mhurhangee/patent-ind-claim-en huggingface dataset:
A reinforced composite structure , comprising: a first composite skin including a plurality of fibers embedded in a polymer matrix; a second composite skin including a plurality of fibers embedded in a polymer matrix; a core positioned between at least portions of the first composite skin and the second composite skin and bonded thereto, the core including a plurality of cells defined by cell walls, each of the plurality of cells having a longitudinal axis substantially perpendicular to the at least a portion of the first and second skins; a transition region at which one or more of the first composite skin or the second composite skin transition from a first geometric region having a first geometric configuration to a second geometric region having a second geometric configuration that is different from the first geometric configuration; and a plurality of reinforcement fibers defining one or more patches , each of the one or more patches positioned in the transition region and attached to one or more of the first composite skin or the second composite skin. a first composite skin including a plurality of fibers embedded in a polymer matrix; a second composite skin including a plurality of fibers embedded in a polymer matrix; a core positioned between at least portions of the first composite skin and the second composite skin and bonded thereto, the core including a plurality of cells defined by cell walls, each of the plurality of cells having a longitudinal axis substantially perpendicular to the at least a portion of the first and second skins; a transition region at which one or more of the first composite skin or the second composite skin transition from a first geometric region having a first geometric configuration to a second geometric region having a second geometric configuration that is different from the first geometric configuration; and a plurality of reinforcement fibers defining one or more patches , each of the one or more patches positioned in the transition region and attached to one or more of the first composite skin or the second composite skin.
A system, comprising: a leadless cardiac pacing device including a body , a proximal hub , and a helical fixation member opposite the proximal hub ; and a first elongate shaft having a lumen extending from a distal end of the elongate shaft proximally into the elongate shaft and a transverse member extending transversely across the lumen ; wherein the proximal hub includes a transverse channel extending into the proximal hub , the transverse channel being configured to engage the transverse member . a leadless cardiac pacing device including a body , a proximal hub , and a helical fixation member opposite the proximal hub ; and a first elongate shaft having a lumen extending from a distal end of the elongate shaft proximally into the elongate shaft and a transverse member extending transversely across the lumen ; wherein the proximal hub includes a transverse channel extending into the proximal hub , the transverse channel being configured to engage the transverse member .
A hydraulic system for a mobile work machine comprising: a prime mover ; a drivetrain including a transmission , the transmission rotationally coupled to the prime mover ; a power-take-off adapted to exchange shaft power with the transmission , a baseline hydraulic system powered by the prime mover , the baseline hydraulic system including a first hydraulic circuit; a second hydraulic circuit including a hydraulic transformer , wherein the hydraulic transformer is rotationally coupled to the power-take-off ; wherein the hydraulic transformer includes a first and a second pump-motor rotationally connected to a shaft , wherein the shaft is rotationally coupled to the power-take-off ; a work implement actuated by an actuator ; wherein the actuator is adapted to be simultaneously hydraulically coupled to the first hydraulic circuit and the second hydraulic circuit; and a flow control valve sub-system fluidly coupled to the actuator , wherein the flow control valve sub-system operates the actuator from the second hydraulic circuit independent of, or in cooperation with, the first hydraulic circuit. a prime mover ; a drivetrain including a transmission , the transmission rotationally coupled to the prime mover ; a power-take-off adapted to exchange shaft power with the transmission , a baseline hydraulic system powered by the prime mover , the baseline hydraulic system including a first hydraulic circuit; a second hydraulic circuit including a hydraulic transformer , wherein the hydraulic transformer is rotationally coupled to the power-take-off ; wherein the hydraulic transformer includes a first and a second pump-motor rotationally connected to a shaft , wherein the shaft is rotationally coupled to the power-take-off ; a work implement actuated by an actuator ; wherein the actuator is adapted to be simultaneously hydraulically coupled to the first hydraulic circuit and the second hydraulic circuit; and a flow control valve sub-system fluidly coupled to the actuator , wherein the flow control valve sub-system operates the actuator from the second hydraulic circuit independent of, or in cooperation with, the first hydraulic circuit.
