mhurhangee/ep-ind-claims huggingface dataset:
A hybrid vehicle, comprising: a rechargeable power storage device; an internal combustion engine; at least one motor (30, 32) having a power generation function for supplying power to said power storage device by being driven by said internal combustion engine, and a function of generating a traveling drive force; a power output device (45, 60) for outputting the power stored in said power storage device as commercial power; an information appliance configured to store information about traveling of the vehicle to a destination; and characterized by a control device controlling a state of charge of said power storage device based on said information up to the destination and a usage status of said power output device up to the destination, wherein a used power amount of said power output device (45, 60) corresponds to power to be used until the vehicle reaches the destination, wherein said control device further controls switching of a traveling mode including a first mode in which traveling using only said at least one motor with said internal combustion engine being stopped is prioritized, and a second mode in which said internal combustion engine is operated to maintain the state of charge of said power storage device at a predetermined target, and if a residual capacity of said power storage device becomes lower than a second threshold value which is higher than a first threshold value indicating a lower limit of said residual capacity by said used power amount, said control device sets said traveling mode to said second mode. a rechargeable power storage device; an internal combustion engine; at least one motor (30, 32) having a power generation function for supplying power to said power storage device by being driven by said internal combustion engine, and a function of generating a traveling drive force; a power output device (45, 60) for outputting the power stored in said power storage device as commercial power; an information appliance configured to store information about traveling of the vehicle to a destination; and characterized by a control device controlling a state of charge of said power storage device based on said information up to the destination and a usage status of said power output device up to the destination, wherein a used power amount of said power output device (45, 60) corresponds to power to be used until the vehicle reaches the destination, wherein said control device further controls switching of a traveling mode including a first mode in which traveling using only said at least one motor with said internal combustion engine being stopped is prioritized, and a second mode in which said internal combustion engine is operated to maintain the state of charge of said power storage device at a predetermined target, and if a residual capacity of said power storage device becomes lower than a second threshold value which is higher than a first threshold value indicating a lower limit of said residual capacity by said used power amount, said control device sets said traveling mode to said second mode.
A pen type coordinate indicator, comprising: a core body protruding from a distal end of a chassis to form a pen tip; a first magnetic body having a distal end surface contacting said core body, the first magnetic body being wound around by a coil; a second magnetic body disposed such that a distal end surface thereof faces a proximal end surface of said first magnetic body; and a first elastic body and a second elastic body interposed between said proximal end surface of said first magnetic body and said distal end surface of said second magnetic body. a core body protruding from a distal end of a chassis to form a pen tip; a first magnetic body having a distal end surface contacting said core body, the first magnetic body being wound around by a coil; a second magnetic body disposed such that a distal end surface thereof faces a proximal end surface of said first magnetic body; and a first elastic body and a second elastic body interposed between said proximal end surface of said first magnetic body and said distal end surface of said second magnetic body.
A method performed by a terminal in a wireless communication system supporting a multimedia broadcast multicast service, MBMS, the method comprising: detecting a physical downlink control channel, PDCCH, with cyclic redundancy check, CRC, scrambled by an identifier of the terminal in a specific subframe among subframes reserved for multicast/broadcast over a single frequency network, MBSFN, in case that the terminal is in transmission mode, TM, 9; and decoding a physical downlink shared channel, PDSCH, corresponding to the PDCCH in the specific subframe, wherein specific subframe is not indicated by higher layers to decode physical multicast channel, PMCH, the specific subframe is not configured by the higher layers to be part of a positioning reference signal, PRS, occasion, and the PRS occasion is only configured within the subframes. detecting a physical downlink control channel, PDCCH, with cyclic redundancy check, CRC, scrambled by an identifier of the terminal in a specific subframe among subframes reserved for multicast/broadcast over a single frequency network, MBSFN, in case that the terminal is in transmission mode, TM, 9; and decoding a physical downlink shared channel, PDSCH, corresponding to the PDCCH in the specific subframe, wherein specific subframe is not indicated by higher layers to decode physical multicast channel, PMCH, the specific subframe is not configured by the higher layers to be part of a positioning reference signal, PRS, occasion, and the PRS occasion is only configured within the subframes.
A re-entrant resonant cavity comprising: an electrically conductive surface defining a volume and including a re-entrant stub having an end face, the stub being extensive from a first end wall of the cavity, there being a capacitive gap between the end face and a facing portion of the surface; and a dielectric member located in the gap, characterized in that the dielectric member is located in the gap in contact with the end face and the facing portion; and wherein said first end wall is thinner than other walls of the cavity such that it biases the stub in a direction towards the facing portion.
