mhurhangee/ep-ind-claims huggingface dataset:
An accumulator comprising: an accumulator housing; a flexible diaphragm provided inside the accumulator housing in such a manner as to divide an inside of the accumulator housing; and a stress relaxing member provided inside the accumulator housing and regulating a deformed attitude of the diaphragm deformed by a pressure fluctuation inside the accumulator housing by contact of the diaphragm with the stress relaxing member, wherein the stress relaxing member is provided with a contact surface which the diaphragm separably contacts, and the contact surface has an inclined surface in which an inner diameter dimension gradually reduces along the whole contact surface as the inclined surface is away from the diaphragm in an axial direction, characterized in that the inclined surface is formed to have a convex arc-shaped cross-section along the whole contact surface. an accumulator housing; a flexible diaphragm provided inside the accumulator housing in such a manner as to divide an inside of the accumulator housing; and a stress relaxing member provided inside the accumulator housing and regulating a deformed attitude of the diaphragm deformed by a pressure fluctuation inside the accumulator housing by contact of the diaphragm with the stress relaxing member, wherein the stress relaxing member is provided with a contact surface which the diaphragm separably contacts, and the contact surface has an inclined surface in which an inner diameter dimension gradually reduces along the whole contact surface as the inclined surface is away from the diaphragm in an axial direction, characterized in that the inclined surface is formed to have a convex arc-shaped cross-section along the whole contact surface.
A cab support structure of a construction machine comprising: a mount device to be provided on a vehicle body frame; and a connecting mechanism that is configured to connect a cab provided above the vehicle body frame via the mount device to the vehicle body frame to be rotatable between a seated position and a tilt position, wherein the connecting mechanism includes a connecting shaft that is connected to the mount device and extends in a horizontal direction in a state where the construction machine is disposed on a horizontal plane, a displacement allowing member (60A, 60B) configured to be connected to the vehicle body frame, and an interlocking member that is configured to be connected to the cab and is rotatable in interlock with rotation of the cab, characterised in that, the displacement allowing member (60A, 60B) has a displacement allowing hole that allows displacement of the connecting shaft in a vertical direction and allows rotation of the connecting shaft between the seated position and the tilt position, and wherein the interlocking member has a displacement allowing portion that allows displacement of the connecting shaft in the vertical direction at the seated position, and a displacement restricting portion that restricts downward displacement of the connecting shaft at the tilt position. a mount device to be provided on a vehicle body frame; and a connecting mechanism that is configured to connect a cab provided above the vehicle body frame via the mount device to the vehicle body frame to be rotatable between a seated position and a tilt position, wherein the connecting mechanism includes a connecting shaft that is connected to the mount device and extends in a horizontal direction in a state where the construction machine is disposed on a horizontal plane, a displacement allowing member (60A, 60B) configured to be connected to the vehicle body frame, and an interlocking member that is configured to be connected to the cab and is rotatable in interlock with rotation of the cab, characterised in that, the displacement allowing member (60A, 60B) has a displacement allowing hole that allows displacement of the connecting shaft in a vertical direction and allows rotation of the connecting shaft between the seated position and the tilt position, and wherein the interlocking member has a displacement allowing portion that allows displacement of the connecting shaft in the vertical direction at the seated position, and a displacement restricting portion that restricts downward displacement of the connecting shaft at the tilt position.
A process for the treatment of an alcohol composition comprising nitrogen-containing contaminants, the process comprising contacting the alcohol composition with an adsorbent in an adsorption zone, wherein the adsorbent is a transition metal-loaded solid porous material selected from the group consisting of aluminosilicates, silica-aluminas, silicates and aluminas.
