mhurhangee/ep-ind-claims huggingface dataset:
A sensing arrangement for determining a displacement of a vehicle with respect to an electrical road system, the vehicle being adapted for driving on said electrical road system comprising an electrically energized path for providing electrical energy to said vehicle, wherein said sensing arrangement comprises: a first sensor configured to detect said electrically energized path and to determine a first signal indicative of the distance between the first sensor and the electrically energized path; a second sensor configured to determine a second signal indicative of the distance between the second sensor and the electrically energized path, wherein said second sensor is located in a pre-defined location of said vehicle spatially separated a distance from said first sensor in a front-rear direction of the vehicle, and a control unit connected with said first sensor and said second sensor, said control unit being configured to determine an angular displacement of the vehicle with respect to said electrically energized path based on the first signal, the second signal and said distance between the first sensor and said second sensor, wherein the sensing arrangement is characterized in that: said first sensor is arranged on a movable power pickup device configured to track the electrically energized path based on tracking signals provided by said first sensor, wherein movable power pickup device is connected to the vehicle with a linkage arm which is movable with respect to the vehicle such that the power pickup device is able to align with the electrically energized path said power pickup device being configured to receive electrical energy from said electrically energized path. a first sensor configured to detect said electrically energized path and to determine a first signal indicative of the distance between the first sensor and the electrically energized path; a second sensor configured to determine a second signal indicative of the distance between the second sensor and the electrically energized path, wherein said second sensor is located in a pre-defined location of said vehicle spatially separated a distance from said first sensor in a front-rear direction of the vehicle, and a control unit connected with said first sensor and said second sensor, said control unit being configured to determine an angular displacement of the vehicle with respect to said electrically energized path based on the first signal, the second signal and said distance between the first sensor and said second sensor, wherein the sensing arrangement is characterized in that: said first sensor is arranged on a movable power pickup device configured to track the electrically energized path based on tracking signals provided by said first sensor, wherein movable power pickup device is connected to the vehicle with a linkage arm which is movable with respect to the vehicle such that the power pickup device is able to align with the electrically energized path said power pickup device being configured to receive electrical energy from said electrically energized path.
A method of automatically preparing a Musical Instrument Digital Interface, MIDI, file based on a target MIDI file comprising respective note information (I n) about each of a plurality of target notes (n T) of the target MIDI file and a source MIDI file comprising respective note information (I n) about each of a plurality of source notes (ns) of the source MIDI file, each note information comprising pitch information (I p) defining a pitch (p) of the note, the method comprising: ranking the plurality of target notes (n T) based on the pitch (p) of each target note; for each of the ranked target notes (n T), removing the pitch information (I p) from the note information (I n) of the target note; and for each of the ranked target notes (n T), replacing the removed pitch information with pitch information (I p) of a corresponding source note (n S), whereby the target note has the same pitch (p) as the corresponding source note, forming a plurality of new notes (n N) of a new MIDI file. ranking the plurality of target notes (n T) based on the pitch (p) of each target note; for each of the ranked target notes (n T), removing the pitch information (I p) from the note information (I n) of the target note; and for each of the ranked target notes (n T), replacing the removed pitch information with pitch information (I p) of a corresponding source note (n S), whereby the target note has the same pitch (p) as the corresponding source note, forming a plurality of new notes (n N) of a new MIDI file.
A ranging method, performed by a first user equipment, UE and characterized by comprising: sending a first signal, wherein a time at which the first signal is sent from the first UE is a first time; receiving a second signal sent by a second UE, wherein a time at which the second signal reaches the first UE is a second time; and determining a distance between the first UE and the second UE according to the first time, the second time, and a first time difference, wherein the first time difference is a difference between a third time at which the second UE sends the second signal and a fourth time at which the second UE receives the first signal, and the first time difference is sent by the second UE to the first UE; characterized in that there is at least one second UE; and after the determining a distance between the first UE and the second UE, the method further comprises: sending a fifth signal, wherein the fifth signal carries at least one set of information, each set of information comprises at least one of target distance information and identifier information, the identifier information comprises the first identifier and the second identifier, and the target distance information in each set of information is used for indicating a distance between the first UE and a second UE. sending a first signal, wherein a time at which the first signal is sent from the first UE is a first time; receiving a second signal sent by a second UE, wherein a time at which the second signal reaches the first UE is a second time; and determining a distance between the first UE and the second UE according to the first time, the second time, and a first time difference, wherein the first time difference is a difference between a third time at which the second UE sends the second signal and a fourth time at which the second UE receives the first signal, and the first time difference is sent by the second UE to the first UE; characterized in that there is at least one second UE; and after the determining a distance between the first UE and the second UE, the method further comprises: sending a fifth signal, wherein the fifth signal carries at least one set of information, each set of information comprises at least one of target distance information and identifier information, the identifier information comprises the first identifier and the second identifier, and the target distance information in each set of information is used for indicating a distance between the first UE and a second UE.
