mhurhangee/ep-ind-claims huggingface dataset:
A method of automatically re-establishing a GPRS/EDGE connection between a mobile station and a network following a successfully executed network detach request:, the method comprising: in the mobile station: determining if a detach type parameter associated with the network detach request is set to re-attach not required; if the detach type parameter associated with the detach request is set to re-attach not required, and the detach cause parameter associated with the detach request does contain a null value, then monitoring a timeout parameter; and automatically initiating a GPRS/EDGE re-attachment with the network upon expiration of the timeout parameter., the method comprising: in the mobile station: determining if a detach type parameter associated with the network detach request is set to re-attach not required; if the detach type parameter associated with the detach request is set to re-attach not required, and the detach cause parameter associated with the detach request does contain a null value, then monitoring a timeout parameter; and automatically initiating a GPRS/EDGE re-attachment with the network upon expiration of the timeout parameter. in the mobile station: determining if a detach type parameter associated with the network detach request is set to re-attach not required; if the detach type parameter associated with the detach request is set to re-attach not required, and the detach cause parameter associated with the detach request does contain a null value, then monitoring a timeout parameter; and automatically initiating a GPRS/EDGE re-attachment with the network upon expiration of the timeout parameter. determining if a detach type parameter associated with the network detach request is set to re-attach not required; if the detach type parameter associated with the detach request is set to re-attach not required, and the detach cause parameter associated with the detach request does contain a null value, then monitoring a timeout parameter; and automatically initiating a GPRS/EDGE re-attachment with the network upon expiration of the timeout parameter.
A cold and heat exchange system for a cardiac surgical operation with cardiac arrest, comprising: an ice water tank, a first hose, a second hose, two flow-through tubes, a main circulating water sink, and an auxiliary circulating water sink, wherein the main circulating water sink and the auxiliary circulating water sink are respectively provided with one heating device; an overflow orifice is formed respectively on side walls of the main circulating water sink and the auxiliary circulating water sink, and each overflow orifice is connected with the ice water sink through one flow-through tube for overflowing water exceeding a height of the overflow orifice back to the ice water sink; the first hose is provided with a first roller pump and the second hose is provided with a second roller pump, water in the ice water sink is pumped into the main circulating water sink and the auxiliary circulating water sink through the first hose and the second hose respectively; the main circulating water sink is mounted on a first circuit and a second circuit respectively, and a first circuit pump is provided on the first circuit in such a way that water in the first circuit performs cold and heat exchange with blood in an oxygenator; a second circuit pump is provided on the second circuit in such a way that water in the second circuit performs cold and heat exchange with a temperature-variable blanket; the auxiliary circulating water sink is provided on a third circuit and a third circuit pump is provided on the third circuit in such a way that water in the third circuit performs cold and heat exchange with blood in a cardioplegic solution circuit.
An electric power steering apparatus that assist-controls a steering by driving a motor with a current command value calculated based on at least a steering torque, a vibration-damping compensating section that calculates a vibration-damping compensation command value for suppressing a vibration of a handle based on a motor velocity of said motor, wherein said vibration-damping compensating section comprises a first velocity-sensitive table converting before and behind zero of said motor velocity into a trapezoidal-wave type first vibration-damping compensation value and a band pass filter to output second vibration-damping compensation value by BPF-filtering said first vibration-damping compensation value, wherein said current command value is corrected by said vibration-damping compensation command value.
A process for treating a porous dental zirconia mill block with a coloring solution, the process comprising the steps of providing a porous dental zirconia mill block having two opposing surfaces, surface U and surface L, treating the upper surface U of the porous dental zirconia mill block with a first coloring solution A 1, wherein the first coloring solution is provided with a volume V A1, turning the porous dental zirconia mill block around, treating the now upper surface L of the porous dental zirconia mill block with a second coloring solution A 2, wherein the second coloring solution is provided with a volume V A2, wherein the first and second coloring solutions A 1 and A 2 comprise a solvent and coloring ions, wherein first coloring solution A 1 and second coloring solution A 2 can be same or different wherein the volume of at least one of the coloring solutions A 1 or A 2 is applied in portions, wherein the following condition is met: V 0 = ∑ V Ax with x ≥ 2, with V 0 being the overall amount of coloring solutions used to infiltrate the porous dental zirconia mill block. providing a porous dental zirconia mill block having two opposing surfaces, surface U and surface L, treating the upper surface U of the porous dental zirconia mill block with a first coloring solution A 1, wherein the first coloring solution is provided with a volume V A1, turning the porous dental zirconia mill block around, treating the now upper surface L of the porous dental zirconia mill block with a second coloring solution A 2, wherein the second coloring solution is provided with a volume V A2, wherein the first and second coloring solutions A 1 and A 2 comprise a solvent and coloring ions, wherein first coloring solution A 1 and second coloring solution A 2 can be same or different wherein the volume of at least one of the coloring solutions A 1 or A 2 is applied in portions, wherein the following condition is met: V 0 = ∑ V Ax with x ≥ 2, with V 0 being the overall amount of coloring solutions used to infiltrate the porous dental zirconia mill block.
