mhurhangee/ep-ind-claims huggingface dataset:
An adaptor (106; 200) comprising an adaptor top (110; 202; 302) and an adaptor bottom (112; 204), wherein: the adaptor top (110; 202; 302) comprises: a top portion configured to receive a respirator bayonet cartridge attached thereto; a bottom portion extending from the top portion; and a plurality of ratchet gears (218; 310); the adaptor bottom (112; 204) is rotatably engaged with the adaptor top (110; 202; 302), and comprises one or more pawl teeth (220, 320) configured to engage at least one of the plurality of ratchet gears of the adaptor top (110; 202; 302) so as to limit rotation of the adaptor top (110; 202; 302) with respect to the adaptor bottom (112; 204) to a single direction; and the adaptor top (110; 202; 302) and the adaptor bottom (112; 204) each comprise corresponding openings such that, in an instance in which the bottom portion of the adaptor top (110; 202; 302) couples the adaptor top (110; 202; 302) to a respirator, the adaptor bottom (112; 204) is disposed between the adaptor top (110; 202; 302) and the respirator. the adaptor top (110; 202; 302) comprises: a top portion configured to receive a respirator bayonet cartridge attached thereto; a bottom portion extending from the top portion; and a plurality of ratchet gears (218; 310); a top portion configured to receive a respirator bayonet cartridge attached thereto; a bottom portion extending from the top portion; and a plurality of ratchet gears (218; 310); the adaptor bottom (112; 204) is rotatably engaged with the adaptor top (110; 202; 302), and comprises one or more pawl teeth (220, 320) configured to engage at least one of the plurality of ratchet gears of the adaptor top (110; 202; 302) so as to limit rotation of the adaptor top (110; 202; 302) with respect to the adaptor bottom (112; 204) to a single direction; and the adaptor top (110; 202; 302) and the adaptor bottom (112; 204) each comprise corresponding openings such that, in an instance in which the bottom portion of the adaptor top (110; 202; 302) couples the adaptor top (110; 202; 302) to a respirator, the adaptor bottom (112; 204) is disposed between the adaptor top (110; 202; 302) and the respirator.
A water-in-oil type emulsion adhesive including an oil phase and an aqueous phase, wherein the oil phase contains at least an organic solvent and an emulsifier, the aqueous phase contains at least water and a polymer compound, and the aqueous phase has a particle diameter of from 1 to 100 μm by a volume-based average diameter; wherein the emulsifier includes at least one compound selected from the group consisting of glycerine aliphatic acid esters, urethane acrylic polymers and nitrogen-containing graft polymers having polyester side chains; and the polymer compound includes at least one compound selected from the group consisting of starch, glue, polyvinyl alcohol, water-soluble cellulose, polyvinyl pyrrolidone, polyvinyl acetate, ethylene-vinyl acetate copolymer, vinyl acetate-(meth)acrylic acid ester copolymer, poly(meth)acrylic acid ester, polystyrene, styrene(meth)acrylic acid ester copolymer, styrene-butadiene copolymer, polyvinyl chloride and polyurethane.
A method by a system including a terminal, a subscription manager - data preparation, SM-DP+ and a subscription manager - discovery server, SM-DS, the method comprising: obtaining, by the SM-DP+, an embedded universal integrated circuit card, eUICC, identifier, EID, of the terminal and an address of the SM-DS; receiving, from the SM-DP+ by the SM-DS, a first message including an embedded universal integrated circuit card, eUICC, identifier, EID, of the terminal and an address of the SM-DP+; storing, by the SM-DS, the EID of the terminal and the address of the SM-DP+; receiving, from the terminal by the SM-DS, a second message including the EID of the terminal; retrieving, by the SM-DS, the address of the SM-DP+ based on the second message including the EID of the terminal; transmitting, to the terminal by the SM-DS, the address of the SM-DP+ for the terminal; and establishing, by the terminal, a connection with the SM-DP+ with the address of the SM-DP+ received from the SM-DS to download a profile associated with the eUICC of the terminal. obtaining, by the SM-DP+, an embedded universal integrated circuit card, eUICC, identifier, EID, of the terminal and an address of the SM-DS; receiving, from the SM-DP+ by the SM-DS, a first message including an embedded universal integrated circuit card, eUICC, identifier, EID, of the terminal and an address of the SM-DP+; storing, by the SM-DS, the EID of the terminal and the address of the SM-DP+; receiving, from the terminal by the SM-DS, a second message including the EID of the terminal; retrieving, by the SM-DS, the address of the SM-DP+ based on the second message including the EID of the terminal; transmitting, to the terminal by the SM-DS, the address of the SM-DP+ for the terminal; and establishing, by the terminal, a connection with the SM-DP+ with the address of the SM-DP+ received from the SM-DS to download a profile associated with the eUICC of the terminal.
