mhurhangee/ep-ind-claims huggingface dataset:
Container for a preferably viscous fluid having a compressible, preferably elastic, outer body and an inner body opening out of the container and comprising the fluid, wherein captive air is enclosed between the outer body and inner body and the inner body is affixed within the outer body such that when compressive force is applied upon the outer body, the captive air transfers the force unto the inner body, displacing and discharging the fluid from the container, characterized in a preferably textile integral pouch lining the inner body, a removable lid form-fit to both the outer body and inner body, a nozzle mounted upon the lid, a preferably textile or plastic replaceable pouch form-fit within the inner body between the integral pouch and lid and containing the fluid, a first cavity formed peripherally about the inner body and containing the captive air, and a mouth formed in the replaceable pouch and protruding from the lid into the nozzle, wherein the inner body opens out through the lid into the nozzle and is rigid and in fluid communication with the first cavity such that under said force, the outer body diminishes the first cavity and expels the captive air into the inner body, the captive air entering the inner body gradually everts the integral pouch toward the lid, and the integral pouch extrudes the fluid via the mouth through the nozzle while it progressively displaces and compresses the replaceable pouch until the replaceable pouch nestles up against the lid and into the nozzle. a compressible, preferably elastic, outer body and an inner body opening out of the container and comprising the fluid, wherein captive air is enclosed between the outer body and inner body and the inner body is affixed within the outer body such that when compressive force is applied upon the outer body, the captive air transfers the force unto the inner body, displacing and discharging the fluid from the container, characterized in a preferably textile integral pouch lining the inner body, a removable lid form-fit to both the outer body and inner body, a nozzle mounted upon the lid, a preferably textile or plastic replaceable pouch form-fit within the inner body between the integral pouch and lid and containing the fluid, a first cavity formed peripherally about the inner body and containing the captive air, and a mouth formed in the replaceable pouch and protruding from the lid into the nozzle, wherein the inner body opens out through the lid into the nozzle and is rigid and in fluid communication with the first cavity such that under said force, the outer body diminishes the first cavity and expels the captive air into the inner body, the captive air entering the inner body gradually everts the integral pouch toward the lid, and the integral pouch extrudes the fluid via the mouth through the nozzle while it progressively displaces and compresses the replaceable pouch until the replaceable pouch nestles up against the lid and into the nozzle.
A method for transferring authorization information, comprising: receiving, by a Dynamic Host Configuration Protocol for IPv6, DHCPv6, relay device, a Solicit message from a DHCPv6 client; sending, by the DHCPv6 relay device, an Access-Request message to an Authentication-Authorization-Accounting, AAA, server after receiving the Solicit message; receiving (3, 101), by the DHCPv6 relay device, an Access-Accept message returned by the AAA server, wherein authorization information is encapsulated in the Access-Accept message and the authorization information comprises a name of a prefix pool, a designated IPv6 prefix or a designated IPv6 address; encapsulating (4, 102), by the DHCPv6 relay device, the Solicit message and the authorization information in a DHCPv6 Relay-Forward message after receiving the Access-Accept message; and sending (4, 102), by the DHCPv6 relay device, the Relay-Forward message to a DHCPv6 server. receiving, by a Dynamic Host Configuration Protocol for IPv6, DHCPv6, relay device, a Solicit message from a DHCPv6 client; sending, by the DHCPv6 relay device, an Access-Request message to an Authentication-Authorization-Accounting, AAA, server after receiving the Solicit message; receiving (3, 101), by the DHCPv6 relay device, an Access-Accept message returned by the AAA server, wherein authorization information is encapsulated in the Access-Accept message and the authorization information comprises a name of a prefix pool, a designated IPv6 prefix or a designated IPv6 address; encapsulating (4, 102), by the DHCPv6 relay device, the Solicit message and the authorization information in a DHCPv6 Relay-Forward message after receiving the Access-Accept message; and sending (4, 102), by the DHCPv6 relay device, the Relay-Forward message to a DHCPv6 server.
Vibration level switch having a membrane which can be set in oscillation and a drive unit for setting the membrane in oscillation and/or for detecting an oscillation of the membrane, characterized in that the drive unit comprises at least one electromagnetic drive and one piezoelectric drive.
