mhurhangee/patent-ind-claim-en huggingface dataset:
A processor comprising: a first logic to calculate a scalability value for a workload to execute on a domain of the processor based at least in part on an active state residency of the domain during an evaluation time interval, a stall duration of the domain during the evaluation time interval and a memory bandwidth of the domain during the evaluation time interval, and to determine an operating frequency update for the domain based on a current operating frequency of the domain and the scalability value, wherein the domain includes an active state residency counter to count the number of cycles in which an execution unit is in an active state, a stall counter to count the number of cycles in which all execution units in a given domain are waiting for a memory transaction to complete and memory bandwidth counters to count a number of read and write transactions between the domain and a system memory coupled to the processor, and wherein the first logic is to estimate the scalability value according to: (A*C0_residency_time + B*Memory_Stalled_time + C*Memory_Read_bandwidth + D*Memory_Write_bandwidth)/C0_residency_time, wherein C0_residency_time is a value of the active state residency counter, Memory_Stalled_time is a value of the stall counter, Memory_Read_bandwidth and Memory_Write_bandwidth are values of the memory bandwidth counters and A, B, C and D are coefficients. a first logic to calculate a scalability value for a workload to execute on a domain of the processor based at least in part on an active state residency of the domain during an evaluation time interval, a stall duration of the domain during the evaluation time interval and a memory bandwidth of the domain during the evaluation time interval, and to determine an operating frequency update for the domain based on a current operating frequency of the domain and the scalability value, wherein the domain includes an active state residency counter to count the number of cycles in which an execution unit is in an active state, a stall counter to count the number of cycles in which all execution units in a given domain are waiting for a memory transaction to complete and memory bandwidth counters to count a number of read and write transactions between the domain and a system memory coupled to the processor, and wherein the first logic is to estimate the scalability value according to: (A*C0_residency_time + B*Memory_Stalled_time + C*Memory_Read_bandwidth + D*Memory_Write_bandwidth)/C0_residency_time, wherein C0_residency_time is a value of the active state residency counter, Memory_Stalled_time is a value of the stall counter, Memory_Read_bandwidth and Memory_Write_bandwidth are values of the memory bandwidth counters and A, B, C and D are coefficients.
A smoking member cleaning device formed to perform cleaning on a smoking member, the smoking member cleaning device comprising: a main body unit ; an accommodating unit formed in one region of the main body unit to accommodate one region of the smoking member when the smoking member is being cleaned; characterized in that the smoking member cleaning device further comprises: a cleaning unit formed in the accommodating unit and configured to clean the smoking member; a cleaning driving unit connected to the cleaning unit and configured to clean the smoking member by moving the cleaning unit; and a power supply unit configured to supply driving energy to the cleaning driving unit. a main body unit ; an accommodating unit formed in one region of the main body unit to accommodate one region of the smoking member when the smoking member is being cleaned; characterized in that the smoking member cleaning device further comprises: a cleaning unit formed in the accommodating unit and configured to clean the smoking member; a cleaning driving unit connected to the cleaning unit and configured to clean the smoking member by moving the cleaning unit; and a power supply unit configured to supply driving energy to the cleaning driving unit. a cleaning unit formed in the accommodating unit and configured to clean the smoking member; a cleaning driving unit connected to the cleaning unit and configured to clean the smoking member by moving the cleaning unit; and a power supply unit configured to supply driving energy to the cleaning driving unit.
An apparatus for recovery of gas, comprising: a gas separation membrane module for performing an N number of enriching processes and separating an feed gas into a permeation gas and a recovery gas through each enriching process; and a number 2N of gas storage tanks, wherein in every enriching process up to an N th enriching process, a gas stored in an n th gas storage tank is supplied to the gas separation membrane module and separated into an n th permeation gas and an n th recovery gas, and the n th permeation gas is stored in a (n-1) th gas storage tank and the n th recovery gas is stored in a (n+1) th gas storage tank, wherein n = 1 to N; and wherein the first permeation gas of the first enriching process is not stored in a gas storage tank but emitted, wherein every enriching process having an odd ranking number up to a (2n-1) th enriching process is performed in a forward direction, and if n≥2, every enriching process having an even ranking number up to a 2n th enriching process is performed in a rearward direction, and wherein the forward direction represents a gas flow from a first end of the gas separation membrane module facing towards the gas storage tanks having an odd ranking number to a second end thereof facing towards the gas storage tanks having an even ranking number, and the rearward direction represents a direction opposite to the forward direction. a gas separation membrane module for performing an N number of enriching processes and separating an feed gas into a permeation gas and a recovery gas through each enriching process; and a number 2N of gas storage tanks, wherein in every enriching process up to an N th enriching process, a gas stored in an n th gas storage tank is supplied to the gas separation membrane module and separated into an n th permeation gas and an n th recovery gas, and the n th permeation gas is stored in a (n-1) th gas storage tank and the n th recovery gas is stored in a (n+1) th gas storage tank, wherein n = 1 to N; and wherein the first permeation gas of the first enriching process is not stored in a gas storage tank but emitted, wherein every enriching process having an odd ranking number up to a (2n-1) th enriching process is performed in a forward direction, and if n≥2, every enriching process having an even ranking number up to a 2n th enriching process is performed in a rearward direction, and wherein the forward direction represents a gas flow from a first end of the gas separation membrane module facing towards the gas storage tanks having an odd ranking number to a second end thereof facing towards the gas storage tanks having an even ranking number, and the rearward direction represents a direction opposite to the forward direction.
