mhurhangee/ep-ind-claims huggingface dataset:
A method of at least partially forming an optical interface comprising an optical fiber and a ferrule, the method comprising: eccentrically positioning a portion of a core of the optical fiber in a bore of the ferrule, characterized in that an asymmetric cross-sectional region of the optical fiber being substantially disproportionate, uneven, irregular, or unbalanced about a lengthwise axis of the optical fiber includes the portion of the core, and further includes an outer surface, the core of the optical fiber being located eccentrically with respect to the outer surface, the outer surface includes an inclined portion spaced outwardly from the portion of the core in a first direction, and the eccentrically positioning is comprised of there being contact between the inclined portion and the ferrule, so that a lengthwise axis of the portion of the core is spaced apart from a lengthwise axis of the bore in a second direction, and the first and second directions extend substantially opposite from one another. an asymmetric cross-sectional region of the optical fiber being substantially disproportionate, uneven, irregular, or unbalanced about a lengthwise axis of the optical fiber includes the portion of the core, and further includes an outer surface, the core of the optical fiber being located eccentrically with respect to the outer surface, the outer surface includes an inclined portion spaced outwardly from the portion of the core in a first direction, and the eccentrically positioning is comprised of there being contact between the inclined portion and the ferrule, so that a lengthwise axis of the portion of the core is spaced apart from a lengthwise axis of the bore in a second direction, and the first and second directions extend substantially opposite from one another.
Vacuum cleaner, in particular hand-held vacuum cleaner, comprising a housing, which provides a dust collection chamber, and a dust separation device, which is arranged in the dust collection chamber, the dust separation device being designed to be rotatable about an axis of rotation, characterised in that the dust separation device is designed to be displaceable in the longitudinal direction of the axis of rotation.
A photosensitive composition containing the following essential components: an onium salt represented by the general formula; a sensitizer; and a radical polymerizable compound: wherein in the formula, Rf each independently represents an alkyl group having a carbon number of 1 to 8, an alkenyl group having a carbon number of 2 to 8, or an aryl group having a carbon number of 6 to 10, where 80% or more of hydrogen atoms bonded to the carbon atoms of each group are substituted with fluorine atoms; n represents an integer of 1 to 5; and A + represents a monovalent onium cation, characterized in that the sensitizer is a polymethine-based dye selected from compounds of chemical formula 5 or chemical formula 6: an onium salt represented by the general formula; a sensitizer; and a radical polymerizable compound: wherein in the formula, Rf each independently represents an alkyl group having a carbon number of 1 to 8, an alkenyl group having a carbon number of 2 to 8, or an aryl group having a carbon number of 6 to 10, where 80% or more of hydrogen atoms bonded to the carbon atoms of each group are substituted with fluorine atoms; n represents an integer of 1 to 5; and A + represents a monovalent onium cation, characterized in that the sensitizer is a polymethine-based dye selected from compounds of chemical formula 5 or chemical formula 6:
Housing for a UV light source for use in a method for detecting lead-containing glass pieces in a single-layer material flow of objects of predominantly waste glass, characterized in that the UV light source can be installed in the housing, which has a reflector and at least one mirror filter, such that the light from the UV light source is directed through the reflector, which is arranged in a first direction, in the opposite direction to the first direction and is deflected and filtered via at least one mirror filter, namely deflected by 180° by two mirror filters arranged normally to each other and thus directed in the first direction to a single UV light passage of the housing, wherein the mirror filters are mirrors, which are provided with a coating which absorbs a majority of the light in the visible range emitted by the UV light source.
An abrasive aggregate comprising: a vitreous binder composition and abrasive particles dispersed in the vitreous binder composition, wherein the abrasive particles are diamonds, characterised in that the vitreous binder composition comprises not less than 1 wt% and not greater than 45 wt% of the weight of the abrasive aggregate, the abrasive particles comprise not less than 45 wt% and not greater than 99 wt% of the weight of the abrasive aggregate, and the abrasive aggregate has a loose packed density in a range of not less than 0.5 g/cm 3 to not greater than 3.5 g/cm 3. a vitreous binder composition and abrasive particles dispersed in the vitreous binder composition, wherein the abrasive particles are diamonds, characterised in that the vitreous binder composition comprises not less than 1 wt% and not greater than 45 wt% of the weight of the abrasive aggregate, the abrasive particles comprise not less than 45 wt% and not greater than 99 wt% of the weight of the abrasive aggregate, and the abrasive aggregate has a loose packed density in a range of not less than 0.5 g/cm 3 to not greater than 3.5 g/cm 3.