A modular system for cultivating plants on a substantially vertical plane and in this way build a culture unit, including plant modules consisting of cassettes, and therein fixed plant substrates and provided with a hanging rim to be attached to for example a wall or a plane with space-forming fasteners (2,3), and whose back sides are completely or partly sealed against the environment and the sealed area(s) connected to one or more fans forcing the air to flow through the in the "fan influenced" cassettes fixed plant substrates with the plants therein and their root systems, in either direction, and thereby be cleaned from particulates and volatile organic compounds emissions, where the cassettes have a reduced width in their lower part in relation to their upper part such that they can be inserted into the underlying plant module's cassette and form a water leak-proof coupling (17, 18) downwards in the culture unit, CHARACTERIZED in that the cassettes' back side is provided with one or several holes for the through-flowing air, whose area ratio of the cassettes' entire back side is in the range 5-40%, which enables that it in the plant substrate zones are formed with different humidity and air velocity so the plants different root systems can find optimal environments for their growth processes.
Method for producing positively and/or negatively ionised gas analytes for gas analysis in an ion mobility or a mass spectrometer, characterised in that the positive and/or negative gas ions are produced by a plasma brought about by a dielectrically impeded discharge, wherein the dielectrically hindered discharge is produced by feeding in a noble gas through a capillary composed of a dielectric material, wherein an alternating voltage is applied by means of two electrically insulated electrodes (3, 4) arranged at the capillary in a manner adjoining the exit region of the capillary and the gas analyte is fed to the exit region outside the capillary.
Nanoparticles for use in a method of therapy, wherein said nanoparticles comprise a core including metal and/or semiconductor atoms, and wherein the core is covalently linked to a plurality of ligands which comprise at least one RNA ligand comprising a siRNA or miRNA molecule.
A ferroelectric emitter, comprising: an emitter body of ferroelectric material having a proximal face and a distal face; at least one non-emitting back electrode contacting said proximal face of said emitter body; at least two mutually-separated front electrodes (106, 108), said at least two front electrodes contacting said distal face of said emitter body, and a triggering assembly, configured to sequentially activate said front electrodes, each said front electrode connected to, and independently activatable by, a respective trigger of said triggering assembly, so that the triggering assembly is configured to sequentially activate said front electrodes. an emitter body of ferroelectric material having a proximal face and a distal face; at least one non-emitting back electrode contacting said proximal face of said emitter body; at least two mutually-separated front electrodes (106, 108), said at least two front electrodes contacting said distal face of said emitter body, and a triggering assembly, configured to sequentially activate said front electrodes,
A sphincterotome (110, 710, 810), comprising: an elongate shaft (112, 712, 812) having an outer surface and a distal end region (116, 716, 816), the distal end region shiftable between a first configuration and a curved configuration; a sphincterotome wire assembly (118, 718, 818) having a distal end coupled to the distal end region of the elongate shaft and a body portion extending along the outer surface of the elongate shaft when the distal end region of the elongate shaft is in the first configuration; wherein the sphincterotome wire assembly is designed to shift the distal end region of the elongate shaft between the first configuration and the curved configuration; and wherein the body portion of the sphincterotome wire assembly includes a cutting region (120a, 720a, 820a) and a non-conductive region, wherein the cutting region of the sphincterotome wire assembly is defined by a conductive cutting wire, characterized in that the non-conductive region of the sphincterotome wire assembly includes a non-conductive wire coupled to the conductive cutting wire, and wherein the non-conductive wire is coupled to the conductive cutting wire by a housing. an elongate shaft (112, 712, 812) having an outer surface and a distal end region (116, 716, 816), the distal end region shiftable between a first configuration and a curved configuration; a sphincterotome wire assembly (118, 718, 818) having a distal end coupled to the distal end region of the elongate shaft and a body portion extending along the outer surface of the elongate shaft when the distal end region of the elongate shaft is in the first configuration; wherein the sphincterotome wire assembly is designed to shift the distal end region of the elongate shaft between the first configuration and the curved configuration; and wherein the body portion of the sphincterotome wire assembly includes a cutting region (120a, 720a, 820a) and a non-conductive region, wherein the cutting region of the sphincterotome wire assembly is defined by a conductive cutting wire, characterized in that the non-conductive region of the sphincterotome wire assembly includes a non-conductive wire coupled to the conductive cutting wire, and wherein the non-conductive wire is coupled to the conductive cutting wire by a housing.
