mhurhangee/ep-ind-claims huggingface dataset:
Sewage treatment system, comprising a separation unit for separating sewage sludge from sewage to obtain pretreated sewage; heat generation means for generating heat from separated sewage sludge; a purifier unit (16, 18) for evaporating pretreated sewage and re-condensing evaporated water contained therein; first heat transfer means for transferring heat from the heat generation means to the purifier unit (16, 18); and an exhaust cleaning unit having an exhaust duct for receiving exhaust gas from the heat generation means, the exhaust duct having gas inlets for mixing the exhaust gas with combustible gas such as liquefied petroleum gas and re-combusting the resultant mixture, wherein the exhaust duct further comprises showering means (52, 54) for spraying pretreated sewage obtained in the separation unit into the exhaust duct; and wherein the exhaust duct comprises a heat exchanger thermally coupling the exhaust duct to second heat transfer means for transferring heat from the exhaust duct to the purifier unit (16, 18).
An air sterilization apparatus comprising: a rectangular frame including a pair of first opposite side portions spaced apart from each other in a first direction and extending along a second direction, and a pair of second opposite side portions spaced apart from each other in the second direction and extending along the first direction, a ventilation space being defined inside the frame, the ventilation space allowing air to flow therethrough along a third direction substantially orthogonal to the first direction and the second direction; an ultraviolet light emitting unit provided on at least one of the pair of first opposite side portions and configured to emit ultraviolet light toward the ventilation space; and first reflecting surfaces (3a, 3c) respectively provided on the pair of first opposite side portions so as to face each other, each first reflecting surface (3a, 3c) being concave such that a center thereof in the third direction bulges to outside of the ventilation space, the first reflecting surfaces (3a, 3c) being configured to reflect the ultraviolet light, wherein a length of the ventilation space in the third direction is shorter than a length of the ventilation space in the first direction and a length of the ventilation space in the second direction, and a shape of each first reflecting surface (3a, 3c) in any cross section perpendicular to the second direction is defined based on an arc having a radius of curvature equal to or larger than a distance between a pair of the first reflecting surfaces (3a, 3c). a rectangular frame including a pair of first opposite side portions spaced apart from each other in a first direction and extending along a second direction, and a pair of second opposite side portions spaced apart from each other in the second direction and extending along the first direction, a ventilation space being defined inside the frame, the ventilation space allowing air to flow therethrough along a third direction substantially orthogonal to the first direction and the second direction; an ultraviolet light emitting unit provided on at least one of the pair of first opposite side portions and configured to emit ultraviolet light toward the ventilation space; and first reflecting surfaces (3a, 3c) respectively provided on the pair of first opposite side portions so as to face each other, each first reflecting surface (3a, 3c) being concave such that a center thereof in the third direction bulges to outside of the ventilation space, the first reflecting surfaces (3a, 3c) being configured to reflect the ultraviolet light, wherein a length of the ventilation space in the third direction is shorter than a length of the ventilation space in the first direction and a length of the ventilation space in the second direction, and a shape of each first reflecting surface (3a, 3c) in any cross section perpendicular to the second direction is defined based on an arc having a radius of curvature equal to or larger than a distance between a pair of the first reflecting surfaces (3a, 3c).
A process for producing nanoparticles comprising a casein matrix, a basic amino acid and a metal selected from a divalent metal, a trivalent metal and combinations thereof, which comprises: a) preparing an aqueous solution containing a source of casein and a basic amino acid; and b) adding an aqueous solution of a metal selected from a divalent metal, a trivalent metal and combinations thereof to the solution of step a). a) preparing an aqueous solution containing a source of casein and a basic amino acid; and b) adding an aqueous solution of a metal selected from a divalent metal, a trivalent metal and combinations thereof to the solution of step a).
Paint application device, in particular for the application of water-dilutable paints, comprising a paint reservoir connected with a paint application device via a supply line (14, 16), a paint discharge device for returning excess paint from the area of the paint application device into paint reservoir, a humidification device for increasing the air humidity in the area of the paint application device and/or in the paint reservoir, and a viscosity gage, characterized in that a control device for controlling the humidification device is provided, the control device being connected with the viscosity gage and the humidification device.