A patched wind turbine rotor blade comprising, (a) a prepared surface including a scarf area to remove damage from the spar cap laminate layer of the wind turbine rotor blade; (b) an adhesive region disposed on the prepared surface; and (c) a repair disposed on the adhesive region, wherein the adhesive region sufficiently bonds the repair to the prepared surface to substantially match the mechanical properties of the bulk of the turbine rotor blade, wherein the repair comprises a laminate layer, the laminate layer including a plurality of plies (238, 240, 242, 244) of composite fabric and a matrix material; characterized in that the plurality of composite fabric plies includes a first ply, a second ply applied to the first ply, a plurality of intermediate plies applied to the second ply, and a final ply wherein each successive intermediate ply has approximately the same dimensional measurement in the width ("A") direction as the first ply and the second ply and is a predetermined size greater on each side than the previous ply in the length ("B") direction; and wherein the orientation of the plies (238, 240, 242, 244) and fibers of the laminate layer is substantially the same as that of plies and fibers of the existing spar cap laminate layer of the wind turbine rotor blade. (a) a prepared surface including a scarf area to remove damage from the spar cap laminate layer of the wind turbine rotor blade; (b) an adhesive region disposed on the prepared surface; and (c) a repair disposed on the adhesive region, wherein the adhesive region sufficiently bonds the repair to the prepared surface to substantially match the mechanical properties of the bulk of the turbine rotor blade, wherein the repair comprises a laminate layer, the laminate layer including a plurality of plies (238, 240, 242, 244) of composite fabric and a matrix material; characterized in that
A method comprising: applying a wet bond coat slurry to a damaged area of a coating system on a metal substrate, wherein the bond coat slurry comprises a liquid binder, at least one of glass particles or glass-ceramic particles, and ceramic oxide particles; depositing a plurality of fibers onto the wet bond coat slurry at least one of during or after the wet bond coat slurry is applied to the damaged area, wherein the plurality of fibers includes at least one of metallic fibers or ceramic fibers; applying a ceramic composite slurry on the bond coat to form a ceramic composite layer, wherein, during the application of the ceramic composite slurry on the bond coat, the bond coat is wet or at least partially dried, wherein the wet or at least partially dried bond coat includes a plurality of partially exposed fibers, wherein, following the application of the ceramic composite slurry, a first portion of individual fibers of the plurality of fibers are embedded in the wet or at least partially dried bond coat and a second portion of the individual fibers of the plurality of fibers extend into the layer of the ceramic composite slurry; and heating the wet or at least partially dried bond coat and the ceramic composite layer to form a repaired portion of the coating system on the metal substrate, wherein heating the bond coat melts at least a portion of the at least one of the glass particles or the glass-ceramic particles to form a fully amorphous glass phase or a mixture of amorphous and crystalline glass phases which bond with the metal substrate. applying a wet bond coat slurry to a damaged area of a coating system on a metal substrate, wherein the bond coat slurry comprises a liquid binder, at least one of glass particles or glass-ceramic particles, and ceramic oxide particles; depositing a plurality of fibers onto the wet bond coat slurry at least one of during or after the wet bond coat slurry is applied to the damaged area, wherein the plurality of fibers includes at least one of metallic fibers or ceramic fibers; applying a ceramic composite slurry on the bond coat to form a ceramic composite layer, wherein, during the application of the ceramic composite slurry on the bond coat, the bond coat is wet or at least partially dried, wherein the wet or at least partially dried bond coat includes a plurality of partially exposed fibers, wherein, following the application of the ceramic composite slurry, a first portion of individual fibers of the plurality of fibers are embedded in the wet or at least partially dried bond coat and a second portion of the individual fibers of the plurality of fibers extend into the layer of the ceramic composite slurry; and heating the wet or at least partially dried bond coat and the ceramic composite layer to form a repaired portion of the coating system on the metal substrate, wherein heating the bond coat melts at least a portion of the at least one of the glass particles or the glass-ceramic particles to form a fully amorphous glass phase or a mixture of amorphous and crystalline glass phases which bond with the metal substrate.
