mhurhangee/ep-ind-claims huggingface dataset:
Electricity generating installation, comprising means for the generation of electricity of the gas turbine, steam turbine or combined-cycle type, coupled to a generator, or sources of renewable energy, which are designed for connection to a distribution grid system (Res), and comprising means for the storage of kinetic energy and electrical energy, together with means for the standby generation of electricity, characterized in that the installation also comprises a controller for the management of the operation of the means for energy storage and the connection of the means for storage to the said means for generation and to the said grid system, whereby the controller receives a series of information (I1, 12, 13, 14) originating respectively from the grid system, the means for energy storage, the means for the generation of electricity and the grid system operator in order to control the production of electricity to be delivered to the grid system and to the auxiliary systems of the installation from the means for the storage of kinetic or electrical energy, and in that the controller is capable of regulating the level of primary reserve capacity available in the installation, on the basis of the energy available in the means for energy storage.
An imaging system, comprising: a light source (107, 207) including one or more light emitters to emit a plurality of wavelengths of light; a camera (109, 209) coupled to receive the light reflected back from tissue in or on a body; a database including reflectance data for a plurality of tissue types of the body; and a controller coupled to the light source (107, 207), the database, and the camera (109, 209), wherein the controller includes logic that when executed by the controller causes the imaging system to perform operations, including: in response to the camera (109, 209) receiving the light reflected back from the tissue, generating image data with the camera (109, 209); receiving the image data from the camera (109, 209) with the controller; comparing, with the controller, the image data to the reflectance data in the database; determining a tissue type in the image data in response to comparing the image data to the reflectance data, characterized in that comparing the image data to the reflectance data includes calculating a distance in a color space between reflectance data points in the reflectance data and image data points in the image data. a light source (107, 207) including one or more light emitters to emit a plurality of wavelengths of light; a camera (109, 209) coupled to receive the light reflected back from tissue in or on a body; a database including reflectance data for a plurality of tissue types of the body; and a controller coupled to the light source (107, 207), the database, and the camera (109, 209), wherein the controller includes logic that when executed by the controller causes the imaging system to perform operations, including: in response to the camera (109, 209) receiving the light reflected back from the tissue, generating image data with the camera (109, 209); receiving the image data from the camera (109, 209) with the controller; comparing, with the controller, the image data to the reflectance data in the database; determining a tissue type in the image data in response to comparing the image data to the reflectance data, characterized in that comparing the image data to the reflectance data includes calculating a distance in a color space between reflectance data points in the reflectance data and image data points in the image data. in response to the camera (109, 209) receiving the light reflected back from the tissue, generating image data with the camera (109, 209); receiving the image data from the camera (109, 209) with the controller; comparing, with the controller, the image data to the reflectance data in the database; determining a tissue type in the image data in response to comparing the image data to the reflectance data, characterized in that comparing the image data to the reflectance data includes calculating a distance in a color space between reflectance data points in the reflectance data and image data points in the image data.
A method of heat treating lumber using an elongated kiln comprising an unheated first chamber, a heated second chamber coupled to the first chamber to form a continuous enclosure, a support surface forming a floor of the elongated kiln, a charge entry portal and a charge exit portal, and a guide member including tracks or rails disposed along the support surface; characterized in that the guide member defines a reciprocal flow path that extends continuously through the first and second chambers (110, 120) from the charge entry portal to the charge exit portal, wherein the reciprocal flow path includes parallel first and second portions (122, 126) disposed on opposite sides of the kiln and a connector portion between the first portion and the second portion, the method comprising: moving a plurality of lumber charges along said reciprocal flow path such that the lumber charges travel in a first direction along the first portion of the reciprocal flow path from the charge entry portal to the connector portion, and in an opposite second direction along the second portion of the reciprocal flow path from the connector portion to the charge exit portal, and a first one of the lumber charges is positioned along the first portion of the reciprocal flow path while a last one of the lumber charges is positioned along the second portion of the reciprocal flow path; and recirculating heated air received from the second chamber across at least the first portion or the second portion of the reciprocal flow path in the first chamber, wherein the charge entry portal and the charge exit portal are positioned at a first end of the kiln, wherein the charge entry portal is positioned at the first chamber and wherein the charge exit portal is positioned at the first chamber or at the second chamber. moving a plurality of lumber charges along said reciprocal flow path such that the lumber charges travel in a first direction along the first portion of the reciprocal flow path from the charge entry portal to the connector portion, and in an opposite second direction along the second portion of the reciprocal flow path from the connector portion to the charge exit portal, and a first one of the lumber charges is positioned along the first portion of the reciprocal flow path while a last one of the lumber charges is positioned along the second portion of the reciprocal flow path; and recirculating heated air received from the second chamber across at least the first portion or the second portion of the reciprocal flow path in the first chamber, wherein the charge entry portal and the charge exit portal are positioned at a first end of the kiln, wherein the charge entry portal is positioned at the first chamber and wherein the charge exit portal is positioned at the first chamber or at the second chamber.
