mhurhangee/patent-ind-claim-en huggingface dataset:
Rubber track chain segment which is connectable by way of connecting devices at its ends to other rubber track chain segments or to itself in order to form a segmentable rubber track chain , wherein, in order to increase the tensile load capacity, one or more tensile members are incorporated into the rubber track chain segment between the connecting devices , characterized in that , on the ends of the tensile members , there are arranged nipples which are designed for being received in an undercut of the connecting devices , wherein the rubber track chain segment alternately has flexible regions and less flexible regions , wherein the ends of the tensile members are positioned in the less flexible regions at the ends of the rubber track chain segment in such a way that the tensile members , proceeding from an exit from the nipples, run over as great as possible a distance through the less flexible regions before running through the adjacent flexible regions .
A computer implemented method for determining a configuration of a battery pack comprising a plurality of battery modules operationally connected as a string of battery modules , the method, performed by a control unit , comprising: receiving first data from a first battery module (120; BM1), wherein the first data comprises module identifier of the first battery module (120; BM1) associated with second data of a second battery module (120; BM2) adjacent to the first battery module (120; BM1), the second data comprising at least module identifier of the second battery module (120; BM2); and determining the configuration of the battery pack based on the first and second data by detecting an identifier of a frame tag as the second data received from the first battery module and applying a known position of the frame tag in the configuration of the battery pack in the determination . receiving first data from a first battery module (120; BM1), wherein the first data comprises module identifier of the first battery module (120; BM1) associated with second data of a second battery module (120; BM2) adjacent to the first battery module (120; BM1), the second data comprising at least module identifier of the second battery module (120; BM2); and determining the configuration of the battery pack based on the first and second data by detecting an identifier of a frame tag as the second data received from the first battery module and applying a known position of the frame tag in the configuration of the battery pack in the determination .
A sintered R-T-B based magnet comprising a main phase which is formed of R 2 T 14 B compound particles and a grain boundary phase which is at the grain boundaries of the main phase, having remanence (B r ) of 1.47 T or greater and coercivity (H cJ ) of 1900 kA/m or greater and containing Tb at a content of 0.05 mass% and higher and 0.35 mass% or lower, wherein the sintered R-T-B based magnet contains RL which is at least one type of light rare-earth element, and contains Nd and Pr with no exception, and satisfies 26.5 mass% ≤ [RL] - 6 × [oxygen] ≤ 28.8 mass%, where [RL] is the content (mass%) of RL and [oxygen] is the content (mass%) of oxygen, and the sintered R-T-B based magnet includes a portion in which a concentration of Tb gradually decreases from a surface toward an interior of the magnet, a portion in which a concentration of Pr gradually decreases from a surface toward an interior of the magnet, and a portion in which a concentration of Ga gradually decreases from a surface toward an interior of the magnet. 0.35 mass% or lower, wherein the sintered R-T-B based magnet contains RL which is at least one type of light rare-earth element, and contains Nd and Pr with no exception, and satisfies 26.5 mass% ≤ [RL] - 6 × [oxygen] ≤ 28.8 mass%, where [RL] is the content (mass%) of RL and [oxygen] is the content (mass%) of oxygen, and the sintered R-T-B based magnet includes a portion in which a concentration of Tb gradually decreases from a surface toward an interior of the magnet, a portion in which a concentration of Pr gradually decreases from a surface toward an interior of the magnet, and a portion in which a concentration of Ga gradually decreases from a surface toward an interior of the magnet.
Apparatus for determining at least one property of a person's foot, the apparatus comprising: a surface configured to allow a person to stand thereon; a plurality of pressure sensors located under the surface configured to measure properties of the foot of a person while the person stands on the surface; and computing means arranged to receive signals from at least a subset of the plurality of Sensors while a person stands upon the surface, the computing means being operable to process the signals to: determine if the person is standing on the surface on only one foot; and when it is determined that the person is standing on the surface on only one foot, determine at least one property of the person's foot, characterized in that said property is taken from the group of properties consisting of foot length, foot width, arch index, outline of the foot and toeline, a longitudinal line drawn on a peak pressure map, or an intersection of a longitudinal line and a foot body. a surface configured to allow a person to stand thereon; a plurality of pressure sensors located under the surface configured to measure properties of the foot of a person while the person stands on the surface; and computing means arranged to receive signals from at least a subset of the plurality of Sensors while a person stands upon the surface, the computing means being operable to process the signals to: determine if the person is standing on the surface on only one foot; and when it is determined that the person is standing on the surface on only one foot, determine at least one property of the person's foot, characterized in that said property is taken from the group of properties consisting of foot length, foot width, arch index, outline of the foot and toeline, a longitudinal line drawn on a peak pressure map, or an intersection of a longitudinal line and a foot body. determine if the person is standing on the surface on only one foot; and when it is determined that the person is standing on the surface on only one foot, determine at least one property of the person's foot, characterized in that said property is taken from the group of properties consisting of foot length, foot width, arch index, outline of the foot and toeline, a longitudinal line drawn on a peak pressure map, or an intersection of a longitudinal line and a foot body.
