mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-chamber furnace for vacuum carburizing and quench hardening of individual workpieces such as the gears, shafts and rings, comprising a set of horizontal and pass-through process chambers with parallel longitudinal axes, located in a common vacuum housing and equipped with a combined transport system and a quenching equipment, wherein each one of said chambers incorporates a thermal insulation and it is equipped with a heating system, characterized in that the said set comprise three process chambers, namely: a heating chamber , a carburizing chamber and a diffusion chamber , which are arranged vertically one over another, in the same order as listed above, wherein: - the set of process chambers are placed between two vertical transport chambers with incorporated loading and unloading mechanisms (7a and 7b) for individual workpieces to and from each one of the respective process chambers through thermal/gas-tight doors arranged at both ends of each of the said process chambers, and loading and unloading locks (8 and 14) configured to allow external access to the transport chambers ; - a bottom wall of each said chambers is equipped with a stepping feeding mechanism , which is configured for step-by-step displacing of individual workpieces, with positioning possibility of them between 2 and 100 steps, and with a time frame from 0.1 to 60 minutes, in order to continuous moving these workpieces in the chosen mode; - the unloading lock incorporates equipment for quenching of individual workpieces within a furnace operating cycle. - the set of process chambers are placed between two vertical transport chambers with incorporated loading and unloading mechanisms (7a and 7b) for individual workpieces to and from each one of the respective process chambers through thermal/gas-tight doors arranged at both ends of each of the said process chambers, and loading and unloading locks (8 and 14) configured to allow external access to the transport chambers ; - a bottom wall of each said chambers is equipped with a stepping feeding mechanism , which is configured for step-by-step displacing of individual workpieces, with positioning possibility of them between 2 and 100 steps, and with a time frame from 0.1 to 60 minutes, in order to continuous moving these workpieces in the chosen mode; - the unloading lock incorporates equipment for quenching of individual workpieces within a furnace operating cycle.
A lenticular display comprising: a lenticular lens in which a plurality of convex lenses are arranged side by side, the plurality of convex lenses each having a convex surface ; and a lenticular image provided on a back-face side facing away from the surface of the convex lenses , wherein the lenticular image is a plurality of display image strips (14A1-14AN; 14B1-14BN) that are extracted from each of a plurality of display images in a stripe form and are arranged at corresponding positions under the convex lenses , wherein each of the plurality of display images has the main image part (13Am1, 13Am2) and a background image part , characterized in that in the plurality of display images , a color density of a portion where main-image parts (13Am1, 13Am2) overlap with each other is corrected to an intermediate color of a color of the main image part (13Am1, 13Am2) and a color of the background image part . a lenticular lens in which a plurality of convex lenses are arranged side by side, the plurality of convex lenses each having a convex surface ; and a lenticular image provided on a back-face side facing away from the surface of the convex lenses , wherein the lenticular image is a plurality of display image strips (14A1-14AN; 14B1-14BN) that are extracted from each of a plurality of display images in a stripe form and are arranged at corresponding positions under the convex lenses , wherein each of the plurality of display images has the main image part (13Am1, 13Am2) and a background image part , characterized in that in the plurality of display images , a color density of a portion where main-image parts (13Am1, 13Am2) overlap with each other is corrected to an intermediate color of a color of the main image part (13Am1, 13Am2) and a color of the background image part .
A vessel comprising: a hull that includes side walls of a port side and a starboard side, a bottom , and a plurality of decks (12-17) including a freeboard deck ; a bulkhead that is provided inside the hull to divide an interior of the hull into a plurality of rooms in a longitudinal direction of the hull ; and a flood control watertight compartment that is disposed inside at least one of the plurality of rooms , divides a space from a deck below the freeboard deck or the bottom to the freeboard deck , and is in contact with one of the side walls and the bulkhead , characterized in that an upper surface of the flood control watertight compartment is raised to be higher than the freeboard deck such that the flood control watertight compartment communicates from the deck below the freeboard deck or the bottom to the upper surface . a hull that includes side walls of a port side and a starboard side, a bottom , and a plurality of decks (12-17) including a freeboard deck ; a bulkhead that is provided inside the hull to divide an interior of the hull into a plurality of rooms in a longitudinal direction of the hull ; and a flood control watertight compartment that is disposed inside at least one of the plurality of rooms , divides a space from a deck below the freeboard deck or the bottom to the freeboard deck , and is in contact with one of the side walls and the bulkhead , characterized in that an upper surface of the flood control watertight compartment is raised to be higher than the freeboard deck such that the flood control watertight compartment communicates from the deck below the freeboard deck or the bottom to the upper surface .
