mhurhangee/ep-ind-claims huggingface dataset:
A power generating apparatus of a renewable energy type which generates power from renewable energy, the apparatus comprising: at least one blade; a hub which is rotated with the at least one blade by the renewable energy received via the at least one blade; a rotation shaft which is coupled to the hub; a hydraulic pump which comprises a pump shaft coupled to an end of the rotation shaft that is on a side farther from the hub, and a pressurized-oil production mechanism attached to the pump shaft and producing pressurized oil by rotation of the pump shaft, at least one hydraulic motor which is driven by the pressurized oil from the hydraulic pump; and at least one generator which is driven by the at least one hydraulic motor, wherein the pump shaft includes a cylindrical part and an inward flange, the cylindrical part supporting the pressurized-oil production mechanism on an outer circumferential side and having an interior space on an inner circumferential side, the inward flange being disposed on a side nearer to the rotation shaft than the cylindrical part, and wherein the rotation shaft and the pump shaft are coupled to each other by at least one fastening member extending in a fastening direction from the interior space toward the rotation shaft, the at least one fastening member penetrating the inward flange to be partially inserted into the end of the rotation shaft. at least one blade; a hub which is rotated with the at least one blade by the renewable energy received via the at least one blade; a rotation shaft which is coupled to the hub; a hydraulic pump which comprises a pump shaft coupled to an end of the rotation shaft that is on a side farther from the hub, and a pressurized-oil production mechanism attached to the pump shaft and producing pressurized oil by rotation of the pump shaft, at least one hydraulic motor which is driven by the pressurized oil from the hydraulic pump; and at least one generator which is driven by the at least one hydraulic motor, wherein the pump shaft includes a cylindrical part and an inward flange, the cylindrical part supporting the pressurized-oil production mechanism on an outer circumferential side and having an interior space on an inner circumferential side, the inward flange being disposed on a side nearer to the rotation shaft than the cylindrical part, and wherein the rotation shaft and the pump shaft are coupled to each other by at least one fastening member extending in a fastening direction from the interior space toward the rotation shaft, the at least one fastening member penetrating the inward flange to be partially inserted into the end of the rotation shaft.
A method for test and calibration of wireless consumption meters (13, 18), such as ultrasonic flow meters, comprising the steps of: - arranging sequentially one or more consumption meters and a reference device in any order with a fluid pipe system to allow fluid to flow through the consumption meters and said reference device; - providing one or more test boxes (5, 17) in wireless communication with the consumption meters; - making the consumption meters, which are arranged to operate in accordance with at least a normal operation mode and a test mode, change to the test mode; - transmitting from the consumption meters, via said wireless communication, data packages to the test boxes, the data packages comprising representations of measured values related to said fluid; - establishing a test or calibration result for one or more of said consumption meters on the basis of said data packages; wherein said step of transmitting data packages from the consumption meters, in test mode, are performed in accordance with one or more of - transmitting with a lower transmitting signal power than in normal operation mode, - transmitting at a higher baud rate than in normal operation mode, and/or - transmitting generally smaller data packages than in normal operation mode. - arranging sequentially one or more consumption meters and a reference device in any order with a fluid pipe system to allow fluid to flow through the consumption meters and said reference device; - providing one or more test boxes (5, 17) in wireless communication with the consumption meters; - making the consumption meters, which are arranged to operate in accordance with at least a normal operation mode and a test mode, change to the test mode; - transmitting from the consumption meters, via said wireless communication, data packages to the test boxes, the data packages comprising representations of measured values related to said fluid; - establishing a test or calibration result for one or more of said consumption meters on the basis of said data packages; - transmitting with a lower transmitting signal power than in normal operation mode, - transmitting at a higher baud rate than in normal operation mode, and/or - transmitting generally smaller data packages than in normal operation mode.
