mhurhangee/ep-ind-claims huggingface dataset:
A brake control device for a straddled vehicle having a first wheel (14, 82), comprising: a first brake device (30A, 30B) configured to supply brake force to the first wheel (14, 82); a longitudinal sliding detection device configured to detect a longitudinal sliding degree of the first wheel (14, 82); a lateral sliding detection device configured to detect a lateral sliding degree of the first wheel (14, 82); and a controller for performing a first antilock brake operation that controls the first brake device such that the longitudinal sliding degree of the first wheel (14, 82) detected by the longitudinal sliding detection device becomes close to a first target longitudinal sliding degree, wherein the controller is configured to perform a first correction process that corrects the first antilock brake operation to inhibit lateral sliding of the first wheel (14, 82) based on a result of detection of the lateral sliding detection device, wherein the controller is configured to correct the first antilock brake operation such that the larger the lateral sliding degree of the first wheel (14, 82) detected by the lateral sliding detection device is, the smaller the longitudinal sliding degree of the first wheel (14, 82) is, as the first correction process. a first brake device (30A, 30B) configured to supply brake force to the first wheel (14, 82); a longitudinal sliding detection device configured to detect a longitudinal sliding degree of the first wheel (14, 82); a lateral sliding detection device configured to detect a lateral sliding degree of the first wheel (14, 82); and a controller for performing a first antilock brake operation that controls the first brake device such that the longitudinal sliding degree of the first wheel (14, 82) detected by the longitudinal sliding detection device becomes close to a first target longitudinal sliding degree, wherein the controller is configured to perform a first correction process that corrects the first antilock brake operation to inhibit lateral sliding of the first wheel (14, 82) based on a result of detection of the lateral sliding detection device, wherein the controller is configured to correct the first antilock brake operation such that the larger the lateral sliding degree of the first wheel (14, 82) detected by the lateral sliding detection device is, the smaller the longitudinal sliding degree of the first wheel (14, 82) is, as the first correction process.
Method for electronically controlling a bicycle gearshift comprising a support unit configured to be mounted on a bicycle frame at an assembly of toothed wheels coaxial with one another of the gearshift and a mobile unit comprising a chain guide (52, 152, 252), said method comprising the steps of: - moving (1002, 1012, 1022) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a primary displacement having at least a component in axial direction with respect to an axis of the assembly of toothed wheels, characterized by further comprising the step of: - moving (1000, 1004, 1010, 1014, 1020, 1024) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a secondary displacement having at least a component in radial direction with respect to the axis of the assembly of toothed wheels, wherein said step of moving (1000, 1004, 1010, 1014, 1020, 1024) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a secondary displacement is carried out independently of said step of moving (1002, 1012, 1022) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a primary displacement. - moving (1002, 1012, 1022) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a primary displacement having at least a component in axial direction with respect to an axis of the assembly of toothed wheels, - moving (1000, 1004, 1010, 1014, 1020, 1024) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a secondary displacement having at least a component in radial direction with respect to the axis of the assembly of toothed wheels, wherein said step of moving (1000, 1004, 1010, 1014, 1020, 1024) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a secondary displacement is carried out independently of said step of moving (1002, 1012, 1022) the mobile unit with respect to the support unit so as to impart onto the chain guide (52, 152, 252) a primary displacement.
A base station device adapted to form a cell and perform wireless communication with a mobile terminal(2, 3) being present in the cell, the base station device comprising: determining means for determining application of adaptive modulation and coding to only the wireless communication with a mobile terminal being present in a predetermined area of a part of the cell; estimating means for estimating channel status information based on a pilot signal from the mobile terminal (2, 3); changing means for changing a range of a valid value of a MCS, Modulation and Coding Scheme, Set which corresponds to the channel status information, and collecting means for collecting interference information from other peripheral base station devices wherein the determining means is adapted to determine to apply the adaptive modulation and coding to the wireless communication with the mobile terminal (2, 3) if the channel status information estimated by the estimating means corresponds to the valid value of the MCS Set and the changing means is adapted to change the range of the valid value of the MCS Set based on the interference information collected by the collecting means. determining means for determining application of adaptive modulation and coding to only the wireless communication with a mobile terminal being present in a predetermined area of a part of the cell; estimating means for estimating channel status information based on a pilot signal from the mobile terminal (2, 3); changing means for changing a range of a valid value of a MCS, Modulation and Coding Scheme, Set which corresponds to the channel status information, and collecting means for collecting interference information from other peripheral base station devices wherein the determining means is adapted to determine to apply the adaptive modulation and coding to the wireless communication with the mobile terminal (2, 3) if the channel status information estimated by the estimating means corresponds to the valid value of the MCS Set and the changing means is adapted to change the range of the valid value of the MCS Set based on the interference information collected by the collecting means.
