mhurhangee/patent-ind-claim-en huggingface dataset:
An outside-in liquid purification system comprising: a housing defining an interior space , the housing comprising: an inlet at a top side of the housing; an outlet at a bottom side of the housing, the bottom side of the housing being conical in shape; walls extending between the top side and the bottom side; and an unfiltered volume within the interior space adjacent the walls of the housing; a cartridge disposed within the interior space, the cartridge comprising: a top cap adjacent the top side of the housing, the top cap having a domed, prismatic, conical or asymmetrically sloped top side to direct liquid that enters the interior space to the unfiltered volume adjacent the walls; and a filter having an annular shape and extending between the top cap and the bottom side of the housing such that no portion of the unfiltered volume is below the filter, the filter defining a hollow vertical column such that liquid flows from the unfiltered volume through the filter into the column and then downward out of the housing through the outlet. a housing defining an interior space , the housing comprising: an inlet at a top side of the housing; an outlet at a bottom side of the housing, the bottom side of the housing being conical in shape; walls extending between the top side and the bottom side; and an unfiltered volume within the interior space adjacent the walls of the housing; an inlet at a top side of the housing; an outlet at a bottom side of the housing, the bottom side of the housing being conical in shape; walls extending between the top side and the bottom side; and an unfiltered volume within the interior space adjacent the walls of the housing; a cartridge disposed within the interior space, the cartridge comprising: a top cap adjacent the top side of the housing, the top cap having a domed, prismatic, conical or asymmetrically sloped top side to direct liquid that enters the interior space to the unfiltered volume adjacent the walls; and a filter having an annular shape and extending between the top cap and the bottom side of the housing such that no portion of the unfiltered volume is below the filter, the filter defining a hollow vertical column such that liquid flows from the unfiltered volume through the filter into the column and then downward out of the housing through the outlet. a top cap adjacent the top side of the housing, the top cap having a domed, prismatic, conical or asymmetrically sloped top side to direct liquid that enters the interior space to the unfiltered volume adjacent the walls; and a filter having an annular shape and extending between the top cap and the bottom side of the housing such that no portion of the unfiltered volume is below the filter, the filter defining a hollow vertical column such that liquid flows from the unfiltered volume through the filter into the column and then downward out of the housing through the outlet.
A textile fabric consolidated with a binder system comprising: a) 0.1 to up to 30% by weight of polymers based on polyvinyl alcohol, and b) at least 70% by weight of a mixture comprising: (i) at least one carbohydrate; and (ii) α-carbon nucleophile crosslinking agent that is an organic compound comprising: - a first carbon moiety comprising an electron withdrawing group; and - an α-carbon atom directly bonded to the first carbon moiety, the α-carbon atom has at least one acidic hydrogen atom and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder, wherein the mixture has a minimum of 50% by weight of reducing sugars, c) 0 to 10% by weight of crosslinker, said crosslinker being different from the crosslinking agent (ii) above, d) 0 to 10% by weight of fillers, said fillers being different from the polymers based on polyvinyl alcohol a) above and from the materials contained in the mixture b) above, e) 0 to 10% by weight of additives, wherein the specifications regarding the proportions by weight are based on the dry mass of the binder system, i.e., without water, and the sum of the components a) to e) is 100% by weight. a) 0.1 to up to 30% by weight of polymers based on polyvinyl alcohol, and b) at least 70% by weight of a mixture comprising: (i) at least one carbohydrate; and (ii) α-carbon nucleophile crosslinking agent that is an organic compound comprising: - a first carbon moiety comprising an electron withdrawing group; and - an α-carbon atom directly bonded to the first carbon moiety, the α-carbon atom has at least one acidic hydrogen atom and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder, wherein the mixture has a minimum of 50% by weight of reducing sugars, (i) at least one carbohydrate; and (ii) α-carbon nucleophile crosslinking agent that is an organic compound comprising: - a first carbon moiety comprising an electron withdrawing group; and - an α-carbon atom directly bonded to the first carbon moiety, the α-carbon atom has at least one acidic hydrogen atom and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder, - a first carbon moiety comprising an electron withdrawing group; and - an α-carbon atom directly bonded to the first carbon moiety, the α-carbon atom has at least one acidic hydrogen atom and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder, c) 0 to 10% by weight of crosslinker, said crosslinker being different from the crosslinking agent (ii) above, d) 0 to 10% by weight of fillers, said fillers being different from the polymers based on polyvinyl alcohol a) above and from the materials contained in the mixture b) above, e) 0 to 10% by weight of additives,
