mhurhangee/patent-ind-claim-en huggingface dataset:
A closure for a container neck, the closure comprising: a first portion comprising a body for fixing to a container neck, and a second portion comprising a cap releasably engageable with the body ; the cap comprises inner and outer parts , the outer part is rotatable in a first direction relative to the inner part from a first position in which a region of the outer part is immediately adjacent a region of the body to a second position in which there is a gap between said region of the outer part and said region of the body , the cap further comprises a locking arrangement for irreversibly locking said outer part in the second position, and the inner part comprises an inner ratchet component; characterised in that : the cap comprises a closure seal on a closure seal support portion , the closure seal for sealing against the body when the cap is engaged with the body in a closed condition of the closure ; the closure seal support portion formed from a first plastics material, the closure seal formed from a second plastics material that is more compliant than the first plastics material, and the closure seal formed integrally with the closure seal support portion ; and said closure seal support portion is a portion of said inner ratchet component. a first portion comprising a body for fixing to a container neck, and a second portion comprising a cap releasably engageable with the body ; the cap comprises inner and outer parts , the outer part is rotatable in a first direction relative to the inner part from a first position in which a region of the outer part is immediately adjacent a region of the body to a second position in which there is a gap between said region of the outer part and said region of the body , the cap further comprises a locking arrangement for irreversibly locking said outer part in the second position, and the inner part comprises an inner ratchet component; characterised in that : the cap comprises a closure seal on a closure seal support portion , the closure seal for sealing against the body when the cap is engaged with the body in a closed condition of the closure ; the closure seal support portion formed from a first plastics material, the closure seal formed from a second plastics material that is more compliant than the first plastics material, and the closure seal formed integrally with the closure seal support portion ; and said closure seal support portion is a portion of said inner ratchet component. the cap comprises a closure seal on a closure seal support portion , the closure seal for sealing against the body when the cap is engaged with the body in a closed condition of the closure ; the closure seal support portion formed from a first plastics material, the closure seal formed from a second plastics material that is more compliant than the first plastics material, and the closure seal formed integrally with the closure seal support portion ; and said closure seal support portion is a portion of said inner ratchet component.
A riser assembly for transporting fluids from a sub-sea location , comprising: a riser comprising at least one segment of flexible pipe ; a plurality of buoyancy compensating elements (511 1-n ) connected to the riser and connected together in an in-line configuration to form a mid-line buoyancy section ; at least one buoyancy aid (521 1-n ) connected to the riser at a position above and spaced apart from the mid-line buoyancy section , the at least one buoyancy aid (521 1-n ) forming a first distributed buoyancy section and being sufficiently buoyant to maintain a tension load on the riser between the first distributed buoyancy section and the mid-line line buoyancy section ; and at least one further buoyancy compensating element (531 1-n ) connected to the riser at a position above and spaced apart from the first distributed buoyancy section to form a second distributed buoyancy section , the second distributed buoyancy section configured to support a portion of the riser in a wave configuration. a riser comprising at least one segment of flexible pipe ; a plurality of buoyancy compensating elements (511 1-n ) connected to the riser and connected together in an in-line configuration to form a mid-line buoyancy section ; at least one buoyancy aid (521 1-n ) connected to the riser at a position above and spaced apart from the mid-line buoyancy section , the at least one buoyancy aid (521 1-n ) forming a first distributed buoyancy section and being sufficiently buoyant to maintain a tension load on the riser between the first distributed buoyancy section and the mid-line line buoyancy section ; and at least one further buoyancy compensating element (531 1-n ) connected to the riser at a position above and spaced apart from the first distributed buoyancy section to form a second distributed buoyancy section , the second distributed buoyancy section configured to support a portion of the riser in a wave configuration.
