mhurhangee/ep-ind-claims huggingface dataset:
A rotary chambered fluid energy-transfer device comprising: (a) a housing comprising: a central portion having a bore formed therein; and an end plate forming an arcuate inlet passage (415, 415'), the inlet passage comprising a radial height and a circumferential extent; (b) an outer rotor rotatable in the central portion bore, the outer rotor comprising a female gear profile formed in a radial portion defining a plurality of roots; and (c) an inner rotor with a male gear profile defining a plurality of lobes in operative engagement with the outer rotor, forming a minimum radial distance between an outer rotor root and a corresponding inner rotor lobe defining a duct end face proximate the end plate, characterized in that the duct end face comprises a radial height equivalent to the inlet passage radial height at a leading edge of the inlet passage. (a) a housing comprising: a central portion having a bore formed therein; and an end plate forming an arcuate inlet passage (415, 415'), the inlet passage comprising a radial height and a circumferential extent; a central portion having a bore formed therein; and an end plate forming an arcuate inlet passage (415, 415'), the inlet passage comprising a radial height and a circumferential extent; (b) an outer rotor rotatable in the central portion bore, the outer rotor comprising a female gear profile formed in a radial portion defining a plurality of roots; and (c) an inner rotor with a male gear profile defining a plurality of lobes in operative engagement with the outer rotor, forming a minimum radial distance between an outer rotor root and a corresponding inner rotor lobe defining a duct end face proximate the end plate, characterized in that the duct end face comprises a radial height equivalent to the inlet passage radial height at a leading edge of the inlet passage.
A preparation of cells, comprising: (a) a plurality of cells wherein greater than 90 percent of the cells in the preparation are photoreceptor progenitor cells that are immunocytochemically PAX6 +, and CHX10, and mRNA transcript positive for MASH1, as detected by qPCR, and (b) a medium suitable for maintaining the viability of the photoreceptor progenitor cells. (a) a plurality of cells wherein greater than 90 percent of the cells in the preparation are photoreceptor progenitor cells that are immunocytochemically PAX6 +, and CHX10, and mRNA transcript positive for MASH1, as detected by qPCR, and (b) a medium suitable for maintaining the viability of the photoreceptor progenitor cells.
A dry sprinkler comprising: a tube section having openings at opposite ends of the tube section; a supply line connection at one end of the tube section, the supply line connection having an opening to receive fluid from the supply line; a first seal sealed with the supply line connection to prevent fluid from the supply from entering the tube section; a sprinkler head coupled to the tube section at another end of the tube section opposite the supply line connection, the sprinkler head having a deflector, a second seal sealing an output orifice of the sprinkler head, and a thermally responsive element arranged to maintain the second seal sealed; and a fluid contained in the tube between the first seal and the second seal, wherein the fluid is not susceptible to freezing, wherein the thermally responsive element is constructed to release the second seal in response to an elevated temperature condition, to permit the release of the fluid in the tube and release the first seal to move toward the sprinkler head, characterized in that the tube section is flexible and the first seal and the second seal are connected by a flexible connector; and the dry sprinkler further comprises a differential pressure device constructed to maintain a ratio between the pressure in the tube section and the pressure of the fluid supply to at least a certain ratio. a tube section having openings at opposite ends of the tube section; a supply line connection at one end of the tube section, the supply line connection having an opening to receive fluid from the supply line; a first seal sealed with the supply line connection to prevent fluid from the supply from entering the tube section; a sprinkler head coupled to the tube section at another end of the tube section opposite the supply line connection, the sprinkler head having a deflector, a second seal sealing an output orifice of the sprinkler head, and a thermally responsive element arranged to maintain the second seal sealed; and a fluid contained in the tube between the first seal and the second seal, wherein the fluid is not susceptible to freezing, wherein the thermally responsive element is constructed to release the second seal in response to an elevated temperature condition, to permit the release of the fluid in the tube and release the first seal to move toward the sprinkler head, characterized in that the tube section is flexible and the first seal and the second seal are connected by a flexible connector; and the dry sprinkler further comprises a differential pressure device constructed to maintain a ratio between the pressure in the tube section and the pressure of the fluid supply to at least a certain ratio.