Method for determining a limit speed for driving for a driver at the steering wheel of a vehicle, the method comprising the following steps during which: - the grip potential available at a given instant between a tyre of the vehicle and the roadway on which the tyre is running is estimated as a function of known and/or measured influencing parameters, - a need for grip on a future route event is determined as a function of the driving situation of the vehicle and of the driving characteristics of the driver of the vehicle, - as a function of this need for grip and of the estimated grip potential, a limit speed for driving on the forthcoming route event is determined that makes it possible to not exceed the grip potential, - -the method comprising an initial step of determining parameters influencing the grip potential, these parameters comprising, at least, the water depth on the roadway, and characterized in that the step of estimating an available grip potential comprises the following steps: - the progression of a rolling radius of the tyre is assessed as a function of predetermined conditions for running of said tyre on grounds of variable and known grips, in order to form an experimental database, - the experimental database is used to establish a model for estimating the grip potential by determining a function connecting the grip potential to the rolling radius and to vehicle parameters, - during running of the tyre, the rolling radius is determined and, by application of said model, and as a function of the vehicle parameters, the grip potential of said tyre is assessed. - the grip potential available at a given instant between a tyre of the vehicle and the roadway on which the tyre is running is estimated as a function of known and/or measured influencing parameters, - a need for grip on a future route event is determined as a function of the driving situation of the vehicle and of the driving characteristics of the driver of the vehicle, - as a function of this need for grip and of the estimated grip potential, a limit speed for driving on the forthcoming route event is determined that makes it possible to not exceed the grip potential, - -the method comprising an initial step of determining parameters influencing the grip - the progression of a rolling radius of the tyre is assessed as a function of predetermined conditions for running of said tyre on grounds of variable and known grips, in order to form an experimental database, - the experimental database is used to establish a model for estimating the grip potential by determining a function connecting the grip potential to the rolling radius and to vehicle parameters, - during running of the tyre, the rolling radius is determined and, by application of said model, and as a function of the vehicle parameters, the grip potential of said tyre is assessed.
Installation device comprising a device base (6, 37), which is fastened on a mounting board, for receiving electrical contact parts, characterized in that at least one adapter (12, 24, 38) is firstly detachably connected to the mounting board by means of at least one latching element (13, 14, 25, 26) and secondly presses against a stop face of the device base (6, 37) by means of at least one elastic compensation element (23, 33) and therefore fastens the said device base to the mounting board.
Motor vehicle comprising an electronic unit, the electronic unit having a display and an integrated camera, and the electronic unit being releasably fastened to a holder in the motor vehicle, and the camera recording an area, and the area recorded by the camera being displayed on the display of the electronic unit, characterized in that the electronic unit is fastened at a position customary for a conventional inside mirror and replaces the inside mirror, and the camera records an area corresponding to the area presented by a conventional vehicle inside mirror.
A method of operating a tire pressure monitor system on a vehicle to determine a wheel location of wheels equipped with pressure sensors, said method comprising: equipping a plurality of wheels with a pressure sensor; determining a plurality of pressure values from each pressure sensor; detecting a variation of the pressure values from a plurality of pressure sensors; and determining a wheel location based on a comparison of the variations of the pressure values characterized in that the step of determining the wheel location includes indicating a front location for a first wheel and indicating a back location for a second wheel when a first variation of pressure values is determined for the first wheel and second variation of pressure values is determined for the second wheel, wherein the first variation and the second variation have similar polarities, and the second variation occurs a time interval after the first variation. equipping a plurality of wheels with a pressure sensor; determining a plurality of pressure values from each pressure sensor; detecting a variation of the pressure values from a plurality of pressure sensors; and determining a wheel location based on a comparison of the variations of the pressure values characterized in that the step of determining the wheel location includes indicating a front location for a first wheel and indicating a back location for a second wheel when a first variation of pressure values is determined for the first wheel and second variation of pressure values is determined for the second wheel, wherein the first variation and the second variation have similar polarities, and the second variation occurs a time interval after the first variation.
A method of changing a primary component carrier, PCC, for a mobile device in a wireless communication system, the method comprising: receiving, by the mobile device, a handover command from a network of the wireless communication system to change a first uplink PCC of a first plurality of uplink component carriers to a second uplink PCC of a second plurality of uplink component carriers or a first downlink PCC of a first plurality of downlink component carriers to a second downlink PCC of a second plurality of downlink component carriers; and performing, by the mobile device, a random access channel, RACH, procedure on at least one of uplink component carriers according to the handover command, characterised in that wherein performing, by the mobile device, the RACH procedure on the at least one of uplink component carriers according to the handover command comprises, based on the received handover command, performing, by the mobile device, the RACH procedure on a paired uplink component carrier of the second downlink PCC of the second plurality of downlink component carriers when information of the second downlink PCC is included in the handover command but information of the second uplink PCC is not included in the handover command. receiving, by the mobile device, a handover command from a network of the wireless communication system to change a first uplink PCC of a first plurality of uplink component carriers to a second uplink PCC of a second plurality of uplink component carriers or a first downlink PCC of a first plurality of downlink component carriers to a second downlink PCC of a second plurality of downlink component carriers; and performing, by the mobile device, a random access channel, RACH, procedure on at least one of uplink component carriers according to the handover command, characterised in that
A dustproof and waterproof multipurpose LED-light power source assembly comprising a heat sink, a cooling fan, a driving circuit board module, an LED light source module, a power supply box top cover, a power supply box bottom cover and a waterproof bolt assembly, the LED light source module comprising a plurality of LED chips and an LED heat dissipation substrate, the cooling fan being dustproof and waterproof, the heat sink comprising a base plate with which the LED heat dissipation substrate is fixedly connected to conduct heat for dissipation, the base plate having a flat bottom surface and a top surface with a heat dissipation portion of which the central top is provided with a space area for accommodating the cooling fan, the power supply box bottom cover being above the cooling fan and being fixedly connected with the heat sink, the power supply box top cover being sealedly connected with the power supply box bottom cover to enclose the driving circuit board module, and the waterproof bolt assembly being connected to the top of the power supply box top cover.
