mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling the thermal exchange in a heat recovery steam generator of a combined cycle power plant comprising the steps of: - detecting at least one working parameter (QMPcur; Tcur) indicative of the current thermodynamic conditions in at least one first element (25, 40) of the steam generator; - calculating a thermal exchange error (et) as the difference between the detected working parameter (QMPcur; Tcur) and a respective predefined reference value (Qref; Tref); - assigning a pressure set point value (SPHP; SPMP) to a regulating member (19; 27) of the heat recovery steam generator on the basis of the thermal exchange error (et) calculated; - regulating the regulating member (19; 27) on the basis of the pressure set point value (SPHP; SPMP) assigned; characterised in that the regulating member is a high pressure regulating valve of the steam generator or an intermediate pressure regulating valve of the steam generator. - detecting at least one working parameter (QMPcur; Tcur) indicative of the current thermodynamic conditions in at least one first element (25, 40) of the steam generator; - calculating a thermal exchange error (et) as the difference between the detected working parameter (QMPcur; Tcur) and a respective predefined reference value (Qref; Tref); - assigning a pressure set point value (SPHP; SPMP) to a regulating member (19; 27) of the heat recovery steam generator on the basis of the thermal exchange error (et) calculated; - regulating the regulating member (19; 27) on the basis of the pressure set point value (SPHP; SPMP) assigned;
A single Class 2 CR!SPR polynucleotide comprising: a targeting region that comprises deoxyribonucleic acid; and an activating region adjacent to said targeting region that comprises DNA; wherein said activating region comprises a stem loop structure, and is capable of interacting with Cpf1. a targeting region that comprises deoxyribonucleic acid; and an activating region adjacent to said targeting region that comprises DNA; wherein said activating region comprises a stem loop structure, and is capable of interacting with Cpf1.
An acoustic apparatus comprising: a frame having an annular open portion that opens in an axial direction; a diaphragm supported by being attached to the annular open portion via a flexible edge member so as to be capable of vibrating in the axial direction; and driving means (14, 15, 16) connected to the diaphragm at a center portion of the diaphragm, and configured to apply a driving force in the axial direction to the diaphragm, wherein the diaphragm has a continuously rotationally symmetric shape around an axis of the diaphragm when viewed in the axial direction, characterized in that the diaphragm is formed of one seamless sheet member having an orientation dispersion structure in which shape-anisotropic fillers having long axes are dispersed in a resin with the long axes of the fillers oriented such that the projections of the long axes on a plane perpendicular to the axial direction are oriented in one predetermined direction, and the diaphragm has mechanical characteristics having two-fold rotation symmetry around the axis. a frame having an annular open portion that opens in an axial direction; a diaphragm supported by being attached to the annular open portion via a flexible edge member so as to be capable of vibrating in the axial direction; and driving means (14, 15, 16) connected to the diaphragm at a center portion of the diaphragm, and configured to apply a driving force in the axial direction to the diaphragm, wherein the diaphragm has a continuously rotationally symmetric shape around an axis of the diaphragm when viewed in the axial direction, characterized in that the diaphragm is formed of one seamless sheet member having an orientation dispersion structure in which shape-anisotropic fillers having long axes are dispersed in a resin with the long axes of the fillers oriented such that the projections of the long axes on a plane perpendicular to the axial direction are oriented in one predetermined direction, and the diaphragm has mechanical characteristics having two-fold rotation symmetry around the axis.
A computer-implemented method for extracting a feature from a bio-signal, the method comprising: acquiring the bio-signal; deriving a secondary differential signal of the bio-signal; analyzing concavity and convexity of a waveform of the secondary differential signal; and extracting the feature from the bio-signal based on the analyzed concavity and the analyzed convexity, characterized in that the analyzing comprises calculating a difference between a local maximum value and a local minimum value in an interval of the secondary differential signal as a convex-to-concave difference, CCD, value, and the extracting comprises extracting a characteristic point (T1, T2, T3, P1, P2, P3) from the bio-signal based on the calculated CCD value. acquiring the bio-signal; deriving a secondary differential signal of the bio-signal; analyzing concavity and convexity of a waveform of the secondary differential signal; and extracting the feature from the bio-signal based on the analyzed concavity and the analyzed convexity, characterized in that the analyzing comprises calculating a difference between a local maximum value and a local minimum value in an interval of the secondary differential signal as a convex-to-concave difference, CCD, value, and the extracting comprises extracting a characteristic point (T1, T2, T3, P1, P2, P3) from the bio-signal based on the calculated CCD value.
