mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cutting and winding a carcass material, which cuts the carcass material fed via a loop at a predetermined angle and width and winds the carcass material around a winder, the apparatus comprising: a winder frame reciprocating by a motor along a linear guide of a support frame to guide a carcass material fed via a loop; a material guide roller disposed above the winder frame and guiding the carcass material to prevent separation of the carcass material; a material feeding roller disposed below the material guide roller and moving the carcass material using a rotation driving roller; and an automatic cutting unit disposed below the material feeding roller and cutting the carcass material fed through the material feeding roller to provide the carcass material to the winder while being elevated by an up-down cylinder mounted on the winder frame. a winder frame reciprocating by a motor along a linear guide of a support frame to guide a carcass material fed via a loop; a material guide roller disposed above the winder frame and guiding the carcass material to prevent separation of the carcass material; a material feeding roller disposed below the material guide roller and moving the carcass material using a rotation driving roller; and an automatic cutting unit disposed below the material feeding roller and cutting the carcass material fed through the material feeding roller to provide the carcass material to the winder while being elevated by an up-down cylinder mounted on the winder frame.
A composition comprising: a crosslinkable polymer comprising a pendant epoxide repeat unit, wherein the pendant epoxide repeat unit has the structure: wherein each R 1 is independently a (C 1 -C 10) alkylene or (C 1 -C 10) alkylene ether, each alkylene ether independently having a ratio of carbon atoms to oxygen atoms of 1:1 to 4:1 a hydrocarbylene repeat unit, wherein the hydrocarbylene repeat unit is a substituted or unsubstituted (C 2 -C 15) hydrocarbylene, and an ester repeat unit having the structure wherein each L is independently a substituted or unsubstituted (C 1 -C 10) hydrocarbylene, each R 2 is independently a bond or a substituted or unsubstituted (C 1 -C 20) hydrocarbylene, and each R 3 is independently -H or a substituted or unsubstituted (C 1 -C 10) hydrocarbyl; an amine crosslinker; and a carrier solvent, wherein the carrier solvent is selected from the group consisting of kerosene, xylenes, toluene, diesel, mineral oils, naphthenic oils, synthetic oils, paraffins, and combinations thereof. a crosslinkable polymer comprising a pendant epoxide repeat unit, wherein the pendant epoxide repeat unit has the structure: wherein each R 1 is independently a (C 1 -C 10) alkylene or (C 1 -C 10) alkylene ether, each alkylene ether independently having a ratio of carbon atoms to oxygen atoms of 1:1 to 4:1 a hydrocarbylene repeat unit, wherein the hydrocarbylene repeat unit is a substituted or unsubstituted (C 2 -C 15) hydrocarbylene, and an ester repeat unit having the structure wherein each L is independently a substituted or unsubstituted (C 1 -C 10) hydrocarbylene, each R 2 is independently a bond or a substituted or unsubstituted (C 1 -C 20) hydrocarbylene, and each R 3 is independently -H or a substituted or unsubstituted (C 1 -C 10) hydrocarbyl; a pendant epoxide repeat unit, wherein the pendant epoxide repeat unit has the structure: wherein each R 1 is independently a (C 1 -C 10) alkylene or (C 1 -C 10) alkylene ether, each alkylene ether independently having a ratio of carbon atoms to oxygen atoms of 1:1 to 4:1 a hydrocarbylene repeat unit, wherein the hydrocarbylene repeat unit is a substituted or unsubstituted (C 2 -C 15) hydrocarbylene, and an ester repeat unit having the structure wherein each L is independently a substituted or unsubstituted (C 1 -C 10) hydrocarbylene, each R 2 is independently a bond or a substituted or unsubstituted (C 1 -C 20) hydrocarbylene, and each R 3 is independently -H or a substituted or unsubstituted (C 1 -C 10) hydrocarbyl; an amine crosslinker; and a carrier solvent, wherein the carrier solvent is selected from the group consisting of kerosene, xylenes, toluene, diesel, mineral oils, naphthenic oils, synthetic oils, paraffins, and combinations thereof.
