mhurhangee/patent-ind-claim-en huggingface dataset:
Lock mounting device comprising a connection means , which is arranged to connect a first element with a second element mounted on both sides of a door leaf between which elements and in said door leaf a third element is mounted, wherein the connection means is formed for the mounting of lock details, which connection means is arranged to connect the first element with the second element , which two elements surround a third element , which connection means comprises a first screw means , which is provided with a threaded part intended to co-operate with a corresponding threaded part in a second screw means in order to provide an interconnection of the first element and the second element , that the connection means comprises an intermediate part , which, in its first end , is provided with a first thread , which is arranged to co-operate with the first screw means for the connection to said first element , and which intermediate part , by its second end, is connected to the second element, the intermediate part in addition being provided with a third thread orientated perpendicular to said first thread, the third element being mounted to the third thread of the intermediate part by an element fixation means , that the first element is an inner plate , that the second element is an outer plate , and that the third element is a lock housing having a selvage , that the selvage is connected to the intermediate part of the connection means by the element fixation means , in order to fix the lock housing , selvage , inner plate , and outer plate to each other in the door leaf , that the element fixation means is connected perpendicular to and through the selvage to the third thread of the intermediate part , that the element fixation means is formed as a threaded screw arranged to be screwed into the third thread of the intermediate part, characterized in that the head of the screw being formed with a collar situated outside the selvage , this collar being arranged to engagingly co-operate with a security striking plate mounted in a doorframe , by the collar being arranged to be inserted through a slot in the security striking plate in order to prevent a removal of the selvage from the security striking plate when the collar is inserted in the slot .
A coupling arrangement configured to attach an impeller of a compressor to a shaft of an electric motor , said coupling arrangement comprising: a coupling body having opposite first and second ends ; means for attaching the coupling body at the first of the ends to the impeller ; and means for attaching the coupling body at the second of the ends to the shaft ; wherein the coupling body has an axial bore extending from the first end to the second end of the coupling body, the axial bore having a wider portion and a narrower portion such that the coupling body has a reduced wall thickness at one location along the length of the coupling body as compared to the wall thickness of a remainder of the coupling body to form a deformable section between the first and second ends ; wherein the deformable section is configured to permanently deform under unbalanced loading exerted against the coupling body upon a failure of the impeller . a coupling body having opposite first and second ends ; means for attaching the coupling body at the first of the ends to the impeller ; and means for attaching the coupling body at the second of the ends to the shaft ; wherein the coupling body has an axial bore extending from the first end to the second end of the coupling body, the axial bore having a wider portion and a narrower portion such that the coupling body has a reduced wall thickness at one location along the length of the coupling body as compared to the wall thickness of a remainder of the coupling body to form a deformable section between the first and second ends ; wherein the deformable section is configured to permanently deform under unbalanced loading exerted against the coupling body upon a failure of the impeller .
A modified Factor VIIa (FVIIa) for use in a method of treating a bleeding event in a subject, wherein the method comprises administering to the subject a subcutaneous dose of the modified FVIIa, wherein the modified FVIIa comprises modifications at least at positions corresponding to position 128, position 129, position 286, and position 298 in a FVII polypeptide comprising the sequence of amino acids set forth in SEQ ID NO: 3, wherein: the modification at position 128 is an amino acid replacement with Asn (N); the modification at position 129 is an amino acid replacement with Ala (A); the modification at position 286 is an amino acid replacement with Arg (R); the modification at position 298 is an amino acid replacement with Gln (Q); and wherein the modified FVIIa polypeptide has at least 90% amino acid sequence identity to SEQ ID NO: 280, wherein the amino acids corresponding to positions 128, 129, 286 and 298 of SEQ ID NO: 280 are invariant. the method comprises administering to the subject a subcutaneous dose of the modified FVIIa, wherein the modified FVIIa comprises modifications at least at positions corresponding to position 128, position 129, position 286, and position 298 in a FVII polypeptide comprising the sequence of amino acids set forth in SEQ ID NO: 3, wherein: the modification at position 128 is an amino acid replacement with Asn (N); the modification at position 129 is an amino acid replacement with Ala (A); the modification at position 286 is an amino acid replacement with Arg (R); the modification at position 298 is an amino acid replacement with Gln (Q); and the modification at position 128 is an amino acid replacement with Asn (N); the modification at position 129 is an amino acid replacement with Ala (A); the modification at position 286 is an amino acid replacement with Arg (R); the modification at position 298 is an amino acid replacement with Gln (Q); and
