mhurhangee/ep-ind-claims huggingface dataset:
A defibration treatment apparatus comprising: a feeding hole through which a material is fed; a rotator that rotates about a rotational central axis; a fixed member that covers at least a portion of the rotator; and a discharge opening that discharges a defibrated object obtained by defibrating the material between the rotator and the fixed member, wherein the rotator includes a plurality of rotary blades that extend in directions away from the rotational central axis, at least a portion of the fixed member is configured of a screen including a plurality of openings, the screen is disposed at a position corresponding to an outer rotational circumference of the rotator, and a discharge path in communication with the discharge opening is provided along the screen and on a side opposite the rotator with respect to the screen. a feeding hole through which a material is fed; a rotator that rotates about a rotational central axis; a fixed member that covers at least a portion of the rotator; and a discharge opening that discharges a defibrated object obtained by defibrating the material between the rotator and the fixed member, wherein the rotator includes a plurality of rotary blades that extend in directions away from the rotational central axis, at least a portion of the fixed member is configured of a screen including a plurality of openings, the screen is disposed at a position corresponding to an outer rotational circumference of the rotator, and a discharge path in communication with the discharge opening is provided along the screen and on a side opposite the rotator with respect to the screen.
A method for operating a floor processing device that moves automatically within an environment, wherein a detection system of the floor processing device detects features of a surface to be cleaned and compares them with reference features of carpets, characterized in that, upon detection of a carpet, it is determined whether and where the carpet has fringes, wherein the fringes are aligned in a defined direction relative to the carpet by means of a combing attachment of the floor processing device.
An electroconductive endless belt used in an image forming apparatus, wherein base resin of said electroconductive endless belt comprises a polyalkylene terephthalate resin in combination with a naphthalene ring-containing thermoplastic resin and/or a naphthalene ring-containing thermoplastic elastomer having a melting point higher than that of said polyalkylene terephthalate resin, wherein the mass ratio of said polyalkylene terephthalate resin to said naphthalene ring-containing thermoplastic resin and/or said naphthalene ring-containing thermoplastic elastomer in said base resin is in the range of 90/10 to 50/50 and said polyalkylene terephthalate resin is a polybutylene terephthalate resin.
A pit type furnace for vacuum carburization of workpieces, equipped with a vacuum-tight cylindrical outer furnace body with a sliding cover embedded on it, wherein in the outer furnace body there is a heating chamber equipped with the insulation with a multi-layered structure with at least three layers made of ceramic materials and there are heating elements inside the chamber, characterised in that, the heating chamber insulation is multi-layered and contains at least three different layers made of ceramic materials and a 20 mm thick external layer in the form of microporous elements made of pyrogenic silica, a 155 mm thick middle layer in the form of a high-temperature fibrous ceramic mat is made of silica (SiO 2), calcium oxide (CaO) and magnesium oxide (MgO) and a 125 mm thick internal layer in the form of vacuum-moulded fibrous ceramic modules resistant, located on the hot heating chamber side, made of aluminium oxide (Al 2 O 3) and silica (SiO 2), while the heating elements are made of heat-resistant iron-chromium-aluminium alloys with the following composition: 4-7 wt. % Al, 20-30 wt. % Cr, and 63-76 wt. % Fe, and are located, divided into heating zones, along the heating chamber height.
An output control device for a wind farm which includes a number n of wind turbines, n being an integer of two or more, the output control device comprising: a WTG output obtaining unit for obtaining a current output P i of each of the wind turbines where i=1,···,n; an extractable output calculation unit for calculating an extractable output Pmax i for each of the wind turbines where i=1,···,n, the extractable output Pmax i being energy extractable from wind energy; a potential output calculation unit a WTG output determination unit for determining an output command value of each of the wind turbines so that a total output P WF of the wind farm becomes closer to an output target value P WF *, wherein the WTG output determination unit is configured to assign an output increase amount to each of the wind turbines based on the potential output Ppoti of each of the wind turbines and to determine the output command value based on the output increase amount, when the output target value P WF * of the wind farm is greater than the total output P WF of the wind farm, characterized in that the potential output calculation unit calculates a potential output Ppoti of each of the wind turbines based on a difference between the extractable output Pmax i and the current output P i of each of the wind turbines where i=1,···,n; and the WTG output determination unit is configured to assign the output increase amount only to those wind turbines whose rotor rotation speed has reached a rated rotation speed. a WTG output obtaining unit for obtaining a current output P i of each of the wind turbines where i=1,···,n; an extractable output calculation unit for calculating an extractable output Pmax i for each of the wind turbines where i=1,···,n, the extractable output Pmax i being energy extractable from wind energy; a potential output calculation unit a WTG output determination unit for determining an output command value of each of the wind turbines so that a total output P WF of the wind farm becomes closer to an output target value P WF *, wherein the WTG output determination unit is configured to assign an output increase amount to each of the wind turbines based on the potential output Ppoti of each of the wind turbines and to determine the output command value based on the output increase amount, when the output target value P WF * of the wind farm is greater than the total output P WF of the wind farm, characterized in that the potential output calculation unit calculates a potential output Ppoti of each of the wind turbines based on a difference between the extractable output Pmax i and the current output P i of each of the wind turbines where i=1,···,n; and the WTG output determination unit is configured to assign the output increase amount only to those wind turbines whose rotor rotation speed has reached a rated rotation speed.
