mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an electric tool, according to which a measuring device determines a winding resistance (Rs) of a winding of an electric motor of the electric tool, a test signal source applying a test signal (i p) to the winding during the operation of the electric motor, a measuring unit detecting at least one measured value (u d, i d) as a reaction of the winding to the test signal (i p) and a control device determining the winding resistance (Rs) taking into account the measured value (u d, i d), the test signal source generating the test signal (i p) with an alternating curve, characterised in that the measuring unit detects at least one individual measured value (u d, i d) or a measured value averaged from a plurality of individual measured values (u d, i d) for each half-wave (10, 11) of the alternating test signal (i p) the control device calculating a differential measured value from the individual measured values (u d, i d) or averaged measured values ( u d,pos, u d,neg, l d,pos, l d,neg) recorded for the respective half-wave (10, 11) for determining the winding resistance (Rs).
An exhaust gas-purifying catalyst comprising: a substrate provided with one or more through-holes through which exhaust gas flows; and a catalyst layer supported by the substrate and containing precious metals supported by a support, the exhaust gas-purifying catalyst comprising a first part to which the exhaust gas is supplied, and a second part to which the exhaust gas having passed through the first part is supplied and which is smaller in the content of the oxygen storage material per unit volume than the first part, wherein the support in the first part is an oxygen storage material or a mixture or composite oxide of the oxygen storage material and other oxides, the oxygen storage material being selected from the group consisting of oxides of rare earth metals, oxides of transition metals, and mixtures and composites thereof, the support in the second part is oxides other than an oxygen storage material, or a mixture or a composite oxide of the oxide other than an oxygen storage material and an oxygen storage material; the precious metals contained in the first part are platinum and rhodium and the precious metal contained in the second part is rhodium; the molar ratio of precious metals of the first part per unit volume to that of the second part per unit volume is in a range of 5 to 15; the catalyst has a surface area per unit volume in a range of 5000 to 23000 m 2 /L; and the surface area of the second part per unit volume is in a range of 5000 to 7500 m 2 /L. a substrate provided with one or more through-holes through which exhaust gas flows; and a catalyst layer supported by the substrate and containing precious metals supported by a support, the exhaust gas-purifying catalyst comprising a first part to which the exhaust gas is supplied, and a second part to which the exhaust gas having passed through the first part is supplied and which is smaller in the content of the oxygen storage material per unit volume than the first part, the support in the second part is oxides other than an oxygen storage material, or a mixture or a composite oxide of the oxide other than an oxygen storage material and an oxygen storage material; the precious metals contained in the first part are platinum and rhodium and the precious metal contained in the second part is rhodium; the molar ratio of precious metals of the first part per unit volume to that of the second part per unit volume is in a range of 5 to 15; the catalyst has a surface area per unit volume in a range of 5000 to 23000 m 2 /L; and the surface area of the second part per unit volume is in a range of 5000 to 7500 m 2 /L.
A method executed by a portable terminal automatically connecting a short range wireless network in the portable terminal, comprising: detecting motion of the portable terminal, when expiration of a motion detection timer is detected; determining to perform a search for an access point, AP, based on determining whether or not a motion degree of the portable terminal is greater than or equal to a predetermined threshold value; controlling an activation cycle of a communication module of the portable terminal based on whether or not the motion degree is greater than or equal to the predetermined threshold value; performing the search for the AP according to the activation cycle of the communication module; and setting the motion detection timer according to the motion degree of the portable terminal, and operating the set motion detection timer. detecting motion of the portable terminal, when expiration of a motion detection timer is detected; determining to perform a search for an access point, AP, based on determining whether or not a motion degree of the portable terminal is greater than or equal to a predetermined threshold value; controlling an activation cycle of a communication module of the portable terminal based on whether or not the motion degree is greater than or equal to the predetermined threshold value; performing the search for the AP according to the activation cycle of the communication module; and setting the motion detection timer according to the motion degree of the portable terminal, and operating the set motion detection timer.
Method for producing folded prethrombin or a derivative thereof, involving solubilizing inclusion bodies containing non-folded prethrombin or a derivative thereof in a solubilization buffer containing at least one chaotropic compound and at least one organic disulfide compound and then renaturing the solubilized prethrombin or derivative thereof in a renaturation buffer comprising at least one reducing agent, at least one folding assistant and divalent cations, with both the solubilization buffer and the renaturation buffer containing no detergent and with the folding being carried out in a pulse renaturation method.
