mhurhangee/ep-ind-claims huggingface dataset:
Filter device having a filter housing in which is disposed a filter basket having passage holes, - wherein a filter inlet of the filter housing opens into an interior of the filter basket, and a filter outlet of the filter housing leads away from an outside of the filter basket, wherein the filter basket has a discharge opening which opens into a discharge opening of the filter housing, wherein the interior of the filter basket, by way of these discharge openings (13, 24), is fluidically connected to a discharge line, wherein a discharge shut-off unit is disposed in the discharge line in such a way that a fluid is able to be discharged from the interior of the filter basket by way of the discharge line by activating the discharge shut-off unit, characterized in that - the filter basket is aligned so as to be geodetically horizontal and in a region, disposed geodetically at the bottom, does not have any passage holes; and/or - the discharge opening of the filter basket is a hole in a circumferential wall of the filter basket. - wherein a filter inlet of the filter housing opens into an interior of the filter basket, and a filter outlet of the filter housing leads away from an outside of the filter basket, wherein the filter basket has a discharge opening which opens into a discharge opening of the filter housing, wherein the interior of the filter basket, by way of these discharge openings (13, 24), is fluidically connected to a discharge line, wherein a discharge shut-off unit is disposed in the discharge line in such a way that a fluid is able to be discharged from the interior of the filter basket by way of the discharge line by activating the discharge shut-off unit, characterized in that - the filter basket is aligned so as to be geodetically horizontal and in a region, disposed geodetically at the bottom, does not have any passage holes; and/or - the discharge opening of the filter basket is a hole in a circumferential wall of the filter basket. - the filter basket is aligned so as to be geodetically horizontal and in a region, disposed geodetically at the bottom, does not have any passage holes; and/or - the discharge opening of the filter basket is a hole in a circumferential wall of the filter basket.
Method for detecting and quantifying charged molecules included in a fluid, said method comprising steps of: - placing in the fluid a nanosensor comprising a functionalized radio grafted track-etched membrane (FRTEM) which contains polymer nanopores; a first electrode arranged on a first side of the functionalized radio grafted track-etched membrane (FRTEM), and a second electrode arranged on a second side of the functionalized radio grafted track-etched membrane (FRTEM), - capturing charged molecules of the fluid inside the polymer nanopores, and - applying an in situ stripping voltammetry analysis by using: - said first electrode as working electrode, - said second electrode as counter electrode, and - a reference electrode arranged in the fluid. - placing in the fluid a nanosensor comprising a functionalized radio grafted track-etched membrane (FRTEM) which contains polymer nanopores; a first electrode arranged on a first side of the functionalized radio grafted track-etched membrane (FRTEM), and a second electrode arranged on a second side of the functionalized radio grafted track-etched membrane (FRTEM), - capturing charged molecules of the fluid inside the polymer nanopores, and - applying an in situ stripping voltammetry analysis by using: - said first electrode as working electrode, - said second electrode as counter electrode, and - a reference electrode arranged in the fluid. - said first electrode as working electrode, - said second electrode as counter electrode, and - a reference electrode arranged in the fluid.
An apparatus comprising: a sensor configured to be located in an interior of a fuel tank and generate information about a fuel level in the interior of the fuel tank and about moisture in the fuel tank; wherein the sensor is a capacitive sensor comprising first structure and second structure that are positioned relative to each other such that a charge can occur between first structure and second structure, a difference in capacitance between first structure and second structure being used to generate information about fuel level and electrical conductivity between first structure and second structure being used to detect the presence of moisture; and a wireless unit electrically connected to the sensor, wherein the wireless unit is configured to receive the information from the sensor and transmit the information using wireless signals, characterized in that: the sensor and the wireless unit form a fuel sensor unit, said fuel sensor unit being configured to be located in the interior of the fuel tank and further including a structure; and the wireless unit is located within an interior of the structure, wherein the structure is encased in an epoxy coating. a sensor configured to be located in an interior of a fuel tank and generate information about a fuel level in the interior of the fuel tank and about moisture in the fuel tank; wherein the sensor is a capacitive sensor comprising first structure and second structure that are positioned relative to each other such that a charge can occur between first structure and second structure, a difference in capacitance between first structure and second structure being used to generate information about fuel level and electrical conductivity between first structure and second structure being used to detect the presence of moisture; and a wireless unit electrically connected to the sensor, wherein the wireless unit is configured to receive the information from the sensor and transmit the information using wireless signals, characterized in that: the sensor and the wireless unit form a fuel sensor unit, said fuel sensor unit being configured to be located in the interior of the fuel tank and further including a structure; and the wireless unit is located within an interior of the structure, wherein the structure is encased in an epoxy coating. the sensor and the wireless unit form a fuel sensor unit, said fuel sensor unit being configured to be located in the interior of the fuel tank and further including a structure; and the wireless unit is located within an interior of the structure, wherein the structure is encased in an epoxy coating.