Textile yarn, comprising acacia gum between 10% and 80% by weight on the weight (w / w) of the yarn, and polyamide between 75% and 5% (w/w).
A method for tracking an object in video-monitoring scenes, comprising detecting a first object in a scene, tracking the first object over a first sequence of image frames using a tracking algorithm, extracting data in the form of multiple first feature vectors for the first object, assembling the multiple first feature vectors as a first point cloud in a feature vector space, wherein each feature vector forms a point in the point cloud, detecting an occlusion of the first object following a tracking algorithm having insufficient data to continue tracking of the object, detecting a second object subsequently appearing in a scene, tracking the second object over a second sequence of image frames, extracting data in the form of multiple second feature vectors for the second object, assembling the multiple second feature vectors as a second point cloud in the feature vector space, comparing the first point cloud to the second point cloud in the point cloud space, wherein the first point cloud and the second point cloud comprise multiple feature vectors, using the outcome of the comparison to deduce if the first object and the second object may be considered to be the same object and, if so, enabling a track recovery where an object identity of the second object may be set to the object identity of the first object, or vice versa, characterised in that for the comparison the multiple feature vectors of the first and second point cloud are weighted based on an occlusion period, i.e. a time between the occlusion of the first object and the appearance of the second object, in that an application of a distribution of weights to each individual feature vector in the first and second point cloud, respectively, is based on the occlusion period, such that either, shorter occlusion periods shift higher weights to feature vectors extracted closer to the occlusion period, compared to longer occlusion periods, or that higher weights are shifted towards specific portions of the point cloud, said specific portions corresponding to specific poses of the tracked object.
Housing for a cartridge (20; 120) for an infusion pump for controlled administration of drugs to the human or animal body, said housing being adapted to enclose a glass vessel of cylindrical shape, having an open proximal end closed by a slidable piston and a distal end provided with a neck, wherein said housing (30; 130) is made of plastic material and has a proximal end (31; 131) and a distal end (32; 132) adapted to receive the proximal end and the distal end of the vessel , respectively, wherein the proximal end (31; 131) of the housing (30; 130) is provided with a pair of bayonet fitting formations (21; 121) integrally formed on the housing (30; 130), and adapted to enable the cartridge to be fastened to an infusion pump , wherein the housing (30; 130) consists of a cylindrical base part (33; 133), which is provided with an inner flange (38; 138) for abutment of the vessel and on which the fitting formations (21; 121) are formed, and a neck part (35; 135) that can be fastened to the base part (33; 133), wherein connection means are provided adapted to be arranged at a distal end of the vessel for fluidically connecting the inside of the vessel to an infusion set and comprising at a proximal end a piercing element for piercing a membrane of the vessel , and at a distal end a fitting for connection to an infusion set, characterized in that the neck part (35;135) can be fastened to the base part (33;133) by means of snap fitting formations (36, 37; 136, 137) for retaining the glass vessel between the base part (33; 133) and the neck part (35; 135) of the housing (30; 130) and in that said connection means are integrally formed on the neck part (35; 135) of the housing (30; 130), the snap fitting formations are configured so as to make separation of the neck part (35; 135) from the base part (33; 133) difficult or substantially impossible, whereby the cartridge and its housing substantially form a disposable assembly.
