mhurhangee/ep-ind-claims huggingface dataset:
Powder comprising granules which is intended in particular for the production of ceramic sintered parts, said powder having the following chemical composition by weight, on the basis of the dry matter: - a ceramic material and, optionally, a stabilizer for said ceramic material: to make up 100%; - at least 1.0% of a first binder having a glass transition temperature of less than 15°C; - 0 to 4.0% of an additional binder having a glass transition temperature of greater than 25°C; - 0 to 4.0% of a temporary additive different from a first binder and from an additional binder, the total content of said first binder, of said additional binder and of said temporary additive being less than 9.0%; - 0 to 15% of an additive for sintering the ceramic material; - less than 2.0% of impurities; the median diameter D 50 of the powder being between 80 and 130 μm, the percentile D 99.5 being less than 500 μm the 10 percentile D 10 being greater than 40 μm and the relative density of the granules being between 30% and 60%, the ceramic material being chosen from the group made up of aluminum nitride, boron nitride, silicon nitride, titanium nitride, titanium carbide, silicon carbide, tungsten carbide, zirconium carbide, alumina, yttrium oxide, cerium oxide, cerium oxide doped with rare earths, cerium oxide doped with zirconia, the spinel MgAl 2 O 4, garnets, perovskites of formulae A' B' O 3, feldspars, cordierites, and mixtures thereof. - a ceramic material and, optionally, a stabilizer for said ceramic material: to make up 100%; - at least 1.0% of a first binder having a glass transition temperature of less than 15°C; - 0 to 4.0% of an additional binder having a glass transition temperature of greater than 25°C; - 0 to 4.0% of a temporary additive different from a first binder and from an additional binder, the total content of said first binder, of said additional binder and of said temporary additive being less than 9.0%; - 0 to 15% of an additive for sintering the ceramic material; - less than 2.0% of impurities;
Production of an inverter of a drive, with actuator and/or inverter components, by means of the following steps: - providing an in particular planar arrangement of multiple circuit boards (26, 27) with electrical conductor tracks respectively provided thereon, which have electrical connections, wherein a central circuit board has a centrally arranged opening in order to allow the passage of a shaft, - the circuit boards (26, 27) are arranged in a star-shaped manner, in that the central circuit board and peripheral boards surrounding it are provided, - the peripheral boards are connected at least to the central circuit board via electrically conductive connections, - populating the circuit boards (26, 27) of planar configuration with the electrical and/or electronic components provided for them, - electrically testing the populated components and wiring, etc., - arranging segments made of a material with high thermal conductivity on at least two circuit boards such that, as a result of a bending process in the region of the electrical connections between the circuit boards, the segments form an approximately peripherally closed cover, - arranging lids on the open sides of the cover in order to thus realize a closed housing arrangement. - providing an in particular planar arrangement of multiple circuit boards (26, 27) with electrical conductor tracks respectively provided thereon, which have electrical connections, wherein a central circuit board has a centrally arranged opening in order to allow the passage of a shaft, - the circuit boards (26, 27) are arranged in a star-shaped manner, in that the central circuit board and peripheral boards surrounding it are provided, - the peripheral boards are connected at least to the central circuit board via electrically conductive connections, - populating the circuit boards (26, 27) of planar configuration with the electrical and/or electronic components provided for them, - electrically testing the populated components and wiring, etc., - arranging segments made of a material with high thermal conductivity on at least two circuit boards such that, as a result of a bending process in the region of the electrical connections between the circuit boards, the segments form an approximately peripherally closed cover, - arranging lids on the open sides of the cover in order to thus realize a closed housing arrangement.