A laser cutting method for cutting out a processed part from a sheet-shaped workpiece, the method comprising: (a) preliminarily laser-cutting a cut slit along an outline of the processed part to be cut out from the workpiece such that only one of both ends of the cut slit is positioned on the outline of the processed part to be cut out; (b) carrying out a laser cutting process along the outline of the processed part to cut out the processed part, such that a pressing protrusion is formed longwise along the outline between the cut slit and the outline of the processed part, the pressing protrusion including a free end that presses the peripheral surface of the processed part, wherein the pressing protrusion is curved due to the laser cutting process along the outline of the processed part and then presses a peripheral surface of the processed part. (a) preliminarily laser-cutting a cut slit along an outline of the processed part to be cut out from the workpiece such that only one of both ends of the cut slit is positioned on the outline of the processed part to be cut out; (b) carrying out a laser cutting process along the outline of the processed part to cut out the processed part, such that a pressing protrusion is formed longwise along the outline between the cut slit and the outline of the processed part, the pressing protrusion including a free end that presses the peripheral surface of the processed part,
A cooling fan array for motivating cooling fluid through an interior chamber of an electronics chassis generally along a flow direction, said array comprising: a frame having a cooling fluid entrance and a cooling fluid exit in fluid communication with the interior chamber, with at least one of said frame entrance and exit directing the cooling fluid flow along a direction parallel with said flow direction, and a plurality of modules (18a-18c) individually removable from and replaceable in said frame without operational interruption to others of said modules, each of said modules comprising a centrifugal blower with an impeller driven by a motor and defining an axis of rotation, said blower having an inlet arranged to intake the cooling fluid along a respective intake direction transverse to said flow direction, wherein said blowers are arranged in said frame in one or more sets, with each set including at least two blowers oriented with respective inlets in facing relationship with one another drawing inlet air in opposite directions and with respective axes of rotation being axially aligned with one another, said facing inlets being axially spaced apart by a spacing dimension that is less than 75% of a diameter dimension of said impeller within said set, such that said blowers operate in parallel to motivate the cooling fluid through said cooling fluid entrance. a frame having a cooling fluid entrance and a cooling fluid exit in fluid communication with the interior chamber, with at least one of said frame entrance and exit directing the cooling fluid flow along a direction parallel with said flow direction, and a plurality of modules (18a-18c) individually removable from and replaceable in said frame without operational interruption to others of said modules, each of said modules comprising a centrifugal blower with an impeller driven by a motor and defining an axis of rotation, said blower having an inlet arranged to intake the cooling fluid along a respective intake direction transverse to said flow direction, wherein said blowers are arranged in said frame in one or more sets, with each set including at least two blowers oriented with respective inlets in facing relationship with one another drawing inlet air in opposite directions and with respective axes of rotation being axially aligned with one another, said facing inlets being axially spaced apart by a spacing dimension that is less than 75% of a diameter dimension of said impeller within said set, such that said blowers operate in parallel to motivate the cooling fluid through said cooling fluid entrance.