A bucket-carrying system applicable to a weighing machine, such as a dynamic weighing machine, comprising: - a bucket provided with sliding means (15, 16), - a support that establishes a frame so that the bucket can rest in a stable support position on said support, and - connection means that are prepared to link the bucket to the support mechanically, characterized in that the connection means comprise two connection rods, each of which are linked in an articulated way, defining front and rear contact points (x, y), on one side of the bucket and on the support, wherein the said front and rear contact points (x, y), respectively, correspond one to a fixed articulated junction (y) and the other to a detachable rotating support (x) thus allowing to link the bucket to the support in a detachable way, the turning of the connections rods with respect to the support allowing a certain vertical gap between the bucket and the support, thus allowing the bucket to adopt not only the support position on the adapter, but also other positions, of which at least one is a weighing position, in which the bucket is slightly raised with respect to the support, and when initiating the forward movement of the support this movement is transmitted by the connection means to the bucket, making it possible for the bucket to slide or roll, while being supported, by its sliding means, for example on a weighing scale; and another position is a coupling position disposing the detachable rotating support (x) at a position in which the bucket can be separated from the support. - a bucket provided with sliding means (15, 16), - a support that establishes a frame so that the bucket can rest in a stable support position on said support, and - connection means that are prepared to link the bucket to the support mechanically, characterized in that the connection means comprise two connection rods, each of which are linked in an articulated way, defining front and rear contact points (x, y), on one side of the bucket and on the support, wherein the said front and rear contact points (x, y), respectively, correspond one to a fixed articulated junction (y) and the other to a detachable rotating support (x) thus allowing to link the bucket to the support in a detachable way, the turning of the connections rods with respect to the support allowing a certain vertical gap between the bucket and the support, thus allowing the bucket to adopt not only the support position on the adapter, but also other positions, of which at least one is a weighing position, in which the bucket is slightly raised with respect to the support, and when initiating the forward movement of the support this movement is transmitted by the connection means to the bucket, making it possible for the bucket to slide or roll, while being supported, by its sliding means, for example on a weighing scale; and another position is a coupling position disposing the detachable rotating support (x) at a position in which the bucket can be separated from the support.
A sprinkler device, comprising: a sprinkler bulb comprising a sealed frangible housing, and a passive circuit device within the housing, wherein the passive circuit device comprises a wireless module; and a base station configured to detect pressure changes inside the sprinkler bulb via the wireless module; wherein the wireless module comprises an inductor and a capacitor having a capacitance sensitive to pressure changes within the housing of the sprinkler bulb, and wherein the base station is configured to monitor changes in a resonant frequency of the wireless module caused by changes in the capacitance of the capacitor to thereby detect pressure changes inside the housing of the sprinkler bulb. a sprinkler bulb comprising a sealed frangible housing, and a passive circuit device within the housing, wherein the passive circuit device comprises a wireless module; and a base station configured to detect pressure changes inside the sprinkler bulb via the wireless module; wherein the wireless module comprises an inductor and a capacitor having a capacitance sensitive to pressure changes within the housing of the sprinkler bulb, and wherein the base station is configured to monitor changes in a resonant frequency of the wireless module caused by changes in the capacitance of the capacitor to thereby detect pressure changes inside the housing of the sprinkler bulb.
Suction unit for an ECG apparatus, the suction unit comprising a housing in which a vacuum pump is arranged and the housing comprising an interface for transmitting measurement signals to a data receiver unit of the ECG apparatus, characterized in that the suction unit is designed as a separate apparatus, in that the housing comprises a plurality of connectors for electrode cables, each with at least one measuring line (211, 213) and one suction line and one vacuum electrode to which the vacuum can be applied, and in that the housing comprises an ECG apparatus-side connector for a connection plug of a connecting line of the ECG apparatus.