Case for bags, comprising a covering body (4, 5) obtained starting from a sheet material and shaped to be fitted over a bag, said covering body (4, 5) comprising: - at least an upper portion; and - at least a lower portion provided with a bottom opening which is adapted to allow the introduction of said bag inside said covering body (4, 5), said lower portion comprising at least one closing flap extending from a first edge of said bottom opening and can be joined, by means of joining means, to a second edge of said bottom opening for the closure of said bottom opening; wherein said covering body (4, 5) comprises bioplastics, characterized by the fact that said covering body (4, 5) comprises transpiring micro-holes. - at least an upper portion; and - at least a lower portion provided with a bottom opening which is adapted to allow the introduction of said bag inside said covering body (4, 5), said lower portion comprising at least one closing flap extending from a first edge of said bottom opening and can be joined, by means of joining means, to a second edge of said bottom opening for the closure of said bottom opening;
A fluoropolymer [polymer] comprising: - recurring units derived from at least one ethylenically unsaturated fluorinated monomer [monomer]; - from 5% to 60% by moles, with respect to the total moles of recurring units of polymer, of recurring units derived at least one ethylenically unsaturated fluorinated monomer containing at least one -SO 2 F functional group [monomer]; and - from 0.01% to 10% by moles, with respect to the total moles of recurring units of polymer, of recurring units derived from at least one monomer comprising an azide group [monomer (Az)], wherein monomer (Az) does not comprise a (per)fluorovinyl ether end group of formula CF 2 =CF-O-. - recurring units derived from at least one ethylenically unsaturated fluorinated monomer [monomer]; - from 5% to 60% by moles, with respect to the total moles of recurring units of polymer, of recurring units derived at least one ethylenically unsaturated fluorinated monomer containing at least one -SO 2 F functional group [monomer]; and - from 0.01% to 10% by moles, with respect to the total moles of recurring units of polymer, of recurring units derived from at least one monomer comprising an azide group [monomer (Az)], wherein monomer (Az) does not comprise a (per)fluorovinyl ether end group of formula CF 2 =CF-O-.
A side grid system provided for supporting one or more slidable foodstuff carriers, the side grid system comprises a pair of side grid elements and at least four holding elements (32, 34), each side grid element is attachable by at least two holding elements (32, 34) at one of two opposing metal side walls of the oven cavity, the holding elements (32, 34) are permanently or removably fixable at the metal side walls of an oven cavity, each side grid element includes a front metal plate and a rear metal plate that extend essentially along the vertical height (hv) of the side grid element, the side grid element includes a plurality of horizontal elongated rod sections interconnecting the front metal plate and the rear metal plate, the horizontal elongated rod sections of each side grid element are arranged one upon the other within said side grid element, the front metal plate is engageable with at least one front holding element by an essential vertical movement along a plane defined by the front metal plate, and the rear metal plate is engageable with at least one rear holding element by an essential horizontal movement along a plane defined by the rear metal plate, characterized in that the side grid system is adapted for use in an oven cavity of a microwave oven or of an oven with a microwave heating function, wherein both the front metal plate and the rear metal plate are adapted for being stably held at a sparkle-safe distance from the metal cavity side wall at which electrical sparkle formation during microwave operation of the oven is avoided by respectively a single front holding element or a single rear holding element that comprises an electrically insulating material, wherein both the front metal plate and the rear metal plate comprise a single recess (20, 22), cut-out or key hole that is adapted for a bearing interaction with the respective single front or rear holding element (32, 34), and wherein said single recess (20, 22), cut-out or key hole is formed in middle of the vertical height (hv) of said front metal plate or said rear metal plate.
A soft gel comprising a therapeutic agent, for use in a method of treating poultry hatchlings in a hatchling tray, the method comprising: providing a soft gel form capable of being dispensed through a spray nozzle, the soft gel comprising a therapeutic agent, providing a spray dispensing apparatus, the apparatus being capable of delivering a predetermined volume of the gel as a plurality of small beadlets through a plurality of spray nozzles arranged along a manifold, placing the hatchling tray containing the hatchlings beneath the spray nozzles of the dispensing apparatus, dispensing the predetermined volume of the soft gel as small beadlets into the hatchling tray, and allowing the hatchlings to consume the beadlets, thereby treating the hatchlings with the therapeutic agent. providing a soft gel form capable of being dispensed through a spray nozzle, the soft gel comprising a therapeutic agent, providing a spray dispensing apparatus, the apparatus being capable of delivering a predetermined volume of the gel as a plurality of small beadlets through a plurality of spray nozzles arranged along a manifold, placing the hatchling tray containing the hatchlings beneath the spray nozzles of the dispensing apparatus, dispensing the predetermined volume of the soft gel as small beadlets into the hatchling tray, and allowing the hatchlings to consume the beadlets, thereby treating the hatchlings with the therapeutic agent.
