mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a malfunction of an elevator system, wherein the method comprising: - obtaining continuously resistance data representing resistance of an elevator safety chain comprising two or more safety contacts, characterized in that the method further comprises: - detecting a temporary change in the obtained resistance data, and - generating an indication of a malfunction of the elevator system in response to the detection of the temporary change, wherein the resistance data is obtained by measuring a total resistance of two or more safety contacts of the elevator safety chain, and wherein the method further comprises: - obtaining position information of the elevator car, and - identifying the landing (108a-108n) in which the malfunction occurs by determining from the obtained position information the position of the elevator car at the moment of detecting the temporary change in the total resistance. - obtaining continuously resistance data representing resistance of an elevator safety chain comprising two or more safety contacts, - detecting a temporary change in the obtained resistance data, and - generating an indication of a malfunction of the elevator system in response to the detection of the temporary change, wherein the resistance data is obtained by measuring a total resistance of two or more safety contacts of the elevator safety chain, and wherein the method further comprises: - obtaining position information of the elevator car, and - identifying the landing (108a-108n) in which the malfunction occurs by determining from the obtained position information the position of the elevator car at the moment of detecting the temporary change in the total resistance. wherein the resistance data is obtained by measuring a total resistance of two or more safety contacts of the elevator safety chain, and wherein the method further comprises: - obtaining position information of the elevator car, and - identifying the landing (108a-108n) in which the malfunction occurs by determining from the obtained position information the position of the elevator car at the moment of detecting the temporary change in the total resistance. - obtaining position information of the elevator car, and - identifying the landing (108a-108n) in which the malfunction occurs by determining from the obtained position information the position of the elevator car at the moment of detecting the temporary change in the total resistance.
A process for treating a structure of lignocellolosic material, the lignocellolosic material being preferably wood, said process comprising the following successive steps: at least one step of extracting lignin from a structure of lignocellulosic material by at least one fluid in supercritical or subcritical phase in a high-pressure cell, the lignin being partially extracted; at least one step of filling the partially delignified structure with at least one filling compound, so as to produce a filled partially delignified structure; and at least one step of finishing the filled partially delignified structure, so as to obtain a composite material structure formed of a three-dimensional network of transformed filling compound incorporated in a network of cellulose and lignin, the mass per unit volume of the obtained composite material structure being higher than that of the ligno-cellulosic material structure before treatment. at least one step of extracting lignin from a structure of lignocellulosic material by at least one fluid in supercritical or subcritical phase in a high-pressure cell, the lignin being partially extracted; at least one step of filling the partially delignified structure with at least one filling compound, so as to produce a filled partially delignified structure; and at least one step of finishing the filled partially delignified structure, so as to obtain a composite material structure formed of a three-dimensional network of transformed filling compound incorporated in a network of cellulose and lignin, the mass per unit volume of the obtained composite material structure being higher than that of the ligno-cellulosic material structure before treatment.
Pressure measuring cell (21, 41, 61, 91), comprising: at least one ceramic measuring membrane body (22, 42, 62, 92), wherein the measuring membrane body (22, 42, 62, 92) has a measuring membrane that can be deformed depending on the pressure, and at least one ceramic meter body (23, 43, 63, 93), wherein the measuring membrane body (22, 42, 62, 92) is connected to the meter body (23, 43, 63, 93) along an annular circumferential joint, wherein the joint is formed as a welded connection between the measuring membrane body (22, 42, 62, 92) and the meter body (23, 43, 63, 93), wherein the meter body (23, 43, 63, 93) comprises a annular membrane carrier body (23a, 43a, 63a, 93a, 93d) on which the measuring membrane body (22, 42, 62, 92a, 92b) is fixed by means of the circumferential joint, wherein the pressure measuring cell further comprises a central converter carrier body (23b, 43b, 63b, 93b, 93e), which is at least partially surrounded by the membrane carrier body (23a, 43a, 63a, 93a, 93d), characterized in that the converter carrier body is connected to the membrane carrier body (23a, 43a, 63a, 93a, 93d) along at least a second joint, particularly in a pressure-tight manner, wherein the second joint is formed by means of a glass solder or active brazing alloy, or by means of welding. at least one ceramic measuring membrane body (22, 42, 62, 92), wherein the measuring membrane body (22, 42, 62, 92) has a measuring membrane that can be deformed depending on the pressure, and at least one ceramic meter body (23, 43, 63, 93), wherein the measuring membrane body (22, 42, 62, 92) is connected to the meter body (23, 43, 63, 93) along an annular circumferential joint, wherein the joint is formed as a welded connection between the measuring membrane body (22, 42, 62, 92) and the meter body (23, 43, 63, 93), wherein the meter body (23, 43, 63, 93) comprises a annular membrane carrier body (23a, 43a, 63a, 93a, 93d) on which the measuring membrane body (22, 42, 62, 92a, 92b) is fixed by means of the circumferential joint, wherein the pressure measuring cell further comprises a central converter carrier body (23b, 43b, 63b, 93b, 93e), which is at least partially surrounded by the membrane carrier body (23a, 43a, 63a, 93a, 93d), characterized in that the converter carrier body is connected to the membrane carrier body (23a, 43a, 63a, 93a, 93d) along at least a second joint, particularly in a pressure-tight manner, wherein the second joint is formed by means of a glass solder or active brazing alloy, or by means of welding.