A semiconductor apparatus comprising: a substrate; a first insulating layer and a second insulating layer that are apart from each other in a direction normal to the substrate; and a semiconductor unit device between the first insulating layer and the second insulating layer, wherein the semiconductor unit device (MC1a, MC1b, MC1c) includes a selection device layer and a phase change material layer that extend side by side in a direction parallel to the substrate the phase change material layer includes a first chalcogen layer including Ge x Te 1-x with 0.3≤x≤0.7 and a second chalcogen layer including Sb y Te 1-y with 0.2≤y≤0.8, the selection device layer forms a recess portion by covering a portion of a surface of the first insulating layer and a portion of a surface of the second insulating layer such that a sidewall of the selection device layer is recessed relative to a sidewall of the first insulating layer and a sidewall of the second insulating layer, the phase change material layer is arranged along the recess portion to cover the first insulating layer, the selection device layer, and the second insulating layer, and a length of a surface of the phase change material layer adjacent to the first insulating layer is equal to or greater than a length of a surface of the phase change material layer adjacent to the selection device layer. a substrate; a first insulating layer and a second insulating layer that are apart from each other in a direction normal to the substrate; and a semiconductor unit device between the first insulating layer and the second insulating layer, wherein the semiconductor unit device (MC1a, MC1b, MC1c) includes a selection device layer and a phase change material layer that extend side by side in a direction parallel to the substrate the phase change material layer includes a first chalcogen layer including Ge x Te 1-x with 0.3≤x≤0.7 and a second chalcogen layer including Sb y Te 1-y with 0.2≤y≤0.8, the selection device layer forms a recess portion by covering a portion of a surface of the first insulating layer and a portion of a surface of the second insulating layer such that a sidewall of the selection device layer is recessed relative to a sidewall of the first insulating layer and a sidewall of the second insulating layer, the phase change material layer is arranged along the recess portion to cover the first insulating layer, the selection device layer, and the second insulating layer, and a length of a surface of the phase change material layer adjacent to the first insulating layer is equal to or greater than a length of a surface of the phase change material layer adjacent to the selection device layer.
Coating with a multi-layer coating system and a top lubricating layer, wherein the multi-layer coating system contains at least one HT layer and the top lubricating layer has a composition according to Mo a -X b -Y c, wherein a, b and c indicate the atomic concentration of the respective constituents, and a+b+c=1, and 0≤b<a and 0≤c<a, with X being a variable metal constituent: B, Si, V, W, Zr, Cu and Ag or a combination thereof and with Y being a variable non-metallic constituent: C, O and N or a combination thereof, wherein the multi-layer coating system comprises at least one actively lubricating layer, characterized in that the at least one actively lubricating layer is a Ti-Al-Mo-N layer which has an averaged Mo content preferably measured by EDX at 10kV of 20-60 at%, more preferably 25-35 at%, even more preferably 30 at%.
A load cell for a scale having a measuring device for generating a temperature-dependent weight measurement signal corresponding to an acting weight and having at least one temperature sensor for measuring a temperature of the load cell, wherein a temperature-compensated weight can be calculated from the generated weight measurement signal and from the measured temperature by means of an evaluation unit, characterized in that the temperature sensor is configured as a temperature sensor which measures a temperature difference between a first point, namely a measurement point, of the load cell and a second point, namely a comparison point, of the load cell, namely as a single thermocouple measuring the temperature difference.
