mhurhangee/patent-ind-claim-en huggingface dataset:
A heat-dissipation fluid composition, comprising: 100 parts by weight of a nonconductive oil; 1 to 30 parts by weight of thermally conductive inorganic particles; and 1 to 30 parts by weight of an inorganic precipitation inhibitor, wherein a viscosity at 20 °C is 850 cP or more, and a viscosity at 30 °C is 750 cP or less, and wherein the heat-dissipation fluid composition has a dispersion stability of 90% or more, the dispersion stability denoting, in percent, a maximum height of a settled particle layer to a maximum height of a liquid surface, after 30 days of retention, based on 100 that is a height of a particle layer when the heat-dissipation fluid composition is poured into a mass cylinder. 1 to 30 parts by weight of thermally conductive inorganic particles; and 1 to 30 parts by weight of an inorganic precipitation inhibitor, wherein a viscosity at 20 °C is 850 cP or more, and a viscosity at 30 °C is 750 cP or less, and wherein the heat-dissipation fluid composition has a dispersion stability of 90% or more, the dispersion stability denoting, in percent, a maximum height of a settled particle layer to a maximum height of a liquid surface, after 30 days of retention, based on 100 that is a height of a particle layer when the heat-dissipation fluid composition is poured into a mass cylinder.
A telescopic slide for a microwave oven , having at least one first slide element produced from an electrically conductive material and a second slide element produced from an electrically conductive material, wherein the first and the second slide elements each have two running surfaces, wherein rolling bodies received in a rolling body cage are disposed on the two running surfaces of the first slide element and rolling bodies received in a rolling body cage are disposed on the two running surfaces of the second slide element , and wherein the first and the second slide elements can be moved against each other between a retracted position and an extended position along an extension direction , characterized in that the first slide element has at least one electrically conductive contact element and the second slide element has at least one electrically conductive contact element , wherein the contact element of the first slide element and the contact element of the second slide element are configured and disposed on the slide elements in such a manner that in the retracted position, either the contact element of the first slide element and the contact element of the second slide element are in engagement with each other, or the contact element of the first slide element and the contact element of the second slide element are each in engagement with an electrically conducting conductive element that is moved concomitantly with the rolling body cage , such that in the retracted position, there is an electrically conducting connection between the first and the second slide elements , in that in at least one position other than the retracted position, the contact element of the first slide element and the contact element of the second slide element are not in engagement with each other or at least the contact element of the first slide element or the contact element of the second slide element is not in engagement with the conductive element, such that in the at least one other position, the electrically conducting connection is interrupted, and in that at least the first slide element or the second slide element has two limbs , which form the running surfaces for the rolling bodies , and a connecting portion connecting the two limbs , wherein the contact element is disposed on the connecting portion .
An apparatus for determining a depth map for an image, the apparatus comprising: an image unit for providing a first image with an associated depth map comprising first depth values for at least some pixels of the first image; a probability unit for determining a probability map for the first image comprising probability values for at least some pixels of the image; the probability value for a pixel being indicative of a probability that the pixel belongs to a text image object; and being characterized by further comprising: a depth unit for generating a modified depth map for the first image, the depth unit being arranged to determine a modified depth value for at least a first pixel as a weighted combination of a first depth value of the associated depth map for the first pixel and a text image object depth value being the same for a plurality of pixels, the weighting being dependent on the probability value for the first pixel; the weighted combination for the first pixel providing the modified depth value as a function of the first depth value, the text image object depth value, and the probability value for the first pixel with the contribution to the modified depth value from respectively the first depth value and the text image object depth value depending on the probability value such that a weighting of the text image object depth is increased and a weighting of the first depth value for the first pixel is reduced for an increasing value of the probability value for the first pixel. an image unit for providing a first image with an associated depth map comprising first depth values for at least some pixels of the first image; a probability unit for determining a probability map for the first image comprising probability values for at least some pixels of the image; the probability value for a pixel being indicative of a probability that the pixel belongs to a text image object;
A pharmaceutical composition, comprising: a compound of formula (I) or a pharmaceutically acceptable salt thereof, and a surfactant,
A yarn comprising a yarn core fibre and a secondary fibre disposed exteriorly around the yarn core fibre; wherein the yarn core fibre comprises an elastomeric material; and wherein the secondary fibre disposed exteriorly around the yarn core fibre comprises a superabsorbent material and/or a gelling material. wherein the yarn core fibre comprises an elastomeric material; and wherein the secondary fibre disposed exteriorly around the yarn core fibre comprises a superabsorbent material and/or a gelling material.
