as a state change message from said first gateway to said at least one second gateway only when said system state affecting input is included in a first set of predefined input messages including entry alarms and arming state, so as to ensure that the home wireless system represents a unitary state.
A method of operating a hydraulic system of a plant to resume operation from a minimum operating temperature (T cold) of the plant, the hydraulic system comprising a plurality of hydraulic cylinder arrangements connected by fluid lines to a tank and a pump that conveys fluid through the fluid lines and a plurality of electronically operated valves (V prop, V bypass, V1 - V4) arranged in the fluid lines, the fluid lines being thereby divided into pressure lines and return lines, the method comprising - a first stage in which the plurality of electronically operated valves (V prop, V bypass, V1 - V4) are controlled to cycle fluid from the tank through a bypass valve (V bypass) of the plurality of electronically operated valves and directly back to the tank until the temperature of the fluid in the tank has reached a first interim level (T int_1); and - a second stage comprising a first step (S2.1) in which the plurality of electronically operated valves (V prop, V bypass, V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of two or more hydraulic cylinder arrangements of the hydraulic system and back to the tank until the temperature of the fluid has reached a second interim level (T int_2), and a second step (S2.2) in which the plurality of electronically operated valves (V prop, V bypass, V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of a single hydraulic cylinder arrangement of the hydraulic system and back to the tank until the temperature of the fluid has reached a desired operating level (T op). - a first stage in which the plurality of electronically operated valves (V prop, V bypass, V1 - V4) are controlled to cycle fluid from the tank through a bypass valve (V bypass) of the plurality of electronically operated valves and directly back to the tank until the temperature of the fluid in the tank has reached a first interim level (T int_1); and - a second stage comprising a first step (S2.1) in which the plurality of electronically operated valves (V prop, V bypass, V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of two or more hydraulic cylinder arrangements of the hydraulic system and back to the tank until the temperature of the fluid has reached a second interim level (T int_2), and a second step (S2.2) in which the plurality of electronically operated valves (V prop, V bypass, V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of a single hydraulic cylinder arrangement of the hydraulic system and back to the tank until the temperature of the fluid has reached a desired operating level (T op).