A triaxial MTJ sensor, comprising: an X-axis bridge sensor with a sensing direction along a X-axis, a Y-axis bridge sensor that has a sensing direction along a Y-axis, a Z-axis sensor that has a sensing direction along a Z-axis, and an ASIC chip for signal conditioning, wherein the X-axis, the Y-axis, and the Z-axis are mutually orthogonal; characterized in that the X-axis bridge sensor, the Y-axis bridge sensor, and the Z-axis sensor are connected onto a connection face of the ASIC chip; wherein said Z-axis sensor comprises a plurality of electrically interconnected magnetic sensor chips, and each of the magnetic sensor chips is comprised of a substrate with a deposition face onto which a MTJ element is deposited and an attachment face that is acutely or obtusely angled with respect to the deposition face, and wherein an attachment face of each magnetic sensor chip is connected onto the connection face of the ASIC chip. an X-axis bridge sensor with a sensing direction along a X-axis, a Y-axis bridge sensor that has a sensing direction along a Y-axis, a Z-axis sensor that has a sensing direction along a Z-axis, and an ASIC chip for signal conditioning,
A pitch control apparatus for an aircraft, comprising: a drive shaft and a gearbox housing through which the drive shaft extends; a drive element coupled to an exterior of the gearbox housing and comprising a first gear and a motive component configured to drive first gear rotation; a spline disposed to be axially movable at the exterior of the gearbox housing and comprising a first bearing element; and a second bearing element comprising: a second gear configured to mesh with the first gear such that the first gear rotation drives a rotation of the second bearing element; and a control part formed to define a groove configured to mesh with the first bearing element such that the rotation of the second bearing element drives axial movement of the spline. a drive shaft and a gearbox housing through which the drive shaft extends; a drive element coupled to an exterior of the gearbox housing and comprising a first gear and a motive component configured to drive first gear rotation; a spline disposed to be axially movable at the exterior of the gearbox housing and comprising a first bearing element; and a second bearing element comprising: a second gear configured to mesh with the first gear such that the first gear rotation drives a rotation of the second bearing element; and a control part formed to define a groove configured to mesh with the first bearing element such that the rotation of the second bearing element drives axial movement of the spline. a second gear configured to mesh with the first gear such that the first gear rotation drives a rotation of the second bearing element; and a control part formed to define a groove configured to mesh with the first bearing element such that the rotation of the second bearing element drives axial movement of the spline.
A menstrual cup comprising a receptacle having an open top end and a closed base, the receptacle comprising: a. a rim extending around the circumference of the top end and have an inner diameter D i across the top end of more than 35mm and a thickness T r of between 3 mm and 5 mm; and b. a length of less than 53 mm from the top end to the base of the receptacle, wherein the receptacle has a wall extending from a base of the rim to the base of the receptacle, the wall having a thickness T w of between 2 mm and 4.5 mm. a. a rim extending around the circumference of the top end and have an inner diameter D i across the top end of more than 35mm and a thickness T r of between 3 mm and 5 mm; and b. a length of less than 53 mm from the top end to the base of the receptacle, wherein the receptacle has a wall extending from a base of the rim to the base of the receptacle, the wall having a thickness T w of between 2 mm and 4.5 mm.
A method for performing simultaneous speculative threading, comprising: executing instructions in a normal execution mode using a first thread; upon encountering a data-dependent stall condition during an instruction, generating an architectural checkpoint and commencing execution of instructions in execute-ahead mode, wherein the first thread executes instructions that can be executed and defers instructions that cannot be executed into a deferred queue; when the data dependent stall condition has been resolved, generating a speculative checkpoint and continuing execution in execute-ahead mode with the first thread, and, at the same time, commencing execution in a deferred mode using a second thread, wherein the second thread executes instructions from the deferred queue, and wherein the speculative checkpoint and the architectural checkpoint exist simultaneously; wherein if the second thread encounters an exception while executing in deferred mode, the first thread restores the architectural checkpoint and resumes execution in normal-execution mode and the second thread commences operation in a wait mode; whereby the second thread can execute deferred instructions in deferred mode while the first thread continues to speculatively execute instructions in execute-ahead mode. executing instructions in a normal execution mode using a first thread; upon encountering a data-dependent stall condition during an instruction, generating an architectural checkpoint and commencing execution of instructions in execute-ahead mode, wherein the first thread executes instructions that can be executed and defers instructions that cannot be executed into a deferred queue; when the data dependent stall condition has been resolved, generating a speculative checkpoint and continuing execution in execute-ahead mode with the first thread, and, at the same time, commencing execution in a deferred mode using a second thread, wherein the second thread executes instructions from the deferred queue, and wherein the speculative checkpoint and the architectural checkpoint exist simultaneously; wherein if the second thread encounters an exception while executing in deferred mode, the first thread restores the architectural checkpoint and resumes execution in normal-execution mode and the second thread commences operation in a wait mode; whereby the second thread can execute deferred instructions in deferred mode while the first thread continues to speculatively execute instructions in execute-ahead mode.