A method performed by a network node for configuring interference signal transmissions from transmission points, TPs (B, C, D, E, F), in a radio communications network , the method comprising obtaining estimates indicative of the interference received by one or more wireless devices from the TPs (B, C, D, E, F); wherein the method further comprises determining an interference impact value, K, for at least one TP (B) which corresponds to the estimates indicative of the interference received by the one or more wireless devices from the at least one TP (B) in relation to the estimates indicative of the interference received by the one or more wireless devices from other TPs (C, D, E, F) of the TPs (B, C, D, E, F) than the at least one TP (B), wherein the interference impact value, K, for the at least one TP (B) is determined by calculating, for each of the one or more wireless devices , a ratio of the estimates indicative of the interference received by one wireless device from the at least one TP (B) to the sum of the estimates indicative of the interference received by the same wireless device from other TPs (C, D, E, F) of the TPs (B, C, D, E, F) than the at least one TP (B) and adding together the calculated ratios; and configuring interference signal transmissions from the TPs (B, C, D, E, F) based on the at least one interference impact value, K. obtaining estimates indicative of the interference received by one or more wireless devices from the TPs (B, C, D, E, F); wherein the method further comprises determining an interference impact value, K, for at least one TP (B) which corresponds to the estimates indicative of the interference received by the one or more wireless devices from the at least one TP (B) in relation to the estimates indicative of the interference received by the one or more wireless devices from other TPs (C, D, E, F) of the TPs (B, C, D, E, F) than the at least one TP (B), wherein the interference impact value, K, for the at least one TP (B) is determined by calculating, for each of the one or more wireless devices , a ratio of the estimates indicative of the interference received by one wireless device from the at least one TP (B) to the sum of the estimates indicative of the interference received by the same wireless device from other TPs (C, D, E, F) of the TPs (B, C, D, E, F) than the at least one TP (B) and adding together the calculated ratios; and configuring interference signal transmissions from the TPs (B, C, D, E, F) based on the at least one interference impact value, K.
An aqueous suspension comprising (a) reversible clusters of individual drug loaded nano-ion exchange resin particles, said reversible clusters have a D 50 value of at least 2 micrometer and said drug loaded nano-ion exchange resin particles have a particle size distribution characterized in that the D 50 value is 50 nanometers to 350 nanometers and the D 90 value is 70 nanometers to 900 nanometers, and (b) a suspending agent wherein the drug is an ionizable drug and wherein the suspending agent is a carbomer.
A capacitive device, comprising: a substrate; an electrically conductive ink layer and a non-electrically conductive ink layer printed on a substrate side in a selected sequence, wherein the electrically conductive ink contains an electrically conductive material in particle form that gives the ink its electrically conductive property; one or more layers printed on another substrate side, the layers selected from one or more non-electrically conductive ink layers, one or more masking layers, one or more graphic artwork layers, and one or more overprint layers. a substrate; an electrically conductive ink layer and a non-electrically conductive ink layer printed on a substrate side in a selected sequence, wherein the electrically conductive ink contains an electrically conductive material in particle form that gives the ink its electrically conductive property; one or more layers printed on another substrate side, the layers selected from one or more non-electrically conductive ink layers, one or more masking layers, one or more graphic artwork layers, and one or more overprint layers.
A surgical endoscopic scissors instrument comprising: an elongate hollow member having a proximal end and a distal end; an actuator that moves axially through said hollow member; first and second scissor blades with respective cutting edges , at least one of said first and second scissor blades being rotatably coupled to said hollow member adjacent said distal end; and coupling means coupling said actuator to at least one of said first and second scissor blades to cause relative rotational movement to said scissor blades in response to axial movement of said actuator; characterised in that at least one of said first and second scissor blades includes a rigid base portion and a distinct resilient leaf-spring portion extending along the length of the base portion in a cantilevered arrangement, the base portion being thicker and stiffer than the leaf-spring portion , the leaf-spring portion having a bottom portion being rigidly held to the base portion , and a top portion defining a respective cutting edge , such that the leaf-spring portion can be resiliently deflected relative to the base portion , whereby the rotational movement of the or each of said first and second scissor blades produces a loaded state in which said cutting edges are caused to contact one another and generate a spring force that imparts a pre-load along said respective cutting edges to maintain a consistent and continuous mating contact of the opposed cutting edges during said rotational movement.