A dynamic load estimation system for estimating a vehicle load comprising: at least one tire supporting a vehicle; acceleration sensor means for determining a vehicle lateral acceleration and a vehicle longitudinal acceleration; roll angle calculating means for determining a vehicle roll angle; roll rate calculating means for determining a vehicle roll rate; tire sensor means for measuring a static normal load; and dynamic tire load estimation means for calculating an estimated dynamic load on the tire from the measured static normal load, the vehicle roll angle, the vehicle roll rate, the vehicle lateral acceleration and the vehicle longitudinal acceleration; characterized in that the system further comprises: tire sensor means for determining a measured load transfer force on the one tire; adaptive load transfer ratio estimation means for determining an adaptive load transfer ratio estimation based on the vehicle lateral acceleration and the vehicle longitudinal acceleration; load transfer ratio generating means for determining a load transfer ratio from the measured load transfer force and the adaptive load transfer ratio estimation; and roll angle estimation means for generating a roll angle estimation based on the load transfer ratio. at least one tire supporting a vehicle; acceleration sensor means for determining a vehicle lateral acceleration and a vehicle longitudinal acceleration; roll angle calculating means for determining a vehicle roll angle; roll rate calculating means for determining a vehicle roll rate; tire sensor means for measuring a static normal load; and dynamic tire load estimation means for calculating an estimated dynamic load on the tire from the measured static normal load, the vehicle roll angle, the vehicle roll rate, the vehicle lateral acceleration and the vehicle longitudinal acceleration; characterized in that the system further comprises: tire sensor means for determining a measured load transfer force on the one tire; adaptive load transfer ratio estimation means for determining an adaptive load transfer ratio estimation based on the vehicle lateral acceleration and the vehicle longitudinal acceleration; load transfer ratio generating means for determining a load transfer ratio from the measured load transfer force and the adaptive load transfer ratio estimation; and roll angle estimation means for generating a roll angle estimation based on the load transfer ratio. tire sensor means for determining a measured load transfer force on the one tire; adaptive load transfer ratio estimation means for determining an adaptive load transfer ratio estimation based on the vehicle lateral acceleration and the vehicle longitudinal acceleration; load transfer ratio generating means for determining a load transfer ratio from the measured load transfer force and the adaptive load transfer ratio estimation; and roll angle estimation means for generating a roll angle estimation based on the load transfer ratio.
A system for interconnecting components (C1, C2) in a vehicle structure, and especially fibre-reinforced composite components in a fuselage structure of an aircraft, comprising: a first adapter member having a first mating portion configured to substantially conform with a profile of an elongate first component of the structure in more than one plane, and a first attachment portion connected to the first mating portion; a second adapter member having a second mating portion configured to substantially conform with a profile of an elongate second component of the structure in more than one plane, and a second attachment portion connected to the second mating portion; and an elongate connector member configured to be rigidly secured or fixed by fasteners to each of the first and second attachment portions (13, 23) of the first and second adapter members (10, 20) to securely interconnect the first and second attachment portions (13, 23) of the first and second adapter members (10, 20); wherein the connector member is configured to extend substantially parallel to the elongate first and second components (C1, C2) when it interconnects the first and second attachment portions (13, 23) of the first and second adapter members (10, 20). a first adapter member having a first mating portion configured to substantially conform with a profile of an elongate first component of the structure in more than one plane, and a first attachment portion connected to the first mating portion; a second adapter member having a second mating portion configured to substantially conform with a profile of an elongate second component of the structure in more than one plane, and a second attachment portion connected to the second mating portion; and an elongate connector member configured to be rigidly secured or fixed by fasteners to each of the first and second attachment portions (13, 23) of the first and second adapter members (10, 20) to securely interconnect the first and second attachment portions (13, 23) of the first and second adapter members (10, 20); wherein the connector member is configured to extend substantially parallel to the elongate first and second components (C1, C2) when it interconnects the first and second attachment portions (13, 23) of the first and second adapter members (10, 20).
Pyridine salts derivatives which are O-substituted derivatives of 3-oxymethylaminocarbonyl-1-methylpyridine with formula: where: R is the substituent selected from the group C R 1 and -(CH 2)R 2, where: R 1 is the substituent selected from a group including: lower straight-chain or branched C1-C4 alkane, adamanthyl, phenyl or trimethoxyphenyl group, lower straight-chain or branched alkane C1-C5 substituted with a COOH or COOR 3 group, where: R 3 is: lower C1-C4 alkane. R 2 is the substituent selected from the group: H, lower C1-C3 alkane. X - is: F -, Cl-, Br -, I - or other pharmaceutically acceptable counterion. R is the substituent selected from the group C R 1 and -(CH 2)R 2, where: R 1 is the substituent selected from a group including: lower straight-chain or branched C1-C4 alkane, adamanthyl, phenyl or trimethoxyphenyl group, lower straight-chain or branched alkane C1-C5 substituted with a COOH or COOR 3 group, where: R 3 is: lower C1-C4 alkane. R 2 is the substituent selected from the group: H, lower C1-C3 alkane. R 1 is the substituent selected from a group including: lower straight-chain or branched C1-C4 alkane, adamanthyl, phenyl or trimethoxyphenyl group, lower straight-chain or branched alkane C1-C5 substituted with a COOH or COOR 3 group, where: R 3 is: lower C1-C4 alkane. R 2 is the substituent selected from the group: H, lower C1-C3 alkane. X - is: F -, Cl-, Br -, I - or other pharmaceutically acceptable counterion.
