mhurhangee/ep-ind-claims huggingface dataset:
An iron case comprising: a table (1, 57) where an iron is placed; a receiving case (3, 51) that surrounds the iron and has a lower opening that is closed by the table (1, 57); and a locking mechanism that detachably combines the table (1, 57) with the receiving case (3, 51), wherein the locking mechanism includes: a locking portion (6, 58) formed on a side of the table (1, 57); a locking body (7, 55) formed at the receiving case (3, 51) and engaged with the locking portion (6, 58); an operating button disposed to be movable outwardly on an outer surface of the receiving case (3, 51) and operating the locking body (7, 55); and a locking spring disposed in the receiving case (3, 51) and biasing the operating button to the table (1, 57); characterized in that: the locking mechanism further includes: a claw formed at an upper end portion of the operating button; and a hole through which the claw is inserted to a side of the receiving case (3, 51) from outside, and the claw has a first contact portion that comes in contact with an outer surface around the hole of the receiving case (3, 51) and a second contact portion that comes in contact with an inner surface around the hole of the receiving case (3, 51). a table (1, 57) where an iron is placed; a receiving case (3, 51) that surrounds the iron and has a lower opening that is closed by the table (1, 57); and a locking mechanism that detachably combines the table (1, 57) with the receiving case (3, 51), a locking portion (6, 58) formed on a side of the table (1, 57); a locking body (7, 55) formed at the receiving case (3, 51) and engaged with the locking portion (6, 58); an operating button disposed to be movable outwardly on an outer surface of the receiving case (3, 51) and operating the locking body (7, 55); and a locking spring disposed in the receiving case (3, 51) and biasing the operating button to the table (1, 57); the locking mechanism further includes: a claw formed at an upper end portion of the operating button; and a hole through which the claw is inserted to a side of the receiving case (3, 51) from outside, and the claw has a first contact portion that comes in contact with an outer surface around the hole of the receiving case (3, 51) and a second contact portion that comes in contact with an inner surface around the hole of the receiving case (3, 51). a claw formed at an upper end portion of the operating button; and a hole through which the claw is inserted to a side of the receiving case (3, 51) from outside, and the claw has a first contact portion that comes in contact with an outer surface around the hole of the receiving case (3, 51) and a second contact portion that comes in contact with an inner surface around the hole of the receiving case (3, 51).
A stent which includes a cylindrical stent body formed from a plurality of wavy struts having a bent portion, and a drug coat layer formed by coating a drug on the outside surface of said stent body, at least the bent portion being deformed for expansion and contraction together with expansion and contraction of said stent body in a radial direction, characterized in that said drug coat layer is formed by a plurality of film coat layers and has a gradually decreasing portion formed by gradually decreasing the thickness of said drug coat layer toward the bent portion, wherein the layer number of the film coat layers is reduced stepwise.
An air valve assembly for a gas turbine engine comprising: a first valving element; a second valving element rotatable about a first axis relative to the first valving element to control a flow of air through the first and second elements (208,202); an actuator; a linkage coupling the actuator to the second valving element to rotate the second valving element between first and second orientations; and a plurality of follower member assemblies, wherein each of the follower member assemblies comprises a bolt, characterised in that the bolt is circumferentially fixed relative to the first valving element and is circumferentially movable relative to the second valving element, and has: a head; a first portion extending through a corresponding second aperture in the second valving element; a second portion extending through a corresponding first aperture in the first valving element, distally of and of smaller transverse section than the first portion; and a third portion, threaded and distally of the second portion; a nut on the third portion; and a roller on the first portion. a first valving element; a second valving element rotatable about a first axis relative to the first valving element to control a flow of air through the first and second elements (208,202); an actuator; a linkage coupling the actuator to the second valving element to rotate the second valving element between first and second orientations; and a plurality of follower member assemblies, wherein each of the follower member assemblies comprises a bolt, characterised in that the bolt is circumferentially fixed relative to the first valving element and is circumferentially movable relative to the second valving element, and has: a head; a first portion extending through a corresponding second aperture in the second valving element; a second portion extending through a corresponding first aperture in the first valving element, distally of and of smaller transverse section than the first portion; and a third portion, threaded and distally of the second portion; a nut on the third portion; and a roller on the first portion. a head; a first portion extending through a corresponding second aperture in the second valving element; a second portion extending through a corresponding first aperture in the first valving element, distally of and of smaller transverse section than the first portion; and a third portion, threaded and distally of the second portion; a nut on the third portion; and a roller on the first portion.