A wedge lock mechanism to provide a releasable mechanical lock between relatively movable telescoping boom segments comprising: a backing wedge block for connection.to a relatively stationary boom segment defining a smooth surface angled to diverge relative to an associated surface of a relatively movable telescoping boom segment; a stationary shaft supported generally parallel to said angled surface of said backing wedge block; a stationary piston secured to said shaft at an end thereof; a slidable wedge block including a bore having a closed end, said stationary piston disposed in said bore, and said slidable wedge block supported for reciprocal movement on said angled surface of said backing wedge block, said bore defining a receptacle between said closed end of said bore and said stationary piston; a compression spring disposed in said receptacle between said stationary piston and said closed end of said bore, said spring biased to urge said closed end of said bore away from said stationary piston; and characterised in that, said slidable wedge block further includes a removable gland secured in said bore surrounding said shaft and defining a fluid chamber between said gland and said stationary piston. a backing wedge block for connection.to a relatively stationary boom segment defining a smooth surface angled to diverge relative to an associated surface of a relatively movable telescoping boom segment; a stationary shaft supported generally parallel to said angled surface of said backing wedge block; a stationary piston secured to said shaft at an end thereof; a slidable wedge block including a bore having a closed end, said stationary piston disposed in said bore, and said slidable wedge block supported for reciprocal movement on said angled surface of said backing wedge block, said bore defining a receptacle between said closed end of said bore and said stationary piston; a compression spring disposed in said receptacle between said stationary piston and said closed end of said bore, said spring biased to urge said closed end of said bore away from said stationary piston; and characterised in that, said slidable wedge block further includes a removable gland secured in said bore surrounding said shaft and defining a fluid chamber between said gland and said stationary piston.
A roulette overlay system, comprising: a) a support body including an annular portion defining a central circular space therein, the annular portion including a first side having a peripheral rim and an opposing second side having an annular receiving channel defined at least partially by a radially inner sidewall and a radially outer sidewall wherein the annular receiving channel is dimensioned and configured to be seated on a stationary bowl of a conventional roulette wheel; b) a ball propelling device mounted on the support body and including a receiving port for receiving one or more balls to be propelled; and c) a ball guiding member connected with the ball propelling device for receiving one or more propelled balls and having an end positioned for guiding the one or more propelled balls into the central circular space. a) a support body including an annular portion defining a central circular space therein, the annular portion including a first side having a peripheral rim and an opposing second side having an annular receiving channel defined at least partially by a radially inner sidewall and a radially outer sidewall wherein the annular receiving channel is dimensioned and configured to be seated on a stationary bowl of a conventional roulette wheel; b) a ball propelling device mounted on the support body and including a receiving port for receiving one or more balls to be propelled; and c) a ball guiding member connected with the ball propelling device for receiving one or more propelled balls and having an end positioned for guiding the one or more propelled balls into the central circular space.
A resin composition comprising: a magnetic powder A-1; a magnetic powder A-2; and a resin component B; characterized in that the powder A-1 is a Mn-based ferrite having a powder compacting resistance within a range of 1.0×10 5 Ω·cm to 1.0×10 13 Ω·cm both ends inclusive; the powder A-2 is at least one kind selected from a Mn-Zn-based ferrite, a Fe-Ni-based alloy, and a Fe-Si-based alloy, the powder A-2 having a powder compacting resistance within a range of 10 Ω·cm to 1.0×10 4 Ω·cm both ends inclusive; a1/a2 is in a range of 0.10 to 5.00 both ends inclusive, provided that a1 represents a content in % by volume of the powder A-1 relative to 100% by volume of a total of the powder A-1 and the powder A-2, and a2 represents a content in % by volume of the powder A-2 relative to 100% by volume of the total of the powder A-1 and the powder A-2, and the powder compacting resistance is a volume resistivity of a compressed powder body measured at 25°C and humidity of 50%; the compressed powder body being obtained by press-molding 5 g of the magnetic powder, and filled in a measurement container with a load of 4 kN. a magnetic powder A-1; a magnetic powder A-2; and a resin component B; the powder A-1 is a Mn-based ferrite having a powder compacting resistance within a range of 1.0×10 5 Ω·cm to 1.0×10 13 Ω·cm both ends inclusive; the powder A-2 is at least one kind selected from a Mn-Zn-based ferrite, a Fe-Ni-based alloy, and a Fe-Si-based alloy, the powder A-2 having a powder compacting resistance within a range of 10 Ω·cm to 1.0×10 4 Ω·cm both ends inclusive; a1/a2 is in a range of 0.10 to 5.00 both ends inclusive, provided that a1 represents a content in % by volume of the powder A-1 relative to 100% by volume of a total of the powder A-1 and the powder A-2, and a2 represents a content in % by volume of the powder A-2 relative to 100% by volume of the total of the powder A-1 and the powder A-2, and the powder compacting resistance is a volume resistivity of a compressed powder body measured at 25°C and humidity of 50%; the compressed powder body being obtained by press-molding 5 g of the magnetic powder, and filled in a measurement container with a load of 4 kN.
