mhurhangee/ep-ind-claims huggingface dataset:
A resonator circuit, comprising: a transformer comprising a primary winding and a secondary winding, wherein the primary winding is inductively coupled with the secondary winding; a primary capacitor being connected to the primary winding, the primary capacitor and the primary winding forming a primary circuit; and a secondary capacitor being connected to the secondary winding, the secondary capacitor and the secondary winding forming a secondary circuit; wherein the resonator circuit has a common mode resonance frequency at an excitation of the primary circuit in a common mode, wherein the resonator circuit has a differential mode resonance frequency at an excitation of the primary circuit in a differential mode, and wherein the common mode resonance frequency is different from the differential mode resonance frequency, characterized in that a ratio of turns of the primary winding and the secondary winding is 1:2, with the primary winding of the transformer or the secondary winding of the transformer being planar and arranged on the same plane, wherein the common mode resonance frequency is twice the differential mode resonance frequency. a transformer comprising a primary winding and a secondary winding, wherein the primary winding is inductively coupled with the secondary winding; a primary capacitor being connected to the primary winding, the primary capacitor and the primary winding forming a primary circuit; and a secondary capacitor being connected to the secondary winding, the secondary capacitor and the secondary winding forming a secondary circuit; wherein the resonator circuit has a common mode resonance frequency at an excitation of the primary circuit in a common mode, wherein the resonator circuit has a differential mode resonance frequency at an excitation of the primary circuit in a differential mode, and wherein the common mode resonance frequency is different from the differential mode resonance frequency, characterized in that a ratio of turns of the primary winding and the secondary winding is 1:2, with the primary winding of the transformer or the secondary winding of the transformer being planar and arranged on the same plane, wherein the common mode resonance frequency is twice the differential mode resonance frequency.
An etomidate compound of Formula 1: wherein, X and Y are independently halogen, preferably fluorine, chlorine or bromine, or hydrogen, with the proviso that X and Y are not hydrogen at the same time; and R 1 is C 1-6 alkyl, C 2-6 alkenyl, C 2-6 alkynyl, C 3-6 cycloalkyl or C 6-10 aryl, optionally substituted with one or more substituents selected from the group consisting of halogen, hydroxyl, amino, cyano, C 1-6 alkoxyl, C 2-7 alkoxycarbonyl, C 3-6 cycloalkyl and C 6-10 aryl, preferably C 1-6 alkyl, more preferably methyl, ethyl, propyl, isopropyl, n-butyl or isobutyl, or a pharmaceutically acceptable salt, or a solvate thereof. X and Y are independently halogen, preferably fluorine, chlorine or bromine, or hydrogen, with the proviso that X and Y are not hydrogen at the same time; and R 1 is C 1-6 alkyl, C 2-6 alkenyl, C 2-6 alkynyl, C 3-6 cycloalkyl or C 6-10 aryl, optionally substituted with one or more substituents selected from the group consisting of halogen, hydroxyl, amino, cyano, C 1-6 alkoxyl, C 2-7 alkoxycarbonyl, C 3-6 cycloalkyl and C 6-10 aryl, preferably C 1-6 alkyl, more preferably methyl, ethyl, propyl, isopropyl, n-butyl or isobutyl, or a pharmaceutically acceptable salt, or a solvate thereof.
A method of monitoring demyelination or remyelination in a living rodent, said method comprising: transgenically modifying progenitor cells to produce a rodent that expresses a luciferase gene controlled by a myelin basic protein promoter, wherein said MBP promoter contains modules M1 through M4, or contains modules M1 through M3; monitoring bioluminescence from said rodent; and correlating said light output to specific portions of the body of said rodent; and further comprising: repeating, in the same rodent, said monitoring at a time discrete from said initial monitoring; and comparing outputs of said monitoring events to observe change in myelination in the same rodent. transgenically modifying progenitor cells to produce a rodent that expresses a luciferase gene controlled by a myelin basic protein promoter, wherein said MBP promoter contains modules M1 through M4, or contains modules M1 through M3; monitoring bioluminescence from said rodent; and correlating said light output to specific portions of the body of said rodent; and further comprising: repeating, in the same rodent, said monitoring at a time discrete from said initial monitoring; and comparing outputs of said monitoring events to observe change in myelination in the same rodent. repeating, in the same rodent, said monitoring at a time discrete from said initial monitoring; and comparing outputs of said monitoring events to observe change in myelination in the same rodent.
