mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an investment casting shell mold comprising: providing a first refractory coat slurry formed by mixing a binder sol with a first dry blend including refractory filler, said first dry blend having no fibers; providing a second refractory coat slurry formed from by mixing a binder sol with a second a dry blend which includes refractory filler and fibers; applying one of said first and second refractory coat slurries over an expendable pattern to produce a coated preform; optionally, applying a stucco of refractory material onto the coated preform; drying the optionally stuccoed, coated preform sufficiently to apply another of said first or second refractory coat slurries over the preform; repeating the application of refractory slurry and optionally stuccoing as many times as necessary to build a preform of desired thickness; drying the multi-layered preform to produce a green investment casting shell mold; and heating the green shell mold to a temperature sufficient to produce a fired investment casting shell mold, characterized in that the preform includes at least one layer of first refractory coat slurry and at least one layer of second refractory coat slurry. providing a first refractory coat slurry formed by mixing a binder sol with a first dry blend including refractory filler, said first dry blend having no fibers; providing a second refractory coat slurry formed from by mixing a binder sol with a second a dry blend which includes refractory filler and fibers; applying one of said first and second refractory coat slurries over an expendable pattern to produce a coated preform; optionally, applying a stucco of refractory material onto the coated preform; drying the optionally stuccoed, coated preform sufficiently to apply another of said first or second refractory coat slurries over the preform; repeating the application of refractory slurry and optionally stuccoing as many times as necessary to build a preform of desired thickness; drying the multi-layered preform to produce a green investment casting shell mold; and heating the green shell mold to a temperature sufficient to produce a fired investment casting shell mold,
A coated granular material, comprising: a water-soluble granular substance; a coating layer applied to at least a surface of the water-soluble granular substance; and a protection layer applied to the coating layer, characterized in that: the coating layer comprises a thermosetting resin A formed from a resin liquid having a molar ratio A of isocyanate groups to hydroxyl groups of 0.5 to 0.9; the protection layer comprises a thermosetting resin B formed from a resin liquid having a molar ratio B of isocyanate groups to hydroxyl groups of 0.75 to 2.0; the thermosetting resin A of the coating layer and the thermosetting resin B of the protection layer contain the same components at different mixing ratios such that the molar ratio B of the protection layer is greater than the molar ratio A of the coating layer; and a difference between the molar ratio A and the molar ratio B is 0.1 or more. a water-soluble granular substance; a coating layer applied to at least a surface of the water-soluble granular substance; and a protection layer applied to the coating layer, characterized in that: the coating layer comprises a thermosetting resin A formed from a resin liquid having a molar ratio A of isocyanate groups to hydroxyl groups of 0.5 to 0.9; the protection layer comprises a thermosetting resin B formed from a resin liquid having a molar ratio B of isocyanate groups to hydroxyl groups of 0.75 to 2.0; the thermosetting resin A of the coating layer and the thermosetting resin B of the protection layer contain the same components at different mixing ratios such that the molar ratio B of the protection layer is greater than the molar ratio A of the coating layer; and a difference between the molar ratio A and the molar ratio B is 0.1 or more. the coating layer comprises a thermosetting resin A formed from a resin liquid having a molar ratio A of isocyanate groups to hydroxyl groups of 0.5 to 0.9; the protection layer comprises a thermosetting resin B formed from a resin liquid having a molar ratio B of isocyanate groups to hydroxyl groups of 0.75 to 2.0; the thermosetting resin A of the coating layer and the thermosetting resin B of the protection layer contain the same components at different mixing ratios such that the molar ratio B of the protection layer is greater than the molar ratio A of the coating layer; and a difference between the molar ratio A and the molar ratio B is 0.1 or more.
A computer implemented method for controlling a networked lighting system based on lighting control data,, the method comprising: - receiving the lighting control data from an application running on a first computer device, characterized by: - storing a data set in a node of the networked lighting system, the data set based on the lighting control data and comprising identification data identifying the application which the lighting control data was created with, - receiving from an application running on a second computer device an input indicating an editing of the lighting control data, - retrieving the identification data comprised in the data set which is based on the lighting control data, and - executing an application call based on the retrieved identification data causing the second computer device to run the application which the lighting control data was created with. - receiving the lighting control data from an application running on a first computer device, characterized by: - storing a data set in a node of the networked lighting system, the data set based on the lighting control data and comprising identification data identifying the application which the lighting control data was created with, - receiving from an application running on a second computer device an input indicating an editing of the lighting control data, - retrieving the identification data comprised in the data set which is based on the lighting control data, and - executing an application call based on the retrieved identification data causing the second computer device to run the application which the lighting control data was created with. - storing a data set in a node of the networked lighting system, the data set based on the lighting control data and comprising identification data identifying the application which the lighting control data was created with, - receiving from an application running on a second computer device an input indicating an editing of the lighting control data, - retrieving the identification data comprised in the data set which is based on the lighting control data, and - executing an application call based on the retrieved identification data causing the second computer device to run the application which the lighting control data was created with.
