mhurhangee/ep-ind-claims huggingface dataset:
A position confirmation sheet for a sanitary tampon, wherein the sanitary tampon comprises an absorber and a strand member extending from a tail end of the absorber in a direction of insertion thereof into a vagina, and the position confirmation sheet is to be used for checking a position of an end of the strand member disposed outside a body with the absorber being inserted into the body, comprising: a disposition indicator unit that indicates a position for aligning the confirmation sheet along the strand member disposed outside the body with the absorber being inserted into the body; and an insertion position indicator unit that indicates an appropriate position of the end of the strand member disposed outside the body when the absorber is appropriately inserted into the body and the position confirmation sheet is aligned along the strand member according to the disposition indicator unit. a disposition indicator unit that indicates a position for aligning the confirmation sheet along the strand member disposed outside the body with the absorber being inserted into the body; and an insertion position indicator unit that indicates an appropriate position of the end of the strand member disposed outside the body when the absorber is appropriately inserted into the body and the position confirmation sheet is aligned along the strand member according to the disposition indicator unit.
An electronic device, comprising at least: a housing, comprising a rotating assembly and two supporters, wherein the rotating assembly is disposed between the two supporters, and the supporters are rotatably connected to the rotating assembly; a flexible display module, covered on the housing, wherein the flexible display module comprises a backplane, the backplane comprises a bendable area, and the bendable area is disposed facing the rotating assembly; a protection plate, disposed between the backplane and the housing, wherein one of the backplane and the protection plate is connected to a first base plate, and a part of the protection plate is located between the bendable area and the housing; a first connector, connecting the backplane and the protection plate, wherein the first connector is disposed on an outer side of the bendable area, wherein the outer side of the bendable area is an area which is outside the orthographic projection of the bendable area along the thickness direction of the electronic device; characterized in that the first base plate is disposed between the backplane and the protection plate, and wherein the first base plate is located on one side that is of the first connector and that faces the bendable area, and at least a part of the first base plate is located on the outer side of the bendable area. a housing, comprising a rotating assembly and two supporters, wherein the rotating assembly is disposed between the two supporters, and the supporters are rotatably connected to the rotating assembly; a flexible display module, covered on the housing, wherein the flexible display module comprises a backplane, the backplane comprises a bendable area, and the bendable area is disposed facing the rotating assembly; a protection plate, disposed between the backplane and the housing, wherein one of the backplane and the protection plate is connected to a first base plate, and a part of the protection plate is located between the bendable area and the housing; a first connector, connecting the backplane and the protection plate, wherein the first connector is disposed on an outer side of the bendable area, wherein the outer side of the bendable area is an area which is outside the orthographic projection of the bendable area along the thickness direction of the electronic device; characterized in that the first base plate is disposed between the backplane and the protection plate, and wherein the first base plate is located on one side that is of the first connector and that faces the bendable area, and at least a part of the first base plate is located on the outer side of the bendable area.
A lighting fixture comprising: - at least one movable element; - at least one rotary actuator coupled to the movable element to move the movable element; - a transmission assembly (5; 105) coupled to the rotary actuator and to the movable element to transfer the movement between the rotary actuator and the movable element; - at least one position sensor (7; 107) coupled to a component selected in a group comprising the transmission assembly (5; 105), the rotary actuator and the movable element; the position sensor (7; 107) being configured to detect the position of the component; - a calculation unit coupled to the position sensor (7; 107) and configured to determine a displacement of the component based on the positions detected by the position sensor (7; 107); Characterized in that the rotary actuator is an electrical machine with permanent magnets; and wherein the power control unit is configured to power the position sensor (7; 107) and the calculation unit with the electrical energy produced by the actuator based on the movement signal received by the passive movement detector. - at least one movable element; - at least one rotary actuator coupled to the movable element to move the movable element; - a transmission assembly (5; 105) coupled to the rotary actuator and to the movable element to transfer the movement between the rotary actuator and the movable element; - at least one position sensor (7; 107) coupled to a component selected in a group comprising the transmission assembly (5; 105), the rotary actuator and the movable element; the position sensor (7; 107) being configured to detect the position of the component; - a calculation unit coupled to the position sensor (7; 107) and configured to determine a displacement of the component based on the positions detected by the position sensor (7; 107); Characterized in that the rotary actuator is an electrical machine with permanent magnets; and wherein the power control unit is configured to power the position sensor (7; 107) and the calculation unit with the electrical energy produced by the actuator based on the movement signal received by the passive movement detector.
