mhurhangee/ep-ind-claims huggingface dataset:
A heat plate unit for fabricating a double-faced corrugated fiberboard included in a double facer that fabricates a double-faced corrugated fiberboards by gluing a single-faced corrugated fiberboard in a swath form and a linerboard together, the heat plate, being horizontally disposed and having a top surface on which the single-faced corrugated fiberboard in a swath form and the linerboard overlapping and being glued together travels, comprising: a rib, disposed on a bottom surface of a heat plate, extending in a width direction of the heat plate, being coupled to the heat plate to form an integrated body, and being capable of thermal expansion; and temperature controlling means that controls a temperature of the rib, characterized in that the temperature controlling means controls a temperature of the heat plate independently of the temperature of the rib, the temperature controlling means is connected to a database (60A; 60B; 60C; 60D) that stores material condition and production condition of the double-faced corrugated fiberboard and optimum target temperatures of the heat plate and the rib that inhibit warp of the double-faced corrugated fiberboard in association with each other, and the temperature controlling means comprises target temperature setting means that, upon input of the material condition and the production condition, sets the target temperatures with reference to the association stored in the database (60A; 60B; 60C; 60D), and temperature adjusting means that adjusts the temperatures of the heat plate and the rib on the basis of the target temperatures set by the target temperature setting means. a rib, disposed on a bottom surface of a heat plate, extending in a width direction of the heat plate, being coupled to the heat plate to form an integrated body, and being capable of thermal expansion; and temperature controlling means that controls a temperature of the rib, characterized in that target temperature setting means that, upon input of the material condition and the production condition, sets the target temperatures with reference to the association stored in the database (60A; 60B; 60C; 60D), and temperature adjusting means that adjusts the temperatures of the heat plate and the rib on the basis of the target temperatures set by the target temperature setting means.
An asynchronous switch mode power supply comprising: a subtractor for subtracting an output of the switch mode power supply from a reference signal a filter for filtering the subtracted output; a quantiser for generating a plurality of quantiser outputs in dependence on the integrated subtracted output; and a power switch stage for connecting one of a plurality of supply voltages to the output of the switch mode power supply in dependence on the quantiser outputs. a subtractor for subtracting an output of the switch mode power supply from a reference signal a filter for filtering the subtracted output; a quantiser for generating a plurality of quantiser outputs in dependence on the integrated subtracted output; and a power switch stage for connecting one of a plurality of supply voltages to the output of the switch mode power supply in dependence on the quantiser outputs.
A mobile terminal communicable with a plurality of base stations, wherein the mobile terminal comprises: a narrowing-down means (11; S1-S5) for narrowing down candidate positions of the mobile terminal estimated from signals received from the plurality of base stations, based on missing data of the signals received from a certain base station; and an estimating means (11; S6, S7) for estimating a position of the mobile terminal from the narrowed down candidate positions, based on an observation probability of intensities of the signals received, wherein the narrowing-down means includes: a first computing means for computing a first stage observation probability based on an observation probability and a missing probability of the plurality of base stations; and a second computing means (S4, S5) for computing a second stage observation probability with respect to candidate positions having a first stage observation probability higher than a predetermined value, based on the observation probability of the intensities of the signals received and the missing probability of the plurality of base stations, and for narrowing down a candidate location list to a location having a second stage observation probability greater than or equal to a certain value. a narrowing-down means (11; S1-S5) for narrowing down candidate positions of the mobile terminal estimated from signals received from the plurality of base stations, based on missing data of the signals received from a certain base station; and an estimating means (11; S6, S7) for estimating a position of the mobile terminal from the narrowed down candidate positions, based on an observation probability of intensities of the signals received, wherein the narrowing-down means includes: a first computing means for computing a first stage observation probability based on an observation probability and a missing probability of the plurality of base stations; and a second computing means (S4, S5) for computing a second stage observation probability with respect to candidate positions having a first stage observation probability higher than a predetermined value, based on the observation probability of the intensities of the signals received and the missing probability of the plurality of base stations, and for narrowing down a candidate location list to a location having a second stage observation probability greater than or equal to a certain value. a first computing means for computing a first stage observation probability based on an observation probability and a missing probability of the plurality of base stations; and a second computing means (S4, S5) for computing a second stage observation probability with respect to candidate positions having a first stage observation probability higher than a predetermined value, based on the observation probability of the intensities of the signals received and the missing probability of the plurality of base stations, and for narrowing down a candidate location list to a location having a second stage observation probability greater than or equal to a certain value.
