mhurhangee/ep-ind-claims huggingface dataset:
Method of operating a bottling plant, comprising at least one phase of running up the bottling plant and one phase of normal operation of the run-up bottling plant, wherein the actual value of at least one parameter characteristic of a proper operating state is measured, such that the at least one parameter is constantly monitored during the operation of the bottling plant, characterized in that in the phase of running up, a deviation (ΔP1, Δt2) of the actual value from a desired value (S, S1) of the parameter, other than that in the phase of normal operation is admitted, and for the phase of running up, a desired value other than that for the phase of normal operation is given, wherein, when the deviation (ΔP1, Δt1) admissible for the phase of running up is exceeded, a not proper operating state is determined in which then production is stopped or products which are not concerned by the not proper operating state are selectively discharged from a regular product stream.
A method of decoding data from a radio signal, the method comprising: applying a matched filter bank (5, 400) to a sampled radio signal to generate correlation-strength data, wherein each filter in the matched filter bank (5, 400) cross-correlates the sampled signal with data representing a respective filter sequence having a common filter length; and using the correlation-strength data to generate a sequence of decoded symbols from the sampled signal wherein the value of each symbol in the sequence of decoded symbols is determined in part based on the value of a respective earlier decoded symbol from the sequence of decoded symbols, wherein determining the value of a symbol in the sequence of decoded symbols comprises: using the correlation-strength data to identify a plurality of matched filter sequences for a common length of the sampled signal, equal to the filter length, wherein each of the identified filter sequences is a respective best-matched filter sequence, from a respective subset of the filter sequences, to said length of the sampled signal; using the value of said respective earlier decoded symbol to select one or more of the identified filter sequences that has the value of said earlier decoded symbol in a symbol position corresponding to a position of said earlier decoded symbol in the sequence of decoded symbols; and using the selected one or more filter sequences for determining the value of the symbol in the sequence of decoded symbols. applying a matched filter bank (5, 400) to a sampled radio signal to generate correlation-strength data, wherein each filter in the matched filter bank (5, 400) cross-correlates the sampled signal with data representing a respective filter sequence having a common filter length; and using the correlation-strength data to generate a sequence of decoded symbols from the sampled signal wherein the value of each symbol in the sequence of decoded symbols is determined in part based on the value of a respective earlier decoded symbol from the sequence of decoded symbols, using the correlation-strength data to identify a plurality of matched filter sequences for a common length of the sampled signal, equal to the filter length, wherein each of the identified filter sequences is a respective best-matched filter sequence, from a respective subset of the filter sequences, to said length of the sampled signal; using the value of said respective earlier decoded symbol to select one or more of the identified filter sequences that has the value of said earlier decoded symbol in a symbol position corresponding to a position of said earlier decoded symbol in the sequence of decoded symbols; and using the selected one or more filter sequences for determining the value of the symbol in the sequence of decoded symbols.
A method of inspecting an optical fiber wound on a spool, comprising: illuminating the wound optical fiber with illumination light from a light source from at least a first illumination direction; capturing, by a digital camera, from at least one detection direction at least one digital image from measurement light detected by the digital camera, wherein measurement light is illumination light that couples into a coating of the wound optical fiber, travels to a back side of the wound optical fiber and exits an outer surface of the coating; wherein the light source and the digital camera face substantially opposite sides of the wound optical fiber; the method further comprising: processing the at least one digital image to detect and characterize the defect of the wound optical fiber based on the measurement light. illuminating the wound optical fiber with illumination light from a light source from at least a first illumination direction; capturing, by a digital camera, from at least one detection direction at least one digital image from measurement light detected by the digital camera, wherein measurement light is illumination light that couples into a coating of the wound optical fiber, travels to a back side of the wound optical fiber and exits an outer surface of the coating; wherein the light source and the digital camera face substantially opposite sides of the wound optical fiber; the method further comprising: processing the at least one digital image to detect and characterize the defect of the wound optical fiber based on the measurement light.
A cryoprobe operable to cool first tissues while simultaneously heating second tissues, characterized in that said cryoprobe comprises a plurality of laterally positioned treatment modules (180, 190) wherein at least one of said plurality of treatment modules (180, 190) is operable to cool said first tissues to cryoablation temperatures and at least one of said plurality of treatment modules (180, 190) is operable to heat said second tissues.