A managing apparatus for an electrochemical element mounted on a vehicle, comprising: a control unit configured to activate at an interval of a predetermined time in a parked mode of the vehicle; and a current measuring unit configured to measure a current value, wherein the control unit is configured to execute: a determination process of determining a reference current value based on measured current values measured for a plurality of times upon the activation of the control unit; a check process of checking, at the interval of the predetermined time, whether or not a measured current value measured after the determination process deviates from a reference current range that is based on the reference current value; and an estimation process of estimating an accumulated current, which has flowed in the parked mode, by integrating, while the measured current value measured in the check process does not deviate from the reference current range, the reference current value. a control unit configured to activate at an interval of a predetermined time in a parked mode of the vehicle; and a current measuring unit configured to measure a current value, wherein the control unit is configured to execute: a determination process of determining a reference current value based on measured current values measured for a plurality of times upon the activation of the control unit; a check process of checking, at the interval of the predetermined time, whether or not a measured current value measured after the determination process deviates from a reference current range that is based on the reference current value; and an estimation process of estimating an accumulated current, which has flowed in the parked mode, by integrating, while the measured current value measured in the check process does not deviate from the reference current range, the reference current value. a determination process of determining a reference current value based on measured current values measured for a plurality of times upon the activation of the control unit; a check process of checking, at the interval of the predetermined time, whether or not a measured current value measured after the determination process deviates from a reference current range that is based on the reference current value; and an estimation process of estimating an accumulated current, which has flowed in the parked mode, by integrating, while the measured current value measured in the check process does not deviate from the reference current range, the reference current value.
A method, comprising: maintaining a locally owned tunnel-state table on a particular device in a computer network (100a, 100b); joining a distributed hash table, DHT, ring; sharing the locally owned tunnel-state table with other devices of the DHT ring to establish a DHT-owned tunnel-state table; determining ownership by the particular device of link-state advertisements, LSAs, for a specific portion of a traffic engineering database, TED, according to the DHT ring; computing a path for a tunnel by the particular device using a local TED; and requesting permission to use resources along the computed path that were advertised in particular LSAs from owners of those particular LSAs when not owned by the particular device. maintaining a locally owned tunnel-state table on a particular device in a computer network (100a, 100b); joining a distributed hash table, DHT, ring; sharing the locally owned tunnel-state table with other devices of the DHT ring to establish a DHT-owned tunnel-state table; determining ownership by the particular device of link-state advertisements, LSAs, for a specific portion of a traffic engineering database, TED, according to the DHT ring; computing a path for a tunnel by the particular device using a local TED; and requesting permission to use resources along the computed path that were advertised in particular LSAs from owners of those particular LSAs when not owned by the particular device.
Housing part for an electronic device, comprising carbon-fiber reinforced plastic, wherein the housing part has at least one device for galvanic connection to the electronics arranged in the housing, wherein at least one groove is present in the housing part adjacent to the at least one device for galvanic connection to the electronics arranged in the housing, characterized in that the groove is filled with a conductive compound, wherein the conductive compound is itself galvanically connected to the device for galvanic connection to the electronics arranged in the housing, by milling the groove which exposes carbon fibers of the carbon-fiber-reinforced plastic, so that the conductive compound is galvanically connected to the exposed carbon fibers. wherein at least one groove is present in the housing part adjacent to the at least one device for galvanic connection to the electronics arranged in the housing, characterized in that the groove is filled with a conductive compound, wherein the conductive compound is itself galvanically connected to the device for galvanic connection to the electronics arranged in the housing, by milling the groove which exposes carbon fibers of the carbon-fiber-reinforced plastic, so that the conductive compound is galvanically connected to the exposed carbon fibers.
