mhurhangee/ep-ind-claims huggingface dataset:
An engine control device for controlling starting of an engine comprising: a flow rate control valve which adjusts, in accordance with a set opening degree, a flow rate of gas to be supplied to the engine; and a control section which performs control to crank, upon detection of a first engine start request signal, the engine by a predetermined number of crankings in a first mode corresponding to a first constant opening degree (a) of the flow rate control valve such that the engine can be started with relatively-high-calorie gas, and to crank, if a number of rotations of the engine has not yet reached a predetermined value through the cranking, the engine by the predetermined number of crankings in a second mode corresponding to a second constant opening degree (b) of the flow rate control valve such that the engine can be started with relatively-low-calorie gas, wherein the second constant opening degree is greater than the first constant opening degree, wherein, when the number of rotations of the engine has reached the predetermined value through the predetermined number of crankings with the first or second constant opening degree, the control section stores the mode in which the starting of the engine has succeeded into a storage section prior to the running state of the engine, so that cranking can be started with thus-stored mode upon detection of a second engine start request signal. a flow rate control valve which adjusts, in accordance with a set opening degree, a flow rate of gas to be supplied to the engine; and a control section which performs control to crank, upon detection of a first engine start request signal, the engine by a predetermined number of crankings in a first mode corresponding to a first constant opening degree (a) of the flow rate control valve such that the engine can be started with relatively-high-calorie gas, and to crank, if a number of rotations of the engine has not yet reached a predetermined value through the cranking, the engine by the predetermined number of crankings in a second mode corresponding to a second constant opening degree (b) of the flow rate control valve such that the engine can be started with relatively-low-calorie gas, wherein the second constant opening degree is greater than the first constant opening degree, wherein, when the number of rotations of the engine has reached the predetermined value through the predetermined number of crankings with the first or second constant opening degree, the control section stores the mode in which the starting of the engine has succeeded into a storage section prior to the running state of the engine, so that cranking can be started with thus-stored mode upon detection of a second engine start request signal.
A method of providing extension list dialing in a mobile communication device having a processor, database and display, the method comprising: storing a plurality of extensions within a single address book entry associated with a telephone number, and additionally storing for each of the extensions a name of the individual associated with the extension; the processor sensing dialing of a phone number associated with the single address book entry; the processor sensing an establishment of a connection between the mobile communication device and a telephony apparatus associated with the phone number; and after sensing the establishment of the connection, displaying a screen dialog with each of the plurality of extensions and a name associated with each of the plurality of extensions for selection of one of the plurality of extensions. storing a plurality of extensions within a single address book entry associated with a telephone number, and additionally storing for each of the extensions a name of the individual associated with the extension; the processor sensing dialing of a phone number associated with the single address book entry; the processor sensing an establishment of a connection between the mobile communication device and a telephony apparatus associated with the phone number; and after sensing the establishment of the connection, displaying a screen dialog with each of the plurality of extensions and a name associated with each of the plurality of extensions for selection of one of the plurality of extensions.
A method in the manufacture of a spirally wound and welded tube including the steps of: receiving a thermoplastic profile with a substantially rectangular cross-section on a winding apparatus comprising an open structure of sliding bars (12, 13) arranged in an axial direction of said tube and defining a cylindrically shaped winding surface with a diameter corresponding to the inner diameter of the tube to be manufactured; directing the received profile along a spiral path on said sliding means (12, 13) towards a previous turn of said profile on said cylindrical surface by means of radially oriented rollers spaced along said spiral path by adjusting the axial position (d) of said radially arranged rollers along said spiral path; welding together opposite edges (1a, 1b) of said profile turns at a welding station by providing an extruded welding mass between said profile turns and by pressing them together; forwarding said tube in an axial direction by means of said rollers by sliding it onto a rotating support; and wherein the axial position (d) of each roller is shifted in response to a force gauge giving an indication of the need of an axial position (d) adjustment and its magnitude. receiving a thermoplastic profile with a substantially rectangular cross-section on a winding apparatus comprising an open structure of sliding bars (12, 13) arranged in an axial direction of said tube and defining a cylindrically shaped winding surface with a diameter corresponding to the inner diameter of the tube to be manufactured; directing the received profile along a spiral path on said sliding means (12, 13) towards a previous turn of said profile on said cylindrical surface by means of radially oriented rollers spaced along said spiral path by adjusting the axial position (d) of said radially arranged rollers along said spiral path; welding together opposite edges (1a, 1b) of said profile turns at a welding station by providing an extruded welding mass between said profile turns and by pressing them together; forwarding said tube in an axial direction by means of said rollers by sliding it onto a rotating support; and wherein the axial position (d) of each roller is shifted in response to a force gauge giving an indication of the need of an axial position (d) adjustment and its magnitude.