Arrangement (10, 10') of at least two reinforced concrete components (12', 12", 12′′′), wherein at least one of the reinforced concrete components (12', 12", 12′′′) has at least one connecting section (14, 14', 14") for connecting said reinforced concrete component (12', 12", 12′′′) to a further of the at least two reinforced concrete components (12', 12", 12′′′), the connecting section (14, 14', 14") having a wood-like nature, so that connecting elements (24', 24") from the field of wood technology can be arranged in the connecting section (14, 14', 14") for connecting the at least two reinforced concrete components (12', 12", 12′′′), wherein the connecting section (14, 14', 14") is concreted into one of the at least two reinforced concrete components (12', 12", 12′′′), and at least the further reinforced concrete component (12', 12", 12′′′) of the at least two reinforced concrete components (12', 12", 12′′′) has an anchoring body which forms a cavity for receiving at least one connecting element, by means of which the at least two reinforced concrete components (12', 12", 12′′′) can be connected to one another, the anchoring body having at least one guide sleeve for the passage of the connecting element, and the sleeve extending from the cavity to a surface or abutment surface of the further of the at least two reinforced concrete components (12', 12", 12′′′), wherein said at least one connecting portion (14, 14', 14") terminates endwise with an abutting surface of said further of the at least two reinforced concrete components (12', 12", 12′′′), and said abutting surface comprises a plate-shaped member which is connected to said anchoring body and is configured to fix said anchoring body during casting of the concrete of said further of the at least two reinforced concrete components.
A method for maintaining uplink time alignment performed by a network node of a communication system comprising a first reception point and a second reception point, the network node being configured to receive uplink signaling from the first and second reception points by uplink coordinated multipoint reception, configured to control the first reception point and configured to serve a communication device, the method comprising: - determining transmit power of the communication device based on signaling from the communication device received via the second reception point, while meeting a criterion enabling performing of an uplink time alignment measurement towards the first reception point, wherein the determining comprises: - detecting accuracy of a timing advance adjustment towards the first reception point falling below a set threshold, and - increasing the transmit power until reaching a minimum value of a signal quality indicator for the signaling from the communication device to be receivable by the first reception point or increasing transmit power until obtaining an accuracy of the timing advance adjustment above the set threshold; and - transmitting a transmit power command to the communication device based on the determined transmit power. - determining transmit power of the communication device based on signaling from the communication device received via the second reception point, while meeting a criterion enabling performing of an uplink time alignment measurement towards the first reception point, wherein the determining comprises: - detecting accuracy of a timing advance adjustment towards the first reception point falling below a set threshold, and - increasing the transmit power until reaching a minimum value of a signal quality indicator for the signaling from the communication device to be receivable by the first reception point or increasing transmit power until obtaining an accuracy of the timing advance adjustment above the set threshold; and - detecting accuracy of a timing advance adjustment towards the first reception point falling below a set threshold, and - increasing the transmit power until reaching a minimum value of a signal quality indicator for the signaling from the communication device to be receivable by the first reception point or increasing transmit power until obtaining an accuracy of the timing advance adjustment above the set threshold; and - transmitting a transmit power command to the communication device based on the determined transmit power.
Method for operating a motor vehicle with at least one sensor (2, 3, 4) for detecting a user status and/or at least one parameter from which the user status can be derived, wherein, depending on a detected user status and/or a detected change of the user status, a degree of autonomy which determines what proportion a function and/or a device (6, 7, 8, 9) of the motor vehicle is controlled automatically by a control device of the motor vehicle or manually by a user, changes at least one function and/or at least one device (6, 7, 8, 9) of the motor vehicle and the function and/or the device (6, 7, 8, 9) is controlled corresponding to the degree of autonomy, characterised in that at least one user profile is created in which is stored at least one user status for at least one situation, wherein the degree of autonomy of the corresponding function and/or device is adapted according to the user profile when the situation occurs.
A mutant streptavidin subunit which comprises amino acid substitutions at residue positions equivalent to positions 52 and 53 of the wild-type streptavidin subunit" of SEQ ID NO. 2 and wherein the amino acid residues at positions equivalent to positions 23, 27, 43, 45, 49, 79, 88, 90, 92, 108, 110 and 128 of SEQ ID NO. 2 in said mutant streptavidin subunit are wildtype, and wherein (i) when said mutant streptavidin subunit is comprised in a streptavidin tetramer, said streptavidin tetramer has a lower off rate for biotin or for a biotin conjugate than wildtype streptavidin or (ii) when said mutant streptavidin subunit is in monomeric form said mutant monomeric streptavidin has a lower off rate for biotin or a biotin conjugate than monomeric streptavidin. (i) when said mutant streptavidin subunit is comprised in a streptavidin tetramer, said streptavidin tetramer has a lower off rate for biotin or for a biotin conjugate than wildtype streptavidin or (ii) when said mutant streptavidin subunit is in monomeric form said mutant monomeric streptavidin has a lower off rate for biotin or a biotin conjugate than monomeric streptavidin.