A travel joint assembly comprising: an inner mandrel; an upper bushing and a lower bushing extending along an outer surface of the inner mandrel; an inner control line and an outer control line; wherein a straight length of the inner control line is coupled to the upper bushing by a first anchor block before it bends and becomes an inner control line coil, the inner control line being wrapped around the inner mandrel and extended through a lower bushing after which it becomes another straight length of the inner control line; and a straight length of the outer control line is coupled to the upper bushing by a second anchor block before it bends and becomes an outer control line coil, the outer control line coil being wrapped around the inner mandrel and extended through a lower bushing after which it becomes another straight length of the outer control line; characterised in that each of the inner control line coil and outer control line coil is supported radially by a corresponding outside surface (310, 320) of the upper bushing. an inner mandrel; an upper bushing and a lower bushing extending along an outer surface of the inner mandrel; an inner control line and an outer control line; wherein a straight length of the inner control line is coupled to the upper bushing by a first anchor block before it bends and becomes an inner control line coil, the inner control line being wrapped around the inner mandrel and extended through a lower bushing after which it becomes another straight length of the inner control line; and a straight length of the outer control line is coupled to the upper bushing by a second anchor block before it bends and becomes an outer control line coil, the outer control line coil being wrapped around the inner mandrel and extended through a lower bushing after which it becomes another straight length of the outer control line; characterised in that each of the inner control line coil and outer control line coil is supported radially by a corresponding outside surface (310, 320) of the upper bushing.
A fastener comprising: a base including a top portion and a bottom portion, with the bottom portion including an adhesive layer portion; and an elongated pliable core member (36, 37) coupled to the base, with the core member (36, 37) having a first end and a second end, with at least the first end extending beyond an edge of the base, characterized in that the base is further configured to define a plurality of notches, indentations or cutouts located therein, with each notch, indentation or cutout extending partially into the base and configured to define an apex approximate the center of the base and extending with divergent edges toward an edge of the base, and with two notches, indentations or cutouts being located on each side of the elongated pliable core member. a base including a top portion and a bottom portion, with the bottom portion including an adhesive layer portion; and an elongated pliable core member (36, 37) coupled to the base, with the core member (36, 37) having a first end and a second end, with at least the first end extending beyond an edge of the base, characterized in that the base is further configured to define a plurality of notches, indentations or cutouts located therein, with each notch, indentation or cutout extending partially into the base and configured to define an apex approximate the center of the base and extending with divergent edges toward an edge of the base, and with two notches, indentations or cutouts being located on each side of the elongated pliable core member.
Apparatus for positioning workpiece clamping elements, said apparatus comprising: - at least one support extending at least along one longitudinal direction and defining at least one inner zone to be protected from external elements, in particular against the entry of solid objects or liquids during machining of the workpiece; - at least one slider which is configured to carry at least one workpiece clamping element and which is movable on said support along said longitudinal direction for the positioning of said at least one workpiece clamping element; - at least one seal which comprises a variable shape cavity and which is capable of assuming an expanded configuration, in which said at least one seal is in contact with said at least one slider and provides a sealing to protect said at least one inner zone, and at least one retracted configuration, in which said seal allows said at least one slider to move on said support along said longitudinal direction without generating friction between said slider and said seal; - suction means for generating a depression in said cavity so that said at least one seal assumes said retracted configuration. - at least one support extending at least along one longitudinal direction and defining at least one inner zone to be protected from external elements, in particular against the entry of solid objects or liquids during machining of the workpiece; - at least one slider which is configured to carry at least one workpiece clamping element and which is movable on said support along said longitudinal direction for the positioning of said at least one workpiece clamping element; - at least one seal which comprises a variable shape cavity and which is capable of assuming an expanded configuration, in which said at least one seal is in contact with said at least one slider and provides a sealing to protect said at least one inner zone, and at least one retracted configuration, in which said seal allows said at least one slider to move on said support along said longitudinal direction without generating friction between said slider and said seal; - suction means for generating a depression in said cavity so that said at least one seal assumes said retracted configuration.
