mhurhangee/patent-ind-claim-en huggingface dataset:
Self-standing electrode comprising: - a first electronically conductive material serving as a current collector, the surface of said first electronically conductive material being grafted with at least one aryl group of Formula I: wherein: FG is a hydrophilic functional group; and n is an integer in the range of 1 to 5, preferably n is in the range of 1 to 3, preferably n is 1 or 2, or more preferably n is 1; - a binder comprising cellulose fibers; - an electrochemically active material; and - optionally a second electronically conductive material, the second electronically conductive material preferably being grafted with at least one aryl group of Formula I; wherein, the self-standing electrode consists of a solid film having a first and a second surface; the concentration of the first electronically conductive material increases from the second surface to the first surface of the solid film, the first surface preferably mainly comprising the first electronically conductive material; and the concentration of the electrochemically active material and, if present, the second electronically conductive material increase from the first surface to the second surface of the solid film, preferably the second surface mainly comprises the electrochemically active material and, if present, the second electronically conductive material. - a first electronically conductive material serving as a current collector, the surface of said first electronically conductive material being grafted with at least one aryl group of Formula I: wherein: FG is a hydrophilic functional group; and n is an integer in the range of 1 to 5, preferably n is in the range of 1 to 3, preferably n is 1 or 2, or more preferably n is 1; - a binder comprising cellulose fibers; - an electrochemically active material; and - optionally a second electronically conductive material, the second electronically conductive material preferably being grafted with at least one aryl group of Formula I; the self-standing electrode consists of a solid film having a first and a second surface; the concentration of the first electronically conductive material increases from the second surface to the first surface of the solid film, the first surface preferably mainly comprising the first electronically conductive material; and the concentration of the electrochemically active material and, if present, the second electronically conductive material increase from the first surface to the second surface of the solid film, preferably the second surface mainly comprises the electrochemically active material and, if present, the second electronically conductive material.
Device arranged on a joining robot for storing and separating joining elements, comprising at least one separating module with a reservoir for joining elements and a separating device for joining elements located in the reservoir , the reservoir having a filling opening for joining elements that can be closed by means of a flap , characterised in that the flap is actuated by an automatic drive , which is linked via a signal exchange to the filling level of the device and to an interrogation of the position of the joining robot.
A plug connector (10a-c), in particular optical plug connector, with a plug unit (12a-c) comprising at least one plug element (14a-c, 16a-c) which has at least one locking element , and with an actuation unit (22a-c) comprising at least one actuation element (24a-b, 26a-b) which is translationally displaceable with respect to the plug unit (12a-c) for the purpose of actuating the locking element , wherein the actuation unit (22a-c) comprises at least one additional actuation element (28a-b) which is translationally displaceable with respect to the plug unit (12a-c) for the purpose of actuating the locking element and is connected to the at least one actuation element (24a-b, 26a-b) and thereby indirectly connected to the locking element , the additional actuation element (28a-b) being embodied as a cable anti-kink element, characterized in that the additional actuation element (28a-b) is embodied separate from the actuation element (24a-b, 26a-b) and connected thereto in a force fit and/or form fit fashion.
A compound which is: 4-(2-{2-[3-(2-aminoethyl)imidazo[1,2-a]pyridin-6-yl]-5-chlorophenoxy}ethyl)-N,N,1,5-tetramethyl-1H-pyrazole-3-carboxamide: or 4-(2-{2-[3-(2-aminoethyl)imidazo[1,2-a]pyridin-6-yl]-5-chlorophenoxy}ethyl)-N,1,5-trimethyl-1H-pyrazole-3-carboxamide): or a pharmaceutically acceptable amide, carbamate or salt of any one thereof, including a salt of such amide or carbamate. 4-(2-{2-[3-(2-aminoethyl)imidazo[1,2-a]pyridin-6-yl]-5-chlorophenoxy}ethyl)-N,N,1,5-tetramethyl-1H-pyrazole-3-carboxamide: or 4-(2-{2-[3-(2-aminoethyl)imidazo[1,2-a]pyridin-6-yl]-5-chlorophenoxy}ethyl)-N,1,5-trimethyl-1H-pyrazole-3-carboxamide): or a pharmaceutically acceptable amide, carbamate or salt of any one thereof, including a salt of such amide or carbamate.