A roping harness comprising: - a sit harness composed of a support belt and a pair of leg loops (15, 16), - a pair of shoulder straps (12, 13) each comprising a chest strap (12a, 13a) extended by a back belt (12b, 13b), - at least one connecting loop (26, 27) designed to be connected to a fall arrest apparatus, - and at least one securing link (24, 25) having a first strap (24a, 25a) unfurlable in the lengthwise direction and composed of two superposed strands (A, B) secured to one another by a safety stitching area ZC which is designed to tear in the event of a fall to separate the two strands (A, B) and to move the connecting loop (26, 27) from a lowered position to a raised position, characterized in that the securing link (24, 25) comprises a second strap (24b, 25b) connecting the sternal attachment (20, 21) to the strap of the corresponding leg loop (15, 16), and that the bottom strand of the first strap (24a, 25a) is attached to the belt and has a shorter length than that of the unfurlable top strand, which is fixed to the sternal attachment (20, 21), such that tearing of the stitching area ZC releases the bottom strand, whereas the top strand moves to the raised position remaining attached to the sternal attachment (20, 21) so as to transfer the reaction of the shock undergone when a fall occurs onto the second strap (24b, 25b) which is connected with the leg loops. - a sit harness composed of a support belt and a pair of leg loops (15, 16), - a pair of shoulder straps (12, 13) each comprising a chest strap (12a, 13a) extended by a back belt (12b, 13b), - at least one connecting loop (26, 27) designed to be connected to a fall arrest apparatus, - and at least one securing link (24, 25) having a first strap (24a, 25a) unfurlable in the lengthwise direction and composed of two superposed strands (A, B) secured to one another by a safety stitching area ZC which is designed to tear in the event of a fall to separate the two strands (A, B) and to move the connecting loop (26, 27) from a lowered position to a raised position,
A mold, or a piece of a mold, for manufacturing castings, comprising an inorganic fiber, a layered clay mineral, and an inorganic particle other than the layered clay mineral, wherein the inorganic particle is present in an amount of 40 to 90 mass%, the inorganic fiber is present in an amount of 1 to 20 mass%, the layered clay mineral is present in an amount of 1 to 50 mass%, wherein the mold, or piece of a mold, for manufacturing castings has an organic content of 5 mass% or lower, and wherein the mold, or piece of a mold, has a mass loss of 5 mass% or lower when heated at 1000°C for 30 minutes in a nitrogen atmosphere, wherein the mass loss evaluation is made using a thermogravimetric instrument. an inorganic fiber, a layered clay mineral, and an inorganic particle other than the layered clay mineral, wherein the inorganic particle is present in an amount of 40 to 90 mass%, the inorganic fiber is present in an amount of 1 to 20 mass%, the layered clay mineral is present in an amount of 1 to 50 mass%, wherein the mold, or piece of a mold, for manufacturing castings has an organic content of 5 mass% or lower, and wherein the mold, or piece of a mold, has a mass loss of 5 mass% or lower when heated at 1000°C for 30 minutes in a nitrogen atmosphere, wherein the mass loss evaluation is made using a thermogravimetric instrument.
A method performed by a device for operating a movable radio base station configured to provide to a plurality of user equipments wireless access to a telecommunications network in a first mode and in a second mode different from the first mode, wherein each of the first mode and the second mode specifies a set of parameter values for operating parameters of the movable radio base station, the method comprising: exchanging with another movable radio base station the parameter values, wherein the operating parameters of the movable radio base station include an altitude of the movable radio base station; and changing the movable radio base station from the first mode to the second mode, wherein changing the mode includes decreasing the altitude of the movable radio base station and triggering one or more neighboring movable radio base stations to increase their altitude. exchanging with another movable radio base station the parameter values, wherein the operating parameters of the movable radio base station include an altitude of the movable radio base station; and changing the movable radio base station from the first mode to the second mode, wherein changing the mode includes decreasing the altitude of the movable radio base station and triggering one or more neighboring movable radio base stations to increase their altitude.
