mhurhangee/ep-ind-claims huggingface dataset:
A display unit (100,200,300,400,500,600,700,800,900) comprising: a display panel (110,210,310,410,510,610,710,810,910) configured to display digital images; an at least partially transparent protective layer (120, 220, 320, 420, 520, 620, 720, 820, 920) arranged above the display panel; a controller (130,230,330,430,530,630,730,830,930) communicatively attached onto an upper surface of the display panel, wherein the controller is arranged below the at least partially transparent protective layer; and a touch screen layer (240,740,840,940) arranged aside the controller and between the display panel and the at least partially transparent protective layer; wherein a biometric sensor pattern (131,231,331,431,531,631,731,831,931) is integrated in the upper surface of the controller, and the controller is configured to control the biometric sensor pattern, the display panel and the touch screen layer and wherein a lower surface of the at least partially transparent protective layer is configured to form a recess to partly receive the controller, such that the partially transparent protective layer covers the biometric sensor pattern (131,231,331, 431, 531,61,731, 831, 931) integrated on the upper surface of the controller. a display panel (110,210,310,410,510,610,710,810,910) configured to display digital images; an at least partially transparent protective layer (120, 220, 320, 420, 520, 620, 720, 820, 920) arranged above the display panel; a controller (130,230,330,430,530,630,730,830,930) communicatively attached onto an upper surface of the display panel, wherein the controller is arranged below the at least partially transparent protective layer; and a touch screen layer (240,740,840,940) arranged aside the controller and between the display panel and the at least partially transparent protective layer; wherein a biometric sensor pattern (131,231,331,431,531,631,731,831,931) is integrated in the upper surface of the controller, and the controller is configured to control the biometric sensor pattern, the display panel and the touch screen layer and wherein a lower surface of the at least partially transparent protective layer is configured to form a recess to partly receive the controller, such that the partially transparent protective layer covers the biometric sensor pattern (131,231,331, 431, 531,61,731, 831, 931) integrated on the upper surface of the controller.
Electrical equipment, comprising: an array of keys each of which includes a key press sensor and a key member, wherein each key member has opposing outer and inner surfaces and a peripheral edge surface that extends from the outer surface to the inner surface; and a layer of material having a first surface facing the key members and having an opposing second surface facing the key press sensors; and light sources that provide backlight illumination for the keys, wherein each key member includes a coating layer with a symbol-shaped opening and includes a metal trim on the peripheral edge surface and the outer and inner surfaces are free from the metal trim. an array of keys each of which includes a key press sensor and a key member, wherein each key member has opposing outer and inner surfaces and a peripheral edge surface that extends from the outer surface to the inner surface; and a layer of material having a first surface facing the key members and having an opposing second surface facing the key press sensors; and light sources that provide backlight illumination for the keys, wherein each key member includes a coating layer with a symbol-shaped opening and includes a metal trim on the peripheral edge surface and the outer and inner surfaces are free from the metal trim.
A non-invasive method of diagnosing a lifestyle that permits healthy ageing, comprising - obtaining a urine sample from a subject - determining the level of phenylacetylglutamine, in the sample, and - comparing the subject's phenylacetylglutamine, level to a predetermined reference value, wherein the predetermined reference value is based on an average urine PAG level in a control population, and wherein an elevated urine PAG level in the sample compared to the predetermined reference value indicates an increased likelihood to permit healthy ageing. - obtaining a urine sample from a subject - determining the level of phenylacetylglutamine, in the sample, and - comparing the subject's phenylacetylglutamine, level to a predetermined reference value, wherein the predetermined reference value is based on an average urine PAG level in a control population, and wherein an elevated urine PAG level in the sample compared to the predetermined reference value indicates an increased likelihood to permit healthy ageing.
Nozzle blade for a turbine engine comprising a blade body wherein at least one through-cavity is provided extending between an inner end of the blade and an outer end of said blade and housing a first and a second liners (220, 240), - the first liner extending along a trailing edge of the blade and comprising a closed face emerging at the inner end of the blade and an open face emerging at the outer end of said blade, - the second liner extending along a leading edge of said blade and comprising a closed face emerging at the outer end of the blade and an open face emerging at the inner end of said blade, characterised in that each one of the first and second liners (220, 240) comprises an intertwining system adapted to link the first liner to the second liner, independently of the blade body, said intertwining system comprising at least one lug (252, 254) protruding on the closed face of each one of the liners and an orifice (251, 253) provided in the open face of each one of the liners, the lug of each closed face being able to be inserted into the orifice of the open face of the other liner. - the first liner extending along a trailing edge of the blade and comprising a closed face emerging at the inner end of the blade and an open face emerging at the outer end of said blade, - the second liner extending along a leading edge of said blade and comprising a closed face emerging at the outer end of the blade and an open face emerging at the inner end of said blade,
External control stand for controlling at least one working component of a self-propelled construction machine with at least one display panel and a plurality of input elements, wherein the external control stand has at least one mounting section to mount it at the construction machine, and comprises a lower shell, an upper shell, and an impact protection, wherein the impact protection is configured to be in contact with the lower shell and the upper shell, characterized in that the lower shell and the upper shell form a groove-like recess to receive the impact protection.
