mhurhangee/patent-ind-claim-en huggingface dataset:
Stand for personalizing mattresses consisting of at least one layer , said stand having a storage location comprising a plurality of layers which are each equipped with a hanger , said layers being attached to an upper structure by means of their respective hanger by being suspended side by side in a vertical position in said storage location, said stand further having a test location wherein a bed base is disposed to receive at least one layer previously selected from the stored layers , said stand being characterised in that the bed base is mounted in the test location between a vertical position for selecting the layers and a horizontal position for testing the mattress consisting of the superimposition of the selected layers , said bed base being equipped with at least one slide which, in the vertical position of said bed base, is disposed facing the upper structure , the hangers being arranged to allow displacing the selected layers in vertical suspension from said upper structure to said slide then sliding said selected layers along said slide to superimpose them in vertical suspension on the bed base in the vertical position, said slide being secured to the bed base so as to jointly and reversibly drive the superimposed layers and said bed base between its vertical selection and horizontal test positions.
A method for running a smart contract, wherein the method is applied to a distributed network, and comprises: receiving, by a processing node in the distributed network, a transaction sent by a consensus service node, wherein the transaction comprises a plurality of running results generated in an endorsement process of the smart contract; checking, by the processing node, whether the plurality of running results received from the consensus service node meet a verification policy, wherein the checking comprises checking version numbers and data that are in the plurality of running results received from the consensus service node and that are generated by a program other than a restrictive condition in the smart contract, wherein the restrictive condition indicates a condition to be met by ledger data in the distributed network when the smart contract is run; when the plurality of running results received from the consensus service node meet the verification policy, identifying, by the processing node, the restrictive condition in the smart contract, and determining whether local ledger data meets the restrictive condition; and when the local ledger data meets the restrictive condition, accepting, by the processing node, the transaction. receiving, by a processing node in the distributed network, a transaction sent by a consensus service node, wherein the transaction comprises a plurality of running results generated in an endorsement process of the smart contract; checking, by the processing node, whether the plurality of running results received from the consensus service node meet a verification policy, wherein the checking comprises checking version numbers and data that are in the plurality of running results received from the consensus service node and that are generated by a program other than a restrictive condition in the smart contract, wherein the restrictive condition indicates a condition to be met by ledger data in the distributed network when the smart contract is run; when the plurality of running results received from the consensus service node meet the verification policy, identifying, by the processing node, the restrictive condition in the smart contract, and determining whether local ledger data meets the restrictive condition; and when the local ledger data meets the restrictive condition, accepting, by the processing node, the transaction.
A method performed by a mobile device , said method comprising: - receiving GNSS reference data representing a plurality of GNSS signals (105-108) observed by a reference receiver at a reference position which is known - receiving GNSS navigation data; - determining , at least partially based on said GNSS reference data and said GNSS navigation data, a position estimate of said reference position; - determining , at least partially based on said reference position and said position estimate of said reference position, whether or not said GNSS navigation data are potentially manipulated. - receiving GNSS reference data representing a plurality of GNSS signals (105-108) observed by a reference receiver at a reference position which is known - receiving GNSS navigation data; - determining , at least partially based on said GNSS reference data and said GNSS navigation data, a position estimate of said reference position; - determining , at least partially based on said reference position and said position estimate of said reference position, whether or not said GNSS navigation data are potentially manipulated.
An electronic device comprising: a housing ; and a processor disposed inside the housing , wherein the housing comprises: a metal member comprising a metal including an electro chemical machined first convex and concave pattern formed into a surface of the metal member , and an oxide coating layer exposed to an outside of the housing and disposed on the surface of the first convex and concave pattern of the metal with a shape corresponding to the shape of the first convex and concave pattern , and wherein the first convex and concave pattern has at least a portion formed at a substantially uniform pitch and a substantially uniform height. a housing ; and a processor disposed inside the housing , wherein the housing comprises: a metal member comprising a metal including an electro chemical machined first convex and concave pattern formed into a surface of the metal member , and an oxide coating layer exposed to an outside of the housing and disposed on the surface of the first convex and concave pattern of the metal with a shape corresponding to the shape of the first convex and concave pattern , and wherein the first convex and concave pattern has at least a portion formed at a substantially uniform pitch and a substantially uniform height. a metal member comprising a metal including an electro chemical machined first convex and concave pattern formed into a surface of the metal member , and an oxide coating layer exposed to an outside of the housing and disposed on the surface of the first convex and concave pattern of the metal with a shape corresponding to the shape of the first convex and concave pattern , and wherein the first convex and concave pattern has at least a portion formed at a substantially uniform pitch and a substantially uniform height.
