mhurhangee/ep-ind-claims huggingface dataset:
A retaining member, comprising: a frustoconical body comprising an upper portion, a lower portion, and an opening extending between the upper and lower portions, an inner surface and an outer surface; a cylindrical skirt extending from the lower portion of the frustoconical body, wherein the cylindrical skirt comprises a plurality of external threads formed on its external surface; and a multilayered deformable member comprising a first layer extending from the inner surface of the frustoconical body between the upper portion and the lower portion, and at least one concentric layer positioned inwardly from the first layer, wherein the first layer has a generally frustoconical shape and the concentric layer has a generally cylindrical shape, wherein the retaining member is configured to be rotatably secured to a double-walled structure via the plurality of external threads so that a bottle positioned in a chamber of the double-walled structure is retained in the chamber by compression of the multilayered deformable member within the double-walled structure. a frustoconical body comprising an upper portion, a lower portion, and an opening extending between the upper and lower portions, an inner surface and an outer surface; a cylindrical skirt extending from the lower portion of the frustoconical body, wherein the cylindrical skirt comprises a plurality of external threads formed on its external surface; and a multilayered deformable member comprising a first layer extending from the inner surface of the frustoconical body between the upper portion and the lower portion, and at least one concentric layer positioned inwardly from the first layer, wherein the first layer has a generally frustoconical shape and the concentric layer has a generally cylindrical shape, wherein the retaining member is configured to be rotatably secured to a double-walled structure via the plurality of external threads so that a bottle positioned in a chamber of the double-walled structure is retained in the chamber by compression of the multilayered deformable member within the double-walled structure.
An elevator car door locking apparatus comprising: a cam that is fixed to a door hanger that suspends a side opening door of a car; a stationary hook that is fixed to said door hanger; a first roller that is mounted to said car, and that moves downward due to pressure from said cam that accompanies movement of said door hanger; a second roller that is mounted to said car, and that contacts a landing vane that is mounted vertically in a hoistway in a vicinity of a landing closer to a door closing direction side than a path of said first roller due to movement of said car and moves upward based on said downward movement of said first roller; and a movable hook that is mounted to said car, and that faces said stationary hook and releases locking on said stationary hook based on said upward movement of said second roller. a cam that is fixed to a door hanger that suspends a side opening door of a car; a stationary hook that is fixed to said door hanger; a first roller that is mounted to said car, and that moves downward due to pressure from said cam that accompanies movement of said door hanger; a second roller that is mounted to said car, and that contacts a landing vane that is mounted vertically in a hoistway in a vicinity of a landing closer to a door closing direction side than a path of said first roller due to movement of said car and moves upward based on said downward movement of said first roller; and a movable hook that is mounted to said car, and that faces said stationary hook and releases locking on said stationary hook based on said upward movement of said second roller.
A method for operating a base station, BS, in a wireless network, the wireless network comprising a plurality of coordinated BSs, each associated with a plurality of coordinated transmission modes, the method comprising: receiving channel quality information related to a user equipment, UE, served by the plurality of BSs; determining a coordinated transmission mode based on the channel quality information according to a transmission threshold criteria; and transmitting a complete codeword or a partial codeword according to the coordinated transmission mode during handover of the UE, wherein the coordinated transmission mode indicates whether the complete codeword or the partial codeword is transmitted by each of the plurality of BSs. receiving channel quality information related to a user equipment, UE, served by the plurality of BSs; determining a coordinated transmission mode based on the channel quality information according to a transmission threshold criteria; and transmitting a complete codeword or a partial codeword according to the coordinated transmission mode during handover of the UE, wherein the coordinated transmission mode indicates whether the complete codeword or the partial codeword is transmitted by each of the plurality of BSs.