An aircraft, comprising: a flight management system configured to monitor a flight plan for the aircraft , the flight plan including a plurality of waypoints corresponding to one or more phases of flight; and a dynamic vertical situation display in operable communication with the flight management system , the dynamic vertical situation display comprising: a display configured to display a vertical situation display on at least a portion of the display based upon the flight plan of the aircraft; a processor communicatively coupled to the display , the processor configured to: determine a current phase of flight of the aircraft and a vertical span of a number of the plurality of waypoints currently displayed on the vertical situation display on the display; generate instructions to dynamically change a size of the vertical situation display on the display based upon at least the vertical span of one of the number of waypoints currently displayed on the display and the current phase of flight of the aircraft. a flight management system configured to monitor a flight plan for the aircraft , the flight plan including a plurality of waypoints corresponding to one or more phases of flight; and a dynamic vertical situation display in operable communication with the flight management system , the dynamic vertical situation display comprising: a display configured to display a vertical situation display on at least a portion of the display based upon the flight plan of the aircraft; a processor communicatively coupled to the display , the processor configured to: determine a current phase of flight of the aircraft and a vertical span of a number of the plurality of waypoints currently displayed on the vertical situation display on the display; generate instructions to dynamically change a size of the vertical situation display on the display based upon at least the vertical span of one of the number of waypoints currently displayed on the display and the current phase of flight of the aircraft. a display configured to display a vertical situation display on at least a portion of the display based upon the flight plan of the aircraft; a processor communicatively coupled to the display , the processor configured to: determine a current phase of flight of the aircraft and a vertical span of a number of the plurality of waypoints currently displayed on the vertical situation display on the display; generate instructions to dynamically change a size of the vertical situation display on the display based upon at least the vertical span of one of the number of waypoints currently displayed on the display and the current phase of flight of the aircraft. determine a current phase of flight of the aircraft and a vertical span of a number of the plurality of waypoints currently displayed on the vertical situation display on the display; generate instructions to dynamically change a size of the vertical situation display on the display based upon at least the vertical span of one of the number of waypoints currently displayed on the display and the current phase of flight of the aircraft.
A mold segment (10; 74) for forming a tire , comprising: a first sipe element that has a first sipe element narrow section and a first sipe element teardrop section , wherein the first sipe element has a female connector ; a second sipe element that has a second sipe element narrow section and a second sipe element teardrop section , wherein the second sipe element has a male connector ; and a mold segment base that receives the first sipe element and the second sipe element , wherein the female connector of the first sipe element receives the male connector of the second sipe element , characterized in that the first sipe element teardrop section is located at a first terminal end of the first sipe element , and wherein the first sipe element narrow section is offset from the first terminal end of the first sipe element and not located at the first terminal end of the first sipe element ; the first leg is located at the first terminal end of the second sipe element , and wherein the second sipe element narrow section is located at the first terminal end of the second sipe element ; the male connector is located at a first terminal end of the second sipe element , wherein the second sipe element teardrop section is offset from the first terminal end of the second sipe element and not located at the first terminal end of the second sipe element . a first sipe element that has a first sipe element narrow section and a first sipe element teardrop section , wherein the first sipe element has a female connector ; a second sipe element that has a second sipe element narrow section and a second sipe element teardrop section , wherein the second sipe element has a male connector ; and a mold segment base that receives the first sipe element and the second sipe element , wherein the female connector of the first sipe element receives the male connector of the second sipe element , the first sipe element teardrop section is located at a first terminal end of the first sipe element , and wherein the first sipe element narrow section is offset from the first terminal end of the first sipe element and not located at the first terminal end of the first sipe element ; the first leg is located at the first terminal end of the second sipe element , and wherein the second sipe element narrow section is located at the first terminal end of the second sipe element ; the male connector is located at a first terminal end of the second sipe element , wherein the second sipe element teardrop section is offset from the first terminal end of the second sipe element and not located at the first terminal end of the second sipe element .
