mhurhangee/ep-ind-claims huggingface dataset:
A venting apparatus for a heating device operating with liquid fuel in a single-line mode, which heating device includes a fuel pump which is driven by a motor for drawing fuel from a supply tank and delivering it into a pressure line region which is in communication with an atomizer nozzle opening into a combustion chamber, wherein excess fuel is returned from the pressure line region by way of a pressure limiter, a return line and a bypass line to the suction side of the fuel pump, and wherein the venting apparatus which is arranged between the return line and the bypass line comprises a line connecting body with a through passage which is in flow communication with said return line and can be connected to or separated from said bypass line by the fact that in said through passage an actuating element is arranged which is reciprocable in axial direction between an operating position and a venting position, said actuating element, in the venting position, allowing for a connection of the return line with the exterior of the heating device and, in the operating position ensuring a reliable sealing of the medium disposed in said lines towards the exterior, characterised in that a venting line is provided which connects said through passage with the exterior of the heating device, and in that said actuating element is so adapted - that, in the operating position, it connects the return line to the bypass line, - that, in the venting position, it connects the return line to the venting line and in that case closes the bypass line, and - that in its movement from the operating position into the venting position it firstly closes the bypass line and only then connects the return line to the exterior. - that, in the operating position, it connects the return line to the bypass line, - that, in the venting position, it connects the return line to the venting line and in that case closes the bypass line, and - that in its movement from the operating position into the venting position it firstly closes the bypass line and only then connects the return line to the exterior.
A discrimination method of animal hair fibers which comprises an extraction process for extracting a group of proteins from animal hair fibers which constitute the animal hair fibers sample, an electrophoretic process for obtaining an electrophoretic pattern by separating the extracted group of proteins with an electrophoretic means and staining the gel after the electrophoresis with a protein dyeing liquid, and a first discrimination process for discriminating kinds of animals serving as the origins of the animal hair fibers sample by comparing the obtained electrophoretic pattern with previously prepared electrophoretic patterns of single animal hair fibers in which kinds of animals serving as the origin have been known, wherein a series of electrophoretic patterns of previously prepared mixed animal hair fibers in which the animal hair fibers different in kinds of animals serving as the origin have been mixed with a series of mixing ratios is obtained in the same manner as in the extraction process and the electrophoretic process, and the method further comprises a second discrimination process for discriminating the animal hair fibers sample being originated from at least two kinds of animals, kinds of at least two kinds of animals serving as the origins of the animal hair fibers sample, and a mixing ratio of the animal hair fibers sample by comparing the electrophoretic pattern obtained from the animal hair fibers sample with a series of electrophoretic patterns obtained from the mixed animal hair fibers.
A two-part flame-retardant for oriented strand board comprising: a water-soluble flame-retardant having a solubility in water of at least about 400 g/L; and a flame-retardant powder, wherein the water-soluble flame-retardant comprises a borate, a borate ester, a borate alkanolamine, an amine phosphoric acid salt, a dicyandiamide-formaldehyde phosphoric acid salt, or combinations thereof. a water-soluble flame-retardant having a solubility in water of at least about 400 g/L; and a flame-retardant powder, wherein the water-soluble flame-retardant comprises a borate, a borate ester, a borate alkanolamine, an amine phosphoric acid salt, a dicyandiamide-formaldehyde phosphoric acid salt, or combinations thereof.
A control method for automatically positioning an inner tub of a pulsator washing machine comprising an inner tub having a bottom, an outer tub having a bottom and a motor for driving the inner tub, wherein a positioning hole is formed in the bottom of the inner tub, a positioning pin is arranged at the bottom of the outer tub, and the positioning pin is provided with a structure capable of driving the positioning pin to extend and retract, characterized in that, the control method comprises: step 1, weighing is performed to determine a weight of a load, after the motor stops rotating, the inner tub continues rotating under its own inertia at a speed v by an angle α which is determined according to the weight of the load; step 2, the motor is then controlled to drive the inner tub at the speed v, and when the inner tub rotates to a position where an included angle between the positioning hole and the positioning pin is less than or equal to α, the positioning pin is released, and the motor stops rotating; and step 3, the released positioning pin presses against the bottom of the inner tub, the inner tub continues rotating under the effect of inertia, and when the inner tub rotates to the position where the positioning hole is aligned with the positioning pin, the positioning pin automatically stretches into the positioning hole to thereby position and lock inner tub. step 1, weighing is performed to determine a weight of a load, after the motor stops rotating, the inner tub continues rotating under its own inertia at a speed v by an angle α which is determined according to the weight of the load; step 2, the motor is then controlled to drive the inner tub at the speed v, and when the inner tub rotates to a position where an included angle between the positioning hole and the positioning pin is less than or equal to α, the positioning pin is released, and the motor stops rotating; and step 3, the released positioning pin presses against the bottom of the inner tub, the inner tub continues rotating under the effect of inertia, and when the inner tub rotates to the position where the positioning hole is aligned with the positioning pin, the positioning pin automatically stretches into the positioning hole to thereby position and lock inner tub.