An automated luminaire, comprising: a plurality of LED sources; an elongated light integrator (102, 104a, 104b) configured to receive light from the plurality of LED sources; a receiving lens coupled to a first elongated spill shield, the receiving lens configured to receive light from the light integrator (102, 104a, 104b), the first spill shield configured to move with the receiving lens; an output lens coupled to a second elongated spill shield, the output lens configured to receive light from the receiving lens, the second spill shield configured to move with the output lens, and wherein the spill shield of the receiving lens is nested in the spill shield of the output lens. a plurality of LED sources; an elongated light integrator (102, 104a, 104b) configured to receive light from the plurality of LED sources; a receiving lens coupled to a first elongated spill shield, the receiving lens configured to receive light from the light integrator (102, 104a, 104b), the first spill shield configured to move with the receiving lens; an output lens coupled to a second elongated spill shield, the output lens configured to receive light from the receiving lens, the second spill shield configured to move with the output lens, and wherein the spill shield of the receiving lens is nested in the spill shield of the output lens.
A method for adaptive discovery of interference of a licensed shared access, LSA, system comprising: receiving, by an LSA controller, interference protection information from an LSA licensed system; selecting, by the LSA controller, a measurement node according to the interference protection information of the LSA licensed system; sending, by the LSA controller, a measurement configuration message to the measurement node; and receiving, by the LSA controller, a measurement response message returned by the measurement node, and determining whether to perform an LSA spectrum resource reconfiguration according to the measurement response message; wherein the measurement configuration message is used to instruct the measurement node to measure whether a target LSA secondary user device causes interference to an LSA licensed user within a protection zone of the LSA licensed system, the selecting, by an LSA controller, a measurement node according to the interference protection information of an LSA licensed system comprises: selecting, by the LSA controller, one or more network devices located at an edge of the protection zone of the LSA licensed system as the measurement node/nodes according to the interference protection information of the LSA licensed system, wherein the protection zone of the LSA licensed system refers to a zone within which an LSA licensed user is not allowed to suffer harmful interference, and the harmful interference refers to interference that exceeds a predefined interference tolerance threshold. receiving, by an LSA controller, interference protection information from an LSA licensed system; selecting, by the LSA controller, a measurement node according to the interference protection information of the LSA licensed system; sending, by the LSA controller, a measurement configuration message to the measurement node; and receiving, by the LSA controller, a measurement response message returned by the measurement node, and determining whether to perform an LSA spectrum resource reconfiguration according to the measurement response message; wherein the measurement configuration message is used to instruct the measurement node to measure whether a target LSA secondary user device causes interference to an LSA licensed user within a protection zone of the LSA licensed system, the selecting, by an LSA controller, a measurement node according to the interference protection information of an LSA licensed system comprises: selecting, by the LSA controller, one or more network devices located at an edge of the protection zone of the LSA licensed system as the measurement node/nodes according to the interference protection information of the LSA licensed system, wherein the protection zone of the LSA licensed system refers to a zone within which an LSA licensed user is not allowed to suffer harmful interference, and the harmful interference refers to interference that exceeds a predefined interference tolerance threshold.
A medical pressure-sensitive adhesive tape (300, 900), comprising: a film base material; a first pressure-sensitive adhesive layer; and a release liner (331, 332, 931, 932) releasably laminated to cover the first pressure-sensitive adhesive layer in the stated order, wherein: the release liner is divided into a first divided piece (331, 931) and a second divided piece (332, 932); the first divided piece is placed at a widthwise-direction end on one side of the first pressure-sensitive adhesive layer to cover part of the first pressure-sensitive adhesive layer, the first divided piece having an extending portion (331b, 931b) of the first divided piece extending beyond the second divided piece; the second divided piece is placed to cover a portion of the first pressure-sensitive adhesive layer that is not covered with the first divided piece; and the second divided piece has a folding portion extending toward a widthwise-direction end, and the folding portion of the second divided piece has an extending portion of the second divided piece extending over and beyond the film base material. a film base material; a first pressure-sensitive adhesive layer; and a release liner (331, 332, 931, 932) releasably laminated to cover the first pressure-sensitive adhesive layer in the stated order, the release liner is divided into a first divided piece (331, 931) and a second divided piece (332, 932); the first divided piece is placed at a widthwise-direction end on one side of the first pressure-sensitive adhesive layer to cover part of the first pressure-sensitive adhesive layer, the first divided piece having an extending portion (331b, 931b) of the first divided piece extending beyond the second divided piece; the second divided piece is placed to cover a portion of the first pressure-sensitive adhesive layer that is not covered with the first divided piece; and the second divided piece has a folding portion extending toward a widthwise-direction end, and the folding portion of the second divided piece has an extending portion of the second divided piece extending over and beyond the film base material.