A method for the production of a polypeptide conjugated to a poly (ethylene glycol) residue comprising the following steps a) incubating a fusion polypeptide, which is encoded by a nucleic acid comprising in 5' to 3' direction i) a nucleic acid encoding the polypeptide, ii) a nucleic acid encoding an amino acid sequence of SEQ ID NO: 01, and iii) a nucleic acid encoding a Strep-tag, and a target polypeptide, which has the amino acid sequence of SEQ ID NO: 02 and which is covalently conjugated to a poly (ethylene glycol) residue at the C-terminal lysine residue, with the trypsin mutant D 189K, K60E, N143H, E151H, and b) recovering and thereby producing the polypeptide conjugated to one poly (ethylene glycol) residue. a) incubating a fusion polypeptide, which is encoded by a nucleic acid comprising in 5' to 3' direction i) a nucleic acid encoding the polypeptide, ii) a nucleic acid encoding an amino acid sequence of SEQ ID NO: 01, and iii) a nucleic acid encoding a Strep-tag, and a target polypeptide, which has the amino acid sequence of SEQ ID NO: 02 and which is covalently conjugated to a poly (ethylene glycol) residue at the C-terminal lysine residue, with the trypsin mutant D 189K, K60E, N143H, E151H, and b) recovering and thereby producing the polypeptide conjugated to one poly (ethylene glycol) residue.
Method for simultaneously transmitting at least a first transmission signal and a second transmission signal or for simultaneously receiving a first reception signal and a second reception signal by means of an antenna, wherein the first transmission signal is generated by a first transmitting device and the first reception signal is received by a first receiving device, wherein the second transmission signal is generated by a second transmitting device and the second reception signal is received by a second receiving device, wherein the first transmission signal and the second transmission signal are summed to form a combined transmission signal by means of a power summation circuit, wherein the combined transmission signal is amplified by a transmission amplification circuit and is transmitted by means of the antenna, and a combined reception signal is received by means of the antenna and is divided into a first part and a second part of the combined reception signal by means of a power division circuit, wherein the first receiving device filters the first reception signal from the first part of the combined reception signal and the second receiving device filters the second reception signal from the second part of the combined reception signal, characterized in that the combined reception signal is amplified by means of a reception amplification circuit, wherein the transmission amplification circuit or the reception amplification circuit is selected by means of at least one changeover switch or transmission and reception amplification is selected by means of the at least one changeover switch in a transmission and reception amplification circuit, wherein the transmission and reception amplification circuit comprises the transmission amplification circuit and the reception amplification circuit.
A kit of parts comprising a camping mattress and a roof tent, said camping mattress comprising: a upper section for supporting an upper portion of a user, and a lower section for supporting a lower portion of the user; wherein the upper section is rotatable about an axis such that, in use, the upper section can be rotated and reversibly fixed at one or more inclined positions relative to the lower section, wherein the upper section comprises a backboard attached to the underside of the upper section and the camping mattress comprises foam. a upper section for supporting an upper portion of a user, and a lower section for supporting a lower portion of the user; wherein the upper section is rotatable about an axis such that, in use, the upper section can be rotated and reversibly fixed at one or more inclined positions relative to the lower section, wherein the upper section comprises a backboard attached to the underside of the upper section and the camping mattress comprises foam.
