mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a through-thickness reinforced laminated material from a base material comprising fibre laminates, the method comprising the steps of: providing the base material with a matrix material; coating at least one reinforcing element in a thermoplastic layer; through-thickness reinforcing the base material by inserting the at least one reinforcing element through the thickness of the base material; and after the preceding steps have been performed, curing the through-thickness reinforced base material to form the through-thickness reinforced laminated material such that an interphase zone is formed between the thermoplastic layer coating the at least one reinforcing element and the matrix material. providing the base material with a matrix material; coating at least one reinforcing element in a thermoplastic layer; through-thickness reinforcing the base material by inserting the at least one reinforcing element through the thickness of the base material; and after the preceding steps have been performed, curing the through-thickness reinforced base material to form the through-thickness reinforced laminated material such that an interphase zone is formed between the thermoplastic layer coating the at least one reinforcing element and the matrix material.
Device for closing an air intake of a motor vehicle front end, comprising: • a support frame having two lateral uprights interconnected by two end crossmembers and in which at least one set of slats pivotable between a closing position and an open position is installed, • at least one control element configured to control the positioning of the slats, said at least one control element including at least one control member connected to the slats, an actuator having fixing holes, and a lever connected firstly to the actuator and secondly to the control member so as to enable pivoting of the slats, • a housing disposed on the support frame configured to receive the actuator, said housing having an opening, and • a cap that comes to cover the opening of the housing and that is configured to be fixed to the housing, the housing having locating elements intended to be inserted into the fixing holes, each locating element having a first end connected to the housing and a second, free end configured to cooperate with the fixing hole of the actuator, and the cap having at least one specific shape (93, 97) configured to keep the actuator fixed relative to the first end of the locating elements when fixing the cap onto the housing, characterized in that the housing is disposed on a lateral upright and extends parallel to the axis of the end crossmembers. • a support frame having two lateral uprights interconnected by two end crossmembers and in which at least one set of slats pivotable between a closing position and an open position is installed, • at least one control element configured to control the positioning of the slats, said at least one control element including at least one control member connected to the slats, an actuator having fixing holes, and a lever connected firstly to the actuator and secondly to the control member so as to enable pivoting of the slats, • a housing disposed on the support frame configured to receive the actuator, said housing having an opening, and • a cap that comes to cover the opening of the housing and that is configured to be fixed to the housing,
Container, onto which a label is applied, said container being formed by thermoforming from a sheet of thermoformable material, the container comprising spatula means associated with said label and usable for drawing a product with which said container is filled, wherein said spatula means is covered by said label, characterized by that said label is fixed to said container by being incorporated into a face of said container in a recess formed on said face by applying the label to the heated and softened sheet avoiding the using of any type of glue, wherein said spatula means is contained in a further recess formed on said face.
A method for detecting lengths of a particle in a flow of harvested material consisting of particles in an agricultural harvesting machine by means of a processing unit, wherein the agricultural harvesting machine has at least one working assembly for cutting down a field crop and/or for processing harvested material of the field crop, wherein at least one working assembly can be adjusted with machine parameters, wherein the harvested material is transported through the agricultural harvesting machine as the flow of harvested material while the agricultural harvesting machine is operating, wherein the agricultural harvesting machine has a camera which acquires images of the flow of harvested material, wherein the processing unit is configured to analyse the images of the flow of harvested material in an analysis routine and to derive particle lengths of the particles of the flow of harvested material contained in the images by means of this analysis, characterized in that the particle length derived in the analysis routine is an excess length relative to a predefined particle length and in that the analysis routine is based on a machine learning method trained to find particles with an excess length, in that in the analysis routine, the processing unit determines a quantity of particles with an excess length. wherein the agricultural harvesting machine has at least one working assembly for cutting down a field crop and/or for processing harvested material of the field crop, wherein at least one working assembly can be adjusted with machine parameters, wherein the harvested material is transported through the agricultural harvesting machine as the flow of harvested material while the agricultural harvesting machine is operating, wherein the agricultural harvesting machine has a camera which acquires images of the flow of harvested material, wherein the processing unit is configured to analyse the images of the flow of harvested material in an analysis routine and to derive particle lengths of the particles of the flow of harvested material contained in the images by means of this analysis, characterized in that the particle length derived in the analysis routine is an excess length relative to a predefined particle length and in that the analysis routine is based on a machine learning method trained to find particles with an excess length, in that in the analysis routine, the processing unit determines a quantity of particles with an excess length.
