mhurhangee/ep-ind-claims huggingface dataset:
An air mattress system comprising: an air supply including: an air compressing device (110A-D); a first pressure valve (131A-D); and a second pressure valve (132A-D); a therapy air mattress having release ports on an upper surface of the therapy mattress configured to maintain a controlled release of air; and a patient transfer mattress having cushion outlets on an underside of the patient transfer mattress that is configured to release air to form an air cushion; wherein the air supply is configured to introduce air from the first pressure valve (131A-D) to the therapy air mattress at a first pressure within a first air pressure range, and, on demand, to introduce air from the second pressure valve (132A-D) to the patient transfer mattress at a second pressure within a second air pressure range while continuing to supply air to the therapy air mattress at a pressure within the first pressure range, the patient transfer mattress thereby releasing air through the cushion outlets to generate the air cushion, the air cushion providing sufficient lift to reduce the force of friction between the patient transfer mattress and a resting surface. an air supply including: an air compressing device (110A-D); a first pressure valve (131A-D); and a second pressure valve (132A-D); an air compressing device (110A-D); a first pressure valve (131A-D); and a second pressure valve (132A-D); a therapy air mattress having release ports on an upper surface of the therapy mattress configured to maintain a controlled release of air; and a patient transfer mattress having cushion outlets on an underside of the patient transfer mattress that is configured to release air to form an air cushion; wherein the air supply is configured to introduce air from the first pressure valve (131A-D) to the therapy air mattress at a first pressure within a first air pressure range, and, on demand, to introduce air from the second pressure valve (132A-D) to the patient transfer mattress at a second pressure within a second air pressure range while continuing to supply air to the therapy air mattress at a pressure within the first pressure range, the patient transfer mattress thereby releasing air through the cushion outlets to generate the air cushion, the air cushion providing sufficient lift to reduce the force of friction between the patient transfer mattress and a resting surface.
A method of making at least one part of a curable adhesive composition, the method comprising: obtaining aluminum flakes comprising a fatty acid milling aid on at least a portion of their surfaces, wherein the aluminum flakes have previously been milled; heating the aluminum flakes; and subsequently combining the aluminum flakes with components comprising either an amine curing agent or a curable epoxy resin. obtaining aluminum flakes comprising a fatty acid milling aid on at least a portion of their surfaces, wherein the aluminum flakes have previously been milled; heating the aluminum flakes; and subsequently combining the aluminum flakes with components comprising either an amine curing agent or a curable epoxy resin.
A portable extinguisher for extinguishing a single smoking article at a time, the extinguisher comprising: a reservoir; a chamber having side walls and sized to receive at least part of a single smoking article; and an opening to receive at least part of the smoking article into the chamber; wherein the end of the chamber opposite the opening is open, wherein the reservoir and the chamber are thermally coupled and wherein the chamber is isolated from the reservoir such that there is no fluid communication between the chamber and the reservoir, the extinguisher further comprising a thermally conductive sleeve thermally coupled to the chamber and the reservoir, wherein the sleeve extends into the reservoir and is arranged to increase heat transfer from the chamber to the reservoir, and wherein, in use, heat energy from a smoking article received in the chamber is absorbed by the side walls of the chamber, conducted along the length of the sleeve, and drawn away by the reservoir. a reservoir; a chamber having side walls and sized to receive at least part of a single smoking article; and an opening to receive at least part of the smoking article into the chamber; wherein the end of the chamber opposite the opening is open, wherein the reservoir and the chamber are thermally coupled and wherein the chamber is isolated from the reservoir such that there is no fluid communication between the chamber and the reservoir, the extinguisher further comprising a thermally conductive sleeve thermally coupled to the chamber and the reservoir, wherein the sleeve extends into the reservoir and is arranged to increase heat transfer from the chamber to the reservoir, and wherein, in use, heat energy from a smoking article received in the chamber is absorbed by the side walls of the chamber, conducted along the length of the sleeve, and drawn away by the reservoir.
