mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying power interruptions comprising: receiving, with a monitoring system that is external to an electric meter, a load profile from the electric meter that includes at least one of an accumulated frequency measurement and an accumulated number of zero crossing events that the electric meter records in an AC power signal during one or more predetermined monitoring periods, wherein the load profile further includes, for one or more of the one or more predetermined monitoring periods, a monitoring period flag set by the electric meter that indicates that the electric meter detected at least one power loss event during the respective predetermined monitoring period; and identifying, with a processor in the external monitoring system and for each monitoring period flag detected in the load profile, a total duration of at least one power interruption during a particular predetermined monitoring period associated with the monitoring period flag based on at least one of a deviation of the accumulated frequency measurement in the load profile from a predetermined accumulated frequency value or a deviation of the accumulated number of zero crossing events in the load profile from a predetermined number of zero crossing events during the predetermined monitoring period. receiving, with a monitoring system that is external to an electric meter, a load profile from the electric meter that includes at least one of an accumulated frequency measurement and an accumulated number of zero crossing events that the electric meter records in an AC power signal during one or more predetermined monitoring periods, wherein the load profile further includes, for one or more of the one or more predetermined monitoring periods, a monitoring period flag set by the electric meter that indicates that the electric meter detected at least one power loss event during the respective predetermined monitoring period; and identifying, with a processor in the external monitoring system and for each monitoring period flag detected in the load profile, a total duration of at least one power interruption during a particular predetermined monitoring period associated with the monitoring period flag based on at least one of a deviation of the accumulated frequency measurement in the load profile from a predetermined accumulated frequency value or a deviation of the accumulated number of zero crossing events in the load profile from a predetermined number of zero crossing events during the predetermined monitoring period.
An isolated antibody that binds an γ 377-395 epitope of the fibrin or fibrinogen γC domain, wherein said antibody comprises, individually, a light chain variable region comprising an amino acid sequence having at least 90% sequence identity to the sequences of RSSKSLLHSSGITYLS (SEQ ID NO: 2), QMSNLAS (SEQ ID NO: 3), and AQNLELPLT (SEQ ID NO: 4) and a heavy chain variable region comprising an amino acid sequence having at least 90% sequence identity to the sequences of GYTFTSYWIH (SEQ ID NO: 6), LIDPSDSYTNYNQKFRG (SEQ ID NO: 7), and SDPTGC (SEQ ID NO: 8), wherein the antibody has an ability to inhibit Mac-1 binding to fibrin or fibrinogen, and wherein the antibody suppresses clinical symptoms of Experimental Autoimmune Encephalomyelitis at the time of the relapse.
An exhaust valve rocker arm assembly operable in a combustion engine mode and an engine braking mode, the exhaust valve rocker arm assembly comprising: a rocker shaft that defines a pressurized oil supply conduit; a rocker arm that receives the rocker shaft and is configured to rotate around the rocker shaft, the rocker arm having an oil supply passage defined therein; a valve bridge that engages a first exhaust valve at a spherical elephant foot and a second exhaust valve at a cylindrical elephant foot; a hydraulic lash adjuster assembly disposed on the rocker arm having a first plunger body movable between a first position and a second position, wherein in the first position, the first plunger body extends rigidly for cooperative engagement with the valve bridge; and a pressure relief valve assembly disposed on the rocker arm and configured to selectively release oil from the hydraulic lash adjuster assembly; wherein in the engine braking mode, pressurized oil is communicated through the pressurized oil supply conduit, through the rocker arm oil supply passage and against a needle such that the first plunger body occupies the first position and acts on the valve bridge during rotation of the rocker arm to a first angle opening the first exhaust valve a predetermined distance while the second exhaust valve remains closed. a rocker shaft that defines a pressurized oil supply conduit; a rocker arm that receives the rocker shaft and is configured to rotate around the rocker shaft, the rocker arm having an oil supply passage defined therein; a valve bridge that engages a first exhaust valve at a spherical elephant foot and a second exhaust valve at a cylindrical elephant foot; a hydraulic lash adjuster assembly disposed on the rocker arm having a first plunger body movable between a first position and a second position, wherein in the first position, the first plunger body extends rigidly for cooperative engagement with the valve bridge; and a pressure relief valve assembly disposed on the rocker arm and configured to selectively release oil from the hydraulic lash adjuster assembly; wherein in the engine braking mode, pressurized oil is communicated through the pressurized oil supply conduit, through the rocker arm oil supply passage and against a needle such that the first plunger body occupies the first position and acts on the valve bridge during rotation of the rocker arm to a first angle opening the first exhaust valve a predetermined distance while the second exhaust valve remains closed.
