mhurhangee/ep-ind-claims huggingface dataset:
An indication apparatus for a hybrid vehicle employing, as traveling sources for the vehicle, an engine and a rotating electric machine actuating by electric power supplied from a power storage mechanism, said rotating electric machine being actuated by said engine or driving wheels thereby generating electric power which is in turn stored in said power storage mechanism, comprising: a calculation portion to calculate an index with which the vehicle is allowed to decelerate without actuating a mechanical braking mechanism provided to the vehicle; an indication portion to indicate said index so as to inform a driver of said index; and a lamp (1122, 2122) that turns on when regeneration power exceeds a regeneration acceptable power value and said mechanical braking mechanism actuates. a calculation portion to calculate an index with which the vehicle is allowed to decelerate without actuating a mechanical braking mechanism provided to the vehicle; an indication portion to indicate said index so as to inform a driver of said index; and a lamp (1122, 2122) that turns on when regeneration power exceeds a regeneration acceptable power value and said mechanical braking mechanism actuates.
A method of forming a wind turbine component, the method comprising forming a segment by impregnating a portion of a fiber reinforcement with a thermoset resin up to a boundary, curing the thermoset resin, and leaving unimpregnated fiber reinforcement extending from the boundary; characterized in that it further comprises forming the impregnated portion during a first pour of the thermoset resin that defines the boundary, and completing the impregnation during a subsequent pour.
An electrical wire holding device, comprising: a seal retention member having an insertion hole configured to allow an electrical wire to be inserted therethrough, and adapted to be housed in a mounting hole formed in a mounted member; an outer periphery seal member retained around an outer peripheral surface of the seal retention member, and adapted to seal a gap between an inner surface of the mounting hole and the seal retention member; and an electrical wire holding member arranged along the electrical wire and juxtaposed with the seal retention member, the electrical wire holding member comprising an electrical wire holder configured to hold the electrical wire, and a housing member integrally including a housing part configured to house at least a part of the electrical wire holder and a fixing part configured to retain the electrical wire and fix the electrical wire to the mounted member, wherein the seal retention member is connected, not directly, but via the electrical wire holder, to the housing member including the fixing part, wherein a latching mechanism is formed between the seal retention member and the electrical wire holder, characterized in that the seal retention member is configured to be relatively movable to the electrical wire holding member when the electrical wire holding member is fixed to the mounted member by a bolt, wherein the seal retention member, the housing member and the electrical wire holder are configured to be relatively movable along a turning direction of the bolt. a seal retention member having an insertion hole configured to allow an electrical wire to be inserted therethrough, and adapted to be housed in a mounting hole formed in a mounted member; an outer periphery seal member retained around an outer peripheral surface of the seal retention member, and adapted to seal a gap between an inner surface of the mounting hole and the seal retention member; and an electrical wire holding member arranged along the electrical wire and juxtaposed with the seal retention member, the electrical wire holding member comprising an electrical wire holder configured to hold the electrical wire, and a housing member integrally including a housing part configured to house at least a part of the electrical wire holder and a fixing part configured to retain the electrical wire and fix the electrical wire to the mounted member, wherein the seal retention member is connected, not directly, but via the electrical wire holder, to the housing member including the fixing part, wherein a latching mechanism is formed between the seal retention member and the electrical wire holder, characterized in that the seal retention member is configured to be relatively movable to the electrical wire holding member when the electrical wire holding member is fixed to the mounted member by a bolt, wherein the seal retention member, the housing member and the electrical wire holder are configured to be relatively movable along a turning direction of the bolt.
An automatic parking control method for a vehicle, characterized in that: the vehicle is provided with a park-by-wire system which includes a parking lock mechanism not mechanically coupled with a select lever and operated by a park actuator, and is configured to calculate a park lock execution command and a park lock release execution command for the park actuator, and in which a park lock is automatically engaged when automatic parking is completed at a target stopping position using an automatic parking control; and the method comprises determining (S35, S37) whether a system abnormality would occur in which the park-by-wire system does not operate normally during the automatic parking control, and prohibiting starting of the automatic parking control upon determining the system abnormality would occur before the automatic parking control. the vehicle is provided with a park-by-wire system which includes a parking lock mechanism not mechanically coupled with a select lever and operated by a park actuator, and is configured to calculate a park lock execution command and a park lock release execution command for the park actuator, and in which a park lock is automatically engaged when automatic parking is completed at a target stopping position using an automatic parking control; and the method comprises determining (S35, S37) whether a system abnormality would occur in which the park-by-wire system does not operate normally during the automatic parking control, and prohibiting starting of the automatic parking control upon determining the system abnormality would occur before the automatic parking control. determining (S35, S37) whether a system abnormality would occur in which the park-by-wire system does not operate normally during the automatic parking control, and prohibiting starting of the automatic parking control upon determining the system abnormality would occur before the automatic parking control.