A portable insulin pump, comprising: a graphical user interface; a receiver adapted to receive information from a continuous glucose monitor; and a processor functionally linked to the receiver to obtain the information from the continuous glucose monitor and to the graphical user interface to control display of information on the graphical user interface, wherein the processor is configured to automatically display a startup screen on the graphical user interface when the graphical user interface is activated from an inactive condition, the startup screen including: a current glucose level of a user based off of the information received from the continuous glucose monitor; historical data relating to the glucose level of the user based off of the information received from the continuous glucose monitor; and an estimate of the amount of un-metabolized insulin remaining in the user's body wherein the startup screen further includes a bolus object, the bolus object selectable to initiate delivery of an insulin bolus; and wherein the processor is further configured to display an unlock screen requiring a user to unlock the graphical user interface to initiate delivery of the insulin bolus. a graphical user interface; a receiver adapted to receive information from a continuous glucose monitor; and a processor functionally linked to the receiver to obtain the information from the continuous glucose monitor and to the graphical user interface to control display of information on the graphical user interface, wherein the processor is configured to automatically display a startup screen on the graphical user interface when the graphical user interface is activated from an inactive condition, the startup screen including: a current glucose level of a user based off of the information received from the continuous glucose monitor; historical data relating to the glucose level of the user based off of the information received from the continuous glucose monitor; and an estimate of the amount of un-metabolized insulin remaining in the user's body wherein the startup screen further includes a bolus object, the bolus object selectable to initiate delivery of an insulin bolus; and a current glucose level of a user based off of the information received from the continuous glucose monitor; historical data relating to the glucose level of the user based off of the information received from the continuous glucose monitor; and an estimate of the amount of un-metabolized insulin remaining in the user's body wherein the startup screen further includes a bolus object, the bolus object selectable to initiate delivery of an insulin bolus; and wherein the processor is further configured to display an unlock screen requiring a user to unlock the graphical user interface to initiate delivery of the insulin bolus.
A device for self-assembling semiconductor light-emitting diodes, comprising: a fluid chamber with a space for containing a plurality of semiconductor light-emitting diodes having a magnetic material; a feed unit for feeding a substrate to an assembly site; a plurality of magnets that are placed at a distance from the fluid chamber and configured to apply a magnetic force to the semiconductor light-emitting diodes; and a position controller connected to the magnet and configured to control the positions of the magnets, wherein the substrate is inside the device and is configured to form an electric field so that the semiconductor light-emitting diodes are mounted at preset positions on the substrate while in the process of being moved by changes in the positions of the magnets, wherein the substrate is placed in the fluid chamber so that an assembly surface where the semiconductor light-emitting diodes are assembled faces downwards, wherein the assembly surface of the substrate is dipped in a fluid in the fluid chamber, and wherein the magnets are placed to face the side of the substrate opposite to the assembly surface of the substrate. a fluid chamber with a space for containing a plurality of semiconductor light-emitting diodes having a magnetic material; a feed unit for feeding a substrate to an assembly site; a plurality of magnets that are placed at a distance from the fluid chamber and configured to apply a magnetic force to the semiconductor light-emitting diodes; and a position controller connected to the magnet and configured to control the positions of the magnets, wherein the substrate is inside the device and is configured to form an electric field so that the semiconductor light-emitting diodes are mounted at preset positions on the substrate while in the process of being moved by changes in the positions of the magnets, wherein the substrate is placed in the fluid chamber so that an assembly surface where the semiconductor light-emitting diodes are assembled faces downwards, wherein the assembly surface of the substrate is dipped in a fluid in the fluid chamber, and wherein the magnets are placed to face the side of the substrate opposite to the assembly surface of the substrate.
