mhurhangee/ep-ind-claims huggingface dataset:
A crane vehicle comprising: an operation unit; a winch device configured to operate at a speed corresponding to an operation amount of the operation unit, to wind up and feed out a wire rope to which a hook is fixed; a weight detection unit configured to detect a weight of a lifting load; and a control unit, characterized in that: the crane vehicle comprises a storage unit configured to store a time-weight target characteristic indicating a target in temporal change of a detected value at the weight detection unit for a maximum operation amount input from the operation unit; and the control unit configured to perform feedback control of an operation speed of the winch device such that the detected value follows the time-weight target characteristic in a case where the maximum operation amount is input from the operation unit, the control unit being configured to set the operation speed of the winch device at the speed corresponding to the operation amount of the operation unit, in a case where fluctuation of the detected value has converged in a predetermined range. an operation unit; a winch device configured to operate at a speed corresponding to an operation amount of the operation unit, to wind up and feed out a wire rope to which a hook is fixed; a weight detection unit configured to detect a weight of a lifting load; and a control unit, characterized in that: the crane vehicle comprises a storage unit configured to store a time-weight target characteristic indicating a target in temporal change of a detected value at the weight detection unit for a maximum operation amount input from the operation unit; and the control unit configured to perform feedback control of an operation speed of the winch device such that the detected value follows the time-weight target characteristic in a case where the maximum operation amount is input from the operation unit, the control unit being configured to set the operation speed of the winch device at the speed corresponding to the operation amount of the operation unit, in a case where fluctuation of the detected value has converged in a predetermined range. the crane vehicle comprises a storage unit configured to store a time-weight target characteristic indicating a target in temporal change of a detected value at the weight detection unit for a maximum operation amount input from the operation unit; and the control unit configured to perform feedback control of an operation speed of the winch device such that the detected value follows the time-weight target characteristic in a case where the maximum operation amount is input from the operation unit, the control unit being configured to set the operation speed of the winch device at the speed corresponding to the operation amount of the operation unit, in a case where fluctuation of the detected value has converged in a predetermined range.
Method for eyesight testing comprising a step of arranging an optical glass in a location of a support and the following steps according to which a control module: - displays on a selection screen and on a reading screen a plurality of lines, each line extending in a distinct direction, the selection screen and the reading screen being two distinct screens or alternatively a single and same screen; - receives a selection of a line on the selection screen; the method being such that: - when the control module receives a selection of a first line while no other line has been selected yet, the control module selects said first line by modifying at least one appearance-related feature of the first line so that the first line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected; characterised in that: - when the control module receives a selection of a new line while at least one other line has already been selected, the control module selects said new line by modifying at least one appearance-related feature of the new line so that the new line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected, and the control module deselects each line that is not directly adjacent to said new selected line by giving each of said non-adjacent lines its initial appearance. - displays on a selection screen and on a reading screen a plurality of lines, each line extending in a distinct direction, the selection screen and the reading screen being two distinct screens or alternatively a single and same screen; - receives a selection of a line on the selection screen; - when the control module receives a selection of a first line while no other line has been selected yet, the control module selects said first line by modifying at least one appearance-related feature of the first line so that the first line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected; - when the control module receives a selection of a new line while at least one other line has already been selected, the control module selects said new line by modifying at least one appearance-related feature of the new line so that the new line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected, and the control module deselects each line that is not directly adjacent to said new selected line by giving each of said non-adjacent lines its initial appearance.
A user equipment that performs device to device, D2D, communication, comprising: a reception unit configured to receive resource configuration information for D2D scheduling assignment, SA, transmissions and another information for the D2D SA transmissions which is used to indicate a predefined frequency hopping scheme and is used to obtain positions of physical resource blocks in frequency domain; a configuration unit configured to configure, based on the resource configuration information, positions of a plurality of subframes where the physical resource blocks for D2D SA transmissions are located; and a transmission unit configured to perform, using the predefined frequency hopping scheme, the D2D SA transmissions in the plurality of subframes, wherein the plurality of subframes comprises (a) a subframe where a part of the physical resource blocks which corresponds to a frequency is located and (b) another subframe where another part of the physical resource blocks which corresponds to another frequency is located. a reception unit configured to receive resource configuration information for D2D scheduling assignment, SA, transmissions and another information for the D2D SA transmissions which is used to indicate a predefined frequency hopping scheme and is used to obtain positions of physical resource blocks in frequency domain; a configuration unit configured to configure, based on the resource configuration information, positions of a plurality of subframes where the physical resource blocks for D2D SA transmissions are located; and a transmission unit configured to perform, using the predefined frequency hopping scheme, the D2D SA transmissions in the plurality of subframes, wherein the plurality of subframes comprises (a) a subframe where a part of the physical resource blocks which corresponds to a frequency is located and (b) another subframe where another part of the physical resource blocks which corresponds to another frequency is located.
