mhurhangee/ep-ind-claims huggingface dataset:
An optoelectronic sensor, in particular a laser scanner, having a light transmitter for transmitting a scanning beam into a monitoring area, a light receiver for generating a reception signal from the remitted scanning beam remitted by objects in the monitoring area, a movable deflection unit for periodically deflecting the scanning beam (26, 32) for scanning the monitoring area in the course of the movement, an evaluation unit configured to detect objects in the monitoring area based on the reception signal, and a transmission optical waveguide (16, 52) for guiding the scanning beam from the light transmitter to the deflection unit and a reception optical waveguide (18, 52) for guiding the remitted scanning beam from the deflection unit to the light receiver, wherein the sensor comprises an optical module having the movable deflection unit and a separate electronic module having the light transmitter and the light receiver as well as the evaluation unit, and wherein the transmission optical waveguide (16, 52) and the reception optical waveguide interconnect the two modules (12, 14), characterized in that a reference optical waveguide (68, 72) guides at least a portion of the transmission light to the light receiver as a reference signal and the evaluation unit is configured for a reference measurement based on the reference signal, in that the entry region of the reference optical waveguide is arranged in the optical module and in that the reference optical waveguide couples into the reception optical waveguide (18, 52).
A method comprising: acquiring, by one or more processing units of a location-based manager of a cloud service provider, a pool of subscriptions from a cloud platform configured to allocate cloud resources to the cloud service provider, where each subscription defines a specific set of cloud resources allocated for use for a defined time period; and a roster of tenants associated with the subscription; assigning, by the location-based manager of the cloud service provider, at least one subscription of the pool of subscriptions for a resource unit of the cloud platform, wherein the at least one subscription is shared by a plurality of tenants configured to request access to the cloud resources from the resource unit; creating, by the location-based manager of the cloud service provider, a logical zone that effectively creates a security boundary between the resource unit and other resource units managed by the location-based manager; and deploying, by the location-based manager of the cloud service provider, the cloud resources associated with the at least one subscription within the logical zone for use by the resource unit on behalf of the plurality of tenants. acquiring, by one or more processing units of a location-based manager of a cloud service provider, a pool of subscriptions from a cloud platform configured to allocate cloud resources to the cloud service provider, where each subscription defines a specific set of cloud resources allocated for use for a defined time period; and a roster of tenants associated with the subscription; assigning, by the location-based manager of the cloud service provider, at least one subscription of the pool of subscriptions for a resource unit of the cloud platform, wherein the at least one subscription is shared by a plurality of tenants configured to request access to the cloud resources from the resource unit; creating, by the location-based manager of the cloud service provider, a logical zone that effectively creates a security boundary between the resource unit and other resource units managed by the location-based manager; and deploying, by the location-based manager of the cloud service provider, the cloud resources associated with the at least one subscription within the logical zone for use by the resource unit on behalf of the plurality of tenants.
A vehicle visor comprising a hollow visor pivot rod, a carrier fitting to the visor pivot rod and a spring mechanism, wherein the spring mechanism is at least partially in the carrier characterized in that the vehicle visor comprises a channel having an open longitudinal side, whereas the carrier slides along the channel, wherein wires pass through the visor pivot rod in an axial direction and exit through the open longitudinal side of the channel.
A polyester base fabric for airbag woven from polyester fiber, the polyester base fabric having a cover factor of 2,000 to 2,600, calculated by the following formula: CF = D 1 1 / 2 × N 1 + D 2 1 / 2 × N 2 where D1 denotes a warp total fineness in dtex, N1 denotes a warp density (number of filaments/2.54 cm), D2 denotes a weft total fineness in dtex, and N2 denotes a weft density (number of filaments/2.54 cm); wherein: an energy absorption amount in a warp direction EW when the polyester base fabric for airbag is elongated up to a stress of 118 N/cm and subsequently relaxed to a stress of 0 N/cm is 1.0 to 3.0 J/cm 2; an energy absorption amount in a weft direction EF when the polyester base fabric for airbag is elongated up to a stress of 118 N/cm and subsequently relaxed to a stress of 0 N/cm is 1.0 to 3.0 J/cm 2; and a ratio (EW/EF) of the energy absorption amount in the warp direction EW to the energy absorption amount in the weft direction EF is 0.5 to 2.0, wherein EW and EF are measured as described in the description; and wherein the polyester base fabric is woven from polyester fibers having a total fineness of 250 to 600 dtex, a single fiber fineness of 2.5 to 7 dtex, a tensile strength of not less than 6.5 cN/dtex and an elongation of 18 to 28%. an energy absorption amount in a warp direction EW when the polyester base fabric for airbag is elongated up to a stress of 118 N/cm and subsequently relaxed to a stress of 0 N/cm is 1.0 to 3.0 J/cm 2; an energy absorption amount in a weft direction EF when the polyester base fabric for airbag is elongated up to a stress of 118 N/cm and subsequently relaxed to a stress of 0 N/cm is 1.0 to 3.0 J/cm 2; and a ratio (EW/EF) of the energy absorption amount in the warp direction EW to the energy absorption amount in the weft direction EF is 0.5 to 2.0, wherein EW and EF are measured as described in the description; and wherein the polyester base fabric is woven from polyester fibers having a total fineness of 250 to 600 dtex, a single fiber fineness of 2.5 to 7 dtex, a tensile strength of not less than 6.5 cN/dtex and an elongation of 18 to 28%.