Process for producing fire-resistant glazing comprising at least one layer of an intumescent material based on hydrated sodium silicate, in which the intumescent layer is obtained by drying an industrial sodium silicate solution to which a colloidal silica suspension has been added, the mixture subjected to drying initially having a water content, by weight of the mixture excluding additives, expressed by the equation: H 2 O % < 13 × Rm + 14 in which Rm is the SiO 2 /Na 2 O molar ratio, this ratio being from 3.2 to 3.8, the drying being carried out until an intumescent layer having a water content of between 20% and 35% by weight, and preferably between 22% and 30%, is obtained.
Method of making a mixture of lithium difluoro(oxalato)borate Li[BF 2 C 2 O 4] and lithium tetrafluoroborate LiBF 4 as conducting salt in an electrolyte of a secondary lithium ion battery, comprising at least steps,, and: mixing lithium oxalate and a complex of boron trifluoride with an ether in an organic solvent; heating the mixture obtained in step under a pressure above atmospheric pressure; separating off lithium difluoro(oxalato)borate and lithium tetrafluoroborate in the form of a solution in the solvent employed in step from the mixture obtained in step, wherein dissolved lithium difluoro(oxalato)borate and lithium tetrafluoroborate are separated off by filtration or centrifugation from the mixture obtained in step; isolating a mixture of lithium difluoro(oxalato)borate and lithium tetrafluoroborate from the solution obtained in step, wherein the mixture obtained in step is cooled down, wherein the target compounds start precipitating and are isolated by filtration or centrifugation; or the solvent may be distilled off, and the target compounds are isolated as the remainder; wherein the organic solvent is selected from dialkyl carbonate or diaryl carbonate; wherein the reaction is carried out in the absence of a chloride-containing compound; wherein the reaction according to step is carried out in a sealed container such that during heating a pressure is developed; and wherein the formed and isolated lithium difluoro(oxalato)borate in step is not subjected to further purification steps in order to remove lithium tetrafluoroborate from the mixture of lithium difluoro(oxalato)borate and lithium tetrafluoroborate. mixing lithium oxalate and a complex of boron trifluoride with an ether in an organic solvent; heating the mixture obtained in step under a pressure above atmospheric pressure; separating off lithium difluoro(oxalato)borate and lithium tetrafluoroborate in the form of a solution in the solvent employed in step from the mixture obtained in step, wherein dissolved lithium difluoro(oxalato)borate and lithium tetrafluoroborate are separated off by filtration or centrifugation from the mixture obtained in step; isolating a mixture of lithium difluoro(oxalato)borate and lithium tetrafluoroborate from the solution obtained in step, wherein the mixture obtained in step is cooled down, wherein the target compounds start precipitating and are isolated by filtration or centrifugation; or the solvent may be distilled off, and the target compounds are isolated as the remainder; wherein the organic solvent is selected from dialkyl carbonate or diaryl carbonate; wherein the reaction is carried out in the absence of a chloride-containing compound; wherein the reaction according to step is carried out in a sealed container such that during heating a pressure is developed; and wherein the formed and isolated lithium difluoro(oxalato)borate in step is not subjected to further purification steps in order to remove lithium tetrafluoroborate from the mixture of lithium difluoro(oxalato)borate and lithium tetrafluoroborate.