An antireflection member (100, 200) comprising a low refractive index layer on a transparent substrate, wherein the low refractive index layer comprises a binder resin and silica particles (132, 134), characterized in that a ratio of Si element attributed to the silica particles (132, 134), obtained by analysis of a surface region of the low refractive index layer by X-ray photoelectron spectroscopy, is 10.0 atomic percent or more and 18.0 atomic percent or less and a ratio of C element under the assumption that the ratio of Si element is defined to be 100 atomic percent is 180 atomic percent or more and 400 atomic percent or less. the low refractive index layer comprises a binder resin and silica particles (132, 134), characterized in that a ratio of Si element attributed to the silica particles (132, 134), obtained by analysis of a surface region of the low refractive index layer by X-ray photoelectron spectroscopy, is 10.0 atomic percent or more and 18.0 atomic percent or less and a ratio of C element under the assumption that the ratio of Si element is defined to be 100 atomic percent is 180 atomic percent or more and 400 atomic percent or less.
Method for starting an aircraft turboshaft engine, said turboshaft engine comprising a combustion chamber, a compressor shaft on which a compressor wheel is mounted to feed compressed air to said combustion chamber, at least one starter connected to said shaft so as to provide it with a specified starting torque for driving it in rotation, said method comprising: - a step of accelerating the compressor shaft during a first start-up phase, then - a step of stabilising the rotational speed of the compressor shaft during a second start-up phase so as to allow fuel to be injected into the combustion chamber and to allow the fuel to be ignited, the rotational speed of the shaft being regulated during the acceleration step and the stabilisation step such that the acceleration of the shaft remains substantially constant, the method being characterised in that, during the acceleration step, it comprises: - a step of obtaining an acceleration value over an interval of time, - a step of calculating the difference between the obtained acceleration value and a reference acceleration value, - a step of comparing the calculated difference with a predetermined threshold, - a step of determining a speed or torque reference from the calculated difference if said threshold is exceeded. - a step of accelerating the compressor shaft during a first start-up phase, then - a step of stabilising the rotational speed of the compressor shaft during a second start-up phase so as to allow fuel to be injected into the combustion chamber and to allow the fuel to be ignited, - a step of obtaining an acceleration value over an interval of time, - a step of calculating the difference between the obtained acceleration value and a reference acceleration value, - a step of comparing the calculated difference with a predetermined threshold, - a step of determining a speed or torque reference from the calculated difference if said threshold is exceeded.
A method for producing a hydrogenated nitrile rubber having an iodine value of 120 or less, the method comprising: a first coagulation step of adding a halogen atom-free metal salt as a coagulant to a nitrile rubber latex to form a nitrile rubber coagulum; a solution preparation step of dissolving the nitrile rubber coagulum in an organic solvent to prepare a nitrile rubber solution; a hydrogenation step of subjecting the nitrile rubber solution to a hydrogenation reaction to afford a hydrogenated nitrile rubber solution; and a second coagulation step of adding a divalent metal salt as a coagulant to the hydrogenated nitrile rubber solution to form a hydrogenated nitrile rubber coagulum. a first coagulation step of adding a halogen atom-free metal salt as a coagulant to a nitrile rubber latex to form a nitrile rubber coagulum; a solution preparation step of dissolving the nitrile rubber coagulum in an organic solvent to prepare a nitrile rubber solution; a hydrogenation step of subjecting the nitrile rubber solution to a hydrogenation reaction to afford a hydrogenated nitrile rubber solution; and a second coagulation step of adding a divalent metal salt as a coagulant to the hydrogenated nitrile rubber solution to form a hydrogenated nitrile rubber coagulum.
