mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a network access control system having a server , a mobile device , and a lock device , the method comprising: assigning a registered user account a first key; assigning the lock device an encryption key; encrypting, by the server , at least a first identifier related to the registered user account using the first key to generate an encrypted application token; communicating, by the server , the encrypted application token from the server to the mobile device ; receiving, by the lock device , the encrypted application token and a second identifier from the mobile device , the second identifier being related to the registered user account; encrypting, by the lock device and using the assigned encryption key, the encrypted application token and the second identifier to generate lock encrypted data; communicating, by the lock device , the lock encrypted data from the lock device to the mobile device ; receiving, by the server , the lock encrypted data from the mobile device ; decrypting, by the server , the lock encrypted data using the assigned encryption key to extract the second identifier; decrypting, by the server and using the first key, the encrypted application token from the decrypted lock encrypted data to extract the first identifier; and comparing, by the server , the extracted first and second identifiers to verify that the second identifier is related to the first identifier for continued secure communication with the mobile device . assigning a registered user account a first key; assigning the lock device an encryption key; encrypting, by the server , at least a first identifier related to the registered user account using the first key to generate an encrypted application token; communicating, by the server , the encrypted application token from the server to the mobile device ; receiving, by the lock device , the encrypted application token and a second identifier from the mobile device , the second identifier being related to the registered user account; encrypting, by the lock device and using the assigned encryption key, the encrypted application token and the second identifier to generate lock encrypted data; communicating, by the lock device , the lock encrypted data from the lock device to the mobile device ; receiving, by the server , the lock encrypted data from the mobile device ; decrypting, by the server , the lock encrypted data using the assigned encryption key to extract the second identifier; decrypting, by the server and using the first key, the encrypted application token from the decrypted lock encrypted data to extract the first identifier; and comparing, by the server , the extracted first and second identifiers to verify that the second identifier is related to the first identifier for continued secure communication with the mobile device .
Vane compressor comprising: a stator having an axis (A) and provided with at least one intake port and at least one delivery port , a rotor housed in the stator and having an axis (B) parallel to the axis (A) of the stator , the rotor being provided with a body internally tangent to a side wall of the stator and with a plurality of vanes sliding in respective seats formed in the body of the rotor and pushed in a centrifugal direction so as to sealingly cooperate with the side wall of the stator , the vanes delimiting in pairs with one another a plurality of compartments having different volumes; a lubrication system comprising at least one solid jet nozzle arranged in the side wall of the stator to direct the solid jet towards the rotor , characterised by comprising at least one axial spray nozzle in combination with said at least one solid jet nozzle , said axial spray nozzle being configured to inject a spray jet into the compartments in an axial direction with respect to the stator and to the rotor . a stator having an axis (A) and provided with at least one intake port and at least one delivery port , a rotor housed in the stator and having an axis (B) parallel to the axis (A) of the stator , the rotor being provided with a body internally tangent to a side wall of the stator and with a plurality of vanes sliding in respective seats formed in the body of the rotor and pushed in a centrifugal direction so as to sealingly cooperate with the side wall of the stator , the vanes delimiting in pairs with one another a plurality of compartments having different volumes; a lubrication system comprising at least one solid jet nozzle arranged in the side wall of the stator to direct the solid jet towards the rotor , characterised by comprising at least one axial spray nozzle in combination with said at least one solid jet nozzle , said axial spray nozzle being configured to inject a spray jet into the compartments in an axial direction with respect to the stator and to the rotor .
An endoluminal device comprising a stent , the endoluminal device having a proximal end region, a distal end region , and a medial region extending therebetween; the distal end region of the endoluminal device being more flexible than the medial region ; wherein the distal end region of the endoluminal device comprises a plurality of loops formed from at least one wire , wherein the wire includes straight portions extending in a generally axial direction to form the loops , characterised in that each loop overlaps two adjacent loops .
A Salmonella microorganism, wherein said microorganism comprises a loss of function mutation in the dam gene and at least one further loss of function mutation in a gene selected from the group consisting of: sifA, spvB and mgtC.
A spun-dyed meta-type wholly aromatic polyamide fiber, wherein the residual solvent content is 0.1% by mass or less based on the whole mass of the fiber; wherein said spun-dyed meta-type wholly aromatic polyamide fiber comprises a pigment, and wherein the residual solvent content is determined using the gas chromatographic method referred to in the description.