A printing system, comprising: a printhead that is relatively moveable with respect to a print platform; and an airflow generator assembly to: generate a first cooling airflow towards the printhead responsive to the printhead being in a first inactive region (118; 204-1) on a first side of the print platform, generate a second cooling airflow towards the printhead responsive to the printhead being in a second inactive region (120; 204-2) on a second side of the print platform different from the first side of the print platform, and generate a third cooling airflow towards the printhead responsive to the printhead being in a third inactive region (120; 204-2) on a third side of the print platform different from the first and second sides of the print platform. a printhead that is relatively moveable with respect to a print platform; and an airflow generator assembly to: generate a first cooling airflow towards the printhead responsive to the printhead being in a first inactive region (118; 204-1) on a first side of the print platform, generate a second cooling airflow towards the printhead responsive to the printhead being in a second inactive region (120; 204-2) on a second side of the print platform different from the first side of the print platform, and generate a third cooling airflow towards the printhead responsive to the printhead being in a third inactive region (120; 204-2) on a third side of the print platform different from the first and second sides of the print platform. generate a first cooling airflow towards the printhead responsive to the printhead being in a first inactive region (118; 204-1) on a first side of the print platform, generate a second cooling airflow towards the printhead responsive to the printhead being in a second inactive region (120; 204-2) on a second side of the print platform different from the first side of the print platform, and generate a third cooling airflow towards the printhead responsive to the printhead being in a third inactive region (120; 204-2) on a third side of the print platform different from the first and second sides of the print platform.
A computer-implemented method performed by data processing apparatus comprising one or more computers in data communication, the method comprising: accessing data describing, for a native application, address pairs of first addresses and second addresses, each address pair being a first address and a corresponding second address, each first address being accessible by the native application and from which the native application receives first content, and each second address being an address for a web resource that respectively provides second content for display in a web browser; for each address pair: receiving the first content for the first address, wherein the first content that is received is content for display in the native application to a user; receiving the second content for the second address, wherein the second content that is received is content for display in a web browser to a user; determining, based on a comparison of the first content that the native application displays on a user device to the second content that the web browser displays on the user device, whether the first content and the second content are consistent content; for only each address pair for which the first content and the second content are determined to be consistent content, validating the address pair and storing in a common index validation data comprising the address pair. accessing data describing, for a native application, address pairs of first addresses and second addresses, each address pair being a first address and a corresponding second address, each first address being accessible by the native application and from which the native application receives first content, and each second address being an address for a web resource that respectively provides second content for display in a web browser; for each address pair: receiving the first content for the first address, wherein the first content that is received is content for display in the native application to a user; receiving the second content for the second address, wherein the second content that is received is content for display in a web browser to a user; determining, based on a comparison of the first content that the native application displays on a user device to the second content that the web browser displays on the user device, whether the first content and the second content are consistent content; receiving the first content for the first address, wherein the first content that is received is content for display in the native application to a user; receiving the second content for the second address, wherein the second content that is received is content for display in a web browser to a user; determining, based on a comparison of the first content that the native application displays on a user device to the second content that the web browser displays on the user device, whether the first content and the second content are consistent content; for only each address pair for which the first content and the second content are determined to be consistent content, validating the address pair and storing in a common index validation data comprising the address pair.
A non-transient computer readable medium containing executable instructions, which when executed on a processor: synchronizes a first local clock with a second local clock within a system skew threshold, wherein the first local clock is located at a first gateway and the second local clock is located at a second gateway; marks, based on receiving first request at the first gateway to manipulate a system resource, the first request with the time of reception according to the first local clock, with a granularity at least equal to the system skew threshold; marks, based on receiving a second request at the second gateway to manipulate the system resource, the second request with the time of reception according to the second local clock, with a granularity at least equal to the system skew threshold; evaluates the first request and the second request to determine if they are unambiguously ordered by determining if the first request and the second request are temporally ordered with a granularity greater than the system skew threshold; if the first request and the second request are unambiguously ordered, manipulates the system resource as directed in the later request; and if the first request and the second request are not unambiguously ordered, executes tiebreaker instructions for controlling the system resource; and returns a success or error about manipulating the system resource depending on the outcome of the tiebreaker instructions. synchronizes a first local clock with a second local clock within a system skew threshold, wherein the first local clock is located at a first gateway and the second local clock is located at a second gateway; marks, based on receiving first request at the first gateway to manipulate a system resource, the first request with the time of reception according to the first local clock, with a granularity at least equal to the system skew threshold; marks, based on receiving a second request at the second gateway to manipulate the system resource, the second request with the time of reception according to the second local clock, with a granularity at least equal to the system skew threshold; evaluates the first request and the second request to determine if they are unambiguously ordered by determining if the first request and the second request are temporally ordered with a granularity greater than the system skew threshold; if the first request and the second request are unambiguously ordered, manipulates the system resource as directed in the later request; and if the first request and the second request are not unambiguously ordered, executes tiebreaker instructions for controlling the system resource; and returns a success or error about manipulating the system resource depending on the outcome of the tiebreaker instructions.