An energy-delivery device comprising: an antenna assembly; and a cable assembly configured to deliver energy from an electrosurgical energy source to an antenna assembly, the cable assembly including an inner conductor and an outer conductor coaxially disposed about the inner conductor and separated by a dielectric material; wherein the antenna assembly comprises an electrically conductive proximal arm electrically coupled to and coaxially disposed about at least a portion of the outer conductor, the proximal arm defining a first cavity, characterised in that the antenna assembly further comprises: an electrically conductive distal arm including a proximal portion defining a second cavity and having an outer diameter and a distal portion electrically coupled to the inner conductor and having an outer diameter less than the outer diameter of the proximal portion, and a dielectric junction member joining and spacing apart the conductive distal and proximal arms (370, 380) to form a feed gap, the dielectric junction member including a proximal portion disposed within the first cavity and a distal portion disposed within the second cavity. an antenna assembly; and a cable assembly configured to deliver energy from an electrosurgical energy source to an antenna assembly, the cable assembly including an inner conductor and an outer conductor coaxially disposed about the inner conductor and separated by a dielectric material; an electrically conductive distal arm including a proximal portion defining a second cavity and having an outer diameter and a distal portion electrically coupled to the inner conductor and having an outer diameter less than the outer diameter of the proximal portion, and a dielectric junction member joining and spacing apart the conductive distal and proximal arms (370, 380) to form a feed gap, the dielectric junction member including a proximal portion disposed within the first cavity and a distal portion disposed within the second cavity.
A method for identifying substances in a sample by similarity comparison between a series of ion mobility spectra of the sample (sample series) and multiple series of ion mobility spectra stored in a reference library (reference series), wherein - the reference library is divided into classes with reference series, the assignment of each reference series to a class being determined from characteristics calculated from the ion mobility spectra of the reference series or from external measurement parameters, - the class assignment of the sample series is determined from the characteristic calculated from the ion mobility spectra of the sample series or from external measurement parameters, and - the sample series is only compared with those reference series having the class assignment of the sample series, wherein spectrum moments of the ion mobility spectra are used as characteristics. - the reference library is divided into classes with reference series, the assignment of each reference series to a class being determined from characteristics calculated from the ion mobility spectra of the reference series or from external measurement parameters, - the class assignment of the sample series is determined from the characteristic calculated from the ion mobility spectra of the sample series or from external measurement parameters, and - the sample series is only compared with those reference series having the class assignment of the sample series,
A synchronous belt (10; 20; 30; 40; 50; 60; 70) comprising: a tensile member layer having a tensile member embedded in an elastomeric body; a toothed surface comprising a plurality of regularly spaced, transverse teeth protruding from the body and lands there between; and a jacket covering the toothed surface; wherein the teeth comprise a plurality of fabric insert layers (22, 23; 26, 27, 28; 36, 37, 38; 42; 52; 62; 72) that increase the stiffness of the tooth, the insert layers separated from each other by layers of an elastomer composition and said fabric insert layers are embedded in tooth rubber. a tensile member layer having a tensile member embedded in an elastomeric body; a toothed surface comprising a plurality of regularly spaced, transverse teeth protruding from the body and lands there between; and a jacket covering the toothed surface; wherein the teeth comprise a plurality of fabric insert layers (22, 23; 26, 27, 28; 36, 37, 38; 42; 52; 62; 72) that increase the stiffness of the tooth, the insert layers separated from each other by layers of an elastomer composition and said fabric insert layers are embedded in tooth rubber.