A method for charging a battery of an electric vehicle, wherein the battery has at least one battery cell disposed in a receiving space and at least one channel, wherein a channel wall, in which at least one burst region is formed, separates the channel and the receiving space from one another, wherein electrical energy is supplied to the battery while the channel is filled with a pressurized fluid, wherein extra fluid is supplied into the channel when the pressure in the channel drops as a result of the burst region bursting, and wherein the supply of electrical energy to the battery is terminated when the pressure in the channel drops. wherein electrical energy is supplied to the battery while the channel is filled with a pressurized fluid, wherein extra fluid is supplied into the channel when the pressure in the channel drops as a result of the burst region bursting, and wherein the supply of electrical energy to the battery is terminated when the pressure in the channel drops.
Joint arrangement for the articulated connection of two adjoining wagon bodies of a railborne vehicle, the joint arrangement having the following: - a first joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a first wagon body, and an opposite front-side end region with a first joint head; - a second joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a second wagon body, and an opposite front-side end region with a second joint head which is of complementary configuration at least in regions with respect to the first joint head; and - a joint bearing with a joint pin for the articulated connection of the first and second joint head (15, 25) in a joint plane, a common pivot axis for the joint arrangement being formed by way of the joint pin, and the joint bearing having bearing shells for supporting the joint pin on both sides, characterized in that the second joint arm is assigned at least one force transmission member which is connected fixedly to the front-side end region of the second joint arm and fixedly to in each case one of the bearing shells on both sides. - a first joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a first wagon body, and an opposite front-side end region with a first joint head; - a second joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a second wagon body, and an opposite front-side end region with a second joint head which is of complementary configuration at least in regions with respect to the first joint head; and - a joint bearing with a joint pin for the articulated connection of the first and second joint head (15, 25) in a joint plane, a common pivot axis for the joint arrangement being formed by way of the joint pin, and the joint bearing having bearing shells for supporting the joint pin on both sides, characterized in that the second joint arm is assigned at least one force transmission member which is connected fixedly to the front-side end region of the second joint arm and fixedly to in each case one of the bearing shells on both sides.
A method for notifying information update executed by a data repository function, characterized by comprising: receiving, from a network exposure function, NEF, an application data update request message based on an application function, AF, request received by the NEF, the application data update request message includes at least one of: Request Identifier, Data Network Number, DNN, application identifier, traffic filter, temporal validity condition, spatial validity condition, request type and request content;storing information in the application data update request message; identifying any policy control function, PCF, that has subscribed to notification of application data updates; and sending to the identified PCF, application data change notification used by the identified PCF to generate policy. receiving, from a network exposure function, NEF, an application data update request message based on an application function, AF, request received by the NEF, the application data update request message includes at least one of: Request Identifier, Data Network Number, DNN, application identifier, traffic filter, temporal validity condition, spatial validity condition, request type and request content;storing information in the application data update request message; identifying any policy control function, PCF, that has subscribed to notification of application data updates; and sending to the identified PCF, application data change notification used by the identified PCF to generate policy.
A method operational on an access terminal (106, 700), comprising: receiving a first frame (400, 500) that specifies a time period during which the access terminal is to refrain from transmitting on a shared transmission channel, wherein the time period coincides with an interval during which associated access terminals are also instructed to refrain from transmitting on the shared transmission channel and legacy and non-associated access terminals (104, 110) are permitted to transmit on the shared transmission channel, wherein the first frame (400, 500) includes a network allocation vector for associated access terminals field (418, 516), in the following referred to as NAT-field, indicating that a network allocation vector, NAV, is to be set only at associated access terminals, and wherein the time period is repeatedly activated according to a predefined timing schedule to not exceed a maximum latency requirement; and stopping (804, 204) transmissions by the access terminal on the shared transmission channel for the specified time period after receiving the first frame. receiving a first frame (400, 500) that specifies a time period during which the access terminal is to refrain from transmitting on a shared transmission channel, wherein the time period coincides with an interval during which associated access terminals are also instructed to refrain from transmitting on the shared transmission channel and legacy and non-associated access terminals (104, 110) are permitted to transmit on the shared transmission channel, wherein the first frame (400, 500) includes a network allocation vector for associated access terminals field (418, 516), in the following referred to as NAT-field, indicating that a network allocation vector, NAV, is to be set only at associated access terminals, and wherein the time period is repeatedly activated according to a predefined timing schedule to not exceed a maximum latency requirement; and stopping (804, 204) transmissions by the access terminal on the shared transmission channel for the specified time period after receiving the first frame.
