mhurhangee/ep-ind-claims huggingface dataset:
A kneading device for dispersing a dispersoid in a dispersion medium, the kneading device comprising: a casing in which a kneading material containing the dispersion medium and the dispersoid is accommodated; a rotor disposed in the casing and configured to knead the kneading material while dispersing the dispersoid in the dispersion medium by rotating about a rotation axis; a control device configured to control the overall operation of the kneading device; and a detection unit included in the control device and configured to detect a dispersion degree of the dispersoid into the dispersion medium by observing a state of the kneading material in the casing, characterized in that the detection unit is configured to measure a current flowing through the kneading material and to detect the dispersion degree based on the measured current. a casing in which a kneading material containing the dispersion medium and the dispersoid is accommodated; a rotor disposed in the casing and configured to knead the kneading material while dispersing the dispersoid in the dispersion medium by rotating about a rotation axis; a control device configured to control the overall operation of the kneading device; and a detection unit included in the control device and configured to detect a dispersion degree of the dispersoid into the dispersion medium by observing a state of the kneading material in the casing, characterized in that the detection unit is configured to measure a current flowing through the kneading material and to detect the dispersion degree based on the measured current.
A method for monitoring operation of a corrugated board production plant, comprising the following steps: detecting at least one operational parameter of a functional unit of the plant and calculating a current value of at least a first statistical function of said operational parameter in a current temporal window, the current value of said first statistical function defining a first coordinate of a point of current operation of the functional unit; verifying whether the point of current operation is within a range of allowable values of the first statistical function, the values contained in said range of allowable values corresponding to a correct operation of the functional unit; characterized by if the point of current operation is outside the range of allowable values, determining the position of the point of current operation with respect to the range of allowable values and providing a statistical diagnosis of the cause of the deviation by querying a database based on the coordinates of the point of current operation; wherein for at least some coordinates of the point of current operation that are outside the range of allowable values, the database contains a plurality of possible causes of the deviation of the point of current operation with respect to the range of allowable values, and, for each said possible causes, an indication on the higher or lower probability of occurrence of one of said possible causes with respect to the others. detecting at least one operational parameter of a functional unit of the plant and calculating a current value of at least a first statistical function of said operational parameter in a current temporal window, the current value of said first statistical function defining a first coordinate of a point of current operation of the functional unit; verifying whether the point of current operation is within a range of allowable values of the first statistical function, the values contained in said range of allowable values corresponding to a correct operation of the functional unit; characterized by if the point of current operation is outside the range of allowable values, determining the position of the point of current operation with respect to the range of allowable values and providing a statistical diagnosis of the cause of the deviation by querying a database based on the coordinates of the point of current operation; wherein for at least some coordinates of the point of current operation that are outside the range of allowable values, the database contains a plurality of possible causes of the deviation of the point of current operation with respect to the range of allowable values, and, for each said possible causes, an indication on the higher or lower probability of occurrence of one of said possible causes with respect to the others.
A clear, layered thermoplastic material for use in transparent, flame-resistant components, the layered thermoplastic material meeting Federal Aviation Administration FAR 25.853 requirements in terms of flammability resistance properties and heat release requirements, the layered material comprising: a transparent inner polymeric layer of polycarbonate material having a melt temperature between about 270 and 300 degrees Celsius which does not meeting the Federal Aviation Administration FAR 25.853 heat release requirements; and a first transparent outer polymeric layer coupled to a first side of said transparent inner polymeric layer and a second transparent outer polymeric layer coupled to a second side of said transparent inner polymeric layer, such that said transparent inner polymeric layer is contained between said first side and said second side, wherein said first and second transparent outer polymeric layers are a film material selected from the group consisting of polyetherketoneketone and polyetheretherketone meeting Federal Aviation Administration FAR 25.853 requirements in terms of flammability resistance properties and heat release requirements, wherein the thickness of the transparent inner polymeric layer is between about 0.76 mm and 5.1 mm (0.030 inches and 0.200 inches) and the thickness of the transparent outer polymeric layers do not exceed about 0.13 mm (5 mil). a transparent inner polymeric layer of polycarbonate material having a melt temperature between about 270 and 300 degrees Celsius which does not meeting the Federal Aviation Administration FAR 25.853 heat release requirements; and a first transparent outer polymeric layer coupled to a first side of said transparent inner polymeric layer and a second transparent outer polymeric layer coupled to a second side of said transparent inner polymeric layer, such that said transparent inner polymeric layer is contained between said first side and said second side, wherein said first and second transparent outer polymeric layers are a film material selected from the group consisting of polyetherketoneketone and polyetheretherketone meeting Federal Aviation Administration FAR 25.853 requirements in terms of flammability resistance properties and heat release requirements, wherein the thickness of the transparent inner polymeric layer is between about 0.76 mm and 5.1 mm (0.030 inches and 0.200 inches) and the thickness of the transparent outer polymeric layers do not exceed about 0.13 mm (5 mil).