A wound dressing for treating a wound on a patient, the wound dressing comprising: an absorbent layer having a first side and a second, patient-facing side , the absorbent layer in fluid communication with the wound and operable to receive body fluids from the wound; a covering having at least a portion formed from a liquid-impermeable, vapor-permeable material , the covering for covering the absorbent layer and the wound, the liquid-impermeable, vapor-permeable material operable to allow water from the body fluids from the absorbent layer to evaporate and exit the liquid-impermeable, vapor-permeable material; and a first wicking layer proximate to the second, patient-facing side of the absorbent layer; and a second wicking layer proximate to the first side of the absorbent layer and to the liquid-impermeable, vapor-permeable material. an absorbent layer having a first side and a second, patient-facing side , the absorbent layer in fluid communication with the wound and operable to receive body fluids from the wound; a covering having at least a portion formed from a liquid-impermeable, vapor-permeable material , the covering for covering the absorbent layer and the wound, the liquid-impermeable, vapor-permeable material operable to allow water from the body fluids from the absorbent layer to evaporate and exit the liquid-impermeable, vapor-permeable material; and a first wicking layer proximate to the second, patient-facing side of the absorbent layer; and a second wicking layer proximate to the first side of the absorbent layer and to the liquid-impermeable, vapor-permeable material.
An assembly comprising: - a spraying device , comprising a spray nozzle for spraying a coating product on a part , and - an alarm system, designed to send an alarm system to a user equipped with the spraying device when the spraying distance (d1, d2) is below a minimum value or above a maximum value and/or when a perpendicularity defect exists between a spraying axis (X2) of the device and a surface to be coated (S3') positioned across from the spraying device, the alarm system comprising at least one means for measuring a spraying distance (d1, d2) with the surface to be coated (S3') positioned across from the spraying device and/or means for detecting a perpendicularity defect between the spraying axis (X2) and the surface to be coated (S3') wherein the spraying device is configured for spraying only when the spraying distance (d1, d2) is comprised between the minimum value and the maximum value et/or only when the angle between the spraying axis (X2) of the device and the surface to be coated (S3') facing the spraying device is comprised between a minimum value and a maximum value, and characterized in that the spraying device is configured for spraying only when the user exerts a particular action on the device, which is different from pressing a trigger. - a spraying device , comprising a spray nozzle for spraying a coating product on a part , and - an alarm system, designed to send an alarm system to a user equipped with the spraying device when the spraying distance (d1, d2) is below a minimum value or above a maximum value and/or when a perpendicularity defect exists between a spraying axis (X2) of the device and a surface to be coated (S3') positioned across from the spraying device, the alarm system comprising at least one means for measuring a spraying distance (d1, d2) with the surface to be coated (S3') positioned across from the spraying device and/or means for detecting a perpendicularity defect between the spraying axis (X2) and the surface to be coated (S3')
Tire changing device intended to be coupled to a vehicle characterized in that it comprises a pneumo-hydraulic pump , where the pneumo-hydraulic pump is configured to carry out the actuation of the tire changing device through a flow of hydraulic oil and where the pneumo-hydraulic pump is actuated only by means of compressed air .
A vascular access device, comprising: a body means for selective coupling to a vascular system of a patient and to at least one additional medical device and having a passage extending therethrough; a septum at least partially disposed in the body , the septum including a slit for selectively and at least substantially sealing the passage through the body , characterized in that the septum comprises a first material; and a means for discouraging tearing of the septum , wherein the means for discouraging tearing comprises a second material, wherein the second material is an elastic material disposed completely around the slit . a body means for selective coupling to a vascular system of a patient and to at least one additional medical device and having a passage extending therethrough; a septum at least partially disposed in the body , the septum including a slit for selectively and at least substantially sealing the passage through the body , characterized in that the septum comprises a first material; and a means for discouraging tearing of the septum , wherein the means for discouraging tearing comprises a second material, wherein the second material is an elastic material disposed completely around the slit .