A nanoparticle synthesis device comprising: a reaction chamber ; a source gas injection unit provided at one side of the reaction chamber and configured to supply a source gas (G) into the reaction chamber ; a laser beam incident unit provided at the other side of the reaction chamber and configured to allow laser beams (LB) to be incident on the source gas (G) injected into the reaction chamber ; and a laser beam collision unit provided at a side opposite to the side at which the laser beams (LB) are incident in the reaction chamber and configured to allow the laser beams (LB) from the laser beam incident unit to collide, wherein the nanoparticle synthesis device is configured such that the source gas (G) flows in the reaction chamber in the direction in which the laser beams (LB) are incident. a reaction chamber ; a source gas injection unit provided at one side of the reaction chamber and configured to supply a source gas (G) into the reaction chamber ; a laser beam incident unit provided at the other side of the reaction chamber and configured to allow laser beams (LB) to be incident on the source gas (G) injected into the reaction chamber ; and a laser beam collision unit provided at a side opposite to the side at which the laser beams (LB) are incident in the reaction chamber and configured to allow the laser beams (LB) from the laser beam incident unit to collide, wherein the nanoparticle synthesis device is configured such that the source gas (G) flows in the reaction chamber in the direction in which the laser beams (LB) are incident.
An ink set for resin films that includes a combination of: an aqueous primer composition containing an acrylic resin and/or vinyl acetate resin, and a calcium salt; and an aqueous white inkjet ink composition containing a polyester polyurethane resin emulsion with a rate of elongation of 500 to 1500% by 0.1 to 10.0 percent by mass in solids content in the aqueous white inkjet ink composition, a wax emulsion, and a titanium oxide. an aqueous primer composition containing an acrylic resin and/or vinyl acetate resin, and a calcium salt; and an aqueous white inkjet ink composition containing a polyester polyurethane resin emulsion with a rate of elongation of 500 to 1500% by 0.1 to 10.0 percent by mass in solids content in the aqueous white inkjet ink composition, a wax emulsion, and a titanium oxide.
Electrohydraulic thermostat system for a filter device , comprising a main valve and a pilot valve , wherein the main valve comprises a valve body which is arranged in a receiving section of a housing , wherein the valve body subdivides the receiving section into a fluid distribution chamber , which receives a pressurized working fluid through a pressure line and is configured to distribute the working fluid to an inflow line of a component for changing a temperature of the working fluid and/or to a bypass line for bypassing the component , and a control chamber , wherein the pilot valve is configured to cause a pressure difference between the fluid distribution chamber and the control chamber as a function of the temperature of the working fluid so that the valve body in the receiving section is movable due to the pressure difference of the working fluid , wherein a movement of the valve body causes the inflow line and/or the bypass line to selectively at least partially open and/or close, wherein the valve body comprises a divider plate which subdivides the receiving section into the fluid distribution chamber and the control chamber , and characterized in that the divider plate has a predetermined radial clearance against the receiving section , wherein the predetermined radial clearance creates a controlled leakage gap for pressure equalization between the fluid distribution chamber and the control chamber . wherein the valve body comprises a divider plate which subdivides the receiving section into the fluid distribution chamber and the control chamber , and characterized in that the divider plate has a predetermined radial clearance against the receiving section , wherein the predetermined radial clearance creates a controlled leakage gap for pressure equalization between the fluid distribution chamber and the control chamber .
Concealed box of the electrical installation of buildings, in particular concealed distribution box, having a box base , side walls (2-5) and a separate assembly , wherein the separate assembly forms at least one part of one of the side walls and is able to be connected in a releasable manner to the rest of the concealed box by way of a displacement parallel to the part of the side wall , wherein devices for producing an electrical terminal connection to an installation unit on the separate assembly , said installation unit being able to be mounted in the concealed box, are arranged in a corner region formed by the box base and at least one of the side walls (2-5), wherein the devices comprise a terminal strip , which extends along the relevant edge of the box base and which has a plurality of mains current plug sockets as terminal elements .