A method of integratedly managing a vehicle performed by a server implemented using a computer, the method comprising: a) receiving (S 1 102) vehicle operation data related to an operation state of the vehicle from a vehicle terminal mounted or embedded in the vehicle, wherein the vehicle operation data includes emergency information corresponding to occurrence of an emergency event of the vehicle. b) providing a service by using the emergency information, c) wherein the providing comprises: providing an accident situation notification based on the emergency information.; and d) wherein the providing the accident situation notification service further comprises: e) starting (S 1104), by the server, a wait count for emergency cancellation for a vehicle terminal if the emergency information is received; f) determining (S 1104) whether it is an emergency according to whether the emergency is canceled until the wait count terminates; and g) processing (S 1105, S 1106, S 1107) a report for the emergency of the vehicle to an emergency reporting agency using the received emergency information when the emergency is not canceled until the wait count terminates. a) receiving (S 1 102) vehicle operation data related to an operation state of the vehicle from a vehicle terminal mounted or embedded in the vehicle, wherein the vehicle operation data includes emergency information corresponding to occurrence of an emergency event of the vehicle. b) providing a service by using the emergency information, c) wherein the providing comprises: providing an accident situation notification based on the emergency information.; and d) wherein the providing the accident situation notification service further comprises: e) starting (S 1104), by the server, a wait count for emergency cancellation for a vehicle terminal if the emergency information is received; f) determining (S 1104) whether it is an emergency according to whether the emergency is canceled until the wait count terminates; and g) processing (S 1105, S 1106, S 1107) a report for the emergency of the vehicle to an emergency reporting agency using the received emergency information when the emergency is not canceled until the wait count terminates.
Vault support comprising a clamping strap , a ratchet device and a support leg , wherein the clamping strap is arranged to co-operate with the ratchet device arranged to fix the clamping strap into essentially steplessly variable surround lengths around an object, for instance a pipe, which clamping strap furthermore is permanently attached to the support leg which in mounted state of the clamping strap around the object, for instance the pipe, is directed straight out from the object, for instance, essentially in radial direction out from a pipe, and that the outer end of the support leg is provided with a support foot , characterized in that the support foot is connected to the support leg via a folding joint , for instance a hinge, and in that the support foot is provided with a flat, lower contact surface .
A method performed by a first communication device , the first communication device operating in a wireless communications network , the method comprising: - determining one or more parameters for transmitting on a physical uplink control channel, PUCCH, in an unlicensed band to a second communication device , the one or more parameters comprising an indication of a duration of a Listen Before Talk, LBT, period, wherein said determining is based on a time of transmission on the PUCCH; and - transmitting on the PUCCH to the second communication device by applying the determined one or more parameters,. - wherein the determining the one or more parameters comprises the first communication device autonomously determining the one or more parameters, and wherein the determining comprises determining LBT parameters based on an estimation of a beginning and an end of a transmission opportunity, TxOP, by the first communication device. - determining one or more parameters for transmitting on a physical uplink control channel, PUCCH, in an unlicensed band to a second communication device , the one or more parameters comprising an indication of a duration of a Listen Before Talk, LBT, period, wherein said determining is based on a time of transmission on the PUCCH; and - transmitting on the PUCCH to the second communication device by applying the determined one or more parameters,. - wherein the determining the one or more parameters comprises the first communication device autonomously determining the one or more parameters, and wherein the determining comprises determining LBT parameters based on an estimation of a beginning and an end of a transmission opportunity, TxOP, by the first communication device.
A method for tensioning an endless drive member in a vehicle, wherein the vehicle includes an engine , an engine control unit and an electric motor positioned to drive the endless drive member while the engine is temporarily turned off, comprising: provisioning a tensioner including a tensioner pulley that is movable between a free arm stop position and a load stop position, and further including a tensioner actuator operable to exert an actuator force on the tensioner pulley to drive the tensioner pulley towards the free arm position; and provisioning a tensioner control system operatively connected to the tensioner actuator to control the actuator force on the tensioner pulley , wherein the engine control unit shuts off the engine temporarily at selected moments, characterized in that the tensioner control system is programmed to: determine whether or not the engine has been turned off temporarily by the engine control unit , and provide an actuator force that is lower than in a state when the engine is turned on to control the force required by the electric motor to drive the endless drive member based on the determination. provisioning a tensioner including a tensioner pulley that is movable between a free arm stop position and a load stop position, and further including a tensioner actuator operable to exert an actuator force on the tensioner pulley to drive the tensioner pulley towards the free arm position; and provisioning a tensioner control system operatively connected to the tensioner actuator to control the actuator force on the tensioner pulley , wherein the engine control unit shuts off the engine temporarily at selected moments, characterized in that the tensioner control system is programmed to: determine whether or not the engine has been turned off temporarily by the engine control unit , and provide an actuator force that is lower than in a state when the engine is turned on to control the force required by the electric motor to drive the endless drive member based on the determination. determine whether or not the engine has been turned off temporarily by the engine control unit , and provide an actuator force that is lower than in a state when the engine is turned on to control the force required by the electric motor to drive the endless drive member based on the determination.