An airfoil , comprising: a suction sidewall and a pressure sidewall , each sidewall extending spanwise from an airfoil base and extending chordwise between a leading edge and a trailing edge ; a tip wall (466; 666) extending chordwise from said leading edge to said trailing edge and joining respective outer spanwise ends of said suction and pressure sidewalls ; a tip leakage control vane (471; 671) formed with an outer surface of said tip wall (466; 666); and a winglet (401; 601) formed at a junction between said suction sidewall and said tip leakage control vane (471; 671); characterised in that : said winglet (401; 601) is localized at said tip leakage control vane (471; 671). a suction sidewall and a pressure sidewall , each sidewall extending spanwise from an airfoil base and extending chordwise between a leading edge and a trailing edge ; a tip wall (466; 666) extending chordwise from said leading edge to said trailing edge and joining respective outer spanwise ends of said suction and pressure sidewalls ; a tip leakage control vane (471; 671) formed with an outer surface of said tip wall (466; 666); and a winglet (401; 601) formed at a junction between said suction sidewall and said tip leakage control vane (471; 671); characterised in that : said winglet (401; 601) is localized at said tip leakage control vane (471; 671).
An adjustment device for a headrest , comprising - a frame , - a tilt adjustment device with which the inclination of the headrest can be adjusted, with the tilt adjustment device comprising at least one support element for securing the headrest , - a height adjustment device comprising at least one tube , wherein the support element for securing the headrest is supported so as to be swivelable about a swivel axis at an end portion of the tube , and the tubes is slidably guided in the frame , thus enabling the headrest to be height-adjustable relative to the frame , and - at least one drive means (8; 17, 18) that is connected to the height adjustment device and is operatively connected to the tube for the purpose of displacing same, characterized in that the tilt adjustment device comprises a rod that is guided inside the tube and coupled at one of its ends with the support element , with a displacement of the rod relative to the tube causing the support element to swivel about the swivel axis , thereby effecting an adjustment of the inclination of the headrest . - a frame , - a tilt adjustment device with which the inclination of the headrest can be adjusted, with the tilt adjustment device comprising at least one support element for securing the headrest , - a height adjustment device comprising at least one tube , wherein the support element for securing the headrest is supported so as to be swivelable about a swivel axis at an end portion of the tube , and the tubes is slidably guided in the frame , thus enabling the headrest to be height-adjustable relative to the frame , and - at least one drive means (8; 17, 18) that is connected to the height adjustment device and is operatively connected to the tube for the purpose of displacing same,
A landing gear system for an aircraft , the landing gear system comprising: a landing gear that is movable between an extended position and a retracted position, the landing gear comprising an extendible strut ; a position sensor configured to detect a position of a part of the extendible strut and output a signal indicative of the position; and a landing gear controller that is communicably connected to the position sensor and is configured, in use, to: receive the signal from the position sensor; and, on the basis of the signal and at least one further criterion, determine that the strut has extended and the landing gear is in contact with the ground and automatically cause performance of at least a portion of a procedure to move the landing gear from the extended position to the retracted position, wherein the at least one further criterion comprises the signal having been received at the landing gear controller for greater than a predetermined time period. a landing gear that is movable between an extended position and a retracted position, the landing gear comprising an extendible strut ; a position sensor configured to detect a position of a part of the extendible strut and output a signal indicative of the position; and a landing gear controller that is communicably connected to the position sensor and is configured, in use, to: receive the signal from the position sensor; and, on the basis of the signal and at least one further criterion, determine that the strut has extended and the landing gear is in contact with the ground and automatically cause performance of at least a portion of a procedure to move the landing gear from the extended position to the retracted position, wherein the at least one further criterion comprises the signal having been received at the landing gear controller for greater than a predetermined time period. receive the signal from the position sensor; and, on the basis of the signal and at least one further criterion, determine that the strut has extended and the landing gear is in contact with the ground and automatically cause performance of at least a portion of a procedure to move the landing gear from the extended position to the retracted position, wherein the at least one further criterion comprises the signal having been received at the landing gear controller for greater than a predetermined time period.