A tape dispenser (1, 2) comprising: a supporting frame (10, 210), tape holding means (20, 220) for a tape, a static cutting device (30, 230) and static protective means (40, 240) of said cutting device (30, 230), said cutting device (30, 230) comprises at least one cutting portion (32, 32', 232), wherein said protective means (40, 240) comprise at least one protective element (42, 42', 242, 242') positioned in correspondence with said cutting portion (32, 32', 232), said protective element (42, 42', 242, 242') being permanently and statically superimposed to said cutting portion (32, 32', 232) with respect to the direction in which said tape is applied, and being oriented transversely with respect to the direction of unwinding of said tape toward the centerline of said cutting device (30, 230); said cutting portion (32, 32', 232) being positioned on at least one side of said centerline of said cutting device (30, 230); said cutting device (30, 230) and said protective means (40, 240) being coupled integrally to prevent relative movements, characterized in that said at least one protective element (42, 42', 242, 242') has the upper edge facing downwards in the direction of said centerline.
An ultrasonic imaging apparatus comprising: an ultrasonic measurement section that includes an ultrasonic probe and configured to measure an echo signal from a region containing a desired organ; and a signal processing section configured to perform computation by using the echo signal, the ultrasonic imaging apparatus characterized in that the signal processing section includes a speed calculating section configured to calculate speeds of at least two locations on the organ by using the echo signal, a vibration mode identifying section configured to analyze the speeds of the two locations to identify a plurality of vibration modes of the organ and a vibration frequency in each of the vibration modes, and a hardness calculating section configured to calculate hardness of the organ by using the vibration modes and the vibration frequencies identified by the vibration mode identifying section, a constant determined in -advance in relation to the organ, and information on a size of the organ, wherein the organ is a kidney, and the two locations are located on a side shifted from a center of a longitudinal length of the kidney toward one end thereof and at different ultrasonic depths. an ultrasonic measurement section that includes an ultrasonic probe and configured to measure an echo signal from a region containing a desired organ; and a signal processing section configured to perform computation by using the echo signal, the ultrasonic imaging apparatus characterized in that the signal processing section includes a speed calculating section configured to calculate speeds of at least two locations on the organ by using the echo signal, a vibration mode identifying section configured to analyze the speeds of the two locations to identify a plurality of vibration modes of the organ and a vibration frequency in each of the vibration modes, and a hardness calculating section configured to calculate hardness of the organ by using the vibration modes and the vibration frequencies identified by the vibration mode identifying section, a constant determined in -advance in relation to the organ, and information on a size of the organ, wherein the organ is a kidney, and the two locations are located on a side shifted from a center of a longitudinal length of the kidney toward one end thereof and at different ultrasonic depths.
Child vehicle seat comprising at least a base, a seat comprising a seating portion and a backrest portion and an operating mechanism located at the backrest portion at a side remote of the seating portion, wherein the seating portion and the backrest portion are pivotable with respect to each other as well as movable with respect to the base, which base comprises a number of locking positions in which the backrest portion can be locked with respect to the base, whereby a locking element is movable by means of the operating mechanism from at least a first of said locking positions via an unlocked position to at least a second of said locking positions, whereby the backrest portion as well as the seating portion are being moved from a first sitting position to a second sitting position, wherein the locking element is pivotable about a pivot axis against spring (19, 33) force characterized in that the locking element is pivotable by means of a pulling element extending between the operating element and the locking element from the locking positions to the unlocked position, which pivot axis extends at least partially in vertical direction.
A method for production of safety rupture devices with pre-calculated breaking threshold, comprising the steps of: - providing a plate having at least one metallic surface; - making at least one non-through cut or notch on said surface of said plate to define a frangible line of pre-established rupture; characterised in that said step of making at least one non-through cut or notch is obtained by application of a laser beam of pulsed type directly onto said metallic surface and wherein the time of each pulse being included between 10 and 80 ns. - providing a plate having at least one metallic surface; - making at least one non-through cut or notch on said surface of said plate to define a frangible line of pre-established rupture; characterised in that said step of making at least one non-through cut or notch is obtained by application of a laser beam of pulsed type directly onto said metallic surface and wherein the time of each pulse being included between 10 and 80 ns.