A dry gas extraction device for extracting a dry gas from a wet gas flow, comprising: a wet gas duct having a side wall surrounding an inner gas flow volume; at least one dry gas intake port, located in a position inside the gas flow volume, at a distance from the side wall; a projection extending inwardly from the side wall, the at least one dry gas intake port being arranged on the projection; and a flange surrounding the inner gas flow volume, the projection extending diametrically across the flange; wherein the cross section of the projection is shaped for optimizing the flow condition around the projection. a wet gas duct having a side wall surrounding an inner gas flow volume; at least one dry gas intake port, located in a position inside the gas flow volume, at a distance from the side wall; a projection extending inwardly from the side wall, the at least one dry gas intake port being arranged on the projection; and a flange surrounding the inner gas flow volume, the projection extending diametrically across the flange; wherein the cross section of the projection is shaped for optimizing the flow condition around the projection.
A powered telecommunications device (106, 206, 506), comprising: a powered device port unit (142, 242, 541) configured to negotiate a receipt of power from a power sourcing equipment (102, 202, 502) on a first pair of taps (136, 536):: a detection unit (158, 258, 558) configured to detect a presence of a first optional power load (148, 248, 548); and a control circuit (144, 244, 544) configured to establish connectivity between one of a second pair of taps (138, 538) and the said first optional power load or between a second pair of taps and a third pair of taps (162, 562) in response to the detection unit detecting presence of said first optional power load. a powered device port unit (142, 242, 541) configured to negotiate a receipt of power from a power sourcing equipment (102, 202, 502) on a first pair of taps (136, 536):: a detection unit (158, 258, 558) configured to detect a presence of a first optional power load (148, 248, 548); and a control circuit (144, 244, 544) configured to establish connectivity between one of a second pair of taps (138, 538) and the said first optional power load or between a second pair of taps and a third pair of taps (162, 562) in response to the detection unit detecting presence of said first optional power load. a detection unit (158, 258, 558) configured to detect a presence of a first optional power load (148, 248, 548); and a control circuit (144, 244, 544) configured to establish connectivity between one of a second pair of taps (138, 538) and the said first optional power load or between a second pair of taps and a third pair of taps (162, 562) in response to the detection unit detecting presence of said first optional power load.
A system for estimating traffic signal timing, comprising a computer processor and a non-transitory computer readable medium containing instructions directing the system to execute steps characterized by: extracting one or more trajectories of a plurality of vehicles from probe data; matching the one or more trajectories of the plurality of vehicles to a map, wherein the map comprises one or more intersections and the one or more trajectories pass through the one or more intersections; estimating red to green transition times of a traffic signal at a first one of the one or more intersections using trajectories of the plurality of vehicles passing the first one of the one or more intersections; and computing a signal timing estimation of the traffic signal by determining a plurality of parameters that maximize a scoring function, wherein the plurality of parameters include duration of green phases of incoming links to the intersection and an offset to account for an unknown starting time of a signal cycle of the traffic signal, and wherein the scoring function is based on a minimum of a square of a difference between red to green transition times based on the plurality of parameters and the estimated red to green transition times. extracting one or more trajectories of a plurality of vehicles from probe data; matching the one or more trajectories of the plurality of vehicles to a map, wherein the map comprises one or more intersections and the one or more trajectories pass through the one or more intersections; estimating red to green transition times of a traffic signal at a first one of the one or more intersections using trajectories of the plurality of vehicles passing the first one of the one or more intersections; and computing a signal timing estimation of the traffic signal by determining a plurality of parameters that maximize a scoring function, wherein the plurality of parameters include duration of green phases of incoming links to the intersection and an offset to account for an unknown starting time of a signal cycle of the traffic signal, and wherein the scoring function is based on a minimum of a square of a difference between red to green transition times based on the plurality of parameters and the estimated red to green transition times.
A method for data transmission by user equipments adapted to transmit data using resource blocks allocated by a radio network, wherein the radio network is adapted to allocate resource blocks to a dedicated one of the user equipments or to a plurality of the user equipments, the method comprising the steps of allocating at least one of the resource blocks that is not allocated to any dedicated user equipment to a first plurality of the user equipments, signaling the allocation to the user equipments, obtaining data for transmission at a first user equipment of said first plurality, transmitting at least a first part of the data by the first user equipment using said at least one resource block, wherein said step of transmitting comprises sending of a preamble before or at the beginning of the data transmission on a physical random access channel and wherein the step of transmitting the at least first part of the data in the at least one resource block is started with a same timing compared to the preamble.
