mhurhangee/ep-ind-claims huggingface dataset:
A hinge joint capable of being 3D printed in a printed configuration and used in a deployed configuration comprises: an inner hinge member comprising: a follower component comprising a top portion and a bottom portion, and a plurality of splines spaced unevenly around the top portion and the bottom portion of the follower component; an outer hinge member comprising: a top base component comprising a first set of grooves distributed around an interior portion of the top base component, and a bottom base component comprising a second set of grooves distributed around an interior portion of the bottom base component; and wherein the follower component interconnects with the outer hinge member between the top base component and the bottom base component when in the printed configuration or the deployed configuration, and wherein the first set of grooves and the second set of grooves are spaced such that (a) the splines align with the grooves when the hinge joint is in the printed configuration and (b) the splines do not align with the grooves when the hinge joint is in the deployed configuration. an inner hinge member comprising: a follower component comprising a top portion and a bottom portion, and a plurality of splines spaced unevenly around the top portion and the bottom portion of the follower component; a follower component comprising a top portion and a bottom portion, and a plurality of splines spaced unevenly around the top portion and the bottom portion of the follower component; an outer hinge member comprising: a top base component comprising a first set of grooves distributed around an interior portion of the top base component, and a bottom base component comprising a second set of grooves distributed around an interior portion of the bottom base component; and a top base component comprising a first set of grooves distributed around an interior portion of the top base component, and a bottom base component comprising a second set of grooves distributed around an interior portion of the bottom base component; and wherein the follower component interconnects with the outer hinge member between the top base component and the bottom base component when in the printed configuration or the deployed configuration, and wherein the first set of grooves and the second set of grooves are spaced such that (a) the splines align with the grooves when the hinge joint is in the printed configuration and (b) the splines do not align with the grooves when the hinge joint is in the deployed configuration.
A curing agent composition comprising at least one benzylated aminopropylated alkylenediamine having at least three active amine hydrogen atoms and at least one benzyl group; and at least one multifunctional amine having 3 or more active amine hydrogens.
Agricultural soil cultivation unit having at least two rows (2, 3) of soil working tools that are fastened to a tool carrier frame that is pivotably supported about a horizontal frame pivot axis at a machine frame supported by a chassis on the ground and is liftable by a lifting apparatus, wherein the vertical positions of the soil working tool rows (2, 3) are adjustable relative to one another in the lowered working position and a working depth difference ( Δ t) between the soil working tool rows (2, 3) is thus adjustable by a setting apparatus actuable without tools in working operation and having an actuator actuable by external energy, characterized in that detection means are provided for detecting an operating parameter that is relevant to a diagonal pull and that characterizes a resulting diagonal pull of the soil working tools transversely to the direction of travel and a control apparatus for automatically actuating the setting apparatus varies the working depth difference ( Δ t) in dependence on the detected operating parameter relevant to the diagonal pull in such a way that that the lateral forces resulting on the soil working tool rows (2, 3) compensate one another.
Blind phase tracking method for FBMC receiver, whereby the received signal is demodulated into baseband, filtered by an analysis filter bank and subjected to FFT, in order to provide a plurality of frequency components, whereby each frequency component corresponds to a sub-carrier, in which: - one estimates (330, 331) the data transmitted on each subcarrier from the said frequency components; - one determines the sign of the data thus estimated; - one estimates 30,332) from the data thus estimated the interference affecting each of the subcarriers; - one determines the sign of each interference thus estimated; - one constructs a simplified symbol for each subcarrier from the sign of the estimated data for this subcarrier and the sign of the estimated interference for this subcarrier, whereby the real and the imaginary part of the simplified symbol is each encoded in a single bit; - one estimates a phase difference between the frequency components and the said simplified symbols; - one applies a phase correction (233, 245) to the frequency components from the phase difference thus estimated. - one estimates (330, 331) the data transmitted on each subcarrier from the said frequency components; - one determines the sign of the data thus estimated; - one estimates 30,332) from the data thus estimated the interference affecting each of the subcarriers; - one determines the sign of each interference thus estimated; - one constructs a simplified symbol for each subcarrier from the sign of the estimated data for this subcarrier and the sign of the estimated interference for this subcarrier, whereby the real and the imaginary part of the simplified symbol is each encoded in a single bit; - one estimates a phase difference between the frequency components and the said simplified symbols; - one applies a phase correction (233, 245) to the frequency components from the phase difference thus estimated.