A method of improving the number of plant emergences of a sugar beet plant, comprising the steps of: (i) applying an effective amount of a base treatment composition to minimum weight build-up seeds, which are defined as seeds having weight gain of coatings placed on the seed between 30 % and 200 % of uncoated seed original weight, prior to planting, wherein the base treatment composition comprises at least one fungicide that is different from hymexazol; and (ii) applying an effective amount of a second treatment composition to seeds prior to planting, wherein the second treatment composition comprises: (a) a first component comprising a neonicotinoid and a synthetic pyrethroid; and (b) a second component comprising hymexazol, at a rate of at least 20 grams of active ingredient/100,000 seeds. (i) applying an effective amount of a base treatment composition to minimum weight build-up seeds, which are defined as seeds having weight gain of coatings placed on the seed between 30 % and 200 % of uncoated seed original weight, prior to planting, wherein the base treatment composition comprises at least one fungicide that is different from hymexazol; and (ii) applying an effective amount of a second treatment composition to seeds prior to planting, wherein the second treatment composition comprises: (a) a first component comprising a neonicotinoid and a synthetic pyrethroid; and (b) a second component comprising hymexazol, at a rate of at least 20 grams of active ingredient/100,000 seeds. (a) a first component comprising a neonicotinoid and a synthetic pyrethroid; and (b) a second component comprising hymexazol, at a rate of at least 20 grams of active ingredient/100,000 seeds.
Method for performing route planning for a vehicle that comprises an energy store for storing the energy for driving the vehicle, in which - appointment data, which comprise geographical positions of destinations on a route to be planned and associated time data, are transmitted to a computation unit that is coupled to a data memory that stores data pertaining to a route network for the vehicle and data pertaining to the geographical positions of power supply devices, - the computation unit checks whether a route sequence is computable that links the geographical positions of the destinations associated with the appointment data such that the destinations are reached for the associated time data of the appointment data, - if the computation unit cannot be used to compute such a route sequence, it determines adapted appointment data for which such a route sequence is computable, and - the adapted appointment data are output, characterized - in that the check to determine whether the route sequence is computable determines and takes into consideration the forecast remaining amount of energy in the energy store of the vehicle for driving through the route sequence, and - in that the computation unit, on computing the route sequence, optimizes the time that is useable by the user of the vehicle, taking into consideration that the amount of energy in the energy store of the vehicle can be increased by a power supply device during a stationary time for the vehicle during an appointment of the user. - appointment data, which comprise geographical positions of destinations on a route to be planned and associated time data, are transmitted to a computation unit that is coupled to a data memory that stores data pertaining to a route network for the vehicle and data pertaining to the geographical positions of power supply devices, - the computation unit checks whether a route sequence is computable that links the geographical positions of the destinations associated with the appointment data such that the destinations are reached for the associated time data of the appointment data, - if the computation unit cannot be used to compute such a route sequence, it determines adapted appointment data for which such a route sequence is computable, and - the adapted appointment data are output, - in that the check to determine whether the route sequence is computable determines and takes into consideration the forecast remaining amount of energy in the energy store of the vehicle for driving through the route sequence, and - in that the computation unit, on computing the route sequence, optimizes the time that is useable by the user of the vehicle, taking into consideration that the amount of energy in the energy store of the vehicle can be increased by a power supply device during a stationary time for the vehicle during an appointment of the user.
A method for use in a multiple BSSID environment, the method comprising: obtaining by a first wireless device information of a plurality of co-located basic service sets, BSSs, which are co-located with each other; and sending by the first wireless device a fine timing measurement, FTM, frame to a second wireless device, wherein the FTM frame contains the information of the plurality of co-located BSSs. obtaining by a first wireless device information of a plurality of co-located basic service sets, BSSs, which are co-located with each other; and sending by the first wireless device a fine timing measurement, FTM, frame to a second wireless device, wherein the FTM frame contains the information of the plurality of co-located BSSs.