A position sensor for measuring the position of an object comprising: a sensing element; an oscillator coupled to the sensing element such that an electromagnetic field is emitted from the sensing element; an output arranged to provide a signal which varies in dependence upon a change in an electrical property of the oscillator, wherein a change in object position relative to the sensing element alters the electrical property of the oscillator; and further wherein the sensing element comprises at least one discontinuity arranged to perturb the signal at a predetermined object position. a sensing element; an oscillator coupled to the sensing element such that an electromagnetic field is emitted from the sensing element; an output arranged to provide a signal which varies in dependence upon a change in an electrical property of the oscillator, wherein a change in object position relative to the sensing element alters the electrical property of the oscillator; and further wherein the sensing element comprises at least one discontinuity arranged to perturb the signal at a predetermined object position.
A humidifier which comprises: a main body including a water reservoir for storing water; an upper body disposed above the water reservoir for covering the water reservoir; and a vibration unit including a vibrator for atomizing the water in the water reservoir, wherein the upper body includes a first hinge part for hinge-coupling with the main body and a second hinge part for hinge-coupling with the vibration unit, the upper body is capable of being lifted from the main body using the other hinge part as a pivot, characterized in that the vibration unit is capable of rotatably moving in the water using the second hinge part as a pivot, and the vibration unit further includes a vibrator receiving unit for the vibrator. a main body including a water reservoir for storing water; an upper body disposed above the water reservoir for covering the water reservoir; and a vibration unit including a vibrator for atomizing the water in the water reservoir, wherein the upper body includes a first hinge part for hinge-coupling with the main body and a second hinge part for hinge-coupling with the vibration unit, the upper body is capable of being lifted from the main body using the other hinge part as a pivot, characterized in that the vibration unit is capable of rotatably moving in the water using the second hinge part as a pivot, and the vibration unit further includes a vibrator receiving unit for the vibrator.
Running gear for a rail vehicle comprising a bogie and a brake linkage, with at least one bearing element, wherein the brake linkage comprises a brake bridge, wherein the brake bridge is mounted at the bogie by means of the at least one bearing element and/or is connected to the bogie, wherein the at least one bearing element consists of a plastic, characterized in that the plastic is polyoxymethylene and/or that the plastic is a self-lubricating plastic.
A damper device for a vehicle, comprising: a first hysteresis mechanism configured to generate a predetermined first hysteresis torque, and the first hysteresis mechanism being configured to generate the first hysteresis torque in a positive torsion angle region in which a torque is transmitted from an engine side and in a negative torsion angle region in which a torque is transmitted from a power transmission device side; and a second hysteresis mechanism configured to generate a second hysteresis torque that is larger than the first hysteresis torque, the first and second hysteresis mechanisms being able to be provided between the engine and the power transmission device equipped with a motor generator, characterized by the second hysteresis mechanism being configured to generate the second hysteresis torque only in the negative torsion angle region. a first hysteresis mechanism configured to generate a predetermined first hysteresis torque, and the first hysteresis mechanism being configured to generate the first hysteresis torque in a positive torsion angle region in which a torque is transmitted from an engine side and in a negative torsion angle region in which a torque is transmitted from a power transmission device side; and a second hysteresis mechanism configured to generate a second hysteresis torque that is larger than the first hysteresis torque, the first and second hysteresis mechanisms being able to be provided between the engine and the power transmission device equipped with a motor generator, characterized by the second hysteresis mechanism being configured to generate the second hysteresis torque only in the negative torsion angle region.
Process for obtaining a cellulose pulp from a hemp-based plant material, characterized in that, at the start of the process, the plant material comprises, by weight, at least 50% of hemp stems harvested at a stage of maturity of greater than or equal to flowering, said hemp stems exhibiting a content of at least 30% of hemp chaff and a length of less than 80 cm, and in that the process comprises at least one stage of cooking and at least one stage of treatment prior and/or subsequent to the cooking stage, these stages being configured in order to remove at least a portion of the lignins and at least 20% by weight of the hemicelluloses, in order to obtain a cellulose content of greater than 80% by weight.