Station for receiving a system for processing signals coming from a localiser transmitter, the receiving station being configured to acquire, on the one hand, signals coming from the localiser transmitter and, on the other hand, signals coming from at least one satellite positioning system, comprising: a first receiver configured to acquire signals coming from a localiser transmitter; a second receiver configured to acquire signals coming from a satellite positioning system; the station being characterised in that the first receiver and the second receiver are paced by one same local clock generating a local time base (t 6-1a, t 6-1b, t 6-1c), the acquired signals being dated by said time base. a first receiver configured to acquire signals coming from a localiser transmitter; a second receiver configured to acquire signals coming from a satellite positioning system; the station being characterised in that the first receiver and the second receiver are paced by one same local clock generating a local time base (t 6-1a, t 6-1b, t 6-1c), the acquired signals being dated by said time base.
An optical signalling device having at least one lighting unit comprising at least one lighting element for the optical display of one or a plurality of different operating states of a technical device, wherein at least one electrical and/or electronic terminal unit for connection and/or contacting of at least the technical device is provided, wherein between the terminal unit and the lighting unit at least one electrical and/or electronic connection unit for electrical and/or electronic connection of the terminal unit to the lighting unit is provided, the connection unit having at least one electrical and/or electronic switching element (21, 22) for establishing and/or disconnecting the electrical and/or electronic connection between the lighting unit and the terminal unit, wherein the electrical and/or electronic switching element (21, 22) is also designed as the actuator switch (21, 22) for switching at least one actuating element of a first actuator of the technical device and of a second actuator separate from the technical device, the electrical and/or the electronic connection unit having at least two electrical and/or electronic switching elements (21, 22) for establishing and/or disconnecting the electrical connection between the lighting unit and the terminal unit, at least one branching point with an electrical supply line for electrical energy supply being arranged between the two electrical and/or electronic switching elements (21, 22), so that two separately switchable electrical circuits or supply circuits can be formed, and at least one control unit being provided for control/open-loop control and/or actuation of the electrical and/or electronic switching element(s) (21, 22).
A method for manufacturing an opto-microelectronic device from a first semiconductor substrate, comprising the production of at least one electrode of a pixel after a transfer of the functional layer of the first substrate onto a second substrate, characterized in that it comprises: - a first phase carried out before the transfer and comprising: i) forming at least one pattern made of a sacrificial material in a layer formed in the first substrate surface, ii) a lateral delimitation of the pattern in the layer of the first substrate by an edge of a boundary material differing from the sacrificial material, - a second phase carried out after the transfer and comprising a substitution of the electrode for the pattern including a removal of the sacrificial material of the pattern by a selective etching so configured as to attack the sacrificial material and to preserve the boundary material without using photolithography, said substitution resulting in an electrical connection of the electrode to a selection transistor of the functional layer. - a first phase carried out before the transfer and comprising: i) forming at least one pattern made of a sacrificial material in a layer formed in the first substrate surface, ii) a lateral delimitation of the pattern in the layer of the first substrate by an edge of a boundary material differing from the sacrificial material, i) forming at least one pattern made of a sacrificial material in a layer formed in the first substrate surface, ii) a lateral delimitation of the pattern in the layer of the first substrate by an edge of a boundary material differing from the sacrificial material, - a second phase carried out after the transfer and comprising a substitution of the electrode for the pattern including a removal of the sacrificial material of the pattern by a selective etching so configured as to attack the sacrificial material and to preserve the boundary material without using photolithography, said substitution resulting in an electrical connection of the electrode to a selection transistor of the functional layer.
A biological coupling agent of the general formula PBio-LINK A-PBio wherein PBio is a fluoroquinolone linked to LINK A through a hydrolysable covalent bond and having at least one functional group to permit step growth polymerization, wherein LINK A is linked to Bio by a carboxylic ester and wherein LINK A is formed from a precursor selected from the group consisting of ethylene glycol; butane diol; hexane diol; hexamethylene diol; 1,5-pentanediol; 2,2-dimethyl-1,3-propanediol; 1,4-cyclohexane diol; 1,4-cyclohexanedimethanol; and tri(ethylene glycol); and LINK A is a coupled central flexible linear first segment of <2000 theoretical molecular weight linked to each of said PBio fragments.