A wireless communication device , comprising: a map information storage unit configured to store map information with which at least one of position information, address information, or names of buildings or shops is associated; a communication parameter obtaining unit configured to obtain communication parameters associated with the position information, wherein the position information is position information for a location where a user performs wireless communication wherein the communication parameters include fixed or dynamically changing values and indicate levels of congestion or communication rates for a plurality of base stations available from the location; an image information creating unit configured to create image information in which the communication parameters associated with the position information are described on the map information; and a communication unit configured to transfer the image information created by the image information creating unit for display to the user on a display unit. a map information storage unit configured to store map information with which at least one of position information, address information, or names of buildings or shops is associated; a communication parameter obtaining unit configured to obtain communication parameters associated with the position information, wherein the position information is position information for a location where a user performs wireless communication wherein the communication parameters include fixed or dynamically changing values and indicate levels of congestion or communication rates for a plurality of base stations available from the location; an image information creating unit configured to create image information in which the communication parameters associated with the position information are described on the map information; and a communication unit configured to transfer the image information created by the image information creating unit for display to the user on a display unit.
A method for replacing an existing radial seal positioned around a shaft and adjacent to a bearing , the method comprising: providing a plurality of spacers in a seal cavity of the existing radial seal ; removing a cover of the existing radial seal ; removing at least one of the plurality of spacers ; removing the existing radial seal from around the shaft ; replacing the existing radial seal with a new radial seal ; moving at least one of the plurality of the spacers from a first side of the seal cavity to an opposing, second side of the seal cavity to provide a new sealing location for the new radial seal and leaving remaining spacers of the plurality of spacers on the first side ; and, securing the cover adjacent to the new radial seal . providing a plurality of spacers in a seal cavity of the existing radial seal ; removing a cover of the existing radial seal ; removing at least one of the plurality of spacers ; removing the existing radial seal from around the shaft ; replacing the existing radial seal with a new radial seal ; moving at least one of the plurality of the spacers from a first side of the seal cavity to an opposing, second side of the seal cavity to provide a new sealing location for the new radial seal and leaving remaining spacers of the plurality of spacers on the first side ; and, securing the cover adjacent to the new radial seal .
A tool arrangement , comprising: a tool management device having a body and a lid , the lid being pivotable relative to the body by means of a hinge connection for selectively covering or uncovering a receiving space of the body ; and a receiving device for receiving tool elements , which is mounted or can be mounted in the receiving space of the body in such a way that the receiving device is also pivoted by means of the hinge connection when the lid is pivoted; wherein the hinge connection comprises at least one pin and the lid comprises at least one link guide for guiding the at least one pin along a predetermined trajectory, and wherein the hinge connection has two pins on two opposite sides and the lid has two link guides on two opposite sides, each of which is designed to guide an associated one of the two pins along a respective predetermined trajectory. a tool management device having a body and a lid , the lid being pivotable relative to the body by means of a hinge connection for selectively covering or uncovering a receiving space of the body ; and a receiving device for receiving tool elements , which is mounted or can be mounted in the receiving space of the body in such a way that the receiving device is also pivoted by means of the hinge connection when the lid is pivoted; wherein the hinge connection comprises at least one pin and the lid comprises at least one link guide for guiding the at least one pin along a predetermined trajectory, and wherein the hinge connection has two pins on two opposite sides and the lid has two link guides on two opposite sides, each of which is designed to guide an associated one of the two pins along a respective predetermined trajectory.