A poultry feeding system, comprising: - walls which together delimit a feeding space which at its upper side is accessible for poultry; and - a feed supply for supplying feed at an inlet position into the feeding space, such that poultry is able to pick feed out of the feeding space, in which the walls which together delimit or extend through the feeding space are at least partly provided with an abrasive surface structure for having beaks of the poultry abraded and worn as they pick feed out of the feeding space, characterized in that, the abrasive surface structure comprises a pattern of a plurality of sharp-edged line-elevations. - walls which together delimit a feeding space which at its upper side is accessible for poultry; and - a feed supply for supplying feed at an inlet position into the feeding space, such that poultry is able to pick feed out of the feeding space,
Gas inlet device for a cylinder of an internal combustion engine, said gas inlet device comprising an inlet port, at least one inlet valve positioned within said inlet port, at least one calibration of said inlet valve positioned at one end of said inlet port and facing towards the firing face of said cylinder, means for deflecting said gas to generate an aerodynamic movement of said gas within said cylinder about an axis substantially perpendicular to the axis of said cylinder, at least one mask partially obstructing said end of said inlet port opening into said cylinder, wherein, on the intrados of said inlet port, the intersection between said inlet port and said calibration forms a straight-line segment supported by a rectilinear generatrix forming an angle α of between 5 and 45° with respect to a plane parallel to said firing face of said cylinder and passing through a point of intersection between said inlet port and said calibration, a midplane of said mask forming an angle γ about the axis of said inlet valve with respect to the midplane of said inlet port, such that γ = α +/- 5°.
Live attenuated CPV2 parvovirus, characterised in that said CPV2 comprises a capsid gene of CPV2 serotype 2a, 2b or 2c coding for an amino acid other than Isoleucine at amino acid position 219 of the capsid protein and/or an amino acid other than Glutamine at amino acid position 386 of the capsid protein, and characterised in that a DNA fragment of a part of the non-capsid region of said CPV2 is replaced by a homologous DNA fragment of a part of the non-capsid region derived from a second parvovirus, wherein said homologous DNA fragment of said second parvovirus carries an attenuating mutation.
A hydrosilylation-curable silicone composition comprising: a maleate compound; and a hydrosilylation inhibitor other than the maleate compound; and an adhesion promoter; wherein the content of the maleate compound is in an amount of 50 to 6,000 ppm and the content of the hydrosilylation inhibitor is in an amount of 200 to 20,000 ppm, with respect to the composition in terms of mass units, respectively.
Fan for ovens for cooking foods, which is provided with its own rotation axis and is extended along said rotation axis between a front side and a rear side directed in opposite directions with respect to each other, and is provided with a peripheral side which is extended around said rotation axis between said front side and said rear side; said fan comprising: - a support plate, which is arranged substantially orthogonal to said rotation axis and is provided with a first face, which delimits the rear side of said fan, and a second face directed towards the front side of said fan; - multiple blades projectingly fixed on the second face of said support plate and arranged around said rotation axis; each said blade being provided with: - a rear edge fixed to the second face of said support plate; - an external edge arranged on the peripheral side of said fan; - an internal edge placed to connect between said external edge and said rear edge; said fan being characterized in that the internal edge of each said blade comprises: - a first section which delimits a convex portion of said blade projectingly extended at least towards the rotation axis of said fan, wherein the first section of the internal edge of each said blade has a curved form; - a second section which delimits a first concavity of said blade and is extended between said first section and said rear edge; - a third section which delimits a second concavity of said blade and is extended between said first section and said external edge. - a support plate, which is arranged substantially orthogonal to said rotation axis and is provided with a first face, which delimits the rear side of said fan, and a second face directed towards the front side of said fan; - multiple blades projectingly fixed on the second face of said support plate and arranged around said rotation axis; - a rear edge fixed to the second face of said support plate; - an external edge arranged on the peripheral side of said fan; - an internal edge placed to connect between said external edge and said rear edge; - a first section which delimits a convex portion of said blade projectingly extended at least towards the rotation axis of said fan, wherein the first section of the internal edge of each said blade has a curved form; - a second section which delimits a first concavity of said blade and is extended between said first section and said rear edge; - a third section which delimits a second concavity of said blade and is extended between said first section and said external edge.