A method for measuring an angle between two spatially separated elements (1, 2), having: - providing a multiplex hologram having multiple independent interference patterns (31, 31', 31") arranged in a hologram plane, at least two interference patterns (31, 31', 31") have different angles of incidence (32, 32', 32") of an object light wave on the hologram plane, the angles of incidence (32, 32', 32") are stored as data in a computer-readable manner; - arranging the multiplex hologram in a first element plane on a first element; - illuminating the multiplex hologram using a reference light wave; - arranging a light detector in a second element plane on a second element; - acquiring a reference light wave, which is diffracted on an interference pattern (31, 31', 31"), using the light detector; - forming an intensity pattern (61, 61', 61") from the acquired diffracted reference light wave; - assigning the computer-readable angle of incidence (32, 32', 32"), which is stored as data, to the intensity pattern (61, 61', 61"); and - calculating an angle between the first element plane and the second element plane from the assigned angle of incidence (32, 32', 32"). - providing a multiplex hologram having multiple independent interference patterns (31, 31', 31") arranged in a hologram plane, at least two interference patterns (31, 31', 31") have different angles of incidence (32, 32', 32") of an object light wave on the hologram plane, the angles of incidence (32, 32', 32") are stored as data in a computer-readable manner; - arranging the multiplex hologram in a first element plane on a first element; - illuminating the multiplex hologram using a reference light wave; - arranging a light detector in a second element plane on a second element; - acquiring a reference light wave, which is diffracted on an interference pattern (31, 31', 31"), using the light detector; - forming an intensity pattern (61, 61', 61") from the acquired diffracted reference light wave; - assigning the computer-readable angle of incidence (32, 32', 32"), which is stored as data, to the intensity pattern (61, 61', 61"); and - calculating an angle between the first element plane and the second element plane from the assigned angle of incidence (32, 32', 32").
Apparatus converting feedstock into oil and fertilizer, comprising: a reaction chamber having a reaction zone and a wall; a feedstock input configured to provide feedstock to the reaction chamber; a burner configured to provide heat to an interior of the reaction chamber; a combustion fuel input configured to provide combustion fuel to the burner; at least one feedstock stirrer (5, 7) configured to stir feedstock within the reaction chamber; a fertilizer support comprising an ash plate disposed below the reaction chamber and configured to collect fertilizer from the reaction chamber, wherein the ash plate is supported by an electrical insulator to cause the fertilizer support to be substantially electrically isolated from the reaction chamber wall; at least one processor configured to control the feedstock input, the combustion fuel input, and the at least one feedstock stirrer (5, 7) to cause an electric current to flow from the wall of the reaction chamber to reaction products in the reaction zone; evacuation structure configured to evacuate reaction byproducts from above the reaction zone; and oil separation structure configured to separate oil from the evacuated reaction byproducts, and to provide an oil output. a reaction chamber having a reaction zone and a wall; a feedstock input configured to provide feedstock to the reaction chamber; a burner configured to provide heat to an interior of the reaction chamber; a combustion fuel input configured to provide combustion fuel to the burner; at least one feedstock stirrer (5, 7) configured to stir feedstock within the reaction chamber; a fertilizer support comprising an ash plate disposed below the reaction chamber and configured to collect fertilizer from the reaction chamber, wherein the ash plate is supported by an electrical insulator to cause the fertilizer support to be substantially electrically isolated from the reaction chamber wall; at least one processor configured to control the feedstock input, the combustion fuel input, and the at least one feedstock stirrer (5, 7) to cause an electric current to flow from the wall of the reaction chamber to reaction products in the reaction zone; evacuation structure configured to evacuate reaction byproducts from above the reaction zone; and oil separation structure configured to separate oil from the evacuated reaction byproducts, and to provide an oil output.
A method for determining the age of an object such as a product containing volatile components, comprising the steps of: measuring a first strength of a first scent with a first electronic sensor (3,4); measuring simultaneously a second strength of a second scent with a second electronic sensor (3,4); calculating a current scent ratio (σ) of the two scent strengths; and determining the age of the object starting from a reference time for which a reference scent ratio (σ 0) of said scent strengths has been registered, wherein the respective decay constants (α 1, α 2) of said first and second scents are known, and wherein the determining step is performed by applying to said current scent ratio σ the following formula giving the age t of the product: t = α 1 - α 2 - 1 ⋅ ln σ σ 0, where σ 0 designates said reference scent ratio, and α 1 and α 2 designate said decay constants of said first and second scents respectively. measuring a first strength of a first scent with a first electronic sensor (3,4); measuring simultaneously a second strength of a second scent with a second electronic sensor (3,4); calculating a current scent ratio (σ) of the two scent strengths; and determining the age of the object starting from a reference time for which a reference scent ratio (σ 0) of said scent strengths has been registered, wherein the respective decay constants (α 1, α 2) of said first and second scents are known, and wherein the determining step is performed by applying to said current scent ratio σ the following formula giving the age t of the product: t = α 1 - α 2 - 1 ⋅ ln σ σ 0, where σ 0 designates said reference scent ratio, and α 1 and α 2 designate said decay constants of said first and second scents respectively.