Rotatable mixing member for batch-freezer machines of the type adapted to be housed in axially rotatable manner inside the processing tank of a batch-freezer machine, and comprising: at least a platelike longitudinal blade that extends substantially parallel to the longitudinal axis of the mixing member, and is oriented so as to arrange an external lateral edge thereof substantially grazing the cylindrical inner surface of the processing tank; and at least a scraping paddle with platelike structure, which is placed on the longitudinal blades straddling the external lateral edge of the blade, and is flag hinged to the longitudinal blade so as to be able to pivot about a reference axis locally substantially parallel to the longitudinal axis of the mixing member and/or to the external lateral edge of the longitudinal blade, for arriving in abutment against and scraping the cylindrical inner surface of the processing tank; said scraping paddle comprising a platelike body which is made of plastic material and is adapted to scrape the cylindrical inner surface of the processing tank; the rotatable mixing member being characterized in that said scraping paddle additionally comprises: a stiffening plate which is made of metal material and is embedded inside the platelike body; and at least a buffer pad which is made of elastically deformable elastomeric material, is fixed directly on the stiffening plate, and is shaped so as to protrude outside the platelike body for resting in abutment on the body of the longitudinal blade.
A partial unicompartmental knee replacement system for implantation between a femur and a tibia of a patient, comprising: a femoral component configured for resurfacing at least a portion of a femoral condyle, the femoral component having a first area with a first radius of curvature and a second area with a second radius of curvature, characterized in that the femoral component also has a third area with a third radius of curvature and that the system further comprises: a meniscus component, configured for placement between the femoral component and the natural tibia, wherein the meniscus component floats in the knee joint between the tibia and the femoral component and has a first position in the knee joint when in contact with the first area, a second position in the knee joint when in contact with the second area and a third position in the knee joint when in contact with the third area.
Sports dumbbell with a grip portion running along the grip axis, and a support axis of a support portion which is spaced from the grip portion perpendicularly to the grip axis and runs parallel to the grip axis, which support portion is connected relatively immovably by least one end to the grip portion, and with a centre of gravity arranged inside the support portion, characterised in that a distance between the grip axis and the support axis is at least 11 cm and the sports dumbbell forms a closed annular or open annular body in its outer form and the support portion has a substantially constant cross section pendendicular to a circumferential direction.
A fluid treatment system for separating a mixture of immiscible fluids comprising a first fluid and a second fluid, comprising: a cyclone separator comprising a separating chamber, an inlet for receiving the mixture, a first outlet for discharge of the first fluid from the separating chamber and a second outlet for discharge of the second fluid from the separating chamber; a conduit connecting the first outlet to the inlet of the separator that allows fluid communication between the first outlet and the inlet of the separator; and a pump at the inlet of the separator that is arranged to draw fluid from the conduit and the mixture of the first fluid and the second fluid wherein the system further comprises an energy harvester arranged to harvest pressure energy from the first fluid in the first outlet, and an energy transfer mechanism arranged to transfer the harvested energy to the pump, wherein the energy harvester is arranged to convert pressure energy into mechanical energy. a cyclone separator comprising a separating chamber, an inlet for receiving the mixture, a first outlet for discharge of the first fluid from the separating chamber and a second outlet for discharge of the second fluid from the separating chamber; a conduit connecting the first outlet to the inlet of the separator that allows fluid communication between the first outlet and the inlet of the separator; and a pump at the inlet of the separator that is arranged to draw fluid from the conduit and the mixture of the first fluid and the second fluid wherein the system further comprises an energy harvester arranged to harvest pressure energy from the first fluid in the first outlet, and an energy transfer mechanism arranged to transfer the harvested energy to the pump, wherein the energy harvester is arranged to convert pressure energy into mechanical energy.