A semiconductor device comprising: at least one double-barrier resonant tunneling diode, DBRTD, comprising: a first doped semiconductor layer ; a first barrier layer on the first doped semiconductor layer and comprising a superlattice ; an intrinsic semiconductor layer on the first barrier layer; a second barrier layer on the intrinsic semiconductor layer; and a second doped semiconductor layer on the second barrier layer; characterised in that the superlattice comprises a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions, wherein constrained means that not all of the available semiconductor bonding sites of the opposing base semiconductor portions are populated with bonds to non-semiconductor atoms of the at least one non-semiconductor monolayer and that at least some atoms from opposing base semiconductor portions are chemically bound together, with the chemical bonds traversing the at least one intervening non-semiconductor monolayer therebetween. a first doped semiconductor layer ; a first barrier layer on the first doped semiconductor layer and comprising a superlattice ; an intrinsic semiconductor layer on the first barrier layer; a second barrier layer on the intrinsic semiconductor layer; and a second doped semiconductor layer on the second barrier layer;
Component , in particular for a vehicle, comprising, in order to attach the component to a wall region of the vehicle, a clamping device with at least one clamping claw held on a threaded element that is mounted on the component , rotatable about an axis of rotation and moveable along the latter into a clamping position, in which the clamping claw engages behind the wall region and attaches the component to the wall region , wherein a guide arranged on the component along which the clamping claw can be adjusted between an intermediate position and the clamping position by rotating the threaded element , and a receptacle arranged on the component in which the clamping claw arrives by rotating the threaded element in the direction from the clamping position to the intermediate position and beyond out of the guide , in that the clamping claw continues to rotate with the threaded element into its rested position due to friction, characterized in that a thread of the threaded element ends at a distance in front of the end of a shaft of the threaded element and the clamping claw 25 can be pressed against the end of the thread of the threaded element by means of a spring element .
An air-conditioning apparatus, comprising a mounting device for the air-conditioning apparatus, the mounting device including: a mounting device main plate ; an upper support piece disposed at an upper end of the mounting device main plate ; and a lower support piece disposed at a lower end of the mounting device main plate , wherein the upper support piece includes: one upper end portion ; right and left end portions including a right end portion and a left end portion, a first end of the right end portion and a first end of the left end portion being respectively contiguous to first and second ends of the upper end portion ; and two base portions , a first end of one of the base portions and a first end of the other base portion being respectively contiguous to a second end of the right end portion and a second end of the left end portion, the base portions being each partially contiguous to an upper end of the mounting device main plate , and wherein the upper support piece has a two-ply structure that includes the upper end portion and that is folded double, characterized in that the two-ply structure of the upper support piece also includes the right and left end portions and the two base portions . a mounting device main plate ; an upper support piece disposed at an upper end of the mounting device main plate ; and a lower support piece disposed at a lower end of the mounting device main plate , wherein one upper end portion ; right and left end portions including a right end portion and a left end portion, a first end of the right end portion and a first end of the left end portion being respectively contiguous to first and second ends of the upper end portion ; and two base portions , a first end of one of the base portions and a first end of the other base portion being respectively contiguous to a second end of the right end portion and a second end of the left end portion, the base portions being each partially contiguous to an upper end of the mounting device main plate , and wherein
A method of preparing a photochromic laminate, the method comprising: providing a first thermoplastic film t, wherein the first thermoplastic film includes a front surface and a back surface; treating the front surface and the back surface of the first thermoplastic film; and laminating a second thermoplastic film on the treated front surface and on the treated back surface of the first thermoplastic film using a water-based adhesive to produce the laminate, characterized in that - said first thermoplastic film is a functional film and/or a photochromic comprising polyurethane and/or polyether block amide, - said water-based adhesive comprises a water-based polyvinyl alcohol (PVOH) adhesive, a water-based hot melt adhesive (HMA), a water-based polyurethane (PU) latex adhesive, or combinations thereof, and - wherein the laminating is carried out using a roll-to-roll process wherein the roll-to-roll process includes a heating temperature of 60 to 120°C and a heating duration of 5 to 30 minutes to cure the water-based adhesive, and optionally further curing or annealing the laminate at a temperature in a range of 80 to 130°C for up to 24 hours. providing a first thermoplastic film t, wherein the first thermoplastic film includes a front surface and a back surface; treating the front surface and the back surface of the first thermoplastic film; and