mhurhangee/ep-ind-claims huggingface dataset:
A fluid therapy system comprising: a console including: an input for setting a urine output rate desired threshold and for setting one or more desired negative net gain rates; a urine output measuring subsystem; a fluid administration subsystem; and a controller subsystem responsive to the urine output measuring subsystem and configured to monitor the urine output rates of a patient and to control the fluid administration subsystem to: automatically administer fluid to the patient during a first therapy period at rates equal to or approximately equal to the monitored urine output rate until the urine output rates reaches the set urine output rate desired threshold, and thereafter automatically administer fluid to the patient during a second therapy period at rates to achieve the set desired negative net gain rate. an input for setting a urine output rate desired threshold and for setting one or more desired negative net gain rates; a urine output measuring subsystem; a fluid administration subsystem; and a controller subsystem responsive to the urine output measuring subsystem and configured to monitor the urine output rates of a patient and to control the fluid administration subsystem to: automatically administer fluid to the patient during a first therapy period at rates equal to or approximately equal to the monitored urine output rate until the urine output rates reaches the set urine output rate desired threshold, and thereafter automatically administer fluid to the patient during a second therapy period at rates to achieve the set desired negative net gain rate. automatically administer fluid to the patient during a first therapy period at rates equal to or approximately equal to the monitored urine output rate until the urine output rates reaches the set urine output rate desired threshold, and thereafter automatically administer fluid to the patient during a second therapy period at rates to achieve the set desired negative net gain rate.
A tubular graft having a longitudinal axis, comprising an internal helical formation for imparting a helical flow on fluid passing through the tubular graft, characterised in that one end of the tubular graft, which defines an orifice surrounded by an edge, is tapered obliquely to the longitudinal axis from an inner base on the edge of the orifice to an outer tip on the edge of the orifice such that the outer tip extends outwardly from the main tubular body parallel to the longitudinal axis of the graft, further than the inner base and thus the outer tip forms a flap which overhangs the inner base wherein the internal helical formation terminates at the edge of said orifice within a 180° arc centred on the inner base.
A submersible fluid system (100; 200; 300) for operating submersed in a body of water, the system comprising: an electric machine (104; 202; 301); a fluid-end (204; 302), comprising a fluid-end housing having an inlet to a fluid rotor, the fluid rotor coupled to the electric machine and carried to rotate in the housing by a bearing in the housing; and a fluid separator system that receives a multiphase fluid, extracts a substantially liquid stream from the multiphase fluid and then dispenses flows of the multiphase fluid to the inlet of the fluid rotor and dispenses flows of the substantially liquid stream extracted from the multiphase fluid to the bearing, characterised in that the fluid separator system receives the multiphase fluid from an inlet (115, 310) of the fluid system. an electric machine (104; 202; 301); a fluid-end (204; 302), comprising a fluid-end housing having an inlet to a fluid rotor, the fluid rotor coupled to the electric machine and carried to rotate in the housing by a bearing in the housing; and a fluid separator system that receives a multiphase fluid, extracts a substantially liquid stream from the multiphase fluid and then dispenses flows of the multiphase fluid to the inlet of the fluid rotor and dispenses flows of the substantially liquid stream extracted from the multiphase fluid to the bearing, characterised in that the fluid separator system receives the multiphase fluid from an inlet (115, 310) of the fluid system.
A control device for an air handling unit for a room constituted by an indoor swimming pool and requiring regular air purification, the unit comprising an air extraction fan and an air blowing fan for creating a circulation of air extracted from the room and taking fresh air from outside the room, and a system for variable mixing between fresh air and extracted air for blowing air into the room, the control device being configured to vary the proportions of the mixture of fresh air and extracted air as a function of a monitoring (11, 12, 113, 114, 115, 162, 163) of the air in the room, the control device being further configured to control the speed of the fans as a function of a monitoring (11, 12, 113, 114, 115, 162, 163) of the air in the room, characterized in that the device is further configured to control the speeds of each of the two fans (21, 31) as a function of the ratio between the speeds of these two fans (21, 31).
A compound selected from para-L-Tyrosine (p-Tyr) and p-OH-phenyl-pyruvate, or pharmaceutically acceptable salts thereof, for use in a subject in the prevention, amelioration or treatment of a condition or disorder due to hormone resistance induced by oxidative stress, wherein said p-OH-phenyl-pyruvate is metabolized to p-Tyr in said subject.