A rough terrain crane comprising: a lower carrier having a front axle and a rear axle ; a boom device disposed above the lower carrier ; and a single operating unit that performs driving and a boom operation via a hydraulic actuator , wherein the lower carrier includes a lower frame , an outrigger provided to be freely attached and detached to an end portion of the lower frame , and an engine that is disposed on an upper side of a rear end portion of the lower carrier , drives the axles, and supplies hydraulic pressure to the hydraulic actuator , and an elevating step , the rough terrain crane further comprising: an exhaust emission control device that has a diesel oxidation catalyst which is connected to an exhaust pipe extending from the engine and is supplied with exhaust, a decompression reactor tube disposed downstream of the diesel oxidation catalyst , and a selective catalyst reduction disposed downstream of the decompression reactor tube , wherein the diesel oxidation catalyst , the decompression reactor tube , and the selective catalyst reduction are disposed in parallel on a virtual horizontal plane separated from a top surface of the lower carrier by a predetermined distance, and wherein the elevating step is disposed in a gap that is formed between the top surface of the lower carrier and the exhaust emission control device . a lower carrier having a front axle and a rear axle ; a boom device disposed above the lower carrier ; and a single operating unit that performs driving and a boom operation via a hydraulic actuator , wherein the lower carrier includes a lower frame , an outrigger provided to be freely attached and detached to an end portion of the lower frame , and an engine that is disposed on an upper side of a rear end portion of the lower carrier , drives the axles, and supplies hydraulic pressure to the hydraulic actuator , and an elevating step , an exhaust emission control device that has a diesel oxidation catalyst which is connected to an exhaust pipe extending from the engine and is supplied with exhaust, a decompression reactor tube disposed downstream of the diesel oxidation catalyst , and a selective catalyst reduction disposed downstream of the decompression reactor tube , wherein the diesel oxidation catalyst , the decompression reactor tube , and the selective catalyst reduction are disposed in parallel on a virtual horizontal plane separated from a top surface of the lower carrier by a predetermined distance, and wherein the elevating step is disposed in a gap that is formed between the top surface of the lower carrier and the exhaust emission control device .
An apparatus for coupling a work tool to an arm assembly of a machine , the arm assembly comprising a first arm and a second arm and the work tool comprising at least one engagement means , the at least one engagement means comprises a first engagement means comprising at least one aperture , the apparatus comprising: at least one coupling means adapted to engage with the at least one arm and the at least one engagement means , wherein the at least one coupling means is adapted to move between an extended position, for engaging with the at least one engagement means for coupling the work tool to the arm assembly , and a retracted position, for disengaging from the at least one engagement means for separating the work tool from the arm assembly ; and a frame comprising: a first mounting means for rotatably attaching the frame to the first arm ; a second mounting means for rotatably attaching the frame to the second arm ; and at least one support for preventing relative movement between the first and second mounting means , characterized in that the at least one coupling means comprises a first coupling means comprising at least one pin moveable along an axis between the extended and retracted position wherein the at least one aperture is configured to receive the at least one pin . at least one coupling means adapted to engage with the at least one arm and the at least one engagement means , wherein the at least one coupling means is adapted to move between an extended position, for engaging with the at least one engagement means for coupling the work tool to the arm assembly , and a retracted position, for disengaging from the at least one engagement means for separating the work tool from the arm assembly ; and a frame comprising: a first mounting means for rotatably attaching the frame to the first arm ; a second mounting means for rotatably attaching the frame to the second arm ; and at least one support for preventing relative movement between the first and second mounting means , characterized in that the at least one coupling means comprises a first coupling means comprising at least one pin moveable along an axis between the extended and retracted position wherein the at least one aperture is configured to receive the at least one pin . a first mounting means for rotatably attaching the frame to the first arm ; a second mounting means for rotatably attaching the frame to the second arm ; and at least one support for preventing relative movement between the first and second mounting means , characterized in that the at least one coupling means comprises a first coupling means comprising at least one pin moveable along an axis between the extended and retracted position wherein the at least one aperture is configured to receive the at least one pin .
A system comprising an inflatable in-ear device and a pressure regulating mechanism configured to regulate a pressure of a settable compound being injected into the inflatable in-ear device , said in-ear device including a core member adapted to fit inside of the ear canal of an individual, a sound bore being defined within and through the core member from a region exterior to the ear canal to a relatively inner region within the ear canal, a platform to which the core member is attached exteriorly of the ear canal, an inflatable open-ended sheath having a closed end secured to the relatively inner region of the core member , the sheath assuming a first condition in close adjacency to the core member prior to inflation and being foldable into an inflatable condition under an inflation pressure level (P1) determined by the sheath material and thickness, the core member and the platform having communicating injection channels and outflow channels for ingress and egress of a settable compound into and out of a space defined between the core member and the sheath in its inflatable condition, and said pressure regulating mechanism being characterized by a main body connecting to the outflow channel communicating with the space , said main body including a relief valve connected to the outflow channel mounted on a reservoir , the relief valve being adapted to open when the pressure of the settable compound reaches a predetermined pressure level (P0) and to allow all excess of settable compound to be discharged into the reservoir during inflation of the sheath while maintaining the pressure of the settable compound at the predetermined pressure level (P0), the predetermined pressure level (P0) being larger than the inflation pressure level (P1) to ensure inflation of the sheath and smaller than a comfort-limit of ear canal pressure level (P2).