A method of acidizing a formation penetrated by a wellbore comprising the steps of: a. injecting into the wellbore at a pressure below formation fracturing pressure a treatment fluid comprising a gelling fluid comprising a gelling agent and a hydrophobically-modified associative polymer, and an aqueous acid; and b. allowing the treatment fluid to acidize the formation, characterized in that the hydrophobically-modified associative polymer comprises at least one water-insoluble part selected from the group consisting of straight or branched alkyl or alkylaryl alcohol esters of acrylic or methacrylic acid. a. injecting into the wellbore at a pressure below formation fracturing pressure a treatment fluid comprising a gelling fluid comprising a gelling agent and a hydrophobically-modified associative polymer, and an aqueous acid; and b. allowing the treatment fluid to acidize the formation,
An article of furniture with a drive device for a moveable furniture part comprising a lockable ejection device for ejecting the moveable furniture part from a closed position into an open position, wherein the ejection device can be unlocked by over-pressing the moveable furniture part into an over-pressing position (ÜS) which is behind the closed position in the closing direction, characterised by a blocking element - which has a blocking position in which the blocking element prevents unlocking of the ejection device when the over-pressing position (ÜS) is reached, and - which has a release position in which the ejection device can be unlocked when the over-pressing position (ÜS) is reached. - which has a blocking position in which the blocking element prevents unlocking of the ejection device when the over-pressing position (ÜS) is reached, and - which has a release position in which the ejection device can be unlocked when the over-pressing position (ÜS) is reached.
An apparatus for measuring residual torsions of an elongated structure such as a steel cord, said apparatus comprising a pivot head, said pivot head comprising a wheel adapted to guide an elongated structure, said wheel mounted in said pivot head so as to transmit torques exercised by said elongated structure on said wheel to said pivot head, said pivot head being mounted along a pivotal axis in a frame of said apparatus, said pivotal axis lying in a plane of said wheel and comprising the centre of said wheel, said apparatus further comprising sensor means for measuring torque on said pivot head caused by said elongated structure, CHARACTERIZED IN THAT said pivotal movement of said pivot head around said pivotal axis is limited to an angle range of ±5°, preferably ±3° by integrating in the mechanical chain from wheel to frame a stiff element. said pivot head comprising a wheel adapted to guide an elongated structure, said wheel mounted in said pivot head so as to transmit torques exercised by said elongated structure on said wheel to said pivot head, said wheel mounted in said pivot head so as to transmit torques exercised by said elongated structure on said wheel to said pivot head, said pivot head being mounted along a pivotal axis in a frame of said apparatus, said pivotal axis lying in a plane of said wheel and comprising the centre of said wheel, said pivotal axis lying in a plane of said wheel and comprising the centre of said wheel,
A method for correcting a digital image to be corrected stored on a client device by a geometric adjustment of the digital image to be corrected onto a reference image stored on a server device connected to the client device by a communication network, characterised in that the server device performs: - obtaining at least one area of interest of the reference image from a memory of the server or received via the communication network, - sending, to the client device information representative of each area of interest (ZI i), - receiving, from the client device, at least one image part (Pi) respectively delimited by each area of interest (ZI i), each image part being either a part of the digital image to be corrected or a part of an image resulting from the digital image to be corrected by filtering of the details of the image to be corrected or by edge sharpening said image, - determining, by the server device, parameters of a correction to apply to the digital image to be corrected, said parameters being determined by geometric adjustment of at least one said image part onto the reference image, and - sending, to the client device, the determined parameters. - obtaining at least one area of interest of the reference image from a memory of the server or received via the communication network, - sending, to the client device information representative of each area of interest (ZI i), - receiving, from the client device, at least one image part (Pi) respectively delimited by each area of interest (ZI i), each image part being either a part of the digital image to be corrected or a part of an image resulting from the digital image to be corrected by filtering of the details of the image to be corrected or by edge sharpening said image, - determining, by the server device, parameters of a correction to apply to the digital image to be corrected, said parameters being determined by geometric adjustment of at least one said image part onto the reference image, and - sending, to the client device, the determined parameters.