A system comprising: a cold-storage apparatus, a plurality of shelves at least partially within at least one interior chamber of a cold-storage apparatus, wherein each of the plurality of shelves is configured to support a plurality of items each attached to a radio-frequency identification, RFID, tag; at least one RFID antenna assembly located in the cold-storage apparatus, wherein the RFID antenna assembly includes a plurality of RFID antenna elements configured to direct a transmission of at least one radio frequency towards the plurality of shelves; and at least one controller in communication with the RFID antenna assembly, wherein the controller is configured to individually and separately control each of the plurality of RFID antenna elements, characterized in that each of the plurality of RFID antenna elements comprises: at least one patterned conductive layer; at least one patch; and at least one dielectric region interposed between the patterned conductive layer and the patch, wherein the dielectric region comprises: at least one low dielectric constant foam; a first layer of glass-reinforced epoxy laminate interposed between the patterned conductive layer and the low dielectric constant foam; and a second layer of glass-reinforced epoxy laminate interposed between the patch and the low dielectric constant foam. a plurality of shelves at least partially within at least one interior chamber of a cold-storage apparatus, wherein each of the plurality of shelves is configured to support a plurality of items each attached to a radio-frequency identification, RFID, tag; at least one RFID antenna assembly located in the cold-storage apparatus, wherein the RFID antenna assembly includes a plurality of RFID antenna elements configured to direct a transmission of at least one radio frequency towards the plurality of shelves; and at least one controller in communication with the RFID antenna assembly, wherein the controller is configured to individually and separately control each of the plurality of RFID antenna elements, characterized in that each of the plurality of RFID antenna elements comprises: at least one patterned conductive layer; at least one patch; and at least one dielectric region interposed between the patterned conductive layer and the patch, at least one patterned conductive layer; at least one patch; and at least one dielectric region interposed between the patterned conductive layer and the patch, wherein the dielectric region comprises: at least one low dielectric constant foam; a first layer of glass-reinforced epoxy laminate interposed between the patterned conductive layer and the low dielectric constant foam; and a second layer of glass-reinforced epoxy laminate interposed between the patch and the low dielectric constant foam. at least one low dielectric constant foam; a first layer of glass-reinforced epoxy laminate interposed between the patterned conductive layer and the low dielectric constant foam; and a second layer of glass-reinforced epoxy laminate interposed between the patch and the low dielectric constant foam.
A stove top device for making espresso coffee, the device comprising: a coffee grounds reservoir; a water reservoir having a base and a volume defined by a recommended filling level; a first conduit having a first end in fluid communication with the water reservoir at a level above the base and below the recommended filling level and a second end in fluid communication with the coffee grounds reservoir; and a second conduit having a first end in fluid communication with the water reservoir above the recommended filling level and a second end in fluid communication with a steam nozzle. wherein, in use, heated water is only communicated from the water reservoir to the coffee grounds reservoir until the water level in the water reservoir falls below the first end; characterized in that: the stove top device comprises a substantially hollow body having a lower part for connection to the water reservoir, an upper head for connection to the coffee grounds reservoir and a hollow neck therebetween, wherein the first and/or second conduits are within the hollow neck. a coffee grounds reservoir; a water reservoir having a base and a volume defined by a recommended filling level; a first conduit having a first end in fluid communication with the water reservoir at a level above the base and below the recommended filling level and a second end in fluid communication with the coffee grounds reservoir; and a second conduit having a first end in fluid communication with the water reservoir above the recommended filling level and a second end in fluid communication with a steam nozzle. wherein, in use, heated water is only communicated from the water reservoir to the coffee grounds reservoir until the water level in the water reservoir falls below the first end; characterized in that: the stove top device comprises a substantially hollow body having a lower part for connection to the water reservoir, an upper head for connection to the coffee grounds reservoir and a hollow neck therebetween, wherein the first and/or second conduits are within the hollow neck. the stove top device comprises a substantially hollow body having a lower part for connection to the water reservoir, an upper head for connection to the coffee grounds reservoir and a hollow neck therebetween, wherein the first and/or second conduits are within the hollow neck.
Assembly comprising a tiles support plate element and a tiles support plate having an opening, the said tiles support plate element being intended to form a sealed connection with the said opening, the said tiles support plate having undulations forming a repeating pattern of a certain length, the said opening being situated between an upper transverse edge and a lower transverse edge; the said assembly being characterized in that the said tiles support plate element comprises - a projecting main body intended to fit on the said opening and having undulations of the same type as those of the said tiles support plate; and - a re-entrant secondary body parallel to the said projecting main body and intended to fit below the said tiles support plate, - the said projecting main body and secondary body having a difference in level greater than the thickness of the said tiles support plate and thus forming a step on the upper edge of the said projecting main body, with the result that the upper transverse edge of the said opening bears on the said step when the tiles support plate element has been placed on the said opening. - a projecting main body intended to fit on the said opening and having undulations of the same type as those of the said tiles support plate; and - a re-entrant secondary body parallel to the said projecting main body and intended to fit below the said tiles support plate, - the said projecting main body and secondary body having a difference in level greater than the thickness of the said tiles support plate and thus forming a step on the upper edge of the said projecting main body, with the result that the upper transverse edge of the said opening bears on the said step when the tiles support plate element has been placed on the said opening.