A method performed by a visitor location register for avoiding an inter-system change for a wireless transmit/receive unit (WTRU) comprising: deciding to abort a mobile terminating circuit switched fallback (CSFB) to the WTRU; determining if a paging request to start the MT CSFB call has been sent; and on a condition that the paging request has been sent, sending an abort message to a mobility management entity requesting the MME to cancel the MT CSFB call. deciding to abort a mobile terminating circuit switched fallback (CSFB) to the WTRU; determining if a paging request to start the MT CSFB call has been sent; and on a condition that the paging request has been sent, sending an abort message to a mobility management entity requesting the MME to cancel the MT CSFB call.
Method for concentrating a cell suspension comprising a mucilaginous biomass of oleaginous yeasts, said method comprising the steps of: a) cultivating said oleaginous yeasts in a fermentation broth thus obtaining a cell suspension comprising said mucilaginous biomass; b) subjecting the cell suspension obtained from step a) to heat treatment, at a temperature comprised between 95°C and 120°C and to acid treatment, thus obtaining a treated cell suspension comprising said mucilaginous biomass containing intact oleaginous yeast cells; c) concentrating the treated cell suspension obtained from step b) comprising a step of removing at least part of said fermentation broth thus obtaining a concentrated cell suspension. a) cultivating said oleaginous yeasts in a fermentation broth thus obtaining a cell suspension comprising said mucilaginous biomass; b) subjecting the cell suspension obtained from step a) to heat treatment, at a temperature comprised between 95°C and 120°C and to acid treatment, thus obtaining a treated cell suspension comprising said mucilaginous biomass containing intact oleaginous yeast cells; c) concentrating the treated cell suspension obtained from step b) comprising a step of removing at least part of said fermentation broth thus obtaining a concentrated cell suspension.
A medical device comprising: an elongated support member; an expandable element disposed on the elongated support member, a stationary element comprising a plurality of arms (18A-18N), wherein the plurality of arms is configured to segment a thrombus into smaller pieces as the thrombus moves through the stationary element, wherein the expandable element is configured to capture at least some of the smaller pieces; and characterised by a movable element disposed radially inward from the stationary element, the movable element configured to move relative to the stationary element to macerate the thrombus as the thrombus moves through the stationary element; and wherein the movable element is configured to expand radially outward from a delivery configuration to a deployed configuration, and wherein the movable element is configured to move within a volume defined by the stationary element. an elongated support member; an expandable element disposed on the elongated support member, a stationary element comprising a plurality of arms (18A-18N), wherein the plurality of arms is configured to segment a thrombus into smaller pieces as the thrombus moves through the stationary element, wherein the expandable element is configured to capture at least some of the smaller pieces; and characterised by a movable element disposed radially inward from the stationary element, the movable element configured to move relative to the stationary element to macerate the thrombus as the thrombus moves through the stationary element; and wherein the movable element is configured to expand radially outward from a delivery configuration to a deployed configuration, and wherein the movable element is configured to move within a volume defined by the stationary element.