Use of a porcelain enamel frit for the preparation of enamel coated steel surfaces for directly applying said enamel on both sides of steel sheets having TH values below 100 according to EU standard EN 10209 consisting in parts per weight of Elements Li 2 O 2,0 Na 2 O 27,3 CaO - B 2 O 3 10,6 SiO 2 52,9 ZrO 2 - F - NiO 7,2 CoO - CuO - Total 100,0 or Elements Li 2 O 2,0 Na 2 O 23,1 CaO 3,0 B 2 O 3 10,5 SiO 2 43,8 ZrO 2 9,1 F 2,0 NiO 7,1 CoO 0,1 cuO 0,1 Total 100,8 wherein said porcelain enamel frit is contained in a minimum of 20 weight % and the remaining constituents being other frits and/or milling additions.
Kick-scooter having an electric-motorized drive, a footboard, a rear wheel that is arranged on the footboard, a steering assembly and a front wheel that is non-rotatably connected to the steering assembly and can pivot to and fro together with this steering assembly about an inclined steering assembly axis, wherein: - the electric-motorized drive is integrated in the rear wheel and/or the front wheel, - an electrical energy storage device is accommodated in or on the footboard and/or in or on the steering assembly, - the steering assembly axis is tilted in an inclined manner towards the rear starting from the front wheel, - the footboard comprises a standing portion and a forward portion that adjoins said standing portion at a first angle, - the steering assembly comprises a front portion and a connecting portion that adjoins said front portion at a second angle, - the footboard and the steering assembly are connected to one another at the forward portion and at the connection portion in such a manner as to be able to pivot about the steering assembly axis, - the forward portion and the connecting portion extend over two parallel planes and the steering assembly axis is orientated normal to said planes, - in a drive position, the front portion is arranged ahead of the front wheel, - the connecting portion is arranged on the lower face of the forward portion facing the front wheel, characterized in that - the first angle corresponds to the second angle, so that by virtue of a pivot movement about 180° about the steering assembly axis the steering assembly can be moved out of a drive position, in which the front portion of said steering assembly is standing upright with respect to the standing portion of the footboard, into a packed position, in which the front portion of said steering assembly lies in a parallel manner underneath the standing portion of the footboard, and back into the said drive position. - the electric-motorized drive is integrated in the rear wheel and/or the front wheel, - an electrical energy storage device is accommodated in or on the footboard and/or in or on the steering assembly, - the steering assembly axis is tilted in an inclined manner towards the rear starting from the front wheel, - the footboard comprises a standing portion and a forward portion that adjoins said standing portion at a first angle, - the steering assembly comprises a front portion and a connecting portion that adjoins said front portion at a second angle, - the footboard and the steering assembly are connected to one another at the forward portion and at the connection portion in such a manner as to be able to pivot about the steering assembly axis, - the forward portion and the connecting portion extend over two parallel planes and the steering assembly axis is orientated normal to said planes, - in a drive position, the front portion is arranged ahead of the front wheel, - the connecting portion is arranged on the lower face of the forward portion facing the front wheel, characterized in that - the first angle corresponds to the second angle,
A method for wireless communication at a network entity, comprising: receiving, from a base station, a list of one or more device-to-device applications transmitted by at least one stationary user equipment, UE, wherein the list is prioritized based on a directionality associated with a mobile UE; receiving, from the mobile UE, a discovery request associated with at least one device-to-device application; and transmitting, to the mobile UE, a discovery response that includes first information associated with the at least one device-to-device application and second information associated with at least one different device-to-device application. receiving, from a base station, a list of one or more device-to-device applications transmitted by at least one stationary user equipment, UE, wherein the list is prioritized based on a directionality associated with a mobile UE; receiving, from the mobile UE, a discovery request associated with at least one device-to-device application; and transmitting, to the mobile UE, a discovery response that includes first information associated with the at least one device-to-device application and second information associated with at least one different device-to-device application.
