mhurhangee/patent-ind-claim-en huggingface dataset:
A washing machine comprising a body ; a tub which is disposed in the body and wherein the washing process is performed; a housing which is arranged on the body and which is in fluid communication with the tub ; a circulation line which enables the water received from the tub to be delivered to the housing ; a dispenser which is disposed into the housing ; at least one detergent compartment which is arranged on the dispenser and wherein cleaning agents are loaded; and a filtering member having at least one filter through which the water coming through the circulation line is passed and which filters the particles in the water, the filtering member which is disposed at the rear side of the dispenser so as to be positioned out of and behind each detergent compartment in the closing direction where the dispenser is brought from an open position wherein the dispenser extends out of the body from the housing to a closed position wherein the dispenser is almost completely positioned in the body characterized by a partition which is integrally provided on the dispenser and which matches the shape of the filtering member such that the filtering member is seated therein.
Switching arrangement with a plurality of at least two contact arrangements (12 a , 12 b ) and a blasting arrangement for blasting the contact arrangements (12 a , 12 b ) with insulating gas , wherein the at least two contact arrangements (12 a , 12 b ) each have a first contact piece (14 a , 14 b ) and a second contact piece (16 a , 16 b ) which can move relative to each other in order to form an electrical connection in a state in which the first contact piece (14 a , 14 b ) and the second contact piece (16 a , 16 b ) touch each other, and to form an insulating gap in a state in which they are isolated from each other, wherein the blasting arrangement has at least two blasting volumes (22 a , 22 b ), wherein a first contact arrangement (12 a ) can be supplied with insulating gas by a first blasting volume (22 a ), and wherein a second contact arrangement (12 b ) can be supplied with insulating gas by a second blasting volume (22 b ), characterized in that the blasting arrangement has a volume-displacement piston-and-cylinder arrangement (24 a , 24 b , 24 c ), wherein at least one contact piece (16 a , 16 b , 16 c ) from the first contact arrangement (12 a ) and from the second contact arrangement (12 b ) is arranged so that it is stationary on the piston-and-cylinder arrangement (24 a , 24 b , 24 c ).
A dentifrice composition comprising: (a) 50% to 60%, by weight of the composition, of water; (b) 25% to 50%, by weight of the composition, of a calcium-containing abrasive; (c) 0.0025% to 2%, by weight of the composition, of a sodium monofluorophosphate; (d) 0.0025% to 2%, by weight of the composition, of an alkaline metal fluoride; and wherein said composition has a pH greater than 9 and wherein the composition is substantially free of both glycerin and sorbitol. (a) 50% to 60%, by weight of the composition, of water; (b) 25% to 50%, by weight of the composition, of a calcium-containing abrasive; (c) 0.0025% to 2%, by weight of the composition, of a sodium monofluorophosphate; (d) 0.0025% to 2%, by weight of the composition, of an alkaline metal fluoride; and
A method for wireless communication by a user equipment, UE, comprising: receiving, in a first slot of a plurality of aggregated slots, a first indication in downlink control information, DCI, that triggers a set of zero power, ZP, channel state information reference signal, CSI-RS, resources from multiple sets of ZP CSI-RS resources; determining, based at least in part on the first indication received in the first slot of the plurality of aggregated slots, a rate matching behavior for processing a physical downlink shared channel, PDSCH transmission received in the first slot and at least a second slot, subsequent to the first slot, of the plurality of aggregated slots, wherein determining the rate matching behavior comprises determining that the triggered set of ZP CSI-RS resources is associated with each slot of the plurality of aggregated slots, including the first slot and the second slot; and processing the PDSCH transmission received in the first slot and at least the second slot in accordance with the rate matching behavior. receiving, in a first slot of a plurality of aggregated slots, a first indication in downlink control information, DCI, that triggers a set of zero power, ZP, channel state information reference signal, CSI-RS, resources from multiple sets of ZP CSI-RS resources; determining, based at least in part on the first indication received in the first slot of the plurality of aggregated slots, a rate matching behavior for processing a physical downlink shared channel, PDSCH transmission received in the first slot and at least a second slot, subsequent to the first slot, of the plurality of aggregated slots, wherein determining the rate matching behavior comprises determining that the triggered set of ZP CSI-RS resources is associated with each slot of the plurality of aggregated slots, including the first slot and the second slot; and processing the PDSCH transmission received in the first slot and at least the second slot in accordance with the rate matching behavior.