Sealing arrangement in a gap to be sealed off between two exhaust-gas-conducting tubes (14, 15), wherein a seal produced from a material which is expandable under the action of heat is in the gap, characterized in that a steel ring is arranged behind the seal and a spring is mounted on a side of the steel ring that is situated opposite the seal, wherein the steel ring is mounted coaxially between the two tubes (14, 15) with a clearance fit.
Method for wrapping products, which are arranged next to one another in a package, in a sleeve made of a packaging material, the products each having at least one tapered portion toward an upper face of the package, and the method comprising at least the following steps: a) providing the packaging material which has a pattern of openings which matches the shape of the tapered portions of the products and the arrangement of the products in the package, the products of the package arranged next to one another being provided for the method in a base tray surrounding the products on a lower face of the package, which is opposite the upper face of the package, the base tray having a bottom and a rim, the rim extending completely around the bottom; b) moving the packaging material, which has the pattern of openings, from above toward the upper face of the package such that the openings in the packaging material are placed around the tapered portions of the products of the package such that the openings in the packaging material each encompass the tapered portions in a packaging plane which is below the upper face of the package; c) wrapping the packaging material around the package such that a sleeve is formed surrounding the package and the base tray; and d) connecting packaging material portions of the packaging material in order to close the sleeve, the base tray being made of cardboard, characterized in that the packaging material is a fiber-based kraft paper. a) providing the packaging material which has a pattern of openings which matches the shape of the tapered portions of the products and the arrangement of the products in the package, the products of the package arranged next to one another being provided for the method in a base tray surrounding the products on a lower face of the package, which is opposite the upper face of the package, the base tray having a bottom and a rim, the rim extending completely around the bottom; b) moving the packaging material, which has the pattern of openings, from above toward the upper face of the package such that the openings in the packaging material are placed around the tapered portions of the products of the package such that the openings in the packaging material each encompass the tapered portions in a packaging plane which is below the upper face of the package; c) wrapping the packaging material around the package such that a sleeve is formed surrounding the package and the base tray; and d) connecting packaging material portions of the packaging material in order to close the sleeve, the base tray being made of cardboard, characterized in that the packaging material is a fiber-based kraft paper.
A method for producing a fermented beverage comprising the steps: a) providing a fruit or vegetable substrate for production of the beverage; b) directly inoculating the substrate with a compressed yeast, wherein the compressed yeast is a frozen compressed yeast with a dry matter content of between 35% and 90% (w/w); and c) fermenting the substrate with the compressed yeast to obtain the fermented beverage. a) providing a fruit or vegetable substrate for production of the beverage; b) directly inoculating the substrate with a compressed yeast, wherein the compressed yeast is a frozen compressed yeast with a dry matter content of between 35% and 90% (w/w); and c) fermenting the substrate with the compressed yeast to obtain the fermented beverage.
An uplink transmission method, wherein the method comprises: determining a plurality of serving cells, wherein the plurality of serving cells have at least one of the following association relationships: operating frequency bands are completely the same, or the operating frequency bands are partially the same; and sending uplink signals to the plurality of serving cells, wherein the sending of the uplink signals meets a preset condition; characterized in that before the sending uplink signals to the plurality of serving cells, the method further comprises: if the sending of the uplink signals does not meet the preset condition, performing power back-off on a power of the uplink signal of at least one of the plurality of serving cells. determining a plurality of serving cells, wherein the plurality of serving cells have at least one of the following association relationships: operating frequency bands are completely the same, or the operating frequency bands are partially the same; and sending uplink signals to the plurality of serving cells, wherein the sending of the uplink signals meets a preset condition; characterized in that before the sending uplink signals to the plurality of serving cells, the method further comprises: if the sending of the uplink signals does not meet the preset condition, performing power back-off on a power of the uplink signal of at least one of the plurality of serving cells.
An article of manufacture comprising: a. an extruded thermoplastic polymer foam that has a thermoplastic polymer matrix defining a multitude of cells, the extruded thermoplastic polymer foam defining at least one cavity; and b. aerogel material residing within at least one cavity of the extruded thermoplastic polymer foam. a. an extruded thermoplastic polymer foam that has a thermoplastic polymer matrix defining a multitude of cells, the extruded thermoplastic polymer foam defining at least one cavity; and b. aerogel material residing within at least one cavity of the extruded thermoplastic polymer foam.