A magnet arrangement for use in a magnetic resonance apparatus, having a permanent magnet system for generating a homogeneous magnetic field in a direction perpendicular to a z axis in a measurement volume, the permanent magnet system comprising at least two, in particular at least three, ring-shaped magnet elements made of magnetic material, which are arranged cylindrically symmetrically with respect to the z axis and stacked on one another in the z direction and/or concentrically, the ring-shaped magnet elements being made up of individual magnet segments and arranged in such a way that the magnetization directions of the individual segments in the respective rings extend essentially parallel to a plane that is perpendicular to the z direction and parallel to a x-y plane, the ring-shaped magnet elements respectively having a Halbach magnetization that generates a magnetic dipole field, and the ring-shaped magnet elements being alignable relative to one another in the z direction, characterized in that before final mounting in the magnetic resonance apparatus, the ring-shaped magnet elements are already prefabricated in a fixed fashion and their respective magnet segments are fixed undisplaceably relative to one another, that the ring-shaped magnet elements are arranged in such a manner that they can be displaced relative to one another in parallel with the x-y plane, and that the ring-shaped magnet elements are mounted rotatably and/or tiltably relative to one another.
Method for connecting the abutment point of two ends (3; 8) of at least one body seal element (4; 9), wherein, firstly, the ends (3; 8) are arranged spaced apart from one another and a bonding agent is applied to at least one end, wherein, afterwards, the bonding agent is heated and the ends (3; 8) are simultaneously or subsequently brought into mutual contact, whereby the ends (3; 8) are connected in a materially bonded manner at the abutment point by the heated bonding agent, characterized in that the bonding agent is shapeless, and is applied to the at least one end via an intermediate carrier, which is electrostatically charged in order to hold the bonding agent.
A magnetically driven pump, comprising: a casing; a containment shell fixed to the casing; a shaft fixed to the containment shell; an impeller rotatable about the shaft within the casing; a rear bearing positioned between the impeller and the shaft and being rotatable about shaft; characterized by comprising: a magnetic coupling releasably coupled to the impeller and rotatable about the shaft; a thrust control valve including a rear thrust ring positioned between the containment shell and the rear bearing, an opening of the thrust control valve being defined by a variable spacing between the thrust ring and the rear bearing. a casing; a containment shell fixed to the casing; a shaft fixed to the containment shell; an impeller rotatable about the shaft within the casing; a rear bearing positioned between the impeller and the shaft and being rotatable about shaft; a magnetic coupling releasably coupled to the impeller and rotatable about the shaft; a thrust control valve including a rear thrust ring positioned between the containment shell and the rear bearing, an opening of the thrust control valve being defined by a variable spacing between the thrust ring and the rear bearing.
A film comprising: a core layer consisting of biaxially oriented linear low-density polyethylene and optionally additives, wherein the core layer has a first side and a second side; a first sealant layer consisting of biaxially oriented linear low-density polyethylene, and optionally additives, on the first side; and a second sealant layer consisting of biaxially oriented linear low-density polyethylene, and optionally additives, on the second side, wherein the film is 30 μm or less in thickness, has a water-vapor transmission rate of ≤ 1 g/m 2 /d at 38°C and 90% relative humidity, and has an oxygen transmission rate of ≤ 100 cm 3 /m 2 /d at 23°C and 0% relative humidity, and wherein the linear low-density polyethylene in the core layer, the first sealant layer, the second sealant layer, or combinations thereof is one or more grades of maleic-anhydride-grafted polyethylenes, acrylic-acid copolymers, or combinations thereof. a core layer consisting of biaxially oriented linear low-density polyethylene and optionally additives, wherein the core layer has a first side and a second side; a first sealant layer consisting of biaxially oriented linear low-density polyethylene, and optionally additives, on the first side; and a second sealant layer consisting of biaxially oriented linear low-density polyethylene, and optionally additives, on the second side, wherein the film is 30 μm or less in thickness, has a water-vapor transmission rate of ≤ 1 g/m 2 /d at 38°C and 90% relative humidity, and has an oxygen transmission rate of ≤ 100 cm 3 /m 2 /d at 23°C and 0% relative humidity, and wherein the linear low-density polyethylene in the core layer, the first sealant layer, the second sealant layer, or combinations thereof is one or more grades of maleic-anhydride-grafted polyethylenes, acrylic-acid copolymers, or combinations thereof.