Sensor comprising at least one transducer for emitting signals and for receiving reflected echo signals, which transducer is configured to output an analogue measurement signal, an analogue/digital converter for converting the analogue measurement signal (101, 102) into a digital measurement signal, an evaluation unit for evaluating the digital measurement signal, and a communication unit for transmitting a measurement result generated by the evaluation unit via a digital communication interface, wherein the communication unit is configured to receive a request for diagnostic data via the digital communication interface and is also configured to switch the sensor to a diagnostic mode and to transmit requested diagnostic data via the digital communication interface, wherein the communication unit is configured to communicate at at least two different data rates via the digital communication interface, wherein a higher data rate is used to transmit the diagnostic data than to transmit the measurement result in a normal mode of the sensor, characterized in that the diagnostic data comprise the digital measurement signal, an envelope of the digital measurement signal and/or I/Q demodulation of the digital measurement signal, and/or in that the digital measurement signal is processed by the evaluation unit using a digital filter, wherein the diagnostic data comprise a filtered digital measurement signal, and/or in that the evaluation unit is configured to correlate the digital measurement signal with a reference signal, wherein a correlated signal is generated, and wherein the diagnostic data comprise data which are selected from the reference signal, the amplitude of the correlated signal, a degree of correspondence of the phases between the reference signal and the digital measurement signal or a combination of at least two of these data items.
An electronic device housing, comprising: at least one of (a) a front glass cover placed and secured to provide a front surface for the electronic device enclosure, and (b) a back glass cover placed and secured to provide a back surface for the electronic device enclosure, wherein the front glass cover and the back glass cover comprise the glass substrate; wherein the glass substrate, comprises: a chemically-strengthened glass main body having opposing major surfaces; and a layer having a thickness provided over a majority of a first major surface, wherein at least a portion of the thickness of the layer comprises an inorganic material, a hardness as measured using a Berkovich indenter of at least 10 GPa and an x-ray amorphous structure, and wherein the layer comprises at least one attribute selected from the group consisting of: an optical transparency of at least 70% of incident light; and a compressive stress of at least 10 MPa. a chemically-strengthened glass main body having opposing major surfaces; and a layer having a thickness provided over a majority of a first major surface, wherein at least a portion of the thickness of the layer comprises an inorganic material, a hardness as measured using a Berkovich indenter of at least 10 GPa and an x-ray amorphous structure, and wherein the layer comprises at least one attribute selected from the group consisting of: an optical transparency of at least 70% of incident light; and a compressive stress of at least 10 MPa. an optical transparency of at least 70% of incident light; and a compressive stress of at least 10 MPa.
A method for controlling a hybrid vehicle which includes electrical auxiliaries, a heat engine, an electric machine able to be coupled to or uncoupled from the crankshaft of the engine, an electrical energy storage unit being able to be connected to the electric machine, a battery being able to be connected to the electric machine, to the electrical auxiliaries and to the storage unit, the system being able to function during the running of the vehicle at least according to a derating mode of the engine, the required crankshaft torque resulting from the reduced torque applied by the engine and the torque applied by the electric machine supplied by the storage unit, and a derating mode of the electric machine then uncoupled from the crankshaft, the required crankshaft torque resulting from the torque applied by the engine alone, the method being characterized by the determining of the electrical energy requirements of the electrical auxiliaries and of the charge state of the storage unit and, if this charge state is at least equal to said requirements, the passage into derating mode of the electric machine.
An electric radiator-type heating appliance having a case containing an electrical energy storage device, first linking elements to allow linking the electrical energy storage device to an electrical power source external to the appliance, at least one heater member producing a flow of calories when an input of the heater member is supplied with an electric voltage, second linking elements to allow linking the input of the heater member to an output of the electrical energy storage device and third linking elements to allow linking the input of the heater member to the electrical power source, the first linking elements comprise first connecting elements linking the output of the electrical energy storage device to the electrical power source, the first connecting elements comprising: - an inverter housed in the case, characterized in that an input of the inverter is connected to the output of the electrical energy storage device and an output of the inverter is capable of being linked to the electrical power source, - and the first connecting elements further comprise first switching elements for varying the first connecting elements between an open-circuit configuration and a closed-circuit configuration in which electrical energy stored in the electrical energy storage device is injected into the electrical power source via the inverter. - an inverter housed in the case, characterized in that an input of the inverter is connected to the output of the electrical energy storage device and an output of the inverter is capable of being linked to the electrical power source, - and the first connecting elements further comprise first switching elements for varying the first connecting elements between an open-circuit configuration and a closed-circuit configuration in which electrical energy stored in the electrical energy storage device is injected into the electrical power source via the inverter.