Process for the additive manufacturing of at least one part by powder sintering or melting using at least one beam of energy, said part comprising at least two opposite frontal faces and at least two lateral end faces, the process comprising the following steps: - a) manufacture, by deposition and selective melting of stacked layers of powder, of at least one intermediate element comprising the part and at least one local reinforcing element having a split tubular shape that surrounds one of the lateral end faces of the part and that face each of the frontal faces of said part adjacent to said end face, a portion of said part extending through the slit of the reinforcing element and inside said reinforcing element, the other portion of said part being located outside said reinforcing element, said reinforcing element extending in a direction substantially parallel to the stacking direction of the layers, and - b) separation of the part and of the local reinforcing element, unfused powder filling a space that exists between an inner surface of said local reinforcing element and the portion of the part extending inside said reinforcing element before the separation step. - a) manufacture, by deposition and selective melting of stacked layers of powder, of at least one intermediate element comprising the part and at least one local reinforcing element having a split tubular shape that surrounds one of the lateral end faces of the part and that face each of the frontal faces of said part adjacent to said end face, a portion of said part extending through the slit of the reinforcing element and inside said reinforcing element, the other portion of said part being located outside said reinforcing element, said reinforcing element extending in a direction substantially parallel to the stacking direction of the layers, and - b) separation of the part and of the local reinforcing element, unfused powder filling a space that exists between an inner surface of said local reinforcing element and the portion of the part extending inside said reinforcing element before the separation step.
A pharmaceutical composition comprising an iron hydroxypyrone compound and an iron hydroxide, wherein the iron hydroxypyrone compound is a ferric trihydroxypyrone, and wherein the iron hydroxide is present in the composition in an amount of from 0.01 to less than or equal to 10 wt% based on the weight of the composition.
A method for producing food material for retorting, comprising: a curing step for mixing one or more base material selected from the group consisting of meat and seafood with a curing agent comprising a complex phosphate and starch, and curing; a blanching step for blanching the base material by any one or more methods among a two-step blanching via sequential heating at low temperature and at high temperature, oil blanching, and steam blanching; and a sterilization step for sterilizing the base material by heating at a temperature of 110-130°C for 10-60 minutes, wherein the curing agent comprises the complex phosphate and the starch in a weight ratio of 5:5 to 2:8, wherein the starch is one or more selected from rice starch, wheat starch, corn starch, sweet potato starch, potato starch, tapioca starch, non-digestible dextrin, non-digestible maltodextrin and modified starch. a curing step for mixing one or more base material selected from the group consisting of meat and seafood with a curing agent comprising a complex phosphate and starch, and curing; a blanching step for blanching the base material by any one or more methods among a two-step blanching via sequential heating at low temperature and at high temperature, oil blanching, and steam blanching; and a sterilization step for sterilizing the base material by heating at a temperature of 110-130°C for 10-60 minutes, wherein the curing agent comprises the complex phosphate and the starch in a weight ratio of 5:5 to 2:8, wherein the starch is one or more selected from rice starch, wheat starch, corn starch, sweet potato starch, potato starch, tapioca starch, non-digestible dextrin, non-digestible maltodextrin and modified starch.
Braking system provided with a brake disc and a rim , said brake disc comprising a carrier and a plurality of first teeth , said first teeth each extending from the carrier , said rim comprising a rim body and second teeth rigidly connected to the rim body , said second teeth being distributed circumferentially around an axis of rotation (AXROT) of the rim , each second tooth extending parallel to an axial direction (DIRAX) from one flank of the rim body to an end face of the second tooth , each second tooth extending circumferentially between two edges , said rim having notches , each notch being delimited by said flank and two edges of two adjacent second teeth , each first tooth being positioned in one such notch , each first tooth extending parallel to said axial direction (DIRAX) from a front face opposite said flank towards a rear face , characterised in that said braking system comprises a retaining ring , said retaining ring being fastened to each end face and to each rear face , a circumferential clearance separating each first tooth from two second teeth between which the first tooth is circumferentially arranged.