A method for wireless communications performed by a user equipment, UE, comprising: receiving (405; 1305), from a base station (105; 905; 1005), a slot configuration that indicates a link direction pattern for symbols of a first slot, wherein the link direction pattern specifies each symbol as a downlink symbol, an uplink symbol, or a flexible symbol; receiving a dynamic slot configuration that designates one or more flexible symbols of the flexible symbols specified by the link direction pattern as uplink symbols; identifying (425; 1310) a transmission pattern of grant free uplink data transmission opportunities and a grant free uplink type for the UE (115; 505; 605), wherein the grant free uplink type being a first grant free uplink type indicates not to consider flexible symbols as grant free uplink transmission opportunities and the grant free uplink type being a second grant free uplink type indicates to consider flexible symbols, including flexible symbols designated as uplink symbols by the dynamic slot configuration, as grant free uplink transmission opportunities; upon identifying that the grant free uplink type is the second grant free uplink type, determining (430; 1315) a set of uplink resources of the first slot for grant free transmission of uplink data based on the slot configuration, the transmission pattern, and the grant free uplink type; and transmitting (440; 1320) an uplink data message to the base station using the determined set of the uplink resources. receiving (405; 1305), from a base station (105; 905; 1005), a slot configuration that indicates a link direction pattern for symbols of a first slot, wherein the link direction pattern specifies each symbol as a downlink symbol, an uplink symbol, or a flexible symbol; receiving a dynamic slot configuration that designates one or more flexible symbols of the flexible symbols specified by the link direction pattern as uplink symbols; identifying (425; 1310) a transmission pattern of grant free uplink data transmission opportunities and a grant free uplink type for the UE (115; 505; 605), upon identifying that the grant free uplink type is the second grant free uplink type, determining (430; 1315) a set of uplink resources of the first slot for grant free transmission of uplink data based on the slot configuration, the transmission pattern, and the grant free uplink type; and transmitting (440; 1320) an uplink data message to the base station using the determined set of the uplink resources.
A generator set comprising: an alternator; and an oil heating system including an oil pan structured to provide lubricating oil to an engine and including an oil outlet and an oil inlet, an immersion heater positioned at least partially within the oil pan, and a pump receiving oil from the oil outlet, and providing oil to the oil inlet, characterized by: a return line positioned within the oil pan, coupled to the oil inlet, and including an aperture for providing oil into the oil pan and aligned with the immersion heater. an alternator; and an oil heating system including an oil pan structured to provide lubricating oil to an engine and including an oil outlet and an oil inlet, an immersion heater positioned at least partially within the oil pan, and a pump receiving oil from the oil outlet, and providing oil to the oil inlet, an oil pan structured to provide lubricating oil to an engine and including an oil outlet and an oil inlet, an immersion heater positioned at least partially within the oil pan, and a pump receiving oil from the oil outlet, and providing oil to the oil inlet, characterized by: a return line positioned within the oil pan, coupled to the oil inlet, and including an aperture for providing oil into the oil pan and aligned with the immersion heater.
An ophthalmologic information processing apparatus for correcting an image of a subject's eye formed by arranging a plurality of A-scan images acquired by scanning inside the subject's eye with measurement light deflected around a scan center position, the ophthalmologic information processing apparatus being characterising by comprising: a specifying unit configured to specify for each pixel position, defined in a first coordinate system, in the image a transformation position, defined in a second coordinate system, along a traveling direction of the measurement light passing through the scan center position, the transformation position corresponding to a pixel position in the image; a transforming unit configured to transform the pixel positions into the transformation positions specified by the specifying unit; and an interpolator configured to interpolate pixels between the transformation positions in the second coordinate system by interpolating these pixels between the A-scan images in which the pixel positions have been transformed into the transformation positions using pixels in the A-scan images adjacent to each other, according to a depth position in the A-scan image. a specifying unit configured to specify for each pixel position, defined in a first coordinate system, in the image a transformation position, defined in a second coordinate system, along a traveling direction of the measurement light passing through the scan center position, the transformation position corresponding to a pixel position in the image; a transforming unit configured to transform the pixel positions into the transformation positions specified by the specifying unit; and an interpolator configured to interpolate pixels between the transformation positions in the second coordinate system by interpolating these pixels between the A-scan images in which the pixel positions have been transformed into the transformation positions using pixels in the A-scan images adjacent to each other, according to a depth position in the A-scan image.
System for distribution of electrical energy to a load, comprising: a load tap changer to distribute electrical energy to the load, wherein the load tap changer is controllable for operation in either phase angle firing operation mode or full cycle firing operation mode; a memory storing an electrical energy distribution strategy; and a central unit that commands the load tap changer to change between phase angle firing operation mode and full cycle firing operation mode in accordance with the electrical energy distribution strategy. a load tap changer to distribute electrical energy to the load, wherein the load tap changer is controllable for operation in either phase angle firing operation mode or full cycle firing operation mode; a memory storing an electrical energy distribution strategy; and a central unit that commands the load tap changer to change between phase angle firing operation mode and full cycle firing operation mode in accordance with the electrical energy distribution strategy.