A controller for a Unmanned Aerial Vehicle, UAV, comprising: a controller body , the controller body having: a first portion forming a sleeve configured to detachably secure to at least a portion of an arm of a user of the controller , the controller body configured to be portable via the first portion , wherein the sleeve has a C-shaped cross section defining an interior volume for receiving the arm of the user to support the controller; a second portion , the second portion comprises a first controller configured for controlling at least flight of the UAV in three axes of translation and three axes of rotation , wherein the first controller is configured to be operable with a single hand of the user, the controller being supported for portability by only the arm associated with the single hand of the user, while the arm is received in the interior volume ; and a third portion for coupling to or otherwise supporting a display . a first portion forming a sleeve configured to detachably secure to at least a portion of an arm of a user of the controller , the controller body configured to be portable via the first portion , wherein the sleeve has a C-shaped cross section defining an interior volume for receiving the arm of the user to support the controller; a second portion , the second portion comprises a first controller configured for controlling at least flight of the UAV in three axes of translation and three axes of rotation , wherein the first controller is configured to be operable with a single hand of the user, the controller being supported for portability by only the arm associated with the single hand of the user, while the arm is received in the interior volume ; and a third portion for coupling to or otherwise supporting a display .
A method of transferring data in a wireless network, comprising: reserving a transmit opportunity with a first station in the wireless network; determining at the first station that some portion of the transmission opportunity will remain once the first station has transmitted its data ; and transmitting to a second station in the wireless network a quality of service frame including an indication of a transfer of the transmit opportunity, wherein the indication is represented using at least one bit in a high-throughput control field in the quality of service frame, the transmit opportunity transfer representing a transfer of an exclusive right to transmit data during a time period, the time period being part of the transmit opportunity previously reserved. reserving a transmit opportunity with a first station in the wireless network; determining at the first station that some portion of the transmission opportunity will remain once the first station has transmitted its data ; and transmitting to a second station in the wireless network a quality of service frame including an indication of a transfer of the transmit opportunity, wherein the indication is represented using at least one bit in a high-throughput control field in the quality of service frame, the transmit opportunity transfer representing a transfer of an exclusive right to transmit data during a time period, the time period being part of the transmit opportunity previously reserved.
A method for forming a medical device comprising the steps of: a) providing a rod or tube of a metal alloy; b) annealing said rod or tube during a shaping process to form the shape of the metal alloy; and, c) swaging at least a portion of said metal alloy such that a surface of said metal alloy has a hardness that is greater than a core of said metal alloy, said step of swaging forming one or more compounds on an outer surface of said metal alloy, said one or more compounds including a compound selected from the group consisting of ReB 2 , ReN 2 , and ReN 3 , wherein ions of boron and/or nitrogen are allowed to impinge upon rhenium atoms in the MoRe alloy so as to form the ReB 2 , ReN 2 and/or ReN 3 , wherein said metal alloy includes at least 90 weight percent rhenium and molybdenum; wherein said metal alloy includes 41-49 weight percent rhenium, 51-59 weight percent molybdenum, and optionally up to 1 weight percent additional metal, said additional metal including a metal selected from the group consisting of titanium, yttrium, zirconium, or mixtures thereof. a) providing a rod or tube of a metal alloy; b) annealing said rod or tube during a shaping process to form the shape of the metal alloy; and, c) swaging at least a portion of said metal alloy such that a surface of said metal alloy has a hardness that is greater than a core of said metal alloy, said step of swaging forming one or more compounds on an outer surface of said metal alloy, said one or more compounds including a compound selected from the group consisting of ReB 2 , ReN 2 , and ReN 3 , wherein ions of boron and/or nitrogen are allowed to impinge upon rhenium atoms in the MoRe alloy so as to form the ReB 2 , ReN 2 and/or ReN 3 ,
An angle detection apparatus characterized by comprising: a rotating body ; another rotating body ; a transmission mechanism that is configured to cause the other rotating body to rotate by reducing a speed of a rotation of the rotating body ; an angle detector that is configured to detect a rotational angle of the rotating body ; another angle detector that is configured to detect a rotational angle of the other rotating body ; and a processor that is configured to specify a number of revolutions of the rotating body , wherein the processor is configured to specify the number of revolutions while dynamically varying a specification condition for specifying the number of revolutions according to a numerical value decided according to the detected rotational angle of the rotating body and a reduction ratio of the transmission mechanism , and the detected rotational angle of the other rotating body , wherein the processor is configured to set a lower limit value and an upper limit value