A heterodimer protein that is composed of a first polypeptide comprising an immunoglobulin heavy chain (hereinafter, abbreviated to H chain) constant region (hereinafter, abbreviated to CH) and a second polypeptide comprising a constant region sequence (hereinafter, referred to as CL-Fc) prepared by fusion of an immunoglobulin light chain (hereinafter, abbreviated to L chain) constant region (hereinafter, abbreviated to CL) and Fc region, and also has a deletion or substitution of Cys residues involved in disulfide bonds between L chain-H chain molecules in the IgG antibody, and wherein the second polypeptide is a polypeptide having a reduced binding activity for a CH binder, wherein the CH binder is Protein A, wherein the second polypeptide is a polypeptide having a deletion or substitution of at least one amino acid residue selected from positions 253, 310, 433, 435, and 436 of the EU index numbering as in Kabat et al. (hereinafter, referred to as EU index).
Folding buckle clasp , arranged so as to be attached to two bracelet strands or to a one-piece bracelet at two points on the latter, comprising: - a first clasp element ; - a second clasp element articulated to said first element via a hinge ; - a locking system arranged so as to keep said clasp in a folded state and allow said clasp to be placed in an unfolded state in response to an action by a user; wherein said locking system comprises: a spring bar comprising a tubular body and at least one retractable stud that axially protrudes from the tubular body , said retractable stud being subjected to a return force (F) that tends to keep said retractable stud in an extended position, said bar being situated in said first clasp element ; - a cover fastened to said second clasp element and comprising at least one opening , said opening being provided in an inner face of the cover and being able to cooperate with said retractable stud , characterized in that said locking system of said clasp comprises - at least one push button mounted in said cover and arranged so as to cooperate with said retractable stud in order to cause it to extend from said opening in response to said action by the user. - a first clasp element ; - a second clasp element articulated to said first element via a hinge ; - a locking system arranged so as to keep said clasp in a folded state and allow said clasp to be placed in an unfolded state in response to an action by a user; wherein said locking system comprises: a spring bar comprising a tubular body and at least one retractable stud that axially protrudes from the tubular body , said retractable stud being subjected to a return force (F) that tends to keep said retractable stud in an extended position, said bar being situated in said first clasp element ; - a cover fastened to said second clasp element and comprising at least one opening , said opening being provided in an inner face of the cover and being able to cooperate with said retractable stud , characterized in that said locking system of said clasp comprises - at least one push button mounted in said cover and arranged so as to cooperate with said retractable stud in order to cause it to extend from said opening in response to said action by the user.
A method for handling behavior of a User Equipment, UE, in a wireless communication system supporting inter-band carrier aggregation, wherein said method comprises: receiving a first Time Division Duplex, TDD, configuration for a Primary Cell, PCell, and a second TDD configuration for a Secondary Cell, SCell, wherein the first and second TDD configurations are different; when a first sub frame in the PCell is a downlink sub frame based on the first TDD configuration and the corresponding sub frame in the SCell is an uplink sub frame based on the second TDD configuration, not allowing the UE to transmit any signal or channel on the SCell in the first sub frame, and allowing the UE to monitor a Physical Downlink Control Channel, PDCCH, on at least one of the PCell and the SCell in the first sub frame; and when a second sub frame in the PCell is an uplink sub frame based on the first TDD configuration and the corresponding sub frame in the SCell is a downlink sub frame based on the second TDD configuration, not allowing the UE to monitor any downlink PDCCH transmission on the SCell in the second sub frame, and allowing the UE to transmit a signal or channel on the PCell in the second sub frame; wherein the UE is not capable of simultaneous reception and transmission in the PCell and the SCell. receiving a first Time Division Duplex, TDD, configuration for a Primary Cell, PCell, and a second TDD configuration for a Secondary Cell, SCell, wherein the first and second TDD configurations are different; when a first sub frame in the PCell is a downlink sub frame based on the first TDD configuration and the corresponding sub frame in the SCell is an uplink sub frame based on the second TDD configuration, not allowing the UE to transmit any signal or channel on the SCell in the first sub frame, and allowing the UE to monitor a Physical Downlink Control Channel, PDCCH, on at least one of the PCell and the SCell in the first sub frame; and when a second sub frame in the PCell is an uplink sub frame based on the first TDD configuration and the corresponding sub frame in the SCell is a downlink sub frame based on the second TDD configuration, not allowing the UE to monitor any downlink PDCCH transmission on the SCell in the second sub frame, and allowing the UE to transmit a signal or channel on the PCell in the second sub frame; wherein the UE is not capable of simultaneous reception and transmission in the PCell and the SCell.