Gas-metering valve for metered dispensing of gaseous fuel, having a housing in which a gas space with an inlet opening and an outlet opening is formed, wherein a valve element is arranged in a longitudinally movable manner in the gas space, said valve element opening and closing the inlet opening by way of its longitudinal movement, wherein the valve element has a sealing surface by way of which the valve element interacts with a valve seat, wherein an elastomer is applied to the sealing surface in order for the inlet opening to be closed off in a gas-tight manner in relation to the gas space, and wherein the valve element is able to be moved by an electrical actuator, and having a nozzle needle which is arranged in the gas space and interacts with a nozzle seat for opening and closing the outlet opening, wherein a coupling sleeve is arranged between the valve element and the nozzle needle, said coupling sleeve transmitting the longitudinal movement of the valve element to the nozzle needle, characterized in that the coupling sleeve is received without play in a receiving opening of the valve element.
A method of operating an Access Point, AP, in a cellular telecommunications network, the cellular telecommunications network having a plurality of APs and a core network, wherein the AP is connected to a neighbouring AP of the plurality of AP via a wireless upstream connection towards the core network, the method characterised by: storing data identifying the neighbouring AP, a parent AP of the neighbouring AP, and a child AP of the neighbouring AP, wherein the neighbouring AP is connected to the parent AP via a wireless upstream connection towards the core network and is connected to the child AP via a wireless downstream connection away from the core network; generating an inter-AP message destined for the child AP of the neighbouring AP; determining that the child AP is a child AP of the neighbouring AP; and, in response, sending the inter-AP message to the neighbouring AP. storing data identifying the neighbouring AP, a parent AP of the neighbouring AP, and a child AP of the neighbouring AP, wherein the neighbouring AP is connected to the parent AP via a wireless upstream connection towards the core network and is connected to the child AP via a wireless downstream connection away from the core network; generating an inter-AP message destined for the child AP of the neighbouring AP; determining that the child AP is a child AP of the neighbouring AP; and, in response, sending the inter-AP message to the neighbouring AP.
A multi-burst diversionary device (10; 10'; 10") comprising a housing having an outer housing portion with a side wall region (12; 12'; 12") defining a central longitudinal axis and end closures (18, 28; 18', 28'; 18", 28") at opposed ends of the side wall region to define an internal cavity within the outer housing, a mounting arrangement (14, 16, 22; 14') holding two or more replaceable pyrotechnic cartridges within the internal cavity, each cartridge comprising a housing containing a pyrotechnic charge and a fuse with a time delay, the device having an ignition cap mounting a primer charge and a firing arrangement for selectively detonating the primer charge mounted to a first of the end closures (28; 28'; 28"), a fluid passage (82, 82b) defined in the first end closure through which a proportion of a flash of heat and pressure given off by a primer charge in the ignition cap when it is fired is directed toward the fuse of each cartridge, whereby the mounting arrangement comprises an inner housing portion (14, 16; 14') located inside the outer housing portion, the inner housing portion having a plurality of chambers, each containing a respective pyrotechnic cartridge, and in that a flash divider in the form of a projection on one end of the inner housing portion proximal to an outlet end of the fluid passage (82, 82b) is shaped to direct a proportion of the flash on to the fuse of each of the cartridges.
A refractory casting nozzle for a changing device arranged at the outlet of a metallurgical vessel, with a top side refractory plate (3, 13), which is provided with an abutting surface (7a, 7b, 17a, 17b) at each of two opposing end faces which, during a change, cause the casting nozzle either to strike against the one abutting surface (17a, 17b) of the top side plate of an adjacent casting nozzle or to be able to be pushed out from this casting nozzle, characterised in that this top side plate (3, 13) is provided, in the one abutting surface (7b, 17b), with a centring element (5a, 5b, 15a, 15b) protruding on both sides of this and in the opposite abutting surface (7a, 17a) with a bevelling (4a, 4b, 14a, 14b) on both sides, designed such that, during a change, the casting nozzle cooperates, with its centring elements (5a, 5b) with the bevellings (14a, 14b) of the adjacent identically designed casting nozzle, thus bringing about a guiding of the two casting nozzles.