A separate linear encoder comprising: a scale provided with a main track; a detection head including a main detection portion to read the main track, and being relatively movable to the scale, an angle detection track arranged in parallel with the main track on the scale, an auxiliary detection portion to read the angle detection track, included in the detection head, a first calculation device(121; 221; 321) to obtain a yaw angle(φ) of the detection head with respect to the scale based on a gap(d) between the main detection portion and the auxiliary detection portion, and based on a difference amount(δ) between a position value (Xinc) of the main track detected by the main detection portion and a position value (Xabs) of the angle detection track detected by the auxiliary detection portion; a second calculation device(122; 222; 322) to obtain a signal strength based on an output signal from the main detection portion; and a determining device to determine relationships between a plurality of yaw angles (φ) and signal strengths corresponding to the respective yaw angles(φ). a scale provided with a main track; a detection head including a main detection portion to read the main track, and being relatively movable to the scale, an angle detection track arranged in parallel with the main track on the scale, an auxiliary detection portion to read the angle detection track, included in the detection head, a first calculation device(121; 221; 321) to obtain a yaw angle(φ) of the detection head with respect to the scale based on a gap(d) between the main detection portion and the auxiliary detection portion, and based on a difference amount(δ) between a position value (Xinc) of the main track detected by the main detection portion and a position value (Xabs) of the angle detection track detected by the auxiliary detection portion; a second calculation device(122; 222; 322) to obtain a signal strength based on an output signal from the main detection portion; and a determining device to determine relationships between a plurality of yaw angles (φ) and signal strengths corresponding to the respective yaw angles(φ).
Refrigerator and/or freezer device having a cooled inner space and having at least one dispensing unit for liquid and/or solid substances, such as ice or water, wherein at least one actuation element is provided, which is designed such that on its actuation the dispensing unit is moved from a lowered position into a moved-out position, characterised in that the dispensing unit is arranged in the cooled inner space.
An apparatus for cleansing and packaging items, such as medical instruments or the like, comprising: a first sealable compartment housing a cleansing device; a second sealable compartment joined to the first compartment housing a packaging device; and a conveyor device configured to selectively transport items to be cleansed and packaged through the first compartment and second compartment; the conveyor and compartments configured to: convey an item to be cleansed and packaged into the first compartment to a cleansing position where the first compartment is sealed from external contamination for the cleansing device to cleanse the conveyed item; convey the cleansed item from the first compartment directly into the second compartment where the second compartment is sealed from external contamination for the packaging device to package the cleansed item; and convey the cleansed and packaged item from the second compartment, characterized in that the cleansing device includes a plurality of cleansing nozzles (320, 325, 33) for spraying at least one solution onto an item disposed at the cleansing position. a first sealable compartment housing a cleansing device; a second sealable compartment joined to the first compartment housing a packaging device; and a conveyor device configured to selectively transport items to be cleansed and packaged through the first compartment and second compartment; the conveyor and compartments configured to: convey an item to be cleansed and packaged into the first compartment to a cleansing position where the first compartment is sealed from external contamination for the cleansing device to cleanse the conveyed item; convey the cleansed item from the first compartment directly into the second compartment where the second compartment is sealed from external contamination for the packaging device to package the cleansed item; and convey the cleansed and packaged item from the second compartment, characterized in that convey an item to be cleansed and packaged into the first compartment to a cleansing position where the first compartment is sealed from external contamination for the cleansing device to cleanse the conveyed item; convey the cleansed item from the first compartment directly into the second compartment where the second compartment is sealed from external contamination for the packaging device to package the cleansed item; and convey the cleansed and packaged item from the second compartment, characterized in that
Method for treating of a material, preferably in a method for producing an insulation material; wherein the method includes at least the steps: (a) providing the material as a starting material; wherein the material contains or consists of a comminuted plant material, wherein the comminuted plant material is bulrush which is Typha angustifolia or wood fibers; (b) applying an inorganic coating material to the material, preferably coating the material with an inorganic coating material; wherein the coating material has a pH-value of < 10; and (c) drying of the material obtained in step (b) until a degree of dryness is achieved to be between the constant mass and 5 mass % above the constant mass, preferably until the constant mass is achieved; characterized in that the coating material at least has the following compounds: a first compound, which functions as a supporting structure, consisting of one component, selected from the group consisting of zircon powder, freshly precipitated aluminum hydroxide, freshly precipitated titanium dioxide, a colloid dispersion of titanium dioxide, aluminum hydroxide in form of Hydrargillit (CAS 21645-51-2), and titanium dioxide (CAS 13463-67-7); and a second compound, which functions as a stabilizer, consisting of silicic acid, preferably silica sol. (a) providing the material as a starting material; wherein the material contains or consists of a comminuted plant material, wherein the comminuted plant material is bulrush which is Typha angustifolia or wood fibers; (b) applying an inorganic coating material to the material, preferably coating the material with an inorganic coating material; wherein the coating material has a pH-value of < 10; and (c) drying of the material obtained in step (b) until a degree of dryness is achieved to be between the constant mass and 5 mass % above the constant mass, preferably until the constant mass is achieved; a first compound, which functions as a supporting structure, consisting of one component, selected from the group consisting of zircon powder, freshly precipitated aluminum hydroxide, freshly precipitated titanium dioxide, a colloid dispersion of titanium dioxide, aluminum hydroxide in form of Hydrargillit (CAS 21645-51-2), and titanium dioxide (CAS 13463-67-7); and a second compound, which functions as a stabilizer, consisting of silicic acid, preferably silica sol.