A catalytic cracking process comprising the following steps: i) spraying a heavy feedstock oil into a riser reactor via a first nozzle, and subjecting it to a catalytic cracking reaction therein to obtain a catalytic cracking reaction product; ii) separating the catalytic cracking reaction product to obtain a catalytic cracking gasoline and a catalytic cracking light cycle oil; iii) splitting the catalytic cracking gasoline obtained in step ii) and optionally a catalytic cracking gasoline from an external source to obtain a light gasoline fraction, a medium gasoline fraction and a heavy gasoline fraction; iv) subjecting the catalytic cracking light cycle oil obtained in step ii) and optionally a catalytic cracking light cycle oil from an external source to a hydrotreatment to obtain a hydrogenated light cycle oil; v) mixing a portion of the light gasoline fraction obtained in step iii) with at least a portion of the hydrogenated light cycle oil obtained in step iv) to obtain a mixed fraction; vi) spraying the mixed fraction obtained in step v) into a riser reactor via a second nozzle, and subjecting it to a catalytic cracking reaction therein; and vii) spraying a portion of the medium gasoline fraction obtained in step iii) into a riser reactor via a third nozzle, and subjecting it to a catalytic cracking reaction therein, wherein the cut point between the light gasoline fraction and the medium gasoline fraction is between about 60 and about 80 °C, and the cut point between the medium gasoline fraction and the heavy gasoline fraction is between about 120 and about 130 °C. i) spraying a heavy feedstock oil into a riser reactor via a first nozzle, and subjecting it to a catalytic cracking reaction therein to obtain a catalytic cracking reaction product; ii) separating the catalytic cracking reaction product to obtain a catalytic cracking gasoline and a catalytic cracking light cycle oil; iii) splitting the catalytic cracking gasoline obtained in step ii) and optionally a catalytic cracking gasoline from an external source to obtain a light gasoline fraction, a medium gasoline fraction and a heavy gasoline fraction; iv) subjecting the catalytic cracking light cycle oil obtained in step ii) and optionally a catalytic cracking light cycle oil from an external source to a hydrotreatment to obtain a hydrogenated light cycle oil; v) mixing a portion of the light gasoline fraction obtained in step iii) with at least a portion of the hydrogenated light cycle oil obtained in step iv) to obtain a mixed fraction; vi) spraying the mixed fraction obtained in step v) into a riser reactor via a second nozzle, and subjecting it to a catalytic cracking reaction therein; and vii) spraying a portion of the medium gasoline fraction obtained in step iii) into a riser reactor via a third nozzle, and subjecting it to a catalytic cracking reaction therein,
Shell-and-tube equipment comprising a shell that surrounds a tube bundle, wherein said tube bundle comprises a plurality of tubes, wherein at least one end of each tube is joined to an inlet tube-sheet provided with respective tube-sheet bores for inletting a fluid in the shell-and-tube equipment, wherein the inlet tube-sheet is provided with a first side, which receives the fluid, and with a second side, which is opposite to said first side and on which the tubes are joined, and wherein the inlet tube-sheet is connected to each tube of the tube bundle, on said second side, in such a way that each tube does not extend inside the respective tube-sheet bore, the shell-and-tube equipment wherein the inlet tube-sheet is provided, on at least part of said tube-sheet bores, with respective tubular protection devices for protecting said tube-sheet bores from high local turbulence and erosion due to the fluid flowing into said tube-sheet bores, the shell-and-tube being chcaracterized in that each tubular protection device is made in the form of a butt, or a piece of tube, that extends from said first side of the inlet tube-sheet at a respective tube-sheet bore, and wherein there is no physical contact between the tubular protection devices and the tubes of the shell-and-tube equipment.
A method of cleaning a lint filter in a combination washer/dryer having a tub, a controller, a drum rotatably mounted within the tub, an air conduit having a port fluidly connected to the tub, and a lint filter fluidly coupled to the port and located in the tub, the method comprising: supplying, to the tub, a charge of water sufficient to at least partially immerse the drum while not immersing the lint filter; rotating the drum at a predetermined speed for a predetermined length of time to result in dynamic or turbulent water passing across the filter to dislodge lint from the filter; and draining the water from the laundry treating appliance, characterized in that further comprises determining by the controller whether a previous cycle performed by the combination washer/dryer was a dry cycle, wherein the determining by the controller is completed prior to initiating the supplying the charge of water or rotating the drum, wherein the supplying the charge of water and rotating the drum occurs only if the previous cycle performed was a dry cycle. supplying, to the tub, a charge of water sufficient to at least partially immerse the drum while not immersing the lint filter; rotating the drum at a predetermined speed for a predetermined length of time to result in dynamic or turbulent water passing across the filter to dislodge lint from the filter; and draining the water from the laundry treating appliance, characterized in that further comprises determining by the controller whether a previous cycle performed by the combination washer/dryer was a dry cycle, wherein the determining by the controller is completed prior to initiating the supplying the charge of water or rotating the drum, wherein the supplying the charge of water and rotating the drum occurs only if the previous cycle performed was a dry cycle. characterized in that further comprises determining by the controller whether a previous cycle performed by the combination washer/dryer was a dry cycle, wherein the determining by the controller is completed prior to initiating the supplying the charge of water or rotating the drum, wherein the supplying the charge of water and rotating the drum occurs only if the previous cycle performed was a dry cycle.