A woven tape for use as heat resistant separation material, comprising - a first set of yarns in a first direction of the woven tape; said first set of yarns comprises yarns comprising stainless steel fibers, and said first set of yarns has a material density, which is the number of yarns per meter of said first set of yarns in said first direction multiplied by their linear density; - a second set of yarns in the second direction of the woven tape; and said second set of yarns has a material density which is the number of yarns per meter of said second set of yarns in said second direction multiplied by their linear density; wherein the weave of said woven tape is a twill weave or a satin weave; and wherein the material density of said second set of yarns is higher than the material density of said first set of yarns; characterized in that said second set of yarns comprises yarns comprising fibers out of NiCr alloy or NiCrFe alloy, comprising at least 40% by weight of nickel and at least 14% by weight of chromium. - a first set of yarns in a first direction of the woven tape; said first set of yarns comprises yarns comprising stainless steel fibers, and said first set of yarns has a material density, which is the number of yarns per meter of said first set of yarns in said first direction multiplied by their linear density; - a second set of yarns in the second direction of the woven tape; and said second set of yarns has a material density which is the number of yarns per meter of said second set of yarns in said second direction multiplied by their linear density;
Electronic imager for imaging a photographic medium, comprising at least one matrix array of micro-mirrors each of which is suitable for reflecting, during a change in position, a light beam originating from at least one light source towards a projecting optical element, the change in position of the micro-mirrors being commanded by a signal modulated at a switching frequency ( f b) of the micro-mirrors that is comprised between 1 Hz and 100 kHz.
Hydraulic turbomachine having an impeller which is loaded by water, having a diffuser with a multiplicity of guide blades, which diffuser comprises a regulating ring for rotating the guide blades, and having at least one hydraulic servomotor, characterized in that the at least one servomotor is of multiple stage configuration, the housings (20, 30) of the stages being connected fixedly to one another, and the pistons (21, 31) of the stages interacting only in a part range of the entire adjusting range.
A method for controlling access of a smart device, without Low Density Parity Check Code LDPC coding capability, to a router, which is applied in a terminal, wherein the method comprises: detecting (S11, S31, S51) whether the terminal would communicate with the router through a LDPC coding-decoding scheme when access to a Wireless Local Area Network WLAN is requested; upon determining that the terminal would communicate with the router through the LDPC coding-decoding scheme, establishing (S12, S52) connection with the router; characterized in that the method further comprises: when the smart device, without LDPC coding capability, requests access to the WLAN, negotiating, by the terminal, with the router to switch the LDPC coding-decoding scheme to a non-LDPC coding-decoding scheme during a negotiation phase; establishing connection with the router through the non-LDPC coding-decoding scheme; and notifying (S13, S34, S53) the router to broadcast information about the WLAN through a non-LDPC coding-decoding scheme, the information about the WLAN being used for the smart device, without LDPC coding capability, to access the WLAN via the router through the non-LDPC coding-decoding scheme. detecting (S11, S31, S51) whether the terminal would communicate with the router through a LDPC coding-decoding scheme when access to a Wireless Local Area Network WLAN is requested; upon determining that the terminal would communicate with the router through the LDPC coding-decoding scheme, establishing (S12, S52) connection with the router; characterized in that the method further comprises: when the smart device, without LDPC coding capability, requests access to the WLAN, negotiating, by the terminal, with the router to switch the LDPC coding-decoding scheme to a non-LDPC coding-decoding scheme during a negotiation phase; establishing connection with the router through the non-LDPC coding-decoding scheme; and notifying (S13, S34, S53) the router to broadcast information about the WLAN through a non-LDPC coding-decoding scheme, the information about the WLAN being used for the smart device, without LDPC coding capability, to access the WLAN via the router through the non-LDPC coding-decoding scheme.