Device for adaptively stripping insulated flat metal wires, comprising: - at least one device for detecting the overall thickness of a supplied insulated flat metal wire; - at least one device for detecting a thickness of the insulation of the supplied insulated flat metal wire at at least one position; - at least one adjustable device for mechanically stripping the supplied insulated flat metal wire on at least one of its flat sides, the device for mechanical stripping being adjustable in terms of its stripping depth and comprising a mechanical stripping means; and - a control unit, which is operatively coupled to the at least one device for detecting the overall thickness and the at least one device for detecting the thickness of the insulation and is designed to adjust the device for mechanical stripping with respect to its stripping depth on the basis of the detected thicknesses, characterised in that the at least one device for mechanical stripping comprises two linear actuators (22a, 22b), which can be operated in a coordinated manner, of which a first is designed to shift the stripping means at a predetermined angle, preferably a right angle, to the wire to be stripped and thus to adjust the stripping depth, and a second is designed to shift the mechanical stripping means linearly along the extension of the insulated flat metal wire. - at least one device for detecting the overall thickness of a supplied insulated flat metal wire; - at least one device for detecting a thickness of the insulation of the supplied insulated flat metal wire at at least one position; - at least one adjustable device for mechanically stripping the supplied insulated flat metal wire on at least one of its flat sides, the device for mechanical stripping being adjustable in terms of its stripping depth and comprising a mechanical stripping means; and - a control unit, which is operatively coupled to the at least one device for detecting the overall thickness and the at least one device for detecting the thickness of the insulation and is designed to adjust the device for mechanical stripping with respect to its stripping depth on the basis of the detected thicknesses, characterised in that the at least one device for mechanical stripping comprises two linear actuators (22a, 22b), which can be operated in a coordinated manner, of which a first is designed to shift the stripping means at a predetermined angle, preferably a right angle, to the wire to be stripped and thus to adjust the stripping depth, and a second is designed to shift the mechanical stripping means linearly along the extension of the insulated flat metal wire.
Fluid interception valve comprising: - at least one valve body having at least one inlet, at least one outlet and at least one channel which places in fluid communication the inlet with the outlet, - at least one shutter arranged within the valve body and comprising: ∘ at least one operative surface configured for intercepting fluid crossing the valve body, ∘ at least one lateral wall extending transversely to the operative surface, - at least one connection element comprising at least one top portion engaged with the valve body; wherein said connection element comprises at least one base portion engaged with the lateral wall of the shutter; wherein the connection element is a body separated from the shutter; wherein at least the base portion of the connection element is removably engaged with the lateral wall of the shutter; wherein the top portion of the connection element emerges transversely with respect to the base portion, characterized in that said top portion has a convex shape configured for insertingly receiving at least one projection emerging from an internal wall of the valve body; wherein said projection is integrally formed with the valve body and arranged within the latter, said projection defining, in cooperation with the valve body, a hinging seat configured for housing the top portion of the connection element and pivotally constraining the latter to the valve body. - at least one valve body having at least one inlet, at least one outlet and at least one channel which places in fluid communication the inlet with the outlet, - at least one shutter arranged within the valve body and comprising: ∘ at least one operative surface configured for intercepting fluid crossing the valve body, ∘ at least one lateral wall extending transversely to the operative surface, ∘ at least one operative surface configured for intercepting fluid crossing the valve body, ∘ at least one lateral wall extending transversely to the operative surface, - at least one connection element comprising at least one top portion engaged with the valve body; wherein said connection element comprises at least one base portion engaged with the lateral wall of the shutter; wherein the connection element is a body separated from the shutter; wherein at least the base portion of the connection element is removably engaged with the lateral wall of the shutter; wherein the top portion of the connection element emerges transversely with respect to the base portion, characterized in that said top portion has a convex shape configured for insertingly receiving at least one projection emerging from an internal wall of the valve body; wherein said projection is integrally formed with the valve body and arranged within the latter, said projection defining, in cooperation with the valve body, a hinging seat configured for housing the top portion of the connection element and pivotally constraining the latter to the valve body.
A method for differentiating between live and inactivated bacteria in a treated sample comprising: staining the sample with a single membrane-associated dye; illuminating the sample with an incident light at λexcitation; measuring, for each bacterial cell (i) the intensity I1 of emitted light at wavelength λ1; and (ii) the intensity I2 of emitted light at wavelength λ2; calculating a ratio I2/I1; and determining whether the bacterial cell is live or inactivated based on whether the calculated I2/I1 is larger or smaller than a predetermined threshold. staining the sample with a single membrane-associated dye; illuminating the sample with an incident light at λexcitation; measuring, for each bacterial cell (i) the intensity I1 of emitted light at wavelength λ1; and (ii) the intensity I2 of emitted light at wavelength λ2; calculating a ratio I2/I1; and determining whether the bacterial cell is live or inactivated based on whether the calculated I2/I1 is larger or smaller than a predetermined threshold.
