mhurhangee/patent-ind-claim-en huggingface dataset:
A system for file transfer and processing in a network environment, comprising: one or more processors, coupled to a first device, configured to: retrieve a batch of multiple files from a file queue, wherein the file queue is stored in a local store of the first device, wherein the batch of files is transferred from one or more remote devices via Remote Direct Memory Access; process each file in the batch, wherein the processing comprises: determining if the file is complete; and removing the file from the file queue, if the file is determined to be complete; wherein the one or more processors are further configured to delay retrieval of a next batch of multiple files from the file queue by an amount of time such that processing of the batch of files is complete before retrieval of the next batch of files begins. retrieve a batch of multiple files from a file queue, wherein the file queue is stored in a local store of the first device, wherein the batch of files is transferred from one or more remote devices via Remote Direct Memory Access; process each file in the batch, wherein the processing comprises: determining if the file is complete; and removing the file from the file queue, if the file is determined to be complete; wherein the one or more processors are further configured to delay retrieval of a next batch of multiple files from the file queue by an amount of time such that processing of the batch of files is complete before retrieval of the next batch of files begins. determining if the file is complete; and removing the file from the file queue, if the file is determined to be complete; wherein the one or more processors are further configured to delay retrieval of a next batch of multiple files from the file queue by an amount of time such that processing of the batch of files is complete before retrieval of the next batch of files begins.
An isolated Huwentoxin-IV variant comprising a sequence X 1 CX 2 X 3 X 4 FX 5 X 6 CX 7 X 8 X 9 X 10 X 11 X 12 CCX 13 X 14 X 15 X 16 X 17 X 18 CX 19 X 20 X 21 X 22 X 23 X 24 CKX 25 X 26 IX 27 X 28 (SEQ ID NO: 265); wherein a. X 1 is E; b. X 2 is L; c. X 3 is R, N, Q or E; d. X 4 is I; e. X 5 is K; f. X 6 is R, or A; g. X 7 is N; h. X 8 is P; i. X 9 is S; j. X 10 is N; k. X 11 is D; l. X 12 is N or Q; m. X 13 is K; n. X 14 is Q, P or S; o. X 15 is N or S; p. X 16 is R or K; q. X 17 is L; r. X 18 is K, T, L or V; s. X 19 is S or I; t. X 20 is K, W, G, I, R orD; u. X 21 is W, K or H; v. X 22 is T; w. X 23 is H, W, N, G, L or R; x. X 24 is W or K; and y. X 25 is W, T, or Y; z. X 26 is Y, F, S, T, G, V, L or Q; aa. X 27 is K, R, H, F, W, V, L, I, G or deleted; and bb. X 28 is R, H, Y, F, W, N, V, P, K or deleted; and wherein the Huwentoxin-IV variant has an IC 50 value of less than 0.03×10 -6 M for human Nav1.7 (SEQ ID NO: 263), with the proviso that the Huwentoxin-IV variant is not a polypeptide comprising a sequence shown in SEQ ID NO: 1. a. X 1 is E; b. X 2 is L; c. X 3 is R, N, Q or E; d. X 4 is I; e. X 5 is K; f. X 6 is R, or A; g. X 7 is N; h. X 8 is P; i. X 9 is S; j. X 10 is N; k. X 11 is D; l. X 12 is N or Q; m. X 13 is K; n. X 14 is Q, P or S; o. X 15 is N or S; p. X 16 is R or K; q. X 17 is L; r. X 18 is K, T, L or V; s. X 19 is S or I; t. X 20 is K, W, G, I, R orD; u. X 21 is W, K or H; v. X 22 is T; w. X 23 is H, W, N, G, L or R; x. X 24 is W or K; and y. X 25 is W, T, or Y; z. X 26 is Y, F, S, T, G, V, L or Q; aa. X 27 is K, R, H, F, W, V, L, I, G or deleted; and bb. X 28 is R, H, Y, F, W, N, V, P, K or deleted; and
A method for focusing ions for a collision cell using an ion optics assembly comprising a first ion lens disposed between a retarding lens and an entrance to a collision cell , comprising the steps of: providing sample ions formed at a source electrical potential; establishing a first electrical field to decelerate sample ions entering the retarding lens and establishing a second electrical field between the retarding lens and the first ion lens to accelerate sample ions from the retarding lens and into the first ion lens , wherein sample ions are substantially focused to a focal point within the first ion lens and form a substantially collimated ion beam after the focal point and before the entrance to the collision cell , the collision cell configured to produce fragment ions; and establishing a third electrical field between the first ion lens and the entrance of the collision cell to decelerate sample ions from the first ion lens . providing sample ions formed at a source electrical potential; establishing a first electrical field to decelerate sample ions entering the retarding lens and establishing a second electrical field between the retarding lens and the first ion lens to accelerate sample ions from the retarding lens and into the first ion lens , wherein sample ions are substantially focused to a focal point within the first ion lens and form a substantially collimated ion beam after the focal point and before the entrance to the collision cell , the collision cell configured to produce fragment ions; and establishing a third electrical field between the first ion lens and the entrance of the collision cell to decelerate sample ions from the first ion lens .