A method for detecting an electrical arc in an electrical circuit powered with alternating current according a power supply period, according to which at least one input signal from between a power supply current and a power supply voltage for the electrical circuit is measured, and a warning signal is supplied indicating that electrical arc is occurring when the input signal is constant over at least a part of the power supply period, characterized in that the input signal is digitally sampled when it is measured according to predetermined levels and, in order to identify that the input signal is constant, the frequency at which each level is reached by the input signal is determined over a predetermined time window, the frequency of each level is compared with a predetermined warning threshold, and the warning signal is delivered if the frequency of at least one of the levels is greater than the warning threshold.
A belt-driven escalator comprising: a plurality of escalator steps arranged to travel along an inclined conveyance path; a drive belt (10, 1010) connected to the plurality of escalator steps; and a drive system arranged to drive the drive belt (10, 1010) so as to propel the plurality of escalator steps along the inclined conveyance path; characterised by: a belt support structure (22, 1022) comprising at least one belt wheel (206, 1206) arranged to support the drive belt (10, 1010) so as to support the plurality of escalator steps. a plurality of escalator steps arranged to travel along an inclined conveyance path; a drive belt (10, 1010) connected to the plurality of escalator steps; and a drive system arranged to drive the drive belt (10, 1010) so as to propel the plurality of escalator steps along the inclined conveyance path; characterised by: a belt support structure (22, 1022) comprising at least one belt wheel (206, 1206) arranged to support the drive belt (10, 1010) so as to support the plurality of escalator steps.
Waveguide for radio frequency, RF, signals having a signal frequency, comprising a composite substrate (100; 100a), a first conductor arranged on a first surface of said composite substrate (100; 100a), and a second conductor arranged on a second surface of said composite substrate (100; 100a), wherein said composite substrate (100; 100a) comprises at least three layers (110, 120, 140) of dielectric material, said at least three layers (110, 120, 140) of dielectric material comprising a first layer of dielectric material, a second layer of dielectric material, and at least one further layer of dielectric material, and at least two conductor layers (131, 132) of an electrically conductive material arranged between said first layer and said second layer, wherein the at least one further layer of dielectric material is provided between said at least two conductor layers (131, 132), wherein a layer thickness (h21, h22) of said at least two conductor layers (131, 132) is smaller than about 120 percent of a skin depth of said RF signals within said electrically conductive material of said conductor layers (131, 132), wherein an aggregated conductor layer thickness of said at least two conductor layers (131, 132) is greater than about 2 percent of an aggregated layer thickness of said at least three layers (110, 120, 140) of dielectric material.
Window element for a side door, in particular a rear side door, of a motor vehicle, having at least one frame element comprising a guide and defining, at least in some regions, a first window portal and a further window portal, connecting to said first window portal, a side pane being guidable by means of said frame element along the guide between a position closing the window portal and at least one position releasing the first window portal, at least over regions, said window element having a window web, by means of which a frame part of the frame element is covered, at least in some regions, said frame part spatially separating the first and further window portals (16, 18) from one another, and having a side pane held rigidly on the frame element, the further window portal being covered by means of said side pane, characterised in that the side pane held on the frame element is, at least in some regions, molded in a border area with a first plastic material and a second plastic material, wherein the first plastic material is harder than the second plastic material and that by the first plastic material at least one screw means (48, 52, 64) is formed for providing a screwed connection to the window web and/or to a door carcass of the side door.
A device for actuating brake and accelerator in a vehicle, wherein a brake member and an accelerator member are arranged in an actuation unit, wherein the actuation unit is adjustable from an active driving position into an at least approximately horizontal position in autonomous driving for leg support and the brake member and the accelerator member are deactivated in this position, characterized in that the brake member and the accelerator member are arranged retractable in the actuation unit, wherein the brake member and the accelerator member, in which the actuation unit is in the at least approximately horizontal position, are arranged retractable such that they are at least approximately flush with the surface of the actuation unit. the actuation unit is adjustable from an active driving position into an at least approximately horizontal position in autonomous driving for leg support and the brake member and the accelerator member are deactivated in this position, characterized in that the brake member and the accelerator member are arranged retractable in the actuation unit, wherein the brake member and the accelerator member, in which the actuation unit is in the at least approximately horizontal position, are arranged retractable such that they are at least approximately flush with the surface of the actuation unit.
A method performed by a wireless device operating in a wireless communications network, the method comprising: sending a message to a network node operating in the wireless communications network, the message being a first scheduled message to be sent to the network node in a contention based random access procedure, the message comprising, a one byte header prepended to a payload, the header including a first indicator, the first indicator indicating that the message is of a first type having a fixed size Service Data Unit, SDU as the payload and the header lacking a second indicator of a length of the payload.