A method for transmitting a physical layer protocol data unit, PPDU, applied in a wireless local area network and comprising: generating, by a first apparatus, a PPDU, wherein the PPDU comprises a preamble, a data field and a signal extension field; wherein the preamble comprises a signaling, SIG, field, and the SIG field comprises indication information, wherein the signal extension field is located behind a last orthogonal frequency division multiplexing, OFDM, symbol of the data field, wherein the indication information indicates whether a second apparatus needs to subtract 1 from a quantity M1 of OFDM symbols calculated by the second apparatus; where a first value of the indication information indicates to the second apparatus to keep M1 unchanged, and a second value of the indication information indicates to the second apparatus to subtract 1 from M1; sending, by the first apparatus, the PPDU to the second apparatus. generating, by a first apparatus, a PPDU, wherein the PPDU comprises a preamble, a data field and a signal extension field; wherein the preamble comprises a signaling, SIG, field, and the SIG field comprises indication information, wherein the signal extension field is located behind a last orthogonal frequency division multiplexing, OFDM, symbol of the data field, wherein the indication information indicates whether a second apparatus needs to subtract 1 from a quantity M1 of OFDM symbols calculated by the second apparatus; where a first value of the indication information indicates to the second apparatus to keep M1 unchanged, and a second value of the indication information indicates to the second apparatus to subtract 1 from M1; sending, by the first apparatus, the PPDU to the second apparatus.
A thermal processing apparatus, comprising: (a) a thermal processing chamber having an inlet and an outlet; (b) a thermal processing medium supply for supplying thermal processing fluid to the thermal processing chamber; (c) a pervious conveyor configured in at least one spiral stack within the thermal processing chamber, the spiral stack defining a central channel relative to the stack, the conveyor entering the thermal processing chamber via the chamber inlet and exiting the thermal processing chamber via the chamber outlet; and (d) two spaced-apart circulation fans disposed within the central channel of the spiral conveyor stack to direct the flow of the thermal processing medium relative to the conveyor spiral stack. (a) a thermal processing chamber having an inlet and an outlet; (b) a thermal processing medium supply for supplying thermal processing fluid to the thermal processing chamber; (c) a pervious conveyor configured in at least one spiral stack within the thermal processing chamber, the spiral stack defining a central channel relative to the stack, the conveyor entering the thermal processing chamber via the chamber inlet and exiting the thermal processing chamber via the chamber outlet; and (d) two spaced-apart circulation fans disposed within the central channel of the spiral conveyor stack to direct the flow of the thermal processing medium relative to the conveyor spiral stack.