A method for metadata relocation in a dynamic random access memory, DRAM, comprising: receiving a first request to access first data at a first data location in a first memory page of the DRAM and associated metadata in a second memory page of the DRAM; determining whether the first data location in the first memory page is configured to store metadata; accessing the first data at the first data location in the first memory page if the first data location in the first memory page is not configured to store metadata; determining a metadata location in the first memory page if the first data location in the first memory page is not configured to store metadata; accessing the associated metadata at the metadata location in the first memory page if the first data location in the first memory page is not configured to store metadata; determining a second data location in the second memory page if the first data location in the first memory page is configured to store metadata; accessing the first data at the second data location in the second memory page if the first data location in the first memory page is configured to store metadata; and accessing the associated metadata at the first data location in the first memory page if the first data location in the first memory page is configured to store metadata. receiving a first request to access first data at a first data location in a first memory page of the DRAM and associated metadata in a second memory page of the DRAM; determining whether the first data location in the first memory page is configured to store metadata; accessing the first data at the first data location in the first memory page if the first data location in the first memory page is not configured to store metadata; determining a metadata location in the first memory page if the first data location in the first memory page is not configured to store metadata; accessing the associated metadata at the metadata location in the first memory page if the first data location in the first memory page is not configured to store metadata; determining a second data location in the second memory page if the first data location in the first memory page is configured to store metadata; accessing the first data at the second data location in the second memory page if the first data location in the first memory page is configured to store metadata; and accessing the associated metadata at the first data location in the first memory page if the first data location in the first memory page is configured to store metadata.
A vehicle headlamp control device, comprising: a headlamp that irradiates an area in front of a vehicle; a camera that captures an image of the area in front of the vehicle; a pedestrian detection portion configured to detect a pedestrian in front of the vehicle from the image captured by the camera; and a control portion configured to control the headlamp and cause the headlamp to irradiate the pedestrian so that a given-shaped part that is not irradiated is formed at a location of an eye of the pedestrian, or a given-shaped part irradiated by dimmed light is formed at the location of the eye of the pedestrian characterized in that the pedestrian detection portion is configured to detect the pedestrian in front of the vehicle from the image captured by the camera by performing pattern recognition based on a preregistered pattern image, and an image of a pedestrian, whose eyes are hidden by the given-shaped part, is preregistered as the pattern image. a headlamp that irradiates an area in front of a vehicle; a camera that captures an image of the area in front of the vehicle; a pedestrian detection portion configured to detect a pedestrian in front of the vehicle from the image captured by the camera; and a control portion configured to control the headlamp and cause the headlamp to irradiate the pedestrian so that a given-shaped part that is not irradiated is formed at a location of an eye of the pedestrian, or a given-shaped part irradiated by dimmed light is formed at the location of the eye of the pedestrian the pedestrian detection portion is configured to detect the pedestrian in front of the vehicle from the image captured by the camera by performing pattern recognition based on a preregistered pattern image, and an image of a pedestrian, whose eyes are hidden by the given-shaped part, is preregistered as the pattern image.
A polymer compound represented by Chemical Formula 1 comprising a biomass-derived 1,3-cyclopentanediol monomer: wherein R is a compound of Chemical Formula 2 or Chemical Formula 3, wherein * is a linking position, and a is an integer of 1 to 30, b is an integer of 1 to 30, and c is an integer of 1 to 30. wherein R is a compound of Chemical Formula 2 or Chemical Formula 3, wherein * is a linking position, and a is an integer of 1 to 30, b is an integer of 1 to 30, and c is an integer of 1 to 30.
A radio resource control, RRC, layer connection method in a terminal of a wireless communication system, the method comprising: receiving an RRC connection release message from a base station, the RRC connection release message including RACHless operation information list indicative of dispensing with at least a part of the RACH procedure; storing a timing advance value acquired through a RACH procedure for establishing an RRC layer connection with the base station; receiving periodically an uplink resource allocation message indicating uplink resources allocated to the terminal from the base station after releasing the RRC layer connection with the base station; and transmitting an RRC layer connection request message based on the stored timing advance value after the terminal received the RRC connection release message and the allocated uplink resources, wherein the RRC layer connection request message is transmitted without transmitting an RA preamble message according to the RACHless operation information list if the RRC layer connection with the base station is determined. receiving an RRC connection release message from a base station, the RRC connection release message including RACHless operation information list indicative of dispensing with at least a part of the RACH procedure; storing a timing advance value acquired through a RACH procedure for establishing an RRC layer connection with the base station; receiving periodically an uplink resource allocation message indicating uplink resources allocated to the terminal from the base station after releasing the RRC layer connection with the base station; and transmitting an RRC layer connection request message based on the stored timing advance value after the terminal received the RRC connection release message and the allocated uplink resources, wherein the RRC layer connection request message is transmitted without transmitting an RA preamble message according to the RACHless operation information list if the RRC layer connection with the base station is determined.