A scanning microscope system comprising an autofocus imaging system, the autofocus imaging system comprising: an image sensor arrangement (24, 26) configured to acquire primary image data of an object of interest and first and second autofocus image data of first and second oblique sections of the object of interest; wherein the image sensor arrangement comprises an image sensor tilted in a scanning direction of the microscope system and configured to acquire at a first scan position of the microscope system the first autofocus image data of the first oblique section and, at a later time at a second scan position of the microscope system, the second autofocus image data of the second oblique section; and a calculation unit configured to generate a polar error signal of a focus position of the microscope system on the basis of a comparison of first contrast data relating to the first autofocus image data of the first oblique section with second contrast data relating to the second autofocus image data of the second oblique section. an image sensor arrangement (24, 26) configured to acquire primary image data of an object of interest and first and second autofocus image data of first and second oblique sections of the object of interest; wherein the image sensor arrangement comprises an image sensor tilted in a scanning direction of the microscope system and configured to acquire at a first scan position of the microscope system the first autofocus image data of the first oblique section and, at a later time at a second scan position of the microscope system, the second autofocus image data of the second oblique section; and a calculation unit configured to generate a polar error signal of a focus position of the microscope system on the basis of a comparison of first contrast data relating to the first autofocus image data of the first oblique section with second contrast data relating to the second autofocus image data of the second oblique section.
A method in a first communication entity of a first radio communication network for communicating with a second communication entity of a second radio communication network, comprising: selecting one or more communication nodes (A1-A7) from the first radio communication network as one or more first delegates; for each of the one or more first delegates, triggering the first delegate to perform handshaking with one or more second delegates in the second radio communication network so as to find one or more counterpart delegates in the second radio communication network, said one or more second delegates being selected by the second communication entity, and establishing bridging connections between the first delegate and said one or more counterpart delegates; and communicating with the second communication entity via at least one of the bridging connections. selecting one or more communication nodes (A1-A7) from the first radio communication network as one or more first delegates; for each of the one or more first delegates, triggering the first delegate to perform handshaking with one or more second delegates in the second radio communication network so as to find one or more counterpart delegates in the second radio communication network, said one or more second delegates being selected by the second communication entity, and establishing bridging connections between the first delegate and said one or more counterpart delegates; and communicating with the second communication entity via at least one of the bridging connections.
A mobile platform having a main body with a first side and a second side which together define a lateral direction with respect to the main body, and one or more leg arrangements, each leg arrangement comprising: a first leg mounted for 360 degree rotation in a first plane on the main body at a first rotary joint on the first side of the mobile platform, the first leg connected to be driven by a first actuator controlled by a processor and the first rotary joint having a first rotation axis; a second leg mounted for 360 degree rotation in a second plane on the main body at the first rotary joint, the second leg connected to be driven by a second actuator controlled by the processor; and the processor being configured to instruct the first actuator to rotate the first leg and the second actuator to rotate the second leg; characterised in that: the mobile platform further comprises a swing arm mounted on the main body, the leg arrangement being mounted on the swing arm. a first leg mounted for 360 degree rotation in a first plane on the main body at a first rotary joint on the first side of the mobile platform, the first leg connected to be driven by a first actuator controlled by a processor and the first rotary joint having a first rotation axis; a second leg mounted for 360 degree rotation in a second plane on the main body at the first rotary joint, the second leg connected to be driven by a second actuator controlled by the processor; and the processor being configured to instruct the first actuator to rotate the first leg and the second actuator to rotate the second leg; characterised in that: the mobile platform further comprises a swing arm mounted on the main body, the leg arrangement being mounted on the swing arm.