An engine controller, comprising: a fuel injection corrector configured to perform a cylinder-by-cylinder correction of a fuel injection amount so as to cause differences among air-fuel ratios of air-fuel mixture burned in a plurality of cylinders (#1 to #4), wherein in a case in which the cylinder-by-cylinder correction of the fuel injection amount results in a cylinder in which combustion is performed at an air-fuel ratio richer than an output air-fuel ratio, the output air-fuel ratio being an air-fuel ratio at which combustion torque is maximized, the fuel injection corrector is configured to perform a cylinder-by-cylinder correction of ignition timing such that the ignition timing of the cylinder in which combustion is performed at the air-fuel ratio richer than the output air-fuel ratio becomes more advanced than the ignition timing of other cylinders. a fuel injection corrector configured to perform a cylinder-by-cylinder correction of a fuel injection amount so as to cause differences among air-fuel ratios of air-fuel mixture burned in a plurality of cylinders (#1 to #4), wherein in a case in which the cylinder-by-cylinder correction of the fuel injection amount results in a cylinder in which combustion is performed at an air-fuel ratio richer than an output air-fuel ratio, the output air-fuel ratio being an air-fuel ratio at which combustion torque is maximized, the fuel injection corrector is configured to perform a cylinder-by-cylinder correction of ignition timing such that the ignition timing of the cylinder in which combustion is performed at the air-fuel ratio richer than the output air-fuel ratio becomes more advanced than the ignition timing of other cylinders.
Gas burner for a household cooking appliance, having a lower section of a burner and a burner cover which can be placed onto the lower section of the burner, having a disc-shaped base segment and an annular gas distribution segment connected to the base segment, wherein the gas distribution segment comprises first gas distribution channels which extend radially from an inner surface of the gas distribution segment towards an outer edge of the base segment, wherein each first gas distribution channel extends through the gas distribution segment and has a T-shaped cross-sectional geometry which is open in the direction pointing away from the base segment, wherein the gas distribution segment comprises two gas distribution channels which extend radially from the inner surface of the gas distribution segment towards the outer edge of the base segment, wherein each second gas distribution channel extends through the gas distribution segment and has a semi-circular cross-sectional geometry which is open in the direction pointing away from the base segment, wherein a gas outlet is defined by each second gas distribution channel and the upper edge of the lower section of the burner, characterised in that a T-shaped gas outlet is defined by each first gas distribution channel and an upper edge of the lower section of the burner, and in that an outflow cross-section of the second gas distribution channels is smaller than an outflow cross-section of the first gas distribution channels.
A wrap material supply system utilized to deliver wrap material from a wrap material roll for application around a crop bale, the wrap material supply system comprising: a baler housing containing a baling chamber; a drive roll rotatably mounted to the baler housing; a feed roll positioned to engage the wrap material roll when loaded into the wrap material supply system; a drive belt transmitting rotation from the drive roll to the feed roll when the drive belt is tensioned; characterized in that a pivoting frame coupled to the baler housing at a first pivot point; and the feed roll is rotatably mounted to the pivoting frame; and an actuator mechanically linked to the pivoting frame and controllable to rotate the pivoting frame about the first pivot point to move the feed roll relative to the drive roll, tension the drive belt, and initiate feeding of the wrap material from the wrap material roll into the baling chamber. a baler housing containing a baling chamber; a drive roll rotatably mounted to the baler housing; a feed roll positioned to engage the wrap material roll when loaded into the wrap material supply system; a drive belt transmitting rotation from the drive roll to the feed roll when the drive belt is tensioned; characterized in that a pivoting frame coupled to the baler housing at a first pivot point; and the feed roll is rotatably mounted to the pivoting frame; and an actuator mechanically linked to the pivoting frame and controllable to rotate the pivoting frame about the first pivot point to move the feed roll relative to the drive roll, tension the drive belt, and initiate feeding of the wrap material from the wrap material roll into the baling chamber.
Crosscut saw having a carrier which forms a workpiece support surface, a holder attached to the carrier, and a saw unit attached by means of the holder, wherein the saw unit is mounted on the holder so as to be displaceable by means of a pull guide, extending in the sawing direction, made up of two pull rods (18a, 18b) that extend parallel to one another, and wherein the pull rods (18a, 18b) are mounted on the holder so as to be displaceable in mutually parallel guides (23a, b), wherein a sliding guide that guides the pull rod in a practically play-free manner is inserted with a precise fit in one guide, wherein a sliding guide that guides the pull rod is inserted with play in the other guide and is fixable to the holder in radially different positions relative to the guide by means of a fixing element, in particular a fixing screw, characterized in that the sliding guide in the other guide is embodied as a plain bushing, and in that, in a position fixed by the fixing element, the plain bushing is for its part radially readjustable at least partially by way of an adjusting element, in particular an adjusting screw.
