mhurhangee/ep-ind-claims huggingface dataset:
A vehicle battery management system for a plurality of cells, comprising: a plurality of cell relays (111_1 to 111_40), each cell relay for coupling to a respective one of the plurality of cells for selectively providing a cell voltage from each of the cells as a first input voltage; an auxiliary power unit for providing a second input voltage which is a reference voltage; voltage detecting unit, comprising: a 3-contact relay arranged to switch between the first input voltage and the second input voltage in response to a control signal to provide a first output voltage, the 3-contact relay controlled to switch to the second input voltage when the vehicle is initially turned on or when the vehicle is parking; and a differential amplifier (115, 115') for generating a second output voltage in response to the first output voltage; and a control unit MCU for providing the control signal for the 3-contact relay and for calculating the ratio of the second output voltage to the second input voltage to provide an effective gain of the voltage detecting unit and for comparing an effective gain calculated on the vehicle being initially turned on to an effective gain calculated on a previous parking to determine whether a circuit of the voltage detecting means has an abnormality. a plurality of cell relays (111_1 to 111_40), each cell relay for coupling to a respective one of the plurality of cells for selectively providing a cell voltage from each of the cells as a first input voltage; an auxiliary power unit for providing a second input voltage which is a reference voltage; voltage detecting unit, comprising: a 3-contact relay arranged to switch between the first input voltage and the second input voltage in response to a control signal to provide a first output voltage, the 3-contact relay controlled to switch to the second input voltage when the vehicle is initially turned on or when the vehicle is parking; and a differential amplifier (115, 115') for generating a second output voltage in response to the first output voltage; and a 3-contact relay arranged to switch between the first input voltage and the second input voltage in response to a control signal to provide a first output voltage, the 3-contact relay controlled to switch to the second input voltage when the vehicle is initially turned on or when the vehicle is parking; and a differential amplifier (115, 115') for generating a second output voltage in response to the first output voltage; and a control unit MCU for providing the control signal for the 3-contact relay and for calculating the ratio of the second output voltage to the second input voltage to provide an effective gain of the voltage detecting unit and for comparing an effective gain calculated on the vehicle being initially turned on to an effective gain calculated on a previous parking to determine whether a circuit of the voltage detecting means has an abnormality.
A computer-implemented method for looking up server-side anti-malware metadata, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying a plurality of client-side executable objects on a first computing system, wherein the plurality of client-side executable objects are to be scanned for malware before execution; predicting when server-side anti-malware metadata will be needed by, for each client-side executable object within the plurality of client-side executable objects, assessing an imminence of execution of the client-side executable object; prioritizing, based on the assessments, a retrieval order for the server-side anti-malware metadata corresponding to the plurality of client-side executable objects; retrieving, based on the retrieval order, the server-side anti-malware metadata, from a second computing system that is remote from the first computing system, prior to an attempt to launch the corresponding client-side executable object within the plurality of client-side executable objects; and storing the retrieved anti-malware metadata in a client-side anti-malware signature cache for availability upon an attempt to launch the corresponding client-side executable. identifying a plurality of client-side executable objects on a first computing system, wherein the plurality of client-side executable objects are to be scanned for malware before execution; predicting when server-side anti-malware metadata will be needed by, for each client-side executable object within the plurality of client-side executable objects, assessing an imminence of execution of the client-side executable object; prioritizing, based on the assessments, a retrieval order for the server-side anti-malware metadata corresponding to the plurality of client-side executable objects; retrieving, based on the retrieval order, the server-side anti-malware metadata, from a second computing system that is remote from the first computing system, prior to an attempt to launch the corresponding client-side executable object within the plurality of client-side executable objects; and storing the retrieved anti-malware metadata in a client-side anti-malware signature cache for availability upon an attempt to launch the corresponding client-side executable.