Method for setting up an operating device which is installed in a motor vehicle and has a touch-sensitive input surface , having the steps of: - the user activating a set-up mode of the operating device ; - determining details of a supporting area of the touch-sensitive input surface , in which a user can support his fingers without thereby inadvertently triggering actions, on the basis of one of the following inputs by the user: marking a contour of the supporting area on the touch-sensitive input surface , marking at least a centre point of the supporting area on the touch-sensitive input surface , selecting at least one suggested surface element on the touch-sensitive input surface ; - defining the supporting area of the touch-sensitive input surface on the basis of the determined details; and - ending the set-up mode of the operating device . - the user activating a set-up mode of the operating device ; - determining details of a supporting area of the touch-sensitive input surface , in which a user can support his fingers without thereby inadvertently triggering actions, on the basis of one of the following inputs by the user: marking a contour of the supporting area on the touch-sensitive input surface , marking at least a centre point of the supporting area on the touch-sensitive input surface , selecting at least one suggested surface element on the touch-sensitive input surface ; - defining the supporting area of the touch-sensitive input surface on the basis of the determined details; and - ending the set-up mode of the operating device .
A wideband wire antenna comprising: - a radiating element , the radiating element comprising at least one metal wire shaped around an axis (A) of the antenna, in a transverse radiating plane (S); - a reflecting plane , the reflecting plane being transverse to the axis (A), the radiating plane being located at a predetermined height (h 0 ) above the reflecting plane ; and, - a substrate , the substrate being interposed between the radiating element and the reflecting plane , and having a constant thickness, characterized in that a local relative electrical permittivity and/or a local relative electrical permeability of the substrate is a function of the radius (r), i.e. the distance to the axis (A), and a height (h), i.e. a distance to the reflecting plane , the local relative electrical permittivity and/or a local relative electrical permeability being, at constant height, increasing as a function of the radius, and, at constant radius, increasing as a function of the height at least for a portion of the substrate in the vicinity of the reflecting plane . - a radiating element , the radiating element comprising at least one metal wire shaped around an axis (A) of the antenna, in a transverse radiating plane (S); - a reflecting plane , the reflecting plane being transverse to the axis (A), the radiating plane being located at a predetermined height (h 0 ) above the reflecting plane ; and, - a substrate , the substrate being interposed between the radiating element and the reflecting plane , and having a constant thickness,
A long-range optical device with at least one replaceable electrical energy storage for supplying power to the long-range optical device , wherein the energy storage is arranged in a closable compartment of the device comprising electrical contacts, characterized in that it comprises an adapter which can be inserted into the compartment instead of the energy storage , said adapter being configured for data exchange with at least one controller or at least one memory of the long-range optical device, wherein an interface for data transmission is arranged in the compartment , wherein the compartment is sack-shaped, wherein the interface for data transmission is arranged on a base of the compartment diametrically opposite an insertion opening for the energy storage , wherein the adapter comprises at least one junction for the interface of the long-range optical device and also at least one interface for connecting to an external data processing device and an essentially dimensionally-stable housing with at least one guide surface for guiding the adapter on the long-range optical device whilst a connection to the interface is being established, wherein the adapter has a holding portion for gripping the adapter which is arranged behind the guide surface as viewed from the at least one junction , wherein the guide surface is part of the surface of a portion , which can be inserted into the compartment , of the adapter , and the at least one junction for connection to the interface for data transmission of the long-range optical device is arranged on the portion which can be inserted into the compartment , wherein the at least one junction is arranged on an end face of the portion of the adapter which can be inserted into the compartment .
Cover for a circuit board that has LED light sources and connection terminals for connection cables on its upper surface, - having a receiving chamber for the circuit board formed from the cover , - having a light input side (E) of the cover , which faces the receiving chamber , - having a light output side (A) of the cover , which is opposite the light input side (E), - having fastening means for arranging the cover on a light component , - having optical elements that are arranged above the LED light sources and direct the emitted light, wherein - the cover forms a recess for at least one connection terminal between two adjacent optical elements , - the recess is surrounded by a frame formed by the cover , characterised in that - the cover has arranging means and arrangement surfaces for at least one light-influencing component , in particular a screen component , on its light output side (A), - the cover has at least one bracket for a connection cable on its light output side (A), wherein the bracket is in particular arranged outside the arrangement surfaces for the light-influencing component . - having a receiving chamber for the circuit board formed from the cover , - having a light input side (E) of the cover , which faces the receiving chamber , - having a light output side (A) of the cover , which is opposite the light input side (E), - having fastening means for arranging the cover on a light component , - having optical elements that are arranged above the LED light sources and direct the emitted light, wherein - the cover forms a recess for at least one connection terminal between two adjacent optical elements , - the recess is surrounded by a frame formed by the cover , - the cover has arranging means and arrangement surfaces for at least one light-influencing component , in particular a screen component , on its light output side (A), - the cover has at least one bracket for a connection cable on its light output side (A), wherein the bracket is in particular arranged outside the arrangement surfaces for the light-influencing component .
