mhurhangee/ep-ind-claims huggingface dataset:
A collision reducing device comprising: object detecting means (12,14) for detecting an object existing about an own vehicle; collision prediction section for determining a collision possibility between the object detected by the object detecting means (12,14) and the own vehicle; and collision mitigation ECU for reducing an influence of a collision according to the collision possibility determined by the collision prediction section; wherein the collision prediction section comprises: first actuating means; second actuating means; and selecting means for selectively operating the first and second actuating means (52,54); characterized in that: the first actuating means is configured to cause the collision mitigation ECU to perform control when the collision possibility exceeds a first reference value a number of times between a first number of times and a second number of times in a predetermined number of frames, wherein the frames are separated by predetermined intervals; and in that the second actuating means is configured to cause the collision mitigation ECU to perform control when the collision possibility exceeds the first reference value by the second number of times or more, the second number being greater than the first number, in a predetermined number of frames, wherein the frames are separated by predetermined intervals. object detecting means (12,14) for detecting an object existing about an own vehicle; collision prediction section for determining a collision possibility between the object detected by the object detecting means (12,14) and the own vehicle; and collision mitigation ECU for reducing an influence of a collision according to the collision possibility determined by the collision prediction section; first actuating means; second actuating means; and selecting means for selectively operating the first and second actuating means (52,54); the first actuating means is configured to cause the collision mitigation ECU to perform control when the collision possibility exceeds a first reference value a number of times between a first number of times and a second number of times in a predetermined number of frames, wherein the frames are separated by predetermined intervals; and in that the second actuating means is configured to cause the collision mitigation ECU to perform control when the collision possibility exceeds the first reference value by the second number of times or more, the second number being greater than the first number, in a predetermined number of frames, wherein the frames are separated by predetermined intervals.
A shock wave device, comprising: an outer covering; an inner member, wherein the outer covering and inner member are connected at a distal end of the device, and wherein a volume between the outer covering and the inner member is fillable with a conductive fluid; a first conductive wire and a second conductive wire extending along the length of the device within the volume between the outer covering and the inner member and ending proximate to the distal end of the device, wherein the lengths of the first and second wires are insulated and wherein there is an uninsulated portion on each of the first and second wires at a distal end thereof; and a conductive emitter band circumscribing the ends of the first and second wires and forming a first spark gap between the end of the first wire and the emitter band and a second spark gap between the end of the second wire and the emitter band, wherein when the volume is filled with the conductive fluid and a high voltage pulse is applied across the first and second wires, first and second shock waves will be initiated from the first and second spark gaps. an outer covering; an inner member, wherein the outer covering and inner member are connected at a distal end of the device, and wherein a volume between the outer covering and the inner member is fillable with a conductive fluid; a first conductive wire and a second conductive wire extending along the length of the device within the volume between the outer covering and the inner member and ending proximate to the distal end of the device, wherein the lengths of the first and second wires are insulated and wherein there is an uninsulated portion on each of the first and second wires at a distal end thereof; and a conductive emitter band circumscribing the ends of the first and second wires and forming a first spark gap between the end of the first wire and the emitter band and a second spark gap between the end of the second wire and the emitter band, wherein when the volume is filled with the conductive fluid and a high voltage pulse is applied across the first and second wires, first and second shock waves will be initiated from the first and second spark gaps.
A radio manager unit for a radio access network, wherein the radio manager unit is configured to connect to a transport control unit configured to control a transport network between a baseband processing unit and a plurality of remote radio units; wherein the radio manager unit is further configured to connect to a radio control unit configured to control the baseband processing unit, wherein the radio manager unit is further configured to be connected to one or more tenant system of a tenant, and the radio manager unit is configured to arrange for resources of the transport network and resources of the baseband processing unit to be configured for use by a said tenant.