An interface assembly, comprising: a mask assembly comprising a seal that surrounds and delivers a flow of breathing gas to a nose of a user; the seal being configured to seal around a mouth of a user and on an underside of a nose of the user; a headgear that secures the mask assembly to the face of the user, wherein the headgear comprises a rear halo portion surrounding a parietal region of the user's head and wherein the headgear cooperates with the mask assembly to form a front halo portion surrounding a frontal region of the user's head, wherein one or both of the front halo portion and the rear halo portion are adjustable in circumference, wherein the headgear further comprises a crown strap, which forms a part of each of the front halo portion and the rear halo portion, and a rear strap, which forms a part of the rear halo portion, and wherein the headgear further comprises rigid ear loop portions, each portion extending in an arcuate manner behind the user's ears from below the ear to above the ear, and wherein the front halo portion comprises an upper arm or strap (6220, 7520), the headgear further comprises a lower strap (6218, 7518) on each side of the headgear, and wherein the lower strap (6218, 7518) and the upper arm or strap (6220, 7520) on at least one side of the mask are coupled to the mask by a single clip (6244, 9302), the single clip being coupled to a remainder of the mask assembly in a disconnected state. a mask assembly comprising a seal that surrounds and delivers a flow of breathing gas to a nose of a user; the seal being configured to seal around a mouth of a user and on an underside of a nose of the user; a headgear that secures the mask assembly to the face of the user, wherein the headgear comprises a rear halo portion surrounding a parietal region of the user's head and wherein the headgear cooperates with the mask assembly to form a front halo portion surrounding a frontal region of the user's head, wherein one or both of the front halo portion and the rear halo portion are adjustable in circumference, wherein the headgear further comprises a crown strap, which forms a part of each of the front halo portion and the rear halo portion, and a rear strap, which forms a part of the rear halo portion, and wherein the headgear further comprises rigid ear loop portions, each portion extending in an arcuate manner behind the user's ears from below the ear to above the ear, and wherein the front halo portion comprises an upper arm or strap (6220, 7520), the headgear further comprises a lower strap (6218, 7518) on each side of the headgear, and wherein the lower strap (6218, 7518) and the upper arm or strap (6220, 7520) on at least one side of the mask are coupled to the mask by a single clip (6244, 9302), the single clip being coupled to a remainder of the mask assembly in a disconnected state.
An air duct system, wherein the air duct system comprises a drying system and a cooling system which are arranged in cooperation with each other, the cooling system comprises an evaporator, and an air return port and an air supply port provided on two sides of the evaporator, the drying system is disposed between the air return port and the evaporator, and the drying system comprises an air compressor and an air storage tank that are connected to each other, so that the air discharged through the air return port sequentially passes through the air compressor and the air storage tank and then flows to the evaporator; characterized in that the cooling system comprises a cooling chamber for receiving the evaporator, and the cooling chamber comprises a first opening connected to the drying system and a second opening connected to the air supply port; the first opening and the second opening are respectively located on two sides of the evaporator; and wherein the air duct system further comprises two drying modules which are disposed between the air storage tank and the evaporator; one drying module is disposed in the first opening or disposed adjacent to the first opening, the other is disposed in the drying system and located at an output end of the air storage tank; wherein the air duct system comprises a first check valve disposed at the first opening, and a second check valve disposed at the second opening or the air supply port. characterized in that the cooling system comprises a cooling chamber for receiving the evaporator, and the cooling chamber comprises a first opening connected to the drying system and a second opening connected to the air supply port; the first opening and the second opening are respectively located on two sides of the evaporator; and wherein the air duct system further comprises two drying modules which are disposed between the air storage tank and the evaporator; one drying module is disposed in the first opening or disposed adjacent to the first opening, the other is disposed in the drying system and located at an output end of the air storage tank; wherein the air duct system comprises a first check valve disposed at the first opening, and a second check valve disposed at the second opening or the air supply port.
A method of starting a liquid ring pump arranged to compress a gas, the method comprising: providing a quantity of sealing liquid in a reservoir, the reservoir and a pump head inlet channel being at the same pressure prior to starting the compressor; providing a first fluid connection between the pump head inlet channel and the reservoir; moving an intake valve toward a closed position at a gas entry opening of the pump head inlet channel to limit the quantity of gas that can pass through the valve to a first quantity; producing a partial vacuum in the pump head inlet channel by initiating the start sequence for the liquid ring pump, wherein the liquid ring pump is initially operable to pump more than the first quantity of gas; and drawing fluid from the reservoir via the first fluid connection in response to the pressure differential. providing a quantity of sealing liquid in a reservoir, the reservoir and a pump head inlet channel being at the same pressure prior to starting the compressor; providing a first fluid connection between the pump head inlet channel and the reservoir; moving an intake valve toward a closed position at a gas entry opening of the pump head inlet channel to limit the quantity of gas that can pass through the valve to a first quantity; producing a partial vacuum in the pump head inlet channel by initiating the start sequence for the liquid ring pump, wherein the liquid ring pump is initially operable to pump more than the first quantity of gas; and drawing fluid from the reservoir via the first fluid connection in response to the pressure differential.