Method for controlling the total instant electrical power consumed by a fleet of railway vehicles (402 1 -402 n ), characterized in that it comprises at least one iteration of a power modulation phase , comprising the following steps: - for each vehicle (402 1 -402 n ) of said fleet: - determining , within said vehicle (402 1 -402 n ), an instant electrical power consumed by said vehicle (402 1 -402 n ), - determining an available electrical power on the basis of said instant power and the position of said vehicle (402 1 -402 n ) on its route; - selecting at least one target vehicle on the basis of said available power and at least one total instant electrical power threshold value which is predetermined for said fleet; and - transmitting at least one driving instruction to said at least one target vehicle, modifying the instant power consumed by said target vehicle. - for each vehicle (402 1 -402 n ) of said fleet: - determining , within said vehicle (402 1 -402 n ), an instant electrical power consumed by said vehicle (402 1 -402 n ), - determining an available electrical power on the basis of said instant power and the position of said vehicle (402 1 -402 n ) on its route; - selecting at least one target vehicle on the basis of said available power and at least one total instant electrical power threshold value which is predetermined for said fleet; and - transmitting at least one driving instruction to said at least one target vehicle, modifying the instant power consumed by said target vehicle. - determining , within said vehicle (402 1 -402 n ), an instant electrical power consumed by said vehicle (402 1 -402 n ), - determining an available electrical power on the basis of said instant power and the position of said vehicle (402 1 -402 n ) on its route; - selecting at least one target vehicle on the basis of said available power and at least one total instant electrical power threshold value which is predetermined for said fleet; and - transmitting at least one driving instruction to said at least one target vehicle, modifying the instant power consumed by said target vehicle.
An intravascular imaging device, comprising: a catheter body ; a drive cable extending through a lumen of the catheter body ; a housing coupled to a distal section of the drive cable ; and an ultrasound transducer mounted within the housing , wherein the housing includes a trough on a backside of the ultrasound transducer , characterized in that the trough is shaped to deflect ultrasound signals away from the ultrasound transducer and wherein the trough has an arcuate profile along a longitudinal axis of the housing . a catheter body ; a drive cable extending through a lumen of the catheter body ; a housing coupled to a distal section of the drive cable ; and an ultrasound transducer mounted within the housing , wherein the housing includes a trough on a backside of the ultrasound transducer , characterized in that the trough is shaped to deflect ultrasound signals away from the ultrasound transducer and wherein the trough has an arcuate profile along a longitudinal axis of the housing .
A self-assembling tumor-targeting photosensitizer-drug conjugate wherein a photosensitizer, a peptide, a linker and an anticancer agent are conjugated sequentially, wherein the peptide is a peptide which is conjugated to one side of the photosensitizer and comprises a sequence that can be specifically cleaved by caspase, the linker is conjugated to one end of the peptide and connects the peptide with the anticancer agent, and wherein the photosensitizer-drug conjugate is represented by Structural Formula 1:
Method for driving a multiphase motor as part of a linear actuator in a brake system by means of a drive circuit, wherein the drive circuit comprises a plurality of transistors, and wherein for each phase of the motor are provided a first path and a second path, wherein at least one transistor is assigned to the first path and to the second path of each of the different phases, and wherein a normal mode (N), a first drive mode (A1) and a third drive mode (A3) are provided, wherein for the first drive mode (A1), all the transistors in the second paths are short-circuited, and for the third drive mode (A3), all the transistors are opened, characterized in that a second drive mode (A2) is provided, in which operation alternates between the first drive mode (A1) and the third drive mode (A3), wherein the following steps are performed: - detecting an undervoltage (U1, U2, U3) or an overvoltage (UES) in the drive circuit, - operating the drive circuit in the first drive mode (A1) if a first undervoltage (U1) has been detected, - operating the drive circuit in the second drive mode (A2) if a second undervoltage (U2) has been detected. - detecting an undervoltage (U1, U2, U3) or an overvoltage (UES) in the drive circuit, - operating the drive circuit in the first drive mode (A1) if a first undervoltage (U1) has been detected, - operating the drive circuit in the second drive mode (A2) if a second undervoltage (U2) has been detected.