A cage for a control valve, the cage comprising: a circumferential wall having an inner surface and an outer surface; a plurality of first passages formed through the circumferential wall and extending between the inner surface and the outer surface, each of the plurality of first passages including an upper portion and a lower portion, wherein the upper portion of each of the plurality of first passages is rectangular being defined by an upper wall and a pair of opposing, parallel vertical side walls, and the lower portion is tapered in a direction away from the upper portion; and a plurality of second passages formed through the circumferential wall and extending between the inner surface and the outer surface, each of the plurality of second passages having a circular shape and including an upper portion and a lower portion, wherein the lower portion of each of the plurality of second passages is tapered in a direction away from the upper portion, one of the plurality of second passages is positioned between each pair of adjacent lower portions of the first passages, characterized in that the entirety of each of the second passages is positioned circumferentially and vertically between adjacent lower portions of the first passages. a circumferential wall having an inner surface and an outer surface; a plurality of first passages formed through the circumferential wall and extending between the inner surface and the outer surface, each of the plurality of first passages including an upper portion and a lower portion, wherein the upper portion of each of the plurality of first passages is rectangular being defined by an upper wall and a pair of opposing, parallel vertical side walls, and the lower portion is tapered in a direction away from the upper portion; and a plurality of second passages formed through the circumferential wall and extending between the inner surface and the outer surface, each of the plurality of second passages having a circular shape and including an upper portion and a lower portion, wherein the lower portion of each of the plurality of second passages is tapered in a direction away from the upper portion, one of the plurality of second passages is positioned between each pair of adjacent lower portions of the first passages, characterized in that the entirety of each of the second passages is positioned circumferentially and vertically between adjacent lower portions of the first passages.
A switch unit (2, 102), comprising: an earthing switch which is switchable between a closed position and a grounding position, and an interrupter switch. which has a fixed electrode and a movable electrode that is selectively moved toward and away from the fixed electrode and performs closing and interrupting a current, the interrupter switch being linearly disposed with the earthing switch, characterized in that the earthing switch has a fixed electrode and a movable electrode that is selectively moved toward and away from the fixed electrode, the earthing switch and the interrupter switch are placed so that the movable electrode in the earthing switch and the movable electrode in the interrupter switch move away from each other, the fixed electrode in the earthing switch is electrically connected to a bus, the movable electrode in the interrupter switch is electrically connected to a cable, and the movable electrode in the earthing switch and the fixed electrode in the interrupter switch are electrically connected to each other. an earthing switch which is switchable between a closed position and a grounding position, and an interrupter switch. which has a fixed electrode and a movable electrode that is selectively moved toward and away from the fixed electrode and performs closing and interrupting a current, the interrupter switch being linearly disposed with the earthing switch, characterized in that the earthing switch has a fixed electrode and a movable electrode that is selectively moved toward and away from the fixed electrode, the earthing switch and the interrupter switch are placed so that the movable electrode in the earthing switch and the movable electrode in the interrupter switch move away from each other, the fixed electrode in the earthing switch is electrically connected to a bus, the movable electrode in the interrupter switch is electrically connected to a cable, and the movable electrode in the earthing switch and the fixed electrode in the interrupter switch are electrically connected to each other.
A harvesting apparatus for harvesting corn including a self-propelled harvester with a header which is arranged on the self-propelled harvester and which has a device for detecting and guiding corn stalks and a device for conveying the corn plants which are cut off at a spacing relative to the ground or the corncobs which are separated from the corn plants into processing devices, and a device associated with the header for mulching near the ground corn stubble and/or harvested corn stalks before being run over by drive wheels of the harvester, wherein there are provided first and second mulching devices (11 and 12) which are arranged in front of the drive wheels of the harvester in the direction of travel of the harvester and at a spacing relative to each other and the respective working width of which substantially corresponds to the width of the respective following drive wheel wherein a third mulching device is arranged in the rear region of the harvester, characterised in that fourth and fifth mulching devices (14, and 15) are arranged in the rear region, wherein the third, fourth and fifth mulching devices (13, 14, 15) serve for subsequent processing of a region of the ground surface which is not processed by the first and second mulching devices (11 and 12) and which is defined by the working width of the header, wherein the fourth and fifth mulching devices (14 and 15) respectively serve for processing a strip of the ground surface, that is outside a track width of the drive wheels and which respectively extends to the maximum extent of the header.