A fan nacelle for an aircraft gas turbine engine, the nacelle comprising: an aft nacelle portion comprising a radially outer surface and a radially inner surface, the radially outer and inner surfaces (34, 33) defining an internal cavity therebetween; a plurality of aft nacelle segments translatable along a translation vector having an axial component, the aft nacelle portion comprising a plurality of nacelle fingers extending generally axially between adjacent segments, wherein the aft nacelle segment is configured to translate between a forward deployed position in which the nacelle defines a first primary fan nozzle exit area (A 1) and a clean position in which the nacelle defines a second primary fan nozzle exit area (A 2) less than the first primary fan nozzle exit area (A 1), wherein in the forward deployed position, the aft nacelle segment is at least partly located within the internal cavity, characterised in that each segment has spaced parallel sides extending in a direction parallel to the translation vector of the respective segment, wherein sides of each nacelle finger extend in a direction parallel to the adjacent segment side. an aft nacelle portion comprising a radially outer surface and a radially inner surface, the radially outer and inner surfaces (34, 33) defining an internal cavity therebetween; a plurality of aft nacelle segments translatable along a translation vector having an axial component, the aft nacelle portion comprising a plurality of nacelle fingers extending generally axially between adjacent segments, wherein the aft nacelle segment is configured to translate between a forward deployed position in which the nacelle defines a first primary fan nozzle exit area (A 1) and a clean position in which the nacelle defines a second primary fan nozzle exit area (A 2) less than the first primary fan nozzle exit area (A 1), wherein in the forward deployed position, the aft nacelle segment is at least partly located within the internal cavity, characterised in that each segment has spaced parallel sides extending in a direction parallel to the translation vector of the respective segment, wherein sides of each nacelle finger extend in a direction parallel to the adjacent segment side.
A variable flow rate pump provided in a coolant circulation passage to take in a coolant from a suction passage of the circulation passage and supply the coolant to a discharge passage, comprising: a housing; an impeller chamber formed in the housing to communicate with the suction passage; a swirl chamber formed in the housing to communicate with the discharge passage and the impeller chamber; an impeller supported to be free to rotate in the impeller chamber so as to take in the coolant from the suction passage and discharge the coolant into the discharge passage via the swirl chamber while rotating; and driving means for rotating the impeller, characterized in that the swirl chamber is formed to be divided into a main swirl chamber that communicates with the discharge passage at all times and a secondary swirl chamber that is connected to the discharge passage via a thermostat having a switch valve that can be opened and closed, and the thermostat is operated to open and close, thereby connecting and cutting off the secondary swirl chamber and the discharge passage, in accordance with a temperature of coolant delivered from the secondary swirl chamber. a housing; an impeller chamber formed in the housing to communicate with the suction passage; a swirl chamber formed in the housing to communicate with the discharge passage and the impeller chamber; an impeller supported to be free to rotate in the impeller chamber so as to take in the coolant from the suction passage and discharge the coolant into the discharge passage via the swirl chamber while rotating; and driving means for rotating the impeller, characterized in that the swirl chamber is formed to be divided into a main swirl chamber that communicates with the discharge passage at all times and a secondary swirl chamber that is connected to the discharge passage via a thermostat having a switch valve that can be opened and closed, and the thermostat is operated to open and close, thereby connecting and cutting off the secondary swirl chamber and the discharge passage, in accordance with a temperature of coolant delivered from the secondary swirl chamber.