A method for configuring a power state control of a device, the device being connected to one or more other devices, the method comprising: - activating a power state configuration mode; - detecting which of the one or more connected other devices are in a normal power mode; - terminating the power state configuration mode; and - storing those devices which have been detected as being in a normal power mode as related devices in a memory, wherein the power state control is configured to switch the device to low power mode when all related devices are in the low power mode or configured to switch the device to low power mode when one or more of the related devices are in the normal power mode. - activating a power state configuration mode; - detecting which of the one or more connected other devices are in a normal power mode; - terminating the power state configuration mode; and - storing those devices which have been detected as being in a normal power mode as related devices in a memory, wherein the power state control is configured to switch the device to low power mode when all related devices are in the low power mode or configured to switch the device to low power mode when one or more of the related devices are in the normal power mode.
An image forming system comprising an image forming apparatus and a bonding device; the image forming apparatus comprising: a color toner supply unit containing a color toner and configured to supply, to a recording medium, the color toner for forming a toner image on the recording medium, wherein the color toner contains wax and a mold release agent; a transparent toner supply unit containing a transparent toner and configured to supply the transparent toner to the recording medium, wherein the transparent toner does not contain wax nor mold release agent, and therefore has no releasability from a surface member to be bonded to a surface of the recording medium on which the toner image is formed; and a control unit configured to control the transparent toner supply unit to supply the transparent toner to cover the color toner supplied from the color toner supply unit to the recording medium; the bonding device is configured to bond the surface member to the surface of the recording medium on which the toner image is formed. a color toner supply unit containing a color toner and configured to supply, to a recording medium, the color toner for forming a toner image on the recording medium, wherein the color toner contains wax and a mold release agent; a transparent toner supply unit containing a transparent toner and configured to supply the transparent toner to the recording medium, wherein the transparent toner does not contain wax nor mold release agent, and therefore has no releasability from a surface member to be bonded to a surface of the recording medium on which the toner image is formed; and a control unit configured to control the transparent toner supply unit to supply the transparent toner to cover the color toner supplied from the color toner supply unit to the recording medium; the bonding device is configured to bond the surface member to the surface of the recording medium on which the toner image is formed.
A method for applying a coating product, in particular paint, using the drop on demand technology, in which the coating product is deposited by an applicator robot comprising a controller and at least one nozzle (60.1-60.i; 60) with sequential opening, commanded by the controller, the method comprising the following steps: a) calculating, in a coordinate system, the coordinates of several points located on the contour of a surface to be coated; b) sending the coordinates of the points calculated in step a) to the controller of the robot; and c) moving the nozzle (60.1-60.i; 60) of the robot applicator between a starting point (X'1) and an arrival point (X'2), the projections of which, along the ejection axis of the nozzle (X1-X'1; X2-X'2), on the surface to be coated, respectively define a first reference point and a second reference point respectively belonging to two edges (B1, B2) of the surface to be coated, in order to deposit a series of drops between the two edges; wherein in step c), the spacing (di) between the respective centers of two successive drops (Gi, Gi+1) of the series of drops is adjusted by the controller as a function of the length of the journey between the two reference points (X1, X2) and such that the last drop (Gn) of the series of drops is deposited in a centered manner on the second reference point. a) calculating, in a coordinate system, the coordinates of several points located on the contour of a surface to be coated; b) sending the coordinates of the points calculated in step a) to the controller of the robot; and c) moving the nozzle (60.1-60.i; 60) of the robot applicator between a starting point (X'1) and an arrival point (X'2), the projections of which, along the ejection axis of the nozzle (X1-X'1; X2-X'2), on the surface to be coated, respectively define a first reference point and a second reference point respectively belonging to two edges (B1, B2) of the surface to be coated, in order to deposit a series of drops between the two edges;