A thermoelectric module comprising: - a first electric path connecting a first input and a first output of the module, and comprising a first set of thermocouples (p1,n1) electrically connected in series, - a second electric path connecting a second input and a second output of the module, and comprising a second set of thermocouples (p2, n2) electrically connected in series, the number of thermocouples of the second set being smaller than the number of thermocouples of the first set, a module characterized in that each thermocouple of the first set and of the second set comprises two legs made from conducting material, electrically connected to one another, and in that said module comprises means (9a, 9b, 9c, 9d) for short-circuiting legs of the first set so as to form the second set of thermocouples. - a first electric path connecting a first input and a first output of the module, and comprising a first set of thermocouples (p1,n1) electrically connected in series, - a second electric path connecting a second input and a second output of the module, and comprising a second set of thermocouples (p2, n2) electrically connected in series, the number of thermocouples of the second set being smaller than the number of thermocouples of the first set,
A device management server comprising a processor (81, 91) and a memory (82, 83), the memory storing computer-executable instruction that, when executed by the processor, cause the device management server to: maintain in the memory of the device management server a device description framework managed object that stores, for each of a plurality of other managed objects supported by the device management server, a copy of a device description framework document for that other managed object; receive a request to register a new managed object with the device management server, the request including a device description framework document for the new managed object; validate a format of the device description framework document of the new managed object; and based on validating the format of the device description framework document for the new managed object, add the device description framework document for the new managed object to the device description framework managed object maintained by the device management server. maintain in the memory of the device management server a device description framework managed object that stores, for each of a plurality of other managed objects supported by the device management server, a copy of a device description framework document for that other managed object; receive a request to register a new managed object with the device management server, the request including a device description framework document for the new managed object; validate a format of the device description framework document of the new managed object; and based on validating the format of the device description framework document for the new managed object, add the device description framework document for the new managed object to the device description framework managed object maintained by the device management server.
A breakaway coupling (100,200) for use between upstream and downstream portions of a fluid conduit, comprising a first body member (106,202) and a second body member (108,204), the first and second body members (106,108,202,204) operative to releasably connect together, the first and second body members (106,108,202,204) defining a fluid flow path therein when the first and second body members (106,108,202,204) are connected together; the first and second body members (106,108,202,204) operative to disconnect from one another in response to a predetermined tensile force; at least one valve member (224,234) within at least one of the first and second body members (106,108,202,204) that is movable from an open position to a closed position with respect to the fluid flow path upon disconnection of the first body member (106,202) from the second body member (108,204); a sensor (114,252) disposed within one of the first and second body members (106,108,202,204) that is operative to sense whether the first and second body members (106,108,202,204) are connected together, characterized in that the first and second body members (106,108,202,204) are operative to releasably connect together via a magnetic coupling system, the magnetic coupling system comprising at least one permanent magnet mounted on one of the first and second body members (106,108,202,204) and a strike member mounted on the other of the first and second body members (106,108,202,204), and in that the sensor (114,252) is operative to sense whether the first and second body members (106,108,202,204) are connected together based on a change in the magnetic field of the at least one permanent magnet.
A method for measuring the number and the particle size of undissolved substances of a polymer solution, the method comprising: a solution application step of applying a polymer solution on a transparent plate; a light supplying step of supplying light to the polymer solution applied on the transparent plate by a light source; wherein the light source in the light supplying step is a planar surface light source; wherein the planar surface light source in the light supplying step comprises a pattern on an upper part of the surface emitting light for measuring the undissolved substances of the polymer solution; the method further comprising a photographing step of photographing a shape of the projected light as an image, the light having penetrated the pattern for measuring the undissolved substances, the transparent plate and the polymer solution applied on the transparent plate in order; and a measuring step of checking a number and a particle size of undissolved substances in the polymer solution with the photographed image. a solution application step of applying a polymer solution on a transparent plate; a light supplying step of supplying light to the polymer solution applied on the transparent plate by a light source; wherein the light source in the light supplying step is a planar surface light source; wherein the planar surface light source in the light supplying step comprises a pattern on an upper part of the surface emitting light for measuring the undissolved substances of the polymer solution; the method further comprising a photographing step of photographing a shape of the projected light as an image, the light having penetrated the pattern for measuring the undissolved substances, the transparent plate and the polymer solution applied on the transparent plate in order; and a measuring step of checking a number and a particle size of undissolved substances in the polymer solution with the photographed image.