Drainage device for liquids, comprising: a base body; a top element connected to the base body, the base body having a first sealing ring which seals the connection to the top element; an insert element (30, 40) comprising a housing and a movable closure element as an odor seal and backwater stop; the closure element in a first position sealing a portion of a liquid inlet from a portion of a liquid outlet, and the closure element being movable from the first position in a first direction to at least one further position allowing liquid to flow from the portion of the liquid inlet to the portion of the liquid outlet; and a cover element which is arranged on the top element and is partially permeable to liquid; characterized in that the housing of the insert element (30, 40) has a second sealing ring which seals the connection of the housing to the top element; and two spacer elements (51a, 52a) are arranged between the housing of the insert element (30, 40) and the cover element, the two spacer elements (51a, 52a) being arranged on the cover element and preventing movement of the housing in a second direction which is opposite to the first direction; wherein the cover element has a fixing lug and a closure device, the fixing lug hooks into the top element, the closure device for closing the cover element is rotatable on the top element up to a stop provided on the cover element, and a first of the spacer elements on the cover element is formed as an extension of the fixing lug and a second of the spacer elements on the cover element is formed as an extension of the stop. a base body; a top element connected to the base body, the base body having a first sealing ring which seals the connection to the top element; an insert element (30, 40) comprising a housing and a movable closure element as an odor seal and backwater stop; the closure element in a first position sealing a portion of a liquid inlet from a portion of a liquid outlet, and the closure element being movable from the first position in a first direction to at least one further position allowing liquid to flow from the portion of the liquid inlet to the portion of the liquid outlet; and a cover element which is arranged on the top element and is partially permeable to liquid; characterized in that the housing of the insert element (30, 40) has a second sealing ring which seals the connection of the housing to the top element; and two spacer elements (51a, 52a) are arranged between the housing of the insert element (30, 40) and the cover element, the two spacer elements (51a, 52a) being arranged on the cover element and preventing movement of the housing in a second direction which is opposite to the first direction; wherein the cover element has a fixing lug and a closure device, the fixing lug hooks into the top element, the closure device for closing the cover element is rotatable on the top element up to a stop provided on the cover element, and a first of the spacer elements on the cover element is formed as an extension of the fixing lug and a second of the spacer elements on the cover element is formed as an extension of the stop.
A facility for treating or processing or transporting products using materials made of wood composite, paperboard or plastic, said facility comprising at least: a) one machine, b) at least one sensor assigned to the machine which b 1) has a detection surface oriented essentially in a vertical direction, b 2) is subject to a contamination of the detection surface during the treatment or processing process, b 3) a blow-off device operating with compressed air comprising an overpressure container and a blow-off nozzle, wherein b 4) the overpressure container is connected to the blow-off nozzle via a second line characterised in that a plurality of sensors is provided and each sensor is assigned its own blow-off device in its immediate vicinity, which also has a compressed air generator and a switching valve as a separate unit, and the compressed air generator is connected via a second line to the overpressure container. a) one machine, b) at least one sensor assigned to the machine which b 1) has a detection surface oriented essentially in a vertical direction, b 2) is subject to a contamination of the detection surface during the treatment or processing process, b 3) a blow-off device operating with compressed air comprising an overpressure container and a blow-off nozzle, wherein b 4) the overpressure container is connected to the blow-off nozzle via a second line b 1) has a detection surface oriented essentially in a vertical direction, b 2) is subject to a contamination of the detection surface during the treatment or processing process, b 3) a blow-off device operating with compressed air comprising an overpressure container and a blow-off nozzle, wherein b 4) the overpressure container is connected to the blow-off nozzle via a second line a plurality of sensors is provided and each sensor is assigned its own blow-off device in its immediate vicinity, which also has a compressed air generator and a switching valve as a separate unit, and the compressed air generator is connected via a second line to the overpressure container.