Measuring arrangement for a gas burner, comprising a flame rod; a first power supply device configured to apply a supply voltage to the flame rod, wherein the first power supply device is configured to be switched on and off thereby switching on and off the supply voltage to the flame rod; a measuring device configured to measure a flame ionization current at the flame rod with the aid of the supply voltage applied to the flame rod; a microcontroller configured to receive the flame ionization current from the flame rod; characterized in that the flame ionization current is measurable with the supply voltage being switched on and with the supply voltage being switched off, and in that the measuring arrangement further comprises an input definition circuit configured to switch the measuring arrangement between a relative low impedance measuring circuit and a relative high impedance measuring circuit, wherein the measuring arrangement is adapted to measure the flame ionization current at the flame rod when the measuring arrangement is switched by the input definition circuit to a relative low measuring impedance circuit; the measuring arrangement is adapted to measure a thermionic voltage at the flame rod when the measuring arrangement is switched by the input definition circuit to a relative high impedance measuring circuit. a flame rod; a first power supply device configured to apply a supply voltage to the flame rod, wherein the first power supply device is configured to be switched on and off thereby switching on and off the supply voltage to the flame rod; a measuring device configured to measure a flame ionization current at the flame rod with the aid of the supply voltage applied to the flame rod; a microcontroller configured to receive the flame ionization current from the flame rod; characterized in that the flame ionization current is measurable with the supply voltage being switched on and with the supply voltage being switched off, and in that the measuring arrangement further comprises an input definition circuit configured to switch the measuring arrangement between a relative low impedance measuring circuit and a relative high impedance measuring circuit, wherein the measuring arrangement is adapted to measure the flame ionization current at the flame rod when the measuring arrangement is switched by the input definition circuit to a relative low measuring impedance circuit; the measuring arrangement is adapted to measure a thermionic voltage at the flame rod when the measuring arrangement is switched by the input definition circuit to a relative high impedance measuring circuit. the measuring arrangement is adapted to measure the flame ionization current at the flame rod when the measuring arrangement is switched by the input definition circuit to a relative low measuring impedance circuit; the measuring arrangement is adapted to measure a thermionic voltage at the flame rod when the measuring arrangement is switched by the input definition circuit to a relative high impedance measuring circuit.
A polishing head for pressing a polishing tool against a substrate, comprising: a polishing-tool pressing member for supporting a polishing tool; a movable shaft coupled to the polishing-tool pressing member; a housing which houses the movable shaft therein; and a diaphragm which forms a pressure chamber between an end portion of the movable shaft and the housing, the diaphragm including a central portion in contact with the end portion of the movable shaft, characterised in that the diaphragm further includes an inner wall portion connecting with the central portion and extending along a side surface of the movable shaft, a folded-back portion connecting with the inner wall portion and having a curved cross section, and an outer wall portion connecting with the folded-back portion and located outside the inner wall portion. a polishing-tool pressing member for supporting a polishing tool; a movable shaft coupled to the polishing-tool pressing member; a housing which houses the movable shaft therein; and a diaphragm which forms a pressure chamber between an end portion of the movable shaft and the housing, the diaphragm including a central portion in contact with the end portion of the movable shaft, characterised in that the diaphragm further includes an inner wall portion connecting with the central portion and extending along a side surface of the movable shaft, a folded-back portion connecting with the inner wall portion and having a curved cross section, and an outer wall portion connecting with the folded-back portion and located outside the inner wall portion.
A data communications system, comprising: a host including a power supply providing a supply voltage over a supply voltage line and a reference voltage over a reference voltage line with said host selectively enabling a particular one voltage line when asserting a wake signal; and a client (110 i) including a plurality of electrical components, characterized in that said client (110 i) further comprises an isolator disposed between said plurality of electrical components and said host, said isolator including a client portion, a host portion, and a plurality of isolator channels with said isolator having an active mode and an inactive mode wherein said active mode enables a transmission from a channel input port to a channel output port of each said isolator channel when both said client portion and said host portion are enabled and wherein said inactive mode disables said transmissions of said isolator channels when either said client portion or said host portion are non-enabled, said plurality of isolator channels including a wake channel having said channel input port coupled to said particular one voltage line with said host portion enabled whenever said wake signal is asserted; wherein said plurality of electrical components include a wake-control system, coupled to said channel output port of said wake channel, periodically enabling said client portion to test a state of said wake signal with said wake-control system maintaining said client portion enabled as long as said wake signal is asserted. a host including a power supply providing a supply voltage over a supply voltage line and a reference voltage over a reference voltage line with said host selectively enabling a particular one voltage line when asserting a wake signal; and a client (110 i) including a plurality of electrical components, characterized in that said client (110 i) further comprises an isolator disposed between said plurality of electrical components and said host, said isolator including a client portion, a host portion, and a plurality of isolator channels with said isolator having an active mode and an inactive mode wherein said active mode enables a transmission from a channel input port to a channel output port of each said isolator channel when both said client portion and said host portion are enabled and wherein said inactive mode disables said transmissions of said isolator channels when either said client portion or said host portion are non-enabled, said plurality of isolator channels including a wake channel having said channel input port coupled to said particular one voltage line with said host portion enabled whenever said wake signal is asserted; wherein said plurality of electrical components include a wake-control system, coupled to said channel output port of said wake channel, periodically enabling said client portion to test a state of said wake signal with said wake-control system maintaining said client portion enabled as long as said wake signal is asserted.