Slurry formulation for production of a patch or a strip of a thermal barrier coating with a ceramic binder, ceramic fillers and where applicable further additives, wherein the slurry formulation comprises: 20-60 dry weight percent of alkali silicate binder; 40-80 dry weight percent of ceramic fillers selected from the group yttrium oxide-stabilized zirconium oxide, magnesium oxide or mixtures thereof; 0-20 dry weight percent of additives selected from the group: aluminium phosphate, microsilica, metakaolin, wherein the dry weight proportions of all constituents make up 100%; and a solvent or suspending agent. 20-60 dry weight percent of alkali silicate binder; 40-80 dry weight percent of ceramic fillers selected from the group yttrium oxide-stabilized zirconium oxide, magnesium oxide or mixtures thereof; 0-20 dry weight percent of additives selected from the group: aluminium phosphate, microsilica, metakaolin, wherein the dry weight proportions of all constituents make up 100%; and a solvent or suspending agent.
A smear preparing apparatus comprising: a staining unit comprising staining tanks that are configured to receive glass slides smeared with samples and to accommodate a staining solution used to stain the samples smeared on the glass slides; a transfer unit that holds the glass slides and transfers the glass slides to the staining unit; a fluid circuit that supplies the staining solution to each of the staining tanks in the staining unit; and a controller that determines a staining tank used for staining processing among the staining tanks in response to a manipulation by a user, wherein the controller controls the fluid circuit: (i) to supply the staining solution to the staining tank used for the staining processing and to not supply the staining solution to a staining tank not used for the staining processing among the staining tanks; or (ii) to supply the staining solution to the staining tank used for the staining processing and to supply the staining solution to the staining tank not used for the staining processing in an amount smaller than an amount of the staining solution supplied to the staining tank used for the staining processing. a staining unit comprising staining tanks that are configured to receive glass slides smeared with samples and to accommodate a staining solution used to stain the samples smeared on the glass slides; a transfer unit that holds the glass slides and transfers the glass slides to the staining unit; a fluid circuit that supplies the staining solution to each of the staining tanks in the staining unit; and a controller that determines a staining tank used for staining processing among the staining tanks in response to a manipulation by a user, wherein the controller controls the fluid circuit: (i) to supply the staining solution to the staining tank used for the staining processing and to not supply the staining solution to a staining tank not used for the staining processing among the staining tanks; or (ii) to supply the staining solution to the staining tank used for the staining processing and to supply the staining solution to the staining tank not used for the staining processing in an amount smaller than an amount of the staining solution supplied to the staining tank used for the staining processing. (i) to supply the staining solution to the staining tank used for the staining processing and to not supply the staining solution to a staining tank not used for the staining processing among the staining tanks; or (ii) to supply the staining solution to the staining tank used for the staining processing and to supply the staining solution to the staining tank not used for the staining processing in an amount smaller than an amount of the staining solution supplied to the staining tank used for the staining processing.
Method for repairing a worn flushing body and/or a worn lining of a metallurgical vessel, comprising the following steps: - coating a chemically reactive mixture comprising a metal carrier, on a worn part, which faces the interior of the metallurgical vessel, of the flushing body and/or the lining; - chemical reaction and/or sintering of the mixture under thermal influence to form a filler body in a region of the worn flushing body or the worn lining, wherein the chemical reaction and the sintering of the mixture can elapse simultaneously or succession; characterised in that - the coating of the chemical reactive mixture on the flushing body and/or the lining of the vessel takes place in the absence of a melt; - the mixture for the chemical reaction apart from the metal carrier also comprises a nitrogen carrier and/or a nitrogen carrier is also fed to the mixture so that the filler body contains a metal nitride and - the metal carrier is a metal or a metal alloy; and - the metal alloy or the metal has titanium (Ti) or titanium sponge as principal constituent; and - sintering of an unsintered filler body under thermal influence above a sinter temperature, which is specific to the unsintered filler body, to form a sintered filler body. - coating a chemically reactive mixture comprising a metal carrier, on a worn part, which faces the interior of the metallurgical vessel, of the flushing body and/or the lining; - chemical reaction and/or sintering of the mixture under thermal influence to form a filler body in a region of the worn flushing body or the worn lining, wherein the chemical reaction and the sintering of the mixture can elapse simultaneously or succession; - the coating of the chemical reactive mixture on the flushing body and/or the lining of the vessel takes place in the absence of a melt; - the mixture for the chemical reaction apart from the metal carrier also comprises a nitrogen carrier and/or a nitrogen carrier is also fed to the mixture so that the filler body contains a metal nitride and - the metal carrier is a metal or a metal alloy; and - the metal alloy or the metal has titanium (Ti) or titanium sponge as principal constituent; and - sintering of an unsintered filler body under thermal influence above a sinter temperature, which is specific to the unsintered filler body, to form a sintered filler body.