A method for manufacturing an oxidized fiber bundle, the method comprising: joining an upstream precursor fiber bundle and a downstream precursor fiber bundle together with a joining fiber bundle; and oxidizing the joined precursor fiber bundles by feeding the joined precursor fiber bundles through an oxidization furnace, wherein the joining includes applying an oiling agent to a joint area of a joining target precursor fiber bundle before joining the joining target precursor fiber bundle and the joining fiber bundle together, and a quantity of the oiling agent adhering to the joint area is 0.15 to 0.85 wt%. joining an upstream precursor fiber bundle and a downstream precursor fiber bundle together with a joining fiber bundle; and oxidizing the joined precursor fiber bundles by feeding the joined precursor fiber bundles through an oxidization furnace, wherein the joining includes applying an oiling agent to a joint area of a joining target precursor fiber bundle before joining the joining target precursor fiber bundle and the joining fiber bundle together, and a quantity of the oiling agent adhering to the joint area is 0.15 to 0.85 wt%.
A method of determining a gesture performed by a user, the method comprising: detecting using a camera a distortion of the user's skin surface due to a gesture performed on the user's skin surface, wherein the camera is arranged on or attached to the user's wrist; determining a characteristic of the detected distortion; and based on the determined characteristic, determining the gesture performed on the user's skin surface . detecting using a camera a distortion of the user's skin surface due to a gesture performed on the user's skin surface, wherein the camera is arranged on or attached to the user's wrist; determining a characteristic of the detected distortion; and based on the determined characteristic, determining the gesture performed on the user's skin surface .
A concentration measurement method for measuring a concentration of impurities in a measurement target object, the concentration measurement method comprising: an irradiation step of irradiating the measurement target object with measurement light and stimulus light subjected to intensity modulation using a modulation signal including a plurality of predetermined frequencies; an outputting step of outputting detection signals by detecting an intensity of reflected light from the measurement target object or transmitted light through the measurement target object; and an estimation step of detecting a plurality of phase delays of the detection signals having the plurality of frequencies with respect to the modulation signal, obtaining a frequency at which the phase delay has a predetermined value on the basis of the plurality of phase delays for the plurality of respective predetermined frequencies, and estimating a concentration of impurities in the measurement target object on the basis of the obtained frequency. an irradiation step of irradiating the measurement target object with measurement light and stimulus light subjected to intensity modulation using a modulation signal including a plurality of predetermined frequencies; an outputting step of outputting detection signals by detecting an intensity of reflected light from the measurement target object or transmitted light through the measurement target object; and an estimation step of detecting a plurality of phase delays of the detection signals having the plurality of frequencies with respect to the modulation signal, obtaining a frequency at which the phase delay has a predetermined value on the basis of the plurality of phase delays for the plurality of respective predetermined frequencies, and estimating a concentration of impurities in the measurement target object on the basis of the obtained frequency.
A PNA oligomer, wherein the PNA oligomer has the general formula: wherein: G is a charged moiety, or a moiety capable of carrying a charge at a predetermined pH; NB is a nucleobase; and l ≥ 1 ; m ≥ 1 ; n ≥ 0 . G is a charged moiety, or a moiety capable of carrying a charge at a predetermined pH; NB is a nucleobase; and l ≥ 1 ; m ≥ 1 ; n ≥ 0 .