Method for establishing a stream in a TSN network, in which - at least one stream subscriber wishing to send data via the stream to at least one further stream subscriber and/or wishing to receive data via the stream from at least one further stream subscriber sends a request message to a DNS server on which entries are deposited that each comprise a stream identifier of a first type assigned to a stream and a stream identifier of a second type, which is different than said stream identifier of a first type, assigned to the respective stream and the indication of a stipulated type that is used exclusively for this type of entries, wherein the request message comprises at least one stream identifier of the first type, which is known to the at least one stream subscriber , and the stipulated type, - the at least one stream subscriber receives from the DNS server a response message that contains a stream identifier of the second type associated with the stream, and - the at least one stream subscriber uses the received stream identifier to register on the stream. - at least one stream subscriber wishing to send data via the stream to at least one further stream subscriber and/or wishing to receive data via the stream from at least one further stream subscriber sends a request message to a DNS server on which entries are deposited that each comprise a stream identifier of a first type assigned to a stream and a stream identifier of a second type, which is different than said stream identifier of a first type, assigned to the respective stream and the indication of a stipulated type that is used exclusively for this type of entries, wherein the request message comprises at least one stream identifier of the first type, which is known to the at least one stream subscriber , and the stipulated type, - the at least one stream subscriber receives from the DNS server a response message that contains a stream identifier of the second type associated with the stream, and - the at least one stream subscriber uses the received stream identifier to register on the stream.
A method for voice or sound activity detection for spatial audio, the method comprising: - receiving a multi-channel input that comprises two or more input channels; - producing spatial cues based on analysis of the received input channels; - detecting presence of direct source using said spatial cues; - producing a primary voice/sound activity decision on the multi-channel input; - receiving a direct source detection decision and the primary voice/sound activity decision , wherein the primary voice/sound activity decision is made on the multi-channel input; and - producing a spatial voice/sound activity decision based on the direct source detection decision and the primary voice/sound activity decision, wherein the spatial voice/sound activity decision is set active only if the direct source detection decision is active and the primary voice/sound activity decision is active, and wherein after having been activated the spatial voice/sound activity decision remains active as long as the direct source detection decision is active, even if the primary voice/sound activity decision goes inactive. - receiving a multi-channel input that comprises two or more input channels; - producing spatial cues based on analysis of the received input channels; - detecting presence of direct source using said spatial cues; - producing a primary voice/sound activity decision on the multi-channel input; - receiving a direct source detection decision and the primary voice/sound activity decision , wherein the primary voice/sound activity decision is made on the multi-channel input; and - producing a spatial voice/sound activity decision based on the direct source detection decision and the primary voice/sound activity decision, wherein the spatial voice/sound activity decision is set active only if the direct source detection decision is active and the primary voice/sound activity decision is active, and wherein after having been activated the spatial voice/sound activity decision remains active as long as the direct source detection decision is active, even if the primary voice/sound activity decision goes inactive.