A collapsible steering column assembly for a vehicle comprising: a shroud (1, 2) which surrounds a steering column shaft a mounting bracket secured to or integral with a fixed part of the vehicle; a support bracket secured to the mounting bracket through one or more frangible connectors which are adapted to break when subject to a predefined load to permit the support bracket to move relative to the mounting bracket, a clamp mechanism which releasably secures the shroud (1, 2) to the support bracket, when unclamped the shroud (1, 2) being movable relative to the support bracket to permit the assembly to be adjusted for reach and when clamped the shroud (1, 2) being fixed in position relative to the support bracket, and characterised by further comprising a blocking part which is fixed in position relative to the mounting bracket and forms an integral part of the mounting bracket or a part of a component that is fixed rigidly to the mounting bracket and at least in the unclamped condition of the clamp mechanism provides an additional force path between the clamp mechanism and the mounting bracket that does not pass through the support bracket, whereby in the event that an axial load is applied to the steering assembly when the clamp mechanism is unlocked and has reached the end of its allowable travel at least some of the load is carried through the clamp mechanism and the blocking part to the mounting bracket along the additional force path so as to protect the frangible connectors from breaking. a shroud (1, 2) which surrounds a steering column shaft a mounting bracket secured to or integral with a fixed part of the vehicle; a support bracket secured to the mounting bracket through one or more frangible connectors which are adapted to break when subject to a predefined load to permit the support bracket to move relative to the mounting bracket, a clamp mechanism which releasably secures the shroud (1, 2) to the support bracket, when unclamped the shroud (1, 2) being movable relative to the support bracket to permit the assembly to be adjusted for reach and when clamped the shroud (1, 2) being fixed in position relative to the support bracket, and characterised by further comprising a blocking part which is fixed in position relative to the mounting bracket and forms an integral part of the mounting bracket or a part of a component that is fixed rigidly to the mounting bracket and at least in the unclamped condition of the clamp mechanism provides an additional force path between the clamp mechanism and the mounting bracket that does not pass through the support bracket, whereby in the event that an axial load is applied to the steering assembly when the clamp mechanism is unlocked and has reached the end of its allowable travel at least some of the load is carried through the clamp mechanism and the blocking part to the mounting bracket along the additional force path so as to protect the frangible connectors from breaking.
A preparation device of ammonia gas, configured to prepare ammonia gas by reacting ammonium chloride with a particulate inorganic salt, comprising a fluidized bed reactor, the fluidized bed reactor comprising: at least one preheating chamber, configured to preheat the particulate inorganic salt; at least one reaction chamber, configured for the particulate inorganic salt to contact and react with an aqueous solution of ammonium chloride to generate the ammonia gas; and an atomizing nozzle, located in the reaction chamber, configured to atomize the ammonium chloride aqueous solution, wherein the preparation device is configured so that a carrier gas is introduced into the preheating chamber and the reaction chamber to cause the particulate inorganic salt to form a fluidized particulate bed layer, and an empty bed gas velocity of the carrier gas in the preheating chamber is higher than an empty bed gas velocity of the carrier gas in the reaction chamber, so that a particulate bed layer density in the preheating chamber is smaller than a particulate bed layer density in the reaction chamber. at least one preheating chamber, configured to preheat the particulate inorganic salt; at least one reaction chamber, configured for the particulate inorganic salt to contact and react with an aqueous solution of ammonium chloride to generate the ammonia gas; and an atomizing nozzle, located in the reaction chamber, configured to atomize the ammonium chloride aqueous solution, wherein the preparation device is configured so that a carrier gas is introduced into the preheating chamber and the reaction chamber to cause the particulate inorganic salt to form a fluidized particulate bed layer, and an empty bed gas velocity of the carrier gas in the preheating chamber is higher than an empty bed gas velocity of the carrier gas in the reaction chamber, so that a particulate bed layer density in the preheating chamber is smaller than a particulate bed layer density in the reaction chamber.