Aqueous emulsions comprising (A) β-ketocarbonyl-functional organosilicon compounds which comprise at least one Si-bonded radical A of the general formula (Si) -L 1 -[X 1 -L 2 -]yX 2 (I) where L 1 is identical or different and is a divalent, Si-C-bonded hydrocarbon radical having 1 to 18 carbon atoms, L 2 is identical or different and is a divalent hydrocarbon radical having 1 to 6 carbon atoms, X 1 is a radical of the formula -O-, -NZ-, -NR 2 - or -S-, X 2 is a radical of the formula -O-Z, -NH-Z, -NR 2 -Z, -S-Z, Z is a radical of the formula -C(=O)-CHR 3 -C(=O)-CH 2 R 3 , R 2 is a monovalent hydrocarbon radical having 1 to 18 carbon atoms, R 3 is a monovalent, optionally substituted hydrocarbon radical having at least 12 carbon atoms, preferably having at least 14 carbon atoms, y is 0, 1, 2 or 3, preferably 0 or 1, more preferably 0, and (Si)- denotes the bond to an Si atom, (B) at least one salt of a saturated or unsaturated fatty acid having at least 10 carbon atoms, and (C) water, with the proviso that the accompanying use of nonionic emulsifiers having an HLB of less than 15 is ruled out. (A) β-ketocarbonyl-functional organosilicon compounds which comprise at least one Si-bonded radical A of the general formula (Si) -L 1 -[X 1 -L 2 -]yX 2 (I) where L 1 is identical or different and is a divalent, Si-C-bonded hydrocarbon radical having 1 to 18 carbon atoms, L 2 is identical or different and is a divalent hydrocarbon radical having 1 to 6 carbon atoms, X 1 is a radical of the formula -O-, -NZ-, -NR 2 - or -S-, X 2 is a radical of the formula -O-Z, -NH-Z, -NR 2 -Z, -S-Z, Z is a radical of the formula -C(=O)-CHR 3 -C(=O)-CH 2 R 3 , R 2 is a monovalent hydrocarbon radical having 1 to 18 carbon atoms, R 3 is a monovalent, optionally substituted hydrocarbon radical having at least 12 carbon atoms, preferably having at least 14 carbon atoms, y is 0, 1, 2 or 3, preferably 0 or 1, more preferably 0, and (Si)- denotes the bond to an Si atom, L 1 is identical or different and is a divalent, Si-C-bonded hydrocarbon radical having 1 to 18 carbon atoms, L 2 is identical or different and is a divalent hydrocarbon radical having 1 to 6 carbon atoms, X 1 is a radical of the formula -O-, -NZ-, -NR 2 - or -S-, X 2 is a radical of the formula -O-Z, -NH-Z, -NR 2 -Z, -S-Z, Z is a radical of the formula -C(=O)-CHR 3 -C(=O)-CH 2 R 3 , R 2 is a monovalent hydrocarbon radical having 1 to 18 carbon atoms, R 3 is a monovalent, optionally substituted hydrocarbon radical having at least 12 carbon atoms, preferably having at least 14 carbon atoms, y is 0, 1, 2 or 3, preferably 0 or 1, more preferably 0, and (Si)- denotes the bond to an Si atom, (B) at least one salt of a saturated or unsaturated fatty acid having at least 10 carbon atoms, and (C) water,
A radiation detector module comprising: a radiation detection element that includes an incident surface and is configured to detect radiation incident on the incident surface; a first electrode provided on a side of the incident surface of the radiation detection element ; a second electrode provided to face the first electrode through the radiation detection element ; and a mark provided on the incident surface of the radiation detection element , the radiation detector module characterized in that the first electrode has a through hole configured to allow the mark to be visually recognizable from the side of the incident surface. a radiation detection element that includes an incident surface and is configured to detect radiation incident on the incident surface; a first electrode provided on a side of the incident surface of the radiation detection element ; a second electrode provided to face the first electrode through the radiation detection element ; and a mark provided on the incident surface of the radiation detection element , the radiation detector module characterized in that the first electrode has a through hole configured to allow the mark to be visually recognizable from the side of the incident surface.
A liquid nail lacquer composition comprising an aqueous poly (urea-urethane) polymer dispersion for providing a film on a nail of a subject in need thereof, characterized in that said liquid composition comprises a film forming polymer, whereby said film forming polymer is comprised in said liquid nail lacquer composition in an amount of at least 25 wt.%, relative to the total weight of the composition, as determined according to DIN EN ISO 3251, and further comprising an organic acid selected from the group consisting of: lactic acid, malic acid, tartaric acid, citric acid, formic acid, acetic acid, propionic acid, isopropionic acid, oxalic acid, glutaric acid, adipic acid and glycolic acid, in amount of at most 10 wt.%.
An agricultural mowing apparatus comprising: - a cutting mechanism for cutting grass of an agricultural field ; - an image capturing device configured for capturing images of a portion of an agricultural field; - an image processing device for analysing an image captured by said image capturing device ; - a control unit ; wherein said cutting mechanism comprises height adjustment means for adjustment of the cutting height of said cutting mechanism in response to a height adjustment signal being provided thereto; characterised in that : - said image processing device , in respect of an image captured by said image capturing device is configured for analysing said image so as to provide estimation information relating to an estimated magnitude of a specific crop coverage being present in said portion of the agricultural field corresponding to said image ; - said control unit being configured to receive said estimation information from said image processing device ; - said control unit is being configured to provide said height adjustment signal to said height adjustment means of said cutting mechanism , in response to said estimation information , thereby affecting an adjustment of the cutting height of said cutting mechanism in response to a change in said estimated magnitude of said specific crop coverage of the portion of the agricultural field to be cut by said cutting mechanism . - a cutting mechanism for cutting grass of an agricultural field ; - an image capturing device configured for capturing images of a portion of an agricultural field; - an image processing device for analysing an image captured by said image capturing device ; - a control unit ; - said image processing device , in respect of an image captured by said image capturing device is configured for analysing said image so as to provide estimation information relating to an estimated magnitude of a specific crop coverage being present in said portion of the agricultural field corresponding to said image ; - said control unit being configured to receive said estimation information from said image processing device ; - said control unit is being configured to provide said height adjustment signal to said height adjustment means of said cutting mechanism , in response to said estimation information , thereby affecting an adjustment of the cutting height of said cutting mechanism in response to a change in said estimated magnitude of said specific crop coverage of the portion of the agricultural field to be cut by said cutting mechanism .