A microwave reheating container, comprising: a base having a generally concave upward configuration with a bottom and at least one side wall defining a base rim; and a cover having a cover rim, said cover rim having a size and shape mating to said base rim, wherein said base and said cover together define a heating chamber, wherein said base is formed of a base core having a crystalized thermoplastic raw material interior food contact surface, and a thermoplastic copolyester base coating overmolded to an exterior surface of said base core, wherein said cover is formed of a cover core having a crystalized TRM interior food contact surface, and a TPC cover coating overmolded to an exterior surface of said cover core, characterized in that said base core and said cover core each include two layers: an inner one of said layers being CPET and forming said crystalized TRM interior food contact surface; and an outer one of said layers being APET. a base having a generally concave upward configuration with a bottom and at least one side wall defining a base rim; and a cover having a cover rim, said cover rim having a size and shape mating to said base rim, wherein said base and said cover together define a heating chamber, wherein said base is formed of a base core having a crystalized thermoplastic raw material interior food contact surface, and a thermoplastic copolyester base coating overmolded to an exterior surface of said base core, wherein said cover is formed of a cover core having a crystalized TRM interior food contact surface, and a TPC cover coating overmolded to an exterior surface of said cover core, characterized in that said base core and said cover core each include two layers: an inner one of said layers being CPET and forming said crystalized TRM interior food contact surface; and an outer one of said layers being APET.
A cooling device for a vehicle front of a motor vehicle, preferably a utility vehicle, comprisingL a fan wheel which is drivably connectable or connected to an output of an internal combustion engine and is rotatably mounted in a vehicle support frame-fixed bearing, and a support frame component of a vehicle support frame, preferably a cross member support frame component, in which the bearing is arranged vehicle support frame-fixed. a fan wheel which is drivably connectable or connected to an output of an internal combustion engine and is rotatably mounted in a vehicle support frame-fixed bearing, and a support frame component of a vehicle support frame, preferably a cross member support frame component, in which the bearing is arranged vehicle support frame-fixed.
An aqueous radiation-curable composition comprising - at least one (meth)acrylated polyurethane pre-polymer obtained from the reaction of: - at least one polyisocyanate compound (i), - at least one polyol (ii), - at least one hydrophilic compound (iii) containing at least one reactive group capable to react with isocyanate groups and which is capable to render the polyurethane pre-polymer dispersible in aqueous medium either directly or after the reaction with a neutralizing agent to provide a salt, - at least one (meth)acrylated compound (iv) containing at least two reactive groups capable to react with isocyanate groups, - at least one (meth)acrylated compound (v) containing essentially one reactive group capable to react with isocyanate groups selected from poly(meth)acryloyl mono-hydroxy compounds, and - optionally, at least one ethylenically unsaturated compound, wherein said composition comprises a total amount of (meth)acrylated and, optionally, polymerizable ethylenically unsaturated groups of at least 3 meq per g of total weight of (i), (ii), (iii), (iv), (v) and as measured by 1 H nuclear magnetic resonance spectroscopy. - at least one (meth)acrylated polyurethane pre-polymer obtained from the reaction of: - at least one polyisocyanate compound (i), - at least one polyol (ii), - at least one hydrophilic compound (iii) containing at least one reactive group capable to react with isocyanate groups and which is capable to render the polyurethane pre-polymer dispersible in aqueous medium either directly or after the reaction with a neutralizing agent to provide a salt, - at least one (meth)acrylated compound (iv) containing at least two reactive groups capable to react with isocyanate groups, - at least one (meth)acrylated compound (v) containing essentially one reactive group capable to react with isocyanate groups selected from poly(meth)acryloyl mono-hydroxy compounds, and - at least one polyisocyanate compound (i), - at least one polyol (ii), - at least one hydrophilic compound (iii) containing at least one reactive group capable to react with isocyanate groups and which is capable to render the polyurethane pre-polymer dispersible in aqueous medium either directly or after the reaction with a neutralizing agent to provide a salt, - at least one (meth)acrylated compound (iv) containing at least two reactive groups capable to react with isocyanate groups, - at least one (meth)acrylated compound (v) containing essentially one reactive group capable to react with isocyanate groups selected from poly(meth)acryloyl mono-hydroxy compounds, and - optionally, at least one ethylenically unsaturated compound, wherein
