mhurhangee/ep-ind-claims huggingface dataset:
Method to produce a dye, which is suited to be applied on fabrics, starting from textile waste material, said method comprising the following steps: - an initial step, during which textile waste material is provided, which comprises textile fibers which were previously dyed, wherein the textile fibers are selected among: natural fibers of animal or plant origin, artificial fibers, or mixtures thereof; - an application step, during which a reactive substance is applied to the textile in order to make the textile fibers more fragile, wherein the reactive substance is selected among: colloidal silicic acid, polyvinyl acetate, or polyvinyl alcohol; - a pulverization step, after the application step, during which said textile fibers are pulverized to obtain the dye. - an initial step, during which textile waste material is provided, which comprises textile fibers which were previously dyed, wherein the textile fibers are selected among: natural fibers of animal or plant origin, artificial fibers, or mixtures thereof; - an application step, during which a reactive substance is applied to the textile in order to make the textile fibers more fragile, wherein the reactive substance is selected among: colloidal silicic acid, polyvinyl acetate, or polyvinyl alcohol; - a pulverization step, after the application step, during which said textile fibers are pulverized to obtain the dye.
Cutting machine, in particular a hedge cutter, comprising a casing having a frontal edge and carrying cutting elements (7a, 7b, 7c, 7d) driven in rotation by means of a transmission shaft and describing, during their rotation, respective cutting courses extending at least partially in front of the frontal edge, at least a first cutting element (7a, 7c, respectively) and a second cutting element (7b, 7d, respectively) adjacent to the first cutting element (7a, 7c, respectively) each comprising a plate each carrying at least one knife, and at least one knife being a rotating knife mounted pivoting around an axis rigidly fastened to the corresponding plate and allowing the said rotating knife to retract by pivoting around the said axis, characterized in that during the rotation of the cutting elements (7a, 7b, 7c, 7d), a knife of the first cutting element (7a, 7c, respectively) overlaps another knife of the second cutting element (7b, 7d, respectively), in front of the frontal edge of the casing.
A method for analyzing incident related data, the method comprising at an analysis center: - receiving vehicle operation data from a plurality of vehicles (10, 20, 30), each one of said plurality of vehicles (10, 20, 30) being equipped with at least one sensor producing said vehicle operation data and a mobile data transmission unit operatively connected to said at least one sensor to transmit said vehicle operation data over a wireless network; - storing said received vehicle operation data in a data storage; - analyzing said vehicle operation data to detect incident conditions related to one or more of said plurality of vehicles; - upon detection of incident conditions, generating an incident signal for said one or more of said plurality of vehicles; - upon failure to detect incident conditions for any one of said plurality of vehicles during a predetermined amount of time, erasing a portion of said vehicle operation data related to said one of said plurality of vehicles from said data storage; wherein each one of said plurality of vehicles (10, 20, 30) is configured to transmit a periodic signal, and wherein said detection of incident conditions comprises detecting an incident in relation to a particular vehicle (10, 20, 30) if said periodic signal is not received from said particular vehicle (10, 20, 30) during a predetermined time interval. - receiving vehicle operation data from a plurality of vehicles (10, 20, 30), each one of said plurality of vehicles (10, 20, 30) being equipped with at least one sensor producing said vehicle operation data and a mobile data transmission unit operatively connected to said at least one sensor to transmit said vehicle operation data over a wireless network; - storing said received vehicle operation data in a data storage; - analyzing said vehicle operation data to detect incident conditions related to one or more of said plurality of vehicles; - upon detection of incident conditions, generating an incident signal for said one or more of said plurality of vehicles; - upon failure to detect incident conditions for any one of said plurality of vehicles during a predetermined amount of time, erasing a portion of said vehicle operation data related to said one of said plurality of vehicles from said data storage; wherein each one of said plurality of vehicles (10, 20, 30) is configured to transmit a periodic signal, and wherein said detection of incident conditions comprises detecting an incident in relation to a particular vehicle (10, 20, 30) if said periodic signal is not received from said particular vehicle (10, 20, 30) during a predetermined time interval.
