mhurhangee/ep-ind-claims huggingface dataset:
Portable tool such as a tightening, drilling or grinding tool, having a body and a handle, at least partly forming a case of the tool, and comprising motor means intended to drive a tightening, drilling or grinding member about an axis of rotation, the tool comprising means for obtaining at least one movement parameter of said case, characterised in that it comprises means for recognising the orientation of said axis of rotation with respect to gravity, said means for recognising comprise at least one accelerometer with at least one axis, said tool comprising: - means for memorising predetermined components of the acceleration of the Earth's gravity in a frame of reference specific to said accelerometer in expected work situations; - means for comparing instantaneous components of the acceleration of the Earth's gravity obtained using said accelerometer with respect to said predetermined components within the limits of a predetermined tolerance, and means for authorising/prohibiting the activation of said motor means controlled by said means for comparing, said means for authorising/prohibiting acting in such a way as to prohibit the starting of said motor means as long as said instantaneous components are not located between said limits of tolerance of said predetermined components. - means for memorising predetermined components of the acceleration of the Earth's gravity in a frame of reference specific to said accelerometer in expected work situations; - means for comparing instantaneous components of the acceleration of the Earth's gravity obtained using said accelerometer with respect to said predetermined components within the limits of a predetermined tolerance, and
A filtering face mask that comprises: a) a mask body that is adapted to fit at least over the nose and mouth of a person to help define an interior gas space when worn; and b) an exhalation valve that is secured to the mask body and that permits fluid communication between the interior gas space and an exterior gas space, the exhalation valve comprising: (i) a valve seat that comprises a resilient seal surface and an orifice through which exhaled air may pass to leave the interior gas space; and (ii) a flexible flap that is mounted to the valve seat such that the flexible flap makes contact with the resilient seal surface when the valve is in its closed position and such that the flexible flap can bend away from the seal surface in response to an exhalation to allow exhaled air to pass through the orifice to ultimately enter the exterior gas space. a) a mask body that is adapted to fit at least over the nose and mouth of a person to help define an interior gas space when worn; and b) an exhalation valve that is secured to the mask body and that permits fluid communication between the interior gas space and an exterior gas space, the exhalation valve comprising: (i) a valve seat that comprises a resilient seal surface and an orifice through which exhaled air may pass to leave the interior gas space; and (ii) a flexible flap that is mounted to the valve seat such that the flexible flap makes contact with the resilient seal surface when the valve is in its closed position and such that the flexible flap can bend away from the seal surface in response to an exhalation to allow exhaled air to pass through the orifice to ultimately enter the exterior gas space. (i) a valve seat that comprises a resilient seal surface and an orifice through which exhaled air may pass to leave the interior gas space; and (ii) a flexible flap that is mounted to the valve seat such that the flexible flap makes contact with the resilient seal surface when the valve is in its closed position and such that the flexible flap can bend away from the seal surface in response to an exhalation to allow exhaled air to pass through the orifice to ultimately enter the exterior gas space.
A reclosing system for a power transmission line, configured to perform high-speed reclosing using protection relays, the protection relays being provided at different terminals of the power transmission line, each of the protection relays comprising a protection calculation function (Pro) and a reclosing function (Rec), the protection calculation function (Pro) being configured to receive voltage signals detected by a metering voltage transformer (VT L) and current signals detected by a metering current transformer to execute a predetermined protection calculation to thereby cut off a phase with an accident on the power transmission line, the reclosing function (Rec) being configured to output a reclosing command to a circuit breaker when the phase with the accident becomes to satisfy a reclosing condition, characterized in that each of the protection relays comprises means for sending the reclosing command to the circuit breaker when a line (V L) voltage at the phase with the accident, detected by the metering voltage transformer (VT L) after the phase with the accident is cut off, falls within an allowable range, the allowable range being determined based on an induced line voltage (V K) at the phase with the accident when the phase is normal, and the allowable range is ∥V L | - |V k ∥ < k1 where V L represents the measured line voltage at the phase with the accident, V k represents the induced line voltage beforehand calculated for the phase with the accident under normal and open condition, the induced line voltage being induced by a normal phase of the power transmission line, and k1 represents a reclosing allowance constant beforehand calculated based on currents flowing through the normal phase of the power transmission line.