A network node for use in a network, the network node configured to transmit or receive either in a first communication mode using a first network technology being a single-hop network technology or a second communication mode using a second network technology being a multi-hop network technology on a time-sharing basis according to a predetermined duty cycle, the network node comprising an apparatus for controlling transmission of a network node in a network, the apparatus comprising: a selecting unit for selecting one of the first and second communication modes for the transmission to the target node; the apparatus characterized in that it comprises: a determination unit for determining a preferred communication mode of a target node of the transmission operating using the first and second communication mode in a time-multiplexed manner with a certain duty cycle, the preferred mode being a communication mode of the target node, out of the first and second communication mode, that the target node uses most; and wherein the selecting by the selecting unit is based on the determined preferred communication mode of the target node, wherein the preferred communication mode is based on information about the target node, which information is retrieved from the target node directly, indirectly from a further node or gateway, or results from pre-configured rules. the apparatus comprising: a selecting unit for selecting one of the first and second communication modes for the transmission to the target node; the apparatus characterized in that it comprises: a determination unit for determining a preferred communication mode of a target node of the transmission operating using the first and second communication mode in a time-multiplexed manner with a certain duty cycle, the preferred mode being a communication mode of the target node, out of the first and second communication mode, that the target node uses most; and wherein the selecting by the selecting unit is based on the determined preferred communication mode of the target node, wherein the preferred communication mode is based on information about the target node, which information is retrieved from the target node directly, indirectly from a further node or gateway, or results from pre-configured rules. a determination unit for determining a preferred communication mode of a target node of the transmission operating using the first and second communication mode in a time-multiplexed manner with a certain duty cycle, the preferred mode being a communication mode of the target node, out of the first and second communication mode, that the target node uses most; and wherein the selecting by the selecting unit is based on the determined preferred communication mode of the target node, wherein the preferred communication mode is based on information about the target node, which information is retrieved from the target node directly, indirectly from a further node or gateway, or results from pre-configured rules.
A method of preparing a superabsorbent polymer, comprising the steps of: 1) subjecting a monomer composition, comprising a water-soluble ethylenic unsaturated monomer and a polymerization initiator, to thermal polymerization or photopolymerization, thus obtaining a hydrogel polymer; 2) drying and pulverizing a portion of the hydrogel polymer of step 1), and then classifying into a base polymer having a particle size of 150 to 850 μm and a first fine powder having a particle size of less than 150 μm, wherein the particle size was measured using EDANA method WSP 240.3; 3) mixing a portion of the first fine powder, a portion of the hydrogel polymer of step 1), and an additive, thus preparing a fine-powder regranulate; 4) mixing the fine-powder regranulate with a portion of the hydrogel polymer of step 1) and then performing drying and pulverizing, followed by classifying into a superabsorbent polymer having a particle size of 150 to 850 μm and a second fine powder having a particle size of less than 150 μm, thus obtaining the superabsorbent polymer; and 5) mixing the second fine powder with a portion of the first fine powder, a portion of the hydrogel polymer of step 1), and an additive, thus forming a fine-powder regranulate, wherein the fine-powder regranulate is recirculated back to step 4), wherein the additive of step 3) comprises at least two selected from the group consisting of sodium hydroxide, sodium persulfate, and particles having i) a BET specific surface area of 300 to 1500 m 2 /g and ii) a porosity of 50% or more, together with water. 1) subjecting a monomer composition, comprising a water-soluble ethylenic unsaturated monomer and a polymerization initiator, to thermal polymerization or photopolymerization, thus obtaining a hydrogel polymer; 2) drying and pulverizing a portion of the hydrogel polymer of step 1), and then classifying into a base polymer having a particle size of 150 to 850 μm and a first fine powder having a particle size of less than 150 μm, wherein the particle size was measured using EDANA method WSP 240.3; 3) mixing a portion of the first fine powder, a portion of the hydrogel polymer of step 1), and an additive, thus preparing a fine-powder regranulate; 4) mixing the fine-powder regranulate with a portion of the hydrogel polymer of step 1) and then performing drying and pulverizing, followed by classifying into a superabsorbent polymer having a particle size of 150 to 850 μm and a second fine powder having a particle size of less than 150 μm, thus obtaining the superabsorbent polymer; and 5) mixing the second fine powder with a portion of the first fine powder, a portion of the hydrogel polymer of step 1), and an additive, thus forming a fine-powder regranulate, wherein the fine-powder regranulate is recirculated back to step 4), wherein the additive of step 3) comprises at least two selected from the group consisting of sodium hydroxide, sodium persulfate, and particles having i) a BET specific surface area of 300 to 1500 m 2 /g and ii) a porosity of 50% or more, together with water.