Sealing device for a human-machine dialogue element intended to be fixed through a wall, said device comprising a seal formed in a ring around an axis, said seal comprising: - a first annular part comprising at least one positioning element of the seal adapted to cooperate with said human-machine dialogue element to limit the rotation of the seal about its axis, - a sealing second annular part comprising a first face and a second face , characterized in that : - the seal includes a first annular edge formed around said axis projecting from said first face and a second annular edge formed around said axis projecting from said second face , - the second edge follows a path including a plurality of chicanes so as to form at least one concave part delimiting a bearing zone on said second face and at least one convex part delimiting a disengagement zone on said second face to circumvent said positioning element. - a first annular part comprising at least one positioning element of the seal adapted to cooperate with said human-machine dialogue element to limit the rotation of the seal about its axis, - a sealing second annular part comprising a first face and a second face , - the seal includes a first annular edge formed around said axis projecting from said first face and a second annular edge formed around said axis projecting from said second face , - the second edge follows a path including a plurality of chicanes so as to form at least one concave part delimiting a bearing zone on said second face and at least one convex part delimiting a disengagement zone on said second face to circumvent said positioning element.
A remanufacturing method for remanufacturing a developing apparatus , the developing apparatus including: a frame having a storage chamber for storing developer (T), a developing chamber in which a developing roller for bearing the developer is to be arranged, and a partition portion that partitions the storage chamber and the developing chamber , the frame being provided with an opening in the partition portion such that the storage chamber and the developing chamber are connected each other; and a stirring member for stirring the developer (T), the stirring member being arranged in the storage chamber so as to be capable of coming into contact with a wall surface of the frame that forms the storage chamber , the remanufacturing method comprising: a communicating step of cutting a part of the frame to form a communication hole formed so as to open to the developing chamber such that an outside of the frame and the developing chamber are connected each other; a refilling step of refilling an inside of the frame with the developer (T) via the communication hole ; and a sealing step of sealing the communication hole . a frame having a storage chamber for storing developer (T), a developing chamber in which a developing roller for bearing the developer is to be arranged, and a partition portion that partitions the storage chamber and the developing chamber , the frame being provided with an opening in the partition portion such that the storage chamber and the developing chamber are connected each other; and a stirring member for stirring the developer (T), the stirring member being arranged in the storage chamber so as to be capable of coming into contact with a wall surface of the frame that forms the storage chamber , the remanufacturing method comprising: a communicating step of cutting a part of the frame to form a communication hole formed so as to open to the developing chamber such that an outside of the frame and the developing chamber are connected each other; a refilling step of refilling an inside of the frame with the developer (T) via the communication hole ; and a sealing step of sealing the communication hole . a communicating step of cutting a part of the frame to form a communication hole formed so as to open to the developing chamber such that an outside of the frame and the developing chamber are connected each other; a refilling step of refilling an inside of the frame with the developer (T) via the communication hole ; and a sealing step of sealing the communication hole .
An aircraft-landing-assistance method for aligning the aircraft with a given runway , said aircraft being equipped with a radar, said method having at least: - a step of said radar forming a number N of beams that illuminate said runway and a portion of the surroundings of said runway; - a step of dividing the zone illuminated by said beams into distance-angle boxes , said beams delineating said boxes anglewise; - a step of measuring backscattered power received by distance-angle boxes, characterised in that , said measurements being carried out for a set of pairs of boxes , a pair being composed of two boxes of same distance, one of which, called the right box, crosses the right edge of said runway, and the other one of which, called the left box, crosses the left edge , said method has: - a step of computing, for each pair, the difference in backscattered power between said right box and said left box, said aircraft being aligned with said axis when said difference is zero for at least two pairs of distance-angle boxes. - a step of said radar forming a number N of beams that illuminate said runway and a portion of the surroundings of said runway; - a step of dividing the zone illuminated by said beams into distance-angle boxes , said beams delineating said boxes anglewise; - a step of measuring backscattered power received by distance-angle boxes, - a step of computing, for each pair, the difference in backscattered power between said right box and said left box, said aircraft being aligned with said axis when said difference is zero for at least two pairs of distance-angle boxes.