Software-implemented method for processing results of a simulation carried out with finite element analysis software, the software being adapted to simulate a filling process of a molded piece in a mold by a molten material injected into it, wherein: - results are taken from a file of simulation results, - a computer Database containing technical specifications of injection molding machines is accessed and - a search is performed in the Database, characterized in that the search is performed in the Database comparing the results read from the file with technical specifications stored in the Database and associated with each press to determine whether or not one or each press of the Database is able to perform the process. - results are taken from a file of simulation results, - a computer Database containing technical specifications of injection molding machines is accessed and - a search is performed in the Database, characterized in that the search is performed in the Database comparing the results read from the file with technical specifications stored in the Database and associated with each press to determine whether or not one or each press of the Database is able to perform the process.
Device (100,200,300) for measuring a contact force exerted by a probe (102,202,302) on an object (103,203,303), the device (100,200,300) comprising: - a lever (101,201,301) and said probe (102,202,302), said probe (102,202,302) being fixed to the lever (101,201,301) and being designed for contacting the object (103,203,303), - the lever (101,201,301) being pivotably coupled to a body (104,204,304) by coupling means (107,207,307), - a fixed frame (105,205,305) coupled to the body (104,204,304), the fixed frame (105,205,305) being immobile with respect to the object (103,203,303), - said body (104,204,304) being designed to be moved with respect to the object (103,203,303) so as to put the probe (102,202,302) in contact with the object (103,203,303) to create a contact force, said contact force thereby pivoting said lever (101,201,301) with respect to the body (104,204,304) around a pivot axis (P1,P2,P3), - a sensor (106,206,306) for measuring the displacement of the lever (101,201,301) with respect to the body (104,204,304) upon pivoting, the device (100,200,300) being characterized in that the coupling means (107,207,307) comprise control stiffness means (108,208,308) adapted to tune the rotational stiffness of the lever (101,201,301) around the pivot axis (P1,P2,P3), when the probe (102,202,302) contacts the object (103,203,303), the displacement of the lever (101,201,301) measured by the sensor (106,206,306) is proportional to the contact force between the probe (102,202,302) and the object (103,203,303). - a lever (101,201,301) and said probe (102,202,302), said probe (102,202,302) being fixed to the lever (101,201,301) and being designed for contacting the object (103,203,303), - the lever (101,201,301) being pivotably coupled to a body (104,204,304) by coupling means (107,207,307), - a fixed frame (105,205,305) coupled to the body (104,204,304), the fixed frame (105,205,305) being immobile with respect to the object (103,203,303), - said body (104,204,304) being designed to be moved with respect to the object (103,203,303) so as to put the probe (102,202,302) in contact with the object (103,203,303) to create a contact force, said contact force thereby pivoting said lever (101,201,301) with respect to the body (104,204,304) around a pivot axis (P1,P2,P3), - a sensor (106,206,306) for measuring the displacement of the lever (101,201,301) with respect to the body (104,204,304) upon pivoting,
Process for the coating of a profile strip made of an elastomer material with a monolayer made of a powder material, comprising the following steps: (a) extrusion of the profile strip made of the elastomer material, (b) application, to the profile strip, of a suspension which comprises the powder material in a solvent, (c) removal of the solvent, (d) vulcanization of the profile strip, where the application of the suspension to the profile strip in step (b) and the removal of the solvent in step (c) can take place before or after the vulcanization of the profile strip in step (d), where the powder material comprises a polyphenylene ether. (a) extrusion of the profile strip made of the elastomer material, (b) application, to the profile strip, of a suspension which comprises the powder material in a solvent, (c) removal of the solvent, (d) vulcanization of the profile strip, where the application of the suspension to the profile strip in step (b) and the removal of the solvent in step (c) can take place before or after the vulcanization of the profile strip in step (d), where the powder material comprises a polyphenylene ether.