A method for operating a fluid circuit of a motor vehicle, which fluid circuit has a main circuit, a secondary circuit connected to the main circuit by means of a mechanical thermostatic valve, and an electric fluid-conveying device for conveying a fluid, characterised in that in a test operating mode during a testing time period, the fluid-conveying device is set to a certain test rotational speed and the actual current intensity required by the fluid-conveying device is determined, wherein the actual current intensity is stored as a first current intensity value in the case of an actual temperature of the fluid that is less than a switching temperature of the thermostatic valve and is stored as a second current intensity value in the case of an actual temperature that is greater than the switching temperature, wherein proper function of the thermostatic valve is recognised if the second current intensity value is greater than the first current intensity value.
A fuel cell system comprising: an alkaline fuel cell having an electrolyte, and an anode electrode and a cathode electrode that are disposed on two sides of the electrolyte; a discharge passageway that is connected to a discharge opening of the fuel cell and that discharges from the fuel cell an exhaust fuel that contains an unreacted fuel; a circulation passageway that is connected to an introduction opening for introducing the fuel into the fuel cell and that circulates and supplies the exhaust fuel to the fuel cell; and fuel/water separation means linked to the discharge passageway and the circulation passageway and disposed between the discharge passageway and the circulation passageway, the fuel/water separation means separating and removing water from the exhaust fuel that flows in from the discharge passageway, and causing a concentrated fuel from which water has been separated and removed to flow into the circulation passageway, wherein the fuel is a water-soluble liquid fuel, and wherein the fuel/water separation means includes a recirculation portion that connects to the discharge passageway, and a fuel condensation portion which contacts the recirculation portion, and whose boundary with the recirculation portion is defined by a pervaporation membrane that selectively allows the fuel in the exhaust fuel to permeate through the pervaporation membrane, and into which the concentrated fuel having permeated through the pervaporation membrane is introduced, and which is connected to the circulation passageway so as to supply the concentrated fuel to the circulation passageway. an alkaline fuel cell having an electrolyte, and an anode electrode and a cathode electrode that are disposed on two sides of the electrolyte; a discharge passageway that is connected to a discharge opening of the fuel cell and that discharges from the fuel cell an exhaust fuel that contains an unreacted fuel; a circulation passageway that is connected to an introduction opening for introducing the fuel into the fuel cell and that circulates and supplies the exhaust fuel to the fuel cell; and fuel/water separation means linked to the discharge passageway and the circulation passageway and disposed between the discharge passageway and the circulation passageway, the fuel/water separation means separating and removing water from the exhaust fuel that flows in from the discharge passageway, and causing a concentrated fuel from which water has been separated and removed to flow into the circulation passageway, wherein the fuel is a water-soluble liquid fuel, and wherein the fuel/water separation means includes a recirculation portion that connects to the discharge passageway, and a fuel condensation portion which contacts the recirculation portion, and whose boundary with the recirculation portion is defined by a pervaporation membrane that selectively allows the fuel in the exhaust fuel to permeate through the pervaporation membrane, and into which the concentrated fuel having permeated through the pervaporation membrane is introduced, and which is connected to the circulation passageway so as to supply the concentrated fuel to the circulation passageway.
A data storage device, comprising: a reader/writer for communicating wirelessly with an RF tag; a memory storing parameters in association with characteristic information associated with the RF tag, the parameters to be used in communicating wirelessly with the RF tag; a sensor configured to obtain characteristic information associated with the RF tag; characterized in that the data storage device further comprises a processor configured to: acquire the characteristic information associated with the RF tag through the sensor, retrieve feature information from the memory based on the acquired characteristic information; if the feature information is successfully retrieved, acquire a parameter corresponding to the acquired characteristic information from the memory, and communicate wirelessly with the RF tag through the reader/writer according to the acquired parameter. a reader/writer for communicating wirelessly with an RF tag; a memory storing parameters in association with characteristic information associated with the RF tag, the parameters to be used in communicating wirelessly with the RF tag; a sensor configured to obtain characteristic information associated with the RF tag; characterized in that the data storage device further comprises a processor configured to: acquire the characteristic information associated with the RF tag through the sensor, retrieve feature information from the memory based on the acquired characteristic information; if the feature information is successfully retrieved, acquire a parameter corresponding to the acquired characteristic information from the memory, and communicate wirelessly with the RF tag through the reader/writer according to the acquired parameter. acquire the characteristic information associated with the RF tag through the sensor, retrieve feature information from the memory based on the acquired characteristic information; if the feature information is successfully retrieved, acquire a parameter corresponding to the acquired characteristic information from the memory, and communicate wirelessly with the RF tag through the reader/writer according to the acquired parameter.
