mhurhangee/ep-ind-claims huggingface dataset:
A method for reprocessing the combustion products carbon dioxide and water with electrical energy which has been produced primarily with the aid of regenerative energy sources, but not with the aid of fossil fuels, being coupled in, into renewable synthetic combustion and transportation fuels (18, 20, 21, 22), wherein an electrolysis of water, preferably steam, is operated, the hydrogen formed is mixed with carbon dioxide up to a molar ratio of 3.5 to 1 to form a carbon dioxide/hydrogen mixture, the carbon dioxide/hydrogen mixture is preheated in a high-temperature recuperator and then is heated to 800°C to 5000°C in an electrically heated device or an electric plasma generator, the raw synthesis gas which thus forms is used in recuperative manner for preheating the carbon dioxide/hydrogen mixture, then is cooled directly in a gas cooling stage with water being separated off, wherein a synthesis gas is formed which further is supplied to a Fischer-Tropsch synthesis or methanol synthesis stage and is converted there into the products hydrocarbons or methanol, is synthesised into a product (18, 20, 21, 22) and at the same time is cooled down, and is cooled in a product cooling stage with water being separated off, characterised in that water produced within the reprocessing process is used in the gas and product cooling stage together with external water for the cooling of the raw synthesis gas formed and of the synthesis process, in order to evaporate the water in so doing and to split the vaporous water into hydrogen and oxygen in the electrolysis stage.
A resin composition for VaRTM, comprising: a radically curable resin; an unsaturated monomer having a boiling point of 200°C or higher under atmospheric pressure; and a polymerization initiator, wherein the mass ratio / of the radically curable resin to the unsaturated monomer is in the range of 30/70 to 70/30, wherein the resin composition has a viscosity at 25°C in the range of 30 to 2,000 mPa•s, and wherein the unsaturated monomer is phenoxyethyl methacrylate and/or benzyl methacrylate. wherein the mass ratio / of the radically curable resin to the unsaturated monomer is in the range of 30/70 to 70/30, wherein the resin composition has a viscosity at 25°C in the range of 30 to 2,000 mPa•s, and wherein the unsaturated monomer is phenoxyethyl methacrylate and/or benzyl methacrylate.
An electrical fastener assembly (24, 124) for coupling first and second terminals (32, 28), comprising: a fastener coupling the first and second terminals (32, 28) to each other; an electrically conductive, meltable element electrically coupling the first terminal and second terminal prior to melting; and a separator having a portion located between the first and second terminals and maintaining them physically separated; wherein a conductive path is defined by at least the first terminal, second terminal, and meltable element, with the meltable element melting in response to heat along the conductive path to disrupt the conductive path in response to an overheating condition while the separator maintains the first and second terminals physically separated; characterized in that the electrical fastener assembly (24, 124) further comprises a reservoir and the electrically conductive, meltable element is located within the reservoir. a fastener coupling the first and second terminals (32, 28) to each other; an electrically conductive, meltable element electrically coupling the first terminal and second terminal prior to melting; and a separator having a portion located between the first and second terminals and maintaining them physically separated; wherein a conductive path is defined by at least the first terminal, second terminal, and meltable element, with the meltable element melting in response to heat along the conductive path to disrupt the conductive path in response to an overheating condition while the separator maintains the first and second terminals physically separated; characterized in that the electrical fastener assembly (24, 124) further comprises a reservoir and the electrically conductive, meltable element is located within the reservoir.
An electronic fishing appliance comprising: a port for releasably connecting to an ancillary fishing accessory, the ancillary fishing accessory having at least one light-emitting element; a controller configured to control the state of the light emitted by the at least one light-emitting element when the ancillary fishing accessory is connected to the port; wherein the electronic fishing appliance is configured to communicate wirelessly with a remote control and transmit data to the remote control; characterized in that: the electronic fishing appliance is configured to receive data from the connected ancillary fishing accessory, and wherein the electronic fishing appliance is configured to relay data from the connected ancillary fishing accessory to the remote control. a port for releasably connecting to an ancillary fishing accessory, the ancillary fishing accessory having at least one light-emitting element; a controller configured to control the state of the light emitted by the at least one light-emitting element when the ancillary fishing accessory is connected to the port; wherein the electronic fishing appliance is configured to communicate wirelessly with a remote control and transmit data to the remote control; characterized in that: the electronic fishing appliance is configured to receive data from the connected ancillary fishing accessory, and wherein the electronic fishing appliance is configured to relay data from the connected ancillary fishing accessory to the remote control.