A method comprising: receiving data initiating smart grid communication between a utility server and a communication node; identifying a server protocol used by the utility server to communicate with the communication node; identifying a node protocol used by the communication node to communicate with the utility server, the node protocol being incompatible with the server protocol; performing a first protocol translation between the server protocol and the node protocol; detecting an update for the server protocol; where there is an update for the server protocol, receiving from the utility server first update data for the server protocol; updating the server protocol based on the first update data; performing a second protocol translation between the updated server protocol and the node protocol; handling the smart grid communication between the utility server and the communication node using the first protocol translation and the second protocol translation. receiving data initiating smart grid communication between a utility server and a communication node; identifying a server protocol used by the utility server to communicate with the communication node; identifying a node protocol used by the communication node to communicate with the utility server, the node protocol being incompatible with the server protocol; performing a first protocol translation between the server protocol and the node protocol; detecting an update for the server protocol; where there is an update for the server protocol, receiving from the utility server first update data for the server protocol; updating the server protocol based on the first update data; performing a second protocol translation between the updated server protocol and the node protocol; handling the smart grid communication between the utility server and the communication node using the first protocol translation and the second protocol translation.
A feeder housing for an agricultural machine, said feeder housing comprising: a housing body comprising a top surface, a bottom surface, two opposing side surfaces (224, 226) each extending between the top and bottom surfaces, a front opening through which crop material is directed into the feeder housing from a header of the agricultural machine, and a rear opening that is substantially opposite the front opening through which crop is expelled from the feeder housing and is delivered to a threshing mechanism of the agricultural machine; a cross member extending between and either directly or indirectly connecting the opposing side surfaces (224, 226), characterized in that the feeder housing further comprises: a first bracket that is connected to the cross member and one of the side surfaces (224, 226); and a second bracket that is connected to the cross member and the other of the side surfaces (224, 226). a housing body comprising a top surface, a bottom surface, two opposing side surfaces (224, 226) each extending between the top and bottom surfaces, a front opening through which crop material is directed into the feeder housing from a header of the agricultural machine, and a rear opening that is substantially opposite the front opening through which crop is expelled from the feeder housing and is delivered to a threshing mechanism of the agricultural machine; a cross member extending between and either directly or indirectly connecting the opposing side surfaces (224, 226), characterized in that the feeder housing further comprises: a first bracket that is connected to the cross member and one of the side surfaces (224, 226); and a second bracket that is connected to the cross member and the other of the side surfaces (224, 226). a first bracket that is connected to the cross member and one of the side surfaces (224, 226); and a second bracket that is connected to the cross member and the other of the side surfaces (224, 226).
A cup conveyor including an apparatus for filling cups in the cup conveyor, wherein the cups are interconnected and arranged juxtaposed and thus constitute an endless conveyor belt, wherein a cup at least includes an upwardly facing opening, two opposing end faces and one or more bottom faces and side faces, wherein in the direction of movement of the conveyor belt along the extension of the cup the opening has a leading edge and a trailing edge extending transversely to the direction of movement of the conveyor belt, which is typically substantially horizontal during filling of the cups, wherein the apparatus further includes a filling station with an adjustable dosing device from which the material is supplied to the cups via a chute system during their passage of the filling station, wherein the filling station of the apparatus includes a rotatable dispenser arranged above the cups, wherein means for supplying materials are arranged at the centre of the rotatable dispenser, wherein the rotatable dispenser appears drum-like and includes at least one dosing aperture for dosing material into a cup and a chute at each side of the at least one dosing aperture wherein the apparatus further includes drive means and means for controlling and regulating the at least one dosing aperture and the chutes (9,9',9") in the rotatable dispenser in relation to the positions of the openings in adjacent cups and a trailing edge and a leading edge of two adjacent cups at the filling station when the apparatus is in operation, characterised in that a gap between two adjacent cups is covered by one of the chutes; in that between two individual dosing apertures in the rotatable dispenser there is, at an external periphery, a wall in the said drum, the wall, or at least part thereof forming the chutes for the material; and in that the rotatable dispenser includes one or more controllable dampers and one or more access channels, wherein the access channel or channels is/are arranged at the end or ends of the rotatable dispenser.