Lever connection of a guide vane adjustment means of a turbomachine, for establishing a connection between a guide vane and an actuator, the guide vane having a vane shaft which extends in the radial direction along the vertical axis thereof and which can be brought into connection with an adjusting ring of the actuator by means of a lever, the vane shaft having a contact region which has a reduced cross section compared to a radially outershaft region; characterized in that the lever has a connection portion having an elongate hole and a thread-in opening, the elongate hole having key flats (26, 28) for rotationally fixed operative connection with correspondingly designed contact surfaces (38, 40) of the contact region, the thread-in opening transitioning on the circumference thereof into the elongate hole, and the thread-in opening having an enlarged cross section compared to the elongate hole and being designed such that the lever, by means of the connection portion thereof, can be slid radially onto the vane shaft via the thread-in opening.
A method for handing over communications in a wireless network, comprising: receiving wireless communications service from a source base station; receiving multiple assigned uplink control channels for transmitting schedule request signals to a plurality of target base stations (408, 412); receiving timing advance, TA, information from the plurality of target base stations (408, 412), wherein the TA information is received in response to sounding reference signals sent to the plurality of target base stations (408, 412); and transmitting a scheduling request to a selected target base station of the plurality of target base stations (408, 412) over at least one of the assigned uplink control channels, wherein the TA information is utilized to transmit the scheduling request. receiving wireless communications service from a source base station; receiving multiple assigned uplink control channels for transmitting schedule request signals to a plurality of target base stations (408, 412); receiving timing advance, TA, information from the plurality of target base stations (408, 412), wherein the TA information is received in response to sounding reference signals sent to the plurality of target base stations (408, 412); and transmitting a scheduling request to a selected target base station of the plurality of target base stations (408, 412) over at least one of the assigned uplink control channels, wherein the TA information is utilized to transmit the scheduling request.
A spun-bonded nonwoven fabric comprising a monocomponent fiber comprising a copolymerized polyester based resin in which 5 weight % or higher and 40 weight % or lower of a polyethylene glycol is copolymerized with a polyester based resin, wherein the spun-bonded nonwoven fabric has a ΔMR of 0.5 % or higher and 15% or lower, as determined by the method of the description, and the monocomponent fiber has an average single fiber diameter of 11 μm or more and 15 μm or less, wherein the average single fiber diameter is measured by the method of the description. wherein the spun-bonded nonwoven fabric has a ΔMR of 0.5 % or higher and 15% or lower, as determined by the method of the description, and the monocomponent fiber has an average single fiber diameter of 11 μm or more and 15 μm or less, wherein the average single fiber diameter is measured by the method of the description.
Bracket or clip for connecting slabs or sheets (2a, 2b) of a roofing or covering unit for roofs or building walls to a substructure, comprising a main component made of metal, said main component comprising a base section designed to rest on a substructure, as well as a projecting section delimiting at least one connection zone (CZ1, CZ2) for the constraint of at least one slab or sheet (2a, 2b) of a covering unit, wherein said bracket or clip comprises at least one covering insert or component designed to completely or partly cover said projecting section at said at least one connection zone (CZ 1, CZ2), said at least one covering insert or component entirely covering the points or the part of said at least one connection zone (CZ1, CZ2) designed to constitute the zones or areas of support and constraint for the slabs or sheets (2a, 2b) of a roofing or covering, so that the slabs or sheets (2a, 2b) or respective ends do not rest on the metal part of the bracket or clip, characterized in that said at least one covering component is engaged by snap in said at least one connection zone (CZ1, CZ2), and/or said main component and said at least one covering component have centring or holding means in mutual position (5a, 5b, SL1, SL2). said at least one covering component is engaged by snap in said at least one connection zone (CZ1, CZ2), and/or said main component and said at least one covering component have centring or holding means in mutual position (5a, 5b, SL1, SL2).
A method for measuring the amount of an analyte in a sandwich assay using a surface plasmon excitation enhanced fluorescence spectroscopy [SPFS], wherein the sandwich assay uses a solid phase primary antibody immobilized in and outside a solid phased layer having a three dimensional structure and a lectin labeled with a fluorescent dye is used as a secondary antibody, wherein said solid phased layer comprises a polymer composed of at least one monomer selected from the group consisting of glucose; carboxymethylated glucose; and monomers contained in any of vinyl esters, acrylic acid esters, methacrylic acid esters, olefins, styrenes, crotonic acid esters, itaconic acid diesters, maleic acid diesters, fumaric acid diesters, allyl compounds, vinyl ethers and vinyl ketones; and wherein the reaction between said lectin and said analyte is carried out simultaneously with measurement of the amount of the fluorescence by the SPFS.