A management device comprising: an estimator configured to estimate whether or not mobile station devices each requests a wireless connection at a target time after a current time; and an instructor configured to instruct a control device, configured to control calls of the mobile station devices, to execute a process of causing a first mobile station device to request the wireless connection at a first time before the target time and causing a second mobile station device that is different from the first mobile station device to request the wireless connection at a second time that is before the target time and different from the first time, in a case where the number of mobile station devices that are each estimated to request the wireless connection to the control device at the target time exceeds a predetermined value, and wherein the estimator is configured to estimate whether or not a target mobile station device located in a cell formed by a base station device connected to a first control device serving as the control device requests the wireless connection, based on a history record representing that the target mobile station device has requested the wireless connection to the first control device and a history record representing that the target mobile station device has requested the wireless connection to a second control device configured to control calls of the mobile station devices and different from the first control device. an estimator configured to estimate whether or not mobile station devices each requests a wireless connection at a target time after a current time; and an instructor configured to instruct a control device, configured to control calls of the mobile station devices, to execute a process of causing a first mobile station device to request the wireless connection at a first time before the target time and causing a second mobile station device that is different from the first mobile station device to request the wireless connection at a second time that is before the target time and different from the first time, in a case where the number of mobile station devices that are each estimated to request the wireless connection to the control device at the target time exceeds a predetermined value, and wherein the estimator is configured to estimate whether or not a target mobile station device located in a cell formed by a base station device connected to a first control device serving as the control device requests the wireless connection, based on a history record representing that the target mobile station device has requested the wireless connection to the first control device and a history record representing that the target mobile station device has requested the wireless connection to a second control device configured to control calls of the mobile station devices and different from the first control device.
A display apparatus comprising: a display; a signal receiver including receiver circuitry configured to receive a video signal comprising a plurality of video frames; and at least one processor configured to: divide the video frames into a plurality of sub frames, identify each sub frame as a null frame in response to the sub frame being formed by single color information of a dominant color of the video frame, wherein the dominant color is a single colour which exists in the video frame at above a predetermined threshold percentage, and the sub frame corresponds to the null frame if a percentage of the dominant color of the video frame among the colours of the sub frame is higher than a first threshold; select a rectangle occupying a maximum area among the rectangles formed by only the sub frames corresponding to the null frame; and identify the video frame as the null frame in response to the maximum area occupied by the selected rectangle in the video frame exceeding a second threshold. a display; a signal receiver including receiver circuitry configured to receive a video signal comprising a plurality of video frames; and at least one processor configured to: divide the video frames into a plurality of sub frames, identify each sub frame as a null frame in response to the sub frame being formed by single color information of a dominant color of the video frame, wherein the dominant color is a single colour which exists in the video frame at above a predetermined threshold percentage, and the sub frame corresponds to the null frame if a percentage of the dominant color of the video frame among the colours of the sub frame is higher than a first threshold; select a rectangle occupying a maximum area among the rectangles formed by only the sub frames corresponding to the null frame; and identify the video frame as the null frame in response to the maximum area occupied by the selected rectangle in the video frame exceeding a second threshold. divide the video frames into a plurality of sub frames, identify each sub frame as a null frame in response to the sub frame being formed by single color information of a dominant color of the video frame, wherein the dominant color is a single colour which exists in the video frame at above a predetermined threshold percentage, and the sub frame corresponds to the null frame if a percentage of the dominant color of the video frame among the colours of the sub frame is higher than a first threshold; select a rectangle occupying a maximum area among the rectangles formed by only the sub frames corresponding to the null frame; and identify the video frame as the null frame in response to the maximum area occupied by the selected rectangle in the video frame exceeding a second threshold.
A method of cleaning ware comprising the following steps: contacting the ware with a composition comprising hard water having a total level of calcium and magnesium ions in excess of 100 ppm expressed in units of ppm CaCO 3, a water soluble magnesium salt, and a mixture of a source of alkalinity and a surfactant, wherein the aqueous composition during contacting comprises magnesium ion in a molar amount equal to or in excess over a molar amount of calcium ion; and recovering the ware with an acceptable amount of hard water spotting, wherein an acceptable amount of hard water spotting comprises up to one quarter of the surface containing spots, and wherein the composition has a pH of between 8 and 10. contacting the ware with a composition comprising hard water having a total level of calcium and magnesium ions in excess of 100 ppm expressed in units of ppm CaCO 3, a water soluble magnesium salt, and a mixture of a source of alkalinity and a surfactant, wherein the aqueous composition during contacting comprises magnesium ion in a molar amount equal to or in excess over a molar amount of calcium ion; and recovering the ware with an acceptable amount of hard water spotting, wherein an acceptable amount of hard water spotting comprises up to one quarter of the surface containing spots, and wherein the composition has a pH of between 8 and 10.