A terminal structure for provisional locking of terminal (1,2,3) in a connector, comprising: a bevel portion extending from a front end of a plate-like electrical contact of a terminal (1,2,3) to an intermediate portion of the electrical contact along a length of the electrical contact, the bevel portion being provided at an intersection of a widthwise surface of the electrical contact with a thickness surface of the electrical contact, one portion of the thickness surface having a reduced width along a thickness of the electrical contact, the reduced width being defined by presence of the bevel portion; characterized by a step portion provided at an end of the bevel portion at the intermediate portion of the electrical contact; and a press-fit portion defined by another portion of the thickness surface continuing via the step portion to the one portion of the thickness surface, the another portion of the thickness surface of the press-fit portion having an increased width along the thickness of the electrical contact relative to the reduced width of the one portion of the thickness surface, the press-fit portion being adapted to be press-fitted in a hole of a housing so as to place the electrical contact in a state of provisional locking in which the electrical contact is inserted in the hole of the housing to an extent defined by presence of the step portion. a bevel portion extending from a front end of a plate-like electrical contact of a terminal (1,2,3) to an intermediate portion of the electrical contact along a length of the electrical contact, the bevel portion being provided at an intersection of a widthwise surface of the electrical contact with a thickness surface of the electrical contact, one portion of the thickness surface having a reduced width along a thickness of the electrical contact, the reduced width being defined by presence of the bevel portion; characterized by a step portion provided at an end of the bevel portion at the intermediate portion of the electrical contact; and a press-fit portion defined by another portion of the thickness surface continuing via the step portion to the one portion of the thickness surface, the another portion of the thickness surface of the press-fit portion having an increased width along the thickness of the electrical contact relative to the reduced width of the one portion of the thickness surface, the press-fit portion being adapted to be press-fitted in a hole of a housing so as to place the electrical contact in a state of provisional locking in which the electrical contact is inserted in the hole of the housing to an extent defined by presence of the step portion.
An apparatus comprising: a piston to control a flow of fluid through a valve body; a bonnet coupled to a bonnet yoke to be coupled to the valve body, the bonnet having a threaded bore, a housing having a first portion and a second elongated portion; a roller assembly pivotally mounted on the first portion of the housing, the roller assembly to move the piston; wherein the second elongated portion includes a threaded outer surface to couple to the threaded bore of the bonnet; and a valve stem to move through the housing to control the movement of the piston; wherein the first and second portions (216, 220) of the housing comprise a unitary piece. a piston to control a flow of fluid through a valve body; a bonnet coupled to a bonnet yoke to be coupled to the valve body, the bonnet having a threaded bore, a housing having a first portion and a second elongated portion; a roller assembly pivotally mounted on the first portion of the housing, the roller assembly to move the piston; wherein the second elongated portion includes a threaded outer surface to couple to the threaded bore of the bonnet; and a valve stem to move through the housing to control the movement of the piston; wherein the first and second portions (216, 220) of the housing comprise a unitary piece.
System for producing ultra-pure water in the dialysis with a reverse osmosis plant which includes in inlet for fresh water and an outlet for ultra-pure water, and with a device for introducing ozone, characterized in that an ozone filter (50, 51, 52, 53) is provided, which is arranged downstream of the outlet of the reverse osmosis plant and again removes introduced ozone.
A method for producing a dialkyl polysulfide, the method comprising a first process in which a 1-olefin compound (a) having a linear end is allowed to react with sulfur in the presence of a hydrogen sulfide at 60 to 130°C and then holding a reaction system at 160 to 200°C for 5 to 48 hours to obtain the dialkyl polysulfide and a second process in which the dialkyl polysulfide compound is allowed to react with a sulfide of an alkali metal to reduce the number of sulfur atoms contained in the dialkyl polysulfide.
A wireless sensor system for use in a refrigerated container, comprising at least one wireless sensor device (200; 300; 400), including: a flexible sensor body (220; 320; 420) including at least one of sensing elements (222; 322; 422) to sense at least one parameter of the refrigerated container; a battery (226; 326; 426) to provide power to the at least one of sensing elements (222; 322; 422); and a battery housing (228; 328; 428) coupled to an end of the flexible sensor body (220; 320; 420); and at least a pair of parallel sensor mounting rails adapted to be mounted to a ceiling of a refrigerated container and extending horizontally, wherein the mounting rails have a keyed profile to interface with the at least one wireless sensor device (200; 300; 400); and portions of the battery housing (228; 328; 428) of the sensor device (200; 300; 400) are configured to slidingly engage with the mounting rails. a flexible sensor body (220; 320; 420) including at least one of sensing elements (222; 322; 422) to sense at least one parameter of the refrigerated container; a battery (226; 326; 426) to provide power to the at least one of sensing elements (222; 322; 422); and a battery housing (228; 328; 428) coupled to an end of the flexible sensor body (220; 320; 420); and at least a pair of parallel sensor mounting rails adapted to be mounted to a ceiling of a refrigerated container and extending horizontally, wherein the mounting rails have a keyed profile to interface with the at least one wireless sensor device (200; 300; 400); and portions of the battery housing (228; 328; 428) of the sensor device (200; 300; 400) are configured to slidingly engage with the mounting rails.