Device for haptic feedback control comprising a backing plate for transmitting a haptic feedback to a finger of a user in a circular-shaped zone of movement of said finger, a touch-sensitive surface sensor for detecting a pressure of said finger in said zone, characterized in that it comprises a first and a second actuator (7a, 7b) connected to said plate in order to apply a rotary torque to said plate in order to generate the haptic feedback in said zone when a pressure is detected, by a pivoting movement of said plate about a geometric axis of rotation, coaxial with the center of said zone of movement of said finger.
A tissue analysis system (100, 900), comprising: a color data storage module (113, 910) configured to store, for each of a plurality of markers, color data indicative of a color of tissue marked by the respective marker; a co-location data storage module configured to store co-location data defining a plurality of groups, g 1 to g 4, of said markers, each group consisting of markers having an affinity to a respective common tissue feature; a tissue image data storage module configured to store a plurality of pixels representative of a tissue image, each pixel comprising color information; and a tissue image analysis module (112, 940) configured to unmix said tissue image, wherein said tissue image analysis module is configured to read said color data from said color data storage module, said co-location data from said co-location data storage module and said pixels from said tissue image data storage module and to calculate, for each of said pixels and for each of said groups, a linear combination of the colors of the markers of the respective group that yields a minimum difference between said color information of the respective pixel and said linear combination of colors, and wherein, for each of said pixels, said tissue image analysis module is configured to determine a group for which said minimum difference is smallest and to output said tissue feature of said group as an analysis result. a color data storage module (113, 910) configured to store, for each of a plurality of markers, color data indicative of a color of tissue marked by the respective marker; a co-location data storage module configured to store co-location data defining a plurality of groups, g 1 to g 4, of said markers, each group consisting of markers having an affinity to a respective common tissue feature; a tissue image data storage module configured to store a plurality of pixels representative of a tissue image, each pixel comprising color information; and a tissue image analysis module (112, 940) configured to unmix said tissue image, wherein said tissue image analysis module is configured to read said color data from said color data storage module, said co-location data from said co-location data storage module and said pixels from said tissue image data storage module and to calculate, for each of said pixels and for each of said groups, a linear combination of the colors of the markers of the respective group that yields a minimum difference between said color information of the respective pixel and said linear combination of colors, and wherein, for each of said pixels, said tissue image analysis module is configured to determine a group for which said minimum difference is smallest and to output said tissue feature of said group as an analysis result.
A steel plate having an aluminum-magnesium alloy layer, comprising: a steel plate; an aluminum-iron alloy layer formed on an upper portion of the steel plate; and the aluminum-magnesium alloy layer formed on an upper portion of the aluminum-iron alloy layer, wherein the aluminum-magnesium alloy layer includes 1 to 45 wt% of magnesium based on an entire alloy layer, wherein in the aluminum-magnesium alloy layer, an α phase and a β phase Al 3 Mg 2 are mixed, wherein the aluminum-magnesium alloy layer is formed in a crystal grain form, wherein crystal grains of the aluminum-magnesium alloy layer are formed by the α phase and the β phase Al 3 Mg 2, and an average grain diameter of the crystal grains is 0.2 to 1 μm, wherein a thickness of the aluminum-magnesium alloy layer is 0.5 to 30 μm, and wherein in the aluminum-iron alloy layer, an iron component of the steel plate is diffused into a coating layer to form an FexAly layer, and the FexAly layer satisfies the following conditions: in the FexAly layer, x is 1 to 3 and y is 0.5 to 1.5. a steel plate; an aluminum-iron alloy layer formed on an upper portion of the steel plate; and the aluminum-magnesium alloy layer formed on an upper portion of the aluminum-iron alloy layer, wherein the aluminum-magnesium alloy layer includes 1 to 45 wt% of magnesium based on an entire alloy layer, wherein in the aluminum-magnesium alloy layer, an α phase and a β phase Al 3 Mg 2 are mixed, wherein the aluminum-magnesium alloy layer is formed in a crystal grain form, wherein crystal grains of the aluminum-magnesium alloy layer are formed by the α phase and the β phase Al 3 Mg 2, and an average grain diameter of the crystal grains is 0.2 to 1 μm, wherein a thickness of the aluminum-magnesium alloy layer is 0.5 to 30 μm, and wherein in the aluminum-iron alloy layer, an iron component of the steel plate is diffused into a coating layer to form an FexAly layer, and the FexAly layer satisfies the following conditions: in the FexAly layer, x is 1 to 3 and y is 0.5 to 1.5.