Apparatus for manufacturing fibre pulp from lignocellulose-containing material, comprising a housing enclosing two refining disks (3, 4) having opposing refining elements (6, 7), which refining elements (6, 7) between themselves form at least one refining gap, in which refining gap the lingocellulose-containing material is arranged to be disintegrated into fibre pulp, wherein at least one refining disk is arranged on a rotary shaft and is rotary in a direction of rotation and having a rear side away from the refining gap, so that a space is created between the rear side of the rotary refining disk and the housing, which rear side is provided with a centre, a circumference and at least one wing member (12, 12a, 12b, 12c) arranged to prevent pulp from sticking on the rear side, characterised in that the rotary refining disk has at least one thought radial line on its rear side extending from the centre to the circumference and in that at least one wing member (12, 12a, 12b, 12c) is attached to the rear side at a positive angle (α, α1, α2, α3) from the at least one thought radial line and against the direction of rotation.
Method for operating an internal combustion engine, in particular as a drive device for a vehicle, wherein at least one energy store device is provided by means of which energy is stored, wherein a control device is provided by means of which the stored energy is, in a manner dependent on at least one control parameter, fed to combustion air flowing through an intake tract of the internal combustion engine, such that the combustion air flowing through the intake tract is compressed, wherein the internal combustion engine has an exhaust-gas turbocharger, wherein, by means of the energy store device, in particular in a manner dependent on the present operating situation of the internal combustion engine, at least a proportion of the rotational energy of the exhaust-gas turbine of the exhaust-gas turbocharger is temporarily stored, wherein provision is made whereby an electric machine, in particular an electrical generator, is interconnected between the exhaust-gas turbine and the energy store device, by means of which electric machine the mechanical rotational energy of the exhaust-gas turbine is converted into electrical energy, which is then stored in the energy store device, which is in particular designed as a battery, wherein a closing time setting device is provided by means of which the closing time of the at least one inlet valve of the internal combustion engine is adjustable, wherein, if the combustion air is not compressed by means of the temporarily stored energy, a basic cycle of the internal combustion engine in which the at least one inlet valve of the internal combustion engine closes in a crank angle range from 1° to 40° crank angle, in particular from 10° to 40° crank angle, after BDC (bottom dead centre) is set by means of the closing time setting device, wherein, if the combustion air is compressed by means of the temporarily stored energy, a cycle of the internal combustion engine in which the at least one inlet valve of the internal combustion engine closes earlier or later in relation to the basic cycle is set by means of the closing time setting device in order to increase the efficiency of the internal combustion engine, wherein the control parameter is formed by the energy quantity (E stored) stored by means of the energy store device, wherein, if the energy quantity (E stored) stored by means of the energy store device does not exceed a defined energy quantity threshold value (E threshold), the combustion air is not compressed by means of the temporarily stored energy, and wherein, if the energy quantity (E stored) stored by means of the energy store device exceeds the defined energy quantity threshold value (E threshold), the combustion air is compressed by means of the temporarily stored energy.
A portable automated massage apparatus having a massage surface (12; 112) and a massage element which can move relative to the massage surface, the massage surface being provided by a substantially horizontal bed (20; 120), the bed including a substantially rigid frame to which the massage surface is mounted, the frame including a set of legs which hold the massage surface (12; 112) above the floor in use, the massage element is mounted to a motor housing, the motor housing includes a wheeled carriage, the wheels of the carriage being located to engage the floor during use, the bed has a guide rail for the motor housing, the motor housing being removable from the guide rail, and the bed is assembled from separable components which enable disassembly of the bed. the massage element is mounted to a motor housing, the motor housing includes a wheeled carriage, the wheels of the carriage being located to engage the floor during use, the bed has a guide rail for the motor housing, the motor housing being removable from the guide rail, and the bed is assembled from separable components which enable disassembly of the bed.