A method for preparing a dental prosthesis , the method comprising: digitally designing a gingiva part and at least one manufactured tooth of the dental prosthesis, wherein the gingiva part includes retention holes for seating manufactured teeth, and wherein the retention holes are enlarged relative to the manufactured teeth; fabricating the gingiva part of the dental prosthesis out of a final strength, gingiva colored base to create a fabricated gingiva part, the fabricated gingiva part including the enlarged retention holes, filling each of the enlarged retention holes of the fabricated gingiva part with a wax, removing at least a portion of the wax from each of the enlarged retention holes, the removed portion comprising a negative part of a manufactured tooth to be seated in each of the enlarged retention holes, mounting the manufactured tooth to each of the enlarged retention holes; and adjusting a position of at least one of the manufactured teeth mounted to the enlarged retention holes, attaching a helper structure to the position-adjusted manufactured teeth so as to preserve a positioning thereof relative to the gingiva part; and removing any wax remaining within each of the enlarged retention holes and filling each of the retention holes with a liquid gingiva material; and curing the liquid gingiva material. digitally designing a gingiva part and at least one manufactured tooth of the dental prosthesis, wherein the gingiva part includes retention holes for seating manufactured teeth, and wherein the retention holes are enlarged relative to the manufactured teeth; fabricating the gingiva part of the dental prosthesis out of a final strength, gingiva colored base to create a fabricated gingiva part, the fabricated gingiva part including the enlarged retention holes, filling each of the enlarged retention holes of the fabricated gingiva part with a wax, removing at least a portion of the wax from each of the enlarged retention holes, the removed portion comprising a negative part of a manufactured tooth to be seated in each of the enlarged retention holes, mounting the manufactured tooth to each of the enlarged retention holes; and adjusting a position of at least one of the manufactured teeth mounted to the enlarged retention holes, attaching a helper structure to the position-adjusted manufactured teeth so as to preserve a positioning thereof relative to the gingiva part; and removing any wax remaining within each of the enlarged retention holes and filling each of the retention holes with a liquid gingiva material; and curing the liquid gingiva material.
A product comprising: at least one reinforcing bar, and a reinforcing bar coupling device, the reinforcing bar coupling device comprising: a sleeve with an inner surface that encloses at least part of the at least one reinforcing bar 3 to be coupled; at least one pin having a body and two opposing ends fitted with interference between the sleeve and the at least one reinforcing bar , and causing local predominantly plastic deformation about at least part of the inner surface of the sleeve and predominantly plastic deformation about at least part of an adjacent outer surface of the at least one reinforcing bar , wherein at least part of the body of the at least one pin is in contact with at least part of the inner surface of the sleeve and the outer surface of the at least one reinforcing bar and wherein the local predominantly plastic deformation in the at least one reinforcing bar results in mechanical interlocking of the sleeve and the at least one reinforcing bar ; and, wherein the at least one pin is inserted tangentially and generally orthogonally to the longitudinal length of the reinforcing bar between the inner surface of the sleeve and the outer surface of the at least one reinforcing bar ; and wherein, when a tractive force is applied to the coupling device , the coupling device is configured so that reinforcing bar material piles up or shears before the pin . a sleeve with an inner surface that encloses at least part of the at least one reinforcing bar 3 to be coupled; at least one pin having a body and two opposing ends fitted with interference between the sleeve and the at least one reinforcing bar , and causing local predominantly plastic deformation about at least part of the inner surface of the sleeve and predominantly plastic deformation about at least part of an adjacent outer surface of the at least one reinforcing bar , wherein at least part of the body of the at least one pin is in contact with at least part of the inner surface of the sleeve and the outer surface of the at least one reinforcing bar and wherein the local predominantly plastic deformation in the at least one reinforcing bar results in mechanical interlocking of the sleeve and the at least one reinforcing bar ; and, wherein the at least one pin is inserted tangentially and generally orthogonally to the longitudinal length of the reinforcing bar between the inner surface of the sleeve and the outer surface of the at least one reinforcing bar ; and wherein, when a tractive force is applied to the coupling device , the coupling device is configured so that reinforcing bar material piles up or shears before the pin .