An optical transmitter of an optical data transmission system for transmitting data through an optical fiber transmission path, the optical transmitter comprising: a main signal generator configured to convert first transmission data into a predetermined signal format to generate a first signal; a Differential Code Shift Keying, DCSK, modulator (26; 26a) configured to DCSK-modulate second transmission data using a pseudo-random sequence to generate a second signal having a same spectrum as the first signal, the pseudo-random sequence having a same baud rate as a first baud rate at which the first signal is generated, and the second transmission data being modulated at a second baud rate lower than the first baud rate; a signal-multiplexer configured to perform time-division multiplexing of the first signal and the second signal; and an electro-optical converter configured to convert a multiplexed signal obtained by the time-division multiplexing of the signal-multiplexer from an electric signal into an optical signal, and output the optical signal to the optical fiber transmission path. a main signal generator configured to convert first transmission data into a predetermined signal format to generate a first signal; a Differential Code Shift Keying, DCSK, modulator (26; 26a) configured to DCSK-modulate second transmission data using a pseudo-random sequence to generate a second signal having a same spectrum as the first signal, the pseudo-random sequence having a same baud rate as a first baud rate at which the first signal is generated, and the second transmission data being modulated at a second baud rate lower than the first baud rate; a signal-multiplexer configured to perform time-division multiplexing of the first signal and the second signal; and an electro-optical converter configured to convert a multiplexed signal obtained by the time-division multiplexing of the signal-multiplexer from an electric signal into an optical signal, and output the optical signal to the optical fiber transmission path.
Device for controllably releasing pressure of an active system, comprising an explosive charge that is arranged in a casing and also a combined ignition device comprising a first ignition site for a detonative initiation of the explosive charge and a second ignition site for a deflagrative initiation of the explosive charge, wherein the device for releasing pressure may be triggered prior to or simultaneously to initiating the deflagrative reaction of the explosive charge, wherein the device for releasing pressure is arranged in or directly adjacent to the ignition device, and wherein the device for releasing pressure comprises at least one duct that is controlled so as to open by means of directly releasing an opening of the duct by means of igniting the second ignition site and connects the interior of the active system to the external environment of the active system, as a result of which a release of pressure towards the outside is possible during the deflagration procedure.
An elevator system comprising: an elevator car (103, 203, 403, 603, 703) movable within an elevator shaft (117, 217), wherein the elevator car includes an elevator car door interlock device (212, 412, 512, 612, 712) arranged on a top (218, 618, 718) of the elevator car and operable to open and close elevator car doors; a plurality of landing doors located at respective landings along the elevator shaft, wherein each landing door includes a landing door interlock device (206, 406, 506, 606, 706) operable to open and close a respective landing door, wherein each landing door interlock device is engageable by the elevator car door interlock device to enable operation of the elevator car doors and the respective landing door simultaneously; and an elevator component inspection system (200, 600, 700) comprising a detector (216, 616, 716) located on the top of the elevator car and arranged to monitor the elevator car door interlock device and the plurality of landing door interlock devices, wherein the detector obtains inspection data associated with the elevator car door interlock device and the plurality of landing door interlock devices. an elevator car (103, 203, 403, 603, 703) movable within an elevator shaft (117, 217), wherein the elevator car includes an elevator car door interlock device (212, 412, 512, 612, 712) arranged on a top (218, 618, 718) of the elevator car and operable to open and close elevator car doors; a plurality of landing doors located at respective landings along the elevator shaft, wherein each landing door includes a landing door interlock device (206, 406, 506, 606, 706) operable to open and close a respective landing door, wherein each landing door interlock device is engageable by the elevator car door interlock device to enable operation of the elevator car doors and the respective landing door simultaneously; and an elevator component inspection system (200, 600, 700) comprising a detector (216, 616, 716) located on the top of the elevator car and arranged to monitor the elevator car door interlock device and the plurality of landing door interlock devices, wherein the detector obtains inspection data associated with the elevator car door interlock device and the plurality of landing door interlock devices.
Pharmaceutical composition, comprising (a) a pharmaceutically effective amount of a protein consisting of the amino acid sequence of SEQ ID NO: 1; and (b) a pharmaceutically acceptable carrier for use in the prevention or treatment of atherosclerosis.