A computing device comprising: a battery ; a power supply connector comprising a first contact and a second contact; a connection determination circuit configured to determine an input connected to the power supply connector ; a charging circuit configured to charge the battery if the connection determination circuit determines a first input connected to the power supply connector ; and an exception circuit configured to instruct the computing device to perform exception processing if the connection determination circuit determines a second input connected to the power supply connector ; wherein the first input is from a first input group and is a voltage for charging the battery ; and wherein the second input is from a second input group and is a short circuit caused by a conductive member arranged between the first contact and the second contact. a battery ; a power supply connector comprising a first contact and a second contact; a connection determination circuit configured to determine an input connected to the power supply connector ; a charging circuit configured to charge the battery if the connection determination circuit determines a first input connected to the power supply connector ; and an exception circuit configured to instruct the computing device to perform exception processing if the connection determination circuit determines a second input connected to the power supply connector ; wherein the first input is from a first input group and is a voltage for charging the battery ; and wherein the second input is from a second input group and is a short circuit caused by a conductive member arranged between the first contact and the second contact.
A head mounted display device comprising: a structural frame arranged generally along a X-axis and a Y-axis for viewing along a Z-axis, the X, Y, and Z axes being mutually perpendicular; a micro-display coupled to the structural frame , and configured to project visual content in a substantially forward direction along the Z-axis away from a user; and a group of one or more optical elements with reflective optical surfaces coupled to the structural frame and respectively positioned on a front side of the micro-display with each of the reflective optical surfaces of the group of optical elements symmetrical with respect to the Y-axis and freeform with respect to the X-axis to reflectively guide a light ray bundle in an optical path from the micro-display to a user's eye to provide an image to the user's eye , wherein the light rays of the light ray bundle entering the user's eye are essentially parallel to make the image visible to the user with varied positions of the user's pupil, and wherein the optical path of the light ray bundle has no stops such that there is no location in the optical path of the light ray bundle from the micro-display to the user's eye where the light rays of the light ray bundle converge and flip over. a structural frame arranged generally along a X-axis and a Y-axis for viewing along a Z-axis, the X, Y, and Z axes being mutually perpendicular; a micro-display coupled to the structural frame , and configured to project visual content in a substantially forward direction along the Z-axis away from a user; and a group of one or more optical elements with reflective optical surfaces coupled to the structural frame and respectively positioned on a front side of the micro-display with each of the reflective optical surfaces of the group of optical elements symmetrical with respect to the Y-axis and freeform with respect to the X-axis to reflectively guide a light ray bundle in an optical path from the micro-display to a user's eye to provide an image to the user's eye , wherein the light rays of the light ray bundle entering the user's eye are essentially parallel to make the image visible to the user with varied positions of the user's pupil, and wherein the optical path of the light ray bundle has no stops such that there is no location in the optical path of the light ray bundle from the micro-display to the user's eye where the light rays of the light ray bundle converge and flip over.
A method for evaluating the quality of a channel operable by a WiFi access point for establishing a WiFi connection with a communication device, the communication device being connected to the access point on a given WiFi channel, called a current channel (CC), within a predetermined WiFi frequency band, the method being implemented by the communication device, wherein the method comprises a first phase for computing a score representative of a channel quality for at least one WiFi channel, called a scanned channel (SC), within the predetermined WiFi frequency band, the first phase comprising at least one iteration of: obtaining a scanned channel bandwidth and a maximum effective isotropic radiated power associated with the scanned channel; determining a number of neighboring access points operating in the scanned channel; estimating a neighbor airtime occupancy for the scanned channel; and computing the score representative of a channel quality for the scanned channel (SC), as a function of: the obtained bandwidth; the obtained maximum effective isotropic radiated power; the determined number of neighboring access points; and the estimated neighbor airtime occupancy. obtaining a scanned channel bandwidth and a maximum effective isotropic radiated power associated with the scanned channel; determining a number of neighboring access points operating in the scanned channel; estimating a neighbor airtime occupancy for the scanned channel; and computing the score representative of a channel quality for the scanned channel (SC), as a function of: the obtained bandwidth; the obtained maximum effective isotropic radiated power; the determined number of neighboring access points; and the estimated neighbor airtime occupancy. the obtained bandwidth; the obtained maximum effective isotropic radiated power; the determined number of neighboring access points; and the estimated neighbor airtime occupancy.