A piezoelectric transducer comprising: a piezoelectric material layer having a first portion and a second portion; and at least one pair of interdigitated electrodes (13, 15) arranged on at least one side of the second portion of the piezoelectric material layer, each pair of interdigitated electrodes (13, 15) comprises two comb-shaped electrode members (13, 15) mutually engaging each other, and is adapted to generate or sense an electrical field in a longitudinal direction substantially in parallel to the plane of the piezoelectric material layer characterized in that the piezoelectric transducer further comprises two plate electrodes (5, 7) arranged on opposing sides of the first portion of the piezoelectric material layer, wherein the second portion is laterally contiguous to the first portion, essentially in a direction (t) transversal with respect to the longitudinal direction. a piezoelectric material layer having a first portion and a second portion; and at least one pair of interdigitated electrodes (13, 15) arranged on at least one side of the second portion of the piezoelectric material layer, each pair of interdigitated electrodes (13, 15) comprises two comb-shaped electrode members (13, 15) mutually engaging each other, and is adapted to generate or sense an electrical field in a longitudinal direction substantially in parallel to the plane of the piezoelectric material layer characterized in that the piezoelectric transducer further comprises two plate electrodes (5, 7) arranged on opposing sides of the first portion of the piezoelectric material layer, wherein the second portion is laterally contiguous to the first portion, essentially in a direction (t) transversal with respect to the longitudinal direction.
Monomeric polyimide precursor solution comprising: a tetracarboxylic acid ester compound, a diamine compound having anionic groups, and a solvent that dissolves the tetracarboxylic acid ester compound and diamine compound. a tetracarboxylic acid ester compound, a diamine compound having anionic groups, and a solvent that dissolves the tetracarboxylic acid ester compound and diamine compound.
A multirotor aircraft with an airframe that extends in a longitudinal direction, and with at least one thrust producing unit for producing thrust in a predetermined thrust direction, wherein the at least one thrust producing unit comprises a shrouding that is associated with at least one rotor assembly (7d, 8d) comprising at least one electrical engine, wherein the shrouding defines a cylindrical air duct that is axially delimited by an air inlet region and an air outlet region, wherein a carrier beam is at least mounted at a leading edge region of the cylindrical air duct to the shrouding such that the carrier beam is arranged inside of the cylindrical air duct and oriented at least essentially in parallel to the longitudinal direction, wherein the at least one electrical engine is mounted to the carrier beam, characterised in that the shrouding comprises a forward beam and an aft beam which both connect the carrier beam to the airframe, the forward beam and the aft beam being arranged outside of the cylindrical air duct, wherein the forward beam comprises a forward flange and the aft beam comprises an aft flange, the forward flange and the aft flange being rigidly attached to the airframe.
A wireless communication method, comprising: receiving downlink configuration information from a base station, wherein the downlink configuration information is used to indicate a configuration of a downlink control message, the configuration of the downlink control message comprises a format of the downlink control message, and the method being characterized in that: the downlink control message is used to carry service data to be transmitted to the terminal; and the method further comprises: receiving the downlink control message from the base station based on the configuration of the downlink control message. receiving downlink configuration information from a base station, wherein the downlink configuration information is used to indicate a configuration of a downlink control message, the configuration of the downlink control message comprises a format of the downlink control message, and the method being characterized in that: the downlink control message is used to carry service data to be transmitted to the terminal; and the method further comprises: receiving the downlink control message from the base station based on the configuration of the downlink control message.