A coating composition, comprising: • a polymeric emulsion in an amount in the range of 20 wt.% to 60 wt.% of said coating composition; • silane functionalized fibres in an amount in the range of 0.05 wt.% to 10 wt.% of said coating composition; and • a fluid medium in an amount in the range of 5 wt. % to 40 wt.% of said coating composition, wherein said silane functionalized fibre comprises a polymeric fibre bonded to at least one silane group, wherein said silane is at least one selected from the group consisting of vinyl silane, epoxy silane, alkoxy silane and amino silane, and wherein the amount of silane in said silane functionalized fibre is in the range of 0.01 wt.% to 5 wt.%. • a polymeric emulsion in an amount in the range of 20 wt.% to 60 wt.% of said coating composition; • silane functionalized fibres in an amount in the range of 0.05 wt.% to 10 wt.% of said coating composition; and • a fluid medium in an amount in the range of 5 wt. % to 40 wt.% of said coating composition, wherein said silane functionalized fibre comprises a polymeric fibre bonded to at least one silane group, wherein said silane is at least one selected from the group consisting of vinyl silane, epoxy silane, alkoxy silane and amino silane, and wherein the amount of silane in said silane functionalized fibre is in the range of 0.01 wt.% to 5 wt.%.
Wound dressing (100, 200, 300) with a wound contact surface (113, 213, 313), with at least one illumination device for illuminating a wound and with at least one sensor arrangement (114, 214, 314), wherein the wound contact surface (113, 213, 313) is at least partially formed by light-transmitting fibers (110, 210, 310), which are an integral component of the fabric forming the wound contact surface (113, 213, 313), as well as of its warp threads and/or weft threads, which extend through the wound contact surface (113, 213, 313) such that they completely traverse the wound contact surface (113, 213, 313) in one direction, which lies on the plane of or is parallel to the wound contact surface (113, 213, 313), and from which the light is directly and at numerous points along its course coupled out in the direction of the wound, so that light can be emitted, at least along segments, in the direction of the wound, and wherein an illumination device is arranged on one end of at least some of these light-transmitting fibers (110, 210, 310) and on its other end a sensor arrangement (114, 214, 314) is disposed and each sensor arrangement (114, 214, 314) detects the illumination intensity at the end of the light-transmitting fiber (110, 210, 310) to which it is assigned for an evaluation of the refractive index of the wound.
A mattress, comprising: a mattress core having an upper, a lower, and side primary surfaces, a mattress panel lying on each of the upper, the lower, and side primary surfaces of the mattress core and having a substantially smooth top surface, the mattress panel having, a fabric layer (10, 62, 71, 74, 77, 80, 92), a filler layer (20, 68, 72, 75, 78, 81, 95), and a backing layer (30, 69, 73, 76, 79, 82), wherein the fabric layer, filler layer, and backing layer are joined at a respective edge characterized in that: the mattress panel is non-quilted and increases in thickness from an edge to a center portion of each of the upper, the lower and side primary surfaces, wherein the filler layer (20,68,72,75,78,81,95) is foam and has a uniform height at a center section and a decrease at a uniform angle towards an edge thereof. a mattress core having an upper, a lower, and side primary surfaces, a mattress panel lying on each of the upper, the lower, and side primary surfaces of the mattress core and having a substantially smooth top surface, the mattress panel having, a fabric layer (10, 62, 71, 74, 77, 80, 92), a filler layer (20, 68, 72, 75, 78, 81, 95), and a backing layer (30, 69, 73, 76, 79, 82), wherein the fabric layer, filler layer, and backing layer are joined at a respective edge characterized in that: the mattress panel is non-quilted and increases in thickness from an edge to a center portion of each of the upper, the lower and side primary surfaces, wherein the filler layer (20,68,72,75,78,81,95) is foam and has a uniform height at a center section and a decrease at a uniform angle towards an edge thereof.
A circular comb for a combing machine having a comb segment attached on a partial region of its circumference and a detaching segment attached on a further partial region of its circumference, which cooperates for the detaching operation with a detaching roller, which can be advanced, characterized in that the diameter of the envelope circle of the circular comb is less than 100 mm and the comb segment extends over a peripheral angle (w) between 140° and 180°.