A method for processing tobacco, the method comprising: i) chemical pulping a tobacco input to form a tobacco pulp, wherein chemical pulping the tobacco input comprises: combining the tobacco input with a strong base having a weight from about 5% to about 50% of the weight of the tobacco input, and heating the tobacco input and the strong base with an H-factor from about 500 to about 3,300; and ii) bleaching the tobacco pulp to produce a dissolving grade pulp. i) chemical pulping a tobacco input to form a tobacco pulp, wherein chemical pulping the tobacco input comprises: combining the tobacco input with a strong base having a weight from about 5% to about 50% of the weight of the tobacco input, and heating the tobacco input and the strong base with an H-factor from about 500 to about 3,300; and combining the tobacco input with a strong base having a weight from about 5% to about 50% of the weight of the tobacco input, and heating the tobacco input and the strong base with an H-factor from about 500 to about 3,300; and ii) bleaching the tobacco pulp to produce a dissolving grade pulp.
A system for controlling a working edge on a vehicle to perform a function of the working edge in an automated manner, the system comprising: - a navigation system configured to provide a location of the vehicle in a navigation system coordinate system; - a time-of-flight camera with a fixed field of view configured to obtain one or more images of a target operatively connected to the working edge, wherein each of the one or more images comprise a distance value for each of a plurality of pixels in the image; - a vision system configured to determine location information, in a vision system coordinate system, of the working edge using the captured one or more images by determining a location of the target using the distance values from the plurality of pixels in the one or more images; and - a processor configured to translate the location information from the vision system coordinate system to the navigation system coordinate system and to utilize the location information in the navigation system coordinate system to control the working edge to perform the function. - a navigation system configured to provide a location of the vehicle in a navigation system coordinate system; - a time-of-flight camera with a fixed field of view configured to obtain one or more images of a target operatively connected to the working edge, wherein each of the one or more images comprise a distance value for each of a plurality of pixels in the image; - a vision system configured to determine location information, in a vision system coordinate system, of the working edge using the captured one or more images by determining a location of the target using the distance values from the plurality of pixels in the one or more images; and - a processor configured to translate the location information from the vision system coordinate system to the navigation system coordinate system and to utilize the location information in the navigation system coordinate system to control the working edge to perform the function.
Automatic door system for a building, which comprises in particular a sliding door or a telescopic sliding door, with the following features: - a first movable door wing is provided, which is movable along a first section in the longitudinal direction of the door system, - at least one first drive device is provided, which is operatively connected to the at least one first movable door wing, so that the first movable door wing can be moved along the first section; - a first stationary door wing is provided, which is arranged stationarily, wherein the first movable door wing is movable relative to the first stationary door wing; - the first stationary door wing comprises a pane assembly comprising a front side, a rear side opposite the front side, a top edge, a bottom edge, a first vertical edge, and a second vertical edge opposite the first vertical edge; - a stationary first protective wing is provided; - the first protective wing extends parallel to but spaced from the first stationary door wing, wherein a free space is formed between the first protective wing and the first stationary door wing, into which the first movable door wing is movable in an open position; - at least one sealing element is provided and arranged in such a way that at least one gap between the first protective wing and the first movable door wing is sealed. - a first movable door wing is provided, which is movable along a first section in the longitudinal direction of the door system, - at least one first drive device is provided, which is operatively connected to the at least one first movable door wing, so that the first movable door wing can be moved along the first section; - a first stationary door wing is provided, which is arranged stationarily, wherein the first movable door wing is movable relative to the first stationary door wing; - the first stationary door wing comprises a pane assembly comprising a front side, a rear side opposite the front side, a top edge, a bottom edge, a first vertical edge, and a second vertical edge opposite the first vertical edge; - a stationary first protective wing is provided; - the first protective wing extends parallel to but spaced from the first stationary door wing, wherein a free space is formed between the first protective wing and the first stationary door wing, into which the first movable door wing is movable in an open position; - at least one sealing element is provided and arranged in such a way that at least one gap between the first protective wing and the first movable door wing is sealed.