A method for preparing thin films of titanium sulfide/amine type comprising at least the steps of: - synthesizing titanium sulfide, - intercalating an amine in the titanium sulfide, - adding a solvent selected from among N-methylformamide or N,N-dimethylformamide, - under controlled temperature, sonicating the assembly formed by the titanium sulfide, amine and solvent, - gelling the mixture derived from sonication, - first centrifuging of the at least partially gelled mixture at a speed of between 500 and 1500 rpm, - second centrifuging of the supernatant from the first centrifugation at a speed greater than the speed of the first centrifugation, - forming thin films on a substrate from the sediments of the second centrifugation, and - annealing the formed thin films. - synthesizing titanium sulfide, - intercalating an amine in the titanium sulfide, - adding a solvent selected from among N-methylformamide or N,N-dimethylformamide, - under controlled temperature, sonicating the assembly formed by the titanium sulfide, amine and solvent, - gelling the mixture derived from sonication, - first centrifuging of the at least partially gelled mixture at a speed of between 500 and 1500 rpm, - second centrifuging of the supernatant from the first centrifugation at a speed greater than the speed of the first centrifugation, - forming thin films on a substrate from the sediments of the second centrifugation, and - annealing the formed thin films.
A spring rod-shaped clip fastener for a rail fastening made of a resilient rod bent to form a single B-shaped part in the projection onto a horizontal plane, which is symmetrical relative to a transverse axis and consists of sections radially mated therebetween in the projection onto a horizontal plane, said sections comprising a section being adapted for resting on a rail, which is rectilinear in the projection onto a horizontal plane and changes on two opposite sides along rounding radii into side sections located perpendicularly to a track centerline and being rectilinear in the projection onto a horizontal plane, said side sections change into radial, in the projection onto a horizontal plane, sections being adapted for resting on a thrust member of the rail fastening, which change into end sections directed with their ends towards the section of resting on the rail and rectilinear in the projection onto a horizontal plane, characterized in that the section of resting on the rail is made, in its longitudinal profile, convex radially with two edge points being adapted for resting on the rail; the sections being adapted for resting on the thrust member of the rail fastening are made radially concave in their longitudinal profile, and the side sections and the end sections are made radially convex in their transverse profile; wherein a value of an inner radius of the side sections in the transverse profile of the clip fastener is less than a value of an inner radius of the end sections.
A method for producing ingots from metal, in particular from steel, having cross-sectional areas of at least 0.10 m 2, of a preferably round but also square or rectangular shape, by casting metal or steel melt in a manner known per se, either directly from a casting ladle or via a tundish lined with a fireproof material, into a short water-cooled ingot mold open at the bottom and withdrawing the solidifying ingot from the same using a downwardly movable withdrawing tool, the casting process being continued with a set casting rate corresponding to the casting cross-section until the desired or maximum ingot length determined by the height of lift of the withdrawing tool is reached, and liquid metal continuing to be fed after the end of the regular casting process in such an amount that at least the diminution of the metal or steel melt occurring during solidification is made up for, characterized in that after completion of the regular casting process, during the makeup casting phase, starting in the lowest position of the ingot the metal pool is stirred by an electromagnetic stirrer which is vertically displaceable and the stirrer is displaced continuously towards the head end of the ingot as the solidification progresses.
A vibratory roller machine comprising: a chassis; at least one rotating drum assembly supporting the chassis on a surface, the rotating drum assembly including an exciter assembly that imparts vibrations to the drum; an electric motor that drives at least one of the exciter and the drum; and a series hybrid drive in operable communication with the motor, the series hybrid drive including. (i) a power storage system; (ii) an engine; (iii) a generator powered by the engine; and (iv) a controller operably coupled to the power storage system and the generator and controlling transmission of electrical power from the series hybrid drive to the motor. a chassis; at least one rotating drum assembly supporting the chassis on a surface, the rotating drum assembly including an exciter assembly that imparts vibrations to the drum; an electric motor that drives at least one of the exciter and the drum; and a series hybrid drive in operable communication with the motor, the series hybrid drive including. (i) a power storage system; (ii) an engine; (iii) a generator powered by the engine; and (iv) a controller operably coupled to the power storage system and the generator and controlling transmission of electrical power from the series hybrid drive to the motor. (i) a power storage system; (ii) an engine; (iii) a generator powered by the engine; and (iv) a controller operably coupled to the power storage system and the generator and controlling transmission of electrical power from the series hybrid drive to the motor.