A screw anchor assembly used in pedicle screw fixation, the screw anchor assembly comprising: a screw having screw threads defined on a circumferential surface; a screw anchor having a first end and a second end; an accommodating part defined by anchor screw threads on an inner surface of the screw anchor and having one end to receive the screw ; a locking step extending in a radial direction from the first end of the screw anchor ; and an expanding member adapted to be inserted into the accommodating part for flexibly expanding the accommodating part , wherein the accommodating part is adapted to flexibly expand when the screw is screw-coupled to the screw anchor after the expanding member has been removed. a screw having screw threads defined on a circumferential surface; a screw anchor having a first end and a second end; an accommodating part defined by anchor screw threads on an inner surface of the screw anchor and having one end to receive the screw ; a locking step extending in a radial direction from the first end of the screw anchor ; and an expanding member adapted to be inserted into the accommodating part for flexibly expanding the accommodating part ,
A method for protecting edible matter from decay, comprising contacting edible matter or a substrate thereof with a composition comprising: water at least one of: (a) phosphonic acid (HP(O)(OH) 2 ), (b) a salt of phosphonic acid, or a mixture of phosphonic acid and a salt thereof, and (c) phosphoric acid, a carboxylic acid which is not performic acid or a performic acid source, a surfactant, at least one of a performic acid source and an oxidizer which can oxidize said performic acid source to performic acid, and performic acid for a time and in an amount and/or at concentration sufficient to protect said edible matter from said decay, wherein the composition is such that, at a concentration of 20 ppm performic acid and a contact time of one minute at room temperature, the composition achieves a 10000-fold (4 log) reduction in the cfu of a pathogen grown on a designed growth medium, wherein the pathogen is at least one of the pathogens in the group consisting of Escherichia coli (ATCC 8739), Staphylococcus aureus (ATCC 6538), Pseudomonas aeruginosa (ATCC 9027), Enterococcus hirae (ATCC 10541), Candida albicans (ATCC 10231), Aspergillus niger (ATCC 16404), Listeria monocytogenes (ATCC 19115) and Penicillium w.t. (wild type). water at least one of: (a) phosphonic acid (HP(O)(OH) 2 ), (b) a salt of phosphonic acid, or a mixture of phosphonic acid and a salt thereof, and (c) phosphoric acid, a carboxylic acid which is not performic acid or a performic acid source, a surfactant, at least one of a performic acid source and an oxidizer which can oxidize said performic acid source to performic acid, and performic acid for a time and in an amount and/or at concentration sufficient to protect said edible matter from said decay, wherein the composition is such that, at a concentration of 20 ppm performic acid and a contact time of one minute at room temperature, the composition achieves a 10000-fold (4 log) reduction in the cfu of a pathogen grown on a designed growth medium, wherein the pathogen is at least one of the pathogens in the group consisting of Escherichia coli (ATCC 8739), Staphylococcus aureus (ATCC 6538), Pseudomonas aeruginosa (ATCC 9027), Enterococcus hirae (ATCC 10541), Candida albicans (ATCC 10231), Aspergillus niger (ATCC 16404), Listeria monocytogenes (ATCC 19115) and Penicillium w.t. (wild type). for a time and in an amount and/or at concentration sufficient to protect said edible matter from said decay, wherein the composition is such that, at a concentration of 20 ppm performic acid and a contact time of one minute at room temperature, the composition achieves a 10000-fold (4 log) reduction in the cfu of a pathogen grown on a designed growth medium, wherein the pathogen is at least one of the pathogens in the group consisting of Escherichia coli (ATCC 8739), Staphylococcus aureus (ATCC 6538), Pseudomonas aeruginosa (ATCC 9027), Enterococcus hirae (ATCC 10541), Candida albicans (ATCC 10231), Aspergillus niger (ATCC 16404), Listeria monocytogenes (ATCC 19115) and Penicillium w.t. (wild type).
Sliding element for a mounting and latching mechanism for securing a device , in particular an electric device, on a rail , wherein the mounting and latching mechanism is attached to a device rear wall and has at least one upper, immobile catch and at least one lower, mobile catch , wherein the at least one mobile catch is attached to the sliding element , wherein the sliding element comprises a locking element made from metal with at least one mobile catch , which further has at least one elongated hole , and that the sliding element further comprises a spring element made from an elastic material for a translational movement (F) of the locking element relative to the device rear wall , characterised in that the spring element is fitted into the locking element in a form-fit manner so that a flange bushing , integrated in a web of the spring element , for securing the sliding element to the device rear wall comes to rest in the elongated hole of the locking element .