Holder for pots, in particular for coffee, milk or sugar pots, which are held in a stand (1, 10, 20) from which they can easily be extracted, wherein each pot has an associated pot holder which consists of at least one spring (23, 24) which forms a clamping retainer into which the pot to be held is insertable by its rim and held clamped therein, characterised in that the pot holders are fastened to a stand (1, 10, 20) with holding rods (15-19, 21) which are fastened thereto and arranged in a vertical structure of the stand (1, 10, 20), and in that the holding rods (15-19, 21) are arranged in pairs and each half spring (23, 24) is looped around both the first holding rod and the other holding rod.
A composition comprising a cationic polymerizable organic compound; and an organosiloxane comprising at least one silsesquioxane, wherein each silsesquioxane independently comprises an inorganic core having a SiO 3/2 moiety and an organic group having a cationic polymerizable functional group, and wherein the organic group in the organosiloxane comprises a first organic group represented by Chemical Formula 1 and a second organic group represented by Chemical Formula 2, Chemical Formula 1 R 1 -(CH 2) n1 -* Chemical Formula 2 R 2 -(CH 2) n2 -* wherein, in Chemical Formula 1 or 2, R 1 and R 2 are each independently the cationic polymerizable functional group, n1 is an integer ranging from 1 to 3, and n2 is an integer of 4 or greater. R 1 and R 2 are each independently the cationic polymerizable functional group, n1 is an integer ranging from 1 to 3, and n2 is an integer of 4 or greater.
A method, comprising: receiving, by an ingress network device associated with a first leaf domain network of a multi-domain network, a core domain network segment identifier associated with a core domain network of the multi-domain network; receiving, by the ingress network device, location data of an egress network device associated with a second leaf domain network of the multi-domain network, wherein the location data includes data identifying: the core domain network segment identifier, a second leaf domain network segment identifier associated with the second leaf domain network, and an egress network device segment identifier associated with the egress network device; storing, by the ingress network device, the core domain network segment identifier and the location data; and utilizing, by the ingress network device, the core domain segment identifier and the location data to route traffic to the egress network device. receiving, by an ingress network device associated with a first leaf domain network of a multi-domain network, a core domain network segment identifier associated with a core domain network of the multi-domain network; receiving, by the ingress network device, location data of an egress network device associated with a second leaf domain network of the multi-domain network, wherein the location data includes data identifying: the core domain network segment identifier, a second leaf domain network segment identifier associated with the second leaf domain network, and an egress network device segment identifier associated with the egress network device; the core domain network segment identifier, a second leaf domain network segment identifier associated with the second leaf domain network, and an egress network device segment identifier associated with the egress network device; storing, by the ingress network device, the core domain network segment identifier and the location data; and utilizing, by the ingress network device, the core domain segment identifier and the location data to route traffic to the egress network device.
Screen device comprising: - a screen roller, which is arranged rotatably about a screen roller axis; - a screen, which can be rolled up and unrolled on this screen roller and which on at least one lateral side is provided with a thickening, which latter, in the rolled-up state of the screen, is positioned at least partially closer to the screen roller axis than any point on the outer circumference of the screen roller that is furthest from this screen roller axis; - and a motor for driving the screen roller, which motor, at that end of the screen roller which is positioned the closest to the thickening, is disposed at least partially in the screen roller; characterized in that the motor is fitted so far into the screen roller that the thickening, in the rolled-up state of the screen, is positioned at least partially closer to the screen roller axis than any point on that part of the motor that is fitted in the screen roller, which point is situated the furthest from this screen roller axis. - a screen roller, which is arranged rotatably about a screen roller axis; - a screen, which can be rolled up and unrolled on this screen roller and which on at least one lateral side is provided with a thickening, which latter, in the rolled-up state of the screen, is positioned at least partially closer to the screen roller axis than any point on the outer circumference of the screen roller that is furthest from this screen roller axis; - and a motor for driving the screen roller, which motor, at that end of the screen roller which is positioned the closest to the thickening, is disposed at least partially in the screen roller;
Drive belt, in particular for use in a continuously variable transmission such as that for private motor vehicles with two drive wheels (1, 2), between which the drive belt is accommodated, which drive belt comprises two self-contained bearers, on which a large number of transverse elements are accommodated, which transverse elements are freely movable at least in the circumferential direction of the bearers, the bearers being situated in two recesses of the individual transverse elements below which a base part and above which a head part of the transverse element is situated, which parts (6, 7) are interconnected by means of a connecting piece of the transverse element which is situated in the transverse direction between the bearers, the transverse elements furthermore comprising two main sides (9, 13) which on mutual pushing contact between adjacent transverse elements are directed into the drive belt, at least one main side of which is provided with a projecting protuberance in the head part of said transverse element and with three or more defined contact zones (14, 15, 16; 161, 162), which lie higher up than other parts of the main side concerned are lying lower down and that cover at least the connecting piece and a zone around the protuberance, whereof two bottom contact zones (14, 15) are provided in the base part on respective lateral edges thereof, which two bottom contact zones (14, 15) are separated from each other in the transverse direction by a part of the main side concerned lying lower down and whereof one or more top contact zones (16; 161, 162) are provided in the head part, characterized in that the surface area of the top contact zone or contact zones (16; 161, 162) is at least equal to the surface area of the bottom contact zones (14, 15).