A system and apparatus for the improvement of exercise or athletic performance and recovery from physical stress comprising: an enclosed chamber sufficient for entry by a full size human, and for use for exercise by a full size human in a standing position; a pressure-altering apparatus (22A, 22B) to change the atmosphere inside of said chamber such that the pressure can be altered to simulate a change in elevation and corresponding gas concentrations; one or more pieces of exercise or recovery equipment placed in said chamber for use by a human; a monitoring system wherein the health status of said human is recorded and monitored before, during and after use of said system and apparatus; and an ability to apply external pressure patterns wherein various periods and amplitudes of the pressure patterns can be individualized; wherein the chamber can simulate altitude and is essentially a vacuum chamber that allows a range of pressure, from sea level pressure conditions to pressure conditions found at approximately 25,000 feet (7600 metres) above sea level. an enclosed chamber sufficient for entry by a full size human, and for use for exercise by a full size human in a standing position; a pressure-altering apparatus (22A, 22B) to change the atmosphere inside of said chamber such that the pressure can be altered to simulate a change in elevation and corresponding gas concentrations; one or more pieces of exercise or recovery equipment placed in said chamber for use by a human; a monitoring system wherein the health status of said human is recorded and monitored before, during and after use of said system and apparatus; and an ability to apply external pressure patterns wherein various periods and amplitudes of the pressure patterns can be individualized; wherein the chamber can simulate altitude and is essentially a vacuum chamber that allows a range of pressure, from sea level pressure conditions to pressure conditions found at approximately 25,000 feet (7600 metres) above sea level.
DNA aptamer containing a nucleotide sequence presented as SEQ ID. No. 1, or a variant thereof which differs by one purine or pyrimidine base, showing affinity for an Arg tag.
A network system wherein at least one computer apparatus and a plurality of node devices (20A-20C) are communicatively connected to each other via a network, each of the plurality of node devices is accessible by one or more sensor devices (30A-30G) via a wireless communication, each of the sensor devices sequentially tries to connect to one or more candidate node devices for connection among the plurality of node devices via the wireless communication, each of the node devices acquires a sensor data from the sensor device connected to the node device itself via the wireless communication and saves the sensor data in a sensor data storage section included in the node device itself, and the computer apparatus requests the sensor data from any one or more of the one or more sensor devices by specifying the sensor data and acquires the sensor data from any of the plurality of node devices via the network, characterized in that the network system comprises: a sensor data saving information list storage section for storing a sensor data saving information list which indicates a proper node device among the plurality of node devices for saving each of the sensor data saved in the sensor data storage sections of the plurality of node devices according to an attribute of the sensor data; and a sensor data arrangement section for transferring each of the sensor data saved in the sensor data storage sections of the plurality of node devices to the proper node device for saving the sensor data based on the sensor data saving information list. a sensor data saving information list storage section for storing a sensor data saving information list which indicates a proper node device among the plurality of node devices for saving each of the sensor data saved in the sensor data storage sections of the plurality of node devices according to an attribute of the sensor data; and a sensor data arrangement section for transferring each of the sensor data saved in the sensor data storage sections of the plurality of node devices to the proper node device for saving the sensor data based on the sensor data saving information list.
System for controlling elevators in an elevator system, which elevator system comprises a number of elevators (1A...1H), the system for controlling elevators comprises sensor means adapted to give information about the number of passengers waiting for an elevator, and means for controlling elevators adapted to control the movement of the elevators of the elevator system, wherein the system comprises: first sensor means (2, 2A...2H), which are arranged in the waiting area of each elevator (1A... 1H) on each floor (F, F1, F2, F3...Fn), which first sensor means (2, 2A...2H) are fitted to give information about the presence and number of passengers waiting for an elevator at least in the waiting area in question, means for controlling the elevators, which means are fitted to receive information from the first sensor means (2,2A...2H) about the presence and number of passengers waiting for an elevator on each floor and to control the movement of the elevators (1A...1H) of the elevator system utilizing the information received from the sensor means (2,2A...2H), characterized in that the first sensor means are planar sensors that operate capacitively; the system further comprises second sensor means, which are arranged in each elevator and are fitted to give information about the presence and number of passengers that are in the elevator. first sensor means (2, 2A...2H), which are arranged in the waiting area of each elevator (1A... 1H) on each floor (F, F1, F2, F3...Fn), which first sensor means (2, 2A...2H) are fitted to give information about the presence and number of passengers waiting for an elevator at least in the waiting area in question, means for controlling the elevators, which means are fitted to receive information from the first sensor means (2,2A...2H) about the presence and number of passengers waiting for an elevator on each floor and to control the movement of the elevators (1A...1H) of the elevator system utilizing the information received from the sensor means (2,2A...2H), characterized in that the first sensor means are planar sensors that operate capacitively; the system further comprises second sensor means, which are arranged in each elevator and are fitted to give information about the presence and number of passengers that are in the elevator.