A lens, which is a spectacle lens comprising (i) a lens substrate including a blue-light-absorbing compound; (ii) a multilayer film located on the object-side surface of the lens substrate; and (iii) a multilayer film located on the eyeball-side surface of the lens substrate; wherein - the blue light (380-500 nm) absorption rate a b is ≥ 10.0%, calculated by the Equation a b = 1 − ∫ 380 nm 500 nm τ ∗ λ ⋅ WB λ ⋅ dλ ∫ 380 nm 500 nm WB λ ⋅ dλ wherein WB(λ) is a weighting function calculated by the Equation WB(λ) = E sλ (λ) ·B(λ) wherein E sλ (λ) is the spectral irradiance of sunlight, B(λ) is a blue light hazard function, with E sλ (λ), B(λ) and WB(λ) being as described in Annex C of JIS T 7333, using the values measured with a spectrophotometer in the range of at least 380-500 nm at a pitch of 5 nm, - the average reflectance in a wavelength range of 400-500 nm, measured on the object-side surface of the lens, is 10.0-18.0%, and - the average reflectance in a wavelength range of 400-500 nm, measured on the eyeball-side surface of the lens, is 10.0-16.0%, and - the luminous reflectance, measured in accordance with JIS T 7334:2011, on each of the object-side surface and the eyeball-side surface of the lens is < 2.0%. (i) a lens substrate including a blue-light-absorbing compound; (ii) a multilayer film located on the object-side surface of the lens substrate; and (iii) a multilayer film located on the eyeball-side surface of the lens substrate; - the blue light (380-500 nm) absorption rate a b is ≥ 10.0%, calculated by the Equation a b = 1 − ∫ 380 nm 500 nm τ ∗ λ ⋅ WB λ ⋅ dλ ∫ 380 nm 500 nm WB λ ⋅ dλ wherein WB(λ) is a weighting function calculated by the Equation WB(λ) = E sλ (λ) ·B(λ) wherein E sλ (λ) is the spectral irradiance of sunlight, B(λ) is a blue light hazard function, with E sλ (λ), B(λ) and WB(λ) being as described in Annex C of JIS T 7333, using the values measured with a spectrophotometer in the range of at least 380-500 nm at a pitch of 5 nm, - the average reflectance in a wavelength range of 400-500 nm, measured on the object-side surface of the lens, is 10.0-18.0%, and - the average reflectance in a wavelength range of 400-500 nm, measured on the eyeball-side surface of the lens, is 10.0-16.0%, and - the luminous reflectance, measured in accordance with JIS T 7334:2011, on each of the object-side surface and the eyeball-side surface of the lens is < 2.0%.
Disc valve with a housing comprising a valve disc and a control disc , which has a fluid inflow and a fluid outflow , which are separated by the valve disc and the control disc , wherein the control disc is rotatably mounted to the valve disc about an axis of rotation (D) running in the direction of flow and both discs are provided with at least one through opening in each case, so that when the through openings of the valve disc and the control disc are overlaid, it is possible for a fluid to flow along a direction of flow from the fluid inflow to the fluid outflow , a slider which can be moved in the direction of flow in the housing , which is arranged upstream of the valve disc and the control disc , which is held such that it cannot rotate about the axis of rotation (D) and which has through openings , which correspond to those of the valve disc , as a facility for applying a fluid-pressure-dependent compressive force and seal elements upstream and downstream of the disc arrangement in each case, wherein a seal element is arranged between the slider and an input-side valve disc and the seal elements are additionally embodied as a facility for applying a compressive pretensioning to the disc arrangement , wherein the compressive force (F) resulting from a dimensioning of a pressure area and a fluid pressure of a pressurised fluid applied to the housing in the intended manner lies on the slider and thus on the disc arrangement via the pretensioning force which the facility generates for applying the compressive pretensioning, and wherein the slider and thus the disc arrangement , without the fluid pressure being applied to the housing , are only influenced by the pretensioning.
A method for detecting animals and/or obstacles on an area to be processed by an agricultural field processing machine , with a drone system which has at least one aerial drone with a sensor which operates in a contactless manner for detecting the animals or obstacles, characterized in that the drone system and the field processing machine are in data contact with a superordinate management system and area data (11 - 14) are exchanged between the management system and the drone system on the one side and the management system and the field processing machine on the other side, wherein the drone system supplements area data received from the management system with information regarding detected animals and/or obstacles and sends them back to the management system as enriched area data , wherein the management system sends the enriched area data or enriched area data based on the enriched area data to the field processing machine , wherein the field processing machine controls processing of the area as a function of the enriched area data .
A method of evolution of an antibody or a human protein in an insect cell production host, the method comprising: a) evolving a template antibody or human protein to produce a set of mutant proteins in the insect cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same insect cell production host as used in the evolving step a). a) evolving a template antibody or human protein to produce a set of mutant proteins in the insect cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same insect cell production host as used in the evolving step a).
A safety knife comprising a handle , a head and a blade carried by the head , wherein the head and the handle are slidable relative to one another and removably connected to one another, wherein the handle is provided with a channel of a re-entrant form, and wherein the head includes a projection shaped for receipt within the channel , wherein the channel and projection are of tapering form for tightening the connection between the head and the handle .