Composition including: (a) at least one polyoxymethylene dialkyl ether of formula: R-(OCH 2) n -OR' in which R and R', which are identical, represent a methyl radical and n is an index with a value comprised between 2 and 8, (b) a diol comprising from 2 to 6 carbon atoms which is propylene glycol, with said composition comprising 50-95% by volume of said compound, 5-50% by volume of propylene glycol and 0-5% by volume of at least one colouring agent and/or aromatizing agent. (a) at least one polyoxymethylene dialkyl ether of formula: R-(OCH 2) n -OR' in which R and R', which are identical, represent a methyl radical and n is an index with a value comprised between 2 and 8, (b) a diol comprising from 2 to 6 carbon atoms which is propylene glycol,
A piston of a cylinder of an internal combustion engine, having an upper or front piston crown and having a radially outer surface, wherein on the radially outer surface grooves (16a, 16b, 16c) are formed, in which piston rings (17a, 17b, 17c) are positioned, wherein between the piston crown and the uppermost or front-most groove of the piston the radially outer surface forms a fire land, wherein the fire land carries a non-abrasion-resistant coating, characterised in that the non-abrasion-resistant coating extends over a part region of the axial length of the fire land, and the non-abrasion-resistant coating, seen from an end of the fire land facing away from the piston crown, extends in the direction of the piston crown over a part region of the axial length of the fire land and ends at a distance from the piston crown. having an upper or front piston crown and having a radially outer surface, wherein on the radially outer surface grooves (16a, 16b, 16c) are formed, in which piston rings (17a, 17b, 17c) are positioned, wherein between the piston crown and the uppermost or front-most groove of the piston the radially outer surface forms a fire land, wherein the fire land carries a non-abrasion-resistant coating, characterised in that the non-abrasion-resistant coating extends over a part region of the axial length of the fire land, and the non-abrasion-resistant coating, seen from an end of the fire land facing away from the piston crown, extends in the direction of the piston crown over a part region of the axial length of the fire land and ends at a distance from the piston crown.
A base station for a communication system in which resources can be dynamically allocated at each transmission time interval on a downlink control channel, the base station comprising: means for transmitting control information in a case where first persistent scheduling is active, wherein the control information includes a sequence of bits within a field, wherein the field is configured to be used to determine a Modulation and Coding Scheme, MCS, and wherein part of the sequence is set for activating second persistent scheduling; and means for performing communication with a user equipment, UE, based on the second persistent scheduling. means for transmitting control information in a case where first persistent scheduling is active, wherein the control information includes a sequence of bits within a field, wherein the field is configured to be used to determine a Modulation and Coding Scheme, MCS, and wherein part of the sequence is set for activating second persistent scheduling; and means for performing communication with a user equipment, UE, based on the second persistent scheduling.
A method for preparing propene, comprising the preparation of an olefin or a mixture of two olefins, by catalytic conversion of at least one alcohol having a carbon chain of at least three carbon atoms and different from propan-2-ol, in the presence of at least one catalyst based on at least one phosphate of one metal or several metals M, M being selected from lanthanum, praseodymium, neodymium, promethium, samarium, europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium, lutetium, yttrium and scandium, the method according to which, - propene is prepared by said catalytic conversion of an alcohol selected from propan-1-ol, optionally mixed with propan-2-ol; - a butene is prepared by said catalytic conversion of an alcohol selected from butan-1-ol, butan-2-ol and their mixtures, then the butene is converted into propene by metathesis; or - an ethylene and butene mixture is prepared by said catalytic conversion of ethanol and at least one other alcohol selected from butan-1-ol, butan-2-ol and their mixtures, then the ethylene and butene mixture is converted to propene by metathesis. - propene is prepared by said catalytic conversion of an alcohol selected from propan-1-ol, optionally mixed with propan-2-ol; - a butene is prepared by said catalytic conversion of an alcohol selected from butan-1-ol, butan-2-ol and their mixtures, then the butene is converted into propene by metathesis; or - an ethylene and butene mixture is prepared by said catalytic conversion of ethanol and at least one other alcohol selected from butan-1-ol, butan-2-ol and their mixtures, then the ethylene and butene mixture is converted to propene by metathesis.