A seatbelt adjuster structure comprising: an adjuster base adapted to be mounted on a vehicle body; and an adjuster anchor (42, 62) slidably supported by the adjuster base and movable in a vertical direction; and a cover being configured to cover the adjuster base, characterized in that the cover has an engagement means engageable with an upper end and a lower end of the adjuster anchor (42, 62), the cover being configured to cover the adjuster base while the engagement means is engaged with the upper end and the lower end of the engagement means, wherein the adjuster anchor (42, 62) includes an upper section having the upper end and a pair of upper step portions, wherein the engagement means includes a central rib formed to be in contact with the upper end; and a pair of curved ribs (96, 96) extending curvedly downward from opposite ends of the central rib and formed to be in contact with the upper step portions, and wherein the cover is covered by a garnish adapted to be mounted on the vehicle body. an adjuster base adapted to be mounted on a vehicle body; and an adjuster anchor (42, 62) slidably supported by the adjuster base and movable in a vertical direction; and a cover being configured to cover the adjuster base, characterized in that the cover has an engagement means engageable with an upper end and a lower end of the adjuster anchor (42, 62), the cover being configured to cover the adjuster base while the engagement means is engaged with the upper end and the lower end of the engagement means, wherein the adjuster anchor (42, 62) includes an upper section having the upper end and a pair of upper step portions, wherein the engagement means includes a central rib formed to be in contact with the upper end; and a pair of curved ribs (96, 96) extending curvedly downward from opposite ends of the central rib and formed to be in contact with the upper step portions, and wherein the cover is covered by a garnish adapted to be mounted on the vehicle body.
A tong configured to be connected to and disconnected from a rig, the tong comprising: a tong control system disposed on the tong and configured to log and store information and to wirelessly transmit and receive information; and a local electric power generation system disposed on the tong and configured to generate electric power, the local electric power generation system comprising: a motor configured to receive hydraulic power from a hydraulic power source of the rig; an electric generator configured to be driven by the motor to generate electric power; and a battery system configured to receive and store electric power from the electric generator; wherein the tong control system is powered by the local electric power generation system, and wherein the battery system is configured to provide electric power to the tong control system to wirelessly transmit and wirelessly receive information when the tong is disconnected from the hydraulic power source of the rig. a tong control system disposed on the tong and configured to log and store information and to wirelessly transmit and receive information; and a local electric power generation system disposed on the tong and configured to generate electric power, the local electric power generation system comprising: a motor configured to receive hydraulic power from a hydraulic power source of the rig; an electric generator configured to be driven by the motor to generate electric power; and a battery system configured to receive and store electric power from the electric generator; a motor configured to receive hydraulic power from a hydraulic power source of the rig; an electric generator configured to be driven by the motor to generate electric power; and a battery system configured to receive and store electric power from the electric generator; wherein the tong control system is powered by the local electric power generation system, and wherein the battery system is configured to provide electric power to the tong control system to wirelessly transmit and wirelessly receive information when the tong is disconnected from the hydraulic power source of the rig.
A method of production of a conductive interconnected porous film, comprising: a kneading step of kneading a base material resin, removable particulate matter, and first carbon particles and second carbon particles of mutually different particle sizes to obtain a kneaded resin material, wherein said first carbon particles are diameter 5 μm or more large size carbon fiber or spherical graphite particles, and said second carbon particles are diameter 10 nm or more micro size carbon nanotube particles, a shaping step of shaping said kneaded resin material into a film-shaped resin shaped article, and a removal step of removing said removable particulate matter from said film-shaped resin shaped article to obtain a cell structure, wherein said removable particulate matter is comprised of water-soluble particles which are removed by inclusion of water or starch particles which are removed by enzymatic decomposition. a kneading step of kneading a base material resin, removable particulate matter, and first carbon particles and second carbon particles of mutually different particle sizes to obtain a kneaded resin material, wherein said first carbon particles are diameter 5 μm or more large size carbon fiber or spherical graphite particles, and said second carbon particles are diameter 10 nm or more micro size carbon nanotube particles, a shaping step of shaping said kneaded resin material into a film-shaped resin shaped article, and a removal step of removing said removable particulate matter from said film-shaped resin shaped article to obtain a cell structure, wherein said removable particulate matter is comprised of water-soluble particles which are removed by inclusion of water or starch particles which are removed by enzymatic decomposition.