A method for mounting a door handle support in a final position on a vehicle door , wherein the method comprises the following steps: A. providing a vehicle door having an outer surface of the door and an inner surface of the door , B. connecting a fastening adapter to the inner surface of the door , wherein the fastening adapter when it is connected to the inner surface of the door surrounds, at least along a portion, a door handle cutout of the vehicle door and wherein the fastening adapter has at least one first threaded hole and a second threaded hole , C. positioning an adapter cap on the fastening adapter , wherein an abutment means or a plurality of abutment means of the adapter cap are positioned on the inner side in abutment with the vehicle door , for achieving the final positioning of the adapter cap , D. positioning the door handle support on the adapter cap in an abutting position and fastening the door handle support by means of fastening screws , which are screwed at least into the first threaded hole and into the second threaded hole . A. providing a vehicle door having an outer surface of the door and an inner surface of the door , B. connecting a fastening adapter to the inner surface of the door , wherein the fastening adapter when it is connected to the inner surface of the door surrounds, at least along a portion, a door handle cutout of the vehicle door and wherein the fastening adapter has at least one first threaded hole and a second threaded hole , C. positioning an adapter cap on the fastening adapter , wherein an abutment means or a plurality of abutment means of the adapter cap are positioned on the inner side in abutment with the vehicle door , for achieving the final positioning of the adapter cap , D. positioning the door handle support on the adapter cap in an abutting position and fastening the door handle support by means of fastening screws , which are screwed at least into the first threaded hole and into the second threaded hole .
A retractable floodwall unit comprising: - a foundation unit having a plurality of guide tracks along side walls of the foundation unit; - a floodwall panel stowed in the foundation unit ; and - a power system having a winch for raising and lowering the floodwall panel, said foundation unit including a first housing unit enclosing the winch of the power system, and said floodwall panel including a plurality of guides that mate with the guide tracks of the foundation unit, said retractable floodwall unit being characterized by a plurality of support legs for maintaining the floodwall panel in raised position and being locked in a second housing unit of the floodwall panel , in the stowed position, wherein the plurality of support legs are spring loaded and have a latch bar configured to unlock the support legs. - a foundation unit having a plurality of guide tracks along side walls of the foundation unit; - a floodwall panel stowed in the foundation unit ; and - a power system having a winch for raising and lowering the floodwall panel,
A filling device comprising a storage tank for storing hydrogen fuel, a filling nozzle for filling hydrogen from the storage tank through a fuel filling system to an in-vehicle hydrogen filling tank mounted on a vehicle, and a clutch mechanism for maintaining a connected state between the filling nozzle and a vehicle side filling port , wherein the clutch mechanism comprises a clutch for fitting the vehicle side filling port by a recess/projection when the clutch connects the vehicle side filling port , and a lever for maintaining the fitting between the clutch and the vehicle side filling port by the recess/projection by moving in a direction that the clutch and the vehicle side filling port are connected with each other, characterised by the lever having an engaging portion and a projection formed on a receptacle side end portion of the lever , wherein the projection projects radially inward, when hydrogen is filled, the clutch moves outward in a direction radial to the connecting direction via a contacting portion between the clutch and the vehicle side filling port and engages with the engaging portion of the lever .
Catalysts for the synthesis of oxazolidinones, preferable polyoxazolidinones, comprising an N-heterocyclic carbene and a Lewis acid (L).
An apparatus for indicating opening/closing of a circuit breaker operating apparatus, comprising a button and an indicating element , wherein the button is provided therein with a cavity , the indicating element is located inside the cavity , the indicating element is rotatable inside the cavity , the button is provided thereon with an observation window , and the indicating element is capable of displaying different regions in the observation window during rotation, wherein the indicating element comprises a rotating disc , a mounting rotating shaft extends from a side surface of the rotating disc , the mounting rotating shaft is rotatably mounted in a mounting hole in an inner wall of the cavity , a linkage wing platform is provided on an outer edge side of the rotating disc , a display handle extends from an outer edge surface of the rotating disc , a display surface of the display handle corresponds to the observation window , and the display surface is capable of displaying different regions in the observation window during rotation of the indicating element ; and the button is installed inside a button groove of a housing of the circuit breaker, and a boss is provided at a position of an inner wall of the housing with the position corresponding to the linkage wing platform , and the button is connected with a handle through a connecting rod , characterized in that : the connecting rod is U-shaped, the linkage wing platform comprises a left wing platform and a right wing platform , the boss is capable of respectively toggling and pressing against the left wing platform or the right wing platform during rotation of the indicating element and the left wing platform and the right wing platform each comprise an arc-shaped toggling portion and a pressing straight portion. the indicating element comprises a rotating disc , a mounting rotating shaft extends from a side surface of the rotating disc , the mounting rotating shaft is rotatably mounted in a mounting hole in an inner wall of the cavity , a linkage wing platform is provided on an outer edge side of the rotating disc , a display handle extends from an outer edge surface of the rotating disc , a display surface of the display handle corresponds to the observation window , and the display surface is capable of displaying different regions in the observation window during rotation of the indicating element ; and the button is installed inside a button groove of a housing of the circuit breaker, and a boss is provided at a position of an inner wall of the housing with the position corresponding to the linkage wing platform , and the button is connected with a handle through a connecting rod , characterized in that : the connecting rod is U-shaped, the linkage wing platform comprises a left wing platform and a right wing platform , the boss is capable of respectively toggling and pressing against the left wing platform or the right wing platform during rotation of the indicating element and the left wing platform and the right wing platform each comprise an arc-shaped toggling portion and a pressing straight portion.
