mhurhangee/patent-ind-claim-en huggingface dataset:
A system for utilizing wet fracturing sand for creating fracturing fluid, comprising: a surge tank mounted on a transport and configured to receive wet fracturing sand; a spray component disposed with the surge tank and configured to output a fluid to regulate moisture content of the wet fracturing sand in the surge tank ; a vibration component disposed with the surge tank and configured to liquefy the wet fracturing sand received by the surge tank ; and a metering system coupled to the surge tank and mounted on the transport, wherein the metering system is configured to: receive the liquefied wet fracturing sand from the surge tank; and control an amount of the liquefied wet fracturing sand output to a blending tub that produces a fracturing fluid. a surge tank mounted on a transport and configured to receive wet fracturing sand; a spray component disposed with the surge tank and configured to output a fluid to regulate moisture content of the wet fracturing sand in the surge tank ; a vibration component disposed with the surge tank and configured to liquefy the wet fracturing sand received by the surge tank ; and a metering system coupled to the surge tank and mounted on the transport, wherein the metering system is configured to: receive the liquefied wet fracturing sand from the surge tank; and control an amount of the liquefied wet fracturing sand output to a blending tub that produces a fracturing fluid. receive the liquefied wet fracturing sand from the surge tank; and control an amount of the liquefied wet fracturing sand output to a blending tub that produces a fracturing fluid.
A composition for use in treating acne or skin inflammation, the composition comprising: (a) diindolylmethane (DIM); and (b) vitamin A, wherein the ratio (mg:IU) of DIM and vitamin A is between 150:10,000 and 300:5,000, and wherein the composition is orally administered daily. (a) diindolylmethane (DIM); and (b) vitamin A,
A complex comprising: a first capture reagent affixed to a solid support; a first analyte of interest comprising a first interaction unit and a second interaction unit; a second analyte of interest comprising a first interaction unit and a second interaction unit; a bridge unit; and a signal detection unit; wherein the first capture reagent binds to the first interaction unit of the first analyte of interest; wherein the bridge unit comprises one or more capture reagents that independently bind to the second interaction unit of the first analyte and the first interaction unit of the second analyte of interest; wherein the signal detection unit comprises a capture reagent that binds to the second interaction unit of the second analyte of interest; wherein the first and second interaction unit of the first analyte of interest and the first and second interaction unit of the second analyte of interest are each, independently, a heterologous interaction unit wherein the heterologous interaction unit is not native to the analyte; and wherein the first analyte of interest and the second analyte of interest are E. coli analytes. a first capture reagent affixed to a solid support; a first analyte of interest comprising a first interaction unit and a second interaction unit; a second analyte of interest comprising a first interaction unit and a second interaction unit; a bridge unit; and a signal detection unit; wherein the first capture reagent binds to the first interaction unit of the first analyte of interest; wherein the bridge unit comprises one or more capture reagents that independently bind to the second interaction unit of the first analyte and the first interaction unit of the second analyte of interest; wherein the signal detection unit comprises a capture reagent that binds to the second interaction unit of the second analyte of interest; wherein the first and second interaction unit of the first analyte of interest and the first and second interaction unit of the second analyte of interest are each, independently, a heterologous interaction unit wherein the heterologous interaction unit is not native to the analyte; and wherein the first analyte of interest and the second analyte of interest are E. coli analytes.
A method for monitoring the protection separation of a secondary circuit in a current generator having an equipotential bonding conductor (PA), characterized by the method steps: (a) applying a functional grounding for measuring purposes, (b) measuring a first voltage (U PAE1 ) at a alterable measuring impedance switched between the equipotential bonding conductor (PA) and the functional grounding , the measuring impedance having a first impedance value (Z m1 ), (c) comparing the first voltage (U PAE1 ) to a voltage threshold (d) if the first voltage (U PAE1 ) exceeds the voltage threshold, measuring a second voltage (U PAE2 ) at the alterable measuring impedance switched between the equipotential bonding conductor (PA) and the functional grounding , the measuring impedance having a second impedance value (Z m2 ) different to the first impedance value (Z m1 ), (e) detecting a corresponding phasing of the first and the second voltage (U PAE1 , U PAE2 ), (f) determining a source impedance (Z 0 ) and a source voltage (Uo) from the first voltage (U PAE1 ), the second voltage (U PAE2 ), the first impedance value (Z m1 ) and the second impedance value (Z m2 ), (g) determining a maximal shock current (I kmax ) from the source voltage (U 0 ) and the source impedance (Z 0 ), (h) testing whether the maximal shock current (I kmax ) exceeds a shock current threshold and emitting a warning signal when exceeded. (a) applying a functional grounding for measuring purposes, (b) measuring a first voltage (U PAE1 ) at a alterable measuring impedance switched between the equipotential bonding conductor (PA) and the functional grounding , the measuring impedance having a first impedance value (Z m1 ), (c) comparing the first voltage (U PAE1 ) to a voltage threshold (d) if the first voltage (U PAE1 ) exceeds the voltage threshold, measuring a second voltage (U PAE2 ) at the alterable measuring impedance switched between the equipotential bonding conductor (PA) and the functional grounding , the measuring impedance having a second impedance value (Z m2 ) different to the first impedance value (Z m1 ), (e) detecting a corresponding phasing of the first and the second voltage (U PAE1 , U PAE2 ), (f) determining a source impedance (Z 0 ) and a source voltage (Uo) from the first voltage (U PAE1 ), the second voltage (U PAE2 ), the first impedance value (Z m1 ) and the second impedance value (Z m2 ), (g) determining a maximal shock current (I kmax ) from the source voltage (U 0 ) and the source impedance (Z 0 ), (h) testing whether the maximal shock current (I kmax ) exceeds a shock current threshold and emitting a warning signal when exceeded.