Use of a compound of formula to improve the biological performance of an agrochemical R-O- m - n -H where R is a C 16 to C 18 straight or branched chain alkyl or alkenyl group, PO means a propylene oxide unit, EO means an ethylene oxide unit, m is from 4 to 9 and n is from 4 to 15.
A flexible cable rod arrangement having a cable rod and male and female connectors (1, 4) fixed to each end of said cable rod for connection to another such flexible cable rod arrangement or a cable rod tool, the connectors (1,4) including threaded bores into which the free ends of the cable rod has been inserted during manufacture, the connectors (1,4) are thereafter swaged or crimped over the end of the cable rod, such that the threads of the bores of the respective connectors (1,4) act as teeth to grip the outer edges of the cable rod at the respective swaged or crimped region.
Treatment system for treating workpieces, for example for drying coated vehicle bodies, the treatment system comprising a treatment chamber and a conveying device by means of which the workpieces can be fed to the treatment chamber, can be discharged from the treatment chamber and/or can be conveyed through the treatment chamber in a conveying direction, the treatment chamber comprising at least one heating portion in which the workpieces can be heated and/or kept at a temperature that is higher than the ambient temperature, characterized in that the treatment system comprises a flushing device for flushing a flushing portion of the treatment chamber with a lock gas stream from a lock of the treatment system.
A helmet, comprising: a protective shell comprising an outer surface and an inner surface opposite the outer surface; a layer of energy management material coupled to the inner surface of the protective shell; and an earpad coupled to the inner surface of the protective shell that defines a space for an ear of a user, comprising an airflow channel that extends from an air intake opening formed in a leading edge of the earpad through the earpad to an air exhaust opening formed in a trailing edge of the earpad), characterized in that the leading edge of the earpad is at the front of the helmet and extends between the outer surface of the protective shell and the inner surface of the earpad. a protective shell comprising an outer surface and an inner surface opposite the outer surface; a layer of energy management material coupled to the inner surface of the protective shell; and an earpad coupled to the inner surface of the protective shell that defines a space for an ear of a user, comprising an airflow channel that extends from an air intake opening formed in a leading edge of the earpad through the earpad to an air exhaust opening formed in a trailing edge of the earpad), characterized in that the leading edge of the earpad is at the front of the helmet and extends between the outer surface of the protective shell and the inner surface of the earpad.
A method for providing notifications to a user, the method comprising: by a mobile device (106, 108): determining a first wireless data link with a personal hub; generating an alert message; sending the alert message to the personal hub via the first wireless data link between the mobile device and the personal hub; the method being characterised by the mobile device: in response to failing to receive, from the personal hub via the first wireless data link, a user input indication or a receipt in response to the alert message within a specified time, vibrating and/or generating an audio signal including (i) a ringtone for an incoming call that triggered the generation of the alert message, (ii) a sound associated with sender identification for an incoming text based message that triggered the generation of the alert message, (iii) a general status-warning sound for a status warning that triggered the generation of the alert message, (iv) a general reminder sound for a reminder that triggered the generation of the alert message, or (viii) any combination thereof. by a mobile device (106, 108): determining a first wireless data link with a personal hub; generating an alert message; sending the alert message to the personal hub via the first wireless data link between the mobile device and the personal hub; determining a first wireless data link with a personal hub; generating an alert message; sending the alert message to the personal hub via the first wireless data link between the mobile device and the personal hub; the method being characterised by the mobile device: in response to failing to receive, from the personal hub via the first wireless data link, a user input indication or a receipt in response to the alert message within a specified time, vibrating and/or generating an audio signal including (i) a ringtone for an incoming call that triggered the generation of the alert message, (ii) a sound associated with sender identification for an incoming text based message that triggered the generation of the alert message, (iii) a general status-warning sound for a status warning that triggered the generation of the alert message, (iv) a general reminder sound for a reminder that triggered the generation of the alert message, or (viii) any combination thereof.
A method for the on-site repair of a lip of a well head, characterized in that it comprises at least the following steps: applying at least one layer of a polymerizable composite material on the damaged surfaces stripped of the lip and an adjacent part, placing an elastic seal on the layer of composite material when the latter is polymerized, at the junction between the lip and the adjacent part, placing a reinforcing collar suitable for pressing the seal on the surface covered with the composite material of the flange. applying at least one layer of a polymerizable composite material on the damaged surfaces stripped of the lip and an adjacent part, placing an elastic seal on the layer of composite material when the latter is polymerized, at the junction between the lip and the adjacent part, placing a reinforcing collar suitable for pressing the seal on the surface covered with the composite material of the flange.