A system for ablating a coating on a substrate, the system comprising: a laser that produces an output (155, 245) that is configured to ablate the coating without damaging a surface of the substrate beneath the coating; and a galvanometer scanner configured to create from the laser output (155, 245) a substantially circular scanning pattern (230, 280, 700), wherein the system is translatable to move the output (155, 245) along the coating to ablate the coating, wherein the substantially circular scanning pattern comprises both a leading edge (622, 632) and a trailing edge (624, 634) such that the coating is exposed to two passes of the output (155, 245). a laser that produces an output (155, 245) that is configured to ablate the coating without damaging a surface of the substrate beneath the coating; and a galvanometer scanner configured to create from the laser output (155, 245) a substantially circular scanning pattern (230, 280, 700), wherein the system is translatable to move the output (155, 245) along the coating to ablate the coating, wherein the substantially circular scanning pattern comprises both a leading edge (622, 632) and a trailing edge (624, 634) such that the coating is exposed to two passes of the output (155, 245).
A refrigeration cycle device comprising: a refrigerant circuit which circulates a refrigerant the refrigerant circuit including a compressor, at least one expansion valve (250, 260, 291), an indoor heat exchanger, an outdoor heat exchanger, and a refrigerant reservoir; an injection pipe which includes a first end at a first height within the refrigerant reservoir and a second end connected to the compressor; an injection valve included in the injection pipe; and a refrigerant pipe, other than the injection pipe, connected to the refrigerant reservoir, characterized in that the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant, and the first height is lower than a height at which an end of the refrigerant pipe, other than the injection pipe, is located within the refrigerant reservoir, wherein the refrigerant is a mixed refrigerant containing at least CF3I and HFO1123, wherein the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant. a refrigerant circuit which circulates a refrigerant the refrigerant circuit including a compressor, at least one expansion valve (250, 260, 291), an indoor heat exchanger, an outdoor heat exchanger, and a refrigerant reservoir; an injection pipe which includes a first end at a first height within the refrigerant reservoir and a second end connected to the compressor; an injection valve included in the injection pipe; and a refrigerant pipe, other than the injection pipe, connected to the refrigerant reservoir, characterized in that the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant, and the first height is lower than a height at which an end of the refrigerant pipe, other than the injection pipe, is located within the refrigerant reservoir, wherein the refrigerant is a mixed refrigerant containing at least CF3I and HFO1123, wherein the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant.
A method of operation within an integrated-circuit image sensor (241, 451 730, 2250) having a pixel array (181, 251, 411, 845, 897, 977), the method comprising: oversampling the pixel array (181, 251, 411, 845, 897, 977) by means of a plurality of subexposure intervals that transpire within a frame interval to generate a respective plurality of subframes of image data, the plurality of subexposure intervals including at least one long subexposure interval and a plurality of uniform short subexposure intervals each shorter in duration than the long exposure interval; summing image data of the subframes generated with respect to the long subexposure intervals and the uniform short subexposure intervals to generate summed short-subexposure image data; and balancing the summed short-subexposure image data and the at least one long subexposure interval and combining the balanced summed short-subexposure image data with the subframe of image data generated with respect to the at least one balanced long subexposure interval to produce an output image. oversampling the pixel array (181, 251, 411, 845, 897, 977) by means of a plurality of subexposure intervals that transpire within a frame interval to generate a respective plurality of subframes of image data, the plurality of subexposure intervals including at least one long subexposure interval and a plurality of uniform short subexposure intervals each shorter in duration than the long exposure interval; summing image data of the subframes generated with respect to the long subexposure intervals and the uniform short subexposure intervals to generate summed short-subexposure image data; and balancing the summed short-subexposure image data and the at least one long subexposure interval and combining the balanced summed short-subexposure image data with the subframe of image data generated with respect to the at least one balanced long subexposure interval to produce an output image.