A method for utilizing quota usage policy control in a Diameter-based communication network, the method comprising: at a policy server: sending, to an online charging system, OCS, node, a request for quota usage information associated with a subscriber; receiving the quota usage information from the OCS node; generating at least one policy and charging control, PCC, rule for modifying a quality of service, QoS, policy attribute associated with the subscriber based on the quota usage information, wherein receiving the quota usage information from the OCS node includes receiving the quota usage information and an associated quota tier level indicator, wherein the quota tier level indicator is dependent on whether or not the subscriber's data usage is above one or more threshold levels and wherein generating at least one PCC rule includes generating the at least one PCC rule based on the quota usage information and the quota tier level indicator; and communicating the at least one PCC rule to a Diameter network element. sending, to an online charging system, OCS, node, a request for quota usage information associated with a subscriber; receiving the quota usage information from the OCS node; generating at least one policy and charging control, PCC, rule for modifying a quality of service, QoS, policy attribute associated with the subscriber based on the quota usage information, wherein receiving the quota usage information from the OCS node includes receiving the quota usage information and an associated quota tier level indicator, wherein the quota tier level indicator is dependent on whether or not the subscriber's data usage is above one or more threshold levels and wherein generating at least one PCC rule includes generating the at least one PCC rule based on the quota usage information and the quota tier level indicator; and communicating the at least one PCC rule to a Diameter network element.
Grinding disc for a floor-grinding machine comprising a disc body with a first and a second grinding side (11, 12), in which both grinding sides (11, 12) are each provided with at least one grinding element, in such a way that both grinding sides (11, 12) are usable for grinding a floor, in which the grinding disc has an interface in a central region for coupling the grinding disc by means of a screw connection to an adapter of a floor-grinding machine, wherein the interface comprises a central through-hole extending from the first to the second grinding side, and the interface comprises at least a driver recess for receiving a driver which is provided on a bearing surface of the adapter, and the driver recess is positioned at a radial distance with respect to the through-hole, characterized in that the through-hole has a conical opening on both sides of the grinding disc for receiving a conical screw head of a screw.
A cylindrical multi-level multi-channel cyclone-filter having a tangential air inlet, central air outlet, a housing comprising several stacked cyclones with swirling means for imparting vortical motions to said air, curved segments of a different diameter with adjustable spacings at the ends, constituting air flow channels, a separation chamber with segmental circular spaces, a conical hopper for collecting particulate matter, characterised in that cyclones having installed plurality of internal quarter-ring-shaped portions with their ends arranged on axis x, y and with adjustable spacings between the adjacent ends of quarter-ring-shaped portions, the quarter-ring-shaped portions have openings cut out in the quarter-ring-shaped portions with their plates bent outwards at an angle a in the direction of the air flow; and a double conical hopper connected by a common air duct mounted at the bottom of the casing.
A method for producing a building element, comprising providing a substrate, applying a thermosetting binder on the substrate or on a wood veneer layer, arranging the wood veneer layer on the substrate with the thermosetting binder intermediate the substrate and the wood veneer layer, arranging an elastic sheet comprising a polymeric material between the wood veneer layer and a press surface of a pressing device, applying heat and pressure by the pressing device on the elastic sheet, the wood veneer layer, the thermosetting binder, and the substrate, thereby forming a building element comprising the substrate and the wood veneer layer attached to the substrate by the thermosetting binder, wherein the pressure applied is 2-8 MPa (20-80 bar) and the temperature applied is 120-240°C, after applying heat and pressure, removing the elastic sheet from the wood veneer layer. providing a substrate, applying a thermosetting binder on the substrate or on a wood veneer layer, arranging the wood veneer layer on the substrate with the thermosetting binder intermediate the substrate and the wood veneer layer, arranging an elastic sheet comprising a polymeric material between the wood veneer layer and a press surface of a pressing device, applying heat and pressure by the pressing device on the elastic sheet, the wood veneer layer, the thermosetting binder, and the substrate, thereby forming a building element comprising the substrate and the wood veneer layer attached to the substrate by the thermosetting binder, wherein the pressure applied is 2-8 MPa (20-80 bar) and the temperature applied is 120-240°C, after applying heat and pressure, removing the elastic sheet from the wood veneer layer.
A final chewing gum product comprising a plurality of component pieces therein, each component piece comprising: a component body of an encapsulating material; and a plurality of regions of at least one active ingredient encapsulated within said encapsulating material, wherein a release profile of said at least one active ingredient is less than 10% per minute within one minute after exposure of said component piece to water, and wherein less than 15% of an average active concentration in each component piece is in contact with an exterior surface of said component body. a component body of an encapsulating material; and a plurality of regions of at least one active ingredient encapsulated within said encapsulating material, wherein a release profile of said at least one active ingredient is less than 10% per minute within one minute after exposure of said component piece to water, and wherein less than 15% of an average active concentration in each component piece is in contact with an exterior surface of said component body.