Movable temperature adjusting device , comprising identifying means configured to identify a user, and sensing means configured to sense at least one quantity indicative of a heating and/or cooling demand of the user, characterized in that the movable temperature adjusting device comprises heating and/or cooling means and is adapted to operate the heating and/or cooling means based on the heating and/or cooling demand of the user. identifying means configured to identify a user, and sensing means configured to sense at least one quantity indicative of a heating and/or cooling demand of the user, characterized in that the movable temperature adjusting device comprises heating and/or cooling means and is adapted to operate the heating and/or cooling means based on the heating and/or cooling demand of the user.
A central heating/cooling system and/or sanitary system, comprising: a common source provided for delivering a medium, a plurality of consumer devices connected to the common source through a pipe system via which the medium is distributed, at least one flow control system associated with at least one of the plurality of consumer devices and provided for controlling a flow of the medium passing through a pipe part of the pipe system, the flow control system comprising: - a flow sensor for sensing an actual medium flow through the pipe part and outputting an electrical signal indicative of the sensed actual medium flow, - a controller in communicative connection with the flow sensor and outputting a control signal, and - an orifice adjusting system in communicative connection with the controller, the orifice adjusting system being formed by a two-way or three-way flow control valve with a driving unit , the valve comprising a flow chamber with an adjustable orifice in the pipe part, wherein the flow sensor is arranged outside the flow chamber, wherein the controller is provided for evaluating the electrical signal indicative of the sensed actual medium flow with a value representing a set medium flow and outputting the control signal based on said evaluation and in that the orifice adjusting system is provided for adjusting the adjustable orifice in response to the control signal of the controller, characterized in that a software-wise change of the characteristic curve of the valve is implemented in the flow control system, wherein the characteristic curve is changed from a linear characteristic curve to a non-linear characteristic curve, or vice versa. a common source provided for delivering a medium, a plurality of consumer devices connected to the common source through a pipe system via which the medium is distributed, at least one flow control system associated with at least one of the plurality of consumer devices and provided for controlling a flow of the medium passing through a pipe part of the pipe system, the flow control system comprising: - a flow sensor for sensing an actual medium flow through the pipe part and outputting an electrical signal indicative of the sensed actual medium flow, - a controller in communicative connection with the flow sensor and outputting a control signal, and - an orifice adjusting system in communicative connection with the controller, the orifice adjusting system being formed by a two-way or three-way flow control valve with a driving unit , the valve comprising a flow chamber with an adjustable orifice in the pipe part, - a flow sensor for sensing an actual medium flow through the pipe part and outputting an electrical signal indicative of the sensed actual medium flow, - a controller in communicative connection with the flow sensor and outputting a control signal, and - an orifice adjusting system in communicative connection with the controller, the orifice adjusting system being formed by a two-way or three-way flow control valve with a driving unit , the valve comprising a flow chamber with an adjustable orifice in the pipe part,
A method for testing a leakage detection system by using a leak detection device that is provided with a test leak , has a cavity that can be filled with a gas, and is arranged in a test chamber of the leak detection system, comprising the following steps: a) filling the cavity with ambient air until an interior pressure (P1) in the interior of the cavity corresponds to the ambient atmospheric pressure, b) establishing an exterior pressure (P2) in the area surrounding the leak detection device that is lower than the interior pressure (P1), c) measuring of the leakage rate of the air flowing from the interior to the exterior through the test leak of the leak detection device , and d) establishing an atmosphere consisting of ambient air with an ambient atmospheric pressure as exterior pressure in the test chamber in the area surrounding the leak detection device. a) filling the cavity with ambient air until an interior pressure (P1) in the interior of the cavity corresponds to the ambient atmospheric pressure, b) establishing an exterior pressure (P2) in the area surrounding the leak detection device that is lower than the interior pressure (P1), c) measuring of the leakage rate of the air flowing from the interior to the exterior through the test leak of the leak detection device , and d) establishing an atmosphere consisting of ambient air with an ambient atmospheric pressure as exterior pressure in the test chamber in the area surrounding the leak detection device.