A spray nozzle to be applied to a film forming device which sprays a film material, together with a carrier gas, through the spray nozzle onto a base material so as to form a film on the base material, comprising: - a gas entrance section in which a passage of the carrier gas gradually becomes smaller along a flow of the carrier gas; - a passage enlargement section which is subsequent to the gas entrance section and in which a passage of the carrier gas gradually becomes larger along a flow of the carrier gas; - an opening formation section which is subsequent to the passage enlargement section and has one or more openings via which a passage of the carrier gas and an external space communicate with each other, wherein the one or more openings are configured such that a portion of the carrier gas and a portion of the film material are released through the one or more openings; and - a gas exit section which is subsequent to the opening formation section and in which a passage of the carrier gas gradually becomes smaller along a flow of the carrier gas, characterized in that the one or more openings are provided in a terminal end portion of the opening formation section on a gas exit section side. - a gas entrance section in which a passage of the carrier gas gradually becomes smaller along a flow of the carrier gas; - a passage enlargement section which is subsequent to the gas entrance section and in which a passage of the carrier gas gradually becomes larger along a flow of the carrier gas; - an opening formation section which is subsequent to the passage enlargement section and has one or more openings via which a passage of the carrier gas and an external space communicate with each other, wherein the one or more openings are configured such that a portion of the carrier gas and a portion of the film material are released through the one or more openings; and - a gas exit section which is subsequent to the opening formation section and in which a passage of the carrier gas gradually becomes smaller along a flow of the carrier gas, characterized in that the one or more openings are provided in a terminal end portion of the opening formation section on a gas exit section side.
A communications device comprising a transmitter for transmitting signals representing data to a network element of a wireless communications system using shared resources of an uplink of a first wireless access interface provided by the network element, a receiver for receiving signals representing data from the network element using shared resources of a downlink of the first wireless access interface, wherein allocations of the shared resources are made by the network element and the uplink of the first wireless access interface is within a first set of resources, and a controller for controlling the transmitter and the receiver to transmit and to receive signals representing data to and from another communications device using a second wireless access interface which is within a second set of resources, the second set of resources being contiguous in frequency and formed in a predetermined set of uplink resources of the first set of resources for preferable allocation for device-to-device communications by the network element, and resources of the second wireless access interface are divided in time into at least a data region and a control region, the control region being in a predetermined position in the second set of resources, wherein the second wireless access interface includes a reference symbol region in a predetermined position in the second set of resources in close proximity in time to the predetermined position of the control region for providing reference symbols for channel estimation at a receiving communications device, and the controller is configured to control the transmitter and receiver to transmit and to receive reference signals representing reference symbols in the reference symbol region, and the controller is configured to control the receiver to enter a reduced power state according to the predetermined position of the reference symbol region and the predetermined position of the control region, the controller controlling the receiver to enter the reduced power state during the data region.
A male contraception apparatus for obtaining temporary sterility of a male human being comprising: an implantable restriction device adapted to restrict vas deferens in the region downstream the ampulla during a controlled period, said device thereby being capable of preventing sperms to reach the urethra by operating on the vas deference from the outside, and a control device for controlling the operation of the restriction device. an implantable restriction device adapted to restrict vas deferens in the region downstream the ampulla during a controlled period, said device thereby being capable of preventing sperms to reach the urethra by operating on the vas deference from the outside, and a control device for controlling the operation of the restriction device.
A clamp assembly for preparing a beverage from a capsule wherein the capsule has at least one flexible wall, the clamp assembly comprising two or more clamp members (110, 111), at least one clamp member being movable to open and close the clamp assembly, wherein respective inner walls of said clamp members in a closed position define a chamber adapted to substantially enclose and support the capsule during beverage preparation, the chamber having an inlet region (201, 202) for injection of water and an outlet region for escape of a beverage, wherein said inner wall of at least one of said clamp members (110, 111) comprises a concave base surface for receiving said capsule and one or more pressure pads (203, 207) projecting from said concave base surface for selectively constricting a region of said capsule proximate to said inlet region (201, 202).