A lipase comprising an amino acid sequence which has at least 70% sequence identity with the amino acid sequence given in SEQ ID NO:1 over the entire length thereof and which has at least one amino acid substitution at at least one of the positions corresponding to positions 83, 86, 87, 89, 90, 92, 93, 95, 113, 174, 202, 203, 205, 206, 207, 208, 209, 211, 227, 252, 253, 256, 258, 259, 260, 264, or 267, in each case based on the numbering according to SEQ ID NO:1, wherein the at least one amino acid substitution is selected from the group consisting of 208N and 253N, in each case based on the numbering according to SEQ ID NO:1.
A pipe joint for connecting pipes of different materials, the joint comprising locking grippers and one or more ends for the insertion of pipes, the joint further including the following components: a main body, in ductile cast iron or another metal; clamping rings, in ductile cast iron, or another metal; bolts, nuts and washers in stainless steel, or another metal, wherein the bolts, nuts and washers are used to hold the rings to the main body of the joint; a sealing and locking assembly arranged between the clamping rings and the main body, the sealing and locking assembly being composed by a plurality of gripper supports connected to each other and forming a closed ring, wherein each gripper support receives a respective gripper with conical and sliding support; wherein an o-ring sealer in elastomer is mounted onto the closed ring of the gripper supports, characterized in that each gripper comprises a tempered and zinc-coated milled rivet, in steel or another metal. a main body, in ductile cast iron or another metal; clamping rings, in ductile cast iron, or another metal; bolts, nuts and washers in stainless steel, or another metal, wherein the bolts, nuts and washers are used to hold the rings to the main body of the joint; a sealing and locking assembly arranged between the clamping rings and the main body, the sealing and locking assembly being composed by a plurality of gripper supports connected to each other and forming a closed ring, wherein each gripper support receives a respective gripper with conical and sliding support; wherein an o-ring sealer in elastomer is mounted onto the closed ring of the gripper supports, characterized in that each gripper comprises a tempered and zinc-coated milled rivet, in steel or another metal.
A method for wireless communications, performed by a user equipment, UE, comprising: determining a number of repetitions of a physical downlink control channel, PDCCH, transmission, wherein each of the repetitions of the PDCCH transmission has at least one of: a same downlink control information, DCI, payload, a same aggregation level, or a grant for a same data channel allocation; and monitoring for the PDCCH based on the determined number of repetitions of the PDCCH transmission; wherein the monitoring comprises monitoring different repetitions of the PDCCH transmission in different control resource sets, CORESETs, and the method is characterised in that it further comprises assuming demodulation reference signals, DMRS, of the different CORESETs share one or more quasi-colocation, QCL, parameters, are transmitted using a same DMRS port, or both; and wherein: the different CORESETs use the same frequency resources and different time resources, include a PDCCH transmission with a same DCI content and different aggregation levels, or both, and the DMRS for the different CORESETs use different frequency resource patterns within the frequency resources of the CORESETs, the different frequency resource patterns associated with different subcarrier offsets. determining a number of repetitions of a physical downlink control channel, PDCCH, transmission, wherein each of the repetitions of the PDCCH transmission has at least one of: a same downlink control information, DCI, payload, a same aggregation level, or a grant for a same data channel allocation; and monitoring for the PDCCH based on the determined number of repetitions of the PDCCH transmission; wherein the monitoring comprises monitoring different repetitions of the PDCCH transmission in different control resource sets, CORESETs, and the method is characterised in that it further comprises assuming demodulation reference signals, DMRS, of the different CORESETs share one or more quasi-colocation, QCL, parameters, are transmitted using a same DMRS port, or both; and wherein: the different CORESETs use the same frequency resources and different time resources, include a PDCCH transmission with a same DCI content and different aggregation levels, or both, and the DMRS for the different CORESETs use different frequency resource patterns within the frequency resources of the CORESETs, the different frequency resource patterns associated with different subcarrier offsets. the different CORESETs use the same frequency resources and different time resources, include a PDCCH transmission with a same DCI content and different aggregation levels, or both, and the DMRS for the different CORESETs use different frequency resource patterns within the frequency resources of the CORESETs, the different frequency resource patterns associated with different subcarrier offsets.