laminating a second thermoplastic film on the treated front surface and on the treated back surface of the first thermoplastic film using a water-based adhesive to produce the laminate, characterized in that - said first thermoplastic film is a functional film and/or a photochromic comprising polyurethane and/or polyether block amide, - said water-based adhesive comprises a water-based polyvinyl alcohol (PVOH) adhesive, a water-based hot melt adhesive (HMA), a water-based polyurethane (PU) latex adhesive, or combinations thereof, and - wherein the laminating is carried out using a roll-to-roll process wherein the roll-to-roll process includes a heating temperature of 60 to 120°C and a heating duration of 5 to 30 minutes to cure the water-based adhesive, and optionally further curing or annealing the laminate at a temperature in a range of 80 to 130°C for up to 24 hours. - said first thermoplastic film is a functional film and/or a photochromic comprising polyurethane and/or polyether block amide, - said water-based adhesive comprises a water-based polyvinyl alcohol (PVOH) adhesive, a water-based hot melt adhesive (HMA), a water-based polyurethane (PU) latex adhesive, or combinations thereof, and - wherein the laminating is carried out using a roll-to-roll process wherein the roll-to-roll process includes a heating temperature of 60 to 120°C and a heating duration of 5 to 30 minutes to cure the water-based adhesive, and optionally further curing or annealing the laminate at a temperature in a range of 80 to 130°C for up to 24 hours.
A computer system comprising a processor and memory that implement a media encoder system , the media encoder system comprising: a buffer configured to store a picture ; and a media encoder (220; 340) configured to perform operations comprising receiving and encoding the picture, wherein the encoding the picture includes encoding a unit of the picture in a palette mode, and wherein the encoding the unit of the picture in the palette mode includes encoding a sample value of the unit in an escape mode of the palette mode independent of any unit-level quantization parameter for the unit, wherein the encoding the sample value includes: quantizing the sample value; mapping the quantized sample value to a string of one or more binary values using a kth-order Exponential-Golomb binarization; and entropy coding the string of one or more binary values. a buffer configured to store a picture ; and a media encoder (220; 340) configured to perform operations comprising receiving and encoding the picture, wherein the encoding the picture includes encoding a unit of the picture in a palette mode, and wherein the encoding the unit of the picture in the palette mode includes encoding a sample value of the unit in an escape mode of the palette mode independent of any unit-level quantization parameter for the unit, wherein the encoding the sample value includes: quantizing the sample value; mapping the quantized sample value to a string of one or more binary values using a kth-order Exponential-Golomb binarization; and entropy coding the string of one or more binary values. quantizing the sample value; mapping the quantized sample value to a string of one or more binary values using a kth-order Exponential-Golomb binarization; and entropy coding the string of one or more binary values.
A refrigerating appliance comprising at least a compressor , a four-way valve , an outdoor heat exchanger , a throttling device and an indoor heat exchanger , all connected to one another via connecting pipes to form an annular refrigerant circuit, the refrigerant circuit being designed to be filled with a refrigerant that has a small refrigerating capacity per unit volume compared with an R410A refrigerant; wherein the indoor heat exchanger comprises a plurality of fins arrayed at regular intervals and a plurality of heat-transfer tubes extending through the fins in a direction generally perpendicular thereto with the refrigerant flowing through the heat-transfer tubes ; and wherein the indoor heat exchanger comprises at least three regions , in which the refrigerant flows through the heat-transfer tubes at different mass speeds, characterized in that the three regions are an inlet region , an intermediate region and an outlet region , and when the indoor heat exchanger serves as an evaporator, the refrigerant flows through the inlet region , the intermediate region and the outlet region in this order, and the three regions are arranged such that an airflow successively passes the inlet region and the intermediate region in parallel to the outlet region , or such that an airflow successively passes the outlet region , the intermediate region and the inlet region , and when the indoor heat exchanger serves as a condenser, the refrigerant flows through the outlet region , the intermediate region and the inlet region in this order, and the three regions are arranged such that an airflow successively passes the intermediate region and the inlet region in parallel to the outlet region , or such that an airflow successively passes the inlet region , the intermediate region and the outlet region . the refrigerant flows through the inlet region , the intermediate region and the outlet region in this order, and the three regions are arranged such that an airflow successively passes the inlet region and the intermediate region in parallel to the outlet region , or such that an airflow successively passes the outlet region , the intermediate region and the inlet region , and the refrigerant flows through the outlet region , the intermediate region and the inlet region in this order, and the three regions are arranged such that an airflow successively passes the intermediate region and the inlet region in parallel to the outlet region , or such that an airflow successively passes the inlet region , the intermediate region and the outlet region .