A piston of an air compressor comprising at least one fixing bolt, configured to fix a plane of a top of a head of the piston in at least one air stop sheet; characterized in that: a respective one of the at least one air stop sheet includes at least one bending section and at least one acting zone opposite to the at least one bending section and configured to cover at least one air orifice, and a back surface of the at least one acting zone of the respective one air stop sheet turns on relative to the plane of the top of the head at an open angle θ, thus producing an air flowing space; a pressure of a cylinder balances with atmosphere, and the piston is not stopped by a back-pressure resistance to move smoothly in upward and downward moving strokes after the air stop sheet moves again, further characterized in that the bending section of the respective one air stop sheet has at least one collapsible guide line. a respective one of the at least one air stop sheet includes at least one bending section and at least one acting zone opposite to the at least one bending section and configured to cover at least one air orifice, and a back surface of the at least one acting zone of the respective one air stop sheet turns on relative to the plane of the top of the head at an open angle θ, thus producing an air flowing space; a pressure of a cylinder balances with atmosphere, and the piston is not stopped by a back-pressure resistance to move smoothly in upward and downward moving strokes after the air stop sheet moves again, further characterized in that the bending section of the respective one air stop sheet has at least one collapsible guide line.
A process for hydration of non-hydratable phospholipids in a vegetable oil comprising: a) mixing an acid and the vegetable oil to form an emulsion; b) mixing a base with the emulsion to obtain a pretreated mixture, the pretreated mixture having droplets containing acid and droplets containing base; c) compressing pretreated mixture to reduce the volume of the droplets containing acid and the droplets containing base, thereby forming a compressed mixture; d) decompressing the compressed mixture, said decompressing step carried out in the range of 1 x 10 5 MPa per second to 3 x 10 6 MPa per second, causing the droplets containing acid and the droplets containing base to burst into smaller droplets. a) mixing an acid and the vegetable oil to form an emulsion; b) mixing a base with the emulsion to obtain a pretreated mixture, the pretreated mixture having droplets containing acid and droplets containing base; c) compressing pretreated mixture to reduce the volume of the droplets containing acid and the droplets containing base, thereby forming a compressed mixture; d) decompressing the compressed mixture, said decompressing step carried out in the range of 1 x 10 5 MPa per second to 3 x 10 6 MPa per second, causing the droplets containing acid and the droplets containing base to burst into smaller droplets.
A method for the implementation of a cell load balancing mechanism for wireless networks without any exchange of cell load indicators between a plurality of network cells, comprising: at least one wireless user equipment, UE, connected through a wireless network to a serving base station; and a plurality of network cells, each one comprising a base station, characterized in that said at least one wireless UE performs following actions: estimating the cell loads of the serving base station and of the plurality of network cells by analysing a downlink air interface load; providing to said wireless network, information about the actual cell load estimation of said plurality of cells, and performing a network cell selection based on said estimated cell loads. at least one wireless user equipment, UE, connected through a wireless network to a serving base station; and a plurality of network cells, each one comprising a base station, estimating the cell loads of the serving base station and of the plurality of network cells by analysing a downlink air interface load; providing to said wireless network, information about the actual cell load estimation of said plurality of cells, and performing a network cell selection based on said estimated cell loads.
A multi-layer sliding bearing comprising a sliding layer having a surface for contacting a component to be borne, wherein the sliding layer is made from a tin-based alloy with tin as the main alloying element, characterized in that the sliding layer has, at least in some sections, an oxidic sub-layer on the surface, in which sub-layer the proportion of tin oxide or tin oxides is at least 70 wt.%.