An electroless nickel plating solution comprising: a) a source of nickel ions; b) a reducing agent selected from the group consisting of hypophosphites, alkali metal borohydrides, soluble borane compounds and hydrazine; c) one or more complexing agents selected from the group consisting of carboxylic acids, polyamines or sulfonic acids, or mixtures thereof; d) one or more bath stabilizers selected from the group consisting of bismuth ions and bath soluble and compatible salts thereof; and characterized by e) a brightener, said brightener comprising a sulfonated compound, wherein the sulfonated compound is 2-amino ethane sulfonic acid, wherein the concentration of the sulfonated compound in the electroless nickel plating solution is in the range of 0.1-3.0 mg/L. a) a source of nickel ions; b) a reducing agent selected from the group consisting of hypophosphites, alkali metal borohydrides, soluble borane compounds and hydrazine; c) one or more complexing agents selected from the group consisting of carboxylic acids, polyamines or sulfonic acids, or mixtures thereof; d) one or more bath stabilizers selected from the group consisting of bismuth ions and bath soluble and compatible salts thereof; and characterized by e) a brightener, said brightener comprising a sulfonated compound, wherein the sulfonated compound is 2-amino ethane sulfonic acid, wherein the concentration of the sulfonated compound in the electroless nickel plating solution is in the range of 0.1-3.0 mg/L.
An apparatus, comprising: a memory configured to store location information comprising first part and a second part; and a processor configured to obtain from the second part an authenticator and to test the authenticator based on a cryptographic method known by a provider of the location information and by the apparatus, characterized in that the location information comprises a predetermined number of data bits configured to define a location or region with a given positional accuracy; the first part comprises a portion of the location information which comprises most significant data bits of the location information that maintain a desired positional accuracy of the location information and the second part comprises a remainder of the location information which comprises least significant data bits of the location information that are altered by the provider of the location information without affecting the desired positional accuracy of the location information; and the authenticator is generated based on the first part and embedded into the least significant data bits of the second part by the provider of the location information. a memory configured to store location information comprising first part and a second part; and a processor configured to obtain from the second part an authenticator and to test the authenticator based on a cryptographic method known by a provider of the location information and by the apparatus, characterized in that the location information comprises a predetermined number of data bits configured to define a location or region with a given positional accuracy; the first part comprises a portion of the location information which comprises most significant data bits of the location information that maintain a desired positional accuracy of the location information and the second part comprises a remainder of the location information which comprises least significant data bits of the location information that are altered by the provider of the location information without affecting the desired positional accuracy of the location information; and
A gasification reactor comprising (a) a gasifier with a tubular gastight wall arranged within a pressure vessel, wherein (b) the gasification reactor comprises one or more pressure responsive devices, characterized in that the one or more pressure responsive devices comprises (c) a sleeve with a cooled section extending outwardly from an opening in the gastight wall; and wherein (d) a ram is slideable within the sleeve between a first position closing off the sleeve, and a second position wherein the sleeve is at least partly open to form a passage from one side of the gastight gasifier wall to the other side. (a) a gasifier with a tubular gastight wall arranged within a pressure vessel, wherein (b) the gasification reactor comprises one or more pressure responsive devices, characterized in that the one or more pressure responsive devices comprises (c) a sleeve with a cooled section extending outwardly from an opening in the gastight wall; and wherein (d) a ram is slideable within the sleeve between a first position closing off the sleeve, and a second position wherein the sleeve is at least partly open to form a passage from one side of the gastight gasifier wall to the other side.