Electromagnetic relay with adjustable tripping threshold for a low-voltage circuit breaker, comprising a magnetic circuit that has a fixed part, which comprises a fixed element made of ferromagnetic material, a core, and at least one winding coil, and a moving part, which has a moving plate made of ferromagnetic material and arranged so as to face at least partially said fixed element with the coil interposed between said moving part and said fixed element, said moving part being functionally connected to means for adjusting the tripping threshold; characterized in that: - said moving plate comprises a U-shaped body that is arranged so that its concavity is directed toward said fixed element, a central portion of said U shaped body having a recessed portion along an edge arranged at said core, said recessed portion having a contoured profile that is geometrically complementary with respect to the profile of said core and having lateral arms (8, 9) with a substantially oblique profile; - said fixed element has a substantially flat central portion, at which the coil and the core are located, and wings (12, 13) protruding transversely from the flat central portion at the sides of the coil and having a substantially oblique profile, each oblique profile of said wings a corresponding oblique profile of said moving plate and being substantially parallel thereto; wherein, by acting on said adjustment means the tripping threshold is set by simultaneously varying the gap between the moving plate and the fixed element and the magnetic coupling between said moving plate and the core. - said moving plate comprises a U-shaped body that is arranged so that its concavity is directed toward said fixed element, a central portion of said U shaped body having a recessed portion along an edge arranged at said core, said recessed portion having a contoured profile that is geometrically complementary with respect to the profile of said core and having lateral arms (8, 9) with a substantially oblique profile; - said fixed element has a substantially flat central portion, at which the coil and the core are located, and wings (12, 13) protruding transversely from the flat central portion at the sides of the coil and having a substantially oblique profile, each oblique profile of said wings a corresponding oblique profile of said moving plate and being substantially parallel thereto;
A strength training apparatus having a manually operable operating element coupled via a lever mechanism to at least one unit (39, 41, 42) generating a resistance, - the lever mechanism having, at a distance from a handle element of the operating element, at least one first joint mounted in a first axis via at least one first joint lever, and the lever mechanism having at least one second joint disposed between the at least one first joint and the handle element, - the at least one second joint being mounted at least indirectly in a second axis via at least one second joint lever, - one of the axes (21, 22) being disposed in operative connection with the at least one unit (39, 41, 42), - the other of the two axes (21, 22) being locked or being pivotable about a small angle, - the at least one second joint lever being connected to the second axis via a coupling link, - the two axes (21, 22) each being lockable or pivotable about a small angle individually and being operatively connectable to the at least one unit (39, 41, 42) individually, - the at least two joint levers (25, 36) being disposed on the same side of a rod of the operating element, - the second joint being disposed in the area of the rod in an area between the first joint and the handle element, the second joint lever being fixed via the second joint so as to be pivotable, - and, on the side of the second joint lever facing away from the second joint, the coupling link -rod-shaped as an examplebeing connected to the second joint lever via a third joint so as to be pivotable on one side and to the second axis in a non-rotatable manner on the other side. - the lever mechanism having, at a distance from a handle element of the operating element, at least one first joint mounted in a first axis via at least one first joint lever, and the lever mechanism having at least one second joint disposed between the at least one first joint and the handle element, - the at least one second joint being mounted at least indirectly in a second axis via at least one second joint lever, - one of the axes (21, 22) being disposed in operative connection with the at least one unit (39, 41, 42), - the other of the two axes (21, 22) being locked or being pivotable about a small angle, - the at least one second joint lever being connected to the second axis via a coupling link, - the two axes (21, 22) each being lockable or pivotable about a small angle individually and being operatively connectable to the at least one unit (39, 41, 42) individually, - the at least two joint levers (25, 36) being disposed on the same side of a rod of the operating element, - the second joint being disposed in the area of the rod in an area between the first joint and the handle element, the second joint lever being fixed via the second joint so as to be pivotable, - and, on the side of the second joint lever facing away from the second joint, the coupling link -rod-shaped as an examplebeing connected to the second joint lever via a third joint so as to be pivotable on one side and to the second axis in a non-rotatable manner on the other side.
Cleaning robot for a cushioned surface, wherein the cleaning robot comprises the following: - a drive facility; - a control facility for guiding the cleaning robot over the surface to be cleaned; - a cleaning facility, which is designed to fight dust mites in the region of the surface; characterised in that the cleaning robot comprises the following: - an output apparatus for a lure for dust mites; - wherein the control facility is designed to output lures onto the surface and after a predetermined waiting time to activate the cleaning facility in the region of the output lure. - a drive facility; - a control facility for guiding the cleaning robot over the surface to be cleaned; - a cleaning facility, which is designed to fight dust mites in the region of the surface; characterised in that the cleaning robot comprises the following: - an output apparatus for a lure for dust mites; - wherein the control facility is designed to output lures onto the surface and after a predetermined waiting time to activate the cleaning facility in the region of the output lure.