A conductive anti-static endless drive belt comprising: a first surface provided as a drive surface having a plurality of tooth formations therein with a land portion formed between each adjacent pair of the plurality of tooth formations, wherein the drive surface is provided by a facing fabric having electrically conductive properties, and wherein the facing fabric has an interior surface opposite the drive surface; a second surface provided opposite the drive surface, the second surface being provided by a polymeric body that conforms to and is mated with the interior surface of the fabric layer; and at least one tensile reinforcement member partially encased in the polymeric body and extending along the interior surface of the fabric layer at each land portion throughout an endless loop formed by the belt; characterized in that there is additionally provided a conductive strand partially encased in the polymeric body, which conductor strand is distinct from said at least one tensile reinforcement member and which extends along the interior surface of the facing fabric at each land portion. a first surface provided as a drive surface having a plurality of tooth formations therein with a land portion formed between each adjacent pair of the plurality of tooth formations, wherein the drive surface is provided by a facing fabric having electrically conductive properties, and wherein the facing fabric has an interior surface opposite the drive surface; a second surface provided opposite the drive surface, the second surface being provided by a polymeric body that conforms to and is mated with the interior surface of the fabric layer; and at least one tensile reinforcement member partially encased in the polymeric body and extending along the interior surface of the fabric layer at each land portion throughout an endless loop formed by the belt; characterized in that there is additionally provided a conductive strand partially encased in the polymeric body, which conductor strand is distinct from said at least one tensile reinforcement member and which extends along the interior surface of the facing fabric at each land portion.
Sound transducer for receiving waterborne sound waves, which has an acoustic transducer element and a cover plate, the cover plate having a recess and at least one parameter, the parameter being a thickness and/or a material and/or a geometric arrangement of the cover plate, and the acoustic transducer element being associated with the cover plate in such a way that a waterborne sound wave strikes both the cover plate and the acoustic transducer element, wherein the at least one parameter of the cover plate is set such that, in the case of an incident waterborne sound wave, an angular dependence of a sound reflection is set such that an angle-dependent sensitivity of the sound transducer is increased, characterised in that - the acoustic transducer element is located below the recess or in the recess; or - the cover plate has a sound characteristic impedance which is greater than the sound characteristic impedance of water by a factor of at least 25. - the acoustic transducer element is located below the recess or in the recess; or - the cover plate has a sound characteristic impedance which is greater than the sound characteristic impedance of water by a factor of at least 25.
A method of manufacturing a gas turbine engine component comprising: providing a body extending from a leading edge to a trailing edge and from a radially inner end to a radially outer end to define a radial span; forming a first internal channel within the body to provide an upstream supply pressure (P 1); forming a second internal channel within the body to receive the upstream supply pressure (P 1) and provide a downstream supply pressure (P 2); forming at least one axial rib that separates the first internal channel adjacent to the trailing edge into a plurality of individual cavities; forming at least one pressure regulating feature at an entrance to at least one individual cavity to control the downstream supply pressure (P 2) to the trailing edge; forming a plurality of exits in the trailing edge to communicate with an exit pressure (P 3); forming a radial wall that forms a fore wall of at least one of the individual cavities, wherein each cavity with a radial wall includes a plurality of pressure regulating features in the radial wall, the method being characterised in that the at least one axial rib and the at least one pressure regulating feature cooperate with each other such that the downstream supply pressure mimics the exit pressure along the radial span of the body. providing a body extending from a leading edge to a trailing edge and from a radially inner end to a radially outer end to define a radial span; forming a first internal channel within the body to provide an upstream supply pressure (P 1); forming a second internal channel within the body to receive the upstream supply pressure (P 1) and provide a downstream supply pressure (P 2); forming at least one axial rib that separates the first internal channel adjacent to the trailing edge into a plurality of individual cavities; forming at least one pressure regulating feature at an entrance to at least one individual cavity to control the downstream supply pressure (P 2) to the trailing edge; forming a plurality of exits in the trailing edge to communicate with an exit pressure (P 3); forming a radial wall that forms a fore wall of at least one of the individual cavities, wherein each cavity with a radial wall includes a plurality of pressure regulating features in the radial wall, the method being characterised in that the at least one axial rib and the at least one pressure regulating feature cooperate with each other such that the downstream supply pressure mimics the exit pressure along the radial span of the body.