A system for detecting a leakage of a water line system, in particular a water line system in a building, wherein multiple consumers can be supplied with water from the water line system and wherein each of the multiple consumers, when drawing water from the water line system - active consumer -, emits sound into the water line system, comprising: a flow measuring unit which is designed to be attached to a supply line of the water line system and to measure an actual flow rate through the supply line, a sound measuring unit which is designed to measure sound in the water line system and to output measured sound values based on measured sound, a sound evaluation unit which is designed to detect active consumers based on the measured sound values, an estimation unit which is designed to determine an estimated flow rate from the active consumers detected by the sound evaluation unit, and an assessment unit which is designed to compare the actual flow rate with the estimated flow rate and to detect a leakage of the water line system based on a comparison result. a flow measuring unit which is designed to be attached to a supply line of the water line system and to measure an actual flow rate through the supply line, a sound measuring unit which is designed to measure sound in the water line system and to output measured sound values based on measured sound, a sound evaluation unit which is designed to detect active consumers based on the measured sound values, an estimation unit which is designed to determine an estimated flow rate from the active consumers detected by the sound evaluation unit, and an assessment unit which is designed to compare the actual flow rate with the estimated flow rate and to detect a leakage of the water line system based on a comparison result.
An autonomous moving apparatus, comprising: a wheel locking unit which locks wheels at the time of stop; a manipulation unit which is provided at a location where manipulation thereof is enabled from the outside of a body of the autonomous moving apparatus; and a wheel lock releasing unit which releases the lock of the wheels when the manipulation unit is manipulated by force from the outside, wherein the wheel lock releasing unit releases the lock of the wheels when force equal to or more than a predetermined value is applied to the manipulation unit and maintains the lock of the wheels when the force applied to the manipulation unit is less than the predetermined value, wherein the autonomous moving apparatus has, as the manipulation unit, a knob which allows the wheel lock releasing unit to release the lock of the wheels, when pulling is performed, and returns to a state before the pulling and allows the wheel lock releasing unit to maintain the lock of the wheels, when the pulling is stopped, and force to move the autonomous moving apparatus is more than force applied to the knob when the lock of the wheels is released, and further comprising: a towing unit which is attached to the knob in another autonomous moving apparatus and enables towing of another autonomous moving apparatus. a wheel locking unit which locks wheels at the time of stop; a manipulation unit which is provided at a location where manipulation thereof is enabled from the outside of a body of the autonomous moving apparatus; and a wheel lock releasing unit which releases the lock of the wheels when the manipulation unit is manipulated by force from the outside, wherein the wheel lock releasing unit releases the lock of the wheels when force equal to or more than a predetermined value is applied to the manipulation unit and maintains the lock of the wheels when the force applied to the manipulation unit is less than the predetermined value, wherein the autonomous moving apparatus has, as the manipulation unit, a knob which allows the wheel lock releasing unit to release the lock of the wheels, when pulling is performed, and returns to a state before the pulling and allows the wheel lock releasing unit to maintain the lock of the wheels, when the pulling is stopped, and force to move the autonomous moving apparatus is more than force applied to the knob when the lock of the wheels is released, and further comprising: a towing unit which is attached to the knob in another autonomous moving apparatus and enables towing of another autonomous moving apparatus.
A pharmaceutical composition comprising a hyaluronic acid /carnosine conjugate with a direct amide bond between the carboxyl group of hyaluronic acid and the amine group of carnosine for use in the prevention and treatment of osteoarthritis and the treatment of rheumatoid arthritis, wherein the derivatization degree of the carboxyl groups of HA with carnosine ranges from 30 to 60% and the average molecular weight of HA ranges from 1× 10 5 Da to 1×10 6 Da.
A core shell particle comprising: a core which contains a Group 13 element and a Group 15 element; a first shell which covers at least a part of a surface of the core; and a second shell which contains a Group 12 element and covers at least a part of the first shell, wherein the molar ratio of the Group 12 element contained in the entirety of the core shell particle to the Group 13 element contained in the core, which is acquired using X-ray photoelectron spectroscopy, is 3.0 or greater, wherein the core further contains a Group 12 element. a core which contains a Group 13 element and a Group 15 element; a first shell which covers at least a part of a surface of the core; and a second shell which contains a Group 12 element and covers at least a part of the first shell, wherein the molar ratio of the Group 12 element contained in the entirety of the core shell particle to the Group 13 element contained in the core, which is acquired using X-ray photoelectron spectroscopy, is 3.0 or greater, wherein the core further contains a Group 12 element.