A fluid connection assembly , comprising: a connector body , including: a first end ; a second end ; a first through-bore ; and a first radially outward facing surface including at least one aperture extending from the first radially outward facing surface to the first through-bore ; and a retainer operatively arranged to be removably connected to the connector body , the retainer including: a first section ; a second section connected to the first section ; a first radially inward facing surface ; and at least one tab extending from the first radially inward facing surface , the at least one tab including a second radially inward facing surface ; wherein, in a locked state the at least one tab extends through the at least one aperture and the first radially inward facing surface is arranged proximate the first radially outward facing surface , wherein in the locked state, the second section is fixedly secured to the first section , characterized in that the second section is hingedly connected to the first section . a connector body , including: a first end ; a second end ; a first through-bore ; and a first radially outward facing surface including at least one aperture extending from the first radially outward facing surface to the first through-bore ; and a first end ; a second end ; a first through-bore ; and a first radially outward facing surface including at least one aperture extending from the first radially outward facing surface to the first through-bore ; and a retainer operatively arranged to be removably connected to the connector body , the retainer including: a first section ; a second section connected to the first section ; a first radially inward facing surface ; and at least one tab extending from the first radially inward facing surface , the at least one tab including a second radially inward facing surface ; a first section ; a second section connected to the first section ; a first radially inward facing surface ; and at least one tab extending from the first radially inward facing surface , the at least one tab including a second radially inward facing surface ; wherein, in a locked state the at least one tab extends through the at least one aperture and the first radially inward facing surface is arranged proximate the first radially outward facing surface , wherein in the locked state, the second section is fixedly secured to the first section , characterized in that the second section is hingedly connected to the first section .
An information processing apparatus comprising: a signal processor configured to extract at least some frequency components as second control information from a plurality of frequency components included in first control information in accordance with a state of communication; and control a frequency component to be extracted as the second control information from the first control information in accordance with a resonant frequency of a haptic presentation section , or in accordance with a part to which a haptic stimulus is to be presented through the haptic presentation section , wherein the signal processor is configured to preferentially extract, as the second control information, a frequency component that allows the part to more easily perceive a haptic stimulus, and wherein the haptic presentation section that presents the haptic stimulus is configured to be controlled through the communication on a basis of the second control information. a signal processor configured to extract at least some frequency components as second control information from a plurality of frequency components included in first control information in accordance with a state of communication; and control a frequency component to be extracted as the second control information from the first control information in accordance with a resonant frequency of a haptic presentation section , or in accordance with a part to which a haptic stimulus is to be presented through the haptic presentation section , wherein the signal processor is configured to preferentially extract, as the second control information, a frequency component that allows the part to more easily perceive a haptic stimulus, and wherein extract at least some frequency components as second control information from a plurality of frequency components included in first control information in accordance with a state of communication; and control a frequency component to be extracted as the second control information from the first control information in accordance with a resonant frequency of a haptic presentation section , or in accordance with a part to which a haptic stimulus is to be presented through the haptic presentation section , wherein the signal processor is configured to preferentially extract, as the second control information, a frequency component that allows the part to more easily perceive a haptic stimulus, and wherein the haptic presentation section that presents the haptic stimulus is configured to be controlled through the communication on a basis of the second control information.
Assembly with a hand-guided working implement and with a support device, wherein the working implement has a housing , in which a drive unit of the working implement is located and at which at least one handle is provided for guiding the working implement in operation, wherein the support device is provided to support the working implement in operation and has a holder to be carried by an operator , wherein the support device comprises a connecting device , which is held at a first mounting point at the holder and at a second mounting point at the working implement, wherein the connecting device is pivotably mounted about at least one pivot axis at the second mounting point , and wherein the connecting device supports the working implement in the working position towards the rear with respect to the operator and prevents a rearward movement of the working implement, wherein the centre of gravity of the working implement and the first mounting point have in the working position of the working implement a distance (a, c) from each other as measured horizontally and in the lateral direction with respect to the operator , and wherein the holder has at the first mounting point means for at least partially supporting the tilting moment applied by the weight force (F) at the first mounting point because of the lateral distance (a, c), characterised in that the centre of gravity lies approximately vertically below the second mounting point .