Contact assembly for an electromechanical switching device, having a fixedly positioned switching element and a movable switching element which is arranged opposite the latter and which is mounted in a contact carrier above a contact spring, wherein the movable contact element and the contact spring are encompassed in a captive fashion by an elastic element which is embodied in one piece, wherein the elastic element is embodied in a U shape with two limbs (12, 13) which are opposite one another and are connected to one another by a connecting region, wherein the limb ends (19, 20), lying opposite one another, of the elastic element are at a shorter distance from one another than the limb regions (15, 16) which adjoin one another in the connecting region of the U-shaped elastic element, wherein bearing lips (21, 22) which lie opposite one another are arranged at the limb ends (19, 20) of the elastic element for the fixed positioning of the contact spring within the elastic element, and wherein the bearing lips (21, 22) are oriented inwards in the direction of the contact spring in such a way that some of the turns of the first end of the contact spring are plugged onto the bearing lips (21, 22), characterized in that a crossmember in the contact carrier has an elevated portion onto which some of the turns of the second end of the contact spring can be fitted.
A computer implemented method to secure against unauthorized access to resources during application sessions, comprising: monitoring durations of a plurality of application sessions corresponding to a first application of a first host device to generate session duration data; determining a first plurality of security time limits associated with the first application based on the session duration data for the plurality of application sessions; detecting a first application session established between a first client and the first application of the first host device, the first application associated with the first plurality of security time limits that divide security for the first application into security tiers; monitoring a duration of the first application session established between the first client and the first application; executing one or more first security actions against the first application session responsive to the duration of the first application session reaching a security time limit of the first plurality of security time limits; and executing one or more second security actions against the first application session responsive to the duration of the first application session reaching another security time limit of the first plurality of security time limits, wherein one of the first security actions or the second security actions comprise isolating the first application session from other application sessions associated with the first host device, and wherein isolating the first application session comprises moving the first application session to a second host device. monitoring durations of a plurality of application sessions corresponding to a first application of a first host device to generate session duration data; determining a first plurality of security time limits associated with the first application based on the session duration data for the plurality of application sessions; detecting a first application session established between a first client and the first application of the first host device, the first application associated with the first plurality of security time limits that divide security for the first application into security tiers; monitoring a duration of the first application session established between the first client and the first application; executing one or more first security actions against the first application session responsive to the duration of the first application session reaching a security time limit of the first plurality of security time limits; and executing one or more second security actions against the first application session responsive to the duration of the first application session reaching another security time limit of the first plurality of security time limits, wherein one of the first security actions or the second security actions comprise isolating the first application session from other application sessions associated with the first host device, and wherein isolating the first application session comprises moving the first application session to a second host device.
A breath actuated inhaler having a main body for accommodating a medicament reservoir, a canister fire system for moving a canister to release a dose in response to air flow, a cap housing for enclosing the canister fire system and canister within an interior chamber defined by the main body and the cap housing, and in which the main body and the cap housing are formed of plastics material, wherein a lock system is provided for locking the cap housing on the main body, characterized in that said lock system is configured so that a release torque required to overcome the locking provided by the plastics main body and cap housing is more than 1 Nm and lower than 4 Nm. a lock system is provided for locking the cap housing on the main body, characterized in that said lock system is configured so that a release torque required to overcome the locking provided by the plastics main body and cap housing is more than 1 Nm and lower than 4 Nm.
A self-driving safety evaluation method, comprising: obtaining r b and r c, wherein r b is a risk value of a vehicle in a shadow driving mode in a first measurement unit, r c is a risk value of the vehicle in a self-driving mode based on a preset route in the first measurement unit, the shadow driving mode is a self-driving mode of the vehicle that is based on a real-time route, the real-time route is a route predicted based on a location and a movement parameter of the vehicle in a manual driving mode, and the first measurement unit is a time period or a distance; determining R B based on r b, wherein R B is a risk value of the vehicle in the shadow driving mode in a plurality of measurement units, and the plurality of measurement units comprise the first measurement unit; and determining R C based on r c, wherein R C is a risk value of the vehicle in the self-driving mode based on the preset route in the plurality of measurement units, wherein R B and R C are used to determine whether safety of the vehicle in the self-driving mode meets a requirement. obtaining r b and r c, wherein r b is a risk value of a vehicle in a shadow driving mode in a first measurement unit, r c is a risk value of the vehicle in a self-driving mode based on a preset route in the first measurement unit, the shadow driving mode is a self-driving mode of the vehicle that is based on a real-time route, the real-time route is a route predicted based on a location and a movement parameter of the vehicle in a manual driving mode, and the first measurement unit is a time period or a distance; determining R B based on r b, wherein R B is a risk value of the vehicle in the shadow driving mode in a plurality of measurement units, and the plurality of measurement units comprise the first measurement unit; and determining R C based on r c, wherein R C is a risk value of the vehicle in the self-driving mode based on the preset route in the plurality of measurement units, wherein R B and R C are used to determine whether safety of the vehicle in the self-driving mode meets a requirement.