A wireless power transfer, WPT, pad apparatus comprising: a ferrite structure; and four windings adjacent to the ferrite structure, wherein a horizontal surface of the ferrite structure is adjacent to each of the four windings, each of the four windings wound in a horizontal pattern that is planar to the horizontal surface, wherein the four windings are arranged in a two-by-two square pattern in a north-south-north-south polarity arrangement as counted in a clockwise manner; wherein each of the four windings comprises a spiral pattern starting at an edge of a winding center section and expanding away from the center section, the center section comprising an area without conductors at a center of a winding; and characterized in that the center section of each winding comprises a ferrite chimney (606 coupled to the horizontal surface of the ferrite structure and extending in a direction transverse to the horizontal surface at least a thickness of the winding associated with the center section. a ferrite structure; and four windings adjacent to the ferrite structure, wherein a horizontal surface of the ferrite structure is adjacent to each of the four windings, each of the four windings wound in a horizontal pattern that is planar to the horizontal surface, wherein the four windings are arranged in a two-by-two square pattern in a north-south-north-south polarity arrangement as counted in a clockwise manner; wherein each of the four windings comprises a spiral pattern starting at an edge of a winding center section and expanding away from the center section, the center section comprising an area without conductors at a center of a winding; and characterized in that the center section of each winding comprises a ferrite chimney (606 coupled to the horizontal surface of the ferrite structure and extending in a direction transverse to the horizontal surface at least a thickness of the winding associated with the center section.
Apparatus for enzymatic inactivation of puree, or juice, obtained from vegetable or animal food, comprising: - a treatment section arranged to treat said vegetable or animal food, obtaining a treated product; - an extraction section within which a rotor is arranged to work in combination with a fixed sieve having a plurality of holes, said rotor and said sieve being configured in such a way to separate the treated product into a main product comprising said puree, or juice, which passes through said sieve and is discharged through a first outlet, and into a waste product that, instead, cannot pass through said sieve and is discharged through a second outlet; - an enzymatic inactivation section arranged downstream of said extraction section and comprising a heating means that is arranged to transfer a predetermined thermal power to said main product for causing an enzymatic inactivation of said main product; - a means for causing at least in part a beginning of said enzymatic inactivation inside of said extraction section, said means for causing arranged to transmit a predetermined thermal power Pt to said main product for causing said enzymatic inactivation at least in part of said main product before that it is discharged from said extraction section through said first outlet; characterised in that said means for causing at least in part a beginning of said enzymatic inactivation comprises a mixing means arranged in said extraction section, said mixing means arranged to mix said main product with a predetermined amount of a flow of hot product coming from said enzymatic inactivation section and delivered into said extraction section, said predetermined amount of flow of hot product being associated to a predetermined thermal power set in such a way that thermal power Pt transferred from said flow of hot product to said flow of treated product causes an enzymatic inactivation of at least one part of said main product inside of said extraction section. - a treatment section arranged to treat said vegetable or animal food, obtaining a treated product; - an extraction section within which a rotor is arranged to work in combination with a fixed sieve having a plurality of holes, said rotor and said sieve being configured in such a way to separate the treated product into a main product comprising said puree, or juice, which passes through said sieve and is discharged through a first outlet, and into a waste product that, instead, cannot pass through said sieve and is discharged through a second outlet; - an enzymatic inactivation section arranged downstream of said extraction section and comprising a heating means that is arranged to transfer a predetermined thermal power to said main product for causing an enzymatic inactivation of said main product; - a means for causing at least in part a beginning of said enzymatic inactivation inside of said extraction section, said means for causing arranged to transmit a predetermined thermal power Pt to said main product for causing said enzymatic inactivation at least in part of said main product before that it is discharged from said extraction section through said first outlet;