Support device for a toroidal core of a toroidal core inductor, having a base plate which has projecting, elongate fastening devices (11, 12) and a region for accommodating the toroidal core inductor, which region is arranged between the said fastening devices, wherein the fastening devices (11, 12) each have at least one latching device (113, 123) which faces the said region for fastening a holding device for the toroidal core, wherein the latching device (113, 123) comprises at least one latching area, and wherein the fastening devices (11, 12) each have a wire guide channel, characterized in that the latching area (113, 123) has a ribbed portion which runs along the axis of the fastening device (11, 12) and is designed such that sliding in the direction of the base plate is possible but sliding in the opposite direction is prevented.
A device (18; 170; 190) for making electrical contact between a platform and a vehicle intended to be launched from the platform, comprising: - a first connector intended to be connected to a second connector; - a guide, the first connector being movably mounted in the guide between a disconnected position and a connected position on the second connector; - an elastic stressing assembly capable of creating an elastic stress force of the first connector toward its disconnected position; the device (18; 170; 190) comprising: - a movement mechanism of the first connector, movable between an idle configuration and a configuration holding the first connector in the connection position, - a releasable mechanism for locking the movement mechanism in the holding configuration, characterized in that the movement mechanism comprises a connecting member connected on the one hand to the stressing assembly, and on the other hand to the first connector, and in that the movement mechanism comprises at least one drive member movable between the idle configuration and the holding configuration, the connecting member being freely hinged on the drive member, the movement mechanism being able to exert, in the holding configuration, when the locking mechanism is active, a force holding the first connector in its connection position owing to the assembly stressing the first connector toward its disconnected position, the stressing assembly exerting a force stressing the first connector toward the disconnected position when the locking mechanism is released. - a first connector intended to be connected to a second connector; - a guide, the first connector being movably mounted in the guide between a disconnected position and a connected position on the second connector; - an elastic stressing assembly capable of creating an elastic stress force of the first connector toward its disconnected position; - a movement mechanism of the first connector, movable between an idle configuration and a configuration holding the first connector in the connection position, - a releasable mechanism for locking the movement mechanism in the holding configuration,
Tank for storing an internal combustion engine exhaust gas liquid additive, said tank comprising a wall defining an internal volume, an electrical component located in the internal volume and at least one electric cable allowing to connect said component to a voltage source outside the tank, at least one part of the electric cable being inserted into an intermediate part connected to a base plate mounted on an opening in the wall of the tank, characterised in that the base plate incorporates a casing mounted in a leaktight manner around an orifice in the base plate, in which the intermediate part is fastened by quick-connect coupling and which also comprises an electrical connector to which the electric cable is connected in a leaktight manner with the aid of a seal (7; 7'; 7") and which emerges from the orifice in the base plate to the outside of the tank, the seal (7 7';7") is inserted between the intermediate part and the connector and/or into a housing of the intermediate part.
Dual lever steering controls for a zero turning radius mower, comprising: a pair of control arms (102, 103), each control arm (102, 103) mounted to a neutral position lever (106, 107) that is pivotable within a slot (112, 113) between a full forward drive position and a full reverse drive position, a pair of control stops (120, 121), each control stop (120, 121, 150) blocking a portion of the slot (112, 113) characterized in that said pair of control stops stop the neutral position lever (106, 107) from pivoting to a position under a minimum forward speed.
An image pickup apparatus comprising: a data storage device that is adapted to store a plurality of data; a searching device that is adapted to carry out a searching process for searching at least one desired data from the plurality of data stored in said data storage device; characterized by further comprising: a change-of-status detecting device (12, 32) that is adapted to detect a change of status of a function of the image pickup apparatus, which is different from a searching function by said searching device; and an interruption process executing device that is adapted to interrupt the searching process carried out by said searching device and to execute an interruption process, when the change of status of the function of the image pickup apparatus is detected by said change-of-status detecting device. a data storage device that is adapted to store a plurality of data; a searching device that is adapted to carry out a searching process for searching at least one desired data from the plurality of data stored in said data storage device; characterized by further comprising: a change-of-status detecting device (12, 32) that is adapted to detect a change of status of a function of the image pickup apparatus, which is different from a searching function by said searching device; and an interruption process executing device that is adapted to interrupt the searching process carried out by said searching device and to execute an interruption process, when the change of status of the function of the image pickup apparatus is detected by said change-of-status detecting device. a change-of-status detecting device (12, 32) that is adapted to detect a change of status of a function of the image pickup apparatus, which is different from a searching function by said searching device; and an interruption process executing device that is adapted to interrupt the searching process carried out by said searching device and to execute an interruption process, when the change of status of the function of the image pickup apparatus is detected by said change-of-status detecting device.