An expandable sleeved stent comprising: a tubular body with: first and second axial ends; a latticed peripheral wall; and at least two arms that, upon radial expansion of the tubular body from a crimped condition to an expanded condition, protrude radially from the latticed peripheral wall, the free end of each arm being radially displaceable relative to the adjacent latticed peripheral wall; a sleeve that: extends from the first axial end of the tubular body and circumferentially covers at least a portion of the radial outer surface of the latticed peripheral wall between the free ends of the arms and the first axial end of the tubular body; and is secured to either: (i) the arms; or (ii) the tubular body in the vicinity between the free ends of the arms and the second axial end of the tubular body; characterised in that the sleeve bridges the spaces between the portions of the latticed peripheral wall adjacent the free ends of the arms; and the free ends of the arms; such that, upon radial expansion of the tubular body towards the expanded condition and consequent protrusion of the arms radially from the latticed peripheral wall, the portions of the sleeve that bridge the latticed peripheral wall and the arms flare radially outwards. a tubular body with: first and second axial ends; a latticed peripheral wall; and at least two arms that, upon radial expansion of the tubular body from a crimped condition to an expanded condition, protrude radially from the latticed peripheral wall, the free end of each arm being radially displaceable relative to the adjacent latticed peripheral wall; a sleeve that: extends from the first axial end of the tubular body and circumferentially covers at least a portion of the radial outer surface of the latticed peripheral wall between the free ends of the arms and the first axial end of the tubular body; and is secured to either: (i) the arms; or (ii) the tubular body in the vicinity between the free ends of the arms and the second axial end of the tubular body; characterised in that the sleeve bridges the spaces between the portions of the latticed peripheral wall adjacent the free ends of the arms; and the free ends of the arms; extends from the first axial end of the tubular body and circumferentially covers at least a portion of the radial outer surface of the latticed peripheral wall between the free ends of the arms and the first axial end of the tubular body; and is secured to either: (i) the arms; or (ii) the tubular body in the vicinity between the free ends of the arms and the second axial end of the tubular body; characterised in that the sleeve bridges the spaces between the portions of the latticed peripheral wall adjacent the free ends of the arms; and the free ends of the arms;
Agricultural machine embracing at least one drilling unit in turn comprising a support device as well as a seed metering device to distribute seeds to a drill furrow in the ground across which the agricultural machine moves, the drilling unit being movably connected with a structural member embraced by the agricultural machine and the seed metering device being fixedly connected with the support device of the drilling unit, the seed metering device embracing a seed metering element that, by means of a driving device, is arranged to transport seeds to a seed metering line, where the seed metering device comprises a chamber for seeds, which chamber is arranged to be supplied with a positive pressure from a pressure-creating member embraced by the agricultural machine, where the seed metering element constitutes a wall limiting the chamber and in which holes or recesses are arranged, which holes/recesses connect the chamber with the surroundings, with the purpose of, by the pressure difference developed hereby, attaching and transporting seeds at said holes/recesses of the seed metering element, characterized in that the seed metering line has an inlet in the chamber, with the purpose of, by said positive pressure in the chamber, creating an air flow for the transportation of the seeds from the chamber through the seed metering line to the drill furrow.
A method for processing a message of a Machine-to-Machine/Man, M2M, platform, comprising the steps of: an adaptation device of an M2M platform parsing a first message to obtain a protocol type of the first message after receiving the first message from a terminal; the adaptation device judging whether the protocol type of the first message matches with an interface protocol of the M2M platform, and, if the protocol type of the first message does not match with the interface protocol of the M2M platform, reassembling the first message to make the first message that is reassembled match with the interface protocol of the M2M platform; the adaptation device sending the first message that is reassembled to an interface device of the M2M platform; the adaptation device parsing out a terminal serial number from a second message after receiving a second message from the interface device; the adaptation device judging, according to the terminal serial number, whether a protocol type of the second message matches with a protocol type of the terminal, and, if the protocol type of the second message does not match with the protocol type of the terminal, reassembling the second message to make the second message that is reassembled match with the protocol type of the terminal; and the adaptation device sending the second message that is reassembled to the terminal. an adaptation device of an M2M platform parsing a first message to obtain a protocol type of the first message after receiving the first message from a terminal; the adaptation device judging whether the protocol type of the first message matches with an interface protocol of the M2M platform, and, if the protocol type of the first message does not match with the interface protocol of the M2M platform, reassembling the first message to make the first message that is reassembled match with the interface protocol of the M2M platform; the adaptation device sending the first message that is reassembled to an interface device of the M2M platform; the adaptation device parsing out a terminal serial number from a second message after receiving a second message from the interface device; the adaptation device judging, according to the terminal serial number, whether a protocol type of the second message matches with a protocol type of the terminal, and, if the protocol type of the second message does not match with the protocol type of the terminal, reassembling the second message to make the second message that is reassembled match with the protocol type of the terminal; and the adaptation device sending the second message that is reassembled to the terminal.