A clothes treating apparatus, comprising: a cabinet having an accommodating space for accommodating clothes to be treated therein; a steam generator to generate steam; a solution storing container in which a functional solution for recovering a function of the clothes to be treated is stored; and a spray unit (210a,210b) provided with a steam spraying portion connected to the steam generator to spray steam therethrough, and a solution spraying portion connected to the solution storing container to spray the functional solution therethrough, wherein the spray unit (210a,210b) is configured in a manner that an outlet of the solution spraying portion is disposed in a negative pressure area formed by the steam sprayed through the steam spraying portion, and the functional solution is sprayed through the outlet of the solution spraying portion by the steam sprayed through the steam spraying portion, characterized in that the spray unit comprises a movable supporting portion (260a, 260b) to support the solution spraying portion such that the solution spraying portion is relatively movable with respect to the steam spraying portion after the movable supporting portion (260a, 260b) is coupled to the steam spraying portion. a cabinet having an accommodating space for accommodating clothes to be treated therein; a steam generator to generate steam; a solution storing container in which a functional solution for recovering a function of the clothes to be treated is stored; and a spray unit (210a,210b) provided with a steam spraying portion connected to the steam generator to spray steam therethrough, and a solution spraying portion connected to the solution storing container to spray the functional solution therethrough, wherein the spray unit (210a,210b) is configured in a manner that an outlet of the solution spraying portion is disposed in a negative pressure area formed by the steam sprayed through the steam spraying portion, and the functional solution is sprayed through the outlet of the solution spraying portion by the steam sprayed through the steam spraying portion,
A method implemented by a receiving end, the method comprising: receiving an identifier of a directory structure file of a file folder from a sending end, the identifier is a hashcode being generated from the directory structure file using a message digest algorithm; determining whether the directory structure file exists in the receiving end based at least in part on the identifier of the directory structure file; if it is determined that the directory structure file does not exist in the receiving end, receiving the directory structure file from the sending end, the directory structure file having one or more properties associated with the file folder; determining one or more files in the file folder that are to be requested from the sending end by comparing the directory structure file with files stored in the receiving end; sending a file acquisition request to the sending end; and receiving the one or more files from the sending end. receiving an identifier of a directory structure file of a file folder from a sending end, the identifier is a hashcode being generated from the directory structure file using a message digest algorithm; determining whether the directory structure file exists in the receiving end based at least in part on the identifier of the directory structure file; if it is determined that the directory structure file does not exist in the receiving end, receiving the directory structure file from the sending end, the directory structure file having one or more properties associated with the file folder; determining one or more files in the file folder that are to be requested from the sending end by comparing the directory structure file with files stored in the receiving end; sending a file acquisition request to the sending end; and receiving the one or more files from the sending end.
Dishwasher of the type comprising washing nozzles and rinsing nozzles, said dishwasher further comprising a washing tank associated with said washing nozzles, such that on the one hand the solution delivered from said washing nozzles is collected in said washing tank and on the other said washing nozzles are supplied by the solution collected in said washing tank; there being provided a net water inlet and a membrane filter; said membrane filter comprising an inlet for a solution to be filtered, a first outlet for a permeate solution filtered by said membrane filter and a second outlet for a concentrated solution of the residue of said membrane filter; said permeate solution being supplied to said rinsing nozzles; characterized in that it comprises a three-way valve upstream of said membrane filter inlet; said three-way valve being supplied along an inlet way by said net water and along another inlet way by a recycle solution already in use in said dishwasher, such that said solution to be filtered delivered along an outlet way of said three-way valve and input to said membrane filter selectively consists of: - said net water only; - said recycle solution only; - a mixture of said net water and said recycle solution. - said net water only; - said recycle solution only; - a mixture of said net water and said recycle solution.
A self-piercing hollow press-in element, in particular a nut element for attachment to a sheet metal part, wherein the press-in element has a flange part of a larger diameter and a shaft part of a smaller diameter, with the shaft part extending away from the flange part and having a circular piercing edge at its end face remote from the flange part, wherein the side of the flange part facing the shaft part forms a sheet metal contact surface in ring shape and features providing security against rotation are provided at the shaft part which extend approximately from the level of the sheet metal contact surface over a part of the length of the shaft part along the latter, characterized in that a ring recess is provided radially within the ring-shaped sheet metal contact surface in the flange part and in that excess material of the shaft part which arises during manufacture of the ribs providing security against rotation is located within the ring recess.
A method for eliminating noise in a magnetic resonance image, the method comprising: obtaining a plurality of magnetic resonance images sequentially within a preset time range for a same part (S 100); determining a new signal intensity value for a first pixel of a given magnetic resonance image among the plurality of the magnetic resonance images based on a weighted average of signal intensity values of the first pixel and second pixels of the given magnetic resonance image, in a surrounding area of the position of the first pixel (r), characterized in that the weights are determined based on decay information relating to a decay in signal intensity values for the first pixel and second pixels according to time, by using the differences in signal intensity values of the first and each second pixel in each image of the plurality of magnetic resonance images (S 102). obtaining a plurality of magnetic resonance images sequentially within a preset time range for a same part (S 100); determining a new signal intensity value for a first pixel of a given magnetic resonance image among the plurality of the magnetic resonance images based on a weighted average of signal intensity values of the first pixel and second pixels of the given magnetic resonance image, in a surrounding area of the position of the first pixel (r), characterized in that the weights are determined based on decay information relating to a decay in signal intensity values for the first pixel and second pixels according to time, by using the differences in signal intensity values of the first and each second pixel in each image of the plurality of magnetic resonance images (S 102).