A system comprising: a data detector configured to recover transmitted data from a phase-equalized signal; a phase-distortion detector comprising one or more filter-pattern decoders, FPDs, for detecting one or more phase differences between or among different frequencies, the phase-distortion detector being configured to: compare the phase-equalized signal and the recovered data with each other; based on the comparison, determine a phase-distortion level; and generate a phase-distortion-level signal based on the phase-distortion level; and an integrator configured to generate a phase-equalize-level signal based on the phase-distortion-level signal; and a phase equalizer configured to adjust a transmitted-data signal based on the phase-equalize-level signal. a data detector configured to recover transmitted data from a phase-equalized signal; a phase-distortion detector comprising one or more filter-pattern decoders, FPDs, for detecting one or more phase differences between or among different frequencies, the phase-distortion detector being configured to: compare the phase-equalized signal and the recovered data with each other; based on the comparison, determine a phase-distortion level; and generate a phase-distortion-level signal based on the phase-distortion level; and compare the phase-equalized signal and the recovered data with each other; based on the comparison, determine a phase-distortion level; and generate a phase-distortion-level signal based on the phase-distortion level; and an integrator configured to generate a phase-equalize-level signal based on the phase-distortion-level signal; and a phase equalizer configured to adjust a transmitted-data signal based on the phase-equalize-level signal.
Belt for transporting bottles in a processing machine, particularly an inspection machine, comprising a drive belt and a profiled support which is engageable with the bottles, where the profile comprises elevated elements and flat portions of a surface of the support between the elements, the support is made integral with the elements in their entirety, and each of the elements comprises a leading edge engageable with the bottles and a trailing edge facing away from the leading edge, characterized in that the trailing edge comprises an undercut.
A process of making paper or paperboard in which a cellulosic thin stock is provided and subjected to one or more shear stages and then drained on a moving screen to form a sheet which is dried, wherein the process employs a dual retention system which is introduced into the cellulosic thin stock, which dual retention system consists of a first polymeric retention aid and a second polymeric retention aid, characterised in that the first polymeric retention aid is a water-soluble cationic polymer exhibiting an intrinsic viscosity of at least 6 dl/g and the second polymeric retention aid is a water-soluble cationic polymer exhibiting an intrinsic viscosity between 4 and 9 dl/g, wherein the cationic charge density of the second polymeric retention aid is greater than the cationic charge density of the first polymeric retention aid.
Motor vehicle internal combustion engine, comprising: - an oil housing above which there is fixed - a cylinder crankcase comprising a connection rod chamber delimited by a wall having a hole, which chamber accomomodates a crankshaft comprising an end which is fixedly joined in terms of rotation to a flywheel arranged outside the chamber and comprising a tubular protuberance which is capable of surrounding the end of the crankshaft, the protuberance of the flywheel opening inside the chamber via the circular hole, characterized in that the end of the crankshaft is arranged in the connection rod chamber. - an oil housing above which there is fixed - a cylinder crankcase comprising a connection rod chamber delimited by a wall having a hole, which chamber accomomodates a crankshaft comprising an end which is fixedly joined in terms of rotation to a flywheel arranged outside the chamber and comprising a tubular protuberance which is capable of surrounding the end of the crankshaft, the protuberance of the flywheel opening inside the chamber via the circular hole,
A method for thermally hardening a previously formed metallic component which includes a first and a second end and arc areas, in which the material cross section is reduced, by means of conductive heating via electrodes applied to the first and the second end or by means of inductive heating, wherein the component is actively cooled by air or water showers during the heating in the area of the arcs, wherein the cooling starts at an average temperature of between 200°C and 300°C, and the arc areas are cooled to room temperature in a regulated manner, and then the heating is continued without any further cooling.
A method for detecting malicious elements of a tested web page, the method comprising: obtaining, by a processor, data about elements of a the tested web page from a script embedded in the tested web page, the script being configured to be executed at a user device; generating, by the processor, at least one N-dimensional vector characterizing elements of the tested web page; retrieving, from a database, a statistical model of known malicious web page elements; for each generated N-dimensional vector, comparing, by the processor, the generated N-dimensional vector with clusters of the statistical model, the comparison including measuring distances between the generated N-dimensional vector and centers of all clusters of the statistical model; and identifying, by the processor, at least one malicious element of the tested web page based on results of the comparisons. obtaining, by a processor, data about elements of a the tested web page from a script embedded in the tested web page, the script being configured to be executed at a user device; generating, by the processor, at least one N-dimensional vector characterizing elements of the tested web page; retrieving, from a database, a statistical model of known malicious web page elements; for each generated N-dimensional vector, comparing, by the processor, the generated N-dimensional vector with clusters of the statistical model, the comparison including measuring distances between the generated N-dimensional vector and centers of all clusters of the statistical model; and identifying, by the processor, at least one malicious element of the tested web page based on results of the comparisons.