An apparatus for wireless communication in a mesh network, comprising: (a) a wireless communication circuit configured for wirelessly communicating with other wireless communication stations utilizing directional millimeter-wave, mmW, communications having a plurality of antenna pattern sectors each having different transmission directions; (b) a processor coupled to said wireless communication circuit within a station configured for operating on the mesh network; (c) a non-transitory memory storing instructions executable by the processor; and (d) wherein said instructions, when executed by the processor, perform steps comprising: (i) operating said station as a peer station on said mesh network for determining information about neighboring peer stations on the mesh network; (ii) forming nodes into a mesh network without network-wide synchronization and forming active links between potential neighbors as needed based on a list of available neighboring nodes; and (iii) establishing synchronization and active links once a data transmission session is triggered and initiated by the route setup procedure. (a) a wireless communication circuit configured for wirelessly communicating with other wireless communication stations utilizing directional millimeter-wave, mmW, communications having a plurality of antenna pattern sectors each having different transmission directions; (b) a processor coupled to said wireless communication circuit within a station configured for operating on the mesh network; (c) a non-transitory memory storing instructions executable by the processor; and (d) wherein said instructions, when executed by the processor, perform steps comprising: (i) operating said station as a peer station on said mesh network for determining information about neighboring peer stations on the mesh network; (ii) forming nodes into a mesh network without network-wide synchronization and forming active links between potential neighbors as needed based on a list of available neighboring nodes; and (iii) establishing synchronization and active links once a data transmission session is triggered and initiated by the route setup procedure. (i) operating said station as a peer station on said mesh network for determining information about neighboring peer stations on the mesh network; (ii) forming nodes into a mesh network without network-wide synchronization and forming active links between potential neighbors as needed based on a list of available neighboring nodes; and (iii) establishing synchronization and active links once a data transmission session is triggered and initiated by the route setup procedure.
A cable assembly (A1, A1', A1", A1''', A2, A3, A3') comprising: a first connecting member having electrical conductivity; a cable ; an electroconductive plate ; and a shield case , wherein the cable includes: an outer insulator , a shield conductor disposed inside the outer insulator , and at least one first wire inside the shield conductor , the at least one first wire being a signal wire, the first wire includes a protruding portion (Pa), the protruding portion (Pa) protrudes substantially in a first direction (Y-Y') from the shield conductor and the outer insulator , and a core wire of the protruding portion (Pa) is connected to the first connecting member , the first direction (Y-Y') being a longitudinal direction of the cable , wherein the shield case houses the protruding portion (Pa) of the first wire , the electroconductive plate , and a connection point at which the core wire of the protruding portion (Pa) is connected to the first connecting member , characterized in that the electroconductive plate is wound around at least a part in the first direction (Y-Y') of the protruding portion (Pa), and the shield case is separate from the electroconductive plate a first connecting member having electrical conductivity; a cable ; an electroconductive plate ; and a shield case , wherein the cable includes: an outer insulator , a shield conductor disposed inside the outer insulator , and at least one first wire inside the shield conductor , the at least one first wire being a signal wire, an outer insulator , a shield conductor disposed inside the outer insulator , and at least one first wire inside the shield conductor , the at least one first wire being a signal wire, the first wire includes a protruding portion (Pa), the protruding portion (Pa) protrudes substantially in a first direction (Y-Y') from the shield conductor and the outer insulator , and a core wire of the protruding portion (Pa) is connected to the first connecting member , the first direction (Y-Y') being a longitudinal direction of the cable , wherein the shield case houses the protruding portion (Pa) of the first wire , the electroconductive plate , and a connection point at which the core wire of the protruding portion (Pa) is connected to the first connecting member , characterized in that the electroconductive plate is wound around at least a part in the first direction (Y-Y') of the protruding portion (Pa), and the shield case is separate from the electroconductive plate