Method for determination of a location of a short circuit fault in a generator arrangement , wherein the generator arrangement comprises an electrical machine and at least one channel , wherein the or each channel comprises a breaker , a converter unit and a set of stator windings of the electrical machine connected to the converter unit via the breaker , wherein upon an occurrence of a short circuit in a channel , the connection between the set of stator windings and the converter unit (5, 7 is interrupted by opening the breaker , characterized in that depending on at least one measured signal of a measurand, wherein the measured signal is measured by at least one sensor of the electric machine , wherein as the at least one sensor of the electrical machine , a sensor measuring a vibration and/or an acceleration of at least one component of the electrical machine is used, and wherein the measurand describes a torque ripple of the electrical machine , either the electrical machine or the converter unit of the channel is determined as location of the short circuit fault by evaluation of the torque ripple of the electrical machine , wherein a physical quantity, which is influenced by the torque ripple of the electrical machine , is used as measurand.
A device configured to be implanted in a valve of a subject, the valve comprising an annulus , and the device comprising: a frame having an annular portion configured to be aligned with the annulus of the valve; a visible circumferential marking , configured to be aligned with the annulus, and positioned around the annular portion of the frame ; a skirt disposed over at least a portion of the frame , wherein the visible circumferential marking is presented on or visible through the skirt ; and characterized in that the device also comprises a second visible circumferential marking positioned around the frame at a location that, when implanted, is superior to the first visible circumferential marking , wherein the second circumferential marking indicates a position to which a sheath of a delivery system is to be withdrawn to allow the device to partially expand during a part of an implant procedure in which the device is being positioned within the valve. a frame having an annular portion configured to be aligned with the annulus of the valve; a visible circumferential marking , configured to be aligned with the annulus, and positioned around the annular portion of the frame ; a skirt disposed over at least a portion of the frame , wherein the visible circumferential marking is presented on or visible through the skirt ; and characterized in that the device also comprises a second visible circumferential marking positioned around the frame at a location that, when implanted, is superior to the first visible circumferential marking , wherein the second circumferential marking indicates a position to which a sheath of a delivery system is to be withdrawn to allow the device to partially expand during a part of an implant procedure in which the device is being positioned within the valve.
A mobile boom system comprising: a skid having a first post located proximal a first location of said skid and a second post located proximal a second location of said skid and having a means for selectively moving the skid , wherein the means for selectively moving the skid comprises wheels, motors, pads , actuators , linked treads, means for providing an air cushion underneath at least a portion of the skid, or some combination thereof; a first boom having a first end and a second end, wherein the first end of said first boom is rotatably attached to the first post of said skid ; a second boom having a first end and a second end, wherein the first end of said second boom is rotatably attached to the second post of said skid ; and characterised in that the mobile boom system further comprises: a third boom having a first end and a second end, wherein the first end of the third boom is rotatably attached to the second end of either of the first boom or the second boom , wherein each of the first boom , the second boom , and the third boom is adapted to carry at least a portion of one or more service lines, wherein each service line comprises at least one of one or more wires, one or more cables, one or more pipes, and one or more hoses. a skid having a first post located proximal a first location of said skid and a second post located proximal a second location of said skid and having a means for selectively moving the skid , wherein the means for selectively moving the skid comprises wheels, motors, pads , actuators , linked treads, means for providing an air cushion underneath at least a portion of the skid, or some combination thereof; a first boom having a first end and a second end, wherein the first end of said first boom is rotatably attached to the first post of said skid ; a second boom having a first end and a second end, wherein the first end of said second boom is rotatably attached to the second post of said skid ; and characterised in that the mobile boom system further comprises: a third boom having a first end and a second end, wherein the first end of the third boom is rotatably attached to the second end of either of the first boom or the second boom , wherein each of the first boom , the second boom , and the third boom is adapted to carry at least a portion of one or more service lines, wherein each service line comprises at least one of one or more wires, one or more cables, one or more pipes, and one or more hoses.