A work vehicle comprising: an engine ; a hydrostatic transmission including a traveling pump driven by the engine , a hydraulic circuit including a first drive circuit and a second drive circuit , the hydraulic circuit connected to the traveling pump , and a traveling motor connected to the traveling pump via the hydraulic circuit , a closed circuit being formed by the traveling pump , the first drive circuit , the second drive circuit, and the traveling motor ; a storage device storing leakage flow rate data defining a relationship between a differential pressure of hydraulic fluid between the first drive circuit and the second drive circuit and a leakage flow rate of the hydraulic fluid in the hydraulic circuit in stalling; and a controller in communication with the storage device , the controller being configured to determine a target traction force of the vehicle, determine a target differential pressure that is a target value of the differential pressure from the target traction force, determine the leakage flow rate from the target differential pressure with reference to the leakage flow rate data, and determine a target flow rate of the traveling pump from the leakage flow rate; an engine ; a hydrostatic transmission including a traveling pump driven by the engine , a hydraulic circuit including a first drive circuit and a second drive circuit , the hydraulic circuit connected to the traveling pump , and a traveling motor connected to the traveling pump via the hydraulic circuit , a closed circuit being formed by the traveling pump , the first drive circuit , the second drive circuit, and the traveling motor ; a storage device storing leakage flow rate data defining a relationship between a differential pressure of hydraulic fluid between the first drive circuit and the second drive circuit and a leakage flow rate of the hydraulic fluid in the hydraulic circuit in stalling; and a controller in communication with the storage device , the controller being configured to determine a target traction force of the vehicle, determine a target differential pressure that is a target value of the differential pressure from the target traction force, determine the leakage flow rate from the target differential pressure with reference to the leakage flow rate data, and determine a target flow rate of the traveling pump from the leakage flow rate; determine a target traction force of the vehicle, determine a target differential pressure that is a target value of the differential pressure from the target traction force, determine the leakage flow rate from the target differential pressure with reference to the leakage flow rate data, and determine a target flow rate of the traveling pump from the leakage flow rate;
Air vent for vehicle interiors - with a primary lamella and with secondary lamellae which are each pivotable about an axis, wherein secondary lamellae follow the primary lamella in its opening movement and can adopt different angles to the primary lamella in order to generate a diffuse air flow, - with an open region which is defined by a number of lamellae with intermediate outflow gaps , wherein air enters into the vehicle interior through the outflow gaps , - with at least one actuation element by means of which the alignment of the lamellae is changeable, - any desired lamella can be selected as the primary lamella , which the secondary lamellae follow in their opening movement, characterised in that - the secondary lamellae arranged on both sides adjacent to the primary lamella are aligned opposite one another, wherein a larger angle is enclosed between the primary lamella and respective secondary lamella with increasing distance, until adjacent secondary lamellae contact one another, - secondary lamellae contacting one another define a closed region without an outflow gap. - with a primary lamella and with secondary lamellae which are each pivotable about an axis, wherein secondary lamellae follow the primary lamella in its opening movement and can adopt different angles to the primary lamella in order to generate a diffuse air flow, - with an open region which is defined by a number of lamellae with intermediate outflow gaps , wherein air enters into the vehicle interior through the outflow gaps , - with at least one actuation element by means of which the alignment of the lamellae is changeable, - any desired lamella can be selected as the primary lamella , which the secondary lamellae follow in their opening movement, characterised in that - the secondary lamellae arranged on both sides adjacent to the primary lamella are aligned opposite one another, wherein a larger angle is enclosed between the primary lamella and respective secondary lamella with increasing distance, until adjacent secondary lamellae contact one another, - secondary lamellae contacting one another define a closed region without an outflow gap.
A ceiling-embedded air conditioner including: a box-type body unit including a blower and a heat exchanger inside and adapted to be disposed in an attic (T2) of an air-conditioning room (R); and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioning room (R), the decorative panel including an air suction part and an air blowing part , wherein the air blowing part includes a rotating unit that rotates around an axis that is normal to a virtual plane on a rear surface side of the decorative panel parallel to a bottom surface of the body unit to blow air from the blower in a predetermined direction, and the rotating unit includes a rotating ring , driven by a motor, attached thereto, the decorative panel includes a partitioning plate unit disposed on a rear surface thereof, characterized in that the partitioning plate includes a circular opening in which the rotating ring is fitted, the rotating ring includes an outer flange formed on an outer peripheral side of the rotating ring , and an inner flange is formed on an inner peripheral side of the opening , the outer flange and the inner flange constitute a thrust bearing, and a sealing material is provided between the inner flange and the outer flange . a box-type body unit including a blower and a heat exchanger inside and adapted to be disposed in an attic (T2) of an air-conditioning room (R); and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioning room (R), the decorative panel including an air suction part and an air blowing part , wherein the air blowing part includes a rotating unit that rotates around an axis that is normal to a virtual plane on a rear surface side of the decorative panel parallel to a bottom surface of the body unit to blow air from the blower in a predetermined direction, and the rotating unit includes a rotating ring , driven by a motor, attached thereto, the decorative panel includes a partitioning plate unit disposed on a rear surface thereof, characterized in that the partitioning plate includes a circular opening in which the rotating ring is fitted, the rotating ring includes an outer flange formed on an outer peripheral side of the rotating ring , and an inner flange is formed on an inner peripheral side of the opening , the outer flange and the inner flange constitute a thrust bearing, and a sealing material is provided between the inner flange and the outer flange .