according to the detected rotational angle of the rotating body , and the processor is configured to set a condition of being the lower limit value or greater and also less than the upper limit value as the specification condition, wherein in the case where the detected rotational angle of the other rotating body satisfies one of the specification conditions, the processor specifies the number of revolutions corresponding to that specification condition as the number of revolutions of the rotating body . a rotating body ; another rotating body ; a transmission mechanism that is configured to cause the other rotating body to rotate by reducing a speed of a rotation of the rotating body ; an angle detector that is configured to detect a rotational angle of the rotating body ; another angle detector that is configured to detect a rotational angle of the other rotating body ; and a processor that is configured to specify a number of revolutions of the rotating body , wherein the processor is configured to specify the number of revolutions while dynamically varying a specification condition for specifying the number of revolutions according to a numerical value decided according to the detected rotational angle of the rotating body and a reduction ratio of the transmission mechanism , and the detected rotational angle of the other rotating body , wherein the processor is configured to set a lower limit value and an upper limit value according to the detected rotational angle of the rotating body , and the processor is configured to set a condition of being the lower limit value or greater and also less than the upper limit value as the specification condition, wherein in the case where the detected rotational angle of the other rotating body satisfies one of the specification conditions, the processor specifies the number of revolutions corresponding to that specification condition as the number of revolutions of the rotating body .
A method for the hydroprocessing of renewable feeds in a hydroprocessing unit (unit A), said method comprising the use of sour waste water from another unit (unit B), which is processing feeds containing sulfur and nitrogen, as wash water in unit A, thereby changing the pH of the waste water from unit A to lower the risk of carbonic acid corrosion of corrodible steel parts in unit A, wherein the renewable material in unit A is directed to contact a material that is catalytically active in hydrogenating the renewable material in the presence of hydrogen, and the effluent is combined with the wash water stream which contains hydrogen sulfide and ammonia, and wherein the method further comprises the unit that produces sour water (unit B), which is a hydroprocessing unit treating petroleum-based feeds.
Method for producing a component of a rotor blade, wherein a production mould with a curved support surface is provided, at least one pultrudate is laid onto the support surface , characterized in that the at least one pultrudate is covered with a vacuum film and is not completely cured as it is laid onto the curved surface, therefore being flexible, and a vacuum is generated and the at least one flexible pultrudate is pressed entirely onto the curved support surface of the production mould by the vacuum.
A transmission configuration method, comprising: receiving, by a terminal, one or more synchronization signal blocks, SSBs, from a base station; detecting , by the terminal, one or more first SSBs capable of triggering random access from the one or more SSBs; sending , by the terminal, to the base station one or more first messages for initiating the random access and the one or more first messages are respectively corresponding to the one or more first SSBs, so that the base station configures a transmission configuration indication, TCI, state set for the terminal according to the one or more first messages, characterized in receiving , by the terminal, a second message sent by the base station and used for performing random access feedback with respect to a second SSB, wherein the second SSB is any one of the one or more first SSBs; sending , by the terminal, a third message for characterizing contention resolution to the base station according to the second message; receiving , by the terminal, a fourth message sent by the base station and used for characterizing success of the contention resolution; and when or after receiving the fourth message, receiving , by the terminal, a radio resource control, RRC, signaling sent by the base station, wherein the RRC signaling comprises the TCI state set configured by the base station for the terminal. receiving, by a terminal, one or more synchronization signal blocks, SSBs, from a base station; detecting , by the terminal, one or more first SSBs capable of triggering random access from the one or more SSBs; sending , by the terminal, to the base station one or more first messages for initiating the random access and the one or more first messages are respectively corresponding to the one or more first SSBs, so that the base station configures a transmission configuration indication, TCI, state set for the terminal according to the one or more first messages, characterized in receiving , by the terminal, a second message sent by the base station and used for performing random access feedback with respect to a second SSB, wherein the second SSB is any one of the one or more first SSBs; sending , by the terminal, a third message for characterizing contention resolution to the base station according to the second message; receiving , by the terminal, a fourth message sent by the base station and used for characterizing success of the contention resolution; and when or after receiving the fourth message, receiving , by the terminal, a radio resource control, RRC, signaling sent by the base station, wherein the RRC signaling comprises the TCI state set configured by the base station for the terminal.