A medical device package (10, 10A) comprising: a tab (12, 12A) including a nest which holds a plurality of medical devices filled with medicines to be aligned in a predetermined direction, a tab main body which accommodates the nest, and a sheet-like first sealing member which seals the tab main body; and a tab storage container (14, 14A) for packing with an outer peripheral surface of the tab (12, 12A) maintained in a sterile state, wherein the tab storage container (14, 14A) includes: a container main body accommodating the tab (12, 12A) and having a shape-retaining property; a transfer opening (38, 38A) formed at one end of the container main body and configured to carry in and out the tab (12, 12A); and a sheet-like second sealing member (16, 16A) sealing the transfer opening (38, 38A) and having an antibacterial property and air permeability. a tab (12, 12A) including a nest which holds a plurality of medical devices filled with medicines to be aligned in a predetermined direction, a tab main body which accommodates the nest, and a sheet-like first sealing member which seals the tab main body; and a tab storage container (14, 14A) for packing with an outer peripheral surface of the tab (12, 12A) maintained in a sterile state, wherein the tab storage container (14, 14A) includes: a container main body accommodating the tab (12, 12A) and having a shape-retaining property; a transfer opening (38, 38A) formed at one end of the container main body and configured to carry in and out the tab (12, 12A); and a sheet-like second sealing member (16, 16A) sealing the transfer opening (38, 38A) and having an antibacterial property and air permeability. a container main body accommodating the tab (12, 12A) and having a shape-retaining property; a transfer opening (38, 38A) formed at one end of the container main body and configured to carry in and out the tab (12, 12A); and a sheet-like second sealing member (16, 16A) sealing the transfer opening (38, 38A) and having an antibacterial property and air permeability.
A synthetic miRNA nucleic acid molecule comprising a sequence with at least 80% sequence identity to mature human miR-29 sequence for use as a medicament.
A sensor device for in situ soil analysis, comprising: a sensor assembly with one or more sensors which are configured individually or cumulatively for simultaneous in situ measurement of the following soil properties of a soil to be analyzed and for providing corresponding respective measurement data: (a) impedance spectrum; (b) temperature; and (c) absorption spectrum in a spectral range which extends from NIR to UV, NIR-VIS-UV wherein: the distance between each two sensors of the sensor assembly, defined in relation to their respective measurand transducers, does not exceed a value of 10 cm; in order to measure, in situ, the impedance spectrum (Z(ω)), the sensor assembly is configured to measure an alternating current resistance of a portion of soil to be measured, as a function of the frequency (ω) of an alternating measuring voltage which is applied to the portion of soil; and in order to detect, in situ, the absorption spectrum, the sensor assembly is configured to measure within said spectral range radiation reflected at the soil surface of the soil to be analyzed. a sensor assembly with one or more sensors which are configured individually or cumulatively for simultaneous in situ measurement of the following soil properties of a soil to be analyzed and for providing corresponding respective measurement data: (a) impedance spectrum; (b) temperature; and (c) absorption spectrum in a spectral range which extends from NIR to UV, NIR-VIS-UV (a) impedance spectrum; (b) temperature; and (c) absorption spectrum in a spectral range which extends from NIR to UV, NIR-VIS-UV wherein: the distance between each two sensors of the sensor assembly, defined in relation to their respective measurand transducers, does not exceed a value of 10 cm; in order to measure, in situ, the impedance spectrum (Z(ω)), the sensor assembly is configured to measure an alternating current resistance of a portion of soil to be measured, as a function of the frequency (ω) of an alternating measuring voltage which is applied to the portion of soil; and in order to detect, in situ, the absorption spectrum, the sensor assembly is configured to measure within said spectral range radiation reflected at the soil surface of the soil to be analyzed. the distance between each two sensors of the sensor assembly, defined in relation to their respective measurand transducers, does not exceed a value of 10 cm; in order to measure, in situ, the impedance spectrum (Z(ω)), the sensor assembly is configured to measure an alternating current resistance of a portion of soil to be measured, as a function of the frequency (ω) of an alternating measuring voltage which is applied to the portion of soil; and in order to detect, in situ, the absorption spectrum, the sensor assembly is configured to measure within said spectral range radiation reflected at the soil surface of the soil to be analyzed.