An air conditioner comprising: a control unit (2B, 14) configured to control the air conditioner using a learning model, and an adapter including a communication unit configured to communicate with a server device for generating the learning model on the basis of operation history data of the air conditioner, wherein the adapter includes: an acquisition unit configured to acquire the operation history data every predetermined cycle from the air conditioner and a time stamp given to the operation history data, which indicates the time of data acquisition; a determination unit configured to determine whether an amount of change between pieces of temporally continuous data out of the operation history data acquired by the acquisition unit is within a predetermined range; an erasing unit configured to leave at least one of the pieces of continuous data and delete the other pieces of continuous data in a case where the amount of change between the pieces of the continuous data is within the predetermined range; and a transmission unit configured to transmit the operation history data after the other pieces of continuous data is deleted by the erasing unit to the server device. an acquisition unit configured to acquire the operation history data every predetermined cycle from the air conditioner and a time stamp given to the operation history data, which indicates the time of data acquisition; a determination unit configured to determine whether an amount of change between pieces of temporally continuous data out of the operation history data acquired by the acquisition unit is within a predetermined range; an erasing unit configured to leave at least one of the pieces of continuous data and delete the other pieces of continuous data in a case where the amount of change between the pieces of the continuous data is within the predetermined range; and a transmission unit configured to transmit the operation history data after the other pieces of continuous data is deleted by the erasing unit to the server device.
Wearable containing element for an electronic apparatus, of the type comparable to an ornament, such as a pendant, and comprising at least a pair of complementary shells (15, 16), able to be coupled with each other so as to define a containing body having an external surface with a shape and size comparable to those of a traditional ornament, and an internal containing compartment, of a shape and size sufficiently large to house said electronic apparatus, characterized in that: - each of said complementary shell (15, 16) defines, in the assembled condition, specific closed seatings (25, 26) shaped so as to house respective components of said electronic apparatus, said components being at least a rechargeable feed battery, a battery recharge circuit and means, such as at least a micro-controller, a radio device and a chip antenna, provided for exchanging information and establishing a radio communication with other analogous wearable elements; - the two complementary shells (15, 16) are attached to each other along their mating peripheral edges by welding so as to ensure an hermetic seal between each other. - each of said complementary shell (15, 16) defines, in the assembled condition, specific closed seatings (25, 26) shaped so as to house respective components of said electronic apparatus, said components being at least a rechargeable feed battery, a battery recharge circuit and means, such as at least a micro-controller, a radio device and a chip antenna, provided for exchanging information and establishing a radio communication with other analogous wearable elements; - the two complementary shells (15, 16) are attached to each other along their mating peripheral edges by welding so as to ensure an hermetic seal between each other.
A liquid-bearing system comprising a device for detecting deposits in a reflecting area inside said liquid-bearing system, the device comprising: a reflecting unit comprising a reflecting wall, wherein the reflecting area is formed at least partially by the reflecting wall; an ultrasonic transducer suitable for emitting an ultrasonic emission signal towards the reflecting area and a detection means for detecting an ultrasonic reflection signal obtained by reflection of the ultrasonic emission signal in the area of the reflecting area, heating means for increasing the temperature of the reflecting area, at least one temperature sensor, and an analyzing unit, wherein the reflecting wall has an inner side facing toward the ultrasonic transducer and an outer side facing away from the ultrasonic transducer, the heating means is connected to the outer side of the reflecting wall, and the analyzing unit is configured to analyze the distribution of the temperature in the reflecting area over time measured by the temperature sensor and the ultrasonic reflection signal to determine whether deposits are located in the reflecting area and to determine the type and the thickness of a layer of deposits in the reflecting area. a reflecting unit comprising a reflecting wall, wherein the reflecting area is formed at least partially by the reflecting wall; an ultrasonic transducer suitable for emitting an ultrasonic emission signal towards the reflecting area and a detection means for detecting an ultrasonic reflection signal obtained by reflection of the ultrasonic emission signal in the area of the reflecting area, heating means for increasing the temperature of the reflecting area, at least one temperature sensor, and an analyzing unit, wherein the reflecting wall has an inner side facing toward the ultrasonic transducer and an outer side facing away from the ultrasonic transducer, the heating means is connected to the outer side of the reflecting wall, and the analyzing unit is configured to analyze the distribution of the temperature in the reflecting area over time measured by the temperature sensor and the ultrasonic reflection signal to determine whether deposits are located in the reflecting area and to determine the type and the thickness of a layer of deposits in the reflecting area.
A system for hot application of an adhesive composition on a support, the system comprising: - an application nozzle for applying the adhesive composition; - a supply line for supplying the nozzle with the adhesive composition to be applied in fluid form; - an in-line heating device for heating the adhesive composition to an application temperature, characterized in that the heating device comprises: • a static mixer including an electrically conducting material, and • an inductive cable surrounding the static mixer. - an application nozzle for applying the adhesive composition; - a supply line for supplying the nozzle with the adhesive composition to be applied in fluid form; - an in-line heating device for heating the adhesive composition to an application temperature, • a static mixer including an electrically conducting material, and • an inductive cable surrounding the static mixer.