Nucleated polypropylene composition comprising a) at least one propylene homopolymer and b) a polymeric nucleating agent wherein said nucleated polypropylene composition is characterized by having a sum of [G' Storage Modulus (measured by Dynamic Mechanical Analysis according to ISO 6721-7) + Flexural Modulus (determined according to ISO178)], each expressed in MPa, of at least 2040 MPa, and wherein the nucleated polypropylene composition and/or the propylene homopolymer is free of phthalic acid esters as well as their respective decomposition products. a) at least one propylene homopolymer and b) a polymeric nucleating agent
A method of displaying a user interface (202, 402, 804, 904) on a display area of a touch-sensitive display of a portable electronic device (100, 600), the method comprising: while the touch-sensitive display is covered by a covering apparatus (110, 610) of a certain type and the touch-sensitive display is in a low power condition, detecting a touch contact moving on the touch-sensitive display, the touch contact defining a displacement of the covering apparatus (110,610) the displacement uncovering a portion of the touch-sensitive display and illuminating at least the uncovered portion of the touch-sensitive display that is determined at least in part based upon the type of the covering apparatus (110, 610) and the position of the touch contact in the display area and displaying the user interface (202, 402, 804, 904) in the illuminated portion of the display area, the user interface (202, 402, 804, 904) presenting user interface information that is determined at least in part by the amount of display area being uncovered. while the touch-sensitive display is covered by a covering apparatus (110, 610) of a certain type and the touch-sensitive display is in a low power condition, detecting a touch contact moving on the touch-sensitive display, the touch contact defining a displacement of the covering apparatus (110,610) the displacement uncovering a portion of the touch-sensitive display and illuminating at least the uncovered portion of the touch-sensitive display that is determined at least in part based upon the type of the covering apparatus (110, 610) and the position of the touch contact in the display area and displaying the user interface (202, 402, 804, 904) in the illuminated portion of the display area, the user interface (202, 402, 804, 904) presenting user interface information that is determined at least in part by the amount of display area being uncovered.
An apparatus comprising: means for providing wireless network resources to enable direct downlink communication from a wireless network access point to a communication device, wherein the wireless network resources comprise a cellular downlink channel resource allocation; means for allocating wireless downlink network resources to enable uplink data to be provided from the communication device to a mobile gateway device within communication range of the communication device, wherein the mobile gateway device comprises a mobile terminal, wherein the communication device comprises at least one of a sensor and a machine to machine communication device, wherein the communication device is relatively low power as compared to the mobile terminal, wherein the wireless downlink network resources comprise downlink channel resources; and means for utilizing cellular uplink channel resources to receive the uplink data from the mobile gateway device at the wireless network access point. means for providing wireless network resources to enable direct downlink communication from a wireless network access point to a communication device, wherein the wireless network resources comprise a cellular downlink channel resource allocation; means for allocating wireless downlink network resources to enable uplink data to be provided from the communication device to a mobile gateway device within communication range of the communication device, wherein the mobile gateway device comprises a mobile terminal, wherein the communication device comprises at least one of a sensor and a machine to machine communication device, wherein the communication device is relatively low power as compared to the mobile terminal, wherein the wireless downlink network resources comprise downlink channel resources; and means for utilizing cellular uplink channel resources to receive the uplink data from the mobile gateway device at the wireless network access point.
A torque detecting apparatus comprising: an annular magnetic flux collecting ring; a magnetic flux collecting holder surrounding and holding the magnetic flux collecting ring; and a magnetic shield attached to an outer periphery of the magnetic flux collecting holder, the magnetic shield including a circumferential end, wherein the magnetic flux collecting holder includes a housing portion housing the circumferential end of the magnetic shield, and the housing portion includes an outer wall radially inwardly facing an outer peripheral surface of the circumferential end of the magnetic shield such that a clearance is provided between the housing portion and the outer peripheral surface of the circumferential end of the magnetic shield, characterized in that the circumferential end of the magnetic shield includes a curved portion curved radially inward. an annular magnetic flux collecting ring; a magnetic flux collecting holder surrounding and holding the magnetic flux collecting ring; and a magnetic shield attached to an outer periphery of the magnetic flux collecting holder, the magnetic shield including a circumferential end, wherein the magnetic flux collecting holder includes a housing portion housing the circumferential end of the magnetic shield, and the housing portion includes an outer wall radially inwardly facing an outer peripheral surface of the circumferential end of the magnetic shield such that a clearance is provided between the housing portion and the outer peripheral surface of the circumferential end of the magnetic shield, characterized in that the circumferential end of the magnetic shield includes a curved portion curved radially inward.