A system, comprising: a gas turbine system, a generator, a bottoming cycle system, and a controller, wherein the the gas turbine system and the bottoming cycle system couple mechanically to the generator via a single drive shaft, wherein the bottoming cycle system comprises a heat recovery steam generator and a steam turbine system and an other loads system, wherein the other loads system include mechanical loads, which contribute to the power output of the single drive shaft, the controller configured to use or generate a gas turbine system model and shaft contribution model to estimate the contributions of the gas turbine system and bottoming cycle system to the total power output of the single drive shaft, the gas turbine system model configured to model a turbine system operational behavior of a gas turbine system; and the shaft contribution model comprising a bottoming cycle performance model configured to model a bottoming cycle behavior of the bottoming cycle system and an other loads model configured to model the behavior of the other loads system, wherein the gas turbine system model is configured to receive a shaft contribution model output from the shaft contribution model and to use the shaft contribution model output to control an actuator, and wherein the actuator is operatively coupled to the gas turbine system. a gas turbine system, a generator, a bottoming cycle system, and a controller, wherein the the gas turbine system and the bottoming cycle system couple mechanically to the generator via a single drive shaft, wherein the bottoming cycle system comprises a heat recovery steam generator and a steam turbine system and an other loads system, wherein the other loads system include mechanical loads, which contribute to the power output of the single drive shaft, the controller configured to use or generate a gas turbine system model and shaft contribution model to estimate the contributions of the gas turbine system and bottoming cycle system to the total power output of the single drive shaft, the gas turbine system model configured to model a turbine system operational behavior of a gas turbine system; and the shaft contribution model comprising a bottoming cycle performance model configured to model a bottoming cycle behavior of the bottoming cycle system and an other loads model configured to model the behavior of the other loads system, wherein the gas turbine system model is configured to receive a shaft contribution model output from the shaft contribution model and to use the shaft contribution model output to control an actuator, and wherein the actuator is operatively coupled to the gas turbine system.
An automatic analysis apparatus for obtaining measurement information on a predetermined test item by causing a reaction between a specimen and a reagent to measure a reaction process thereof, the apparatus comprising: a specimen supply portion, a specimen rack loaded with the same type of one or more specimen vessels having stoppers being arranged in the specimen supply portion; a rack identification information reading unit configured to read rack identification information assigned to the specimen rack; a drive unit configured to execute a piercing operation of piercing the stopper of the specimen vessel having the stopper at a specimen suction position by a piercer, and configured to execute a sucking operation of sucking a specimen in the specimen vessel having the stopper by a specimen suction nozzle passing through a hole formed by the piercer; characterised in that a piercing condition setting unit configured to set a piercing operation condition selected from a number of piercing operation conditions by the piercer for the specimen vessel having the stopper loaded in the specimen rack based on the rack identification information read by the rack identification information reading unit; and a controller configured to control the piercing operation of the drive unit based on a piercing operation condition set by the piercing condition setting unit. a specimen supply portion, a specimen rack loaded with the same type of one or more specimen vessels having stoppers being arranged in the specimen supply portion; a rack identification information reading unit configured to read rack identification information assigned to the specimen rack; a drive unit configured to execute a piercing operation of piercing the stopper of the specimen vessel having the stopper at a specimen suction position by a piercer, and configured to execute a sucking operation of sucking a specimen in the specimen vessel having the stopper by a specimen suction nozzle passing through a hole formed by the piercer; characterised in that a piercing condition setting unit configured to set a piercing operation condition selected from a number of piercing operation conditions by the piercer for the specimen vessel having the stopper loaded in the specimen rack based on the rack identification information read by the rack identification information reading unit; and a controller configured to control the piercing operation of the drive unit based on a piercing operation condition set by the piercing condition setting unit.