Method of blocking an unfinished optical lens to be machined, the unfinished optical lens comprising an unfinished face and a second face, the method comprising: ∘ an unfinished optical lens providing step in which the unfinished optical lens is provided; ∘ a positioning step in which the unfinished optical lens is positioned in a first reference position by positioning the unfinished face of the unfinished optical lens on the top of at least three pins; ∘ a preformed optical substrate block providing step in which a preformed optical substrate block is provided; ∘ a docking step in which the second face of the unfinished optical lens in the first reference position is docked to the docking surface of the preformed optical substrate block while the unfinished optical lens is motionless; ∘ a measuring step in which the spatial positions of at least three predefined points of the finished face of the unfinished optical lens in the first reference position are measured so as to obtain the measured position of the unfinished optical lens; and ∘ a preformed optical substrate block orienting step in which the preformed optical substrate block is oriented in a second reference position according to the measured position of the unfinished optical lens. ∘ an unfinished optical lens providing step in which the unfinished optical lens is provided; ∘ a positioning step in which the unfinished optical lens is positioned in a first reference position by positioning the unfinished face of the unfinished optical lens on the top of at least three pins; ∘ a preformed optical substrate block providing step in which a preformed optical substrate block is provided; ∘ a docking step in which the second face of the unfinished optical lens in the first reference position is docked to the docking surface of the preformed optical substrate block while the unfinished optical lens is motionless; ∘ a measuring step in which the spatial positions of at least three predefined points of the finished face of the unfinished optical lens in the first reference position are measured so as to obtain the measured position of the unfinished optical lens; and ∘ a preformed optical substrate block orienting step in which the preformed optical substrate block is oriented in a second reference position according to the measured position of the unfinished optical lens.
A curved display device comprising: a direct type backlight unit (120,130,145,150); a display panel arranged over the backlight unit (120,130,145,150), the display panel having a centre area and a first side area extending from each side of the centre area; wherein a curvature of the first side area of the display panel is greater than a curvature of the centre area of the display panel; and a rear chassis for accommodating the backlight unit (120,130,145,150) having a rear face towards the display panel, wherein the plurality of curvatures of the display panel correspond to a plurality of curvatures of the rear chassis, characterised in that the rear face has patterns formed therein in order to form the plurality of curvatures of the rear chassis, and the patterns comprise preset gaps having a depth and a width in the rear face of the rear chassis. a direct type backlight unit (120,130,145,150); a display panel arranged over the backlight unit (120,130,145,150), the display panel having a centre area and a first side area extending from each side of the centre area; wherein a curvature of the first side area of the display panel is greater than a curvature of the centre area of the display panel; and a rear chassis for accommodating the backlight unit (120,130,145,150) having a rear face towards the display panel, wherein the plurality of curvatures of the display panel correspond to a plurality of curvatures of the rear chassis, characterised in that the rear face has patterns formed therein in order to form the plurality of curvatures of the rear chassis, and the patterns comprise preset gaps having a depth and a width in the rear face of the rear chassis.
A method of controlling a display apparatus displaying a picture corresponding to an input video signal, said input video signal having a display mode including a resolution of said input video signal, the method comprising: storing information about one or more exclusive display modes, said one or more exclusive display modes including a display mode in which the input video signal outputted from a video signal source is temporarily changed; and selectively applying the auto-adjustment function to the input video signal according to the display mode of the input video signal and the one or more exclusive display modes such that the auto-adjustment function is performed when the determined display mode is not equal to any one of the one or more exclusive display modes. storing information about one or more exclusive display modes, said one or more exclusive display modes including a display mode in which the input video signal outputted from a video signal source is temporarily changed; and selectively applying the auto-adjustment function to the input video signal according to the display mode of the input video signal and the one or more exclusive display modes such that the auto-adjustment function is performed when the determined display mode is not equal to any one of the one or more exclusive display modes.