An emergency call switching method, characterized in that the method comprises steps of: receiving, by a session border controller SBC, an emergency call request sent from a terminal; sending, by the SBC, the emergency call request to a proxy call session control function P-CSCF network element, so that the P-CSCF network element sends the emergency call request to a public safety answering point PSAP by means of an emergency call session control function E-CSCF network element; receiving, by the SBC, an emergency call switching request sent from the terminal, wherein the emergency call switching request includes an emergency call PS-CS switching request and an emergency call CS-PS switching request; and switching, by the SBC, the emergency call in response to the emergency call switching request, so that the terminal makes the emergency call in a switched network, wherein in the case of the emergency call PS-CS switching request, the switched network is a Circuit Service CS network, and in the case of the emergency call CS-PS switching request, the switched network is a Packet Service PS network. receiving, by a session border controller SBC, an emergency call request sent from a terminal; sending, by the SBC, the emergency call request to a proxy call session control function P-CSCF network element, so that the P-CSCF network element sends the emergency call request to a public safety answering point PSAP by means of an emergency call session control function E-CSCF network element; receiving, by the SBC, an emergency call switching request sent from the terminal, wherein the emergency call switching request includes an emergency call PS-CS switching request and an emergency call CS-PS switching request; and switching, by the SBC, the emergency call in response to the emergency call switching request, so that the terminal makes the emergency call in a switched network, wherein in the case of the emergency call PS-CS switching request, the switched network is a Circuit Service CS network, and in the case of the emergency call CS-PS switching request, the switched network is a Packet Service PS network.
A comfort apparatus for use by a parent and an infant, the comfort apparatus comprising a parent support and comfort means, the parent support and comfort means comprising an elongate cushion apparatus, wherein the elongate cushion apparatus comprises a middle section, a first end section and a second end section, the first end section and/or the second end section being separable from the middle section characterized in that the comfort apparatus further comprises an infant portion for supporting an infant, and wherein the infant portion comprises a support mat for supporting the infant, an infant support and safety means for supporting an infant and preventing the infant from falling out of the infant portion, and a barrier for preventing the parent from rolling onto the infant when in use, the barrier and the infant support and safety means being spaced apart defining a space therebetween, and wherein the support mat and the parent support and comfort means are joined by a distance-adjustable joining arrangement which prevents the support mat and the parent support and comfort means from moving substantially apart when in use.
A lithographic apparatus comprising: a base frame constructed to form a supporting structure of the lithographic apparatus, an active base frame support configured to support the base frame on a ground plane the active base frame support comprising a horizontal piezo actuator (HBSA) configured to exert a force in a horizontal direction on the base frame and a horizontal piezo force sensor (HBSS) configured to measure a horizontal force on the base frame, a control device configured to drive the horizontal piezo actuator, a signal representing a force on the base frame being provided to the control device, the control device being configured to drive the horizontal piezo actuator based on the signal representing the force on the base frame, wherein the signal representing the force on the base frame comprises a horizontal force sensor signal of the horizontal piezo force sensor, and wherein the horizontal piezo actuator and the horizontal piezo force sensor are vertically stacked. a base frame constructed to form a supporting structure of the lithographic apparatus, an active base frame support configured to support the base frame on a ground plane the active base frame support comprising a horizontal piezo actuator (HBSA) configured to exert a force in a horizontal direction on the base frame and a horizontal piezo force sensor (HBSS) configured to measure a horizontal force on the base frame, a control device configured to drive the horizontal piezo actuator, a signal representing a force on the base frame being provided to the control device, the control device being configured to drive the horizontal piezo actuator based on the signal representing the force on the base frame, wherein the signal representing the force on the base frame comprises a horizontal force sensor signal of the horizontal piezo force sensor, and wherein the horizontal piezo actuator and the horizontal piezo force sensor are vertically stacked.
Device for performing a teat related action on an animal in an animal space being a milking box, wherein the device is provided with a robot arm for automatically performing an action on a teat of the animal, a teat sensor mounted on a lower end of the robot arm, a contactless operating animal position sensor for determining the animal position in the animal space, a carriage which is movable in a longitudinal direction of the animal space and on which the animal position sensor is mounted on the upper side of the animal space, wherein the animal position sensor is movable in longitudinal direction in the animal space.