A sludge dehydrating method singly using a polymer A described below as a sludge dehydrating agent, wherein the polymer A has an intrinsic viscosity of 0.5 to 5.0 dL/g at 30°C in a 1.0 N aqueous solution of sodium nitrate: polymer A: a crosslinked polymer wherein a monomer composition of polymer constitutional units comprises 30 to 95 mol% of a cationic monomer represented by the following general formula and further comprising a nonionic monomer: wherein R 1 represents a hydrogen atom or a methyl group; R 2 and R 3 each independently represent an alkyl group or an alkoxy group having 1 to 3 carbon atoms, or a benzyl group; R 4 represents a hydrogen atom, an alkyl group or an alkoxy group having 1 to 3 carbon atoms, or a benzyl group; A represents an oxygen atom or a NH group; B represents an alkylene group or an alkoxylene group having 2 to 4 carbon atoms; and X - represents an anion, wherein the sludge dehydrating agent is added to sludge thereby dehydrating the sludge. polymer A: a crosslinked polymer wherein a monomer composition of polymer constitutional units comprises 30 to 95 mol% of a cationic monomer represented by the following general formula and further comprising a nonionic monomer: wherein R 1 represents a hydrogen atom or a methyl group; R 2 and R 3 each independently represent an alkyl group or an alkoxy group having 1 to 3 carbon atoms, or a benzyl group; R 4 represents a hydrogen atom, an alkyl group or an alkoxy group having 1 to 3 carbon atoms, or a benzyl group; A represents an oxygen atom or a NH group; B represents an alkylene group or an alkoxylene group having 2 to 4 carbon atoms; and X - represents an anion, wherein the sludge dehydrating agent is added to sludge thereby dehydrating the sludge.
A composition for protection of light-sensitive therapeutics within a plastic vessel, comprising: (a) polyester; (b) a first anthraquinone dye; (c) a second anthraquinone dye absorbing visible light above 650 nm in an amount of at least 0.04 weight percent of the composition; and (d) titanium dioxide; wherein light-sensitive therapeutics absorb UV-Vis light in the range of 190nm - 750nm and wherein the combination of the first anthraquinone dye, the second anthraquinone dye, and the titanium dioxide absorbs, reflects, and blocks UV-Vis light in the range of 190nm - 750nm at 1% or less UV-Vis light transmission at a composition thickness of 0.5 mm. (a) polyester; (b) a first anthraquinone dye; (c) a second anthraquinone dye absorbing visible light above 650 nm in an amount of at least 0.04 weight percent of the composition; and (d) titanium dioxide; wherein light-sensitive therapeutics absorb UV-Vis light in the range of 190nm - 750nm and wherein the combination of the first anthraquinone dye, the second anthraquinone dye, and the titanium dioxide absorbs, reflects, and blocks UV-Vis light in the range of 190nm - 750nm at 1% or less UV-Vis light transmission at a composition thickness of 0.5 mm. wherein light-sensitive therapeutics absorb UV-Vis light in the range of 190nm - 750nm and wherein the combination of the first anthraquinone dye, the second anthraquinone dye, and the titanium dioxide absorbs, reflects, and blocks UV-Vis light in the range of 190nm - 750nm at 1% or less UV-Vis light transmission at a composition thickness of 0.5 mm.
A cleaning robot comprising: a main body; a moving assembly to move the main body; a cleaning tool provided at a bottom part of the main body to collect foreign substances on a floor; an imaging unit to collect images around the main body; a control unit (191,195,196,197) to recognize motion of a hand by performing image processing of the collected images, identify a control command corresponding to the motion of the hand, plan a moving direction and a moving distance of the main body as movement information based on the control command, and control operations of the moving assembly and the cleaning tool based on the planned movement information; characterised in that the control unit (191,195,196,197) is arranged to identify a change in position of the hand over time, to determine a moving direction and a moving distance of the hand based on the identified change in position, and to control the moving direction and the moving distance of the main body based on the moving direction and the moving distance of the hand; and the control unit (191,195,196,197) is arranged to determine a moving speed of the hand based on the time and the moving distance, and to control a moving speed of the main body based on the determined moving speed of the hand. a main body; a moving assembly to move the main body; a cleaning tool provided at a bottom part of the main body to collect foreign substances on a floor; an imaging unit to collect images around the main body; a control unit (191,195,196,197) to recognize motion of a hand by performing image processing of the collected images, identify a control command corresponding to the motion of the hand, plan a moving direction and a moving distance of the main body as movement information based on the control command, and control operations of the moving assembly and the cleaning tool based on the planned movement information; characterised in that the control unit (191,195,196,197) is arranged to identify a change in position of the hand over time, to determine a moving direction and a moving distance of the hand based on the identified change in position, and to control the moving direction and the moving distance of the main body based on the moving direction and the moving distance of the hand; and the control unit (191,195,196,197) is arranged to determine a moving speed of the hand based on the time and the moving distance, and to control a moving speed of the main body based on the determined moving speed of the hand.