Electrical circuit comprising at least one electrical component, such as a power component, and an electrical flex circuit, characterised in that it comprises at least one electrically conductive part connecting said electrical component to said flex circuit, said electrically conductive part being provided with at least one first contact part configured to receive a contact element of said electrical power component so as to be in contact therewith and with a second contact part configured to receive a conductive layer of said electrical flex circuit so as to be in contact therewith, the width of the second contact part corresponding to the width of the flex circuit and the length being adjusted to give a contact surface, which is suitable for transmitting, an electrical current density of between 4.5 and 5.5 A/mm 2 and enabling the electrical circuit to sustain a current suitable for said power component, that is to say of between 30 and 80 A.
A working fluid composition for a refrigerating machine, comprising: a refrigerating machine oil comprising a complex ester as a base oil; and a hydrocarbon refrigerant having 2 to 4 carbon atoms, the complex ester being a complex ester of a neopentyl polyol, a dibasic acid, and at least one selected from a monohydric alcohol having 1 to 20 carbon atoms and a fatty acid having 2 to 20 carbon atoms, and having an acid value measured in accordance with JIS K2501 of 0.5 mgKOH/g or less, the refrigerating machine oil having a kinematic viscosity at 100°C of 2 to 50 mm 2 /s; wherein the hydrocarbon refrigerant having 2 to 4 carbon atoms is the only refrigerant comprised in the working fluid composition. a refrigerating machine oil comprising a complex ester as a base oil; and a hydrocarbon refrigerant having 2 to 4 carbon atoms, the complex ester being a complex ester of a neopentyl polyol, a dibasic acid, and at least one selected from a monohydric alcohol having 1 to 20 carbon atoms and a fatty acid having 2 to 20 carbon atoms, and having an acid value measured in accordance with JIS K2501 of 0.5 mgKOH/g or less, the refrigerating machine oil having a kinematic viscosity at 100°C of 2 to 50 mm 2 /s; wherein the hydrocarbon refrigerant having 2 to 4 carbon atoms is the only refrigerant comprised in the working fluid composition.
A refuse control system for refuse chutes that comprises sensing means, including signal emitting means and signal detecting means for detecting each time a refuse package is successively passed through a sensing portion within the refuse chute, counting means for providing a count on the number of detected refuse packages that have been passed through said sensing portion, and actuation means adapted for causing the refuse chute to be at least partially emptied when a predetermined number of refuse packages is found to be present within said refuse chute by sending a command for operating a corresponding discharge valve associated with said refuse chute; characterized in that said signal emitting means and said signal detecting means are distant to each other and arranged such that a line mutually joining the signal emitting and detecting means (210, 220) forms an angle (α) to the horizontal so that a period of time during which a signal detected by the signal detecting means is interrupted is increased, as a refuse package passing through the sensing portion. wherein the number of refuse packages within a refuse chute can be determined and consequently the volume percentage occupied by the refuse packages therein.
A selectivity device for a circuit breaker, the selectivity device comprising: a modular assembly adapted to be coupled to a load conductor assembly, the modular assembly including: a tripping plunger including a surface adapted to interact with a breaker tripping mechanism; an armature coupled to the tripping plunger; a yoke adapted to generate a magnetic field in response to an electric current in the load conductor assembly and disposed to apply a magnetic force proportionate to the electric current on the armature; and a spring assembly adapted to counter-balance the magnetic force up to a predefined tripping current in the load conductor assembly, characterized in that the surface adapted to interact with the breaker tripping mechanism is a cam surface. a modular assembly adapted to be coupled to a load conductor assembly, the modular assembly including: a tripping plunger including a surface adapted to interact with a breaker tripping mechanism; an armature coupled to the tripping plunger; a yoke adapted to generate a magnetic field in response to an electric current in the load conductor assembly and disposed to apply a magnetic force proportionate to the electric current on the armature; and a spring assembly adapted to counter-balance the magnetic force up to a predefined tripping current in the load conductor assembly, a tripping plunger including a surface adapted to interact with a breaker tripping mechanism; an armature coupled to the tripping plunger; a yoke adapted to generate a magnetic field in response to an electric current in the load conductor assembly and disposed to apply a magnetic force proportionate to the electric current on the armature; and a spring assembly adapted to counter-balance the magnetic force up to a predefined tripping current in the load conductor assembly,