A computer-implemented method comprising: receiving a digital well plan comprising trajectory data for a well to be drilled, bottom hole assembly data for equipment to be used to drill the well and operational parameters associated with a drilling operation; issuing drilling instructions to a bottom hole assembly for drilling a well based on the digital well plan; acquiring data during drilling of the well, the data including trajectory data, bottom hole assembly data and operational parameters associated with the drilling operation; comparing the data acquired during drilling of the well with data of the digital well plan to identify one or more deviations of the acquired data from the data of the digital well plan; analyzing the one or more deviations of the acquired data from the data of the digital well plan; outputting results based on the analysis, the results indicating if a deviation is likely to have a beneficial or detrimental outcome on the drilling operation; controlling the drilling operation or adjusting the digital well plan based on the results. receiving a digital well plan comprising trajectory data for a well to be drilled, bottom hole assembly data for equipment to be used to drill the well and operational parameters associated with a drilling operation; issuing drilling instructions to a bottom hole assembly for drilling a well based on the digital well plan; acquiring data during drilling of the well, the data including trajectory data, bottom hole assembly data and operational parameters associated with the drilling operation; comparing the data acquired during drilling of the well with data of the digital well plan to identify one or more deviations of the acquired data from the data of the digital well plan; analyzing the one or more deviations of the acquired data from the data of the digital well plan; outputting results based on the analysis, the results indicating if a deviation is likely to have a beneficial or detrimental outcome on the drilling operation; controlling the drilling operation or adjusting the digital well plan based on the results.
A modular processing system, comprising: a common transfer chamber body defining a transfer volume; a first vertical chamber body defining a first processing volume and positioned on the common transfer chamber body, wherein the transfer volume is in fluid communication with the first processing volume; a second vertical chamber body defining a second processing volume and positioned on the common transfer chamber body, wherein the transfer volume is in fluid communication with the second processing volume; and a reel-to-reel system operable to transport a continuous flexible substrate having an electrode structure (140, 170) formed thereon, wherein the continuous flexible substrate extends from the transfer volume, through the first processing volume, returning to the transfer volume, through the second processing volume, and returning to the transfer volume; the modular processing system further comprising a first deposition unit installed in the first processing volume and positioned vertically to be parallel to a movement direction of the continuous flexible substrate; a second deposition unit installed in the first processing volume opposite the first deposition unit and disposed vertically to be parallel to a movement direction of the continuous flexible substrate; and a cooling plate positioned in between the first deposition unit and the second deposition unit; or a third deposition unit positioned in between the first deposition unit and the second deposition unit. a common transfer chamber body defining a transfer volume; a first vertical chamber body defining a first processing volume and positioned on the common transfer chamber body, wherein the transfer volume is in fluid communication with the first processing volume; a second vertical chamber body defining a second processing volume and positioned on the common transfer chamber body, wherein the transfer volume is in fluid communication with the second processing volume; and a reel-to-reel system operable to transport a continuous flexible substrate having an electrode structure (140, 170) formed thereon, wherein the continuous flexible substrate extends from the transfer volume, through the first processing volume, returning to the transfer volume, through the second processing volume, and returning to the transfer volume; the modular processing system further comprising a first deposition unit installed in the first processing volume and positioned vertically to be parallel to a movement direction of the continuous flexible substrate; a second deposition unit installed in the first processing volume opposite the first deposition unit and disposed vertically to be parallel to a movement direction of the continuous flexible substrate; and a cooling plate positioned in between the first deposition unit and the second deposition unit; or a third deposition unit positioned in between the first deposition unit and the second deposition unit.
A surgical instrument for delivering hardware to the spine, comprising: a clamping mechanism configured to be inserted into a patient and attached to the spinous process of a superior vertebral body; and one or more arms (293, 295) extending laterally outwardly from the clamping mechanism, the one or more arms (294, 298) having a first hole oriented to align with a location desirable for attaching a first fixation device to a pedicle of an inferior vertebral body and a second hole oriented to align with a location desirable for attaching a second fixation device to the spinous process of the superior vertebral body when the clamping mechanism is attached to the spinous process, wherein when the clamping mechanism is attached to the spinous process the one or more arms (294, 298) are positioned over the skin of the patient and the first hole is positioned outside of the body of the patient. a clamping mechanism configured to be inserted into a patient and attached to the spinous process of a superior vertebral body; and one or more arms (293, 295) extending laterally outwardly from the clamping mechanism, the one or more arms (294, 298) having a first hole oriented to align with a location desirable for attaching a first fixation device to a pedicle of an inferior vertebral body and a second hole oriented to align with a location desirable for attaching a second fixation device to the spinous process of the superior vertebral body when the clamping mechanism is attached to the spinous process, wherein when the clamping mechanism is attached to the spinous process the one or more arms (294, 298) are positioned over the skin of the patient and the first hole is positioned outside of the body of the patient.