An apparatus for measuring insulation resistance of a battery pack connected to a negative main relay and a positive main relay, the other sides of the main relays being connected to a link capacitor, the apparatus comprising: a measuring unit connected to both ends of the battery pack; and a calculating unit; wherein the measuring unit measures the resistance values of an internal positive insulation resistor and an internal negative insulation resistor of the battery pack in advance in an open state where the negative main relay and the positive main relay are electrically non-conducting (open), and measures a parallel resistance value including an external positive insulation resistor and an external negative insulation resistor, the external insulation resistors located at the link capacitor side of the main relays, in a state where the negative main relay is electrically conducting (closed), and the positive main relay is non-conducting (open); wherein the calculating unit calculates the resistance values of the external insulation resistors based on the measured internal resistance values and the measured parallel resistance values. a measuring unit connected to both ends of the battery pack; and a calculating unit; wherein the measuring unit measures the resistance values of an internal positive insulation resistor and an internal negative insulation resistor of the battery pack in advance in an open state where the negative main relay and the positive main relay are electrically non-conducting (open), and measures a parallel resistance value including an external positive insulation resistor and an external negative insulation resistor, the external insulation resistors located at the link capacitor side of the main relays, in a state where the negative main relay is electrically conducting (closed), and the positive main relay is non-conducting (open); wherein the calculating unit calculates the resistance values of the external insulation resistors based on the measured internal resistance values and the measured parallel resistance values.
A bis (acetamidophenyl) guanidinophenylethylphosphonate compound for use in the prevention and/or treatment of a PAR-related (protease-activated receptor) disorder selected from the list comprising: pain, ocular surface diseases, tissue damage, skin disorders, respiratory disorders, and gastrointestinal disorders; wherein said compound is of formula wherein A is selected from the list comprising a direct bond, -(C=O)-, -(C=O)-O-, -(C=O)-NH-, or -SO 2 -; and R is selected from aliphatic or aromatic groups. A is selected from the list comprising a direct bond, -(C=O)-, -(C=O)-O-, -(C=O)-NH-, or -SO 2 -; and R is selected from aliphatic or aromatic groups.
A building system controller for controlling an environment in a region of a building, the controller being configured to couple to a building system and operable to change a state of the building system, the controller comprising: a processor; and a receiver coupled to the processor, the receiver being operable to observe a wireless signal, over a network to which the receiver does not belong, from an electronic device (20, 30, 40) in the region of the building; the processor being configured to determine whether the observed signal satisfies a predetermined control criterion; and the controller being configured to change a state of the building system in dependence on the determination that the control criterion is satisfied. a processor; and a receiver coupled to the processor, the receiver being operable to observe a wireless signal, over a network to which the receiver does not belong, from an electronic device (20, 30, 40) in the region of the building; the processor being configured to determine whether the observed signal satisfies a predetermined control criterion; and the controller being configured to change a state of the building system in dependence on the determination that the control criterion is satisfied.
A terminal apparatus in a wireless communication system including multiple transmission/reception points, TP/RPs (102, 103, 104), comprising: a receiver is configured to receive, through higher-layer signalling, information on a correspondence between a TP/RP to which the terminal apparatus is attached and a subframe; circuitry (1010, 1013, 1015, 1017) configured to determine the subframe in which to receive downlink control information based on the received information on the correspondence between the TP/RP to which the terminal apparatus is attached and the subframe; the receiver configured to receive the downlink control information including a plurality of uplink/downlink, UL/DL, Time Division Duplexing, TDD, configurations in a common search space of the subframe, wherein the common search space is a search space that is commonly used for transmitting the downlink control information to a plurality of user equipments, UEs, and each of the plurality of UL/DL TDD configurations corresponding to each of TP/RPs and the circuitry (1010, 1013, 1015, 1017) configured to identify, based on the downlink control information in the subframe, a UL/DL TDD configuration corresponding to the TP/RP to which the terminal apparatus is attached. a receiver is configured to receive, through higher-layer signalling, information on a correspondence between a TP/RP to which the terminal apparatus is attached and a subframe; circuitry (1010, 1013, 1015, 1017) configured to determine the subframe in which to receive downlink control information based on the received information on the correspondence between the TP/RP to which the terminal apparatus is attached and the subframe; the receiver configured to receive the downlink control information including a plurality of uplink/downlink, UL/DL, Time Division Duplexing, TDD, configurations in a common search space of the subframe, wherein the common search space is a search space that is commonly used for transmitting the downlink control information to a plurality of user equipments, UEs, and each of the plurality of UL/DL TDD configurations corresponding to each of TP/RPs and the circuitry (1010, 1013, 1015, 1017) configured to identify, based on the downlink control information in the subframe, a UL/DL TDD configuration corresponding to the TP/RP to which the terminal apparatus is attached.