Electrical DC power supply system for submarine and surface vessels as well as for offshore installations, comprising - at least one DC source (12, 13) arranged in a respective source phase, and - at least one DC drive motor arranged in a respective motor phase, wherein - at least one current-measuring device (14, 15) is provided in each case for the purpose of measuring a current and/or current rise at the at least one DC source (12, 13), and - at least one controller is provided for the purpose of influencing a direct current flowing in the respective motor phase of the DC power supply system if the current and/or current rise measured by the at least one current-measuring device (14, 15) are/is greater than a predefinable current and/or current rise, - characterised in that at least one starting resistor is connected upstream of the respective DC drive motor in the respective motor phase for the purpose of reducing a starting current, - wherein the at least one starting resistor can be bridged by means of at least one circuit breaker connected in parallel with it, and - wherein an operative connection exists between the at least one circuit breaker and the at least one controller such that the at least one starting resistor can be connected into the circuit by means of the at least one circuit breaker if the current and/or current rise measured by the at least one current-measuring device (14, 15) are/is greater than the predefinable current and/or current rise. - at least one DC source (12, 13) arranged in a respective source phase, and - at least one DC drive motor arranged in a respective motor phase, - at least one current-measuring device (14, 15) is provided in each case for the purpose of measuring a current and/or current rise at the at least one DC source (12, 13), and - at least one controller is provided for the purpose of influencing a direct current flowing in the respective motor phase of the DC power supply system if the current and/or current rise measured by the at least one current-measuring device (14, 15) are/is greater than a predefinable current and/or current rise, - characterised in that at least one starting resistor is connected upstream of the respective DC drive motor in the respective motor phase for the purpose of reducing a starting current, - wherein the at least one starting resistor can be bridged by means of at least one circuit breaker connected in parallel with it, and - wherein an operative connection exists between the at least one circuit breaker and the at least one controller such that the at least one starting resistor can be connected into the circuit by means of the at least one circuit breaker if the current and/or current rise measured by the at least one current-measuring device (14, 15) are/is greater than the predefinable current and/or current rise.
Work vehicle comprising an oil transmission tank for a transmission of said vehicle and a suction and filtering hydraulic arrangement for feeding hydraulic pumps assemblies (2, 3) of the work vehicle, said arrangement comprising: - at least an auxiliary pump assembly comprising an inlet fluidly connected to a source of oil, - at least one hydraulic circuit pump comprising an inlet fluidly connected to a source of oil, - a filter module fluidly interposed between said auxiliary pump assembly and said source and between said at least one hydraulic circuit pump and said source; characterised in that said source is the oil transmission tank of said work vehicle and said arrangement comprises air discharge means configured to accumulate air from filter module and to allow the suction of such air from said at least one hydraulic circuit pump. said arrangement comprising: - at least an auxiliary pump assembly comprising an inlet fluidly connected to a source of oil, - at least one hydraulic circuit pump comprising an inlet fluidly connected to a source of oil, - a filter module fluidly interposed between said auxiliary pump assembly and said source and between said at least one hydraulic circuit pump and said source; - at least an auxiliary pump assembly comprising an inlet fluidly connected to a source of oil, - at least one hydraulic circuit pump comprising an inlet fluidly connected to a source of oil, - a filter module fluidly interposed between said auxiliary pump assembly and said source and between said at least one hydraulic circuit pump and said source; characterised in that said source is the oil transmission tank of said work vehicle and said arrangement comprises air discharge means configured to accumulate air from filter module and to allow the suction of such air from said at least one hydraulic circuit pump.
A data recording apparatus, comprising: a data obtaining section configured to obtain multiple sets of measurement data obtained by measuring a measurement target; a determining section configured to determine for every measurement data of the multiple sets of measurement data whether a data volume is irreversibly reducible; a data volume reducing section configured to irreversibly reduce, in response to a result of the determining, a data volume for measurement data of which data volume has been determined as being irreversibly reducible, and not irreversibly reduce, in response to a result of the determining, a data volume for measurement data of which data volume has been determined as not being irreversibly reducible; a data compressing section configured to completely reversibly compress multiple sets of measurement data including the measurement data of which data volume has been irreversibly reduced; and a data recording section configured to record the multiple sets of measurement data which have been irreversibly reduced, and completely reversibly compressed, characterized in that the data recording apparatus further comprises an assigning section configured to assign identification information representing whether a data volume is irreversibly reducible to every measurement data of the multiple sets of measurement data in response to a user input, wherein the determining section is configured to determine for every measurement data whether the data volume is irreversibly reducible in accordance with the identification information assigned by the assigning section. a data obtaining section configured to obtain multiple sets of measurement data obtained by measuring a measurement target; a determining section configured to determine for every measurement data of the multiple sets of measurement data whether a data volume is irreversibly reducible; a data volume reducing section configured to irreversibly reduce, in response to a result of the determining, a data volume for measurement data of which data volume has been determined as being irreversibly reducible, and not irreversibly reduce, in response to a result of the determining, a data volume for measurement data of which data volume has been determined as not being irreversibly reducible; a data compressing section configured to completely reversibly compress multiple sets of measurement data including the measurement data of which data volume has been irreversibly reduced; and a data recording section configured to record the multiple sets of measurement data which have been irreversibly reduced, and completely reversibly compressed, characterized in that the data recording apparatus further comprises an assigning section configured to assign identification information representing whether a data volume is irreversibly reducible to every measurement data of the multiple sets of measurement data in response to a user input, wherein the determining section is configured to determine for every measurement data whether the data volume is irreversibly reducible in accordance with the identification information assigned by the assigning section.