A suction head for vacuum cleaner, comprising: - a tube section; - a first joint section for connecting with a first connecting tube, which is disposed at the front end portion of said tube section; - a second joint section for connecting with a second connecting tube, which is disposed at the rear end portion of said tube section; a suction section which extends from the exterior wall of said tube section toward the front end of said tube section so as to cover said first joint section; - a suction inlet disposed at the front end of said suction section, and wherein - a release space is formed in the suction section and above said first joint section, and - the release space is formed in the suction head for accommodating a joint release section for releasing a connection between the suction head and the connecting tube. - a tube section; - a first joint section for connecting with a first connecting tube, which is disposed at the front end portion of said tube section; - a second joint section for connecting with a second connecting tube, which is disposed at the rear end portion of said tube section; a suction section which extends from the exterior wall of said tube section toward the front end of said tube section so as to cover said first joint section; - a suction inlet disposed at the front end of said suction section, and wherein - a release space is formed in the suction section and above said first joint section, and - the release space is formed in the suction head for accommodating a joint release section for releasing a connection between the suction head and the connecting tube.
Apparatus for the dehumidification of a gas, comprising a cooling circuit for a process fluid along which are successively arranged: - a compressor; - a condenser; - a first throttling member; - an evaporator which forms a heat exchanger for performing a heat exchange with the gas to be treated, so as to dehumidify the latter; - a regulating device comprising an inlet chamber and an outlet chamber, a main process fluid passage, which can be selectively closed by means of a movable shutter, being formed between the inlet chamber and the outlet chamber; wherein said regulating device comprises a calibrated passage aperture which provides additional communication between the inlet chamber and the outlet chamber, characterized by a drying device, comprising an inlet for the gas being treated and an outlet for the treated gas and including the heat exchanger; a condensate separator positioned downstream of the heat exchanger for the dehumidification of the gas to be treated and wherein the inlet chamber extends around the perimeter of the outlet chamber and that they are connected to a corresponding inlet section and an outlet section which can be connected to the process fluid circuit, the inlet chamber and the outlet chamber being separated from each other by a distributor disc which has a central opening facing the outlet chamber and a plurality of peripheral holes facing the inlet chamber. - a compressor; - a condenser; - a first throttling member; - an evaporator which forms a heat exchanger for performing a heat exchange with the gas to be treated, so as to dehumidify the latter; - a regulating device comprising an inlet chamber and an outlet chamber, a main process fluid passage, which can be selectively closed by means of a movable shutter, being formed between the inlet chamber and the outlet chamber;
A wall, cover or floor panel made of a composite wood board with a top side and a rear side lying opposite the top side and with reinforcements incorporated in sections, wherein - in the area of the reinforcement, a hardened reinforcing means is arranged, characterized in that - the reinforcing means contains at least one active agent from the group of silanes, - wherein the reinforcing means is only incorporated in the areas of the composite wood board, into which an edge of the panel or a profile is milled. - in the area of the reinforcement, a hardened reinforcing means is arranged, characterized in that - the reinforcing means contains at least one active agent from the group of silanes, - wherein the reinforcing means is only incorporated in the areas of the composite wood board, into which an edge of the panel or a profile is milled.
A composition comprising a SPARC binding antibody, wherein the SPARC binding antibody is (a) Imm-2, comprising a VH of SEQ ID NO: 2 and a VL of SEQ ID NO:9, and/or (b) lmm-3, comprising a VH of SEQ ID NO: 3 and a VL of SEQ ID NO:10. (a) Imm-2, comprising a VH of SEQ ID NO: 2 and a VL of SEQ ID NO:9, and/or (b) lmm-3, comprising a VH of SEQ ID NO: 3 and a VL of SEQ ID NO:10.
Tooling for machining an annular groove of an annular casing of a turbine engine, wherein said tooling comprises a machining tool, a baseplate, first means of positioning the machining tool in relation to the baseplate along a first axis forming a radial axis, second means of positioning the machining tool in relation to the baseplate along a second axis perpendicular to the first axis, wherein said second axis extends along the axis of the groove and of the annular casing and third means of positioning capable of positioning the baseplate axially and radially in relation to the groove (16, 37) of the casing, wherein said third means of positioning comprise at least one bearing area of the baseplate capable of being engaged and/or resting radially and axially in a form-fitting manner on annular sides, for example radial sides delimiting the groove of the casing of the turbine engine, wherein the tooling furthermore comprises pressure means (42, 43, 44, 45, 46) capable of holding the baseplate against the casing.