A friction material which is a non-asbestos-organic (NAO) friction material utilized for a disc brake pad, which is used with a cast iron disc rotor and is manufactured by forming a friction material composition comprising of a fiber base material, a binder, and a friction modifier, characterized in that said friction material composition, as an inorganic friction modifier, contains: 1 -10 weight %, relative to a total amount of the friction material composition, of one or any combination of two or more of aluminum particle and alloy particle mainly containing aluminum; 5 - 20 weight %, relative to the total amount of the friction material composition, of a hard inorganic particle with an average particle diameter of 1 - 20 μm and the Mohs' hardness of 4.5 or higher; and 7 - 35 weight %, relative to the total amount of the friction material composition, of titanate which is in a sheet shape or an indeterminate shape having plurality of convex portions; and contains only an organic fiber as the fiber base material; and a total amount of a copper component contained in the friction material composition is less than 0.5 weight % relative to the total amount of the friction material composition. which is used with a cast iron disc rotor and is manufactured by forming a friction material composition comprising of a fiber base material, a binder, and a friction modifier, characterized in that said friction material composition, as an inorganic friction modifier, contains: 1 -10 weight %, relative to a total amount of the friction material composition, of one or any combination of two or more of aluminum particle and alloy particle mainly containing aluminum; 5 - 20 weight %, relative to the total amount of the friction material composition, of a hard inorganic particle with an average particle diameter of 1 - 20 μm and the Mohs' hardness of 4.5 or higher; and 7 - 35 weight %, relative to the total amount of the friction material composition, of titanate which is in a sheet shape or an indeterminate shape having plurality of convex portions; and contains only an organic fiber as the fiber base material; and a total amount of a copper component contained in the friction material composition is less than 0.5 weight % relative to the total amount of the friction material composition. 1 -10 weight %, relative to a total amount of the friction material composition, of one or any combination of two or more of aluminum particle and alloy particle mainly containing aluminum; 5 - 20 weight %, relative to the total amount of the friction material composition, of a hard inorganic particle with an average particle diameter of 1 - 20 μm and the Mohs' hardness of 4.5 or higher; and 7 - 35 weight %, relative to the total amount of the friction material composition, of titanate which is in a sheet shape or an indeterminate shape having plurality of convex portions; and contains only an organic fiber as the fiber base material; and a total amount of a copper component contained in the friction material composition is less than 0.5 weight % relative to the total amount of the friction material composition.
A full length antibody having on the C-terminus of a light chain thereof a glutamine-containing extension comprising an amino acid sequence selected from the group consisting of SEQ ID NO:1, NO:2, NO:3, NO:4, NO:5, NO:6, NO:7, NO:8, NO:9, NO:10, NO:11, NO:12, NO:13, NO:14, NO:15, NO:16, NO: 17, NO:18, NO:19, NO:20, NO:21, N0:22, N0:23, N0:24, NO:25, NO:26, NO:29, NO:30, NO:31, NO:32, NO:33, NO:34, NO:35, NO:36, NO:37, NO:38, NO:39, and NO:40.
A method of forming a tissue repair device comprising the steps of: a. providing a syringe comprising a barrel that is configured or configurable to be in fluid communication with a tip, the barrel comprising an interior wall, tissue repair material, and at least one elongate channel extending over a length of the barrel, the channel being defined by the interior wall and the tissue repair material, wherein the tissue repair material comprises porous, compressible pellets and the tissue repair material is porous and compressed; and b. inserting a hydrating fluid into the channel to form an extrudable tissue repair material. a. providing a syringe comprising a barrel that is configured or configurable to be in fluid communication with a tip, the barrel comprising an interior wall, tissue repair material, and at least one elongate channel extending over a length of the barrel, the channel being defined by the interior wall and the tissue repair material, wherein the tissue repair material comprises porous, compressible pellets and the tissue repair material is porous and compressed; and b. inserting a hydrating fluid into the channel to form an extrudable tissue repair material.