A sports car comprising a cockpit (AB) provided with a windscreen (WS) that delimits the cockpit (AB), the windscreen (WS) being supported by a peripheral frame of high-resistance material comprising an upper crossbeam (TVS) at the top, a lower crossbeam (TV) at the bottom and a pair of front side uprights (ML) connecting said upper and lower crossbeams (TVS, TV), the windscreen (WS) comprising a front central upright (MC) arranged between said pair of front side uprights(ML) to connect said upper and lower crossbeams (TVS, TV); the sports car being characterized in that it further comprises a conditioning system comprising a conditioning device (CD) for treating environmental air, a first inner channel (Cout) for delivering conditioned air generated by said conditioning device (CD) to the vehicle cockpit (AB), the car comprising a roof (R) in which said first inner channel (Cout) is at least partially integrated and wherein said front central upright (MC) and said first inner channel (Cout) define a single component for reinforcing said cockpit (AB) .
Winding device for winding a material to be wound onto at least one exchangeable tube , with at least one winding mandrel , which is configured to receive the at least one tube in at least one operation state and/or to drive said tube in rotation around a winding axis , wherein the at least one winding mandrel comprises a first mandrel unit and at least one second mandrel unit , which are introducible into the at least one tube from opposite sides, characterised in that a distance between the first mandrel unit and the at least one second mandrel unit is variable in parallel and perpendicularly to the winding axis .
Device for packaging a product, in particular a cosmetic product, comprising: - a receptacle extending along an elevation axis (Z-Z') and comprising an internal volume ; - a lid that is hinged with respect to said receptacle between a closing position, in which said lid cooperates with the receptacle and closes off access to the internal volume of said receptacle , and an opening position, in which said lid is pivoted away from the receptacle to allow access to said internal volume , the device comprising a stiffening member (40, 40', 40") mounted in the lid and one of the stiffening member (40, 40', 40") or the lid comprising at least one stiffening element that extends along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40") and wherein the stiffening element comprises a network of stiffening ribs comprising at least one plurality of ribs extending along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40"), characterised in that the stiffening element is rigidly secured to the other of the lid or the stiffening member (40, 40', 40"). - a receptacle extending along an elevation axis (Z-Z') and comprising an internal volume ; - a lid that is hinged with respect to said receptacle between a closing position, in which said lid cooperates with the receptacle and closes off access to the internal volume of said receptacle , and an opening position, in which said lid is pivoted away from the receptacle to allow access to said internal volume , the device comprising a stiffening member (40, 40', 40") mounted in the lid and one of the stiffening member (40, 40', 40") or the lid comprising at least one stiffening element that extends along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40") and wherein the stiffening element comprises a network of stiffening ribs comprising at least one plurality of ribs extending along the elevation axis (Z-Z') from one of the stiffening member (40, 40', 40") or the lid towards the other of the lid or the stiffening member (40, 40', 40"), characterised in that the stiffening element is rigidly secured to the other of the lid or the stiffening member (40, 40', 40").
A file transfer method performed by a terminal device , the method comprising: detecting (S11) a file drag operation for dragging an icon of a file onto an icon of a target device ; acquiring (S12) data of the file in response to the file drag operation; and sending (S13) the data of the file to the target device , characterized in that the file transfer method further comprises sending pairing information through broadcasting; receiving response information sent by the target device, wherein the response information comprises identity information, and the identity information comprises at least one of a user account that is logged in to the target device and a device manufacturer identifier of the target device ; if the identity information carried by the response information and the identity information of the terminal device are unified, sending a connection establishment request to the target device ; and receiving a connection establishment acknowledgement sent by the target device . detecting (S11) a file drag operation for dragging an icon of a file onto an icon of a target device ; acquiring (S12) data of the file in response to the file drag operation; and sending (S13) the data of the file to the target device , characterized in that the file transfer method further comprises sending pairing information through broadcasting; receiving response information sent by the target device, wherein the response information comprises identity information, and the identity information comprises at least one of a user account that is logged in to the target device and a device manufacturer identifier of the target device ; if the identity information carried by the response information and the identity information of the terminal device are unified, sending a connection establishment request to the target device ; and receiving a connection establishment acknowledgement sent by the target device .