A cover for an electronic device, comprising: a case body having an outer surface and an inner surface, the case body defining a case compartment around five sides of the electronic device, the case body defining an opening exposing a front of the electronic device, and the case body being configured to removably receive the electronic device through the opening; and a flap portion defined by a drawing pad, the drawing pad being attached to the case body along a case hinge and forming the flap portion that is movable between an open position and a closed position, the flap portion completely covering the opening when in the closed position such that the electronic device within the case compartment is not able to be withdrawn or to fall out of the case; the drawing pad comprising a touch sensitive input region and a detachable data communications interface, the touch sensitive input region configured to sense drawing gestures thereon, the detachable data communications interface configured to detachably connect a communications link to the electronic device within the case compartment, the communications link conveying indication data to the electronic device, the indication data corresponding to the drawing gestures. a case body having an outer surface and an inner surface, the case body defining a case compartment around five sides of the electronic device, the case body defining an opening exposing a front of the electronic device, and the case body being configured to removably receive the electronic device through the opening; and a flap portion defined by a drawing pad, the drawing pad being attached to the case body along a case hinge and forming the flap portion that is movable between an open position and a closed position, the flap portion completely covering the opening when in the closed position such that the electronic device within the case compartment is not able to be withdrawn or to fall out of the case; the drawing pad comprising a touch sensitive input region and a detachable data communications interface, the touch sensitive input region configured to sense drawing gestures thereon, the detachable data communications interface configured to detachably connect a communications link to the electronic device within the case compartment, the communications link conveying indication data to the electronic device, the indication data corresponding to the drawing gestures. the touch sensitive input region configured to sense drawing gestures thereon, the detachable data communications interface configured to detachably connect a communications link to the electronic device within the case compartment, the communications link conveying indication data to the electronic device, the indication data corresponding to the drawing gestures.
An agricultural harvester comprising a header and feedrolls (20, 26, 21, 27), wherein: the header is adapted to be driven by a first drive mechanism applying a first load to said header to operate said header at a first rotating speed to thereby gather crop material and feed the gathered crop material to the feedrolls (20, 26, 21, 27); and the feedrolls (20, 26, 21, 27) are adapted to be driven by a second drive mechanism applying a second load to said feedrolls to rotate said feedrolls at a second rotating speed to thereby feed said gathered crop material to a crop processing means, the agricultural harvester further comprising a controller operationally connected to the first and the second drive mechanisms to control these drive mechanisms, characterized in that the controller is configured to implement a primary and a secondary synchronization procedure, wherein: - the primary synchronization procedure controls the first and second drive mechanisms such that the first rotating speed and the second rotating speed are in a first predetermined ratio range; - the secondary synchronization procedure controls the first and second drive mechanisms such that the first load and the second load approach a second predetermined ratio. the header is adapted to be driven by a first drive mechanism applying a first load to said header to operate said header at a first rotating speed to thereby gather crop material and feed the gathered crop material to the feedrolls (20, 26, 21, 27); and the feedrolls (20, 26, 21, 27) are adapted to be driven by a second drive mechanism applying a second load to said feedrolls to rotate said feedrolls at a second rotating speed to thereby feed said gathered crop material to a crop processing means, the agricultural harvester further comprising a controller operationally connected to the first and the second drive mechanisms to control these drive mechanisms, characterized in that the controller is configured to implement a primary and a secondary synchronization procedure, wherein: - the primary synchronization procedure controls the first and second drive mechanisms such that the first rotating speed and the second rotating speed are in a first predetermined ratio range; - the secondary synchronization procedure controls the first and second drive mechanisms such that the first load and the second load approach a second predetermined ratio. - the primary synchronization procedure controls the first and second drive mechanisms such that the first rotating speed and the second rotating speed are in a first predetermined ratio range; - the secondary synchronization procedure controls the first and second drive mechanisms such that the first load and the second load approach a second predetermined ratio.