A seasoning or bouillon tablet comprising salt, oil and/or fat and a culinary flavoring, characterized in that the tablet further comprises 5 to 25 dry wt% of a cereal bran.
Fall arrest and people retrieving device comprising: - a self-supporting base structure comprising a base body and a first and a second arm fixed to said base body, - an upright fixed to said base body and - a support arm fixed to said upright, wherein the first arm is coupled to said base body so that said base structure can alternatively assume a first configuration in which said first arm is close to said second arm and a second configuration in which said first arm is rotated, or roto-translated, away from said second arm with respect to the first configuration, wherein said first arm is hinged to said base body, characterized in that a respective hinge axis of said first arm is parallel to a first direction which, in use, coincides with a vertical direction. - a self-supporting base structure comprising a base body and a first and a second arm fixed to said base body, - an upright fixed to said base body and - a support arm fixed to said upright, wherein the first arm is coupled to said base body so that said base structure can alternatively assume a first configuration in which said first arm is close to said second arm and a second configuration in which said first arm is rotated, or roto-translated, away from said second arm with respect to the first configuration, wherein said first arm is hinged to said base body, characterized in that a respective hinge axis of said first arm is parallel to a first direction which, in use, coincides with a vertical direction.
A method for transmitting a physical random access channel signal, applied to a network device and comprising: indicating information about a valid time period to user equipment, UE, wherein the valid time period is a part of a time domain resource of a physical random access channel, PRACH; and receiving a PRACH signal transmitted by the UE, wherein the information about the valid time period comprises: a truncated number of transmissions, wherein the truncated number of transmissions is the number of transmissions of a time domain sequence of a random access preamble within one random access occasion, RO, the truncated number of transmissions is greater than or equal to 1, and the valid time period is less than transmission duration of the one RO. indicating information about a valid time period to user equipment, UE, wherein the valid time period is a part of a time domain resource of a physical random access channel, PRACH; and receiving a PRACH signal transmitted by the UE, wherein the information about the valid time period comprises: a truncated number of transmissions, wherein the truncated number of transmissions is the number of transmissions of a time domain sequence of a random access preamble within one random access occasion, RO, the truncated number of transmissions is greater than or equal to 1, and the valid time period is less than transmission duration of the one RO.
A method for increasing the rate of tomato root growth, leaf growth, seedling growth or decreasing cycle time from tomato seed planting to tomato fruit production when compared to an untreated control tomato plant or a control tomato plant grown from an untreated seed, comprising applying a composition comprising Methylobacterium to a tomato plant, a part thereof, or to a tomato seed, wherein said composition comprises a Methylobacterium strain selected from the group consisting of NLS0017 (NRRL B-50931), NLS0037 (NRRL B-50941) and NLS0066 (NRRL B-50940).
A method performed by a terminal device for communicating with a network infrastructure equipment in a wireless telecommunications system using radio resources comprising a narrowband carrier supported within a system frequency bandwidth of the wireless telecommunications system, wherein predefined groups of physical resource blocks divide the system frequency bandwidth and wherein the method comprises: receiving configuration signalling using radio resource control, RRC, signalling from the network infrastructure equipment indicating a frequency shift to apply to initial frequencies for the radio resources comprising the narrowband carrier; establishing shifted frequencies for the radio resources comprising the narrowband carrier by applying the indicated frequency shift to the initial frequencies; and communicating with the network infrastructure equipment using the radio resources for the narrowband carrier with the shifted frequencies; wherein the narrowband carrier is one of a plurality of narrowband carriers supported within the system frequency bandwidth of the wireless telecommunications system, and wherein the configuration signalling received from the network infrastructure equipment indicates a frequency shift for each of the narrowband carriers; and wherein the frequency shift for a first group of the narrowband carriers and the frequency shift for a second group of the narrowband carriers have different magnitudes; and wherein the frequency shift is such that boundaries of the narrowband carriers align with boundaries between the predefined groups of physical resource blocks. wherein the narrowband carrier is one of a plurality of narrowband carriers supported within the system frequency bandwidth of the wireless telecommunications system, and wherein the configuration signalling received from the network infrastructure equipment indicates a frequency shift for each of the narrowband carriers; and wherein the frequency shift for a first group of the narrowband carriers and the frequency shift for a second group of the narrowband carriers have different magnitudes; and wherein the frequency shift is such that boundaries of the narrowband carriers align with boundaries between the predefined groups of physical resource blocks.