A communications device comprising a transmitter configured to transmit signals to one or more other communications devices via a wireless access interface to perform device-to-device communications, the wireless access interface being divided into a plurality of time divided units each formed of a plurality of sub-carriers for a period of time, a receiver configured to receive signals from the one or more other communications devices via the wireless access interface, and a controller configured to control the transmitter and the receiver to transmit or to receive the signals via the wireless access interface to transmit or to receive data represented by the signals, the wireless access interface providing a scheduling region comprising a plurality of predetermined sections of communications resources, which sections are provided in a number of the plurality of sub-carriers of one of the time divided units less than the total number of the plurality of sub-carriers, and a plurality of predetermined sections of shared communications resources provided in at least one other of the time divided units, wherein each of the plurality of predetermined sections of the scheduling region correspond to one of the plurality of sections of the shared communications resources, wherein the communications device is configured to detect that one of the other communications devices has transmitted in one or more of the plurality of the sections of the scheduling region, and subsequently to not transmit in one or more corresponding sections of the shared communications resources for transmitting the signals representing the data.
Strand comprising a group of twisted wires, said strand being arranged to comprise: - over a first portion of its length: a sheath containing the group of twisted wires, and a flexible filling product filling a peripheral interstice located between the inner face of the sheath and the periphery of the group of twisted wires, and - over a second portion of its length, which is separate from the first part: a material covering the periphery of the group of twisted wires, said material adhering to the twisted wires of the group, the sheath being interrupted between the first portion and the second portion. - over a first portion of its length: a sheath containing the group of twisted wires, and a flexible filling product filling a peripheral interstice located between the inner face of the sheath and the periphery of the group of twisted wires, and - over a second portion of its length, which is separate from the first part: a material covering the periphery of the group of twisted wires, said material adhering to the twisted wires of the group, the sheath being interrupted between the first portion and the second portion.
A method for acquiring a user equipment UE capability, comprising: receiving (S 110), by a target base station, first UE capability information sent by a source base station; and determining, if the first UE capability information indicates an incomplete capability of a UE, after the UE is handed over to the target base station, by the target base station according to the first UE capability information, whether to acquire a complete capability of the UE; wherein determining, if the first UE capability information indicates an incomplete capability of a UE, by the target base station according to the first UE capability information, whether to acquire the complete capability of the UE, comprises: if the first UE capability information indicates the incomplete capability of a UE and the first UE capability information is incomplete compared to the release of the target base station, sending, by the target base station, a capability enquiry request message to the UE, receiving, by the target base station the complete capability of the UE, from the UE. receiving (S 110), by a target base station, first UE capability information sent by a source base station; and determining, if the first UE capability information indicates an incomplete capability of a UE, after the UE is handed over to the target base station, by the target base station according to the first UE capability information, whether to acquire a complete capability of the UE; wherein determining, if the first UE capability information indicates an incomplete capability of a UE, by the target base station according to the first UE capability information, whether to acquire the complete capability of the UE, comprises: if the first UE capability information indicates the incomplete capability of a UE and the first UE capability information is incomplete compared to the release of the target base station, sending, by the target base station, a capability enquiry request message to the UE, receiving, by the target base station the complete capability of the UE, from the UE. if the first UE capability information indicates the incomplete capability of a UE and the first UE capability information is incomplete compared to the release of the target base station, sending, by the target base station, a capability enquiry request message to the UE, receiving, by the target base station the complete capability of the UE, from the UE.