A riding lawn mower comprising: a running vehicle body comprising running wheels and a driver's seat ; a mower device connected to the running vehicle body ; and a grass collection container provided behind the driver's seat on the running vehicle body and configured to store grass cut by the mower device , wherein an engine room is provided below the grass collection container , and wherein an engine is arranged in the engine room , characterized by an exhaust gas purification device configured to purify exhaust gas from the engine ; a transmission case to which power from the engine is transmitted; and a connector for mounting the exhaust gas purification device on the transmission case , wherein the transmission case is arranged below the engine on the side of the driver's seat , wherein the exhaust gas purification device is arranged in the engine room above the transmission case , and wherein the connector has a holder portion configured to hold a body of the exhaust gas purification device , and a stay portion to which the holder portion is attached and in which a connecting portion with the transmission case is formed. a running vehicle body comprising running wheels and a driver's seat ; a mower device connected to the running vehicle body ; and a grass collection container provided behind the driver's seat on the running vehicle body and configured to store grass cut by the mower device , wherein an engine room is provided below the grass collection container , and wherein an engine is arranged in the engine room , characterized by an exhaust gas purification device configured to purify exhaust gas from the engine ; a transmission case to which power from the engine is transmitted; and a connector for mounting the exhaust gas purification device on the transmission case , wherein the transmission case is arranged below the engine on the side of the driver's seat , wherein the exhaust gas purification device is arranged in the engine room above the transmission case , and wherein the connector has a holder portion configured to hold a body of the exhaust gas purification device , and a stay portion to which the holder portion is attached and in which a connecting portion with the transmission case is formed. a holder portion configured to hold a body of the exhaust gas purification device , and a stay portion to which the holder portion is attached and in which a connecting portion with the transmission case is formed.
Trailer coupling for motor vehicles, including a ball neck which is mountable on a rear part of a motor vehicle so as to be fixed to the vehicle by means of a ball neck carrier by way of a first end and on a second end carries a coupling ball , wherein for positioning a load carrier holding device , which is loadable onto the coupling ball and the ball neck , at least one first positioning body is arranged on the ball neck at a defined spacing from the coupling ball , wherein the at least one first positioning body is arranged on a ball neck portion of the ball neck which adjoins a ball attachment of the ball neck which carries the coupling ball and in particular, proceeding from the ball attachment , extends along the ball neck over a distance which corresponds to a maximum of one and a half times the diameter of the coupling ball , wherein the at least one first positioning body extends transversely with respect to a development of the ball neck portion which carries said positioning body and away from said ball neck portion, characterized in that the at least one first positioning body comprises first positioning surfaces which are arranged on oppositely situated sides, and which are arranged on an outside surface of the positioning body , and which are surface regions of a geometrical surface which intersects the ball neck portion carrying the at least one positioning body , and in that at least one second positioning surface , which runs transversely with respect to the first positioning surfaces , is arranged on the ball neck , and in that the at least one second positioning surface is arranged on the ball neck portion of the ball neck which adjoins the ball attachment of the ball neck carrying the coupling ball and carries the first positioning body .
A modified member for dressing a wound, characterized in that it comprises: a main body comprising a protective layer of a synthetic resin film material and a pad layer of a synthetic resin film material and having an opening formed at a central portion thereof so as to be openable/closable; a lid cover stackedly disposed on a top surface of the main body , and comprising a structure in which a cover layer of a synthetic resin film material, a release material layer selected from among a nonwoven fabric, a natural fiber fabric, and a synthetic fiber fabric, and a pressure-sensitive adhesive layer are stacked downwards in order, and in which the release material layer is adhered to the protective layer that is an upper layer of the main body by means of the pressure-sensitive adhesive layer , wherein the lid cover has an area lager than that of the lid ; a release paper stackedly disposed on an underside surface of the main body ; and a lid disposed at the opening and comprising a protective layer and a pad layer , which is made of a synthetic resin film material, the lid being formed in a shape of corresponding to the shape of the opening to enable the lid to open or close the opening by press-fit engagement, whereby the main body , the lid cover , the release paper , and the lid form a stacked body. a main body comprising a protective layer of a synthetic resin film material and a pad layer of a synthetic resin film material and having an opening formed at a central portion thereof so as to be openable/closable; a lid cover stackedly disposed on a top surface of the main body , and comprising a structure in which a cover layer of a synthetic resin film material, a release material layer selected from among a nonwoven fabric, a natural fiber fabric, and a synthetic fiber fabric, and a pressure-sensitive adhesive layer are stacked downwards in order, and in which the release material layer is adhered to the protective layer that is an upper layer of the main body by means of the pressure-sensitive adhesive layer , wherein the lid cover has an area lager than that of the lid ; a release paper stackedly disposed on an underside surface of the main body ; and a lid disposed at the opening and comprising a protective layer and a pad layer , which is made of a synthetic resin film material, the lid being formed in a shape of corresponding to the shape of the opening to enable the lid to open or close the opening by press-fit engagement, whereby the main body , the lid cover , the release paper , and the lid form a stacked body.