A device comprising at least one vertical pump and at least one associated turbine for transporting, over a level difference, a heat-transfer fluid brought to a high temperature, the pump ensuring an upward movement of said fluid in a first section of a pipe from a first so-called cold reservoir and the turbine being actuated by said fluid during the downward return movement of said fluid in a second section of the pipe toward a second so-called hot reservoir, wherein the device further comprises a mechanical device for coupling the turbine with the pump, said mechanical coupling device comprising a gearbox with a gimbal coupling located on the turbine side, allowing the mechanical energy produced by the turbine to be reused to actuate the pump.
Method for producing a trench capacitor comprising the following steps: providing a substrate having a front side and a rear side, producing a trench structure having trenches on the front side of the substrate, depositing an insulating dielectric layer on the front side and in the trenches of the substrate, applying (150, 160) a structure on the rear side of the substrate, applying a first electrode to the insulating dielectric layer deposited on the front side of the substrate and in the trench structure, applying a second electrode to the rear side of the substrate provided with the structure, wherein the structure has perforations, such that the second electrode contacts the rear side of the substrate in the region of the perforations, characterized in that the structure has a net or grid structure. providing a substrate having a front side and a rear side, producing a trench structure having trenches on the front side of the substrate, depositing an insulating dielectric layer on the front side and in the trenches of the substrate, applying (150, 160) a structure on the rear side of the substrate, applying a first electrode to the insulating dielectric layer deposited on the front side of the substrate and in the trench structure, applying a second electrode to the rear side of the substrate provided with the structure, wherein the structure has perforations, such that the second electrode contacts the rear side of the substrate in the region of the perforations, characterized in that the structure has a net or grid structure.
A patellar implant (100, 101) for attachment to a patella, the implant comprising: a posterior articulation surface; a bi-planar anterior attachment surface attachable to a prepared patellar surface, characterized in that the anterior attachment surface comprises a substantially planar medial attachment surface having a lateral bounding edge, a substantially planar lateral attachment surface having a medial bounding edge (135, 235), and an intersection, wherein the lateral bounding edge of the medial attachment surface meets the medial bounding edge of the lateral attachment surface along the intersection, wherein the medial attachment surface is not coplanar with the lateral attachment surface, wherein the intersection is a corner extending across the anterior attachment surface, and wherein the corner comprises a corner angle between the medial and lateral attachment surfaces that ranges from about 90° to less than 180°. a posterior articulation surface; a bi-planar anterior attachment surface attachable to a prepared patellar surface, characterized in that the anterior attachment surface comprises a substantially planar medial attachment surface having a lateral bounding edge, a substantially planar lateral attachment surface having a medial bounding edge (135, 235), and an intersection, wherein the lateral bounding edge of the medial attachment surface meets the medial bounding edge of the lateral attachment surface along the intersection, wherein the medial attachment surface is not coplanar with the lateral attachment surface, wherein the intersection is a corner extending across the anterior attachment surface, and wherein the corner comprises a corner angle between the medial and lateral attachment surfaces that ranges from about 90° to less than 180°.