An assembly for fastening a trim element to a structural element of a vehicle between which an airbag is interposed, which can have a standby folded position, a protective deployed position and a post-deployment deflated position, the fastening assembly comprising primary fastening means allowing retaining the trim element against the structural element, the airbag being in the standby position and secondary fastening means allowing retaining the trim element when the airbag is in the protective position, the assembly further comprises means for returning the trim element to the structural element when the airbag is in the post-deployment position, characterized in that the primary fastening means comprise (i) a clip holder which is secured to the trim element having a snap-fitting opening and (ii) a retaining member comprising a retaining head which is snap-fitted, on the one hand, into the snap-fitting opening of the clip holder and snap-fitted, on the other hand, into an opening formed in the structural element, and in that the secondary fastening means comprise a cord connecting the trim element to the retaining head after disengaging the retaining head from the opening of the clip holder when deploying the airbag, the cord being made of an elastic material allowing returning the trim element to the structural element when the airbag is in the post-deployment position.
A light emitting device comprising a substrate and a light emitting element on the substrate, the light emitting element comprising: an N-type semiconductor player; a P-type semiconductor layer; and an active layer that is situated between the N-type semiconductor layer and the P-type semiconductor layer, wherein the light emitting element includes a side-view profile that includes a polygon with more than four sides, forming a light extraction region that includes a plurality of planar light extraction surfaces, at least one light extraction surface being non-orthogonal to, and non-planar with, an adjacent light extraction surface, characterized in that, the polygon is a regular polygon. an N-type semiconductor player; a P-type semiconductor layer; and an active layer that is situated between the N-type semiconductor layer and the P-type semiconductor layer, wherein the light emitting element includes a side-view profile that includes a polygon with more than four sides, forming a light extraction region that includes a plurality of planar light extraction surfaces, at least one light extraction surface being non-orthogonal to, and non-planar with, an adjacent light extraction surface, characterized in that, the polygon is a regular polygon.
A magnetic resonance safe touchscreen display, comprising: a touchscreen; a film (30, 32) including a high frequency shielding layer (20, 28) and a low frequency shielding layer (18, 26), the film (30, 32) being disposed adjacent to a rear face of the touchscreen; a display component adjacent to the low frequency shielding layer; and a bus bar; characterized in that the bus bar is conductively coupling the low frequency shielding layer (18, 26) to the high frequency shielding layer (20, 28) around a perimeter of a face of the film (30, 32) and a corresponding edge thereof; wherein the magnetic resonance safe touchscreen display further comprises: an etching through the low frequency layer (18, 26, 30) and immediately proximate to the high frequency layer (20, 28), wherein the bus bar conductively couples the low frequency shielding layer (18, 26) to the high frequency shielding layer (20, 28) in accordance with the etching. a touchscreen; a film (30, 32) including a high frequency shielding layer (20, 28) and a low frequency shielding layer (18, 26), the film (30, 32) being disposed adjacent to a rear face of the touchscreen; a display component adjacent to the low frequency shielding layer; and a bus bar; wherein the magnetic resonance safe touchscreen display further comprises: an etching through the low frequency layer (18, 26, 30) and immediately proximate to the high frequency layer (20, 28), wherein the bus bar conductively couples the low frequency shielding layer (18, 26) to the high frequency shielding layer (20, 28) in accordance with the etching.
A floor panel assembly comprising: an insulating layer; a sheet heater, the sheet heater attached to the insulating layer by a first adhesive; a first structural layer attached to the sheet heater opposite the insulating layer by a second adhesive; a honeycomb layer attached to the first structural layer opposite the sheet heater with a third adhesive; and a second structural layer attached to the honeycomb opposite the first structural layer with a fourth adhesive, wherein the insulating layer is a nano alumina fabric, or wherein the insulating layer is a boron nitride nanotube fabric. an insulating layer; a sheet heater, the sheet heater attached to the insulating layer by a first adhesive; a first structural layer attached to the sheet heater opposite the insulating layer by a second adhesive; a honeycomb layer attached to the first structural layer opposite the sheet heater with a third adhesive; and a second structural layer attached to the honeycomb opposite the first structural layer with a fourth adhesive,