An apparatus comprising: a card-shaped body ; a user-actuatable switch mounted on the body ; and an integrated circuit, IC , supported by the body and operatively coupled to the user-actuatable switch ; the IC storing a first account indicator number that corresponds to a first payment card account, and a second account indicator number that corresponds to a second payment card account; the IC being programmed to allow a user to select between the first payment card account and the second payment card account by actuating the user-actuatable switch; characterized in that the apparatus further comprises: a first light-emitting diode, LED , mounted on the body ; a second LED mounted on the body ; wherein the IC is operatively coupled to the first LED and to the second LED ; and a fault detector coupled to the LEDs and to the IC to report fault conditions of the LEDs to the IC ; the IC being programmed to cause the first LED to be illuminated in response to the user selecting the first payment card account; and the IC being programmed to cause the second LED to be illuminated in response to the user selecting the second payment card account. a card-shaped body ; a user-actuatable switch mounted on the body ; and an integrated circuit, IC , supported by the body and operatively coupled to the user-actuatable switch ; the IC storing a first account indicator number that corresponds to a first payment card account, and a second account indicator number that corresponds to a second payment card account; the IC being programmed to allow a user to select between the first payment card account and the second payment card account by actuating the user-actuatable switch; a first light-emitting diode, LED , mounted on the body ; a second LED mounted on the body ; wherein the IC is operatively coupled to the first LED and to the second LED ; and a fault detector coupled to the LEDs and to the IC to report fault conditions of the LEDs to the IC ; the IC being programmed to cause the first LED to be illuminated in response to the user selecting the first payment card account; and the IC being programmed to cause the second LED to be illuminated in response to the user selecting the second payment card account.
A fiber optic plug comprising: a fiber optic connector comprising a connector housing and a plug ferrule at least partially disposed within the connector housing and capable of being mounted upon an end portion of at least one optical fiber, wherein the fiber optic connector is an SC connector; and a plug body extending lengthwise between a first end and a second end the plug body comprising an internal passageway so that the plug body may be slid upon a fiber optic cable and the plug body having a shroud proximate the first end thereof, wherein the first end is opposed from the second end, the shroud being adjacent a shaft of the plug body and defining at least one opening that extends lengthwise from at least a medial portion of the shroud to the first end of the plug body, the shroud extending from a cylindrical portion of the shaft to the first end , and wherein the shroud is cylindrical; and wherein the plug body also includes a collar disposed upon the shaft such that travel of the collar in the lengthwise direction is limited even though rotation of the collar about a longitudinal axis defined by the shaft is permitted, the shroud being larger than the shaft such that a shoulder is defined between the shaft and the shroud, whereby forward movement of the collar relative to the shaft is limited; wherein the fiber optic connector is disposed within the plug body the fiber optic plug being characterised in that the plug ferrule is exposed and accessible within the shroud via the first end of the plug body and the at least one opening of the shroud. a fiber optic connector comprising a connector housing and a plug ferrule at least partially disposed within the connector housing and capable of being mounted upon an end portion of at least one optical fiber, wherein the fiber optic connector is an SC connector; and a plug body extending lengthwise between a first end and a second end the plug body comprising an internal passageway so that the plug body may be slid upon a fiber optic cable and the plug body having a shroud proximate the first end thereof, wherein the first end is opposed from the second end, the shroud being adjacent a shaft of the plug body and defining at least one opening that extends lengthwise from at least a medial portion of the shroud to the first end of the plug body, the shroud extending from a cylindrical portion of the shaft to the first end , and wherein the shroud is cylindrical; and wherein the plug body also includes a collar disposed upon the shaft such that travel of the collar in the lengthwise direction is limited even though rotation of the collar about a longitudinal axis defined by the shaft is permitted, the shroud being larger than the shaft such that a shoulder is defined between the shaft and the shroud, whereby forward movement of the collar relative to the shaft is limited; wherein the fiber optic connector is disposed within the plug body the fiber optic plug being characterised in that the plug ferrule is exposed and accessible within the shroud via the first end of the plug body and the at least one opening of the shroud.