A phase controlling device controlling a phase of alternating current power to regulate to a predetermined temperature an exothermic temperature of a fuser of an image forming apparatus, the phase controlling device comprising: a first signal generating unit for generating an error signal (Verr') that corresponds to a difference between the predetermined temperature of the fuser and an actual temperature of the fuser; a second signal generating unit for generating a soft start signal that drives the fuser to prevent transient current flow from occurring during a start of the fuser, and for providing the soft start signal (Vsts) to the control signal generating unit; characterised by further comprising a pulse generating unit for generating a sawtooth wave pulse signal (Vramp'), wherein the voltage level of the sawtooth wave pulase signal (Vramp') increases as time elapses during a half period of the AC power; and a control signal generating unit for comparing the error signal (Verr') and the sawtooth wave pulse signal (Vramp') and outputting a phase control signal (Vphase') controlling the phase of the AC power; wherein the second signal generating unit comprises a differential circuit between a power supply voltage having a first predetermined voltage having a first predetermined voltage level and a second predetermined voltage level, wherein the soft start signal (Vsts) generated by the second signal generating unit has a voltage level that decreases with time. a first signal generating unit for generating an error signal (Verr') that corresponds to a difference between the predetermined temperature of the fuser and an actual temperature of the fuser; a second signal generating unit for generating a soft start signal that drives the fuser to prevent transient current flow from occurring during a start of the fuser, and for providing the soft start signal (Vsts) to the control signal generating unit; characterised by further comprising a pulse generating unit for generating a sawtooth wave pulse signal (Vramp'), wherein the voltage level of the sawtooth wave pulase signal (Vramp') increases as time elapses during a half period of the AC power; and a control signal generating unit for comparing the error signal (Verr') and the sawtooth wave pulse signal (Vramp') and outputting a phase control signal (Vphase') controlling the phase of the AC power; wherein the second signal generating unit comprises a differential circuit between a power supply voltage having a first predetermined voltage having a first predetermined voltage level and a second predetermined voltage level, wherein the soft start signal (Vsts) generated by the second signal generating unit has a voltage level that decreases with time.
A power release latching system, comprising: a housing; a service override lever rotatably mounted to the housing, the service override lever being accessible from an exterior of the housing; a motor for rotating a worm that interfaces to a release gear, the release gear having a cam profile that interfaces with a pawl release lever of the latching system, the pawl release lever is operably coupled to a pawl that interfaces with a claw of the latch system, wherein rotation of the service override lever causes rotation of the release gear, and the service override lever has a boss (2. 1) that is configured to contact a wall (7.1) of the release gear, characterized in that the boss (2.1) is spaced from the wall (7.1) when the release gear is in a home position and in that the boss (2. 1) contacts the wall (7.1) when the release gear is in a full travel position. a housing; a service override lever rotatably mounted to the housing, the service override lever being accessible from an exterior of the housing; a motor for rotating a worm that interfaces to a release gear, the release gear having a cam profile that interfaces with a pawl release lever of the latching system, the pawl release lever is operably coupled to a pawl that interfaces with a claw of the latch system, wherein rotation of the service override lever causes rotation of the release gear, and the service override lever has a boss (2. 1) that is configured to contact a wall (7.1) of the release gear, characterized in that the boss (2.1) is spaced from the wall (7.1) when the release gear is in a home position and in that the boss (2. 1) contacts the wall (7.1) when the release gear is in a full travel position.
A surface cleaning apparatus, comprising: a housing having an upright handle assembly and a base mounted to the upright handle assembly; a suction source provided with the housing; a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source; a fluid delivery system comprising a fluid supply chamber provided on the upright handle assembly and adapted to hold a supply of liquid and a fluid dispenser provided on the base in fluid communication with the fluid supply chamber; a dirty tank assembly removably mounted to a front of the upright handle assembly and in fluid communication with the suction source when mounted thereto, and including a recovery container having an open top and a lid assembly for at least partially closing the open top; and characterized in that it comprises a latch assembly provided on a forward side of the lid assembly, the latch assembly including a latch body biased via a spring toward a latched position wherein a protrusion of the latch body is received in a recess of the upright handle assembly. a housing having an upright handle assembly and a base mounted to the upright handle assembly; a suction source provided with the housing; a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source; a fluid delivery system comprising a fluid supply chamber provided on the upright handle assembly and adapted to hold a supply of liquid and a fluid dispenser provided on the base in fluid communication with the fluid supply chamber; a dirty tank assembly removably mounted to a front of the upright handle assembly and in fluid communication with the suction source when mounted thereto, and including a recovery container having an open top and a lid assembly for at least partially closing the open top; and characterized in that it comprises a latch assembly provided on a forward side of the lid assembly, the latch assembly including a latch body biased via a spring toward a latched position wherein a protrusion of the latch body is received in a recess of the upright handle assembly.