A user equipment, UE, apparatus for participating in wireless communications, comprising: means (1202, 1204) for obtaining a multi-carrier assignment on one layer of a wireless signaling protocol, and a command to instruct the UE to activate or deactivate at least one carrier on a different layer of the wireless signaling protocol, wherein the different layer is a physical layer or layer two signaling protocol; means for processing the command and executing a set of modules for implementing the command; and means for activating or deactivating a non-anchor carrier specified by the multi-carrier assignment, wherein the means for activating or deactivating are configured to ignore signaling on the non-anchor carrier to deactivate such carrier, and/or to ignore non-pilot or non-shared control channel signaling on the non-anchor carrier to deactivate such carrier. means (1202, 1204) for obtaining a multi-carrier assignment on one layer of a wireless signaling protocol, and a command to instruct the UE to activate or deactivate at least one carrier on a different layer of the wireless signaling protocol, wherein the different layer is a physical layer or layer two signaling protocol; means for processing the command and executing a set of modules for implementing the command; and means for activating or deactivating a non-anchor carrier specified by the multi-carrier assignment, wherein the means for activating or deactivating are configured to ignore signaling on the non-anchor carrier to deactivate such carrier, and/or
System for spraying product, in particular plant-protection product, comprising product spray nozzles and air flow generator means comprising a conduit comprising two parallel rectilinear segments, the spray nozzles being placed and linearly distributed at the centre of the conduit between the two rectilinear segments, the spray nozzles being distributed equidistantly in a median longitudinal plane (Pm) of the conduit, the system being characterised by the fact that the conduit comprises overall incurved linking ends (115, 117) connecting said two parallel rectilinear segments in such a way that the conduit has the form of an oblong ring and has an outlet in the form of an annular slit with oblong contour adapted to generate an air flow in the form of a continuous tubular curtain of air with lateral confinement on the jet side originating from the spray nozzles, enclosing the jets originating from the spray nozzles, impassable by the sprayed product.
A method in a wireless user terminal, the method comprising: receiving, at the terminal, a scheduling assignment in a frame, the frame having a system frame number, the scheduling assignment allocating time frequency resources for a portion of an encoded system information block message; receiving, at the terminal, the portion of the encoded system information block message in the frame based on the scheduling assignment; determining a redundancy version, RV, of the portion of the encoded system information block message based on the system frame number as follows: system frame number modulo 8 = 0 is mapped to redundancy version zero, RV0; system frame number modulo 8 = 2 is mapped to redundancy version two, RV2; system frame number modulo 8 = 4 is mapped to redundancy version three, RV3; and system frame number modulo 8 = 6 is mapped to redundancy version one, RV1, the system frame number being the system frame number of the frame in which the portion of the encoded system information block message was received; and decoding the encoded system information block message based on the portion of the encoded system information block message received and based on the RV. receiving, at the terminal, a scheduling assignment in a frame, the frame having a system frame number, the scheduling assignment allocating time frequency resources for a portion of an encoded system information block message; receiving, at the terminal, the portion of the encoded system information block message in the frame based on the scheduling assignment; determining a redundancy version, RV, of the portion of the encoded system information block message based on the system frame number as follows: system frame number modulo 8 = 0 is mapped to redundancy version zero, RV0; system frame number modulo 8 = 2 is mapped to redundancy version two, RV2; system frame number modulo 8 = 4 is mapped to redundancy version three, RV3; and system frame number modulo 8 = 6 is mapped to redundancy version one, RV1, the system frame number being the system frame number of the frame in which the portion of the encoded system information block message was received; and decoding the encoded system information block message based on the portion of the encoded system information block message received and based on the RV. system frame number modulo 8 = 0 is mapped to redundancy version zero, RV0; system frame number modulo 8 = 2 is mapped to redundancy version two, RV2; system frame number modulo 8 = 4 is mapped to redundancy version three, RV3; and system frame number modulo 8 = 6 is mapped to redundancy version one, RV1, the system frame number being the system frame number of the frame in which the portion of the encoded system information block message was received; and decoding the encoded system information block message based on the portion of the encoded system information block message received and based on the RV.
A focused pinhole high energy radiation imaging device, comprising: - an object space for receiving an object to be imaged by means of high energy radiation, and having a first axis, that extends longitudinally through a center of gravity of a cross-section of the object space and is preferably an axis of rotational symmetry, - a detector device, having at least one detector surface and being sensitive to said high energy radiation, and extending at least partially, preferably in a complete loop, around said object space, - a focused pinhole collimator with a focus volume, and provided between the at least one detector surface and the object space, characterized in that the collimator is designed and arranged in such a way that the focus volume is located eccentrically with respect to said first axis. - an object space for receiving an object to be imaged by means of high energy radiation, and having a first axis, that extends longitudinally through a center of gravity of a cross-section of the object space and is preferably an axis of rotational symmetry, - a detector device, having at least one detector surface and being sensitive to said high energy radiation, and extending at least partially, preferably in a complete loop, around said object space, - a focused pinhole collimator with a focus volume, and provided between the at least one detector surface and the object space, characterized in that the collimator is designed and arranged in such a way that the focus volume is located eccentrically with respect to said first axis.