A system for air-conditioning and hot-water supply and configured to selectively perform a cooling operation and heating operation, comprising: an outdoor unit having a compressor and an outdoor heat exchanger; at least one or more indoor units (120a, 120b) each of which is connected to the outdoor unit and includes an indoor heat exchanger (121a, 121b); a hot-water supply unit connected to the outdoor unit so as to be arranged in parallel to the at least one or more indoor units (120a, 120b) and including a refrigerant-water heat exchanger; and a controller configured to monitor an occurrence of a request for hot-water supply from the hot-water supply unit during the cooling operation performed at at least one of the indoor units (120a, 120b), and then to start the heating operation; characterised in that the controller is further configured to transmit to all of one or more indoor units in said cooling operation a stop signal to stop a fan (123a, 123b) arranged at each indoor unit; and the controller is further configured to determine the time point to resume said cooling operation based on at least one of an outdoor temperature and a target temperature of at least one indoor unit in said heating operation. an outdoor unit having a compressor and an outdoor heat exchanger; at least one or more indoor units (120a, 120b) each of which is connected to the outdoor unit and includes an indoor heat exchanger (121a, 121b); a hot-water supply unit connected to the outdoor unit so as to be arranged in parallel to the at least one or more indoor units (120a, 120b) and including a refrigerant-water heat exchanger; and a controller configured to monitor an occurrence of a request for hot-water supply from the hot-water supply unit during the cooling operation performed at at least one of the indoor units (120a, 120b), and then to start the heating operation; characterised in that the controller is further configured to transmit to all of one or more indoor units in said cooling operation a stop signal to stop a fan (123a, 123b) arranged at each indoor unit; and the controller is further configured to determine the time point to resume said cooling operation based on at least one of an outdoor temperature and a target temperature of at least one indoor unit in said heating operation.
A method of wireless communication of a first master device, wherein the first master device is in communication with a second master device and a slave device, wherein the slave device is a user equipment, the first master device includes a first macro evolved NodeB, eNB, a first radio resource head, RRH, or a first femto cell, and wherein the second master device includes one of a second eNB, a second RRH, or a second femto cell, the method comprising: receiving, from the second master device, information of the resource allocation to the first master device on a backhaul link, the resource allocation being transmitted on a licensed channel, and the information of the resource allocation including an indication to reserve an unlicensed channel; receiving data in accordance with the resource allocation on the unlicensed channel from the slave device; performing, at the first master device, an initial clear channel assessment, ICCA, procedure or an extended CCA, ECCA, procedure to obtain a transmission opportunity on the unlicensed channel prior to the reception of the data in response to the received indication to reserve the unlicensed channel; and occupying, by the first master device, the unlicensed channel immediately prior to the transmission opportunity. receiving, from the second master device, information of the resource allocation to the first master device on a backhaul link, the resource allocation being transmitted on a licensed channel, and the information of the resource allocation including an indication to reserve an unlicensed channel; receiving data in accordance with the resource allocation on the unlicensed channel from the slave device; performing, at the first master device, an initial clear channel assessment, ICCA, procedure or an extended CCA, ECCA, procedure to obtain a transmission opportunity on the unlicensed channel prior to the reception of the data in response to the received indication to reserve the unlicensed channel; and occupying, by the first master device, the unlicensed channel immediately prior to the transmission opportunity.
An optoelectronic circuit intended to receive a variable voltage (V SUPPLY) containing an alternation of increasing and decreasing phases, the optoelectronic circuit comprising: sets of light-emitting diodes (D i) mounted in series; a node (A 3) connected to each set (D i) by a conduction circuit (SW i) whose electrical conductance varies according to a control signal (S i) characterized in that it comprises a control circuit connected to each conduction circuit, comprising a difference amplifier and as many output stages as there are conduction circuits, and being adapted to provide each control signal from the comparison of a first voltage (VSOURCE) at said node to at least one second voltage (V REF) identical for all conduction circuits, the control circuit being adapted to servo-control the first voltage to the second voltage shifted by a third voltage, different for each output stage. sets of light-emitting diodes (D i) mounted in series; a node (A 3) connected to each set (D i) by a conduction circuit (SW i) whose electrical conductance varies according to a control signal (S i) characterized in that it comprises a control circuit connected to each conduction circuit, comprising a difference amplifier and as many output stages as there are conduction circuits, and being adapted to provide each control signal from the comparison of a first voltage (VSOURCE) at said node to at least one second voltage (V REF) identical for all conduction circuits, the control circuit being adapted to servo-control the first voltage to the second voltage shifted by a third voltage, different for each output stage.