A peptide-bound liposome, wherein a peptide is bound to the surface of the liposome; the liposome comprises: a phospholipid comprising a C 14 -C 24 acyl group containing one unsaturated bond, or a C 14 -C 24 hydrocarbon group containing one unsaturated bond, and a stabilizer; and the peptide comprises the amino acid sequence of SEQ ID NO: 24. a phospholipid comprising a C 14 -C 24 acyl group containing one unsaturated bond, or a C 14 -C 24 hydrocarbon group containing one unsaturated bond, and a stabilizer; and the peptide comprises the amino acid sequence of SEQ ID NO: 24.
A short-wavelength X-ray diffraction measuring device, comprising an X-ray tube, an entrance diaphragm, a table, a goniometer, a detector fixed to the goniometer, and an energy analyzer; wherein, the X-ray tube and the detector are located at two sides of the table respectively, so that the X-ray tube and the detector are also located at two sides of a work piece operatively placed on the table respectively; and the detector receives short-wavelength X-rays diffracted by and transmitted through the work piece; wherein the table with the work piece operatively placed thereon is translatable in X, Y, Z three dimensions, rotatable around the rotating axis of the goniometer to an angle Ψ, or movable in X, Y, Z three dimensions and to an angle T in a cooperative manner, so that different parts of the work piece can be measured; and wherein, during the measurement, the detector is scanned within a scan range 2θ.
A process for preparing a baked product comprising: adding to either a flour that is used to form a dough or directly to a dough: at least one maltogenic alpha-amylase in an amount of 0.1-10000 MANU per kg of flour; and at least one endopeptidase in an amount of 0.01-35 mg endopeptidase per kg flour in total added to the dough; and baking the dough to form the baked product, and wherein the added endopeptidase at least maintains springiness of the baked product for a period of at least 14-21 days after baking. at least one maltogenic alpha-amylase in an amount of 0.1-10000 MANU per kg of flour; and at least one endopeptidase in an amount of 0.01-35 mg endopeptidase per kg flour in total added to the dough; and
A method that facilitates scrambling synchronization codes in a wireless communication environment, comprising: selecting a scrambling code from a set of possible scrambling codes as a function of an index of a primary synchronization code; scrambling a secondary synchronization code with the selected scrambling code; and transmitting the scrambled SSC. selecting a scrambling code from a set of possible scrambling codes as a function of an index of a primary synchronization code; scrambling a secondary synchronization code with the selected scrambling code; and transmitting the scrambled SSC.
Cell connector in a flat shape for the electrical contacting of at least two flat power sources (2, 2') from at least one first electrically conductive layer which has at least one contact area for the area-by-area contacting with each of the power sources (2, 2'), characterised in that, a) the cell connector has at least two contact areas along the main direction of current flow, wherein the cross section of the cell connector in the at least one contact area in the main direction of current flow is smaller than the maximum cross section of the cell connector in the main direction of flow, wherein the cell connector has an increasing or decreasing cross section in the main direction of current flow, and/or b) at least the first conductive layer outside the at least one contact area includes at least one area whose course in the main direction of current flow is not linear, and which is divided by at least two elongated pronounced partitions or recesses into at least three strips which run substantially in parallel to the main direction of current flow, wherein the recesses are duct-shaped, arc-shaped, wave-shaped, at least roughly sinusoidal, S-shaped and/or have a lamellar design. a) the cell connector has at least two contact areas along the main direction of current flow, wherein the cross section of the cell connector in the at least one contact area in the main direction of current flow is smaller than the maximum cross section of the cell connector in the main direction of flow, wherein the cell connector has an increasing or decreasing cross section in the main direction of current flow, and/or b) at least the first conductive layer outside the at least one contact area includes at least one area whose course in the main direction of current flow is not linear, and which is divided by at least two elongated pronounced partitions or recesses into at least three strips which run substantially in parallel to the main direction of current flow, wherein the recesses are duct-shaped, arc-shaped, wave-shaped, at least roughly sinusoidal, S-shaped and/or have a lamellar design.
A no-load detection and shutdown circuit for a solid state light source driver apparatus having a half-bridge inverter connected to a HB driver and having an isolation transformer, the circuit being characterised in that it comprises: an input which is adapted to be electrically connected to a primary side of the isolation transformer and an output which is adapted to be electrically connected to the HB driver, and a circuit between the input and the output, being configured to detect a no load condition at an output of the solid state light source driver apparatus resulting as an increased voltage at the isolation transformer, and in response, to provide a signal to shut down the solid state light source driver apparatus.