A window system for mounting in an inclined surface of a building, said window system comprising: a frame structure including a plurality of frame members and a sash structure including a plurality of sash members, said plurality including at least two sash side members and a sash bottom member, the frame structure and the sash structure each defining a substantially rectangular unit with an inner opening, a lower edge intended to face downwards in the mounted state of the window, an upper edge intended to face upwards in the mounted state of the window, and two side edges extending between the lower and upper edges, and a pane element having an upper edge, a lower edge and two side edges, and a transverse element extending between the side members of the sash structure at the lower edge of the pane element characterized in that said transverse element forms a yoke in connection with the pane element and acts as a support of the pane element to transfer at least part of the load of the pane element to the side members of the sash structure, thus dispensing with the supporting function of the sash bottom member, either in part or in full. a frame structure including a plurality of frame members and a sash structure including a plurality of sash members, said plurality including at least two sash side members and a sash bottom member, the frame structure and the sash structure each defining a substantially rectangular unit with an inner opening, a lower edge intended to face downwards in the mounted state of the window, an upper edge intended to face upwards in the mounted state of the window, and two side edges extending between the lower and upper edges, and a pane element having an upper edge, a lower edge and two side edges, and a transverse element extending between the side members of the sash structure at the lower edge of the pane element characterized in that said transverse element forms a yoke in connection with the pane element and acts as a support of the pane element to transfer at least part of the load of the pane element to the side members of the sash structure, thus dispensing with the supporting function of the sash bottom member, either in part or in full.
Dispersions comprising A) 2 to 15% of tembotrione B) 10 to 80% of one or more vegetable or mineral oils, C) 5 to 30% of one or more surface-active substances, D) 4 to 45% of diammonium hydrogen phosphate or ammonium dihydrogen phosphate, E) 0.1 to 4% of one or more rheological additives, F) 1 to 10% of one or more agrochemical active substances other than A), such as herbicides, insecticides, fungicides, safeners or growth regulators, G) 0 to 5% of formulation auxiliaries from the group consisting of antifoams, evaporation inhibitors, perfumes, colorants, antifreeze agents and preservatives. A) 2 to 15% of tembotrione B) 10 to 80% of one or more vegetable or mineral oils, C) 5 to 30% of one or more surface-active substances, D) 4 to 45% of diammonium hydrogen phosphate or ammonium dihydrogen phosphate, E) 0.1 to 4% of one or more rheological additives, F) 1 to 10% of one or more agrochemical active substances other than A), such as herbicides, insecticides, fungicides, safeners or growth regulators, G) 0 to 5% of formulation auxiliaries from the group consisting of antifoams, evaporation inhibitors, perfumes, colorants, antifreeze agents and preservatives.
Marine hybrid drive unit comprising a drive shaft which is connected to a combustion engine, an electric motor, a transmission with an input shaft and an output shaft, wherein the input shaft can selectively be driven solely by the combustion engine, solely by the electric motor, or by the combustion engine and the electric motor simultaneously, wherein the input shaft is permanently connected to the electric motor via at least one gear step, a modulatable transmission clutch to selectively connect the input shaft to the output shaft, a pressure actuated input clutch which is provided to connect and disconnect the drive shaft to or from the input shaft, characterized in, that the transmission further comprises an oil pump, which is driven by the input shaft to provide oil pressure for actuating the modulatable transmission clutch, and that the oil pump is arranged to provide oil for the actuation of the pressure actuated input clutch. a drive shaft which is connected to a combustion engine, an electric motor, a transmission with an input shaft and an output shaft, wherein the input shaft can selectively be driven solely by the combustion engine, solely by the electric motor, or by the combustion engine and the electric motor simultaneously, wherein the input shaft is permanently connected to the electric motor via at least one gear step, a modulatable transmission clutch to selectively connect the input shaft to the output shaft, a pressure actuated input clutch which is provided to connect and disconnect the drive shaft to or from the input shaft, characterized in, that the transmission further comprises an oil pump, which is driven by the input shaft to provide oil pressure for actuating the modulatable transmission clutch, and that the oil pump is arranged to provide oil for the actuation of the pressure actuated input clutch.