Trichostatin A for use in the treatment of cancer in an individual, the dosage regime comprising: determining, from a tumor sample obtained from the individual's body, a level of aurora kinase A (AURKA) expression; and in the case that the level of AURKA expression is indicative of overexpression, administering to the individual trichostatin A to decrease the AURKA level in an individual. determining, from a tumor sample obtained from the individual's body, a level of aurora kinase A (AURKA) expression; and in the case that the level of AURKA expression is indicative of overexpression, administering to the individual trichostatin A to decrease the AURKA level in an individual.
A water-absorbent composition, being particulate, which is made mainly of a water-absorbent resin having a cross-linking structure obtained by polymerizing monomer mainly being an acrylic acid and/or neutralized acrylic acid, the monomers containing monomers other than the acrylic acid and/or the neutralized acrylic acid in an amount of not more than 30mol% with respect to a total amount of the acrylic acid and the neutralized acrylic acid, and the water-absorbent resin being surface-treated at its surface and/or periphery thereof, by a crosslinking agent capable of reacting with a functional group contained in the water-absorbent resin, and wherein not less than 1/3 and less than 3/4 of all molar quantities of an acid group is neutralized, and an amount of particles whose particle diameter is less than 850 μm and not less than 150 μm is not less than 90 mass % with respect to the whole, and an amount of particles whose particle diameter is not less than 300 μm is not less than 60 mass % with respect to the whole, and a plant component containing at least one kind selected from polyphenol, flavones, and caffeine is included. not less than 1/3 and less than 3/4 of all molar quantities of an acid group is neutralized, and an amount of particles whose particle diameter is less than 850 μm and not less than 150 μm is not less than 90 mass % with respect to the whole, and an amount of particles whose particle diameter is not less than 300 μm is not less than 60 mass % with respect to the whole, and a plant component containing at least one kind selected from polyphenol, flavones, and caffeine is included.
Process for the synthesis of the compound of formula: characterised in that the compound of formula: is subjected to the action of 1-(isocyanomethylsulphonyl)-4-methylbenzene (TosMIC) in the presence of a base in an organic solvent to yield the compound of formula.
Building or enclosure closure drive device having a drive or gear element which can be rotationally driven by a motor about an axis of rotation (50, 58) on a circular path, and a rotation stop device for the adjustable limitation of a rotary movement of the drive or gear element about the axis of rotation, the rotation stop device being characterized by: a first wedge member which is positively attachable to a component of the building or enclosure closure drive device and has a first inclined wedge surface for circumferential arrangement with respect to the axis of rotation of the drive or gear element to be bounded, a second wedge member having a second inclined wedge surface for engaging the first inclined wedge surface, to be arranged with the first and second inclined wedge surfaces (78, 80) lying one on top of the other on the first wedge member so as to be displaceable in the circumferential direction and has a stop surface for arrangement in a radial and/or axial direction with respect to the axis of rotation in order to limit the rotary movement of the drive or gear element, at least one of the wedge members (70, 72) being designed as a wedge-shaped circular arc segment, and a limiting device for a selectively adjustable limitation of a relative movement of the first and second wedge members (70, 72) in the axial direction, wherein the limiting device has a clamping element for clamping the wedge members (70, 72) lying on top of one another with the wedge surfaces (78, 80) and wherein the first and the second wedge member (70, 72) of the rotation stop device are adjustable in the circumferential direction in a steplessly displaceable manner, and the limiting device is steplessly adjustable in the axial direction. a first wedge member which is positively attachable to a component of the building or enclosure closure drive device and has a first inclined wedge surface for circumferential arrangement with respect to the axis of rotation of the drive or gear element to be bounded, a second wedge member having a second inclined wedge surface for engaging the first inclined wedge surface, to be arranged with the first and second inclined wedge surfaces (78, 80) lying one on top of the other on the first wedge member so as to be displaceable in the circumferential direction and has a stop surface for arrangement in a radial and/or axial direction with respect to the axis of rotation in order to limit the rotary movement of the drive or gear element, at least one of the wedge members (70, 72) being designed as a wedge-shaped circular arc segment, and a limiting device for a selectively adjustable limitation of a relative movement of the first and second wedge members (70, 72) in the axial direction, wherein the limiting device has a clamping element for clamping the wedge members (70, 72) lying on top of one another with the wedge surfaces (78, 80) and wherein the first and the second wedge member (70, 72) of the rotation stop device are adjustable in the circumferential direction in a steplessly displaceable manner, and the limiting device is steplessly adjustable in the axial direction.