A sensor package, comprising a sensor chip having both a top surface and a bottom surface, wherein the sensor chip comprises a sensitive element that is arranged on or in said top surface, or on or in said bottom surface, so as to be exposed to an environment of the sensor package, the sensitive element being sensitive to an environmental measurand, a unit (3, 73) consisting of either the sensor chip or both the sensor chip and a die pad supporting the sensor chip, the unit having a top surface (ts), a bottom surface (bs), and side faces connecting the top surface (ts) of the unit with the bottom surface (bs) of the unit, contact pads for electrically contacting the sensor package, wherein each of the contact pads faces a side face of said side faces of the unit, is at least partly exposed to the environment, so as to be accessible from the outside of the sensor package, and has a top surface and a bottom surface, the top surfaces of the contact pads all extending in a first plane and the bottom surfaces of the contact pads all extending in a second plane that is parallel to the first plane, electrical connections between the sensor chip and the contact pads, and a molding compound at least partially enclosing the sensor chip and the contact pads, wherein, the unit (3, 73) is arranged in the sensor package with respect to the contact pads such that the top surface (ts) of the unit (3, 73) does not protrude from a level defined by said first plane and the bottom surface (bs) of the unit (3, 73) does not protrude from a level defined by said second plane, whereby a height (h un) of the unit, as measured along a direction z, is limited by the levels defined by said first plane and said second plane, the direction z being orthogonal to each of said first plane and said second plane, as well as each of the top surface and the bottom surface (bs) of each of the contact pads and the unit (3, 73).
A method for purifying exhaust air comprising a first circulation with the following steps: scrubbing the exhaust air with a water-based scrubbing liquid; separating the exhaust air and the scrubbing liquid; removing solids from the scrubbing liquid; and recirculating the scrubbing liquid for scrubbing the exhaust air, wherein at least a substream of the scrubbing liquid is withdrawn from the first circulation and fed to a second circulation, wherein organic substances are removed from the scrubbing liquid in the second circulation, and the scrubbing liquid is at least partially recirculated to the first circulation after removal of the organic substances, characterized in that the second circulation comprises at least the following steps: feeding the scrubbing liquid to a desorber; removing organic substances from the scrubbing liquid in the desorber by a stripping gas, which is carried in co-current or countercurrent with the scrubbing liquid, wherein the stripping gas is loaded with the organic substances. scrubbing the exhaust air with a water-based scrubbing liquid; separating the exhaust air and the scrubbing liquid; removing solids from the scrubbing liquid; and recirculating the scrubbing liquid for scrubbing the exhaust air, wherein at least a substream of the scrubbing liquid is withdrawn from the first circulation and fed to a second circulation, wherein organic substances are removed from the scrubbing liquid in the second circulation, and the scrubbing liquid is at least partially recirculated to the first circulation after removal of the organic substances, characterized in that the second circulation comprises at least the following steps: feeding the scrubbing liquid to a desorber; removing organic substances from the scrubbing liquid in the desorber by a stripping gas, which is carried in co-current or countercurrent with the scrubbing liquid, wherein the stripping gas is loaded with the organic substances. feeding the scrubbing liquid to a desorber; removing organic substances from the scrubbing liquid in the desorber by a stripping gas, which is carried in co-current or countercurrent with the scrubbing liquid, wherein the stripping gas is loaded with the organic substances.
A metering device for an agricultural planter, comprising: a metering chamber having a first input discharge area; a metering disc rotatable within said metering chamber and having a plurality of first input pockets disposed at mutually spaced locations about the periphery of an inner side of said metering disc for carrying seeds on said metering disc as it rotates within said metering chamber, said metering disc being so disposed that said first input pockets move successively in proximity to said discharge area during rotation of said metering disc; a source of pressurised air in communication with an opening in the metering chamber, the pressurised air serving to hold first inputs in each input pocket; a cutoff shelf to exclude most of the air from passing between an outwardly extending surface of said cutoff shelf and the inner side of said metering disc; and an air passage extending through the cutoff shelf to direct the pressurised air across each of said first input pockets in succession to assist in releasing first inputs from said first input pockets to said discharge area. a metering chamber having a first input discharge area; a metering disc rotatable within said metering chamber and having a plurality of first input pockets disposed at mutually spaced locations about the periphery of an inner side of said metering disc for carrying seeds on said metering disc as it rotates within said metering chamber, said metering disc being so disposed that said first input pockets move successively in proximity to said discharge area during rotation of said metering disc; a source of pressurised air in communication with an opening in the metering chamber, the pressurised air serving to hold first inputs in each input pocket; a cutoff shelf to exclude most of the air from passing between an outwardly extending surface of said cutoff shelf and the inner side of said metering disc; and an air passage extending through the cutoff shelf to direct the pressurised air across each of said first input pockets in succession to assist in releasing first inputs from said first input pockets to said discharge area.