A gyroscope, comprising: a resonator (102; 204); a transducer (202; 306); and a comparator configured to: receive an input signal from the transducer (202; 306), and compare the input signal with a reference signal to produce an output signal, wherein rising and falling edge transitions of the output signal are substantially synchronized with a motion of the resonator (102; 204) along a sense-axis of the transducer (202; 306), wherein a control signal is defined as a logic HIGH during a portion of a duty-cycle when the output signal is expected to remain constant, and wherein the comparator is configured to be powered off when the control signal is a logic HIGH. a resonator (102; 204); a transducer (202; 306); and a comparator configured to: receive an input signal from the transducer (202; 306), and compare the input signal with a reference signal to produce an output signal, receive an input signal from the transducer (202; 306), and compare the input signal with a reference signal to produce an output signal, wherein rising and falling edge transitions of the output signal are substantially synchronized with a motion of the resonator (102; 204) along a sense-axis of the transducer (202; 306), wherein a control signal is defined as a logic HIGH during a portion of a duty-cycle when the output signal is expected to remain constant, and wherein the comparator is configured to be powered off when the control signal is a logic HIGH.
A pharmaceutical composition deliverable from a metered dose inhaler, comprising: a suspension medium comprising a pharmaceutically acceptable propellant; at least three different species of active agent particles, wherein each of the at least three different species of active agent particles comprises a different active agent, wherein a first species of active agent particles comprises glycopyrrolate including any pharmaceutically acceptable salts, esters, or solvates thereof, a second species of active agent particles comprises formoterol including any pharmaceutically acceptable salts, esters, or solvates thereof, and a third species of active agent particles comprises beclomethasone, budesonide, ciclesonide, flunisolide, fluticasone, methyl-prednisolone, mometasone, prednisone and triamcinolone, including any pharmaceutically acceptable salts, esters, or solvates thereof and at least 50% of the active agent particle material by volume exhibits an optical diameter of 4 μm or less; and one or more species of respirable suspending particles; wherein at least one species of respirable suspending particles comprises perforated phospholipid microstructures; wherein a total mass of the at least one species of suspending particles exceeds a total mass of the at least one species of active agent particles, and the three or more different species of active agent particles co-locate with the respirable suspending particles within the suspension medium to form a co-suspension. a suspension medium comprising a pharmaceutically acceptable propellant; at least three different species of active agent particles, wherein each of the at least three different species of active agent particles comprises a different active agent, wherein a first species of active agent particles comprises glycopyrrolate including any pharmaceutically acceptable salts, esters, or solvates thereof, a second species of active agent particles comprises formoterol including any pharmaceutically acceptable salts, esters, or solvates thereof, and a third species of active agent particles comprises beclomethasone, budesonide, ciclesonide, flunisolide, fluticasone, methyl-prednisolone, mometasone, prednisone and triamcinolone, including any pharmaceutically acceptable salts, esters, or solvates thereof and at least 50% of the active agent particle material by volume exhibits an optical diameter of 4 μm or less; and one or more species of respirable suspending particles; wherein at least one species of respirable suspending particles comprises perforated phospholipid microstructures; wherein a total mass of the at least one species of suspending particles exceeds a total mass of the at least one species of active agent particles, and the three or more different species of active agent particles co-locate with the respirable suspending particles within the suspension medium to form a co-suspension.
A method for manufacturing a grain-oriented silicon steel having excellent magnetic performance, comprising steps as follows: 1) conventionally melting and casting to form a steel blank; 2) heating the steel blank and hot rolling the steel blank to a strip of steel; 3) normalizing process carrying out the normalizing process having two stages, wherein the strip is firstly heated to 1100∼1200 °C, and then cooled to 900∼1000°C in 50∼200s; and next, the strip is rapidly cooled in water having a temperature of 10∼100°C; in this period, a tension force is applied to the strip of steel, the strip of steel in a temperature range of 900°C∼500°C has a stress of 1∼200N/mm 2; 4) cold rolling; carrying out a primary cold rolling, or a double cold rolling with intermediate annealing; 5) carrying out a primary recrystallizing annealing, then coating an annealing separator, whose main composition is MgO to carry out annealing to a final product, which annealing comprises secondary recrystallizing annealing and purifying annealing. 1) conventionally melting and casting to form a steel blank; 2) heating the steel blank and hot rolling the steel blank to a strip of steel; 3) normalizing process carrying out the normalizing process having two stages, wherein the strip is firstly heated to 1100∼1200 °C, and then cooled to 900∼1000°C in 50∼200s; and next, the strip is rapidly cooled in water having a temperature of 10∼100°C; in this period, a tension force is applied to the strip of steel, the strip of steel in a temperature range of 900°C∼500°C has a stress of 1∼200N/mm 2; 4) cold rolling; carrying out a primary cold rolling, or a double cold rolling with intermediate annealing; 5) carrying out a primary recrystallizing annealing, then coating an annealing separator, whose main composition is MgO to carry out annealing to a final product, which annealing comprises secondary recrystallizing annealing and purifying annealing.