Method for providing a one-time password for a user equipment of a user, that is intended for logging the user equipment on a server, wherein the server generates the one-time password by means of a cryptographic operation according to an unequivocal usage ID and transfers it to the user equipment, wherein the user equipment stores the one-time password received from the server and transfers it together with the usage ID when the user equipment is logged on the server, wherein the server verifies the user equipment when the user equipment is logged on the server by means of the usage ID implicitly contained in the received one-time password, wherein the unequivocal usage ID is formed by a combination of the user ID of the user and the user equipment ID of the user equipment.
A pulse generator adapted for use with a lead having a plurality of electrodes (E1-En), comprising: memory circuitry including a steering memory, a pulse memory and an aggregate memory, and which is configured to store a plurality of pulse programs in the pulse memory, wherein each of the plurality of pulse programs defines a pulse shape, a plurality of steering programs in the steering memory, wherein each of the plurality of steering programs defines for each of the plurality of electrodes a stimulation polarity and an allocation of a current, and a plurality of aggregate instructions in the aggregate memory, wherein each of the aggregate instructions links one of the plurality of pulse programs with one of the plurality of steering programs; and one or more control circuits configured to execute one or more of the aggregate instructions, wherein each aggregate instruction when executed forms a stimulation waveform having the pulse shape defined by its linked pulse program at two or more of the electrodes in accordance with the stimulation polarities and the allocations of the current as defined by its linked steering program. memory circuitry including a steering memory, a pulse memory and an aggregate memory, and which is configured to store a plurality of pulse programs in the pulse memory, wherein each of the plurality of pulse programs defines a pulse shape, a plurality of steering programs in the steering memory, wherein each of the plurality of steering programs defines for each of the plurality of electrodes a stimulation polarity and an allocation of a current, and a plurality of aggregate instructions in the aggregate memory, wherein each of the aggregate instructions links one of the plurality of pulse programs with one of the plurality of steering programs; and a plurality of steering programs in the steering memory, wherein each of the plurality of steering programs defines for each of the plurality of electrodes a stimulation polarity and an allocation of a current, and a plurality of aggregate instructions in the aggregate memory, wherein each of the aggregate instructions links one of the plurality of pulse programs with one of the plurality of steering programs; and one or more control circuits configured to execute one or more of the aggregate instructions, wherein each aggregate instruction when executed forms a stimulation waveform having the pulse shape defined by its linked pulse program at two or more of the electrodes in accordance with the stimulation polarities and the allocations of the current as defined by its linked steering program.
A fiber optic terminal comprising: a base plate; a spool rotatably mounted to the base plate for housing an input fiber cable; an adapter for securing a connection between a fiber of the input fiber cable and a fiber of an output fiber cable; and an adapter plate having a cable guide defining a channel for routing the output fiber cable from the adapter, characterised in that: the fiber optic terminal is enclosure-less. a base plate; a spool rotatably mounted to the base plate for housing an input fiber cable; an adapter for securing a connection between a fiber of the input fiber cable and a fiber of an output fiber cable; and an adapter plate having a cable guide defining a channel for routing the output fiber cable from the adapter, characterised in that: the fiber optic terminal is enclosure-less.
Gas turbine with a compressor and with a central section and with a turbine, which (03, 04, 05) surround a rotor, wherein a diffuser is arranged at the end of the compressor, which comprises a diffuser housing section which surrounds the rotor in sections in the central section, wherein the central section comprises an inner housing which surrounds the rotor in sections, which is able to move in the axial direction relative to the diffuser housing section in a limited manner, wherein the diffuser housing section has at least one diffuser abutment surface, and the inner housing has at least one inner abutment surface, which (15, 24), when abutting against one another, limit the axial movement in a direction in which they point away from one another, wherein the diffuser abutment surface is arranged so as to be adjustable in a relative manner at the diffuser housing section or the inner abutment surface is arranged so as to be adjustable in a relative manner at the inner housing, characterized in that the diffuser abutment surface is arranged on a wear attachment, which is arranged on the diffuser housing section in a detachable manner; or wherein the inner abutment surface is arranged on a wear attachment, which is arranged on the inner housing in a detachable manner.
Residual-current circuit breaker, comprising at least one summation current transformer through which at least a first lead and a second lead of a network to be protected are guided, wherein at least one secondary winding is arranged on the summation current transformer, wherein the secondary winding is operatively connected, at least indirectly, with at least one energy storage element, wherein at least one discharging resistor is switched in parallel with the energy storage element, wherein the residual-current circuit breaker comprises a trip element operatively connected with break contacts in the at least one first lead and the at least one second lead, and the at least one discharging resistor is formed of a first partial resistor and at least one second partial resistor switched in series with respect to the first partial resistor, characterized in that at least a first electric signalling device is operatively connected, at least indirectly, with the first partial resistor.