A method of operating a gas turbine engine comprising: a fan rotor, a first compressor rotor and a second compressor rotor, said second compressor rotor compressing air to a higher pressure than said first compressor rotor; a first turbine rotor, said first turbine rotor driving said second compressor rotor, and a second turbine rotor, said second turbine rotor driving said first compressor rotor, wherein said first compressor rotor and said second turbine rotor rotate as an intermediate speed spool, and said second compressor rotor and said first turbine rotor rotate together as a high speed spool, with said high speed spool and said intermediate speed spool rotating in the same direction; and a fan drive turbine positioned downstream of said second turbine rotor, said fan drive turbine driving said fan rotor through a gear reduction, wherein said fan drive turbine rotates in the same direction as said high speed spool and said intermediate speed spool, the method comprising: operating the engine such that a power density of the engine is greater than or equal to about 1.5 lbf/in 3 (407.4 kN/m 3) and less than or equal to about 5.5 lbf/in 3 (1493.8 kN/m 3), wherein said power density is defined as a ratio of thrust produced by said engine expressed in pounds force to a volume of a turbine section incorporating each of said first turbine rotor, said second turbine rotor and said fan drive turbine rotor, expressed in cubic inches, and said thrust is sea level take-off flat-rated static thrust. a fan rotor, a first compressor rotor and a second compressor rotor, said second compressor rotor compressing air to a higher pressure than said first compressor rotor; a first turbine rotor, said first turbine rotor driving said second compressor rotor, and a second turbine rotor, said second turbine rotor driving said first compressor rotor, wherein said first compressor rotor and said second turbine rotor rotate as an intermediate speed spool, and said second compressor rotor and said first turbine rotor rotate together as a high speed spool, with said high speed spool and said intermediate speed spool rotating in the same direction; and a fan drive turbine positioned downstream of said second turbine rotor, said fan drive turbine driving said fan rotor through a gear reduction, wherein said fan drive turbine rotates in the same direction as said high speed spool and said intermediate speed spool, the method comprising: operating the engine such that a power density of the engine is greater than or equal to about 1.5 lbf/in 3 (407.4 kN/m 3) and less than or equal to about 5.5 lbf/in 3 (1493.8 kN/m 3), wherein said power density is defined as a ratio of thrust produced by said engine expressed in pounds force to a volume of a turbine section incorporating each of said first turbine rotor, said second turbine rotor and said fan drive turbine rotor, expressed in cubic inches, and said thrust is sea level take-off flat-rated static thrust.
Phytase-comprising enzyme granules for feeds, the particles of which have a weight-average particle size in the range from 350 to 550 μm and the specific phytase activity of which, expressed in FTU/g, is at least 7 000 and does not exceed a value of FTU max = 2000 ⁢ FTU g - 1 * D - 3 * mm 3, D being the weight-average particle diameter of the granule particles in mm.