A display packaging for pans, characterized in that: - it comprises a hollow body having a tiered structure made up of a base and a side wall; wherein the base is located in a plane opposite an opening of the hollow body; and wherein various cavities (1a, 1b, 1c) are formed inside the hollow body configured to house parts of main bodies of at least some of the stacked pans; - the side wall of the hollow body comprises a tiered generatrix forming the cavities (1a, 1b, 1c) having a size which increases from the base to the opening; - the side wall of the hollow body is interrupted by a front aperture. - it comprises a hollow body having a tiered structure made up of a base and a side wall; wherein the base is located in a plane opposite an opening of the hollow body; and wherein various cavities (1a, 1b, 1c) are formed inside the hollow body configured to house parts of main bodies of at least some of the stacked pans; - the side wall of the hollow body comprises a tiered generatrix forming the cavities (1a, 1b, 1c) having a size which increases from the base to the opening; - the side wall of the hollow body is interrupted by a front aperture.
An aircraft inceptor system comprising an inceptor member arranged to be operated by a user to cause a corresponding movement of a moveable aircraft surface, and means for detecting the operation of the inceptor member by the user and for providing a movement signal, associated with the detected operation, to a control device of the aircraft inceptor system, the control device configured to provide a control signal to an actuator to move the aircraft surface according to the movement signal, wherein the means for detecting the operation of the inceptor member by the user comprises a force sensor configured to sense the force applied by the user to the inceptor member, the movement signal being derived based on the sensed force, and wherein the control device provides the control signal based on an algorithm that converts a force signal indicative of the sensed force to a position signal, characterised in that the inceptor member comprises a speed sensor to measure a speed of movement of the inceptor member and an accelerometer to measure acceleration of the inceptor member, and in that the algorithm uses a vectorial sum of the sensed force, an inertial load calculated as a function of the measured inceptor member acceleration and a viscous load calculated from the measured inceptor member speed, in converting the force signal to the position signal. means for detecting the operation of the inceptor member by the user and for providing a movement signal, associated with the detected operation, to a control device of the aircraft inceptor system, the control device configured to provide a control signal to an actuator to move the aircraft surface according to the movement signal, wherein the means for detecting the operation of the inceptor member by the user comprises a force sensor configured to sense the force applied by the user to the inceptor member, the movement signal being derived based on the sensed force, and wherein the control device provides the control signal based on an algorithm that converts a force signal indicative of the sensed force to a position signal, characterised in that the inceptor member comprises a speed sensor to measure a speed of movement of the inceptor member and an accelerometer to measure acceleration of the inceptor member, and in that the algorithm uses a vectorial sum of the sensed force, an inertial load calculated as a function of the measured inceptor member acceleration and a viscous load calculated from the measured inceptor member speed, in converting the force signal to the position signal.
A method for enabling signaling message correlation in a telecommunication network, the method being performed by a transferring network node (106, 108, 114, 116, 118, 122, 124, 132, 138) in the telecommunication network and comprising: receiving a first signaling message as part of a signaling procedure among a plurality of network nodes (102, 106, 108, 110, 114, 116, 118, 120, 122, 124, 126, 128, 132, 134, 138) in the telecommunication network, the first signaling message being transmitted using a first signaling protocol and including a correlation identifier being propagated along a message flow of the signaling procedure; and transmitting a second signaling message as part of the signaling procedure using a second signaling protocol different from the first signaling protocol, wherein the correlation identifier of the first signaling message is incorporated into the second signaling message for further propagation; the method characterized in that the signaling procedure comprises at least one of: an attach procedure of a user equipment to the telecommunication network; and a registration procedure of a user equipment with a subsystem of the telecommunication network. receiving a first signaling message as part of a signaling procedure among a plurality of network nodes (102, 106, 108, 110, 114, 116, 118, 120, 122, 124, 126, 128, 132, 134, 138) in the telecommunication network, the first signaling message being transmitted using a first signaling protocol and including a correlation identifier being propagated along a message flow of the signaling procedure; and transmitting a second signaling message as part of the signaling procedure using a second signaling protocol different from the first signaling protocol, wherein the correlation identifier of the first signaling message is incorporated into the second signaling message for further propagation; the method characterized in that the signaling procedure comprises at least one of: an attach procedure of a user equipment to the telecommunication network; and a registration procedure of a user equipment with a subsystem of the telecommunication network. an attach procedure of a user equipment to the telecommunication network; and a registration procedure of a user equipment with a subsystem of the telecommunication network.