Moulded element forming an air vent grille for a front end of a motor vehicle, comprising a perforated portion forming an air vent grille and extending over a first depth (f) in the direction of forward travel of the vehicle, and comprising, moulded as one piece into the same component as the perforated portion, at least one box structure forming a shock absorber, positioned in such a way as to be mounted in front of a front crossmember of the vehicle, the box structure forming a hollow beam the cross section of which has a closed contour about a geometrical beam axis (xx'), being oriented in such a way as to be mounted substantially parallel to the direction of forward travel of the vehicle, characterized in that the box structure forming a hollow beam widens towards the face that is intended to face towards the front of the vehicle, and is formed by a surface with a straight-line genitrix at least part of the genitrices of which are substantially parallel to the axis of forward travel of the vehicle, the box structure being closed on the side of the rear face of the element, by a planar surface portion intended to be positioned in a direction substantially perpendicular to the direction of forward travel of the vehicle.
Fungicide composition comprising a fungicide substance in a content less than 2000g/m 3 and selected from among propiconazole, tebuconazole, didecyldimethylammonium chloride, benzalkonium chloride and 3-iodo-2-propynyl-butylcarbamate; a natural antioxidant in a content of 0.2 to 5% and consisting of a polyphenol likely to be obtained from a biological source; and a chelator taken in a content of 0.5 to 5% and selected from among ethylene diamine tetra acetic acid (EDTA), tetra sodic salt of glutamic N,N-dicarboxymethyl acid (GLDA), diethylene triamine penta acetic acid (DTPA), (2-hydroxyethyl) ethylene diamine triacetic acid (HEDTA), nitrilotriacetic acid, propylene diamine tetra acetic acid (PDTA), ethanol glycine, glucoheptonate, sodium gluconate, and gluconic acid.
A method of controlling a pneumatic or hydraulic actuator of a process device, preferably a control valve, in a process automation system, comprising controlling a pneumatic or hydraulic actuator of a process device by an actuator pressure outputted (C1, 10) to the actuator, and measuring the outputted actuator pressure, characterized by controlling a pneumatic or hydraulic actuator of a process device in a simulated feedback mode, wherein a simulated position feedback (hsim) of the actuator or the process device is derived from the measured outputted actuator pressure (p) by a simulation model, and a position (h) of the actuator or the process device is controlled by controlling the actuator pressure outputted (C1, 10) to the actuator based on a setpoint position (hsp) and the simulated position feedback (hsim). controlling a pneumatic or hydraulic actuator of a process device in a simulated feedback mode, wherein a simulated position feedback (hsim) of the actuator or the process device is derived from the measured outputted actuator pressure (p) by a simulation model, and a position (h) of the actuator or the process device is controlled by controlling the actuator pressure outputted (C1, 10) to the actuator based on a setpoint position (hsp) and the simulated position feedback (hsim).
A system for monitoring a serial bus, the system comprising: a storage device; at least one serial bus interface to interface with the serial bus; and a processing unit configured to: access, via the at least one serial bus interface, master data propagating from a master device along the serial bus; characterised in that the processing unit is further configured to: store in the storage device at least one of timing and phase data related to clock pulses associated with the master data and a phase relationship between the clock pulses and at least one of the master data and return data propagating from a slave device in response to the master data; request that the master device request calibration data from the slave device; access return data from the slave device, wherein the return data includes the requested calibration data; measure phase delay between the clock and the return data; and store the measured phase delay as phase delay calibration data in association with the slave device. a storage device; at least one serial bus interface to interface with the serial bus; and a processing unit configured to: access, via the at least one serial bus interface, master data propagating from a master device along the serial bus; characterised in that the processing unit is further configured to: store in the storage device at least one of timing and phase data related to clock pulses associated with the master data and a phase relationship between the clock pulses and at least one of the master data and return data propagating from a slave device in response to the master data; request that the master device request calibration data from the slave device; access return data from the slave device, wherein the return data includes the requested calibration data; measure phase delay between the clock and the return data; and store the measured phase delay as phase delay calibration data in association with the slave device. access, via the at least one serial bus interface, master data propagating from a master device along the serial bus; characterised in that the processing unit is further configured to: store in the storage device at least one of timing and phase data related to clock pulses associated with the master data and a phase relationship between the clock pulses and at least one of the master data and return data propagating from a slave device in response to the master data; request that the master device request calibration data from the slave device; access return data from the slave device, wherein the return data includes the requested calibration data; measure phase delay between the clock and the return data; and store the measured phase delay as phase delay calibration data in association with the slave device.
A formulation for treating chronic wounds, comprising: benzenesulfonic acid (10 - 75% wt. percent); phenolsulfonic acid (10 - 75% wt. percent); water (0 - 30% wt. percent); and colloidal silica (0 - 10% wt. percent). benzenesulfonic acid (10 - 75% wt. percent); phenolsulfonic acid (10 - 75% wt. percent); water (0 - 30% wt. percent); and colloidal silica (0 - 10% wt. percent).