A field effect transistor, comprising: an In z Ga 1-z N layer where 0 ≤ z <1, an Al x Ga 1-x N layer where 0 < x <1 on the In z Ga 1-z N layer, an In y Ga 1-y N layer where 0 ≤ y <1 on the Al x Ga 1-x N layer; and a p-type In w Ga 1-w N layer where 0 ≤ w < 1 on the In y Ga 1-y N layer, a two-dimensional hole gas being formed in the In y Ga 1-y N layer in the vicinity part of a hetero-interface between the Al x Ga 1-x N layer and the In y Ga 1-y N layer, and a two-dimensional electron gas being formed in the In z Ga 1-z N layer in the vicinity part of a hetero-interface between the In z Ga 1-z N layer and the Al x Ga 1-x N layer at a non-operating time; wherein a mesa is formed at least in the In y Ga 1-y N layer and the p-type In w Ga 1-w N layer, a gate electrode, a source electrode and a drain electrode are formed on the p-type In w Ga 1-w N layer of the mesa, and an electrode which is connected electrically with the gate electrode is formed on a part of the Al x Ga 1-x N layer that is adjacent to the mesa. an In z Ga 1-z N layer where 0 ≤ z <1, an Al x Ga 1-x N layer where 0 < x <1 on the In z Ga 1-z N layer, an In y Ga 1-y N layer where 0 ≤ y <1 on the Al x Ga 1-x N layer; and a p-type In w Ga 1-w N layer where 0 ≤ w < 1 on the In y Ga 1-y N layer, a two-dimensional hole gas being formed in the In y Ga 1-y N layer in the vicinity part of a hetero-interface between the Al x Ga 1-x N layer and the In y Ga 1-y N layer, and a two-dimensional electron gas being formed in the In z Ga 1-z N layer in the vicinity part of a hetero-interface between the In z Ga 1-z N layer and the Al x Ga 1-x N layer at a non-operating time; wherein a mesa is formed at least in the In y Ga 1-y N layer and the p-type In w Ga 1-w N layer, a gate electrode, a source electrode and a drain electrode are formed on the p-type In w Ga 1-w N layer of the mesa, and an electrode which is connected electrically with the gate electrode is formed on a part of the Al x Ga 1-x N layer that is adjacent to the mesa.
A piezoelectric element (1, 2), comprising: a stacked body in which a plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c) and piezoelectric layers are laminated, the stacked body having a rectangular shape in a plan view thereof; and a plurality of connecting electrodes (14, 14a, 14b, 14c) connected to one ends of the plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c), respectively, corner portions (110, 1101, 1102) of the other ends of the plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c) being chamfered, each one of the plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c) provided with the chamfered corner portions (110, 1101, 1102) being disposed between the piezoelectric layers, characterized in that further conductor layers (16, 161, 162) are disposed between the chamfered corner portions (110, 1101, 1102) and edge portions of the stacked body close to the chamfered corner portions (110, 1101, 1102). a stacked body in which a plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c) and piezoelectric layers are laminated, the stacked body having a rectangular shape in a plan view thereof; and a plurality of connecting electrodes (14, 14a, 14b, 14c) connected to one ends of the plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c), respectively, corner portions (110, 1101, 1102) of the other ends of the plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c) being chamfered, each one of the plurality of internal electrodes (11, 11a, 11b, 11b1, 11b2, 11c) provided with the chamfered corner portions (110, 1101, 1102) being disposed between the piezoelectric layers, characterized in that further conductor layers (16, 161, 162) are disposed between the chamfered corner portions (110, 1101, 1102) and edge portions of the stacked body close to the chamfered corner portions (110, 1101, 1102).