Malus domestica plant comprising in its genome an impaired Podosphaera leucotricha resistance conferring gene wherein the amino acid sequence encoded by said resistance conferring gene is the primary amino acid sequence represented SEQ ID No. 1 and wherein expression, or transcription, of said Podosphaera leucotricha resistance conferring gene is reduced by at least 70%, more preferably at least 80%.
Projection apparatus comprising at least: - a device for generating an illuminating light beam with a determined main direction, - a means for scattering the light from the illuminating light beam generated by the generation device into a scattered light beam, and - a planar imaging screen comprising two opposing faces, an input face receiving the scattered light beam and an opposing output face producing a display light beam with a determined main direction, the light scattering means consisting of a planar diffuser arranged between the output of the generation device and the imaging screen, characterized in that: - the diffuser is parallel to the imaging screen, in that - the diffuser and the imaging screen are inclined with respect to the main direction of the illuminating light beam generated by the generation device, and in that - the diffuser has an optical scattering indicatrix having a maximum for a direction aligned with the main direction of the illuminating light beam generated by the generation device. - a device for generating an illuminating light beam with a determined main direction, - a means for scattering the light from the illuminating light beam generated by the generation device into a scattered light beam, and - a planar imaging screen comprising two opposing faces, an input face receiving the scattered light beam and an opposing output face producing a display light beam with a determined main direction, - the diffuser is parallel to the imaging screen, in that - the diffuser and the imaging screen are inclined with respect to the main direction of the illuminating light beam generated by the generation device, and in that - the diffuser has an optical scattering indicatrix having a maximum for a direction aligned with the main direction of the illuminating light beam generated by the generation device.
Method for the level control of a vehicle, characterized in that the level is lowered during travel as soon as at least one of the following conditions a) and b) is satisfied: a) at least one stability control system of the vehicle, of a towing vehicle or of a hitched vehicle is active, b) values of parameters which permit conclusions about the driving stability are acquired at least in the vehicle, in a towing vehicle or in a hitched vehicle, by means of sensors, wherein at least one acquired value or at least one value which is calculated from acquired values exceeds a limiting value, c) wherein, when a plurality of vehicles are connected to one another, for example a semi-trailer tractor with a semi-trailer or another vehicle combination composed of two vehicles or what is referred to as a road train with a plurality of vehicles, the vehicle whose level is being controlled is a vehicle other than the vehicle for which at least one of the conditions a), b) is to be satisfied. a) at least one stability control system of the vehicle, of a towing vehicle or of a hitched vehicle is active, b) values of parameters which permit conclusions about the driving stability are acquired at least in the vehicle, in a towing vehicle or in a hitched vehicle, by means of sensors, wherein at least one acquired value or at least one value which is calculated from acquired values exceeds a limiting value, c) wherein, when a plurality of vehicles are connected to one another, for example a semi-trailer tractor with a semi-trailer or another vehicle combination composed of two vehicles or what is referred to as a road train with a plurality of vehicles, the vehicle whose level is being controlled is a vehicle other than the vehicle for which at least one of the conditions a), b) is to be satisfied.
A wheel assembly comprising a non-pneumatic tire, comprising a cylindrical tread configured to come into contact with a road surface, an aluminum wheel configured to form a circumference smaller than that of the tread and concentrically disposed inside the tread, and a polyurethane spoke configured to perform a shock absorbing action while connecting the tread with the aluminum wheel; characterized in that the aluminum wheel includes a plurality of depressed grooves formed at predetermined intervals along a circumferential surface of the aluminum wheel, and a plurality of vibration isolators made of vibration isolation material is inserted into the grooves.