Bale forming apparatus comprising - an input shaft, - a bale forming device (5, 70, 75, 110, 160, G10, G60, G70, G75, 12.1, 12.2) providing a bale forming chamber, - a feeding device (2, 14, 4, 48), arranged to feed received loose material towards and to inject the loose material into the bale forming chamber to form a bale (B1, B) from the injected loose material - a feeding-side output shaft which is at least temporarily in drive connection with the feeding device (2, 14, 4, 48), - a forming-side output shaft which is at least temporarily in drive connection with a chain wheel, wherein the chain wheel is in chain drive connection with at least one rotatable part (G60, G70, G75) of the bale forming device (5, 70, 75, 110, 160, G10, G60, G70, G75, 12.1, 12.2), wherein the input shaft is arranged to rotate - the feeding-side output shaft and - the forming-side output shaft being in drive connection with the chain wheel, characterised in that a free-wheel clutch (7, 8, 29, 20, 21, 22, 23, 24, 56) is provided between the forming-side output shaft and the chain wheel, wherein the free-wheel clutch (7, 8, 29, 20, 21, 22, 23, 24, 56) transfers rotation of the forming-side output shaft in a driving direction (Dr) onto the chain wheel to cause the chain wheel to rotate in a bale forming rotating direction about the shaft rotating axis, and wherein the free-wheel clutch (7, 8, 29, 20, 21, 22, 23, 24, 56) enables a further rotation of the chain wheel in the bale forming rotating direction with respect to the forming-side output shaft. - an input shaft, - a bale forming device (5, 70, 75, 110, 160, G10, G60, G70, G75, 12.1, 12.2) providing a bale forming chamber, - a feeding device (2, 14, 4, 48), arranged to feed received loose material towards and to inject the loose material into the bale forming chamber to form a bale (B1, B) from the injected loose material - a feeding-side output shaft which is at least temporarily in drive connection with the feeding device (2, 14, 4, 48), - a forming-side output shaft which is at least temporarily in drive connection with a chain wheel, wherein the chain wheel is in chain drive connection with at least one rotatable part (G60, G70, G75) of the bale forming device (5, 70, 75, 110, 160, G10, G60, G70, G75, 12.1, 12.2), - the feeding-side output shaft and - the forming-side output shaft being in drive connection with the chain wheel,
A ventilation device equipped with a housing, a heat exchanger installed in the middle of the inside of the housing, an indoor air exhaust port and an outdoor air suction port formed at one side of the housing based on the heat exchanger, an indoor air suction port and an outdoor air supply port formed at another side of the housing, an exhaust fan installed at one side of the interior of the housing for exhausting indoor air through the indoor air exhaust port to outside, a supply fan installed at another side of the interior of the housing for sucking outdoor air from outside and sending the outdoor air to the outdoor air supply port, and a brushless DC (BLDC) motor for driving the exhaust fan and the supply fan, the ventilation device characterized by comprising: a motorized damper installed at each of the indoor air exhaust port and the outdoor air suction port for adjusting the amount of indoor air exhausted by the exhaust fan and the amount of outdoor air sucked by the supply fan; an RPM sensor embedded in the BLDC motor to measure revolutions per minute; and a microprocessor configured to receive a signal regarding the RPM of the BLDC motor measured by the RPM sensor and adjust an opening ratio of the motorized damper. a motorized damper installed at each of the indoor air exhaust port and the outdoor air suction port for adjusting the amount of indoor air exhausted by the exhaust fan and the amount of outdoor air sucked by the supply fan; an RPM sensor embedded in the BLDC motor to measure revolutions per minute; and a microprocessor configured to receive a signal regarding the RPM of the BLDC motor measured by the RPM sensor and adjust an opening ratio of the motorized damper.