An accessory for an electronic device, the accessory comprising: a housing including a first portion including an opening and formed to provide cooling and wireless charging to the electronic device and a second portion extending to one side from the first portion and formed to provide wireless charging; a fan assembly disposed in the first portion of the housing and configured to discharge air through the opening, the fan assembly disposed under the opening; first wireless charging circuitry disposed over the fan assembly and including a first wireless charging coil; a pad member disposed within the opening and configured to cover the first wireless charging circuitry; and second wireless charging circuitry disposed in the second portion of the housing and including a second wireless charging coil, wherein a first intake area is included in the first portion of the housing and a second intake area is included in the second portion of the housing, wherein the fan assembly is configured to introduce air into the housing through the first intake area and the second intake area, and wherein the accessory is configured so that air introduced into the second portion of the housing through the second intake area will pass over the second wireless charging circuit and move to the first portion of the housing. a housing including a first portion including an opening and formed to provide cooling and wireless charging to the electronic device and a second portion extending to one side from the first portion and formed to provide wireless charging; a fan assembly disposed in the first portion of the housing and configured to discharge air through the opening, the fan assembly disposed under the opening; first wireless charging circuitry disposed over the fan assembly and including a first wireless charging coil; a pad member disposed within the opening and configured to cover the first wireless charging circuitry; and second wireless charging circuitry disposed in the second portion of the housing and including a second wireless charging coil, wherein a first intake area is included in the first portion of the housing and a second intake area is included in the second portion of the housing, wherein the fan assembly is configured to introduce air into the housing through the first intake area and the second intake area, and wherein the accessory is configured so that air introduced into the second portion of the housing through the second intake area will pass over the second wireless charging circuit and move to the first portion of the housing.
A method for processing a base signal comprising: taking a logarithm of said base signal to produce a logarithmed signal; subtracting a time-delayed signal provided by a first feedback path from said logarithmed signal to produce a modified logarithmed signal; multiplying said modified logarithmed signal by an exponent to produce an effectively-exponentiated logarithmed signal; taking an antilogarithm of a first intermediate signal derived from said effectively-exponentiated logarithmed signal to produce an anti-log signal; and adding, via a second feedback path, said time-delayed signal to a second intermediate signal derived from said anti-log signal to produce an output signal, said time-delayed signal being a time-delayed version of said output signal. taking a logarithm of said base signal to produce a logarithmed signal; subtracting a time-delayed signal provided by a first feedback path from said logarithmed signal to produce a modified logarithmed signal; multiplying said modified logarithmed signal by an exponent to produce an effectively-exponentiated logarithmed signal; taking an antilogarithm of a first intermediate signal derived from said effectively-exponentiated logarithmed signal to produce an anti-log signal; and adding, via a second feedback path, said time-delayed signal to a second intermediate signal derived from said anti-log signal to produce an output signal, said time-delayed signal being a time-delayed version of said output signal.
Fastening device for fastening solar modules to a roof, wherein the fastening device comprises: at least a hook, wherein the hook has at least a fastening portion configured to fasten a mounting rail, wherein the hook comprises at least a first leg and at least a second leg, wherein the at least one first leg comprises at least a latching position and at least a base plate, which has at least a latching ledge to catch the hook, wherein the at least one latching ledge comprises at least a latching position, wherein the first leg and the second leg of the hook may be coupled with the base plate, wherein the latching position at the first leg may be latched with the latching position at the latching ledge, wherein the at least one hook and the at least one base plate are configured in such that the hook may be latched to the at least one base plate via a swivel movement of the at least one hook, characterized in that the at least one base plate comprises at least a receptacle for the free end of the second leg, wherein the receptacle comprises at least a mounting hook and a support ledge to support the second leg. at least a hook, wherein the hook has at least a fastening portion configured to fasten a mounting rail, wherein the hook comprises at least a first leg and at least a second leg, wherein the at least one first leg comprises at least a latching position and at least a base plate, which has at least a latching ledge to catch the hook, wherein the at least one latching ledge comprises at least a latching position, wherein the first leg and the second leg of the hook may be coupled with the base plate, wherein the latching position at the first leg may be latched with the latching position at the latching ledge, wherein the at least one hook and the at least one base plate are configured in such that the hook may be latched to the at least one base plate via a swivel movement of the at least one hook, characterized in that the at least one base plate comprises at least a receptacle for the free end of the second leg, wherein the receptacle comprises at least a mounting hook and a support ledge to support the second leg.