A method of forming a film of plastic material, the method comprising: urging molten resin through an opening in a die head to form a stalk having an extrusion profiled rail of resin material extending radially outward from a tubular wall, the die head opening comprising an annular orifice that defines a thickness of the tubular wall and a cross-sectional shape of the rail; cutting the rail to form discrete elements while leaving the tubular wall un-punctured; and inflating the stalk with a gas bubble maintained within an interior space of the tubular wall to form a thin film tube, wherein cutting the rail comprises slicing through the rail as molten resin uninterruptedly extrudes from the annular orifice. urging molten resin through an opening in a die head to form a stalk having an extrusion profiled rail of resin material extending radially outward from a tubular wall, the die head opening comprising an annular orifice that defines a thickness of the tubular wall and a cross-sectional shape of the rail; cutting the rail to form discrete elements while leaving the tubular wall un-punctured; and inflating the stalk with a gas bubble maintained within an interior space of the tubular wall to form a thin film tube, wherein cutting the rail comprises slicing through the rail as molten resin uninterruptedly extrudes from the annular orifice.
A heart rate detection method, comprising: determining that a user wearing a smart wearable device is making a first workout (S101, S301, S401), wherein a photoplethysmography PPG sensor is disposed in the smart wearable device, and the PPG sensor is configured to acquire a PPG signal; obtaining first heart rate data by inputting the PPG signal into a first deep sequence neural network model; obtaining second heart rate data by inputting the PPG signal into a first frequency tracking algorithm model; and fusing the first heart rate data and the second heart rate data (S105, S305, S405) to obtain a target heart rate of the user during the first workout. determining that a user wearing a smart wearable device is making a first workout (S101, S301, S401), wherein a photoplethysmography PPG sensor is disposed in the smart wearable device, and the PPG sensor is configured to acquire a PPG signal; obtaining first heart rate data by inputting the PPG signal into a first deep sequence neural network model; obtaining second heart rate data by inputting the PPG signal into a first frequency tracking algorithm model; and fusing the first heart rate data and the second heart rate data (S105, S305, S405) to obtain a target heart rate of the user during the first workout.
Process of preparing polyolefin in a loop reactor by: (a) feeding into said loop reactor diluent, olefin monomers, optionally one or more comonomers, and optionally hydrogen; (b) feeding into said loop reactor a catalyst and optionally an activating agent; and (c) polymerizing said olefin monomers to produce a polyolefin slurry comprising diluent and solid polyolefin particles while circulating said slurry through said loop reactor by means of a pump, characterized in that the catalyst is fed into said loop reactor spatially separated from said pump and at a distance upstream to the pump of at least 20% of the length of the reactor path; wherein the catalyst has a median particle size d50 smaller than 50 μm, as measured by laser diffraction analysis on a Malvern type analyser after having put the catalyst in suspension in cyclohexane. (a) feeding into said loop reactor diluent, olefin monomers, optionally one or more comonomers, and optionally hydrogen; (b) feeding into said loop reactor a catalyst and optionally an activating agent; and (c) polymerizing said olefin monomers to produce a polyolefin slurry comprising diluent and solid polyolefin particles while circulating said slurry through said loop reactor by means of a pump,
Method for manufacturing the corner joint of metal frames for windows or doors, in which two hollow profile rods, in particular profile rods made of aluminum and/or open profile rods, are joined together through a miter cut and are connected to each other by means of a corner angle that is arranged inside the hollow profile rods, wherein the corner angle is provided with recesses, in particular notches, into which lugs are pressed that have previously been cut out from the hollow profile rods by means of at least one tool, wherein, in a first step, a lug is cut into the profile wall of the hollow profile rod by means of the at least one tool, characterized in that in a further step the tool is retracted and is displaced by an offset d in the area of the recesses in parallel to the profile's longitudinal axis in the direction of the miter or in parallel to the miter in the direction of the external frame corner after the lug has been cut, so that, in a subsequent step, the lug is stamped on inside the recess by lowering the tool, so that the free end of the lug is pressed along a chamfer of the recess of the corner angle while a deformation of the free end takes place, with a force component being exerted on the corner angle in the direction that is opposite to the miter.