An isolator comprising a working chamber having, in a front surface, a plurality of gloves (19A, 19B, 19C, 19D) arranged side by side into which operator's hands are inserted to operate cells, characterized in that the working chamber is sectioned into at least an operation area and configured to operate the cells, and an auxiliary working area and configured to open a packaged auxiliary instrument for operating the cells, and the isolator further comprises a gas supply unit (13, 45, 46, 14) for supplying gas into the working chamber so that the gas flows downwardly from an upper side of the working chamber, and a gas flow control unit (45, 46) for controlling the flow of the downwardly-flowing gas so that the flow of at least a part of the downwardly-flowing gas is bent to the auxiliary working area in the neighborhood of a lower surface of the working chamber in the operation area, wherein the gas flow control unit has an exhaust hole portion that has an opened area for passing the gas therethrough and is provided at a lower portion of a front edge portion in at least the auxiliary working area, and through which the gas in the auxiliary working area is exhausted.
An exhaust gas-purifying catalyst that is disposed in an exhaust pipe for an internal combustion engine and purifies exhaust gases discharged from the internal combustion engine, comprising: oxide particles having interdispersed therein A crystallites that are loaded with a noble metal and B crystallites that are not loaded with a noble metal, wherein the A crystallites loaded with a noble metal are composed of an oxide containing at least one of zirconium (Zr) and cerium (Ce), the B crystallites not loaded with a noble metal are composed of a cerium (Ce)-containing oxide having a higher Ce content (mol %) than the oxide making up the A crystallites, the oxide particles have a specific surface area after 5 hours of heat treatment at 1,150°C in open air of 30 m 2 /g or more as measured by BET method, the oxide particles are primary particles, and the A crystallites and the B crystallites are each present within the primary particles in a highly interdispersed manner such that, as observed by electron microscopy, ten or more crystallites of the same type are nowhere mutually contiguous, wherein the term crystallite refers to the largest collection of basic structures that is composed of a series of connected crystal lattices and can be regarded as a single crystal. oxide particles having interdispersed therein A crystallites that are loaded with a noble metal and B crystallites that are not loaded with a noble metal, wherein the A crystallites loaded with a noble metal are composed of an oxide containing at least one of zirconium (Zr) and cerium (Ce), the B crystallites not loaded with a noble metal are composed of a cerium (Ce)-containing oxide having a higher Ce content (mol %) than the oxide making up the A crystallites, the oxide particles have a specific surface area after 5 hours of heat treatment at 1,150°C in open air of 30 m 2 /g or more as measured by BET method, the oxide particles are primary particles, and the A crystallites and the B crystallites are each present within the primary particles in a highly interdispersed manner such that, as observed by electron microscopy, ten or more crystallites of the same type are nowhere mutually contiguous, wherein the term crystallite refers to the largest collection of basic structures that is composed of a series of connected crystal lattices and can be regarded as a single crystal.
A kit for assembling a removable partition, comprising: - a block intended for the erection of a removable partition, comprising two vertical walls, longitudinal and parallel, connected to two transverse walls (4a, 4b) each connecting the vertical walls at quarter and at three quarters of their respective length, each of the transverse walls (4a, 4b) comprising at least one through orifice over their height, opening from their upper face to their lower face, - a half-block composed by two vertical walls, longitudinal and parallel, connected to a transverse wall connecting the two vertical walls at half their respective length, the length of each of the vertical walls of the half-block being equal to half the length of a vertical wall of a block, whereas the transverse wall of the half-plot comprises at least one through orifice over its height, - a longitudinal rod intended to be inserted into at least one through orifice of a block, characterised in that it comprises connectors intended to join the last row of blocks and half-blocks with the ceiling, comprising a part body which comprises at one of its ends a stud intended to fit into an orifice of a transverse wall (4a, 4b, 4'), whereas it comprises at its other end a length-adjustable portion terminating in a support pad intended to come into contact with the ceiling, and with a closure plate having a longitudinal profile and comprising on each of its longitudinal faces means for connection to the connectors, to partition the junction between the erected partition and the ceiling. - a block intended for the erection of a removable partition, comprising two vertical walls, longitudinal and parallel, connected to two transverse walls (4a, 4b) each connecting the vertical walls at quarter and at three quarters of their respective length, each of the transverse walls (4a, 4b) comprising at least one through orifice over their height, opening from their upper face to their lower face, - a half-block composed by two vertical walls, longitudinal and parallel, connected to a transverse wall connecting the two vertical walls at half their respective length, the length of each of the vertical walls of the half-block being equal to half the length of a vertical wall of a block, whereas the transverse wall of the half-plot comprises at least one through orifice over its height, - a longitudinal rod intended to be inserted into at least one through orifice of a block,