An in vitro model system, said system comprising: a set of anatomical components (320, 330, 340) configured to contain at least one fluid (321,331,341); at least one pressure-frequency profile; and a model communication system for providing said at least one pressure-frequency profile to said at least one fluid, wherein the at least one pressure-frequency profile mimics at least one of a subject breathing pressure waveform, a subject intubation pressure waveform, a subject cardiac blood pressure waveform, or a sum of at least a component or damped component of the subject breathing or intubation pressure waveform, and a component or damped component of the subject cardiac pressure waveform. a set of anatomical components (320, 330, 340) configured to contain at least one fluid (321,331,341); at least one pressure-frequency profile; and a model communication system for providing said at least one pressure-frequency profile to said at least one fluid, wherein the at least one pressure-frequency profile mimics at least one of a subject breathing pressure waveform, a subject intubation pressure waveform, a subject cardiac blood pressure waveform, or a sum of at least a component or damped component of the subject breathing or intubation pressure waveform, and a component or damped component of the subject cardiac pressure waveform.
A jib coupling system for coupling a jib to a boom, comprising: a stowage coupling assembly having a locking member movable between a retracted position and an extended position; an extension pivot coupling system having a coupling member movable between a retracted position and an extended position; characterized by a cable having a first end operably connected to the locking member and a second end having a locking pin, wherein movement of the locking member from the extended position to the retracted position causes the locking pin to engage the coupling member, and movement of the locking member from the retracted position to the extended position causes the locking pin to disengage the coupling member. a stowage coupling assembly having a locking member movable between a retracted position and an extended position; an extension pivot coupling system having a coupling member movable between a retracted position and an extended position; characterized by a cable having a first end operably connected to the locking member and a second end having a locking pin, wherein movement of the locking member from the extended position to the retracted position causes the locking pin to engage the coupling member, and movement of the locking member from the retracted position to the extended position causes the locking pin to disengage the coupling member.
An oil passage structure for an electric vehicle which supplies lubrication oil to an electric traction motor of an electric vehicle and a power transmission mechanism for transmitting an output of the electric motor to a wheel, including: a main passage connected to an oil supply source; a first oil passage (70, 72) which guides oil from the main passage to an oil cooler; and a second oil passage which branches from the main passage and supplies oil to at least the power transmission mechanism, characterized in that the second oil passage branches from the main passage before the oil cooler. a main passage connected to an oil supply source; a first oil passage (70, 72) which guides oil from the main passage to an oil cooler; and a second oil passage which branches from the main passage and supplies oil to at least the power transmission mechanism, characterized in that the second oil passage branches from the main passage before the oil cooler.
A gas turbine engine sealing air system comprising: a compressor (16, 18) and a starter air system of the gas turbine engine; a bearing chamber seal to prevent lubricant fluid loss from a fluid chamber, the sealing effected by ingress of sealing air; a sealing air supply duct coupled between the compressor (16, 18) and the bearing chamber seal during normal operation of the gas turbine engine; an air vent duct coupled to the bearing chamber seal; an ejector located within the air vent duct to pump sealing air from the bearing chamber seal and through the air vent duct; a switching mechanism connected with the ejector; and a first duct coupled between the starter air system and the switching mechanism; characterized by a second duct coupled between the compressor (16, 18) and the switching mechanism; wherein the switching mechanism is configured to switch the supply of motive fluid to the ejector to the starter air system via the first duct during at least gas turbine engine starting, to the compressor (16,18) via the second duct during other periods operation of the gas turbine engine, or to stop the supply of motive fluid. a compressor (16, 18) and a starter air system of the gas turbine engine; a bearing chamber seal to prevent lubricant fluid loss from a fluid chamber, the sealing effected by ingress of sealing air; a sealing air supply duct coupled between the compressor (16, 18) and the bearing chamber seal during normal operation of the gas turbine engine; an air vent duct coupled to the bearing chamber seal; an ejector located within the air vent duct to pump sealing air from the bearing chamber seal and through the air vent duct; a switching mechanism connected with the ejector; and a first duct coupled between the starter air system and the switching mechanism; characterized by a second duct coupled between the compressor (16, 18) and the switching mechanism; wherein the switching mechanism is configured to switch the supply of motive fluid to the ejector to the starter air system via the first duct during at least gas turbine engine starting, to the compressor (16,18) via the second duct during other periods operation of the gas turbine engine, or to stop the supply of motive fluid.