Suction appliance, comprising a blower device for generating a suction flow, a dirt collection container , a filter device , wherein the dirt collection container is in flow connection with the blower device by way of the filter device , and a cleaning device for the filter device , wherein the filter device comprises at least one first filter and a second filter , wherein the first filter and the second filter have a different filter effect, and wherein the first filter and the second filter are arranged serially with respect to the suction flow, characterized in that the first filter is arranged at a distance from the cleaning device and the second filter is positioned between the first filter and the cleaning device , in that the cleaning device is provided for cleaning off the first filter , and in that the cleaning device acts on the first filter by way of the second filter .
A contamination identification system for a healthcare setting , comprising: a contamination detection device including: a body ; a first light source coupled to the body ; and a controller operably coupled to the first light source , wherein the controller activates the first light source to emit ultraviolet light to illuminate contamination within said healthcare setting ; a second light source communicatively coupled with the controller , wherein the controller activates the second light source to emit visible light to illuminate said healthcare setting ; and healthcare equipment including a patient support apparatus disposed within said healthcare setting , wherein the second light source is directly coupled to the patient support apparatus , and wherein the contamination detection device is freely movable relative to the healthcare equipment to illuminate the contamination on the healthcare equipment . a contamination detection device including: a body ; a first light source coupled to the body ; and a controller operably coupled to the first light source , wherein the controller activates the first light source to emit ultraviolet light to illuminate contamination within said healthcare setting ; a body ; a first light source coupled to the body ; and a controller operably coupled to the first light source , wherein the controller activates the first light source to emit ultraviolet light to illuminate contamination within said healthcare setting ; a second light source communicatively coupled with the controller , wherein the controller activates the second light source to emit visible light to illuminate said healthcare setting ; and healthcare equipment including a patient support apparatus disposed within said healthcare setting , wherein the second light source is directly coupled to the patient support apparatus , and wherein the contamination detection device is freely movable relative to the healthcare equipment to illuminate the contamination on the healthcare equipment .
An ice maker including: an ice mold including a plurality of cavities and configured to be rotatable about an axis that is spaced apart from the cavities and extends longitudinally with respect to the ice mold; and a sweeping element configured to be rotatable about the axis and including a shaft with a plurality of fingers radially extending from the shaft, each of the fingers being configured to extend into a corresponding one of the cavities upon rotation of the shaft about the axis, characterised in that , during a harvesting step, the ice mold is configured to rotate in a first direction about the axis while the sweeping element is configured to rotate in a second direction about the axis that is opposite the first direction. an ice mold including a plurality of cavities and configured to be rotatable about an axis that is spaced apart from the cavities and extends longitudinally with respect to the ice mold; and a sweeping element configured to be rotatable about the axis and including a shaft with a plurality of fingers radially extending from the shaft, each of the fingers being configured to extend into a corresponding one of the cavities upon rotation of the shaft about the axis, characterised in that , during a harvesting step, the ice mold is configured to rotate in a first direction about the axis while the sweeping element is configured to rotate in a second direction about the axis that is opposite the first direction.
A method for constructing a wellbore , comprising: drilling a wellbore along a trajectory using a bit ; reaming the diameter of a portion of the drilled wellbore to enlarge the portion of the wellbore ; and using a rotary steerable tool coupled to the bit , wherein a plurality of actuators are coupled to the rotary steerable tool and configured to independently and selectively extend radially in a direction perpendicular to a longitudinal axis of the rotary steerable tool , altering the trajectory of the bit by applying a lateral force to the enlarged diameter wellbore , and further comprising reducing a negative tilt angle that is defined between a longitudinal axis of the bit and a longitudinal axis of the wellbore, wherein reducing the negative tilt angle increases a dogleg of the wellbore. drilling a wellbore along a trajectory using a bit ; reaming the diameter of a portion of the drilled wellbore to enlarge the portion of the wellbore ; and using a rotary steerable tool coupled to the bit , wherein a plurality of actuators are coupled to the rotary steerable tool and configured to independently and selectively extend radially in a direction perpendicular to a longitudinal axis of the rotary steerable tool , altering the trajectory of the bit by applying a lateral force to the enlarged diameter wellbore , and further comprising reducing a negative tilt angle that is defined between a longitudinal axis of the bit and a longitudinal axis of the wellbore, wherein reducing the negative tilt angle increases a dogleg of the wellbore.