Hydraulic lifting drive of a mobile working machine, in particular of an industrial truck, for raising and lowering a lifting carriage, wherein the lifting drive has a lifting cylinder and a control valve for controlling the lowering operation of the lifting drive, wherein a lowering branch, which is guided from the lifting cylinder to a container, contains a discharge pressure compensator, which is activated in the direction of a throughflow position by a spring device and is activated in the direction of a blocking position by the pressure which is present in a signal path of the discharge pressure compensator upstream of the control valve, characterized in that the discharge pressure compensator is provided with a control apparatus, which controls the adjustment range of the discharge pressure compensator and by means of which the adjustment range of the discharge pressure compensator can be altered in dependence on the load located on the lifting carriage and/or in dependence on the viscosity of the pressure medium of the lifting drive.
Aircraft anti-collision light comprising: a first group of light sources arranged in a first annular configuration around an axis; a second group of light sources arranged in a second annular configuration, wherein the first group of light sources is surrounded by the second group of light sources; a first lens structure, which is configured for generating a first light output from light emitted by the first group of light sources; a second lens structure, which is configured for generating a second light output from light emitted by the second group of light sources; and a light transmissive cover, which is arranged over the first lens structure and the second lens structure and which passes the first light output and the second light output for emitting a total light output; characterized in that the total light output has its peak light intensity (I 100) in an angular range of between 80° and 90° with respect to the axis; in that the first lens structure is a first lens structure ring; and in that the second lens structure is a second lens structure ring surrounding the first lens structure ring. a first group of light sources arranged in a first annular configuration around an axis; a second group of light sources arranged in a second annular configuration, wherein the first group of light sources is surrounded by the second group of light sources; a first lens structure, which is configured for generating a first light output from light emitted by the first group of light sources; a second lens structure, which is configured for generating a second light output from light emitted by the second group of light sources; and a light transmissive cover, which is arranged over the first lens structure and the second lens structure and which passes the first light output and the second light output for emitting a total light output; the total light output has its peak light intensity (I 100) in an angular range of between 80° and 90° with respect to the axis; in that the first lens structure is a first lens structure ring; and in that the second lens structure is a second lens structure ring surrounding the first lens structure ring.
Device for dosing and/or weighing of bulk material, comprising at least one bulk material shut-off element, characterized in that the bulk material shut-off element can be actuated by at least one electromechanical actuating drive, wherein said actuation of the bulk material shut-off element is an opening and/or closing thereof, wherein the actuating drive comprises - an electric motor, - control and drive electronics allocated to the electric motor, and wherein the electromechanical actuating drive comprises energy storage means. - an electric motor, - control and drive electronics allocated to the electric motor, and wherein the electromechanical actuating drive comprises energy storage means.
A method comprising: disposing a selectively severable I/O channel between an electromechanical actuator controller, EMAC, and a brake system controller, BSC that is responsive to a brake input; disposing, as part of an emergency brake system, a non-severable I/O channel between the EMAC and the BSC; coupling the EMAC with a testing module of a built in test equipment, BITE, region, wherein the testing module is separate from the BSC and is capable of sending a test signal to the EMAC; disposing a safety interlock of the BITE region around the EMAC wherein the safety interlock allows one or more I/O channels to EMAC to be selectively severed and re-established; during a test, severing, by safety interlock, severable I/O channels from the BSC to the EMAC and injecting, by the testing module, testing commands to the EMAC; and responsive to receiving a signal via the emergency brake system, ceasing, by the EMAC, the testing and restoring, by the safety interlock, the I/O channels. disposing a selectively severable I/O channel between an electromechanical actuator controller, EMAC, and a brake system controller, BSC that is responsive to a brake input; disposing, as part of an emergency brake system, a non-severable I/O channel between the EMAC and the BSC; coupling the EMAC with a testing module of a built in test equipment, BITE, region, wherein the testing module is separate from the BSC and is capable of sending a test signal to the EMAC; disposing a safety interlock of the BITE region around the EMAC wherein the safety interlock allows one or more I/O channels to EMAC to be selectively severed and re-established; during a test, severing, by safety interlock, severable I/O channels from the BSC to the EMAC and injecting, by the testing module, testing commands to the EMAC; and responsive to receiving a signal via the emergency brake system, ceasing, by the EMAC, the testing and restoring, by the safety interlock, the I/O channels.