A method of fuel injection for an internal combustion engine fuelled with a gaseous fuel, comprising: introducing a first amount of pilot fuel in a first stage of fuel injection; introducing a first amount of main fuel in a second stage of fuel injection; and introducing a second amount of main fuel in a third stage of fuel injection, said first and second amounts of main fuel contribute to load and speed demand of said internal combustion engine ; wherein said main fuel is said gaseous fuel, and said pilot fuel and said main fuel burn in a diffusion combustion mode. introducing a first amount of pilot fuel in a first stage of fuel injection; introducing a first amount of main fuel in a second stage of fuel injection; and introducing a second amount of main fuel in a third stage of fuel injection, said first and second amounts of main fuel contribute to load and speed demand of said internal combustion engine ; wherein said main fuel is said gaseous fuel, and said pilot fuel and said main fuel burn in a diffusion combustion mode.
A method of producing a conjugate comprising a haptenylated compound comprising a hapten, a linker and a payload and an antibody that specifically binds to the hapten (anti-hapten antibody) wherein a covalent bond is between the haptenylated compound and an amino acid residue in a variable region of the antibody, wherein the method comprises the combination of an antibody comprising a first reactive group and a haptenylated compound that has a second reactive group whereby the alpha carbon atom of the amino acid residue that bears the first reactive group is 10 to 11 Angstrom apart from the atom of the hapten to which the linker is fused, wherein the payload is selected from the group consisting of cytotoxins, enzymes, growth factors, transcription factors, drugs, radionuclides, ligands, antibodies, liposomes, nanoparticles, viral particles, cytokines, and wherein the covalent bond is between the linker of the haptenylated compound and a cysteine residue in the heavy chain CDR2 of the antibody at position 52b or at position 53 according to the heavy chain variable domain numbering of Kabat.
A microneedle array unit comprising: a microneedle array having a plurality of needle-like protrusions arranged on one surface thereof; a gripping portion provided on a side opposite to the plurality of needle-like protrusions of the microneedle array ; and a container configured to accommodate the microneedle array (120. 140), wherein the container includes an accommodation portion having an opening , a deformable portion disposed on a side opposite to the opening , and a binding portion provided in the accommodation portion of the deformable portion and bound to the gripping portion of the microneedle array (120. 140), the deformable portion is deformed by receiving an external force in a direction of the opening and presses the microneedle array (120. 140) through the gripping portion , and the microneedle array (120. 140) is pushed out of the accommodation portion by being pressed, and the deformable portion maintains a deformed state and presses the microneedle array . a microneedle array having a plurality of needle-like protrusions arranged on one surface thereof; a gripping portion provided on a side opposite to the plurality of needle-like protrusions of the microneedle array ; and a container configured to accommodate the microneedle array (120. 140), wherein the container includes an accommodation portion having an opening , a deformable portion disposed on a side opposite to the opening , and a binding portion provided in the accommodation portion of the deformable portion and bound to the gripping portion of the microneedle array (120. 140), the deformable portion is deformed by receiving an external force in a direction of the opening and presses the microneedle array (120. 140) through the gripping portion , and the microneedle array (120. 140) is pushed out of the accommodation portion by being pressed, and the deformable portion maintains a deformed state and presses the microneedle array .
A method of recognizing a type of coffee from a plurality of reference types of coffee, each reference type of coffee being associated with a respective reference signal, said method comprising the steps of: - sensing, by one or more sensors , the presence and concentration of one or more volatile organic compounds in a mixture of volatile organic compounds released from the coffee; - generating a signal representative of the coffee according to the volatile organic compounds that have been sensed and their respective concentrations; - comparing the generated signal with the reference signals associated with each reference type of coffee; - generating a recognition signal in response to the comparison of the generated signal with the reference signals. - sensing, by one or more sensors , the presence and concentration of one or more volatile organic compounds in a mixture of volatile organic compounds released from the coffee; - generating a signal representative of the coffee according to the volatile organic compounds that have been sensed and their respective concentrations; - comparing the generated signal with the reference signals associated with each reference type of coffee; - generating a recognition signal in response to the comparison of the generated signal with the reference signals.