A mobile terminal, comprising: a touch screen; and a controller configured to: cause the touch screen to display a portion of a webpage; scroll the portion of a webpage in a first direction based on a first touch input applied and received at the touch screen in a first touch direction (a); characterised in that the controller is further configured to: receive, via the touch screen, a second touch input in a second touch direction (b) opposite to the first touch direction (a) within a predetermined period of time; determine whether or not the second touch input in the second direction is above a predetermined speed; and perform one of different functions related to the webpage based on the detected speed of the second touch input, wherein when the detected speed of the second touch input is above the predetermined speed, the webpage is scrolled in the second direction and a URL copy of the webpage is performed, wherein when the detected speed of the second touch input is below the predetermined speed, the webpage is scrolled in the second direction and function icons corresponding to at least one of a backward function, a search function and a capture function are displayed. a touch screen; and a controller configured to: cause the touch screen to display a portion of a webpage; scroll the portion of a webpage in a first direction based on a first touch input applied and received at the touch screen in a first touch direction (a); characterised in that the controller is further configured to: receive, via the touch screen, a second touch input in a second touch direction (b) opposite to the first touch direction (a) within a predetermined period of time; determine whether or not the second touch input in the second direction is above a predetermined speed; and perform one of different functions related to the webpage based on the detected speed of the second touch input, cause the touch screen to display a portion of a webpage; scroll the portion of a webpage in a first direction based on a first touch input applied and received at the touch screen in a first touch direction (a); receive, via the touch screen, a second touch input in a second touch direction (b) opposite to the first touch direction (a) within a predetermined period of time; determine whether or not the second touch input in the second direction is above a predetermined speed; and perform one of different functions related to the webpage based on the detected speed of the second touch input,
A fuel cell gasket of film integrated type, which comprises a pair of resin films (6,7), each having a cured rubber layer (8,9) in an inverted T-type stepped wall cross-section molded from a rubber adhesive to the resin film and provided on the outer surfaces at the outer peripheral edge parts of the resin films when set in a fuel cell.
Power electronics apparatus, comprising an inverter, to which an electric machine can be connected, and at least one half-bridge with two half-bridge switches (11, 12), and at least two electrical energy stores (1, 2), which are connected to the half-bridge, wherein - the at least one half-bridge is disposed between one of the at least two electrical energy stores and the inverter, characterised in that - the power electronics apparatus is designed to switch the at least one half-bridge between two states, wherein in each case one of the two half-bridge switches is closed and the other of the two half-bridge switches is open so as to connect one of the at least two electrical energy stores to the inverter, such that - the electric machine can be supplied at least temporarily by at least one of the at least two electrical energy stores, and at least one of the electrical energy stores can be charged at least temporarily by at least one further energy store of the at least two electrical energy stores via the electric machine and at least one half-bridge. - the at least one half-bridge is disposed between one of the at least two electrical energy stores and the inverter, characterised in that - the power electronics apparatus is designed to switch the at least one half-bridge between two states, wherein in each case one of the two half-bridge switches is closed and the other of the two half-bridge switches is open so as to connect one of the at least two electrical energy stores to the inverter, such that - the electric machine can be supplied at least temporarily by at least one of the at least two electrical energy stores, and at least one of the electrical energy stores can be charged at least temporarily by at least one further energy store of the at least two electrical energy stores via the electric machine and at least one half-bridge.
A state-change detecting device, characterized in that, the state-change detecting device comprises: a calculation part configured to measure gain-frequency characteristics of a servo system to be evaluated and to calculate, as a feature value of the servo system to be evaluated, a value correlated with an integrated value of gains at individual frequencies within a frequency range to be evaluated in the measured gain-frequency characteristics; and a determination part configured to determine whether or not a state of the servo system to be evaluated has changed by comparing the feature value calculated by the calculation part with the feature value in the past of the servo system to be evaluated. a calculation part configured to measure gain-frequency characteristics of a servo system to be evaluated and to calculate, as a feature value of the servo system to be evaluated, a value correlated with an integrated value of gains at individual frequencies within a frequency range to be evaluated in the measured gain-frequency characteristics; and a determination part configured to determine whether or not a state of the servo system to be evaluated has changed by comparing the feature value calculated by the calculation part with the feature value in the past of the servo system to be evaluated.