A solar cell apparatus comprising: a substrate, a back electrode layer on the substrate; a light absorbing layer on the back electrode layer; a window layer, on the light absorbing layer, including a base layer and an anti-reflective pattern protruding from said base layer, the anti-reflective pattern including a first inclined surface, directed to a first direction, and a second inclined surface, directed to a second direction, the first inclined surface and the second inclined surface being inclined with respect to a top surface of the back electrode layer in mutually different directions; an anti-reflective layer provided on the window layer; wherein the anti-reflective layer has a first anti-reflective layer and a second anti-reflective layer, the first anti-reflective layer and the second anti-reflective layer being integrally formed with each other; wherein ends of the first inclined surface are connected with the second inclined surface and ends of the second inclined surface are connected with the first inclined surface; wherein the first anti-reflective layer is coated on the first inclined surface and having a first uniform thickness T1; wherein the second anti-reflective layer is coated on the second inclined surface and having a second uniform thickness T2 thinner than the first thickness T1; wherein the first thickness T1 is in a range of 100 nm to 500 nm; wherein the second thickness T2 is in a range of 50 nm to 450 nm; and wherein a difference between the first and second thicknesses T1 and T2 is in a range of 10 nm to 100 nm. a substrate, a back electrode layer on the substrate; a light absorbing layer on the back electrode layer; a window layer, on the light absorbing layer, including a base layer and an anti-reflective pattern protruding from said base layer, the anti-reflective pattern including a first inclined surface, directed to a first direction, and a second inclined surface, directed to a second direction, the first inclined surface and the second inclined surface being inclined with respect to a top surface of the back electrode layer in mutually different directions; an anti-reflective layer provided on the window layer; wherein the anti-reflective layer has a first anti-reflective layer and a second anti-reflective layer, the first anti-reflective layer and the second anti-reflective layer being integrally formed with each other; wherein ends of the first inclined surface are connected with the second inclined surface and ends of the second inclined surface are connected with the first inclined surface; wherein the first anti-reflective layer is coated on the first inclined surface and having a first uniform thickness T1; wherein the second anti-reflective layer is coated on the second inclined surface and having a second uniform thickness T2 thinner than the first thickness T1; wherein the first thickness T1 is in a range of 100 nm to 500 nm; wherein the second thickness T2 is in a range of 50 nm to 450 nm; and wherein a difference between the first and second thicknesses T1 and T2 is in a range of 10 nm to 100 nm.
A controller for dental imaging of an object, the controller comprising: at least one processor, and at least one memory including computer program code, wherein the at least one memory and the computer program code is configured to, with the at least one processor, cause the controller at least to: obtain first image data from an optical scanner unit, obtain second image data from a dental X-ray imaging unit, produce a first surface model from the obtained first image data, wherein the first surface model represents an optical three-dimensional shape of a surface of a first part of the object, use the first surface model to process the obtained second image data, characterised in that the controller is further caused to detect based on the first surface model a motion of the object occurring during an acquisition of the second image data, and reduce based on the first surface model artifacts caused by the motion in a two-dimensional or a three-dimensional dental X-ray image reconstructed from the obtained second image data. at least one processor, and at least one memory including computer program code, wherein the at least one memory and the computer program code is configured to, with the at least one processor, cause the controller at least to: obtain first image data from an optical scanner unit, obtain second image data from a dental X-ray imaging unit, produce a first surface model from the obtained first image data, wherein the first surface model represents an optical three-dimensional shape of a surface of a first part of the object, use the first surface model to process the obtained second image data, characterised in that the controller is further caused to detect based on the first surface model a motion of the object occurring during an acquisition of the second image data, and reduce based on the first surface model artifacts caused by the motion in a two-dimensional or a three-dimensional dental X-ray image reconstructed from the obtained second image data.
Two- or multiple component system comprising a reaction resin composition with a resin component, which contains a radically polymerisable compound, and an initiator system, which contains an α-halogen carbonic acid ester, and a catalyst system, which comprises a copper salt and at least one ligand containing nitrogen.