A method for fabricating at least one elementary heterostructure comprising: - producing a heterostructure having at least one semiconductor structure of resistivity higher than or equal to 1 Ω.cm located between two electrically conductive structures of resistivity lower than or equal to 0.1 Ω.cm; - cutting said heterostructure by electrical discharge machining so as to define at least said elementary heterostructure; - the thickness of the semiconductor structure being smaller than about 1/10 th of the thickness of at least one of said electrically conductive structures or of the total thickness of said electrically conductive structures, wherein the semiconductor structure is made of silicon or of germanium or of III-V material and the thickness of the semiconductor structure is about a few tens of microns, the thickness of at least one electrically conductive structure being at least several hundred microns. - producing a heterostructure having at least one semiconductor structure of resistivity higher than or equal to 1 Ω.cm located between two electrically conductive structures of resistivity lower than or equal to 0.1 Ω.cm; - cutting said heterostructure by electrical discharge machining so as to define at least said elementary heterostructure; - the thickness of the semiconductor structure being smaller than about 1/10 th of the thickness of at least one of said electrically conductive structures or of the total thickness of said electrically conductive structures,
A barrier system comprising at least one post and a longitudinal beam , the at least one post and longitudinal beam being indirectly linked via at least one fastener passing through an aperture in each of the at least one post and the longitudinal beam , and at least one washer , the washer having at least one aperture that receives the at least one fastener therethrough, the post aperture being elongated to allow vertical movement of the at least one fastener within the post aperture ; characterized in that the at least one washer further comprises at least one deformable region extending at least partly about the aperture that at least partially bears on at least a part of the at least one fastener and an opposing face that bears on at least part of a post wall, the deformable region being a region of the washer that is structurally weaker or lower stiffness relative to another part of the washer ; and, in the event of an applied force or a displacement being applied on the longitudinal beam or fastener of sufficient magnitude, the at least one fastener and at least one washer attached to the at least one fastener is able to move to a predetermined extent in the direction of the elongation in the post aperture before deformation forces are applied to the at least one washer , and, at least part of the at least one deformable region of the at least one washer is able to deform during movement or when the at least one fastener and at least one washer impact the top of the post aperture to an extent that the indirect link ceases to provide indirect attachment between the post and longitudinal beam , thereby being able to release or loosen the connection between the post and longitudinal beam .
A sample transporting device comprising: a transport unit that transports a sample to a predetermined position, wherein the sample is a biological sample; a driving unit that drives the transport unit; a drive control unit that controls the driving unit by a driving frequency and/or a driving current; a detection unit that detects the sample on the transport unit; and a control unit that processes a sample detection signal of the detection unit , characterised in that the control unit outputs a value of driving frequency and/or driving current selected based on a result obtained by processing the sample detection signal to the drive control unit and controls so that the driving unit is driven by the corresponding driving frequency and/or driving current, wherein the control unit processes the sample detection signal, calculates the number of samples on the transport unit, and selects the driving frequency and/or driving current based on the number of samples. a transport unit that transports a sample to a predetermined position, wherein the sample is a biological sample; a driving unit that drives the transport unit; a drive control unit that controls the driving unit by a driving frequency and/or a driving current; a detection unit that detects the sample on the transport unit; and a control unit that processes a sample detection signal of the detection unit , characterised in that the control unit outputs a value of driving frequency and/or driving current selected based on a result obtained by processing the sample detection signal to the drive control unit and controls so that the driving unit is driven by the corresponding driving frequency and/or driving current, wherein the control unit processes the sample detection signal, calculates the number of samples on the transport unit, and selects the driving frequency and/or driving current based on the number of samples.