An eyelid contacting portion configured to be coupled to a device housing for removing debris from an eyelid margin, the eyelid contacting portion comprising: an eye contacting portion having a first surface curved to correspond to a curvature of upper and lower eyelids of an eye, the eye contacting portion characterised by having: a shelf on the first surface that separates the first surface to form an upper portion and a lower portion ; a first electrode on the upper portion; and a second electrode on the lower portion and spaced apart from the first electrode, wherein at least one of the first and second electrodes are electrically coupled to an electrical contact configured to mate with another electrical contact on the device housing. a shelf on the first surface that separates the first surface to form an upper portion and a lower portion ; a first electrode on the upper portion; and a second electrode on the lower portion and spaced apart from the first electrode, wherein at least one of the first and second electrodes are electrically coupled to an electrical contact configured to mate with another electrical contact on the device housing.
A method of monitoring a gas turbine engine comprising the steps of: (a) receiving information from actual flights of an aircraft including an engine to be monitored, and including at least one of the ambient temperature at takeoff, and internal engine pressures, temperatures and speeds; (b) evaluating the damage accumulated on an engine component given the data received in step (a); (c) storing the determined damage from step (b); (d) repeating steps (a)-(c); (e) recommending a suggested future use for the component based upon steps (a)-(d), characterised in that : the suggested future use includes a suggestion to utilize the component on a particular type flight, wherein the particular type flight is: on a different engine having a different thrust rating than the thrust rating of the engine of the current use of the component; and/or for use on a different aircraft flying routes having a different average ambient temperature than the current use of the aircraft that includes the monitored engine . (a) receiving information from actual flights of an aircraft including an engine to be monitored, and including at least one of the ambient temperature at takeoff, and internal engine pressures, temperatures and speeds; (b) evaluating the damage accumulated on an engine component given the data received in step (a); (c) storing the determined damage from step (b); (d) repeating steps (a)-(c); (e) recommending a suggested future use for the component based upon steps (a)-(d), on a different engine having a different thrust rating than the thrust rating of the engine of the current use of the component; and/or for use on a different aircraft flying routes having a different average ambient temperature than the current use of the aircraft that includes the monitored engine .
A dispensing system , comprising: a housing; a reservoir secured to the housing; a cavity located in an upper portion of the reservoir , wherein the cavity is configured so that air in the reservoir migrates to the cavity ; an air passage extending upward from the cavity ; a liquid passage extending upward from the reservoir; a bottom of the liquid passage being located below a bottom of the air passage ; at least one engagement member , wherein the engagement member is configured to mate with a refill container ; a pump having a pump chamber in fluid communication with the reservoir ; an outlet nozzle in fluid communication with the pump chamber ; and a refill container configured to be releasably attached to the reservoir such that the refill container is in fluid communication with the reservoir through the at least one engagement member ; the refill container having at least one sealing member ; characterized in that , when the refill container is attached to the reservoir , air flows from the cavity into the container and liquid flows from the container into the reservoir . a housing; a reservoir secured to the housing; a cavity located in an upper portion of the reservoir , wherein the cavity is configured so that air in the reservoir migrates to the cavity ; an air passage extending upward from the cavity ; a liquid passage extending upward from the reservoir; a bottom of the liquid passage being located below a bottom of the air passage ; at least one engagement member , wherein the engagement member is configured to mate with a refill container ; a pump having a pump chamber in fluid communication with the reservoir ; an outlet nozzle in fluid communication with the pump chamber ; and a refill container configured to be releasably attached to the reservoir such that the refill container is in fluid communication with the reservoir through the at least one engagement member ; the refill container having at least one sealing member ; characterized in that , when the refill container is attached to the reservoir , air flows from the cavity into the container and liquid flows from the container into the reservoir .