A fluidic micro electromechanical system comprising: a substrate ; a first layer supported by the substrate, the first layer forming: sides of a first chamber ; a passage through one of the sides and the first chamber ; and a check valve leaf , the check valve leaf being pivotable about an axis nonparallel to the substrate to open and close the passage , a second layer over the first chamber ; and an opening into the first chamber chamber the fluidic micro electromechanical system being characterised in that it further comprises a resistor supported within the first chamber , and in that the check valve leaf has a free end , an upper edge , a lower edge and opposite faces , wherein the fixed end is integral with and is formed as part of a single unitary body with the portions of the first layer forming the sides of the first chamber, and wherein the fixed end and those portions of leaf proximate or adjacent to the fixed end has a first thickness while those portions of leaf proximate or adjacent to free end have a second thickness less than the first thickness. a substrate ; a first layer supported by the substrate, the first layer forming: sides of a first chamber ; a passage through one of the sides and the first chamber ; and a check valve leaf , the check valve leaf being pivotable about an axis nonparallel to the substrate to open and close the passage , sides of a first chamber ; a passage through one of the sides and the first chamber ; and a check valve leaf , the check valve leaf being pivotable about an axis nonparallel to the substrate to open and close the passage ,
System with a self-test function, comprising: at least one electrical or electronic system component having at least one technical function, a fault simulation unit integrated in the system , a self-test unit integrated in the system , and a verification control unit integrated in the system , wherein the at least one system component is coupled to the fault simulation unit , wherein the fault simulation unit is designed to influence the operation of the system component in such a way that the at least one technical function is selectively impaired, wherein the fault simulation unit has at least one electronically controllable fault simulation cell which is integrated in each case in the at least one system component and is designed to selectively open a line of the relevant system component or to selectively close a connection of the relevant line to another line or an additional electronic component, wherein the self-test unit is designed to monitor operating parameters of the system component and to respectively generate a warning signal indicating an impairment of the respective at least one technical function, and wherein the verification control unit is designed to compare the warning signals generated by the self-test unit with expected warning signals on the basis of the respective at least one impaired technical function, wherein the self-test unit is designed to output a maintenance instruction if the respectively generated warning signal does not correspond to an expected warning signal. at least one electrical or electronic system component having at least one technical function, a fault simulation unit integrated in the system , a self-test unit integrated in the system , and a verification control unit integrated in the system , wherein the at least one system component is coupled to the fault simulation unit , wherein the fault simulation unit is designed to influence the operation of the system component in such a way that the at least one technical function is selectively impaired, wherein the fault simulation unit has at least one electronically controllable fault simulation cell which is integrated in each case in the at least one system component and is designed to selectively open a line of the relevant system component or to selectively close a connection of the relevant line to another line or an additional electronic component, wherein the self-test unit is designed to monitor operating parameters of the system component and to respectively generate a warning signal indicating an impairment of the respective at least one technical function, and wherein the verification control unit is designed to compare the warning signals generated by the self-test unit with expected warning signals on the basis of the respective at least one impaired technical function, wherein the self-test unit is designed to output a maintenance instruction if the respectively generated warning signal does not correspond to an expected warning signal.
A casting core assembly , comprising: a casting core having an outer surface ; a bumper disposed on the outer surface , the bumper extending outward from the outer surface , characterized by the bumper comprising a receptacle ; and a metal apparatus partially disposed in the receptacle of the bumper , a portion of the metal apparatus extending outward from the bumper , wherein the metal apparatus is a sphere , and wherein the sphere is integrated into a bumper assembly of the casting core , the bumper assembly comprising the bumper and the sphere . a casting core having an outer surface ; a bumper disposed on the outer surface , the bumper extending outward from the outer surface , characterized by the bumper comprising a receptacle ; and a metal apparatus partially disposed in the receptacle of the bumper , a portion of the metal apparatus extending outward from the bumper , wherein the metal apparatus is a sphere , and wherein the sphere is integrated into a bumper assembly of the casting core , the bumper assembly comprising the bumper and the sphere .