A robot cleaner comprising: a main body including wheels configured to rotate about a rotation axis; a brush device provided in the main body to suck air containing dust; a first chamber through which the air sucked in through the brush device is introduced and provided to change a traveling direction of the introduced air; and a second chamber connected to the first chamber and including a dust separator configured to separate dust contained in air that is introduced into the second chamber from the first chamber, characterized in that the second chamber is arranged side by side with the first chamber in a direction in which the rotation axis extends such that the rotational axis intersects the first chamber and the second chamber, and in that the dust separator includes a plurality of cyclone units arranged in two or more rows along a first direction in which the rotation axis extends. a main body including wheels configured to rotate about a rotation axis; a brush device provided in the main body to suck air containing dust; a first chamber through which the air sucked in through the brush device is introduced and provided to change a traveling direction of the introduced air; and a second chamber connected to the first chamber and including a dust separator configured to separate dust contained in air that is introduced into the second chamber from the first chamber, characterized in that the second chamber is arranged side by side with the first chamber in a direction in which the rotation axis extends such that the rotational axis intersects the first chamber and the second chamber, and in that the dust separator includes a plurality of cyclone units arranged in two or more rows along a first direction in which the rotation axis extends. the second chamber is arranged side by side with the first chamber in a direction in which the rotation axis extends such that the rotational axis intersects the first chamber and the second chamber, and in that the dust separator includes a plurality of cyclone units arranged in two or more rows along a first direction in which the rotation axis extends.
A method of making a non-pneumatic tire (10; 400), the method comprising: providing a plurality of elongated sheets of metal material; bending the plurality of elongated sheets of metal material to form a plurality of metal spokes (40; 200; 210; 220; 230; 240; 250; 430; 550; 580); overmolding a first foot (440; 530; 560; 600; 630; 640) onto a first end of each of the plurality of metal spokes (40; 200; 210; 220; 230; 240; 250; 430; 550; 580), wherein the first foot (440; 530; 560; 600; 630; 640) is constructed of a polymeric material; providing an inner ring (20; 410; 520; 610) of metal material, the inner ring being configured to be mounted to a hub; affixing the inner ring (20; 410; 520; 610) of metal material to the first foot (440; 530; 560; 600; 630; 640); providing an outer ring (30; 420; 510; 710; 730) of metal material; affixing the outer ring (30; 420; 510; 710; 730) of metal material to a second end of each of the plurality of metal spokes (40; 200; 210; 220; 230; 240; 250; 430; 550; 580); providing tread rubber; and affixing the tread rubber to the outer ring (30; 420; 510; 710; 730) of metal material. providing a plurality of elongated sheets of metal material; bending the plurality of elongated sheets of metal material to form a plurality of metal spokes (40; 200; 210; 220; 230; 240; 250; 430; 550; 580); overmolding a first foot (440; 530; 560; 600; 630; 640) onto a first end of each of the plurality of metal spokes (40; 200; 210; 220; 230; 240; 250; 430; 550; 580), wherein the first foot (440; 530; 560; 600; 630; 640) is constructed of a polymeric material; providing an inner ring (20; 410; 520; 610) of metal material, the inner ring being configured to be mounted to a hub; affixing the inner ring (20; 410; 520; 610) of metal material to the first foot (440; 530; 560; 600; 630; 640); providing an outer ring (30; 420; 510; 710; 730) of metal material; affixing the outer ring (30; 420; 510; 710; 730) of metal material to a second end of each of the plurality of metal spokes (40; 200; 210; 220; 230; 240; 250; 430; 550; 580); providing tread rubber; and affixing the tread rubber to the outer ring (30; 420; 510; 710; 730) of metal material.
A ski-jump structure for a ski-jumping facility having a pair of ski tracks extending side by side that are determined by sliding-surface elements, wherein the ski tracks are formed in the region of the jump platform by sliding-surface elements that are provided independently of each other and are movable, wherein these sliding-surface elements have pressure-measuring devices, and the pressure-measuring devices of the movable sliding-surface elements, which are provided side by side, are separate from each other and pertain to the two ski tracks, are connected together on their underside, facing the stationary jump substructure, by means of a cross-connection surface element, characterised in that the respective cross-connection surface element is spaced apart from the jump substructure by means of short spacing elements.
A method for producing an abradable lining for a jet engine for braking a rotor in the event of a shaft breakage, characterised in that the abradable lining is designed as an integral, generative vane section during generative production of a vane.